HL7 Parameter Data Interface Programmer’s Guide PM... · HL7 Parameter Data Interface Programmer’s Guide. ii ... Printing History New editions of this document incorporate all

Part Number 4535 641 03281Printed in the U.S.A. January 2009

Edition 1

IntelliVue Information Center

HL7 Parameter Data Interface Programmer’s Guide

ii

About this Manual

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Printing History New editions of this document incorporate all material updated since the previous edition. Update packages may be issued between editions and contain replacement and additional pages to be merged by a revision date at the bottom of the page. Pages that are rearranged due to changes on a previous page are not considered revised.

The documentation printing date and part number indicate its current edition. The printing date changes when a new edition is printed. (Minor corrections and updates that are incorporated at reprint do not cause the date to change.) The document part number changes when extensive technical changes are incorporated.

First Edition. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . January 2009

Table of Contents

iii

OverviewIntroduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-1

Compatibility with Patient Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-1

Overview of PDI operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-2Unsolicited Messages Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-2Polling Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-2

Communication layers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-3TCP/IP socket connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-3HL7 low-level protocol . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-4HL7 messages supported by PDI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-4Deviations from HL7 Standard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-4

International characters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-5

Troubleshooting HL7 Parameter Data Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-6

HL7 Messages - Unsolicited Message InterfaceIntroduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-1

Message transmission intervals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-2Periodic parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-2Aperiodic parameters, settings, and configuration . . . . . . . . . . . . . . . . . . . . . . . . . .2-2Time information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-2

Message syntax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-3Supported HL7 Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-4Network Management (NMD). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-5Unsolicited Observation Reporting (ORU) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-5

Message Segments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-6MSH Message Header . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-6NCK System Clock. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-8PID Patient Identification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-8PV1 Patient Visit. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-10OBR Observation Request. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-11OBX Observation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-11

HL7 Messages: Polling InterfaceIntroduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-1

Message syntax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-1Supported HL7 Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-1QRY Message . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-2ORF Message . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-2ACK Message . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-5

iv

Message Segments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-6MSH Message Header . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-6MSA Message Acknowledgement. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-8QRD Query Definition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-9QRF Query Filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-11PID Patient Identification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-12PV1 Patient Visit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-13OBR Observation Request . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-14OBX Observation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-14

Message contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-16Error Handling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-16

Parameter SupportParameter Identifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

Coding Systems. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2

Parameter Flow . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-3

Parameter List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-5MRx Device Parameter List. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-56Physiological Calculation Parameter Identifiers . . . . . . . . . . . . . . . . . . . . . . . . . . 4-59Unit Code Identifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-62

Parameter Data Interface vs. Clinical Data ServerIntroduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .A-1

Parameter Label Differences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .A-3

HL7 Data Output Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .A-7

Overview 1-1

1Overview

Introduction

HL7 Parameter Data Interface (PDI) is a software option available for the Information Center (IIC) system. This interface provides a gateway between a Philips CareNet™(SDN) network/IntelliVue Clinical Network and a TCP/IP hospital network. Message transmission between PDI and client systems can take place via the unsolicited messages interface or the polling interface. These two interfaces are completely independent from each other (although both can be used simultaneously) and are described in Chapter 2. When working with the unsolicited messages interface, patient data, bed labels, and vital sign parameter values are distributed to PDI client systems at a time interval that can be configured (30 seconds is the default), with averaged or the latest (current) values of periodic parameters. When working with the polling interface, specific patient data, bed labels and vital sign parameters can be requested at any time by PDI client systems. In both cases, the data format is compliant with the HL7 (Health Level 7) standard version 2.x.

Compatibility with Patient Monitors

IntelliVueClinical

NetworkMonitors

HL7 output for the M2/M3/M4 bedsides and the IntelliVue Patient Monitors (MP90, MP70, and so on) are available on alerts and inops originating from these monitors, all monitors from M2/M3/M4 beds, monitoring parameters from IntelliVue Patient Monitors (including Vuelink), EEG measurement and calculation parameters, Essential Gas Module (EGM) and Anesthesia Gas Module (AGM).

PDI uses numeric codes from the Medical Device Interface Language (MDIL) nomenclature to uniquely identify parameter and alert sources. If EMFC coded parameters are required for HL7 output, there is a configuration option in the Information Center Configuration Wizard to map the MDIL codes to EMFC codes wherever possible. See “Parameter List” on page 4-5. Refer to the Information Center System Installation and Service Manual.

MRx The number of alerts and parameters originating from MRx and available for HL7 export are listed in “MRx Device Parameter List” on page 4-56.

CareNet/SDNMonitors

The CareNet/SDN monitors (CMS, V24, and so on.) connected to an Information Center system have limitations with the HL7 export interface. All SDN alerts and bed parameters displayed with the patient windows of the Information Center are supported and will be sent via HL7. Parameters from VueLink modules that do not appear at the Information Center display, settings, blood analysis parameters, physio calculation parameters are not available. These require the presence of an M2384 Clinical Data Server in the system in order to be available in HL7 output.

Overview of PDI operation

1-2 Overview

Overview of PDI operation

When the Information Center system comes online, it waits for client systems to establish TCP/IP socket connections to PDI. Multiple clients can be online at the same time and may use the unsolicited messages interface and the polling interface at the same time. Data for one bed can be sent to up to 6 client destinations. The bed to client assignment is configured in the Config Wizard at the Information Center. Refer to the Information Center System Installation and Service Manual.

The unsolicited messages interface and the polling interface use configured TCP/IP port numbers in order to allow external systems to choose the service they want. PDI receives and only sends current data. Data is not stored, therefore data that has been on the network at an earlier point in time cannot be retrieved and sent.

Unsolicited Messages Interface

After a connection through the unsolicited messages interface is established, the HL7 Parameter Data Interface performs the following functions:

• Once every minute, transmits the time of day (can be enabled or disabled for each individual client system in the Config Wizard at the Information Center).

• At a configured interval (5, 10, 30 or 60 seconds), transmits periodic parameter data, updates to aperiodic parameters, monitoring status, alert data from monitoring devices, and patient information to the clients.

The HL7 Parameter Data Interface handles each connection’s data independently. As long as the connection exists, PDI sends data. If the connection is broken or closed in unsolicited mode, the client must re-establish the connection.

Auto-Unsolicited If configured in the Information Center Config Wizard, PDI automatically sends of HL7 unsolicited data without a request from the client. If the connection is broken or closed, PDI starts to reestablish the connection and continues to do so until the connection is reestablished or the system is shut down.

Polling Interface

After a connection through the polling interface is established, PDI transmits data upon request, with every query message generating exactly one response message.

The response message can only contain data for beds that were assigned to the client performing the query. The maximum query response time is 20 seconds, assuming that the queries are executed one at a time. If more than one query is executed at a time, the queries will be serialized and the query response time may increase accordingly. This performance is delivered in parallel to all other services running on the Information Center.

Communication layers

Overview 1-3


The following diagram shows the communication layers involved in the communication between the HL7 Parameter Data Interface and a client computer:

TCP/IP socket connection

Each client uses a TCP/IP socket connection for PDI communication. PDI allows multiple connections, but only one connection at one time to one particular client machine as identified by IP Address.

Note If a client machine not configured for any bed in the Config Wizard attempts to connect to an Unsolicited port, the connection will be shut down immediately by the Parameter Data Interface. A client that is configured for a particular set of beds will receive data for those beds and no others.

The hostname or IP address of the client systems are set in the Config Wizard (as described in the Information Center System Installation and Service Guide).

The port number for the unsolicited messages interface as well as the polling interface is specified by a parameter set with the Information Center configuration utility (Config Wizard). The default PDI port number for the unsolicited messages interface (UMI) is 8000. The default port number for the polling interface is 9010. The port numbers can be modified in the IIC Config Wizard.

HL7 Message

Parameter Data Interface Client Computer

HL7 low-level protocol (message delimiters)

HL7 Message

HL7 low-level protocol (message delimiters)

TCP/IPSocket Connection

TCP/IPSocket Connection

Network Interface (Ethernet)

Network Interface (Ethernet)

IP Network


1-4 Overview

HL7 low-level protocol

TCP/IP is a byte-stream protocol and does not provide messaging boundaries. HL7, which is the standard for the upper-level protocol, is based on messages but does not provide a mechanism to detect message termination. To mark message boundaries, the Minimal Lower Layer Protocol is used (as described in HL7 Interface Standards Version 2.x).

Messages are transmitted as follows:

<VT>ddddd<FS><CR>where:

<VT> is a vertical tab.

ddddd is the HL7 message. Includes only ISO 8859-1 characters (hexadecimal values between 20 and FF, inclusive) and <CR>. Must not contain other control/non-printable characters. It is the responsibility of the external system not to send any forbidden control characters. There is no special treatment for forbidden control characters in PDI.

Note Unwanted symbols must be filtered out at the receiving system.

<FS> is a field separator.<CR> is a carriage return.

HL7 messages supported by PDI

HL7 is a standard for electronic data exchange in healthcare environments, with special emphasis on inpatient acute care facilities (hospitals). Initially defined in the United States, the HL7 standard is now used in many countries. PDI message definitions are based on HL7 version 2.x. For a detailed description of the HL7 standard, see the HL7 Interface Standards Version 2.x.

Because PDI handles only a very limited set of data, only a small subset of HL7 message types, segment types, and data is required for use with PDI.

Deviations from HL7 Standard

For queries for current data from PDI interfaces is mostly but not completely compliant with the HL7 standard 2.x as it is published today. Deviations:

• When setting the Message Type configuration to PDS Compatible, the PID segment, Patient Name field contains the patient name in the format FirstName LastName (separated by a space) which is not standard. If EMFC coding or MDIL coding is chosen, the patient name format is LastName^FirstName which is standard.

• Polling Interface: The inclusion of a PV1 segment in the query response is not in conformance to the HL7 definition but required for PDI as it contains the identification of the bed. As there is no safe way to identify data through patient name or number, the bed identification is absolutely crucial and cannot be omitted.

• Polling Interface: Sending the sequence PID - PV1 - OBR - OBX multiple times for the same patient in a single query response is NOT compliant to the HL7 specification but required in order to query the parameters of multiple beds in a single query.

International characters

Overview 1-5

• Polling Interface: The use of a bed list in the ‘Other query subject filter’ field of the query filter (QRF) segment is a PDI-specific definition. This definition is not contrary to HL7 as HL7 does not specify any format for this field. However, it is very likely that this definition is not compatible with other implementations of HL7.

• The HL7 “ST” data type (String Data) that is used within the HL7 data fields (for the parameter label or the unit label, for example) requires that only ASCII characters with hexadecimal values between 20 and 7E are used. PDI, in some cases, will not conform to the standard and send String Data characters within the full ISO 8859-1 range of hexadecimal values between 20 and FF (degree Celsius label is sent as °C, for example).

International characters

International characters are provided in the ISO 8859-1 character set, which covers most European languages. This character set is compatible with the character set used in Microsoft® Windows® and contains equivalents for all characters that can be distributed on the network. East European and Asian characters are not supported; for these countries, PDI uses the English language.

Troubleshooting HL7 Parameter Data Interface

1-6 Overview

Troubleshooting HL7 Parameter Data Interface

If problems are encountered HL7 Parameter Data Interface (PDI) on the Information Center system, there are tools and a log file that can be used to identify the source of the problem. In addition, if the Information Center detects a failure in communication with one or more HL7 clients, a System Message is displayed on the Information Center main screen that states: HL7 Client Disconnected.

Refer to the troubleshooting chapter in the IntelliVue Information Center System Installation and Service Manual, located on the Information Center documentation CDROM, for details on these tools.

HL7 Messages - Unsolicited Message Interface 2-1

2HL7 Messages - Unsolicited Message Interface

Introduction

This chapter describes two types of HL7 (version 2.x) messages, ORU and NMD, that are supported with the HL7 Patient Data Interface (PDI) unsolicited message interface.

Note The HL7 standard supports many message types, but only two types of message are required to support the two types of data sent through the unsolicited message interface.

The following sections describe general syntax rules for construction of the two supported HL7 messages. Specific contents of message fields and how the field contents are interpreted in the context of the CareNet network are also described.

Message transmission intervals

2-2 HL7 Messages - Unsolicited Message Interface

Message transmission intervals

HL7 messages are sent at fixed intervals, depending on the type of data they include.

Periodic parameters

Periodic parameters are sent every 5, 10, 30 or 60 seconds depending on the Sending Interval configuration setting.

Aperiodic parameters, settings, and configuration

Aperiodic data arrives at the HL7 server at varying, unpredictable intervals. it is sent on change only. If new aperiodic data has arrived at the end of a sending interval, a set of ORU messages (each of which contains all aperiodic parameters, settings, and configurations from one bed) is sent.

Note Some parameters (SpO2 and pTemp) are not always periodic or aperiodic. For example, when a telemetry unit is in SpO2 spot check mode so that measurements are initiated manually by a clinician rather than an automatic schedule, SpO2 is delivered as aperiodic. When the telemetry unit is configured for a fixed measurement interval, SpO2 is delivered as a periodic parameter.

Time information

Time information is sent in network management messages immediately upon connection startup and every 60 seconds thereafter. The time information used is configured at the IntelliVue Information Center (IIC); transmission of time information can be turned off by clearing the Send time Messages checkbox.

Note These are configuration parameters that are set in IIC Config Wizard. Refer to the IntelliVue Information Center Installation and Service Guide for detailed information.

Message syntax


Message syntax

An overview of PDI message elements and syntax follows.

Note For a complete and detailed description of HL7 message syntax, see the HL7 standard provided by the HL7 standardization committee.

Each HL7 message consists of a variable number of segments that are delimited by the <CR> character.

Each segment consists of a three-letter identifier and a variable number of fields, which in turn can contain varying numbers of subfields, components, and subcomponents. Fields, subfields, components, and subcomponents are delimited by special characters specified in the first segment of each message, the MSH segment.

For example:

MSH|^~\&|||||||ORU^R01|HP104220882017994|P|2.x||||||8859/1<CR>

where:

The first five characters after MSH define the special characters used for delimiting fields, components, and subcomponents. Although you can use any non-alphanumeric character, the HL7 standard recommends using the following:

The first field in the MSH segment contains the delimiters. More fields follow, many of which are empty because they are optional and not used by PDI.

Field 9 contains the message type.Field 10 contains a unique alphanumeric string as a message identifier.Field 11 defines the Processing ID (set to P for Production, but can be set in Config Wizard to D or T for use with VistA).Field 12 defines the version of the HL7 standard in which the message is encoded (2.x).

Special Character Meaning

| field separator

^ component separator

& subcomponent separator

~ repetition separator

\ Escape character

Message syntax


For each type of message, a sequence of segments that follow the MSH segment must be adhered to. These sequences are described in detail in the following sections, using a common syntax to describe optional and repetitive fields:

[ ] Enclosed segments are optional.{ }Enclosed segments or sequences of segments can be repeated zero or more times.

Supported HL7 Messages

When using the unsolicited message interface, PDI sends only two types of message:

• Network Management (NMD) - The current date and time setting of the system. Time information about the time of day is obtained from the IIC system.

For example:

MSH|^~\&|||||||NMD|HP104220882017993|P|2.x||||||8859/1<CR>NCK|20030110152700<CR>

The message is sent once on connection startup and once every full minute thereafter.

• Unsolicited Observation Reporting (ORU) - Patient data and vital sign parameters. Contains this information:

– patient information distributed on the network (patient name and number)– bed data (network ID, bed ID, bed label)– all parameters and device settings available on the network

The unsolicited message interface sends only NMD and ORU messages to external systems. Also, it does not react to any messages sent to it. Any messages or data that are sent to the Unsolicited Message Interface are ignored.

HL7Acknowledgments

The HL7 specification states that the receiving system must acknowledge each message by returning an acknowledgment message back to the sending system.

Note The returning of acknowledgments does not enhance the reliability of TCP/IP connections because TCP/IP provides error-free transmission.

HL7PDI treats acknowledgements as optional. Although a receiving system may send acknowledgments, PDI disregards them because they are not required. PDI does not resend messages that have not been acknowledged.

MSH|^~\&|||||||ORU^R01|HP104220879017992|P|2.x||||||8859/1<CR>

PID|||MRN5733||Smith^John||19550508|M<CR>

PV1||I|^^Doc1&5&1<CR>

OBR|||||||20030110152630<CR>

OBX||NM|0002-4bb8^SpO2^MDIL|0|95|0004-0220^%^MDIL|||||F<CR>

OBX||NM|0002-5000^Resp^MDIL|0|15|0004-0ae0^rpm^MDIL|||||F<CR>

OBX||NM|0002-4182^HR^MDIL|0|60|0004-0aa0^bpm^MDIL|||||F<CR>

OBX||NM|0002-4a15ÂBPs^MDIL|0|120|0004-0f20^mmHg^MDIL|||||F<CR>

OBX||NM|0002-4a16ÂBPd^MDIL|0|70|0004-0f20^mmHg^MDIL|||||F<CR>

OBX||NM|0002-4a17ÂBPm^MDIL|0|91|0004-0f20^mmHg^MDIL|||||F<CR>

Message syntax


Network Management (NMD)

The network management (NMD) message distributes the current date and time setting of the PDI system. Time information is obtained from the IIC system.

Syntax:

MSH message headerNCK system clock [NTE] note/comment

The NCK segment specifies the time used by the PDI in ISO format (year month day hour minute second).

The NTE segment is not used.

Unsolicited Observation Reporting (ORU)

The unsolicited observation reporting (ORU) message contains patient data and vital sign parameters, including:

• patiM data (network ID, bed ID, bed label)• all vital sign parameters currently available on the network

One set of messages for each bed is sent at the configured time interval:

MSH Message Header{PID Patient IdentificationPV1 Patient Visit{

OBR Observations Request {OBX} Result}

}

where:

PID segment contains patient name and identification number of the patient as entered at the Information Center.

PV1 segment contains bed label, clinical unit name, network ID, and the bed ID. Network ID and bed ID are configured values that have to be set for each bed in the IIC Config Wizard.

OBR segment and OBX segment contain observations (may also contain alert information if alert messages are sent). The OBX segment contains the time stamp for aperiodic parameters.

Message Segments


Message Segments

The tables in this section provide the following information about components of each message segment:

• field length• data type• usage requirements

The tables list all fields that are required in message segments. (The tables do not include HL7 message fields that are not used by PDI.)

Note Only fields that have special usages or intents are described in this document. All other fields are as described in HL7 Interface Standards Version 2.x.

MSH Message Header

Every message begins with the MSH segment. MSH segment components follow:

Sequence Length Data Req Used Field Name Notes

1 1 ST Yes Yes Field Separator

2 4 ST Yes Yes Encoding Characters

3 180 HD No Yes Sending Application VistA config specifies MDHL-IN (Not Used, otherwise)

4 180 HD No Yes Sending Facility VistA config permits use of IIC Institution Id set in Config Wizard.

5 180 HD No Yes Receiving Application VistA config specifies MDHL-OUT (Not Used, otherwise)

6 180 HD No Yes Receiving Facility VistA config specifies VistA(Not Used, otherwise)

7 26 TS No No Date/Time of Message

8 40 ST No No Security

9 7 CM Yes Yes Message Type

Message Segments


MSH fields PDI uses the following fields in the MSH segment:

10 20 ST Yes Yes Message Control ID

11 3 P, D, T Yes Yes Processing ID Set in IIC Config Wizard

12 60 VID Yes Yes Version ID VistA specifies 2.4 (2.3 otherwise)

13 15 NM No No Sequence Number

14 180 ST No No Continuation Pointer

15 2 ID No No Accept acknowledgment type

16 2 ID No No Application acknowledgment type

17 2 ID No No Country code

18 16 ID No Yes Character Set

19 60 CE No No Principle Language of Message

20 20 ID No No Alternate Character Set Handling Scheme

Sequence Length Data Req Used Field Name Notes

Sequence Field Name Description

1 Field Separator Contains the separator between segment ID and the first real field. Defines the characters to be used as separators for the rest of the message.

2 Encoding Characters Contains the component separator, repetition separator, escape character and subcomponent separator.

9 Message Type Either NMD for network time messages or ORU for parameter reporting messages.

10 Message Control ID Unique alphanumeric ID that identifies each Control ID message sent.

11 Processing ID Always set to P (for Production).

Message Segments


For example:

MSH|^~\&|||||||NMD|HP104220882017993|P|2.x||||||8859/1<CR>

NCK System Clock

PDI sends the NCK segment in NMD messages to identify the current network time. The time is sent in ISO format (year month day hour minute second).

For example:

NCK|20030110152700<CR>

PID Patient Identification

The PID segment is sent in ORU messages to identify patients.

12 Version ID Version of the HL7 protocol transmitted. Always set to 2.3 but the output is usable with systems expecting versions 2.3 to 2.5. See “Deviations from HL7 Standard”, page 1-4.

18 Character Set Always 8859/1


Sequence Length Data Req Used Field Name

1 26 TS Yes Yes System Date/Time


1 4 SI No No Set ID

2 20 CX No No Patient ID

3 20 CX Yes Yes Patient Identifier List

4 20 CX No No Alternate Patient ID

5 48 XPN Yes Yes Patient Name

6 48 XPN No No Mother’s Maiden Name

7 26 TS No Yes Date/Time Birth

8 1 IS No Yes Sex

Message Segments


PID fields PDI uses the following fields in the PID segment:

Note With PDS (Patient Data Server) and the Clinical Data Server (CDS), the patient name was not sent in accordance with the HL7 standard. If the Message Type configuration is not set to PDS Compatible, the HL7 Patient Data Interface uses the field components “Family Name” and “Given Name” for the HL7 output which is in accordance to the HL7 standard.

For example:

PDS Compatible:

PID|||394865||Robert Miller<CR>

Other configurations (EMFC Coding/MDIL Coding):

PID|||33MR865||Baylor^James||""|U<CR>PID|||MRNXR||Johnson^Robert||19110508|M<CR>


3 Patient Identifier List Contains the patient ID as entered at the Information Center (IIC)Can contain any printable character; if no data is entered at the IIC the field contains NULL value (“”).Config Wizard may also specify Visit Number and Alternate ID as additional Patient Identifiers.

For example, 12345^^^^MR^23456^^^^VN^34567^^^Û-where MR is MRN, VN is Visit Number, and U is Alternate ID

5 Patient Name Contains the patient name as entered at the Information Center.

Format depends on the configured Message Type. Refer to the IIC Installation and Service Guide.

Config Wizard may optionally include Middle Name. For example,Lastname^FirstName^MiddleName

7 Date/Time Birth Contains the date of birth as entered at the Information Center. The format is YYYYMMDD. If no data is entered at the IIC, the field contains NULL value (“”).This field is not used if configured Message Type is PDS Compatible.

8 Sex Contains the sex of the patient as entered at the IICThe format is:Male: MFemale: FUnknown: UThis field is not used if configured Message Type is PDS Compatible.

Message Segments


PV1 Patient Visit

The PV1 segment is sent in ADT and ORU messages to identify the bed.

PV1 fields PDI uses the following fields in the PV1 segment:

For example:

PV1||I|ICU^^Bed14&14&1<CR>The parameters ‘network id’ and ‘bed id’ refer to the SDN/Carenet network number and the branch number where a monitor is connected.

The following pairs describe the same thing:

The terms 'network id' and 'bed id' are generic in HL7PDI because there are no branch numbers for IntelliVue Clinical Network monitors. Manual configuration of these artificial branch numbers and Carenet numbers for connected monitors are created in Config Wizard.


1 4 SI No No Set ID

2 1 IS Yes Yes Patient Class

3 80 PL No Yes Assigned Patient Location


2 Patient Class Always set to I (for Inpatient)

3 Assigned Patient Location Format: <point of care>^<room>^<bed><point of care> = ClinicalUnit Name1

PDI uses its own format for the “bed” component and divides it into the following sub-components: <bed label>&<bed id>&<network id>where:<bed label> = bed label as configured on the

Information Center<bed id> = artificial branch number<network id> = artificial CareNet number

1not used if the Message type is configured as PDS Compatible

network id bed idcarenet number branch number

Message Segments


OBR Observation Request

The OBR segment is sent in ORU messages to report parameter data. There is one OBR for each time stamp (except for the aperiodic data which has its own) in the message.

For example:

OBR|||||||19950907102600<CR>

OBX Observation

The OBX segment is sent in ORU messages to report parameter data, settings, and device configuration. It is also used for reporting alert states if the interface has been configured for sending alert messages of the monitor. The format of certain HL7 output fields depends on the message type setting configured in the Information Center Configuration Wizard (refer to the Information Center System Installation and Service Manual.)

There is one OBX segment for each value.

• OBX for periodic data is sent at 5, 10, 30 or 60 sec interval. An OBX for aperiodic data is sent only upon change.

• OBX for settings is sent only when connection is first established and when settings change. (The disappearance of a setting or a change in the validity of a parameter is treated as a change.)

• OBX for alerts is sent only when the monitor currently is in alert state and the Information Center is configured to send alerts. Several alerts can be present at the same time. In this case, all alerts which are present at a certain time stamp specified in the OBR segment are sent with the following OBX segments. As soon as an alert is not displayed at the monitor anymore (either because it has been acknowledged or no longer exists), the alert disappears in the corresponding OBX segment. The beginning and the end of an alert can be determined by its appearance in an OBX segment.

Sequence Length DT Req Used Field Name

1 4 SI No No Set ID

2 22 EI No No Placer’s Order #

3 22 EI No No Filler’s Order #

4 200 CE Yes No Universal Service Identifier

5 2 ID No No Priority

6 26 TS No No Requested Date/time

7 26 TS No Yes Observation Date/Time

Message Segments


1 OBX sequence 2 (Value Type) contains the data type for this field.


1 4 SI No No Set ID

2 3 ID Yes Yes Value Type

3 80 CE Yes Yes Observation Identifier

4 20 ST No Yes Observation Sub-ID

5 65K *1 Yes Yes Observation Results

6 60 CE No Yes Units

7 60 ST No No Reference Range

8 5 ID No No Abnormal Flags

9 5 NM No No Probability

10 2 ID No No Nature of Abnormal Test

11 1 ID Yes Yes Observation Result Status

12 26 TS No No Date last Observed Normal Values

13 20 ST No Yes User Defined Access Checks

14 26 TS No Yes Date/Time of Observation

15 60 CE No No Producer’s ID

16 80 XCN No No Responsible Observer

17 60 CE No No Observation Method

Message Segments


OBX fields PDI uses the following fields in the OBX segment:

Observationidentifier field

This field contains a unique identifier for the observation. The used format is:

<identifier> ^ <text> ^ <name of coding system>

Types of observations supported by PDI are parameter observations or alert observations. The Coding system depends on the configured Message Type (page 4-2).

Table 2-1 OBX fields


2 Value Type NM (numeric) for numeric values,ST (string) for string data,TX for textual values

3 Observation Identifier This field contains a unique identifier for the observation. The format depends on the Message Type configuration setting.

See Observation identifier field and “Coding Systems”, page 4-2 for more information.

4 Observation Sub-ID Number between 0 and 67 that identifies the device that provides the dataIn case of a MDIL-alert observation, field contains a sequence number. Alert observations of a certain alert type will use a sequence number that starts with 1 and will increase by 1 with each alert observation of the same alert type.

5 Observation Result Contains the result value or stringIn case of an alert observation, field contains the alert message.

6 Units Contains unit informationThe format depends on the Message Type configuration setting.

11 Observation Result Status

Always set to F for FinalThis field is not used if the Message Type is set to PDS Compatible.

13 User Defined Access Checks

Indicates type of parameterMay have the values PERIODIC, APERIODIC, SETTING, and CONFIGURATIONAn empty field indicates a value of PERIODIC. See Parameter types for more details.

14 Date/Time of Observation

Date and time of the measurement of the parameter in ISO format (YYYYMMDDHHMMSS)Only present with APERIODIC parameters

17 Observation Method Method used to make the observationNormally empty -- The observation is made automatically by the instrument, but for manually entered parameter values this field will contain the value, MANUAL.

Message Segments


ObservationSub-Id (Device

Identifier)

Table 2-2 shows special device IDs; the device name sent depends on the IIC HL7 Configuration Message Type setting.

Note EMFC Coding and EMFC with PDS Compatible codes are provided for backward compatibility only and may not be supported in future releases of the Information Center. MDIL Coding is recommended because more parameters can be mapped (Table 4-1). Parameter labels may be different from original Philips CareNet labels.

Parameter types If the User Defined Access Checks field is empty or contains, PERIODIC, the parameter is a periodic parameter sent at the intervals specified in the configuration.

A value of APERIODIC indicates an aperiodic parameter that is sent only when a new measurement is made. An aperiodic parameter usually contains a time stamp.

A value of SETTING indicates a setting at the monitor or at a device connected via VueLink. Settings are sent when a new connection to the Unsolicited Message Interface is established and when a change occurs. Settings remain valid until they are explicitly changed or explicitly disappear. The disappearance of a setting is indicated by the NULL value ("") in the parameter value field. Settings contain no time stamp.

If the value is CONFIGURATION, the value type is ST (string) and provides a description of the device from which the parameter comes. Configuration values are sent only at connection startup or when a new device appears (is attached via VueLink). When a device disappears, a NULL value (“”) is sent for the device.

Table 2-2

PDS Compatible EMFC Coding/MDIL Coding/VistA Compatible

Data Source Device ID Device Name Device Name

Monitor 0 SDN Broadcast Monitoring Data

VueLink 1 - 41 From monitor From monitor

Hemodynamic Calculation

65 Hemo Calc Source Hemo Calculation

Oxygenation Calculation

66 Oxy Calc Source Oxy Calculation

Ventilation Calculation

67 Vent Calc Source Vent Calculation

1Four VueLink modules (max.) can be connected to a monitor. Each connected VueLink module is assigned a number from 1 to 4 by the monitor; this number is used as the sub-id in HL7 output.

Message Segments


Specialparameters

Two EMFC parameters do not originate from a device, but are generated by the Patient Data Interface to provide additional information:

• sMode (EMFC 32920/MDIL 0402-f85f) - String value setting that provides information about the operating mode of the attached patient monitor. Values are:

– MONITORING - Monitoring mode (provided data for this bed is real)

– DEMO - Demonstration mode (provided data for this bed is generated artificially by the monitor for demonstrations or training)

– CONFIGURATION - Configuration mode (not available if configured for PDS Compatible)

– SERVICING - Service mode (not available if configured for PDS Compatible)

• Model (EMFC 33040/MDIL 0002-f887) – String-valued configuration parameter that provides information about the device generating the data (device name shown in Table 2-2). When a device disappears, this parameter is sent again with the same device ID and a NULL (“”) value.

The following table shows the possible monitoring mode strings depending on the Message Type configuration option.

OBX fieldsmessage type

summary

The following table summarizes all OBX fields that are dependent on the Message Type configuration option.

Monitoring mode PDS compatible EMFC coding / MDIL coding

Demo mode DEMO DEMO

Monitoring mode MONITORING MONITORING

Configuration mode DEMO CONFIGURING

Servicing mode DEMO SERVICING

PDS Compatible EMFC Coding MDIL Coding

Parameter Results: OBX Segment, Observation ID field

EMFC-Code ^ Label ^ SDN EMFC-Code ^ Label ^ SDN MDIL-Code ^ Label ^ MDIL

Parameter Results: OBX Segment, Units field

UnitLabel MDIL-Code ^ UnitLabel ^ MDIL

MDIL-Code ^ UnitLabel ^ MDIL

Alert results: OBX Segment, Observation ID

Code ^ AlertLabel ^ SDN-ALARM

Code ^ AlertLabel ^ MDIL-ALARM

Code ^ AlertLabel ^ MDIL-ALARM

Message Segments


Examples Single numeric periodic parameters (MDIL coded):

OBX||NM|0002-4182^HR^MDIL|0|60|0004-0aa0^bpm^MDIL|||||F<CR>OBX||NM|0002-e014^Tblood^MDIL|0|37.0|0004-17a0^°C^MDIL|||||F<CR>OBX||NM|0002-513c^TV^MDIL|4|1.40|0004-0640^l^MDIL|||||F<CR>

Single numeric periodic parameters (SDN coded):

OBX||NM|92^RR^SDN|0|30<CR>OBX||NM|44^PULSE^SDN|0|80<CR>OBX||NM|1204înAGT^SDN|1|23.3|%|0.0^25.0<CR> OBX||NM|1200êtAGT^SDN|1|21.3|%<CR>

Triple numeric periodic parameters (MDIL coded):

OBX||NM|0002-4a49ÛVPs^MDIL|4|195.0|0004-0f20^mmHg^MDIL|||||F<CR>OBX||NM|0002-4a4aÛVPd^MDIL|4|20.0|0004-0f20^mmHg^MDIL|||||F<CR>OBX||NM|0002-4a4bÛVPm^MDIL|4|55.0|0004-0f20^mmHg^MDIL|||||F<CR>

Triple numeric periodic parameters (SDN coded):

OBX||NM|65ÂBP S^SDN|0|119<CR>OBX||NM|66ÂBP D^SDN|0|1<CR> OBX||NM|67ÂBP M^SDN|0|40<CR> OBX||NM|1105ÛVP S^SDN|1|126.7|mmHg|100.0^180.0<CR>OBX||NM|1106ÛVP D^SDN|1|56.7|mmHg|20.0^95.0<CR> OBX||NM|1107ÛVP M^SDN|1|91.7|mmHg|100.0^170.0<CR>

Single aperiodic parameters (SDN coded):

OBX||NM|124^C.O.^SDN|0|5.8||||||F||APERIODIC|19970128154155<CR>OBX||NM|460^Weight^SDN|1|155.0|kg|^110.0||||F||APERIODIC|19970131135956<CR>OBX||NM|1412ÛrpH^SDN|1|8.35||||||F||APERIODIC|19970131135958<CR>

Single aperiodic parameters (MDIL coded):

OBX||NM|0401-06ac^Patm^MDIL|4|870|0004-0f72^mbar^MDIL|||||F||APERIODIC|20030110143000<CR>OBX||NM|0002-f093^Weight^MDIL|4|62.4|0004-06c3^kg^MDIL|||||F||APERIODIC|20030110143000<CR>

Triple aperiodic parameters (MDIL coded):

OBX||NM|0002-4a15ÂBPs^MDIL|0|16|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>OBX||NM|0002-4a16ÂBPd^MDIL|0|21|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>OBX||NM|0002-4a17ÂBPm^MDIL|0|8|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX segment, Assigned Patient location field, Point of Care component

empty ClinicalUnitName1 ClinicalUnitName

OBX segment, Observation result status field

empty F (final result) F (final result)

1set on the IntelliVue Information Center

PDS Compatible EMFC Coding MDIL Coding

Message Segments


Monitoring mode setting:

OBX||ST|0402-f8f5^sMode^MDIL|0|DEMO||||||F||SETTING<CR>OBX||ST|0402-f8f5^sMode^MDIL|0|MONITORING||||||F||SETTING<CR>OBX||ST|0402-f8f5^sMode^MDIL|0|SERVICING||||||F||SETTING<CR>OBX||ST|0402-f8f5^sMode^MDIL|0|CONFIGURING||||||F||SETTING<CR>

Note Monitoring mode settings are only sent for device 0 (the patient monitor itself).

Connected device attached via VueLink:

OBX||ST|0002-f887^Model^MDIL|4|RMA SL||||||F||CONFIGURATION<CR>

Disconnected device attached via VueLink:

OBX||ST|0002-f887^Model^MDIL|4|""""||||||F||CONFIGURATION<CR>

Alerts (MDIL coded):

OBX||TX|6^Soft Inop^MDIL-ALERT|1|ARRHYTHMIA OFF||||||F<CR>OBX||TX|6^Soft Inop^MDIL-ALERT|2|CCO NO CALIBRATION||||||F<CR>OBX||TX|2^Yellow Alarm^MDIL-ALERT|1|**CVPm 9 > 4||||||F<CR>OBX||TX|2^Yellow Alarm^MDIL-ALERT|2|**ABPs 120 > 90||||||F<CR>OBX||TX|1^Red Alarm^MDIL-ALERT|1|***BRADY 60 < 80||||||F<CR>OBX||TX|2^Yellow Alarm^MDIL-ALERT|3|**RR 15 < 30||||||F<CR>

Alerts (SDN coded):

OBX||TX|1^Red^SDN-ALARM|0|*** HF > 120<CR>OBX||TX|2^Yellow^SDN-ALARM|0|** Sp02 < 95<CR>OBX||TX|3^Green^SDN-ALARM|0|Leads Off<CR>

Calculations

OBX||NM|0002-4b24^PVR^MDIL|65|672|0004-1020^DS/cm5^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4b28^SVR^MDIL|65|-64|0004-1020^DS/cm5^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-f048^SI^MDIL|65|35.3|0004-0592^ml/m2^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-f093^Weight^MDIL|65|227.0|0004-06e0^lb^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-f094^Height^MDIL|65|77|0004-0560în^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4182^HR^MDIL|65|60|0004-0aa0^bpm^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4a15ÂBPs^MDIL|65|16|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4a16ÂBPd^MDIL|65|21|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4a17ÂBPm^MDIL|65|8|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4b84^SV^MDIL|65|83.3|0004-0652^ml^MDIL|||||F||APERIODIC|20030516150300<CR>

Message Segments


OBX||NM|0002-4a1d^PAPs^MDIL|65|10|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4a1e^PAPd^MDIL|65|55|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4a1f^PAPm^MDIL|65|98|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4b90^LCW^MDIL|65|-3.3|0004-0743^kg-m^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4a24^PAWP^MDIL|65|56|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4900^SVRI^MDIL|65|-151|0004-1780^DSm2/cm5^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4b94^RCW^MDIL|65|5.85|0004-0743^kg-m^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-f067^PVRI^MDIL|65|1585|0004-1780^DSm2/cm5^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4904^LVSWI^MDIL|65|-23.1|0004-0760^g-m/m2^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4b04^C.O.^MDIL|65|5.00|0004-0c00^l/min^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-f068^LCWI^MDIL|65|-1.4|0004-0763^kg-m/m2^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-f069^RCWI^MDIL|65|2.48|0004-0763^kg-m/m2^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4908^RVSWI^MDIL|65|41.30|0004-0760^g-m/m2^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4b9c^LVSW^MDIL|65|-54.4|0004-0740^g-m^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-490c^C.I.^MDIL|65|2.12|0004-0b20^l/min/m2^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-f071^BSA^MDIL|65|2.x6|0004-05c0^m2^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4ba4^RVSW^MDIL|65|97.47|0004-0740^g-m^MDIL|||||F||APERIODIC|20030516150300<CR>

OBX||NM|0002-4a47^CVPm^MDIL|65|12|0004-0f20^mmHg^MDIL|||||F||APERIODIC|20030516150300<CR>

HL7 Messages: Polling Interface 3-1

3HL7 Messages: Polling Interface

Introduction

This chapter describes the three types (QRY, ORF, and ACK) of HL7 (version 2.x) messages for use with PDI polling interface. The polling interface is limited to processing these message types in the pattern shown below. Messages are processed one by one with every query message generating exactly one response message. Periodic parameters are always sent with their current value. Averaged values are not accessible via the polling interface.

The following picture illustrates how the polling interface operates:

Note The HL7 standard supports many message types, but only three types of messages are required to support the data sent through the polling interface. The message definitions for the messages used are less restrictive compared to the original HL7 message definition. This allows the PDI to work even with systems that have a simplified HL7 interface. Compatibility with HL7 is not reduced through this approach.

The following sections describe the general syntactical rules for the construction of the HL7 messages supported. They also describe specific contents of message fields and how these field contents are interpreted in the context of the CareNet network.

Message syntax

The Message syntax is the same as in the Unsolicited Message Interface and is described in Message syntax on page 2-3.

Supported HL7 Messages

The polling interface serves external systems according to a query-response pattern. It processes only three types of messages:

• Query Messages (QRY) Query results of an observation.

• Observation Reporting Messages (ORF) Query responseUsed to report CareNet data as a reply to a query

• Acknowledgement Message (ACK) This message type is only used if the message received from the external system is incorrect or not supported; it cannot be processed. (The ORF message represents the reply to the corresponding query.)

PDI polling interface

External system

Query messageQRY

Query response ORForneg. acknowledgementACK

Introduction

3-2 HL7 Messages: Polling Interface

QRY Message

The query message (QRY) is used to request current parameter data. It triggers the event R02 (query for results of an observation). QRY messages have the following structure:

MSH Message HeaderQRD Query definition[QRF] Query filter

where:

• The MSH segment contains an acknowledgement code and the corresponding message control ID along with an error string in case of an error.

• The QRD segment specifies the data and time of the query, the format code, the priority and some query filter information. Most important is the Who Subject, where data for specific patient information can be requested. See QRD Query Definition on page 3-9

• The QRF segment specifies the current data from the requested beds.

Examples This message requests data from the patient James Miller who has a medical record number of MRN999:

MSH|^~\&|||||20041007135100||QRY^R02|HP8565435191|P|2.x.1QRD|20041007135100|R|I|Q839572||||MRN999^Miller^James|RESQRF|MON

ORF Message

The query response message (ORF) is used to report parameter data as a reply to a query. ORF messages have the following structure:

MSH Message HeaderMSA Message AcknowledgementQRD Query definition (from QRY message)[QRF] Query filter (from QRY message)

{ PID Patient Identification PV1 Patient Visit

{OBR Observations Report ID{OBX} Result

}}

}

where:

• The MSA segment contains an acknowledgement code and the corresponding message control ID along with an error string in case of an error.

• The QRD segment repeats the corresponding query definition.• The QRF segment repeats the corresponding query filter definition.• The PID segment contains the patient ID and name.• The PV1 segment specifies the bed to be accessed along with the patient class if the

query refers to current data from the CareNet.• The OBR segment contains the timestamp (in ISO format) of the OBX parameters that

follow.• the QBX segment contains the result for the timestamp specified in the preceding OBR

segment.

Introduction


Note The inclusion of a PV1 segment in an ORF message does not conform to the HL7 definition. The inclusion of the PV1 is required as it contains the identification of the bed. As there is no safe way to identify data through patient name or number, the bed identification is absolutely crucial and cannot be omitted.

MDIL CodingExample

MSH|^~\&|||||||ORF^R04|HP104220574117863|P|2.x||||||8859/1<CR>MSA|AA|HP8565435191<CR>QRD|20020305121942|R|I|Q839572|||||RES<CR>QRF|MON||||Bed1~Bed2~*1-12<CR>PID|||123148||Smith^Robert||19680125|M<CR>PV1||I|^^Bed2&0&0<CR>OBR|||||||20030110143541<CR>OBX||ST|0002-f887^Model^MDIL|0|Monitoring Data||||||F||CONFIGURATION<CR>OBX||ST|0002-d006ÊctSta^MDIL|0|""||||||F<CR>OBX||ST|0002-d007^RhySta^MDIL|0|SV Rhythm||||||F<CR>OBX||NM|0002-4bb8^SpO2^MDIL|0|95|0004-0220^%^MDIL|||||F<CR>OBX||NM|0002-0301^ST-I^MDIL|0|-1.3|0004-0512^mm^MDIL|||||F<CR>OBX||NM|0002-0302^ST-II^MDIL|0|-0.8|0004-0512^mm^MDIL|||||F<CR>OBX||NM|0002-4182^HR^MDIL|0|60|0004-0aa0^bpm^MDIL|||||F<CR>OBX||NM|0002-4a15ÂBPs^MDIL|0|120|0004-0f20^mmHg^MDIL|||||F<CR>OBX||NM|0002-4a16ÂBPd^MDIL|0|70|0004-0f20^mmHg^MDIL|||||F<CR>OBX||NM|0002-4a17ÂBPm^MDIL|0|91|0004-0f20^mmHg^MDIL|||||F<CR>OBX||NM|0002-4261^PVC^MDIL|0|0|0004-0aa0^bpm^MDIL|||||F<CR>OBX||NM|0002-4a05^NBPs^MDIL|0|120|0004-

0f20^mmHg^MDIL|||||F||APERIODIC|20030110052800<CR>OBX||NM|0002-4a06^NBPd^MDIL|0|80|0004-

0f20^mmHg^MDIL|||||F||APERIODIC|20030110052800<CR>OBX||NM|0002-4a07^NBPm^MDIL|0|90|0004-

0f20^mmHg^MDIL|||||F||APERIODIC|20030110052800<CR>OBX||ST|0402-f8f5^sMode^MDIL|0|DEMO||||||F||SETTING<CR>OBX||ST|0002-f887^Model^MDIL|4|VueLink 1||||||F||CONFIGURATION<CR>OBX||NM|0002-5012âwRR^MDIL|4|46|0004-0ae0^rpm^MDIL|||||F<CR>OBX||NM|0002-e014^Tblood^MDIL|4|44.7|0004-17a0^°C^MDIL|||||F<CR>OBX||NM|0002-513c^TV^MDIL|4|0.83|0004-0640^l^MDIL|||||F<CR>OBX||NM|0002-50b0êtCO2^MDIL|4|7.08|0004-0220^%^MDIL|||||F<CR>OBX||NM|0002-538cêtAGT^MDIL|4|29.6|0004-0220^%^MDIL|||||F<CR>OBX||NM|0002-5390înAGT^MDIL|4|29.6|0004-0220^%^MDIL|||||F<CR>OBX||NM|0002-50baîmCO2^MDIL|4|7.1|0004-0220^%^MDIL|||||F<CR>OBX||NM|0002-5109^PIP^MDIL|4|42|0004-0f40^cmH2O^MDIL|||||F<CR>OBX||NM|0002-51a8^PEEP^MDIL|4|1.6|0004-0f40^cmH2O^MDIL|||||F<CR>OBX||NM|0002-f093^Weight^MDIL|4|25.0|0004-

06c3^kg^MDIL|||||F||APERIODIC|20030110143000<CR>OBX||NM|0402-5012^sAWRR^MDIL|4|34|0004-0ae0^rpm^MDIL|||||F||SETTING<CR>OBX||NM|0402-513c^sTV^MDIL|4|0.34|0004-0640^l^MDIL|||||F||SETTING<CR><FS><CR>

Introduction


SDN CodingExample

MSH|^~\&|||||||ORF^R04|HP856522134|P|2.xMSA|AA|HP8565435191QRD|19970731145557|R|I|Q839572|||||RES QRF|MON||||Bed1~Bed2~*1-12PID|||37584-23||John SmithPV1||I|^^Bed2&0&0OBR|||||||19970731145558OBX||ST|33040^Model^SDN|0|SDN Broadcast||||||F||CONFIGURATIONOBX||NM|96ÂWRR^SDN|0|168||||||FOBX||NM|208^PIP^SDN|0|38||||||FOBX||ST|32920^sMode^SDN|0|MONITORING||||||F||SETTINGOBX||ST|33040^Model^SDN|1|Hamilton Veolar||||||F||CONFIGURATIONOBX||NM|132^Tblood^SDN|1|31.2|C|||||FOBX||NM|116ÎMCO2^SDN|1|10.0|%|||||FOBX||NM|65ÂBP S^SDN|1|103|mmHg|0^0||||FOBX||NM|66ÂBP D^SDN|1|50|mmHg|0^0||||FOBX||NM|67ÂBP M^SDN|1|103|mmHg|0^0||||FOBX||NM|112ÊTCO2^SDN|1|10.00|%|||||FOBX||NM|1105ÛVP S^SDN|1|100.0|mmHg|0.0^0.0||||FOBX||NM|1106ÛVP D^SDN|1|100.0|mmHg|0.0^0.0||||FOBX||NM|1107ÛVP M^SDN|1|100.0|mmHg|0.0^0.0||||FOBX||NM|516^Tskin^SDN|1|34.5|C|||||FOBX||NM|1025^P5 S^SDN|1|200.0|mmHg|100.0^180.0||||F||APERIODIC|19970731144605OBX||NM|1026^P5 D^SDN|1|100.0|mmHg|20.0^95.0||||F||APERIODIC|19970731144605OBX||NM|1027^P5 M^SDN|1|150.0|mmHg|100.0^170.0||||F||APERIODIC|19970731144605OBX||NM|1728^Pmean^SDN|1|1.0|cmH2O|||||FOBX||NM|1720^MV^SDN|1|18.80|l/min|||||FOBX||ST|33216^sGasPr^SDN|1|Y-PIECE||||||F||SETTINGOBX||ST|33220^sO2Pr^SDN|1|Y-PIECE||||||F||SETTINGOBX||ST|33224^sCircl^SDN|1|NON REBR||||||F||SETTINGOBX||NM|32776^sTV^SDN|1|1.05|l|||||F||SETTINGOBX||ST|33040^Model^SDN|64|DAP Internal Source||||||F||CONFIGURATIONOBX||ST|136^VPB^SDN|64|Non-paced mode||||||FPID|||37234-78||Peter MillerPV1||I|^^&12&1OBR|||||||19970731145558OBX||ST|33040^Model^SDN|0|SDN Broadcast||||||F||CONFIGURATIONOBX||NM|96ÂWRR^SDN|0|168||||||FOBX||NM|208^PIP^SDN|0|38||||||FOBX||ST|32920^sMode^SDN|0|MONITORING||||||F||SETTINGOBX||NM|89^NBP S^SDN|0|140||||||F||APERIODIC|19970731144607OBX||NM|90^NBP D^SDN|0|80||||||F||APERIODIC|19970731144607OBX||NM|91^NBP M^SDN|0|110||||||F||APERIODIC|19970731144607OBX||ST|33040^Model^SDN|64|DAP Internal Source||||||F||CONFIGURATIONOBX||ST|136^VPB^SDN|64|Non-paced mode||||||F

The SDN Coding example message is a response to the previous QRY message example. In case data for a requested bed does not appear in the ORF response message (i.e. Bed1 in the example) the bedside monitor might be switched off and not delivering data, or the bed might not be assigned to the client that sent the query. The bed > client assignment is configured in the Information Center Configuration Wizard. Refer to the IntelliVue Information Center Installation and Service Manual.

Introduction


ACK Message

The acknowledgement message (ACK) is only used if the message received is incorrect or not supported and can therefore not be processed. It has the following structure:

MSH Message HeaderMSA Message Acknowledgement

where:

• The MSA segment contains an acknowledgement code and the corresponding message control ID along with an error string in case of an error.

Example MSH|^~\&|HP HL7-CE|BAYKPW|||198808181126||ACK^|MSG00002|P|2.xMSA|AE|MSG00001|Incorrect Message Syntax

Note The ERR segment (optional in an ACK message) is never sent by PDI.

Message Segments


Message Segments

The tables in this section provide information about components of each message segment:

• field length• data type• usage requirements

The tables list all fields that are required in message segments. (The tables do not include HL7 message fields that are not used by PDI.)

Note Only fields that have special usages or intents are described in this book. All other fields are as described in HL7 Interface Standards Version 2.x.

MSH Message Header

Every message begins with the MSH segment. MSH segment components are shown in the following table:


1 1 ST Yes Yes Field Separator

2 4 ST Yes Yes Encoding Characters

3 180 HD No No Sending Application

4 180 HD No No Sending Facility

5 180 HD No No Receiving Application

6 180 HD No No Receiving Facility

7 26 TS No No Date/Time of Message

8 40 ST No No Security

9 7 CM Yes Yes Message Type


11 3 PT Yes Yes Processing ID

12 60 VID Yes Yes Version ID

13 15 NM No No Sequence Number

14 180 ST No No Continuation Pointer

15 2 ID No No Accept acknowledgment type

Message Segments


MSH fields PDI uses the following fields in the MSH segment:

For example:

MSH|^~\&|||||||ORF^R04|HP8565435191|P|2.x<CR>

The message control ID of a QRY message is sent back in the MSA segment of the ORF or ACK message. This mechanism allows an external application to check which message has caused which response. There is no mechanism implemented in PDI that checks whether the message control IDs are really unique.

16 2 ID No No Application acknowledgment type

17 2 ID No No Country code

18 16 ID No Yes Character Set

19 60 CE No No Principle Language of Message

20 20 ID No No Alternate Character Set Handling Scheme



1 Field Separator Contains the separator between the segment ID and the first real field; defines the characters to be used as separators for the rest of the message.

2 Encoding Characters Contains the component separator, repetition separator, escape character, and subcomponent separator.

7 Date/Time of Message Ignored in incoming messages; sent with outgoing messages.

9 Message Type Either QRY for query messages or ORF for query response messages or ACK in case of an error.

10 Message Control ID Unique alphanumeric ID that identifies each Control ID message sent. Required in incoming QRY messages; sent with outgoing ORF messages.

11 Processing ID Ignored in incoming messages. Always set to P (for Production) for outgoing messages.

12 Version ID Ignored in incoming messages. Version of the HL7 protocol transmitted. Always set to 2.x for outgoing messages.

18 Character Set Ignored in incoming messages. For outgoing messages always 8859/1 (for the ISO 8859-1 character set)

Message Segments


MSA Message Acknowledgement

The MSA segment contains information sent while acknowledging another message and is used either within a query response message or a general acknowledgement message:

MSA fields PDI uses the following fields in the MSA segment

For example:

MSA|AE|ID0815|Error: In segment [QRD],attrib.[Query Format],Illegal Code[KR]!<CR>MSA|AA|HP8565435191<CR>


1 2 ID Yes Yes Acknowledgement Code


3 80 ST No In case of errors Text Message

4 15 NM No No Expected Sequence Number

5 1 ID No No Delayed Acknowledgement Type

6 100 CE No No Error Condition


1 Acknowledgement Code

• AA: Application Accept (positive acknowledgement)• AE: Application Error (negative acknowledgement)

2 Message Control ID Contains the message control ID that came with the requesting QRY query message. This allows the client to map a response message to the corresponding request.

3 Text Message In case of errors or rejects, the text message contains a textual description of the reason for this event. Typical texts would be:

• “Message type not supported”• “Incorrect message syntax”

Message Segments


QRD Query Definition

The query definition is expected with every QRY message that is received, and is sent back with the query response:

QRD fields PDI uses the following fields in the QRD segment

Sequence Length Data Required Used Field Name

1 26 TS Yes No Date / Time of Query

2 1 ID Yes Yes Query format code

3 1 ID Yes Yes Query priority

4 10 ST Yes Yes Query ID: Some unique identifier

5 1 ID No No Deferred response type

6 26 TS No No Deferred response date / time

7 10 CQ No No Quantity limited request: should be empty for NO LIMIT

8 60 XCN Yes Yes Who subject filter

9 60 CE Yes Yes What subject filter

10 60 CE Yes No What department code

11 20 CM Yes No What data code value qualifier

12 1 ID No No Query results level (ignored)


1 Query Date/Time Given value from incoming message is used for response message

2 Query format code Must always be R for record-oriented

3 Query Priority Must always be I for immediate

4 Query ID Unique Identifier

7 Quantity limited request

Always empty for NO LIMIT

Message Segments


Processing rules:

• Query date/time is ignored by the PDI polling interface, but the given value is sent back to the sender of the query in the query response. The external system should supply this value in order to be HL7 compliant.

• Queries must always have query format code “R” and query priority “I”. If these fields are empty or have a different content this is treated as an error condition.

• Query ID must be non-null and not empty. It is not processed but sent back to the query sender in the query response. PDI does not control whether control IDs are unique.

• The quantity in Quantity limited requests is ignored

Examples This message requests data from the patient with the medical record number of MRN331:

MSH|^~\&|||||20041007135100||QRY^R02|HP8565435191|P|2.x.1QRD|20041007135100|R|I|Q839572||||MRN331|RESQRF|MON

This message requests data from the patient with the medical record number MRN331 and from the patient with the medical record number R1443:

MSH|^~\&|||||20041007135100||QRY^R02|HP8565435191|P|2.x.1QRD|20041007135100|R|I|Q839572||||MRN331~R1443|RESQRF|MON

This message requests data from the patients Roberta Adams and Thomas Miller:

MSH|^~\&|||||20041007135100||QRY^R02|HP8565435191|P|2.x.1QRD|20041007135100|R|I|Q839572||||Âdams^Roberta~^Miller^Thomas|RESQRF|MON

8 Who subject filter HL7PDI uses only the beginning 3 components of this field. The format is:<ID number>^<family name>^<given name>

With an incoming query, there are three possibilities for a match:

1. ID, the family name and given name match2. The ID matches and no family name or given name

was set3. Family name and given name match an no ID was set

9 What subject filter Must be RES for results in query and in response


Message Segments


QRF Query Filter

The query filter is expected with a received query, and sent back with the query response. It specifies the beds for which data is requested. If the QRF segment is not present, then it is assumed that the request is for all beds. In this case, no QRF segment is sent back with the response.

QRF fields PDI uses the following fields in the QRF segment

Processing rules:

• All qualifiers except for the Other query subject filter are ignored on input and left empty in the query response.

• The Other query subject filter consists of a list of repeated string fields, each of which represents a bed location. Bed locations may either be specified by the bed label that is assigned to the bed or by a coding scheme that uses a bed ID and a network ID:*<network ID> - <bed ID>

Specifications by bed label and by bed ID and network ID may be mixed in a single query. Bed ID and network ID uniquely identify the bed connected. If the bed location list is empty, the query is for all locations. Alternatively, the whole QRF segment can be omitted in this case. An example of such a bed list follows:

*1-11~ICU 12~CCU 4~*2-6

If a bed matches multiple criteria it is included in the response only once.

Sequence Length Data Required Used Field Name

1 20 ST Yes Yes Where subject filter

2 26 TS No No When data start date / time

3 26 TS No No When data end date / time

4 60 ST No No What user qualifier

5 1000 ST, repeatable

No Yes Other query subject filter

6 12 ID No No Which date / time qualifier

7 12 ID No No Which date / time status qualifier

8 12 ID No No Date / Time selection qualifier

9 60 TQ No No When Quantity / Timing qualifier


1 Where subject filter Must always be MON for monitoring data in queries and in responses

5 Other query filter Specifies list with beds of interest.

Message Segments


PID Patient Identification

PDI sends the PID segment in ORU messages to identify patients on the CareNet network.

PID fields The format of certain HL7 output fields depends on the message type setting configured in the Information Center Configuration Wizard (refer to the Information Center System Installation and Configuration Manual.)


1 4 SI No No Set ID

2 20 CX No No Patient ID

3 20 CX Yes Yes Patient Identifier List

4 20 CX No No Alternate Patient ID

5 48 XPN Yes Yes Patient Name

6 48 XPN No No Mother’s Maiden Name

7 26 TS No Yes Date/Time Birth

8 1 IS No Yes Sex

EMFC Coding/PDS Compatible EMFC Coding MDIL Coding

PID Segment, Patient Name field

FirstName LastName LastName^FirstName^MiddleName1 LastName^FirstName^MiddleName1

PID Segment, Date/Time of Birth field

DateofBirth DateOfBirth

PID Segment, Sex field Sex Sex

1Optional Middle Name set by configuration

Message Segments


PDI uses the following fields in the PID segment:

PV1 Patient Visit

The PV1 segment is sent in ADT and ORU messages to identify the bed.

PV1 field PDI uses the following fields in the PV1 segment:


3 Patient Identifier List Contains the patient ID as entered at the Information Center. If no data is entered at the Information Center, this field contains the NULL value ("").

5 Patient Name Contains the patient name as entered at the Information CenterThe format depends on the IIC Message Type configuration. PDS format is FirstName LastName, standard format is LastName^FirstNameIf Message Type configuration is VistA Compatible, MiddleName is also added. For example, LastName^FirstName^MiddleName


1 4 SI No No Set ID

2 1 IS Yes Yes Patient Class

3 80 PL No Yes Assigned Patient Location


2 Patient Class Always set to I (for Inpatient)

3 Assigned Patient Location

Format: <point of care>^<room>^<bed><point of care> = ClinicalUnit Name1

PDI uses its own format for the “bed” component and divides it into the following sub-components: <bed label>&<bed id>&<network id>where:<bed label> = bed label as configured on the Information

Center<bed id> = artificial branch number<network id> = artificial CareNet number2

1Not used if the Message Type is configured as PDS Compatible2See PV1 Patient Visit on page 2-10.

Message Segments


OBR Observation Request

The OBR segment is sent in ORF messages to report parameter data. For each bed, there is exactly one OBR that contains the current time.

OBX Observation

The OBX is sent in an ORF message by PDI to the external system to report parameter data, settings, and device configuration. There is one OBX for each value. Each query response contains OBXs for all current parameter data, whether it has changed or not since the last query took place. Refer to OBX Observation on page 2-11 for more details on the OBX segment.


1 4 SI No No Set ID

2 22 EI No No Placer’s Order #

3 22 EI No No Filler’s Order #

4 200 CE Yes No Universal Service Identifier

5 2 ID No No Priority

6 26 TS No No Requested Date/time

7 26 TS No Yes Observation Date/Time


1 4 SI No No Set ID

2 3 ID Yes Yes Value Type

3 80 CE Yes Yes Observation Identifier

4 20 ST No Yes Observation Sub-ID

5 65K *1 Yes Yes Observation Results

6 60 CE No Yes Units

7 60 ST No No Reference Range

8 5 ID No No Abnormal Flags

9 5 NM No No Probability

10 2 ID No No Nature of Abnormal Test

11 1 ID Yes Yes3 Observation Result Status

Message Segments


1OBX sequence 2 (Value Type) contains the data type for this field.

12 26 TS No No Date last Observed Normal Values

13 20 ST No Yes User Defined Access Checks

14 26 TS No Yes Date/Time of Observation

15 60 CE No No Producer’s ID

16 80 XCN No No Responsible Observer

17 60 CE No No Observation Method


Message contents


Message contents

Messages sent by the PDI Polling interface are either of the type ACK in case of errors or rejects, or of the type ORF for query responses. Query responses always have the trigger type R04.

If a query asks for data of multiple beds, then the response message contains all data in a single response message. This response message may become larger than 1MByte in size if data from many beds is requested. Each query returns ALL parameters, settings and device data that is available for the requested beds. This is due to the fact that the polling interface is not capable of knowing which data has been sent to the requesting system before. In contrast to the unsolicited messages interface, the polling interface does not store information on which parameters / settings have been sent to the external system previously. It is the requesting system’s responsibility to check whether any parameter value, setting or device information has changed since the last query:

• The change of aperiodic parameters can be determined by looking at their time stamp. If the time stamp has changed compared to the last query, this implies that a new measurement has taken place.

• The change of settings can be determined by looking at whether the settings value has changed. If a setting is not sent anymore, the setting has disappeared (possibly due to the fact that the device it was generated by was turned off) and should be treated as discontinued.

• The existence of devices (coded as CONFIGURATION parameters) can be determined through the existence of this specific parameter in the message. If a parameter for such a device is not sent anymore on a subsequent query, then the device must be treated as disappeared.

• The method of sending a NULL value for disappeared settings / devices as with the unsolicited messages interface is not used anymore.

Error Handling

The PDI polling interface implements the following error handling rules:

Error Error handling

Attempt to connect to wrong TCP/IP socket Connection refused

External system sends HL7 message with incorrect low-level protocol

Message is ignored - no further reaction

External system sends HL7 message with incorrect message syntax

Message is either ignored (if it is not identifiable as anything like HL7) or an ACK message with a negative acknowledgement is sent back

External system sends HL7 message with unsupported message type

ACK message with a negative acknowledgement is sent back that contains description of the error

External System sends HL7 QRY message with incorrect message contents

ACK message with a negative acknowledgement is sent back that contains description of the error

Parameter Support 4-1

4Parameter Support

Parameter Identifiers

HL7 Parameter Data Interface (HL7PDI) uses numeric codes from the Medical Device Interface Language (MDIL) standard nomenclature to uniquely identify parameter, alert, and unit sources. The identifiers are sent over HL7 with the following format:

<Partition>-<TermCode>

The values for the partition and TermCode are hexadecimal values between 0x0000 and 0xffff, which are separated in the output with a hyphen. For a list of all supported parameters refer to page 4-5.

If required HL7PDI can be configured to send EMFC (Extended Medical Function Codes) for the parameter identifiers, which are known from the Philips CareNet monitoring system instead of MDIL. This is dependent on the Message Type that is configured in the Information Center Configuration Wizard. (See Information Center System Installation and Service Guide.) If EMFC Coding or PDS Compatible settings are configured, EMFC codes are used as the parameter identifiers for all parameters sent in the HL7 output.

The label strings in this chapter are valid only for installations with English language software. When used in other countries, the label strings vary according to how they are translated into the respective language. Philips recommends that you use the numeric parameter identifiers instead of parameter labels for parameter identification when using the Parameter Data Interface.

Note EMFC Coding and EMFC with PDS compatible codes are provided for backward compatibility only and may not be available in future releases of the Information Center. It is recommended to use the MDIL codes as a limited number of parameters cannot be mapped to an EMFC (Table 4-1). Parameter labels might be different from the original Philips CareNet labels.

Coding Systems

4-2 Parameter Support

Coding Systems

The following table shows the different coding systems used by the HL7 Parameter Data Interface and the format of the according identifier and text fields. See also “Observation identifier field”, page 2-13.

Coding System Format of Identifier Format of Text

MDIL Contains a unique parameter/unit identifier that has the following format: <Partition>-<TermCode>The values for Partition and TermCode are hexadecimal values between 0x0000 and 0xffff and follow the MDIL standard nomenclature.Partition may be one of the following values:0x0002 - SCADA partition0x0401 - EMFC partition0x0004 - Dimension partition (for units)0x0402 - Settings partition

Contains the parameter label string or the unit string

MDIL-ALERT Contains the alert type (unique ID for the severity of the alert)6 - Soft Inop5 - Hard Inop4 - Severe Inop3 - Short Yellow Alarm2 - Yellow Alarm1 - Red Alarm

Contains the alert message

SDN Contains the unique EMFC parameter identifier. Numeric decimal value between 0 and 65535

Contains the parameter label string

SDN-ALARM Contains the alert type (unique ID for the severity of the alert)1 - Red Alarm2 - Yellow Alarm3 - Green Alarm

Contains the alert message

Parameter Flow


Parameter Flow

Under unusual circumstances, when numerous modules and parameters are active at a particular bedside, there may be some parameters that do not appear in the HL7 output. To understand these limits, parameters must be divided into two categories:

• The first category includes certain high-parameter-count data sources from IntelliVue monitors that are handled specially for HL7 output (complex parameters). These are VueLink modules, EEG modules, and the monitor’s Hemodynamic, Ventilation, and Oxygenation calculation screens.

– All parameters from these sources are always present in HL7 output, no matter how many are coming from the bedside monitor and connected modules.

– The special handling of this category of parameters is only available for IntelliVue monitors (i.e. not CareNet/SDN monitors).

– To collect HL7 data from VueLink, EEG and calculation parameters from CareNet/SDN monitors, it is necessary to use the M2384 Clinical Data Server.

– Parameters that come from VueLink modules have additional characteristics. New VueLink drivers are continuously added, which may generate new data and parameters not included in the list below. In these cases:

The label for these parameters can be found for a specific VueLink driver in the latest edition of the "Philips M1032A VueLink External Device Instructions for Use" (part number M1032-9001x) or in the instructions provided with the VueLink driver.

The codes for these parameters can be found by looking for the associated labels in a sample of the HL7 output from the Information Center when the VueLink module is connected. Note that in a few cases (particularly for devices for which the driver has not been developed by Philips) these new parameters may not yet have defined static codes. In this case the MDIL codes are dynamically assigned in the range from 0002-ffc0 to 0002-fff8 (corresponding to 65472 to 65528 decimal). In the Parameter List table, they are referred to as "Free Text". If the VueLink module is disconnected and then connected to another monitor, the same parameter may have a different code in this range.

Parameter Flow


• The second category of parameters includes all other parameters from monitors, modules, and measurement servers not mentioned above (ordinary parameters). These are generally the parameters that can be seen in the Patient Window of the Information Center.

– There is a fixed limit (currently thirty) to the number of parameters in this category that can be processed at any one time from a particular bed, and parameters beyond this limit will not appear in the HL7 output. The systolic, diastolic, and mean values associated with a particular blood pressure measurement together count as only one parameter for this purpose. Similarly the inspired and end-tidal values for a particular gas measured by the Anesthesia Gas Module together count as only one parameter.

– Measurement unit labels sent in the HL7 output for these parameters are controlled by the general configuration settings of the Information Center, rather than by the settings of the module or monitor. If not configured correctly, it is possible for the monitors to be measuring in one unit (bedside pressures in kPa), while the Information Center is configured for a different unit (pressures in mmHg). In this case, the label mmHg is sent by the IIC in HL7 messages, along with numeric values from the monitors which are measured in kPa. This can be avoided if unit configurations on the bedsides and on the IICs are consistent.

Parameter List


Parameter List

Table 4-1 lists all supported parameter identifier codes with their corresponding physiological source labels. This information depends on the software revision on the monitor and the connected devices. Data transmitted by way of a VueLink or IntelliBridge device is designated by a check in the VueLink/IntelliBridge column; the module depends on the version of the IntelliBridge and VueLink drivers and the specification of the connected external device. With a particular software revision, the patient monitor may or may not export all of the numerics specified in the table. The configuration of the patient monitor will also determine whether a numeric is exported. A numeric is only available if the required measurement module is connected and if the specific measurement is activated. Some measurements require the presence of more than one measurement module or may require special configuration steps to activate them.

Manually entered bedside data is exported as an aperiodic OBX with field 17 indicating the string MANUAL and field 14 contains the timestamp that is generated by the bedside monitor when the clinical user confirmed the data.

The IIC Column, if checked, indicates support for parameters that do not come from the VueLink module.

Table 4-1 Parameter Identifier Codes

MDIL Code EMFC Code Parameter Label Description Type VueLinkIntelliBridge IIC

ETR Ejection Time Ratio

EVI Ventricular Ejection Index

LVET Left Ventricular Ejection time

STR Systolic Time Ratio

TFI Thoracic Fluid Index

VI Velocity Index numeric

0002-0100 4 ECG Electrocardiogram numeric

0002-0101 8 I Lead I - ECG Wave Label numeric

0002-0102 12 II Lead II - ECG Wave Label numeric

0002-0103 3400 V1 Lead V1 - ECG Wave Label numeric

Parameter List







0002-013d 16 III Lead III - ECG Wave Label numeric

0002-013e 24 aVR Lead aVR - ECG Wave Label numeric

0002-013f 20 aVL Lead aVL - ECG Wave Label numeric

0002-0140 28 aVF Lead aVF - ECG Wave Label numeric

0002-0143 32 V Lead V - ECG Wave Label numeric

0002-014b MCL Lead MCL numeric

0002-014c 36 MCL1 Lead MCL-1 numeric

0002-014d MCL2 Lead MCL-2 numeric

0002-014e MCL3 Lead MCL-3 numeric

0002-014f MCL4 Lead MCL-4 numeric

0002-0150 MCL5 Lead MCL-5 numeric

0002-0151 MCL6 Lead MCL-6 numeric

0002-0164 ES Wave l Label Frank Lead (EASI) numeric

0002-0165 AS Wave l Label Frank Lead (EASI) numeric

0002-0166 AI Wave l Label Frank Lead (EASI) numeric



Parameter List


0002-0300 ST ST Amplitude numeric

0002-0301 1796 ST-I ST lead I numeric

0002-0302 1800 ST-II ST lead II numeric

0002-0303 1820 ST-V1 ST lead V1 numeric






0002-033d 1804 ST-III ST lead III numeric

0002-033e 1808 ST-aVR ST lead aVR numeric

0002-033f 1812 ST-aVL ST lead aVL numeric

0002-0340 1816 ST-aVF ST lead aVF numeric

0002-0343 4604 ST-V ST lead V numeric

0002-034b ST-MCL ST lead MCL numeric

0002-0364 ST-ES ST lead ES numeric

0002-0365 ST-AS ST lead AS numeric

0002-0366 ST-AI ST lead AI numeric

0002-3f20 QT QT Interval numeric

0002-3f24 QTc QT Interval corrected for rate numeric



Parameter List


0002-4182 40 HR Heart Rate numeric

0002-418a 1092 btbHR Cardiac Beat-to-Beat Rate. Delivered by the ECG

numeric

0002-4261 136 PVC Premature Ventricular Counted Beats numeric

0002-4262 PVC Premature Ventricular Counted Beats numeric

0002-480a 44 Pulse Pulse Rate numeric

0002-4822 44 Pulse Pulse Rate from Plethysmogram numeric

0002-4900 584 SVRI Systemic Vascular Resistance Index numeric

0002-4904 564 LVSWI Left Ventricular Stroke Volume Index numeric

0002-490c 552 C.I. Cardiac Index numeric

0002-4908 580 RVSWI Right Ventricular Stroke Work Index numeric

0002-4a00 2184 P Generic Invasive Pressure numeric

0002-4a01 Ps Non-specific Invasive Pressure (systolic)

numeric

0002-4a02 Pd Non-specific Invasive Pressure (diastolic)

numeric

0002-4a03 Pm Non-specific Invasive Pressure (mean)

numeric

0002-4a04 88 NBP Non-invasive blood pressure numeric

0002-4a05 89 NBPs Non-invasive blood pressure (systolic) numeric

0002-4a06 90 NBPd Non-invasive blood pressure (diastolic)

numeric

0002-4a07 91 NBPm Non-invasive blood pressure (mean) numeric

0002-4a0c 168 Ao Aortic Blood Pressure numeric



Parameter List


0002-4a0d 169 AoS Ao (systolic) numeric

0002-4a0e 170 AoD Ao (diastolic) numeric

0002-4a0f 171 AoM Ao (mean) numeric

0002-4a10 160 ART Arterial Blood Pressure numeric

0002-4a11 161 ARTs ART (systolic) numeric

0002-4a12 162 ARTd ART (diastolic) numeric

0002-4a13 163 ARTm ART (mean) numeric

0002-4a14 64 ABP Arterial Blood Pressure numeric

0002-4a15 65 ABPs ABP (systolic) numeric

0002-4a16 66 ABPd ABP (diastolic) numeric

0002-4a17 67 ABPm ABP (mean) numeric

0002-4a1c 76 PAP Pulmonary Artery Occlusion Pressure numeric

0002-4a1d 77 PAPs PAP (systolic) numeric

0002-4a1e 78 PAPd PAP (diastolic) numeric

0002-4a1f 79 PAPm PAP (mean) numeric

0002-4a24 128 PAWP Pulmonary Artery Wedge Pressure numeric

0002-4a28 1100 UAP Umbilical Arterial Pressure numeric

0002-4a29 1101 UAPs UAP (systolic) numeric

0002-4a2a 1102 UAPd UAP (diastolic) numeric

0002-4a2b 1103 UAPm UAP (mean) numeric



Parameter List


0002-4a30 72 LAP Left Atrial Pressure numeric

0002-4a31 73 LAPs LAP (systolic) numeric

0002-4a32 74 LAPd LAP (diastolic) numeric

0002-4a33 75 LAPm LAP (mean) numeric

0002-4a34 164 RAP Right Atrial Pressure numeric

0002-4a35 165 RAPs RAP (systolic) numeric

0002-4a36 166 RAPd RAP (diastolic) numeric

0002-4a37 167 RAPm RAP (mean) numeric

0002-4a44 68 CVP Central Venous Pressure numeric

0002-4a45 69 CVPs CVP (systolic) numeric

0002-4a46 70 CVPd CVP (diastolic) numeric

0002-4a47 71 CVPm CVP (mean) numeric

0002-4a48 1104 UVP Umbilical Venous Pressure numeric

0002-4a49 1105 UVPs UVP (systolic) numeric

0002-4a4a 1106 UVPd UVP (diastolic) numeric

0002-4a4b 1107 UVPm UVP (mean) numeric

0002-4b00 456 VO2 Oxygen Consumption numeric

0002-4b04 124 C.O. Cardiac Output numeric

0002-4b1c Cuff NBP Cuff Pressure displayed during measurement

numeric

0002-4b24 364 PVR Pulmonary vascular Resistance numeric



Parameter List


0002-4b28 400 SVR Systemic Vascular Resistance numeric

0002-4b2c 156 SO2 Oxygen Saturation numeric

0002-4b34 1352 SaO2 Oxygen Saturation measured in the Artery

numeric

0002-4b3c 192 SvO2 Mixed Venous Oxygen Saturation numeric

0002-4b40 256 AaDO2 Alveolar- Arterial Oxygen Difference numeric

0002-4b48 Temp Generic Temperature numeric

0002-4b50 536 Tart Arterial Temperature numeric

0002-4b54 1316 Tairwy Airway Temperature numeric

0002-4b5c 2616 Tbody Patient Temperature numeric

0002-4b60 532 Tcore Core (Body) Temperature numeric

0002-4b64 528 Tesoph Esophageal Temperature numeric

0002-4b68 544 Tinj Injectate Temperature. Cardiac Output numeric

0002-4b6c 524 Tnaso Nasopharyngeal Temperature numeric

0002-4b74 516 Tskin Skin Temperature numeric

0002-4b78 Ttymp Tympanic Temperature numeric

0002-4b7c 540 Tven Venous Temperature numeric

0002-4b84 392 SV Stroke Volume numeric

0002-4b90 316 LCW Left Cardiac Work Index numeric

0002-4b94 372 RCW Right Cardiac Work numeric

0002-4b9c 320 LVSW Left Ventricular Stroke Volume numeric



Parameter List


0002-4ba4 376 RVSW Right Ventricular Stroke Work numeric

0002-4bb0 512 Perf Relative Perfusion numeric

0002-4bb4 176 Pleth Pulse Oxymetry Pleth wave

0002-4bb8 188 SpO2 Peripheral oxygen saturation (pulse oximeter)

numeric

0002-4bc4 1960 ΔSpO2 Difference between two SpO2 Values (like Left - Right)

numeric

0002-4bc8 4596 SpO2 l Arterial Oxygen Saturation (left) numeric

0002-4bcc 4600 SpO2 r Arterial Oxygen Saturation (right) numeric

0002-4bdc 220 CCO Continuous Cardiac Output numeric

0002-4c00 1332 EDV End Diastolic Volume numeric

0002-4c04 1336 ESV End Systolic Volume numeric

0002-4c25 3464 dPmax Index of Left Ventricular Contractility numeric

0002-5000 92 Resp Respiration numeric

0002-500a RR Impedance Respiration Rate

0002-5000 is the code for the respiration wave. This is incorrectly sent in place of the RR code.

numeric

0002-5012 96 awRR Airway Respiration Rate numeric

0002-5022 1732 RRaw Airway Respiration Rate. Used by the Ohmeda Ventilator

numeric

0002-5080 1160 VC Vital Lung Capacity numeric

0002-5088 284 COMP Generic label Lung Compliance numeric

0002-508c 1148 Cdyn Dynamic Lung Compliance numeric



Parameter List


0002-5090 3724 Cstat Static Lung Compliance numeric

0002-50ac 108 CO2 Carbon Dioxide numeric

0002-50b0 112 etCO2 End-Tidal CO2 Concentration numeric

0002-50ba 116 imCO2 Inspired Minimum CO2 numeric

0002-50cc 120 tcpCO2 Transcutaneous Carbon Dioxide Partial Pressure

numeric

0002-50d0 152 tcpO2 Transcutaneous Oxygen Partial Pressure

numeric

0002-50d4 216 AWF Airway flow numeric

0002-50d9 4784 PEF Peak Expiratory Flow numeric

0002-50dd 4780 PIF Peak Inspiratory Flow numeric

0002-50e0 1784 VCO2 CO2 Production numeric

0002-50e4 1668 T.I. Transthoracic Impedance numeric

0002-50e8 1176 Pplat Plateau Pressure numeric

0002-50f0 204 AWP Airway Pressure numeric

0002-50f2 1292 AWPmin Airway Pressure Minimum numeric

0002-50f4 1368 CPAP Continuous Positive Airway Pressure numeric

0002-50f9 1156 NgInsP Negative Inspiratory Pressure numeric

0002-5100 1780 iPEEP Intrinsic PEEP Breathing Pressure numeric

0002-5108 1736 AWPin Airway Pressure Wave - measured in the inspiratory path

numeric

0002-5109 208 PIP Positive Inspiratory pressure numeric



Parameter List


0002-510b 1172 MnAwP Mean Airway Pressure. numeric

0002-5114 RQ Respiratory Quotient numeric

0002-5118 1180 I:E 1: Inpired:Expired Ratio numeric

0002-511c 452 Vd/Vt Ratio of Deadspace to Tidal Volume numeric

0002-5120 1144 Raw Static Lung Resistance numeric

0002-5124 1636 Rexp Expiratory Resistance numeric

0002-5128 1648 Rinsp Inspiratory Resistance numeric

0002-5130 1308 ApneaD Apnea Duration numeric

0002-513c 212 TV Tidal Volume numeric

0002-5140 awVd Airway Dead Space numeric

0002-5148 324 MINVOL Airway Minute Volume Inspiratory numeric

0002-514c MVexp Expired Minute Volume numeric

0002-5150 4552 MVin Inspired Minute Volume numeric

0002-5160 4656 FICO2 Fractional concentration of inspired CO2

numeric

0002-5164 1248 O2 Airway Oxygen numeric

0002-5168 1944 ΔO2 Delta O2 Concentration numeric

0002-517c 344 PECO2 Partial O2 Venous numeric

0002-518c 1744 AWFin Airway Flow Wave - measured in the inspiratory path

numeric

0002-5190 1320 VQI Ventilation Perfusion Index numeric

0002-519c 1776 Poccl Occlusion Pressure numeric



Parameter List


0002-51a8 348 PEEP Positive End-Expiratory Pressure numeric

0002-51b0 448 Vd Dead Space Volume numeric

0002-51b4 1788 relVd relative Dead Space numeric

0002-51b8 1772 TrpVol Lung Volume Trapped numeric

0002-51cc 4612 MMV Mandatory Minute Volume numeric

0002-51d4 1756 DCO2 High Frequency Gas Transport Coefficient Value

numeric

0002-51d8 1272 DES Gas Analyzer Desflurane numeric

0002-51dc 1264 ENF Gas Analyzer Enflurane numeric

0002-51e0 1268 HAL Gas Analyzer Halothane numeric

0002-51e4 1276 SEV Gas Analyzer Sevoflurane numeric

0002-51e8 1260 ISO Gas Analyzer Isoflurane numeric

0002-51f0 1252 N2O Gas Analyzer Nitrous Oxide numeric

0002-5214 1232 etDES Desflurane Concentration - End Tidal numeric

0002-5218 1216 etENF Enflurane Concentration - End Tidal numeric

0002-521c 1224 etHAL Halothane Concentration - End Tidal numeric

0002-5220 1240 etSEV Gas Analyzer Sevoflurane - End Tidal numeric

0002-5224 1208 etISO Gas Analyzer Isoflurane - End Tidal numeric

0002-522c 1184 etN2O Gas Analyzer End-Tidal Nitrous Oxide

numeric

0002-5268 1236 inDES Desflurane Concentration - Inspired numeric

0002-526c 1220 inENF Enflurane Concentration - Inspired numeric



Parameter List


0002-5270 1228 inHAL Halothane Concentration - Inspired numeric

0002-5274 1244 inSEV Sevoflurane Concentration - Inspired numeric

0002-5278 1212 inISO Gas Analyzer Isoflurane - Inspired numeric

0002-5280 1188 inN2O Gas Analyzer Nitrous Oxide - Inspired numeric

0002-5284 1196 inO2 Oxygen Concentration - Inspired numeric

0002-5360 2120 DPosP Duration of Positive Pressure numeric

0002-5368 4820 PEinsp End Inspiratory Pressure numeric

0002-5370 1748 Leak Leakage numeric

0002-5374 260 ALVENT Alveolar Ventilation numeric

0002-5378 1192 etO2 End-Tidal Oxygen Concentration numeric

0002-537c 3304 N2 Airway Nitrogen numeric

0002-5380 3320 etN2 N2 End-Tidal numeric

0002-5384 3316 inN2 N2 Inspired numeric

0002-5388 1256 AGT Gas Analyzer Agent numeric

0002-538c 1200 etAGT Gas Analyzer Agent - End Tidal numeric

0002-5390 1204 inAGT Gas Analyzer Agent - Inspired numeric

0002-5804 252 CPP Cerebral Perfusion Pressure numeric

0002-5808 80 ICP Intra-Cranial Pressure numeric

0002-5809 81 ICPs ICP (systolic) numeric

0002-580a 82 ICPd ICP (diastolic) numeric



Parameter List


0002-580b 83 ICPm ICP (mean) numeric

0002-5880 1116 GCS Glasgow Coma Score numeric

0002-5882 1120 EyeRsp SubScore of the GCS: Eye Response numeric

0002-5883 1128 MotRsp SubScore of the GCS: Motoric Response

numeric

0002-5884 1124 VblRsp SubScore of the GCS: Verbal Response

numeric

0002-5900 1060 HC Head Circumference numeric

0002-5924 1108 PRL Pupil Reaction Left eye numeric

0002-5928 1112 PRR Pupil Reaction Right eye numeric

0002-592c 2580 EEG Generic EEG and BIS label numeric

0002-593c 3568 EMG Electromyography numeric

0002-597c MDF Mean Dominant Frequency numeric

0002-5984 PPF Peak Power Frequency numeric

0002-5988 3556 SEF Spectral Edge Frequency numeric

0002-59ac Bursts Burst Count numeric

0002-59b4 CSA Compressed Spectral Array numeric

0002-59b8 3564 TP Total Power numeric

0002-59d4 Alpha Alpha Relative Frequency numeric

0002-59d8 Beta Beta Relative Frequency numeric

0002-59dc Delta Delta Relative Frequency numeric

0002-59e0 Theta Theta Relative Frequency numeric



Parameter List


0002-6858 InRate Infusion Rate numeric

0002-680c 2192 UrFl Urimeter - Urine Flow numeric

0002-6824 444 UrVol Urine Volume numeric

0002-6830 3324 BagVol Current fluid (urine) in urine bag numeric

0002-68fc 1664 AccVol Infusion Pump Accumulated Volume. Measured value

numeric

0002-7004 2620 pHa pH in arterial Blood numeric

0002-7008 336 PaCO2 Partial Pressure of arterial Carbon Dioxide

numeric

0002-700c 464 PaO2 Partial O2 arterial numeric

0002-7014 308 Hb Hemoglobin in arterial Blood numeric

0002-7018 276 CaO2 Arterial Oxygen Content CaO2 numeric

0002-7034 2624 pHv pH in venous Blood numeric

0002-7038 2676 PvCO2 Partial CO2 in the venous blood numeric

0002-703c 360 PvO2 Partial O2 Venous numeric

0002-7048 296 CvO2 Venous Oxygen Content numeric

0002-7064 1412 UrpH pH value in Urine numeric

0002-706c 428 UrNa Natrium (Sodium) in Urine numeric

0002-70d8 388 SerNa Natrium (Sodium) in Serum numeric

0002-7104 1284 pH pH in the Blood Plasma numeric

0002-7108 1288 HCO3 Hydrocarbonate concentration in Blood Plasma

numeric



Parameter List


0002-710c 1624 Na Natrium (Sodium) numeric

0002-7110 2600 K Kalium (Potassium) numeric

0002-7114 2608 Glu Glucose numeric

0002-7118 2604 iCa Ionized Calcium numeric

0002-7140 2672 PCO2 Partial CO2 numeric

0002-7168 1632 Cl Chloride numeric

0002-716c 1280 BE Base Excess of Blood numeric

0002-7174 2648 PO2 Partial O2 numeric

0002-717c 1584 Met-Hb Methemoglobin numeric

0002-7180 1576 CO-Hb Carboxyhemoglobin numeric

0002-7184 1348 Hct Hematocrit numeric

0002-7498 148 FIO2 Fractional Inspired Oxygen numeric

0002-d006 144 EctSta Ectopic Status label string

0002-d007 140 RhySta Arrhythmia Rhythm Status label string

0002-d02a 312 IMV Intermittent Mandatory Ventilation numeric

0002-e004 520 Trect Rectal Temperature numeric

0002-e014 132 Tblood Blood Temperature numeric

0002-e018 172 ΔTemp Difference Temperature Label numeric

0002-efff 2400 (Blank) (Blank) numeric

0002-f03d STindx ST Index numeric



Parameter List


0002-f03e SitTim TcGas Site Timer numeric

0002-f03f SensrT TcGas Transducer Temperature numeric

0002-f040 3444 ITBV Intrathoracic Blood Volume numeric

0002-f041 3448 ITBVI Intrathoracic Blood Volume Index numeric

0002-f042 3452 EVLW Extravascular Lung Water numeric

0002-f043 3456 EVLWI Extravascular Lung Water Index numeric

0002-f044 4568 GEDV Global End Diastolic Volume numeric

0002-f045 4572 GEDVI Global End Diastolic Volume Index numeric

0002-f046 3440 CFI Cardiac Function Index numeric

0002-f047 1136 CCI Continuous Cardiac Output Index numeric

0002-f048 556 SI Stroke Index numeric

0002-f049 3460 SVV Stroke Volume Variation numeric

0002-f04a 3552 SR EEG Suppression Ratio numeric

0002-f04b Impedc Electrode Impedance numeric

0002-f04d 1140 SQI BIS Signal Quality Index numeric

0002-f04e 228 BIS Bispectral Index numeric

0002-f050 TPrel Total Power Relative numeric

0002-f051 1096 tcGas Generic Term for the Transcutaneous Gases

numeric

0002-f05d MAC Minimum Alveolar Concentration numeric

0002-f05e 3732 etMAC Minimum Alveolar Concentration (MAC) Value - End Tidal

numeric



Parameter List


0002-f05f 3728 inMAC MAC Value - Inspired numeric

0002-f066 MACawk MAC Value - Awake numeric

0002-f067 572 PVRI Pulmonary vascular Resistance numeric

0002-f068 560 LCWI Left Cardiac Work Index numeric

0002-f069 576 RCWI Right Cardiac Work Index numeric

0002-f06a 588 VO2I Oxygen Consumption Index numeric

0002-f06b 340 PB Barometric Pressure = Ambient Pressure

numeric

0002-f06c 596 Sp-vO2 Difference between SpO2 and SvO2 numeric

0002-f06d 328 DO2 Oxygen Availability numeric

0002-f06e 568 DO2I Oxygen Availability Index numeric

0002-f06f 332 O2ER Oxygen Extraction Ratio numeric

0002-f070 368 Qs/Qt Percent Alveolar-venous Shunt numeric

0002-f071 472 BSA Body Surface Area numeric

0002-f072 592 LI Light Intensity (Numerical value delivered by the SvO2 measurement)

numeric

0002-f073 LImax Light Intensity Maximum Value numeric

0002-f074 LImin Light Intensity Minimum Value numeric

0002-f075 LImean Light Intensity Mean Value numeric

0002-f076 HeatPw TcGas Sensor Heating Power numeric

0002-f078 HR-PLS Pulse Deficit: Heart Rate - Pulse numeric

0002-f079 4564 InjVol Injectate Volume - Cardiac Output numeric



Parameter List


0002-f07a 3468 ETVI ExtraVascular Thermo Volume Index - Cardiac Output

numeric

0002-f07b CompCt Generic Numeric Calculation Constant numeric

0002-f07c CathCt Generic Numeric Calculation Constant numeric

0002-f081 SQNNvr SDNN Heart Rate Variability Metric numeric

0002-f08a Perf l Perfusion Left numeric

0002-f08b Perf r Perfusion Right numeric

0002-f08c PLETHr Pleth Right Wave numeric

0002-f08d PLETHl Pleth Left Wave numeric

0002-f08f 268 BUN Blood Urea Nitrogen numeric

0002-f090 BEecf Base Excess numeric

0002-f091 1168 SpMV Spontaneous Minute Volume numeric

0002-f092 264 Ca-vO2 Arteriovenous Oxygen Difference numeric

0002-f093 460 Weight Patient Weight numeric

0002-f094 304 Height Patient Height numeric

0002-f099 4632 MAC Minimum Alveolar Concentration numeric

0002-f09b PlethT Pleth wave from Telemetry numeric

0002-f09c 188 %SpO2T SpO2 Parameter Label sourced by the Telemetry System

numeric

0002-f09d 44 PulseT Pulse parameter label sourced by the Telemetry System

numeric

0002-f0a1 NBPs T Non-invasive Pressure - systolic numeric



Parameter List


0002-f0a2 NBPd T Non-invasive Pressure - diastolic numeric

0002-f0a3 NBPm T Non-invasive Pressure - mean numeric

0002-f0a4 48 P1 Invasive pressure P1 numeric

0002-f0a5 49 P1s Generic invasive pressure P1 (systolic) numeric

0002-f0a6 50 P1d Generic invasive pressure P1 (diastolic)

numeric

0002-f0a7 51 P1m Generic invasive pressure P1 (mean) numeric

0002-f0a8 52 P2 Invasive pressure P2 numeric

0002-f0a9 53 P2s Generic invasive pressure P2 (systolic) numeric

0002-f0aa 54 P2d Generic invasive pressure P2 (diastolic)

numeric

0002-f0ab 55 P2m Generic invasive pressure P2 (mean) numeric

0002-f0ac 56 P3 Non-specific label for Pressure 3 numeric

0002-f0ad 57 P3s Generic invasive pressure P3 (systolic) numeric

0002-f0ae 58 P3d Generic invasive pressure P3 (diastolic)

numeric

0002-f0af 59 P3m Generic invasive pressure P3 (mean) numeric

0002-f0b0 60 P4 Non-specific label for Pressure 4 numeric

0002-f0b1 61 P4s Generic invasive pressure P4 (systolic) numeric

0002-f0b2 62 P4d Generic invasive pressure P4 (diastolic)

numeric

0002-f0b3 63 P4m Generic invasive pressure P4 (mean) numeric

0002-f0b4 IC1 Intracranial Pressure Label IC1 numeric



Parameter List


0002-f0b5 IC1s Intracranial Pressure Label IC1 (systolic)

numeric

0002-f0b6 IC1d Intracranial Pressure Label IC1 (diastolic)

numeric

0002-f0b7 IC1m Intracranial Pressure Label IC1 (mean) numeric

0002-f0b8 IC2 Intracranial Pressure Label IC2 numeric

0002-f0b9 IC2s Intracranial Pressure Label IC2 (systolic)

numeric

0002-f0ba IC2d Intracranial Pressure Label IC2 (diastolic)

numeric

0002-f0bb IC2m Intracranial Pressure Label IC2 (mean) numeric

0002-f0bc FAP Femoral Arterial Pressure numeric

0002-f0bd FAPs Femoral Arterial Pressure (systolic) numeric

0002-f0be FAPd Femoral Arterial Pressure (diastolic) numeric

0002-f0bf FAPm Femoral Arterial Pressure (mean) numeric

0002-f0c0 BAP Brachial Arterial Pressure numeric

0002-f0c1 BAPs Brachial Arterial Pressure (systolic) numeric

0002-f0c2 BAPd Brachial Arterial Pressure (diastolic) numeric

0002-f0c3 BAPm Brachial Arterial Pressure (mean) numeric

0002-f0c4 3012 Tvesic Temperature of the Urine fluid numeric

0002-f0c5 Tcereb Cerebral Temperature numeric

0002-f0c6 2904 Tamb Air Temperature numeric

0002-f0c7 100 T1 Generic Temperature T1 numeric



Parameter List




0002-f0ca 1044 T4 Generic Temperature T4 numeric

0002-f0d8 84 IUP Intra-Uterine Pressure numeric

0002-f0df 1640 AWV Airway Volume Wave numeric

0002-f0e0 1712 TVin Inspired Tidal Volume numeric

0002-f0e1 1716 TVexp Expired Tidal Volume numeric

0002-f0e2 RRspir Respiration Rate from Spirometry numeric

0002-f0e3 4576 PPV Pulse Pressure Variation numeric

0002-f0e5 Pulse Pulse Rate from NBP numeric

0002-f0f1 4608 MRR Mandatory Respiratory Rate numeric

0002-f0f2 4616 MTV Mandatory Tidal Volume numeric

0002-f0f3 4620 SpTV Spontaneous Tidal Volume numeric

0002-f0f4 4624 cTnI Cardiac Troponin l numeric

0002-f0f5 4628 CPB Cardipulmonary Bypass Flag numeric

0002-f0f6 4636 BNP Cardiac Brain Natriuretic Peptide numeric

0002-f0ff 4648 PlatTi Plateau Time numeric

0002-f100 4644 ScvO2 Central Venous Oxygen Saturation numeric

0002-f101 4640 SNR Signal to Noise ratio numeric

0002-f103 4652 Hum Humidity in Incubator numeric



Parameter List


0002-f104 ST Bslinr ST Baseline numeric

0002-f105 4580 GEF Global Ejection FractionDelivered by the Pulsion PiCCO Plus

numeric

0002-f106 4592 PVPI Pulmonary VascularDelivered by the Pulsion PiCCO Plus

numeric

0002-f110 pToral Oral temperature numeric

0002-f114 pTrect Rectal temperature numeric

0002-f118 pTaxil Axiallary temperature numeric

0002-f125 pNN50 pNN50 Heart Rate Variability Metric numeric

0002-f12a Air T Incubator Air Temperature numeric

0002-f12c Perf T Relative Perfusion from Telemetry numeric

0002-f14a RLShnt Right-to-Left Heart Shunt numeric

0002-f154 QT-HR Averaged HR used for QTc numeric

0002-f155 QT Bsl QT Baseline numeric

0002-f156 dQTc Delta QTc numeric

0002-f157 QTHRBl QT Baseline Heart Rate numeric

0002-f158 2628 pHc pH value in the capillaries numeric

0002-f159 2680 PcCO2 Partial CO2 in the capillaries numeric

0002-f15a 2652 PcO2 Partial O2 in the capillaries numeric

0002-f15b 2756 iMg ionized Magnesium numeric

0002-f15c 1444 SerMg Serum Magnesium numeric

0002-f15d 1440 tSerCa Total of Calcium in Serum numeric



Parameter List


0002-f15e 1448 SerPho Serum Phosphate numeric

0002-f15f 1456 SerCl Serum Chlorid (Chloride) numeric

0002-f160 1556 Fe Ferrum (Iron) numeric

0002-f163 1460 SerAlb Serum Albumin numeric

0002-f164 2708 ’SaO2 Calculated SaO2 numeric

0002-f165 1580 HbF Fetal Hemoglobin numeric

0002-f166 2712 'SvO2 Calculated SvO2 numeric

0002-f167 1488 Plts Platelets (thrombocyte count) numeric

0002-f168 1480 WBC White Blood Count (leucocyte count) numeric

0002-f169 1484 RBC Red Blood Count (erithrocyte count) numeric

0002-f16a 1604 RC Reticulocyte Count numeric

0002-f16b 356 PlOsm Plasma Osmolarity numeric

0002-f16c 292 CreaCl Creatinine Clearance numeric

0002-f16d 468 NsLoss Nitrogen Balance Lab Data numeric

0002-f16e 1560 Chol Cholesterin (Cholesterol) numeric

0002-f16f 1564 TGL Triglycerides numeric

0002-f170 HDL High Density Lipoprotein Concentration

numeric

0002-f171 LDL Low Density Lipoprotein Concentration

numeric

0002-f172 2744 Urea Urea used by i-STAT numeric

0002-f173 2780 Crea Creatinine numeric



Parameter List


0002-f174 2792 Lact Lactate numeric

0002-f177 1420 tBili Total Bilirubin numeric

0002-f178 1472 SerPro SerumTotal Protein numeric

0002-f179 1588 tPro Total Protein numeric

0002-f17a 1432 dBili Direct Bilirubin numeric

0002-f17b 1592 LDH Lactic Dehydrogenase numeric

0002-f17c 1612 ESR Erythrocyte Sedimentation Rate numeric

0002-f17d PCT Procalcitonin Concentration numeric

0002-f17f 1540 CK-MM Creatine Kinase isoenzyme MM numeric

0002-f180 1532 SerCK Serum Creatine Kinase numeric

0002-f181 1536 CK-MB Creatine Kinase Isoenzyme MB numeric

0002-f182 1528 CHE Cholinesterase numeric

0002-f183 CRP C-Reactive Protein Electrolyte Marker numeric

0002-f184 1596 AST Aspartate - Aminotransferase numeric

0002-f185 1520 AP Alkaline Phosphatase numeric

0002-f186 1524 alphaA Alpha Amylase numeric

0002-f187 1552 GPT Glutamic-Pyruvic-Transaminase numeric

0002-f188 1548 GOT Glutamic Oxalacetic Transaminase numeric

0002-f189 1544 GGT Gamma Glutamyl Transpeptidase numeric

0002-f18a 3600 ACT Activated Clotting Time numeric



Parameter List


0002-f18b 1508 PT Prothrombin Time numeric

0002-f18c 3628 PT INR Prothrombin time - international normalized ratio

numeric

0002-f18d 3604 aPTTWB Activated Partial Thromboplastin time. WB: Whole Blood time

numeric

0002-f18e 3608 aPTTPE Activated Partial Thromboplastin time. PE: Plasma Equivalent time

numeric

0002-f18f 3616 PT WB Prothrombin time. WB: Whole Blood time

numeric

0002-f190 3620 PT PE Prothrombin time. PE: Plasma Equivalent time

numeric

0002-f191 1512 TT Thrombin Time numeric

0002-f192 1608 CT Coagulation Time numeric

0002-f193 1516 Quick Thromboplastine Time - Quick value numeric

0002-f194 300 FeNa Fractional Excretion of Sodium numeric

0002-f195 1408 UrUrea Urine Urea numeric

0002-f196 416 UrCrea Urine Creatinine numeric

0002-f197 420 UrK Urine Potassium numeric

0002-f198 424 UrKEx Urinary Potassium Excretion numeric

0002-f199 440 UrOsm Urine Osmolarity numeric

0002-f19a 1464 UrCl Urinary Chloride numeric

0002-f19b 1568 UrPro Urinary Total Protein numeric

0002-f19c 1572 UrCa Urinary Calcium numeric

0002-f19d 3008 UrDens Density of the Urine fluid numeric



Parameter List


0002-f19e UrHb HB in Urine numeric

0002-f19f 1428 UrGlu Glucose in Urine numeric

0002-f1a0 2716 ’ScO2 Calculated ScO2 numeric

0002-f1a1 2728 ’AnGap Calculated Anion Gap numeric

0002-f1a4 EE Energy Expenditure numeric

0002-f1a5 ΔE Energy balance calculated by Metabolics

numeric

0002-f1ac AWVneg Negative Airway Volume numeric

0002-f1b0 Valv Alveolar Volume numeric

0002-f1b4 bbVCO2 Breath-by-Breath CO2 Elimination numeric

0002-f1b8 appVd Apparatus Dead Space numeric

0002-f1bc PLTHpr Pre Ductal Pleth numeric

0002-f1c0 SpO2pr SpO2 Pre Ductal Label numeric

0002-f1d0 PLTHpo Post Ductal Pleth numeric

0002-f1d4 SpO2po SpO2 Post Ductal Label numeric

0002-f1dc PerfPo Relative Perfusion Post Ductal Label numeric

0002-f1e4 SQI Signal Quality Index of Pre Ductal SpO2 Label

numeric

0002-f22c PerfPr Relative Perfusion Pre Ductal Label numeric

0002-f3f4 1024 P5 Non-specific label for Pressure 5 numeric

0002-f3f5 P5s Non-specific label for P5 (systolic) numeric

0002-f3f6 P5d Non-specific label for P5 (diastolic) numeric



Parameter List


0002-f3f7 P5m Non-specific label for P5 (mean) numeric

0002-f3f8 1028 P6 Non-specific label for Pressure 6 numeric

0002-f3f9 P6s Non-specific label for P6 (systolic) numeric

0002-f3fa P6d Non-specific label for P6 (diastolic) numeric

0002-f3fb P6m Non-specific label for P6 (mean) numeric

0002-f3fc 1032 P7 Non-specific label for Pressure 7 numeric

0002-f3fd P7s Non-specific label for P7 (systolic) numeric

0002-f3fe P7d Non-specific label for P7 (diastolic) numeric

0002-f3ff P7m Non-specific label for P7 (mean) numeric

0002-f400 1036 P8 Non-specific label for Pressure 8 numeric

0002-f401 P8s Non-specific label for P8 (systolic) numeric

0002-f402 P8d Non-specific label for P8 (diastolic) numeric

0002-f403 P8m Non-specific label for P8 (mean) numeric

0002-f411 1844 Rf-I ST Reference Value for Lead I numeric

0002-f412 1848 Rf-II ST Reference Value for Lead II numeric

0002-f413 1868 Rf-V1 ST Reference Value for Lead V1 numeric







Parameter List



0002-f44d 1852 Rf-III ST Reference Value for Lead III numeric

0002-f44e 1856 Rf-aVR ST Reference Value for Lead aVR numeric

0002-f44f 1860 Rf-aVL ST Reference Value for Lead aVL numeric

0002-f450 1864 Rf-aVF ST Reference Value for Lead aVF numeric

0002-f810 3016 Age Actual age of patient, measured in years

numeric

0002-f811 1064 G.Age Gestational Age for neonatal numeric

0002-f812 1084 BSA(B) BSA formula: Boyd numeric

0002-f813 1088 BSA(D) BSA formula: Dubois numeric

0002-f814 3712 r Correlation Coefficient numeric

0002-f815 1296 SpAWRR Spontaneous Airway Respiration Rate numeric

0002-f816 3708 TC Time constant numeric

0002-f817 2752 'BE,B Calculated Base Excess in Blood numeric

0002-f818 1056 Length Length for neonatal/pediatric numeric

0002-f819 3744 RSBI Rapid Shallow Breathing Index numeric

0002-f81a 3704 C20/C Overdistension Index numeric

0002-f81b 1792 extHR Denotes a Heart Rate received from an external device

numeric

0002-f81c 4528 HI Heather Contractility IndexDelivered by C3 Monitor

numeric

0002-f81d 1600 ALP Alkaline Phosphatase numeric



Parameter List


0002-f81e 3312 etAGTs End Tidal Anesthetic Agent -Secondary Agent

numeric

0002-f81f 3308 inAGTs Inspired Gas Analyzer Agent -Secondary Agent

numeric

0002-f820 3300 AGTs Anesthetic Agent - Secondary Agent numeric

0002-f821 2724 'BEecf Calculated Base Excess numeric

0002-f822 3720 iCa(N) Ionized Calcium Normalized (N) numeric

0002-f823 4372 ’iCa-N Ionized Calcium Normalized numeric

0002-f824 1436 SerCa Calcium in Serum numeric

0002-f825 1416 tCO2 Total of CO2 - result of Blood Gas Analysis

numeric

0002-f826 2700 ’tCO2 Calculated total CO2 numeric

0002-f827 384 SCrea Serum Creatinine numeric

0002-f828 3060 SpRR Spontaneous Respiration Rate numeric

0002-f829 1468 SerGlo Serum Globulin numeric

0002-f82a 1424 SerGlu Serum Glucose numeric

0002-f82b 2612 'Hb Calculated Hemoglobin numeric

0002-f82c 1500 MCHC Mean Corpuscular Hemoglobin Concentration

numeric

0002-f82e 2720 'HCO3 Calculated HCO3 numeric

0002-f82f 1452 SerK Kalium (Potassium) in Urine numeric

0002-f830 436 UrNaEx Urine Sodium Excretion numeric

0002-f832 2688 &PaCO2 Computed PaCO2 at Patient Temperature on the arterial blood

numeric



Parameter List


0002-f833 2696 &PcCO2 Computed PcO2 at Patient Temperature

numeric

0002-f834 2684 &PCO2 Computed PcO2 at Patient Temperature

numeric

0002-f835 2692 &PvCO2 Computed PvCO2 at Patient Temperature

numeric

0002-f836 2636 &pHa Adjusted pH in the arterial Blood numeric

0002-f837 2644 &pHc Adjusted pH value in the capillaries numeric

0002-f838 2632 &pH Adjusted pH at Patient Temperature numeric

0002-f839 2640 &pHv Adjusted pH value in the venous Blood

numeric

0002-f83b 2660 &PaO2 Adjusted PaO2 at Patient Temperature on the arterial blood

numeric

0002-f83c 2668 &PcO2 Adjusted PcO2 at Patient Temperature numeric

0002-f83d 2656 &PO2 Adjusted PO2 at Patient Temperature numeric

0002-f83e 2664 &PvO2 Adjusted PvO2 at Patient Temperature numeric

0002-f83f 288 COsm Osmolar Clearance numeric

0002-f840 4504 BSI Burst Suppression Indicator numeric

0002-f841 2056 LSCALE Scale of the Left Channel EEG wave numeric

0002-f842 2116 RSCALE Scale of the Right Channel EEG Wave numeric

0002-f845 2032 LT EEG Left channel EEG wave numeric

0002-f846 2092 RT EEG Left channel EEG wave numeric

0002-f849 2036 LT MDF Mean Dominant Frequency, Left Side numeric

0002-f84a 2096 RT MDF Mean Dominant Frequency, Right Side

numeric



Parameter List


0002-f84b 2040 LT MPF Median Power Frequency, Left Side numeric

0002-f84c 2100 RT MPF Median Power Frequency, Right Side numeric

0002-f84f 2044 LT PPF Peak Power Frequency, Left Side numeric

0002-f850 2104 RT PPF Peak Power Frequency, Right Side numeric

0002-f853 2048 LT SEF Spectral Edge Frequency, Left Side numeric

0002-f854 2108 RT SEF Spectral Edge Frequency, Right Side numeric

0002-f855 2016 LT AL Absolute Alpha, Left Side numeric

0002-f856 2076 RT AL Absolute Alpha, Right Side numeric

0002-f859 2000 LT %AL Percent Alpha, Left (LT) Side numeric

0002-f85a 2060 RT %AL Percent Alpha, Right (RT) Side numeric

0002-f85b 2020 LT BE Absolute Beta, Left Side numeric

0002-f85c 2080 RT BE Absolute Beta, Right Side numeric

0002-f85f 2004 LT %BE Percent Beta, Left Side numeric

0002-f860 2064 RT %BE Percent Beta, Right Side numeric

0002-f863 2024 LT DL Absolute Delta, Left Side numeric

0002-f864 2084 RT DL Absolute Delta, Right Side numeric

0002-f867 2008 LT %DL Percent Delta, Left Side numeric

0002-f868 2068 RT %DL Percent Delta, Right Side numeric

0002-f869 2028 LT TH Absolute Theta, Left Side numeric

0002-f86a 2088 RT TH Absolute Theta, Right Side numeric



Parameter List


0002-f86d 2012 LT %TH Percent Theta, Left Side numeric

0002-f86e 2072 RT %TH Percent Theta, Right Side numeric

0002-f871 2052 LT TP Total Power, Left Side numeric

0002-f872 2112 RT TP Total Power, Right Side numeric

0002-f873 4500 AAI A-Line ARX Index numeric

0002-f874 4508 vECG Vector ECG taken from the ICG “sensor”. Delivered by C3 Monitor

numeric

0002-f875 1324 O2EI Oxygen Extraction Index numeric

0002-f876 1312 fgAGT Fresh gas Anesthetic Agent numeric

0002-f877 4540 fgAir Fresh Gas Flow of Air. Delivered by the ADU from Datex VueLink

numeric

0002-f878 2132 fgDES Fresh gas agent for DESflurane numeric

0002-f879 2144 fgENF Fresh gas agent for ENFlurane numeric

0002-f87a 4560 eeFlow End-Expiratory Flow. Delivered by the Servi-I Ventilator

numeric

0002-f87b 2140 fgHAL Fresh gas agent for HALothane numeric

0002-f87c 2148 fgISO Fresh gas agent for ISOflurane numeric

0002-f87d 1164 SpPkFl Spontaneous Peak Flow numeric

0002-f87e 2152 fgN2O N2O concentration in the fresh gas line numeric

0002-f87f 2156 fgO2 Oxygen concentration in the fresh gas line

numeric

0002-f880 2136 fgSEV Fresh gas agent for SEVoflurane numeric

0002-f881 4544 fgFlow Total Fresh Gas Flow. Delivered by the ADU from Datex VueLink

numeric



Parameter List


0002-f882 4548 VCO2ti CO2 Tidal Production. Delivered by the Servi-I Ventilator

numeric

0002-f883 3032 U/O Daily Urine output numeric

0002-f884 280 CH2O Free Water Clearance numeric

0002-f885 1496 MCH Mean Corpuscular Hemoglobin (erythocyte hemoglobin content)

numeric

0002-f886 2908 Power Power required to the Air & Patient Temperature in incubator

numeric

0002-f887 33040 Model Enumeration Type - denotes type of instrument

setting

0002-f888 4512 ICG Impedance Cardiography WaveformDelivered by C3 Monitor

numeric

0002-f889 4524 ACI Accelerated Cardiac Index. Delivered by Philips C3 monitor

numeric

0002-f88a 2920 PatID Patient ID string

0002-f88b 3512 PTC Post Tetatic Count stimulation numeric

0002-f88d 1300 PlGain Pleth Gain numeric

0002-f88e 3716 RVrat Rate Volume Ratio numeric

0002-f88f 272 BUN/cr BUN Creatinine Ratio numeric

0002-f890 2784 ’B/Cre Ratio BUN/Creatinine numeric

0002-f891 2788 ’U/Cre Ration Urea/Creatinine numeric

0002-f892 412 U/SCr Urine Serum Creatinine Ratio numeric

0002-f893 432 UrNa/K Urine Sodium/Potassium Ratio numeric

0002-f894 3040 PaFIO2 PaO2 to FIO2 ratioExpressed in mmHg to % ratio

numeric



Parameter List


0002-f895 3624 PTrat Prothrombin time ratio numeric

0002-f896 3612 PTTrat Activated Partial Thromboplastin time Ratio

numeric

0002-f897 3504 TOFrat Train of Four Ratio numeric

0002-f898 408 U/POsm Urine Plasma Osmolarity Ratio numeric

0002-f899 1152 Rdyn Dynamic Lung Resistance numeric

0002-f89a 2124 RRsync Sync Breath Rate numeric

0002-f89b 1328 REF Right Heart Ejection Fraction numeric

0002-f89c 2704 'SO2 Calculated SO2 numeric

0002-f89d 4532 SO2 l Oxygen Saturation. Left sideSomanetics Open VueLink

numeric

0002-f89e 4536 SO2 r Oxygen Saturation. Right sideSomanetics Open VueLink

numeric

0002-f8a0 3516 RemTi Remaining time until next stimulation numeric

0002-f8a1 1644 ExpTi Expiratory Time numeric

0002-f8a2 2868 Elapse Time to elapse counter numeric

0002-f8a3 3700 InsTi Spontaneous Inspiration time numeric

0002-f8a4 1620 KCT Kaolin Cephalin Clotting time numeric

0002-f8a5 1504 PTT Partial Thromboplastin Time numeric

0002-f8a7 3520 TOF1 Train of Four first response value numeric

0002-f8a8 3524 TOF2 Train of Four first response value TOF2

numeric

0002-f8a9 3528 TOF3 Train of Four first response value TOF3

numeric



Parameter List


0002-f8aa 3532 TOF4 Train of Four first response value TOF4

numeric

0002-f8ab 3500 TOFcnt Train of Four (TOF) count - number of TOF responses

numeric

0002-f8ac 3508 Twitch Twitch height of the 1Hz/0.1Hz stimulation response

numeric

0002-f8ad 1476 SrUrea Serum Urea numeric

0002-f8b0 3036 PtVent Parameter which informs whether Patient is ventilated

string

0002-f8b1 1372 HFVAmp High Frequency Ventilation Amplitude

numeric

0002-f8b2 1696 i-eAGT Inspired - End Tidal Agent numeric

0002-f8b3 1692 i-eDES Inspired - End Tidal Desflurane numeric

0002-f8b4 1680 i-eENF Inspired - End Tidal Enflurane numeric

0002-f8b5 1676 i-eHAL Inspired - end Tidal Halothane numeric

0002-f8b6 1684 i-eISO Inspired - End Tidal Isoflurane numeric

0002-f8b7 1672 i-eN2O Inspired - end Tidal N2O numeric

0002-f8b8 1704 cktO2 O2 measured in the Patient Circuit numeric

0002-f8b9 1688 i-eSEV Inspired - End Tidal Sevoflurane numeric

0002-f8ba 40964 loPEEP Alarm Limit: Low PEEP/CPAP setting

0002-f8bb 1656 Pmax Maximum Pressure during a breathing cycle

numeric

0002-f8bc 1132 PVcP Pressure Ventiliation Control Pressure numeric

0002-f8bd 1360 RiseTi Rise Time numeric



Parameter List


0002-f8be 1764 HFTVin Inspired High Frequency Tidal Volume

numeric

0002-f8bf 1768 HFVTV High Frequency Fraction Ventilation Tidal Volume

numeric

0002-f8c1 1940 AWVexp Expiratory Airway Volume Wave numeric

0002-f8c2 1760 SpTVex Spontaneous Expired Tidal Volume numeric

0002-f8c3 3736 TVPSV Tidal Volume (TV) in Pressure Support Ventilation mode

numeric

0002-f8c4 1492 MCV Mean Corpuscular Volume numeric

0002-f8c5 4516 TFC Thoracic Fluid Content -Delivered by C3 Monitor

numeric

0002-f8c6 4520 TFI Thoracic Fluid Content Index -Delivered by C3 Monitor

numeric

0002-f8c7 2160 AGTLev Liquid Level in the anesthethic agent bottle

numeric

0002-f8c8 2176 DESLev Liquid Level in the DESflurane bottle numeric

0002-f8c9 2168 ENFLev Liquid Level in the ENFlurane bottle numeric

0002-f8ca 2172 HALLev Liquid Level in the HALothane bottle numeric

0002-f8cb 2164 ISOLev Liquid Level in the ISOflurane bottle numeric

0002-f8cc 2180 SEVLev Liquid Level in the SEVoflurane bottle

numeric

0002-f8cd 1752 HFMVin Inspired High Frequency Mandatory Minute Volume

numeric

0002-f8ce 3004 tUrVol Total Urine Volume of the current measurement period

numeric

0002-f8cf 2188 UrVSht Urimeter - Urine Shift Volume numeric

0002-f8d0 1340 EDVI End Diastolic Volume Index numeric



Parameter List


0002-f8d1 1344 ESVI End Systolic Volume Index numeric

0002-f8d2 33136 Wave Wave Label setting

0002-f8d3 3000 BagWgt Weight of the Urine Disposable Bag numeric

0002-f960 4788 StO2 Saturated O2 Tissue numeric

0002-f961 4792 CSI Cerebral State Index, indicates the level of consciousness

string

0002-f962 4756 SO2 1 Generic Oxygen Concentration - Channel 1

numeric


numeric


numeric


numeric

0002-f966 4772 T1Core Core Temperature 1 numeric

0002-f967 4776 T2Core Core Temperature 2 numeric

0002-f968 4684 ΔP Pressure Difference numeric

0002-f96c 4688 ΔP1 Generic Pressure Difference 1 numeric

0002-f970 4692 ΔP2 Generic Pressure Difference 2 numeric

0002-f974 4660 HLMfl Mean Corpuscular Hemoglobin -Arterial / Main Pump Flow of Heart Lung Machine

numeric

0002-f975 4664 SlvPfl Slave Pump flow of Heart Lung Machine

numeric

0002-f976 4668 SucPfl Suction Pump flow of Heart Lung Machine

numeric

0002-f977 4672 AuxPfl Auxiliary Pump flow of Heart Lung Machine

numeric



Parameter List


0002-f978 4676 PlePfl Main Cardioplegia Pump flow of Heart Lung Machine

numeric

0002-f979 4680 SplPfl Slave Cardioplegia Pump flow of Heart Lung Machine

numeric

0002-f97a 4696 AxOnTi Auxiliary Pump time since start of the ongoing plegia session

numeric

0002-f97b 4700 AxOffT Auxiliary Pump time since stop of the ongoing plegia session

numeric

0002-f97c 4704 AxDVol Auxiliary Pump delivered volume in ongoing/last plegia session

numeric

0002-f97d 4708 AxTVol Auxiliary Pump Total Volume numeric

0002-f97e 4712 AxPlTi Auxiliary Pump Total Plegia Time numeric

0002-f97f 4716 CpOnTi Cardioplegia Main Pump time since start of the ongoing plegia session

numeric

0002-f980 4720 CpOffT Cardioplegia Main Pump time since stop of the ongoing plegia session

numeric

0002-f981 4724 CpDVol Cardioplegia Main Pump delivered volume in ongoing/last plegia session

numeric

0002-f982 4728 CpTVol Cardioplegia Main Pump total volume numeric

0002-f983 4732 CpPlTi Cardioplegia Main Pump total plegia time

numeric

0002-f984 4736 CsOnTi Cardioplegia Slave Pump time since start of the ongoing plegia session

numeric

0002-f985 4740 CsOffT Cardioplegia Slave Pump time since stop of the ongoing plegia session

numeric

0002-f986 4744 CsDVol Cardioplegia Slave Pump delivered volume in ongoing/last plegia session

numeric

0002-f987 4748 CsTVol Cardioplegia Slave Pump total volume

numeric

0002-f988 4752 CsPlTi Cardioplegia Slave Pump total plegia time

numeric



Parameter List


0002-f989 4796 LOC Level of Consciousness string

0002-f98a 4800 EWS Early Warning Score string

0002-f98b 4804 Concrn Determines if Caregiver should be concerned about patient status

setting

0002-f98c 4808 Pain Pain level of patient setting

0002-f990 4816 Tin/Tt Ratio of inspiratory time to total breath cycle time measurements

numeric

0002-f991 4824 tPEEP Total Positive End Expiratory Pressure numeric

0002-f992 4828 Cpav PAV-based Lung compliance numeric

0002-f993 4836 Rpav PAV-based Patient resistance numeric

0002-f994 4840 Rtot Total resistance estimate numeric

0002-f995 4832 Epav PAV-based Lung elastance numeric

0002-f996 4844 RSBInm Normalized Rapid Shallow Breathing Index

numeric

0402-4b48 33232 sTemp Setting: Desired Temperature for the Incubator/Warmer

setting

0402-5012 32772 sAWRR Setting: Airway Respiratory Rate setting

0402-5022 33068 sRRaw Setting: Airway Respiration Rate. Used by the Ohmeda Ventilator

setting

0402-50dd 32780 sPIF Setting: Peak Inspiratory Flow setting

0402-50f2 33024 sPmin Setting: Low Inspiratory Flow setting

0402-50f4 33012 sCPAP Setting: Continuous Positive Airway Pressure Value

setting

0402-5108 33064 sPin Setting: Inspiratory Pressure. Used by the Ohmeda Ventilator

setting



Parameter List


0402-5109 33020 sPIP Setting: Positive Inspiratory Pressure setting

0402-5118 33004 sIE 1: Setting: Inspiration to Expiration Ratio setting

0402-513c 32776 sTV Setting: Tidal Volume setting

0402-5148 32944 sMV Setting: Minute Volume setting

0402-5164 33036 sO2 Setting: Oxygen Concentration in % setting

0402-51a8 32936 sPEEP Setting: PEEP/CPAP setting

0402-51b8 33080 sTrVol Setting: Trigger Flow/Volume setting

0402-51cc 33052 sMMV Setting: Mandatory Minute Volume setting

0402-51d8 33192 sDES Setting: Vaporizer concentration for DESflurane

setting

0402-51dc 33184 sENF Setting: Vaporizer concentration for ENFlurane

setting

0402-51e0 33188 sHAL Setting: Vaporizer concentration for HALothane

setting

0402-51e4 33196 sSEV Setting: Vaporizer concentration for xSEVoflurane

setting

0402-51e8 33180 sISO Setting: Vaporizer concentration for ISOflurane

setting

0402-536c 33424 sPsens Pressure sensitivity setting

0402-6858 33060 sDRate Setting: Infusion Pump Delivery Rate setting

0402-7498 32784 sFIO2 Setting: Inspired Oxygen Concentration

setting

0402-f0e0 33228 sTVin Setting: Inspired Tidal Volume setting

0402-f0ff 32792 sPltTi Setting: Plateau Time setting

0402-f103 33416 sHum Humidity from Incubator setting



Parameter List


0402-f876 33176 sAGT Setting: Vaporizer concentration setting

0402-f877 33200 sfgAir Setting: Total fresh gas air flow on the mixer

setting

0402-f87e 33212 sfgN2O Setting: fresh gas N2O flow on the mixer

setting

0402-f87f 33204 sfgO2 Setting: Fresh gas oxygen Flow on the mixer

setting

0402-f881 33208 sfgFl Setting: Total fresh gas Flow on the mixer

setting

0402-f8a6 33288 sRepTi Setting: Preset Train of Four repetition time

setting

0402-f8af 33236 sUrTi Setting: Preset period of time for the UrVol numeric

setting

0402-f8bb 32992 sPmax Setting: Maximum Pressure setting

0402-f8bc 32824 sPSV Setting: Pressure Support Ventilation setting

0402-f8bd 33412 sRisTi Rise Time setting

0402-f8c0 32800 sSghTV Setting: Sigh Tidal Volume setting

0402-f8d8 32896 sSilnc Setting. Alarm Silence Status setting

0402-f8d9 33084 sAADel Setting: Apnea Alarm Delay setting

0402-f8da 40976 liPVAT Pressure Ventilation Apnea time interval

setting

0402-f8db 33120 sCO2Al CO2 Alarm setting

0402-f8dc 32828 sPWave Setting. Pressure Waveform setting

0402-f8de 32812 sARR Setting: Apnea Respiration Rate setting

0402-f8df 33032 sHFVRR Setting: High Frequency Ventilation Respiration Rate

setting



Parameter List


0402-f8e0 33144 sAgent Enumeration setting: shows current selected Agent

setting

0402-f8e6 33280 sChrge Setting: Preset stimulation charge setting

0402-f8e7 33276 sCurnt Setting: Preset stimulation current setting

0402-f8ea 33076 sExpFl Setting: Expiratory Flow setting

0402-f8eb 33028 sHFVFl Setting: High Frequency Ventilation Flow

setting

0402-f8ec 33072 sInsFl Setting: Inspiratory Flow setting

0402-f8ed 32816 sAPkFl Setting: Apnea Peak Flow setting

0402-f8f1 33108 sFlCal Apnea Peak Flow setting

0402-f8f3 33088 sHFVAm Setting: HFV Amplitude setting

0402-f8f5 32920 sMode Setting: Apnea Pressure Ventilation Oxygen Concentration

setting

0402-f8f6 33124 sPtCat Enumeration Setting: Patient Category (Patient Type)

setting

0402-f8f7 40996 sBPAl Rate Volume Ratio setting

0402-f8fb 33140 loPmax Setting: Low Maximum Airway pressure alarm setting

setting

0402-f8fd 33128 sOxiAl Apnea Pressure Ventilation Inspiratory component of I:E Ratio

setting

0402-f8fe 41000 sPStat General status of infusion pump setting

0402-f900 32904 sPVE Setting: Pressure Ventilation E component of I:E Ratio

setting

0402-f901 32912 sAPVE Setting: Apnea Pressure Ventilation E component of I:E Ratio

setting

0402-f902 32900 sPVI Setting: Pressure Ventilation I component of I:E Ratio

setting



Parameter List


0402-f903 32908 sAPVI Setting: Apnea Pressure Ventilation I component of I:E Ratio

setting

0402-f904 33160 sSens Setting: Assist Sensitivity. Used by the Bear 1000 Ventilator

setting

0402-f905 32952 sEnTP Tachyapnea Warning setting

0402-f906 32976 sTPDel Setting: Agent Monitoring in warm up mode

setting

0402-f908 33284 sPulsD Setting: Preset stimulation impulse duration

setting

0402-f909 32924 sCycTi Setting: Cycle Time setting

0402-f90b 33456 sTrgLv Trigger level/sensitivity setting

0402-f90c 32948 sEnTrg Enable Trigger setting

0402-f90d 33132 sAGTWm Agent Monitoring in Low Accuracy (Warm Up)

setting

0402-f90e 32980 sO2Mon Setting: O2 Monitoring setting

0402-f90f 33168 sBkgFl Setting: Background flow setting. Range is 2-30 l/min

setting

0402-f910 32856 sBasFl Setting: Flow-by Base Flow setting

0402-f911 32860 sSenFl Setting: Flow-by Sensitivity Flow setting

0402-f912 33100 ]cR Setting: Pressure Increase Rate setting

0402-f913 33224 sCircl Setting: Type of circle in the patient system

setting

0402-f914 33248 CO2Cal Enumeration or CO2 Calibration active setting

0402-f915 33116 sCO2Wm Setting: CO2 Warming setting

0402-f917 32820 sAFIO2 Setting: Apnea Inspired O2 Concentration

setting



Parameter List


0402-f918 32888 sAPVO2 Setting: Apnea Pressure Ventilation Oxygen Concentration

setting

0402-f919 40992 highO2 Alarm Limit: High Oxygen (O2) Alarm Limit

setting

0402-f91a 40988 lowO2 Alarm Limit: Low Oxygen (O2) Alarm Limit

setting

0402-f91b 33016 sFlow Setting: Flow setting

0402-f91c 33272 sFlas Setting: Flow Assist level for the CPAP mode

setting

0402-f91d 33096 sTrgFl Setting: Flow Trigger - delivered by the Evita 2 Vuelink driver

setting

0402-f91e 33056 sFWave Setting. Flow Pattern (enumeration type)

setting

0402-f91f 33244 GasCar Selected Gas Carrier setting

0402-f920 33216 sGasPr Setting: Gas Sample point for the oxygen measurement

setting

0402-f921 32768 sVMode Setting: Ventilation Mode setting

0402-f922 33044 sCMV Setting: Controlled mechanical ventilation

setting

0402-f923 32832 sEnSgh Setting: Enable Sigh setting

0402-f924 33048 sSIMV Setting: Synchronized intermittent Mandatory Ventilation

setting

0402-f925 32836 sNeblr Setting. Nebulizer setting

0402-f926 32984 sO2Cal Setting: O2 Calibration setting

0402-f927 33220 sO2Pr Setting: Gas Sample point for oxygen measurement

setting

0402-f928 32840 sO2Suc Setting: Suction Oxygen Concentration

setting



Parameter List


0402-f929 32960 BPAPPH BIPAP Pressure Level 2 - High setting

0402-f92a 32956 BPAPPL BIPAP Pressure Level 1 - Low setting

0402-f92c 32940 sSPEEP Setting: Pressure Support setting

0402-f92d 33260 sPlow Setting: part of the Evita 4 Airway Pressure Release Ventilation Mode

setting

0402-f92e 33264 sPhigh Setting: part of the Evita 4 Airway Pressure Release Ventilation Mode

setting

0402-f930 40960 highP Alarm Limit: High Pressure setting

0402-f931 32892 sAPVhP Setting: Apnea Pressure Ventilation High Airway pressure

setting

0402-f933 32876 sAPVcP Setting: Apnea Pressure Ventilation Control pressure

setting

0402-f934 40968 hiSghP Coagulation time setting

0402-f935 40980 sustP Alarm Limit: Sustained Pressure Alarm Limit

setting

0402-f937 33292 sfmax Setting Panting Limit setting

0402-f938 32932 sIMV Setting: Ventilation Frequency in IMV Mode

setting

0402-f939 32928 sIPPV Setting: Ventilation Frequency in IPPV Mode

setting

0402-f93a 32880 sAPVRR Setting: Apnea Pressure Ventilation Respiration Rate

setting

0402-f93b 32804 sSghNr Setting: Multiple Sigh Number setting

0402-f93c 32796 sSghR Setting: Sigh Rate setting

0402-f93d 32968 BPAPTH BIPAP Pressure Time 2 - High setting

0402-f93e 32964 BPAPTL BIPAP Pressure Time 1 - Low setting



Parameter List


0402-f93f 33000 sExpTi Setting: Exhaled Time setting

0402-f940 33252 sTlow Setting: Part of the Evita 4 Airway Pressure Release Ventilation Mode

setting

0402-f941 32996 sInsTi Setting: Inspiratory Time setting

0402-f942 33256 sThigh Setting: part of the Evita 4 Airway Pressure Release Ventilation Mode

setting

0402-f943 32872 sPVinT Setting: Pressure Ventilation Inspiratory Time

setting

0402-f944 32884 sAPVTi Setting: Apnea Pressure Ventilation Inspiratory time

setting

0402-f946 33008 sALMRT Setting: Alarm Percentage on Rise Time

setting

0402-f947 33112 sVolAl Vaporizer concentration for ENFlurane

setting

0402-f948 33268 sVolas Setting: Volume Assist level for the CPAP mode

setting

0402-f949 33104 sVmax Setting: Volume warning - delivered by the Evita 2 Vuelink driver

setting

0402-f94b 41004 highMV Alarm Limit: High Minute Volume Alarm Limit

setting

0402-f94c 40984 lowMV Alarm Limit: Low Minute Volume Alarm Limit

setting

0402-f94d 41012 highTV Alarm Limit: High Tidal Volume Alarm Limit

setting

0402-f94e 41008 lowTV Alarm Limit: Low Tidal Volume Alarm Limit

setting

0402-f951 32808 sATV Setting: Apnea Tidal Volume setting

0402-f952 33156 sTVap Setting: Applied Tidal Volume setting

0402-f953 33092 sMVDel Setting: Minute Volume Alarm Delay setting



Parameter List


0402-f955 32988 sMVAl Setting: Alarm Silence Status setting

0402-f956 2732 Sample Blood Sample Source setting

0402-f957 2736 Cartrg Cartridge Type string

0402-f958 2740 OperID Operator ID string

0402-f959 2760 Field1 Free Field #1 - permits entry of unspecific data

setting

0402-f95a 2764 Field2 Free Field #2 - permits entry of unspecific data

setting

0402-f95b 2768 Field3 Free Field #3Permits entry of unspecific data

setting

0402-f98d 33428 sSenEx Expiratory Sensitivity Setting setting

0402-f98e 4812 PAVsup Proportional Assist Ventilation Support Level

setting

0402-f98f 33432 sTVsup Target Support Volume setting

0402-f997 33436 sVent Ventilator Type setting

0402-f998 33440 sMVent Mandatory Ventilation Type setting

0402-f999 33444 sSpVnt Spontaneous Breath Type setting

0402-f99a 32788 sTrig Setting: Trigger Sensitivity setting

0402-f99b 33448 sAFWav Apnea Flow Pattern setting

0402-f99c 33452 sAMVnt Apnea Mandatory Type Setting setting

0402-f9a0 33420 sRRmin Mandatory Minimum Frequency in Pressure Support Ventilation mode

setting

8003-5401 Pulse Pulse from P numeric

8003-5402 Pulse Pulse from ABP numeric



Parameter List


8003-5403 Pulse Pulse from ART numeric

8003-5404 Pulse Pulse from AO numeric

8003-5405 Pulse Pulse from PAP numeric

8003-5406 Pulse Pulse from CVP numeric

8003-5407 Pulse Pulse from RAP numeric

8003-5408 Pulse Pulse from LAP numeric

8003-5409 Pulse Pulse from ICP numeric

8003-540a Pulse Pulse from UAP numeric

8003-540b Pulse Pulse from UVP numeric

8003-5422 Pulse Pulse from P1 numeric



8003-542b Pulse Pulse from P4 numeric

8003-542e Pulse Pulse from IC1 numeric

8003-5431 Pulse Pulse from IC2 numeric

8003-5434 Pulse Pulse from FAP numeric

8003-5437 Pulse Pulse from BAP numeric

800f-5401 2564 EEG1 Electroencephalogram - Channel 1 numeric

800f-5402 2568 EEG2 Electroencephalogram - Channel 2 numeric

800f-5403 2556 TP1 Total Power - EEG Channel 1 numeric



Parameter List


800f-5404 2560 TP2 Total Power - EEG Channel 2 numeric

800f-5405 2500 SEF1 Spectral Edge Frequency - EEG Channel 1

numeric

800f-5406 2504 SEF2 Spectral Edge Frequency - EEG Channel 2

numeric

800f-5407 2508 MDF1 Mean Dominant Frequency - EEG Channel 1

numeric

800f-5408 2512 MDF2 Mean Dominant Frequency - EEG Channel 2

numeric

800f-5409 2516 PPF1 Peak Power Frequency - EEG Channel 1

numeric

800f-540a 2520 PPF2 Peak Power Frequency - EEG Channel 2

numeric

800f-540b 2540 Alpha1 % of Power in the Alpha Band. - EEG Channel 1

numeric

800f-540c 2544 Alpha2 % of Power in the Alpha Band. - EEG Channel 2

numeric

800f-540d 2548 Beta1 % of Power in the Beta Band. - EEG Channel 1

numeric

800f-540e 2552 Beta2 % of Power in the Beta Band. - EEG Channel 2

numeric

800f-540f 2532 Theta1 % of Power in the Theta Band. - EEG Channel 1

numeric

800f-5410 2536 Theta2 % of Power in the Theta Band. - EEG Channel 2

numeric

800f-5411 2524 Delta1 % of Power in the Delta Band. - EEG Channel 1

numeric

800f-5412 2528 Delta2 % of Power in the Delta Band. - EEG Channel 2

numeric

800f-54131 Frequ1 Frequency - EEG Channel 1 numeric

800f-54141 Frequ2 Frequency - EEG Channel 2 numeric



Parameter List


800f-54151 Prcnt1 Percent - EEG Channel 1 numeric

800f-54161 Prcnt2 Percent - EEG Channel 2 numeric

800f-5417 2572 CSA1 Compressed Spectral Array - Channel 1

numeric

800f-5418 2576 CSA2 Compressed Spectral Array - Channel 2

numeric

8015-5401 Pulse SpO2 Pulse Rate - Left numeric

8015-5402 Pulse SpO2 Pulse Rate - Right numeric

8015-543d Pulse SpO2 Pulse Rate - Post Ductal numeric

8015-5440 Pulse SpO2 Pulse Rate - Pre Ductal numeric

8015-546e SQI Signal Quality Index of Left SpO2 Label

numeric

8015-5471 SQI Signal Quality Index of Right SpO2 Label

numeric

8015-5474 SQI Signal Quality Index of Pre Ductal SpO2 Label

numeric

8015-5477 SQI Signal Quality Index of Post Ductal SpO2 Label

numeric

8015-547a SQI Signal Quality Index of Telemetry SpO2 Label

numeric

805a-5401 AGT1 Gas Analyzer Agent - Channel 1 numeric

805a-5402 AGT2 Gas Analyzer Agent - Channel 2 numeric

805a-5404 etAGT1 End Tidal Gas Analyzer Agent - Channel 1

numeric

805a-5405 inAGT1 Inspired Gas Analyzer Agent - Channel 1

numeric



Parameter List


805a-5406 etAGT2 End Tidal Gas Analyzer Agent - Channel 2

numeric

805a-5407 inAGT2 Inspired Gas Analyzer Agent - Channel 2

numeric

1Label is not SCADA label but privateTextId from the EEG_NAMES set of TextIds.



Parameter List


MRx Device Parameter List Table 4-2 MRx Device Parameter Identifier Codes

MDIL code Parameter Label Description Type IIC

0002-4182 HR Heart Rate numeric

0002-4261 PVC 1 Premature Ventricular Counted Beats

numeric

0002-4bb8 SpO2 SpO2 parameter label numeric

0002-480a Pulse Pulse Rate numeric

0002-50b0 etCO2 End-Tidal CO2 Concentration numeric

0002-5012 AwRR Airway Respiration Rate numeric

0002-4a05 NBPs Non-invasive blood pressure (systolic)

numeric

0002-4a06 NBPd Non-invasive blood pressure (diastolic)

numeric

0002-4a07 NBPm Non-invasive blood pressure (mean)

numeric

0002-4a15 ABPs ABP (systolic) numeric

0002-4a16 ABPd ABP (diastolic) numeric

0002-4a17 ABPm ABP (mean) numeric

0002-5804 CPP2 Cerebral Perfusion Pressure numeric

0002-4a11 ARTs ART (systolic) numeric

0002-4a12 ARTd ART (diastolic) numeric

0002-4a13 ARTm ART (mean) numeric

0002-4a0d AoS Ao (systolic) numeric

0002-4a0e AoD Ao (diastolic) numeric

0002-4a0f AoM Ao (mean) numeric

Parameter List


0002-f0a5 P1s Generic invasive pressure P1 (systolic)

numeric

0002-f0a6 P1d Generic invasive pressure P1 (diastolic)

numeric

0002-f0a7 P1m Generic invasive pressure P1 (mean)

numeric

0002-f0a9 P2s Generic invasive pressure P2 (systolic)

numeric

0002-f0aa P2d Generic invasive pressure P2 (diastolic)

numeric

0002-f0ab P2m Generic invasive pressure P2 (mean)

numeric

0002-4a45 CVPs CVP (systolic) numeric

0002-4a46 CVPd CVP (diastolic) numeric

0002-4a47 CVPm CVP (mean) numeric

0002-4a35 RAPs RAP (systolic) numeric

0002-4a36 RAPd RAP (diastolic) numeric

0002-4a37 RAPm RAP (mean) numeric

0002-4a31 LAPs LAP (systolic) numeric

0002-4a32 LAPd LAP (diastolic) numeric

0002-4a33 LAPm LAP (mean) numeric

0002-4a1d PAPs PAP (systolic) numeric

0002-4a1e PAPd PAP (diastolic) numeric

0002-4a1f PAPm PAP (mean) numeric

0002-5809 ICPs ICP (systolic) numeric

Table 4-2 MRx Device Parameter Identifier Codes


Parameter List


0002-580a ICPd ICP (diastolic) numeric

0002-580b ICPm ICP (mean) numeric

0002-4b50 Tart Arterial Temperature numeric

0002-4b60 Tcore Core (Body) Temperature numeric

0002-4b64 Tesoph Esophageal Temperature numeric

0002-4b6c Tnaso Nasopharyngeal Temperature numeric

0002-4b74 Tskin Skin Temperature Label numeric

0002-4b7c Tven Venous Temperature Label numeric

0002-e004 Trect Rectal Temperature numeric

0002-f0c4 Tvesic Vesical Temperature (bladder temperature)

numeric

1Not available in AED mode2Calculation is done by the MRx device.

Table 4-2 MRx Device Parameter Identifier Codes


Parameter List


Physiological Calculation Parameter Identifiers

Table 4-3 Oxygenation Calculations

Parameter Label MDIL Code EMFC Code for Calculation Results

VO2 0002-4b00 4160

C.O. 0002-4b04 4100

SvO2 0002-4b3c 4124

AaDO2 0002-4b40 4168

SpO2 0002-4bb8 4116

PaCO2 0002-7008 4112

PaO2 0002-700c 4108

Hb 0002-7014 4128

CaO2 0002-7018 4144

PvO2 0002-703c 4120

CvO2 0002-7048 4148

FIO2 0002-7498 4104

VO2I 0002-f06a 4192

PB 0002-f06b 4132

DO2 0002-f06d 4156

DO2I 0002-f06e 4188

O2ER 0002-f06f 4164

Qs/Qt 0002-f070 4172

BSA 0002-f071 4184

Ca-vO2 0002-f092 4152

Weight 0002-f093 4140

Height 0002-f094 4136

Parameter List


Table 4-4 Ventilation Calculations


Resp 0002-5000 4200

COMP 0002-5088 4228

PIP 0002-5109 4212

Vd/Vt 0002-511c 4236

TV 0002-513c 4208

MINVOL 0002-5148 4224

PECO2 0002-517c 4220

PEEP 0002-51a8 4216

Vd 0002-51b0 4232

ALVENT 0002-5374 4240

PaCO2 0002-7008 4204

Table 4-5 Hemodynamic Calculations


HR 0002-4182 4004

SVRI 0002-4900 4072

LVSWI 0002-4904 4084

C.I. 0002-490c 4064

ABPs 0002-4a15 4009

ABPm 0002-4a17 4011

C.O. 0002-4b04 4000

SVR 0002-4b28 4036

SV 0002-4b84 4032

Parameter List


LCW 0002-4b90 4044

LVSW 0002-4b9c 4048

SI 0002-f048 4068

LCWI 0002-f068 4080

BSA 0002-f071 4060

Weight 0002-f093 4028

Height 0002-f094 4024

RVSWI 0002-4908 4092

PAPs 0002-4a1d 4013

PAPd 0002-4a1e 4014

PAPm 0002-4a1f 4015

PAWP 00024a24 4016

CVPm 0002-4a47 4023

PVR 0002-4b24 4040

RCW 0002-4b94 4052

RVSW 0002-4ba4 4056

PVRI 0002-f067 4076

RCWI 0002-f069 4088

ITBV 0002-f040 3444

ITBVI 0002-f041 3448

EVLW 0002-f042 3452

EVLWI 0002-f043 3456

GEDV 0002-f044 4568

GEDVI 0002-f045 4572

Table 4-5 Hemodynamic Calculations


Parameter List


Unit Code Identifiers

Table 4-6 HL7PDI Unit Identifier Codes

MDIL Code Unit Label Description

0004-0000 No dimension

0004-0200 No dimension

0004-0220 % Percentage

0004-0360 mol/mol mol/mol

0004-04e0 %PCV %PCV

0004-0500 m Meter

0004-0511 cm Centimeter

0004-0512 mm Millimeter

0004-0560 in Inch

0004-0592 ml/m2 ml/m2

0004-05c0 m2 Square meter

0004-05e0 in2 Square inch

0004-0640 l Liter

0004-0652 ml Milliliter

0004-0672 ml/breath ml/breath

0004-0692 /mm³ /mm³

0004-06b3 /µl /µl

0004-06b4 1/nl 1/Nanoliter

0004-06c0 g Gram

0004-06c3 kg Kilogram

0004-06d2 mg Milligram. Unit for Amount - Drug Calculator

0004-06d3 mcg Microgram. Unit for Amount - Drug Calculator

0004-06d4 ng Nanogram. Unit for Amount - Drug Calculator

Parameter List


0004-06e0 lb Pound

0004-0700 oz Ounce

0004-0740 g-m g-m. Used for LVSW, RVSW

0004-0743 kg-m kg-m. Used for RCW, LCW

0004-0760 g-m/m2 g-m/m2. Used for LVSWI and RVSWI

0004-0763 kg-m/m2 kg-m/m2. Used for LCWI and RCWI

0004-07a3 kg/m2 kg/m2. Unit for Dosage - Drug Calculator

0004-07f2 mg/cm3 mg/cm3

0004-0800 g/l g/l

0004-0812 mg/l mg/l

0004-0813 mcg/l Microgram per Liter - unit for Cardiac Markers

0004-0814 ng/l Nanogram per Liter - unit for Cardiac Markers

0004-0840 g/dl g/dl

0004-0852 mg/dl mg/dl

0004-0853 mcg/dl mcg/dl

0004-0860 g/ml g/ml. Unit for Dosage - Drug Calculator

0004-0872 mg/ml mg/ml. Unit for Dosage - Drug Calculator

0004-0873 mcg/ml mcg/ml. Unit for Concentration - Drug Calculator

0004-0874 ng/ml ng/ml. Unit for Concentration - Drug Calculator

0004-0875 pg/ml Picogram per Milliliter - unit for Cardiac Markers

0004-0880 sec Second

0004-0892 msec Millisecond

0004-0893 µsec Microsecond

0004-08a0 min Minute



Parameter List


0004-08c0 hours Hours

0004-08e0 days Number of Days

0004-0900 weeks Number of Weeks

0004-0920 months Number of Months

0004-0940 years Number of Years

0004-09c0 Hz Hertz

0004-09e0 /min Per Minute

0004-0aa0 bpm Beats per minute. Used for HR/PULSE

0004-0ae0 rpm Respiration breathes per minute

0004-0b12 mm/sec mm/sec. Speed for Recordings

0004-0b20 l/min/m2 l/min/m2

0004-0b32 ml/min/m2 ml/min/m2

0004-0be0 l/sec l/sec

0004-0c00 l/min l/min

0004-0c12 ml/min ml/min

0004-0c32 ml/hour ml/hour

0004-0c40 l/day l/day

0004-0c52 ml/day ml/day

0004-0c72 ml/kg ml/kg

0004-0d00 g/min g/min. Unit for Dosage - Drug Calculator

0004-0d12 mg/min mg/min. Unit for Dosage - Drug Calculator

0004-0d13 mcg/min mcg/min. Unit for Dosage - Drug Calculator

0004-0d14 ng/min ng/min. Unit for Dosage - Drug Calculator

0004-0d20 g/hr g/hr. Unit for Dosage - Drug Calculator



Parameter List


0004-0d32 mg/hr mg/hr. Unit for Dosage - Drug Calculator

0004-0d33 mcg/hr mcg/hr. Unit for Dosage - Drug Calculator

0004-0d34 ng/hr ng/hr. Unit for Dosage - Drug Calculator

0004-0d80 g/kg/min g/kg/min. Unit for Dosage - Drug Calculator

0004-0d92 mg/kg/min mg/kg/min. Unit for Dosage - Drug Calculator

0004-0d93 mcg/kg/mn mcg/kg/min. Unit for Dosage - Drug Calculator

0004-0d94 ng/kg/min ng/kg/min. Unit for Dosage - Drug Calculator

0004-0da0 g/kg/hr g/kg/hr. Unit for Dosage - Drug Calculator

0004-0db2 mg/kg/hr mg/kg/hr. Unit for Dosage - Drug Calculator

0004-0db3 mcg/kg/hr mcg/kg/hr. Unit for Dosage - Drug Calculator

0004-0db4 ng/kg/hr ng/kg/hr. Unit for Dosage - Drug Calculator

0004-0f02 hPa Hektopascal

0004-0f03 kPa Kilopascal

0004-0f20 mmHg Millimeter mercury

0004-0f40 cmH2O cmH2O

0004-0f72 mbar Millibar

0004-0f83 kJ Kilo Joule

0004-0f84 MJ Mega Joule

0004-0fd2 mW Milliwatt

0004-0fd4 nW Nanowatt

0004-0fd5 pW Picowatt

0004-1020 DS/cm5 Dyn-sec/cm5. Used for SVR, PVR

0004-1052 mA Milliampere

0004-1073 µC Microcoulomb



Parameter List


0004-10a0 V Volt

0004-10b2 mV Millivolt

0004-10b3 µV Microvolt

0004-10c0 Ohm Ohm

0004-10c3 kOhm Kiloohm

0004-1140 °F Degree Fahrenheit

0004-11b2 mOsm Milliosmol

0004-11d2 mmol Millimole

0004-11f2 mEq Milliequivalent

0004-1212 mOsm/l mOsm/l

0004-1272 mmol/l mmol/l

0004-1273 µmol/l micromol/l

0004-12f2 mEq/l mEq/l

0004-1352 mmol/kg mmol/kg

0004-1452 mEq/day mEq/day

0004-1560 U Unit. Unit for Amount - Drug Calculator

0004-1572 mU Milliunit. Unit for Amount - Drug Calculator

0004-15c0 Units/l Units/l

0004-15c5 10*9/l 10*9/l

0004-15e0 U/ml U/ml. Unit for Dosage - Drug Calculator

0004-15f2 mU/ml mU/ml. Unit for Dosage - Drug Calculator

0004-1620 U/min U/min. Unit for Dosage - Drug Calculator

0004-1632 mU/min mU/min. Unit for Dosage - Drug Calculator

0004-1640 U/hr U/hr. Unit for Dosage - Drug Calculator



Parameter List


0004-1652 mU/hr mU/hr. Unit for Dosage - Drug Calculator

0004-16a0 U/kg/min U/kg/min. Unit for Dosage - Drug Calculator

0004-16b2 mU/kg/min mU/kg/min. Unit for Dosage - Drug Calculator

0004-16c0 U/kg/hr U/kg/hr. Unit for Dosage - Drug Calculator

0004-16d2 mU/kg/hr mU/kg/hr. Unit for Dosage - Drug Calculator

0004-1712 ml/cmH2O ml/cmH2O

0004-1720 cmH2O/l/s cmH2O/l/s

0004-1752 ml2/sec ml2/sec

0004-1760 cmH2O/% cmH2O/%

0004-1780 DSm2/cm5 DSm2/cm5. Used for SVRI and PVRI

0004-17a0 °C Degree Celsius

0004-17d2 mAh Milliampere hours

0004-1800 cmH2O/l cmH2O/l

0004-1820 mmHg/% mmHg/%

0004-1843 kPa/% kPa/%

0004-1912 ml/dl ml/dl

0004-1920 dB Decibel

0004-1952 mg/mg mg/mg

0004-1972 10*bpm/ml 10*bpm/ml

0004-1980 1/(min*l) 1/(min*l)

0004-19b1 cm/min cm/min. Speed for HiResTrend Recordings

0004-f001 Count. No dimension

0004-f004 µV p-p Microvolt Peak to Peak

0004-f008 lb/in2 lb/in2. Unit for Dosage - Drug Calculator



Parameter List


0004-f009 mmHg/sec mmHg/sec

0004-f00a ml/sec ml/sec

0004-f00b bpm/ml bpm/ml

0004-f026 mm/h mm/h

0004-f060 J/day J/day

0004-f063 kJ/day Kilo Joule/day

0004-f064 MJ/day Mega Joule/day

0004-f080 cal Calorie

0004-f083 kcal Kilo Calorie

0004-f084 Mcal Mega Calorie

0004-f0a0 cal/day cal/day

0004-f0a3 kcal/day kcal/day

0004-f0a4 Mcal/day Mcal/day

0004-f0c0 cal/ml cal/ml

0004-f0c3 kcal/ml kcal/ml

0004-f0e0 J/ml J/ml

0004-f0e3 kJ/ml kJ/ml

0004-f100 RPM RPM

0004-f120 1/mn*l*kg 1/mn*l*kg



Parameter Data Interface vs. Clinical Data Server A-1

AParameter Data Interface vs.

Clinical Data Server

Introduction

HL7 Parameter Data Interface (HL7PDI) is different from the Clinical Data Server HL7 interface in the following ways:

.

Table A-1 HL7PDI vs. Clinical Data Server HL7

HL7 PDI CDS HL7

Sending Interval Unsolicited data export for periodic data can be configured for 5, 10, 30 or 60 sec (default).

Unsolicited data export for periodic data can be configured for every 15 sec up to every 3600 sec in 1 sec intervals (default is 30 sec)

Parameter Support See the list of parameters in “HL7 Data Output Considerations” on page A-7.

See the list of parameters in “HL7 Data Output Considerations” on page A-7.

Initial Aperiodic message content

Upon connection of a client to the unsolicited message interface, all current valid data in an initial aperiodic message (aperiodic parameters, settings, and configuration values) is sent

Upon connection of a client to the unsolicited message interface, only settings and configuration values is sent. Aperiodic parameters are not sent in this initial message.

VueLink Parameter support for IntelliVue Patient Monitors

Supported Not supported

VueLink Free Text support

Not supported Supported

Alarm Limits Not supported Supported: Alarm limits for parameters received through the DAP protocol

HL7 Data Output Control

Allows data from one bed to be sent to one target client. List of assigned beds is preconfigured

Bed ID/Network ID Not read from monitoring network, preconfigured values

Read from monitoring network

Triple labels Uses the internal text resources to resolve parameter labels that contain triple values in a different format:LABELsLABELdLABELm

Generated by using the standard label and adding the extension for systolic, diastolic, and mean values:LABEL SLABEL DLABEL M

General Label Differences

Internal text resources labels may differ.

Introduction

A-2 Parameter Data Interface vs. Clinical Data Server

NMD reply NMD messages are used to provide time information and NOT to inform clients that they are not allowed to receive data because they are not configured in the list of allowed hosts. Connection refused socket message to the client is sent.

DAP device No DAP Protocol support Shows data coming through the DAP protocol channel on a separate device. Device name is DAP Internal Source, with the device id of 64.

Monitoring data device (or SDN Broadcast device)

Sends all data not coming from a VueLink device or Physio Calculation on the Monitoring Data Device (device ID 0)

Sends parameters with EMFCs up to 255 (MFCs) on this device 0, unit information non available on this device. Parameter labels in english only

Table A-1 HL7PDI vs. Clinical Data Server HL7

HL7 PDI CDS HL7

Parameter Label Differences



The following table lists the label differences (for English labels) between the HL7PDI (when EMFC Coding or PDS Compatible setting is configured) and CDS HL7

Table A-2 Label Differences: HL7PDI vs. CDS HL7

EMFC Code MDIL Code HL7PDI Label CDS HL7 Label

44 0002-480a Pulse PULSE

44 0002-4822 Pulse PULSE

49 0002-f0a5 P1s P1 S

49 0401-0031 P_1s P1 S

50 0002-f0a6 P1d P1 D

50 0401-0032 P_1d P1 D

51 0002-f0a7 P1m P1 M

51 0401-0033 P_1m P1 M

53 0002-f0a9 P2s P2 S

53 0401-0035 P_2s P2 S

54 0002-f0aa P2d P2 D

54 0401-0036 P_2d P2 D

55 0002-f0ab P2m P2 M

55 0401-0037 P_2m P2 M

57 0002-f0ad P3s P3 S

57 0401-0039 P_3s P3 S

58 0002-f0ae P3d P3 D

58 0401-003a P_3d P3 D

59 0002-f0af P3m P3 M

59 0401-003b P_3m P3 M

61 0002-f0b1 P4s P4 S



61 0401-003d P_4s P4 S

62 0002-f0b2 P4d P4 D

62 0401-003e P_4d P4 D

63 0002-f0b3 P4m P4 M

63 0401-003f P_4m P4 M

65 0002-4a15 ABPs ABP S

66 0002-4a16 ABPd ABP D

67 0002-4a17 ABPm ABP M

69 0002-4a45 CVPs CVP S

70 0002-4a46 CVPd CVP D

71 0002-4a47 CVPm CVP M

73 0002-4a31 LAPs LAP S

74 0002-4a32 LAPd LAP D

75 0002-4a33 LAPm LAP M

77 0002-4a1d PAPs PAP S

78 0002-4a1e PAPd PAP D

79 0002-4a1f PAPm PAP M

81 0002-5809 ICPs ICP S

82 0002-580a ICPd ICP D

83 0002-580b ICPm ICP M

85 0401-0055 IUPs IUP S

86 0401-0056 IUPd IUP D

87 0401-0057 IUPm IUP M

89 0002-4a05 NBPs NBP S





90 0002-4a06 NBPd NBP D

91 0002-4a07 NBPm NBP M

92 0002-5000 Resp RESP

96 0002-5012 awRR AWRR

100 0002-f0c7 T_1 T1

104 0002-f0c8 T_2 T2

112 0002-50b0 etCO2 ETCO2

116 0002-50ba imCO2 IMCO2

136 0002-4261 PVC VPB

140 0002-d007 RhySta RHYTHM

144 0002-d006 EctSta ECTOP

161 0002-4a11 ARTs ART S

162 0002-4a12 ARTd ART D

163 0002-4a13 ARTm ART M

165 0002-4a35 RAPs RAP S

166 0002-4a36 RAPd RAP D

167 0002-4a37 RAPm RAP M

169 0002-4a0d AoS Ao S

170 0002-4a0e AoD Ao D

171 0002-4a0f AoM Ao M

172 0002-e018 dTemp T1-T2

512 0002-4bb0 Perf PERF

528 0002-4b64 Tesoph Tesop

1025 0401-0401 P5s P5 S





1026 0401-0402 P5d P5 D

1027 0401-0403 P5m P5 M

1029 0401-0405 P6s P6 S

1030 0401-0406 P6d P6 D

1031 0401-0407 P6m P6 M

1033 0401-0409 P7s P7 S

1034 0401-040a P7d P7 D

1035 0401-040b P7m P7 M

1037 0401-040d P8s P8 S

1038 0401-040e P8d P8 D

1039 0401-040f P8m P8 M

1040 0002-f0ca T_3 T3

1044 0002-f0ca T_4 T4

1096 0002-f051 tcGas tc

1101 0002-4a29 UAPs UAP S

1102 0002-4a2a UAPd UAP D

1103 0002-4a2b UAPm UAP M

1105 0002-4a49 UVPs UVP S

1106 0002-4a4a UVPd UVP D

1107 0002-4a4b UVPm UVP M

1292 0002-50f2 AWPmin MinAwP

2185 0401-0889 BPs BP S

2186 0401-088a BPd BP D

2187 0401-088b BPm BP M



HL7 Data Output Considerations



The following table shows which parameter data is supported by HL7PDI and CDS HL7:

Parameter type Supported by HL7PDI

Supported on CDS HL7

Philips SDN/CareNet

SDN Broadcast Data Yes Yes

VueLink Non-resting display parameters and settings No Yes

Blood Analysis parameters No Yes

Physio calculation parameters No Yes

IntelliVue Clinical Network

Standard parameter data Yes No

VueLink parameter data Yes No

Physio Calculation data Yes No



Documents

HL7 Parameter Data Interface Programmer’s Guide PM... · HL7 Parameter Data Interface Programmer’s Guide. ii ... Printing History New editions of this document incorporate all