TOVNET Real and Thermal Camera

Dual Operating System

Detect possible Covid-19 and MERS cases

Prevent unnecessary fires and disasters

Especially

during a time of

uncertainty,

safety measures

are needed

Why a thermal camera? There are two

main benefits

The thermal camera can detect early

signs of COVID and MERS to prevent

further spreading

Even after the virus becomes a less

significant threat, the camera still has

other benefits, such as fire detection

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COVID-19 Detection and prevention

One of the earliest

symptoms of the

virus is a high fever To greatly reduce the spread of the virus

unknowingly, thermal cameras can be installed

in areas with floating populations

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The TOVNET system can be

used for fever screening at

hospitals, schools, airports,

markets, banks and other

mass transit sites to enable

early detection of febrile

persons

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This system will be especially useful where the undetected

introduction of communicable diseases can lead to outbreaks

among patients and staff.

How does it

compare?

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Competitors TOVNET

Monitoring Thermal Image Only Normal AND Thermal

Camera

Focus Single Focus Multi Focus

(Block Checking)

Error Rate 2% 1%

Alarm Alerts when heat is

detected

Records temperature

changes, alert on

screen + voice alert if

temperature rises

critically

Detection

Distance ~33 feet ~115 feet

Playback Thermal Image

Real and thermal video

with temperature

changes

vs.

Fire Prevention Preventing fires before they destroy

1,318,500 According to the US Fire Administration,

there were over 1 million fires in 2018

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Fires aren’t as uncommon as you think, and

they only leave behind destruction, property

damage, and at times, even worse

Source: https://www.usfa.fema.gov/data/statistics/

The TOVNET

dual system

provides safety

in many ways Not only does it have a normal security camera, but an additional thermal camera to detect any suspiciously high temperatures

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Normal Video Recording

Thermal Video Recording

How does it

compare?

11 Conventional System TOVNET System

Features

Only detects smoke or

heat AFTER the fire

starts

Detects fire BEFORE it

actually occurs through

measuring significant

temperature changes

Detection Time Over 1 minute Less than 1 second

Error Rate High (Over 2%) Low (Less than 1%)

Processing Complicated

(image analysis)

Simple

(temperature measured

by thermal sensor)

Defects and

Error Checkup

Checked for functionality

or defects after the event

Checked easily by

monitoring actual values

displayed.

● Normal camera records in 1080P

● Thermal Video Camera displays the

min/max/avg temperature

(measured 10 times per second)

● Detects temperature differences up

to ~115 feet away

● Can detect 14℉ ~ 248℉ (Error Rate

less than 1%)

Additional Features ▪ Each camera can be set with

min. and max. temperatures

▪ Proven to be water and dust

protected

● Camera name ------ ● Set limit temperature

-------- ● Set detection time

for alarm ------------ ● Set output time for

alarm ----------------

● Set date & time ------------------------

Thermal

Camera

Coverage

Camera

CCTV

Image

Thermal

Camera

CCTV Overlay

Image

(Normal Image+

Thermal Image)

Camera

Thermal

Camera

Image

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Overlay Images

Thermal Image Normal Image

Details

❖ All-in-one Camera with Full HD IP Camera and

LWIR Long Wavelength Thermal Camera

❖ Temperature to be measured in details by Pixel of

Thermal Images

❖ Protocol supported by Onvif Standard

❖ Supported by Gigabit Ethernet

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CAMERA Image Sensing Device 1/2.8" Full_HD CMOS (IMX291 _ Sony)

Platform EN673 Ex-RISC Dual-Core 32-bit Processor

Lens Type 2Megapixel 3.6mm Fixed Board Lens

Lens Aperture Ratio F2.1(Fixed)

Min. Illuminance 0.02Lux(Color), 0.001Lux(B/W), 0Lux(LED On)

IR Distnace/Output 30M / 2 High Power IR LEDs(Photo Sensor Control)

Electronic Shutter 1/30 ~ 1/30,000 sec

Camera &

Thermal

Detecting

Mechanism

Displaying converged information of megapixel images by normal CCTV and thermal temperature information; alarm occurs

when detecting over set limit of temperature measured. Linked with each camera and main system. Control center operates

various cameras with multi channels.

Thermal

Detector Temperature to be measured Min 14℉ ~ Max 248℉

FOV 63.5°(diagonal) / 51°(V) x 38°(H)

Resolution 80 × 60

Min. Pixel Size with distance

(Unit: CM)

16.4 ft 32.8 ft 65.6 ft 98.4 ft

6(V) x 5(H) 12(V) x 11(H) 24(V) x 23(H) 36(V) x 34(H)

Camera

Functions Compression Type H.264 / MJPEG

Resolution 1080P, 720P, VGA, CIF

Frame Rate Max 30fps @ 1920 X1080

Bitrate Control VBR/CBR (H.264, 32k~10Mbps)

Multi Streaming Triple Stream(Stream1,2,3) RTP/RTSP, UnicastRTP, Multicast RTP

Privacy Function On / Off (8 Programmable Zones)

Image Correction WDR, HLC, BLC, AGC, 3 Auto controller (AE,AF,AWB), ADNR, ACE, Anti-fog, DC-Iris,

Deblur(Shutter)TDN, Sens-up, 3D

Flip mode Normal / Mirror(H) / Flip(V) / Both(HV) / Rotate

Network Ethernet RJ-45 (10/100/1000Mbps) (auto MDIX)

Protocol TCP/IP, UDP/IP, RTP, RTSP, RTCP, NTP, HTTP, DHCP, FTP, SMTP, DNS, DDNS

Web Viewer Windows 10 / Windows XP / VISTA / 7 (Internet Explorer 7.0 or Higher)

Application SDK, ONVIF(Ver 2.4.2)

Operation

Environment Operating temperature

/ humidity

-4℉ - 140℉/ 95% RH below

Dust / waterproof IP66

Power Min DC12V/1.0A (Adaptor Option)

PoE power IEEE 802.3af Type1 Class0

Outward Material Aluminum

Size 79(H) x 242.2(D) x 81(W)mm (with Sunshield & Bracket)

Weight Approximate 1.65 lbs

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TOVNET Co., Ltd

8F, De-il BLDG, 680, Tongil-ro, Eunpyeong-gu, Seoul, Korea

E-mail. info@tovnet.co.kr

Tel. 02-3216-3983

Fax. 02-3216-3983