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1. Introduction Development of Agricultural Welfare Cooperation Hydroponics System for Promoting Work Satisfaction 1 Hiromu IKEMURA, 1 Hiroki KAMEHAMA, 1 Shihoko KAMISATO, 1 Katsuya NAKAHIRA, 1 Ichiko KINJO, 1 Ken NAGAMINE, 1 Riri SHIROTA, 1 Shun OKUHAMA, 2 Katsuko NAKAHIRA, 2 Masahito NAGAMORI, 2 Taiga TAKEDA, 1 National Institute of Technology, Okinawa College2 Nagaoka University of Technology The vegetable factory A special support school student planting seeds in a wheelchair Installation of hydroponics kit by students from N.I.T.-O.C. The vegetable factory that employs persons with disabilities in Okinawa had two problems: “Solve workers’ concerns” and “Ensure the productivity and stability of factory operations”. In this study, we develop a work procedure support system for working people and solve problems. N.I.T.-O.C. mini factory 2. Configuration of Support System using IoT Growth condition management (Humidity, Water Temp., Room Temp., Illuminance, etc…) Sensors Analyze information from sensors and apps and provide feedback to workers Server Posting work processes and Assisting workers’ concerns Apps Movable hydroponics kit using IoT Wearable Bio. sensor Environment Parameters (Sensors) Cloud Server Data analysis and storage, Feedback analysis Results. Data Collection by RPi Biological Information (Heart rate) Mobile Devices 3. Unfold as teaching materials at special support schools 4. Summary An IoT support system for hydroponics to employ worker with disabilities was proposed. A Movable kit has been installed at the special support school and has been evaluated for its feeling of use. For users who are not good at reading characters, an VUI will install in the Apps. Develop simple UI apps that are easy for workers to use. Work instructions corresponding to various disability. Worker STI-Gigaku2019 Water Container RPi LED Sensors Water Cooler

Development of Agricultural Welfare Cooperation

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1. Introduction

Development of Agricultural Welfare CooperationHydroponics System for Promoting Work Satisfaction

1Hiromu IKEMURA, 1Hiroki KAMEHAMA, 1Shihoko KAMISATO, 1Katsuya NAKAHIRA, 1Ichiko KINJO, 1KenNAGAMINE, 1Riri SHIROTA, 1Shun OKUHAMA, 2Katsuko NAKAHIRA, 2Masahito NAGAMORI, 2Taiga TAKEDA,

1National Institute of Technology, Okinawa College,2Nagaoka University of Technology

The vegetable factory

A special support school student planting seeds

in a wheelchair

Installation of hydroponics kitby students from N.I.T.-O.C.

The vegetable factory that employs persons with disabilities in Okinawa had two problems: “Solve workers’ concerns” and “Ensure the productivity and stability of factory operations”. In this study, we develop a work procedure support system for working people and solve problems.

N.I.T.-O.C. mini factory

2. Configuration of Support System using IoT

Growth conditionmanagement

(Humidity, Water Temp., Room Temp.,Illuminance, etc…)

Sensors

Analyze information from

sensors and apps and provide

feedback to workers

Server

Posting work processes

and Assisting workers’

concerns

Apps

Movable hydroponics kit using IoT

Wearable Bio. sensor

EnvironmentParameters(Sensors)

Cloud Server

Data analysis and storage,Feedback analysis Results.

Data Collectionby RPi

Biological Information(Heart rate)

Mobile Devices

3. Unfold as teaching materials at special support schools 4. Summary

• An IoT support system for hydroponics to employ worker with disabilities was proposed.

• A Movable kit has been installed at the special support school and has been evaluated for its feeling of use.

• For users who are not good at readingcharacters, an VUI will install in the Apps.

• Develop simple UI apps that are easy for workers to use.

• Work instructions corresponding to various disability.

Worker

STI-Gigaku2019

WaterContainer

RPi

LED

Sensors

WaterCooler