The Smart Utility Monitoring System for Industrial Safety and Enhancement on the IOT Technology

The Smart Utility Monitoring System for Industrial Safety and Enhancement on the IOT Technology

Amon Olimov¹, Umarov Jamshid¹, Yusupov Sabirjan², Chol-‐U Lee³, Ryum-‐Duck Oh¹ ¹ Korea Na(onal University of Transporta(on, Chungju, Korea

² Tashkent University of Informa(on Technology, Tashkent, Uzbekistan ³ Division of C-‐IRTC, Korea Na(onal University of Transporta(on, Chungju, Korea

2014.12.12

Contents

1.   Motivation

2.   How to make safer working environments for workers?

3.   Integrated Smart Utility Monitoring System Environment

4.   Communication environment for workers

5.   Monitoring the collected data from devices

6.   Conclusion

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1. Motivation

•  Increasing number of factories and manufactory, year by year increasing various accidents and death in work fields by increasing difficulties of jobs.

•  To provide the safety workplace with technologies are expensive

•  Amount of compensation cost decreases the budget of companies

•  Plurality of field workers gets trouble to provide the fruitful monitoring


2. How to make safer working environments for workers?

•  Working Place Demands –  Wireless –  Compatibility with another technologies –  Safe environmental –  Not disturbing to work –  Cheap cost and high result

•  Our Mission –  Increase the safety of workplace – Monitor and control: tasks, quality of work, being in time of

workers


3. Integrated Smart Utility Monitoring System Environment

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4. Communication environment for workers

WiFi-Mesh

Various sensors through the sensor node is installed in advance

Data transfer (Zigbee / Wi-Fi communication)

U-Gateway

WCDMA/Wibro

WiFi-Mesh

Control center


Worker: Smart helmet

Specifications: •  Image processing: YUV420, YCvCr422 •  H.264 BitStream video recording •  Bluetooth, UART Interface •  Sensors: CMOS image, 3-axis accelerometer, temperature, humidity, buzzer,

LED •  Battery life time: 7 hours

Smart helmet sends all data via Bluetooth to Smart Belt in time interval or by request. Ubiquitous device does not make any difficulties to work field workers


Worker: Smart Belt

Specifications: •  Sensors: O2, CO, CH4

•  Event control processing algorithm •  Battery life time: 7 hours

Sample of Ubiquitous smart device consist of sensors, UART interface, Bluetooth and Wi-Fi communication, in spite of this smart belt is light and easy to use. Smar t Belt transfers received data from smart helmet to servers via Wi-Fi mesh


5. Monitoring the collected data from devices(1)

In the dangerous situations specified to: •  Recognize accident location •  Clarify the accident reason •  Notify employees and emergency services


5. Monitoring the collected data from devices(2)

To exceed yields of work: •  Abridge gathering the task reports time •  Controlling timetables, tasks, positions of personals •  Create reports for salaries


Monitoring Apps

•  Field worker support •  Task management

Management condi(on of equipment and background management of remote

equipment

Remote Monitoring ChaFng

Real (me chaFng between manager and worker

No(fica(ons Smart Work Map

No(cing in dangerous situa(ons Providing working place informa(on


Real time monitoring and by this saving time

Simple interface designed hardware and software, easy to use at one time for control center workers furthermore field workers

6. Conclusion

Efficiency↑

Accidents↓

As following of fast growth of IoT technology depending in safety industrial field including worker oriented system in IoT technology, we designed and realized smart worker service system to support worker’s performance with the IoT technology. Effective device for all workers field and easy to use.

Acceptable device and monitoring system

Economic effect↑

Preventing various accident by remote controlling the worker

Ergonomics↑


Thank you