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IoT Based Fire Extinguisher Obstacle Detection for Industrial Safety

Sriram Baradwaj B, Vikram Raj N, Dr. G. Kannan*, Ms K Indra Gandhi

Corresponding Author:

G. Kannan

Affiliation(s):

Department of Electronics and Communication Engineering, B.S Abdur Rahman Crescent Institute of Science and Technology, Vandalur, Tamil Nadu 600048, India

* Corresponding Author: Dr. G. Kannan, Email: [email protected]

Abstract:

Fire extinguishers are an integral part of the safety measures of any building, mainly in industries and should be accessible at all times. They are an important part of the safety equipment used to prevent a fire accident. Fire accidents in industries may result in high valuable equipment being destroyed, chances of injuries to the employees. It may lead to temporary or permanent closing of the industries. Since there are thousands of fire extinguishers may be installed in the large scale industry, it is hard to keep track of them manually whether each fire extinguisher can be easily accessed during the fire accident. This paper proposes IoT based device to monitor the status of fire extinguisher with the help of array of sensors. The fire extinguisher is considered to be blocked if an obstacle is found less than 60 cm from the fire extinguisher. When an obstacle is found, it will give an alarm for localized alert. Every fire extinguisher in the industry is attached with this device, each device will have a unique Node ID. Through Internet of Things technology and with the help of unique Node IDs, globalized alert is also sent. To send data through IOT a localized server is created where all the unique Node IDs are connected to it. The power management strategy is also analyzed to enhance the device life time.

Keywords:

Industrial IoT, Fire Extinguisher, Sensor, Safety, Embedded Systems

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Cite This Paper:

Sriram Baradwaj B, Vikram Raj N, Dr. G. Kannan, Ms K Indra Gandhi (2023). IoT Based Fire Extinguisher Obstacle Detection for Industrial Safety. Journal of the Institute of Electronics and Computer, 5, 1-15. https://doi.org/10.33969/JIEC.2023.51001.

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