International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 10 Issue: 05 | May 2023
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p-ISSN: 2395-0072
SMART WEARABLE SAFETY JACKET DESIGN FOR COAL MINERS Mr.M.Balaji[1], S.Monika[2], N.Akshaya[3], R.Soorya Priya[4], A.Swathi[5]. Professor [1], Mr.M.Balaji. Assistant Professor, Department of Electronics and Communication Engineering, Vivekananda College of Technology for Women, Tamil Nadu, India Student [2,3,4,5], Department of Electronics and Communication Engineering, Vivekanandha College Of Technology for Women, Tamil Nadu, India ------------------------------------------------------------------------***------------------------------------------------------------------------Key words: Shrewd Security Coat, Gas blast, ultrasonic ABSTRACT: The Shrewd Security Coat is a piece of sensor, IoT device, proximity, Smart safety jacket.
IoT innovation that is utilized to guarantee the wellbeing of development and mining laborers. According to the statistical report, mining and construction industry research has established that accidents are always brought on by a combination of hazards and causes. Gas blast or residue could be the cause of the breakdown and surge in underground work. In a similar vein, a fire may cause dangerous substances to be released. Miners' excessive proximity to the blast was the primary cause of explosiverelated fatalities, followed by poisoning from explosive fumes, misfires, and premature blasts. Explosives may have caused an earthquake that shattered the structure of the mine and trapped miners underground. Mine activated seismicity ought to be added to that overview. The excavators will get an unsafe sickness because of the risky gases, like carbon dioxide, carbon monoxide, methane, ethane, propene, and others, that are available in the mining region. All of the previously mentioned issues can be tried not to by go to fitting precaution lengths. The solution to this issue is the Smart safety jacket, an IoT device that is affixed to the jacket. This shrewd security coat interfaces with various sensors, including a gas sensor, fire sensor, temperature sensor, moistness sensor, ultrasonic sensor, and notice board. These sensors, which are connected to the network via Wi-Fi, have never been more important or valuable. Ongoing mining climate information can be observed and controlled from a distance from anyplace by changing over sensor information into activities. Controllers process and store the information that is retrieved from the mining environment by the network-connected sensors in a database for later use. The data can be monitored remotely using personal computers and an app called Blynk. There are two components to the entire procedure: The miner is required to wear a smart safety jacket that has sensors and is networked with the control room. In case of a basic circumstance, a screen in the control room who is continually observing the excavators and the mining site ought to really look at the situation with the sensors and tell the diggers.
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I.INTRODUCTION In the present period where wellbeing and security is the top most need in different basic cycles in basically the same manner in coal ventures individuals guarantee exactly the same thing. While concentrating on the most recent realities it has been accounted for around one episode by Worldwide Coalition On the side of Laborers in Iran. Six people died as a result of poisonous gases in the Sanjdi coal mine near Quetta, Baluchistan, during this incident. The Industrial Global Union and the Pakistan Central Mines Labor Federation are well aware of this issue, but there is no ideal solution for it. Although the proposed system cannot be used in a coal mine, thousands of lives could be saved at the right time if it were managed on a wireless sensor network and then implemented. Additionally, this is a first-of-its-kind solution due to the number of effective sensors proposed in this paper. There are a number of possible solutions to the same problem, many of which have been tried before, but one major problem is keeping track of them after a coal mine collapses for any reason. In such a scenario, the disaster management authority begins lengthy excavation of the entire site. The majority of the time, the rescue team is unable to save all of the victims because they are unable to locate those with the proper pulse rate. In addition to determining the miner's precise depth and GPS location, this system will continuously update the miner's pulse rate. The rescue team can use this system to dig precisely where the miners are trapped and at the right depth to return them to the ground.
1.1OVERVIEW New healthcare, lifestyle analysis, and environmental protection solutions have emerged as a result of the Internet of Things (IoT) paradigm's evolution and diffusion in recent years. The scientific community and businesses have shown an interest in wearable devices that use a variety of sensor types to collect characteristics that are relevant to a variety of quantifiable domains. Continuous monitoring of a user's
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