使用物联网的矿工可穿戴智能夹克

C. Ananth, B. Revathi, I. Poonguzhali, A. Anitha, T. Ananth Kumar
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引用次数: 0

摘要

智能可穿戴设备正在重新定义人们实时移动和行为的方式。如果这个系统被实施,工人们将被提醒有毒气体的存在,并在发生事故时被跟踪。此外,该仪器在其设计中包含了甲烷和一氧化碳气体的传感器。原型机可以随时检测空气中的气体、矿工的呼吸速度、温度和湿度的变化以及矿工的位置。Wi-Fi将用于将所有这些参数传输到动态互联网协议。他们每个人都能穿过护盾。这样,所有的矿工都可以被监控,如果出现问题,矿工可以尽快获救。使用矿工身上的脉冲传感器,大本营可以追踪矿工的GPS位置。为了在灾难中拯救最多的人,可能有必要尽快挖一个煤矿。在物联网的帮助下,我们可以建立一个数据库,并在必要时与附近的医院进行通信。最后,我们将着眼于市场趋势和whd要牢记的挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wearable Smart Jacket for Coal Miners Using IoT
Smart wearables are redefining the way people move and behave in real-time. Workers will be alerted to the presence of toxic gases as well as be tracked in the event of an accident if this system is implemented. Additionally, the instrument has sensors for methane and carbon monoxide gases included in its design. The prototype can detect gas in the air, the rate of the miner's breathing, the change in temperature and humidity, and the miner's location at all times. Wi-Fi will be used to transmit all of these parameters to a dynamic internet protocol. Every one of them will be able to make it through the shield. This way, all mineworkers can be monitored, and if something goes wrong, the miner can be rescued as quickly as possible. Using a pulse sensor on the miner's body, the base camp can track the miner's GPS location. It may be necessary to dig a coal mine as soon as possible to save the most people in a disaster. With the help of IoT, we can build a database and, if necessary, communicate with a nearby hospital. Our final consideration will look at market trends and challenges for WHDs to keep in mind.
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