井口儿童疏散系统与Zigbee的远程应用

A. Balachandar, P. Kumaravel, R. Pradeepraj, M. Gokul, M. Gokulakrishnan, S. Jayalakshmi
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引用次数: 1

摘要

在城市中,管道供水不能满足每个人的用水需求,水井是一个常见的替代方案。已经挖了几十万口井,其中大部分在挖洞后无法供水。当被炸过的洞被发现时,它们将成为毫无戒心的孩子们的死亡陷阱,他们可以迅速从8到10英寸深的缝隙中溜走。根据国家灾难响应部队(NDRF)的数据,自2009年以来,已有40多名儿童死于钻井坠落,至少70%的救援努力都在努力。从井中救出被绑架的婴儿是一件复杂、耗时且危险的事情。在建议的方案中,建造了一个可移动的宽度机器人来从井中救出一个小孩。我们帮助孩子,定期用相机检查他,并提供重要的东西,包括空气填充器,它提供氧气,以保持耐力。针对目前的问题,一个解决办法是使用机器人来打捞一口井。这个系统会把马鞍绑在孩子身上,然后用机械武器把他们抓走。它包括一个红外发射器,以及一个确定孩子房间大小的受益人。空气温度由温度传感器监测,而某些有毒气体的存在则由气体传感器检测。建议的框架将更好地保护婴儿,而不会对儿童造成不必要的伤害。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Borewell Kid Evacuation System with Zigbee for Long Range Applications
Borewells are a common alternative for those in cities where channelled water cannot satisfy everyone's water needs. A few lakh borewells have been dug, and a large number of them have failed to provide water after burrowing. When the bombed ones are revealed, they will become death traps for unsuspecting children who can quickly slip through the 8 to 10 inch deep gaps. Since 2009, more than 40 children have died as a consequence of dropping down borewells, according to the National Disaster Response Force (NDRF), with salvage attempts struggling at least 70% of the time. It's complicated, time-consuming, and risky to save the abducted infant from the borewells. In the suggested scheme, a movable breadth robot is built to save a small child from a borewell. We help the child by examining him with a camera on a regular basis and supplying vital things including air filler, which offers oxygen for stamina. A response to the present problem is to use a robot to salvage a bore well. This system will tie a saddle to a kid and pick them up with mechanical weapons. It includes an infrared transmitter as well as a beneficiary who determines the child's room size. The air temperature is monitored by a temperature sensor, whereas the existence of some poisonous gas is detected by a gas sensor. The suggested framework would better shield the infant without adding unnecessary harm to the child.
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