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Design And Development Of Robot For Rescue Operations For Bore-Well Victims

机译:井眼受难者救援行动机器人的设计与开发

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In the past years, the reported rates of children falling inside the bore-well have increased considerably. Where in most cases rescue operations take place by digging the pits parallel to an existing one consuming both time and manpower, others leave the children in forfeiting their lives. The current method used has very little chance of rescuing the child out of the bore-well safely, which is why this robotic system promises to target the current situation. The project implies a design of two arm grippers using gear mechanism mounted on the lead screw for to-and-fro motion with cushion-like material placed inwards to grip the child and pull him out of the bore-well safely. The robot interfaces with the Raspberry Pi. Live streaming helps in assessing the position of the child and sensor values give the real-time data of the distance from the child, temperature, and humidity. The control and monitoring of the entire system are done through the Webpage.
机译:在过去的几年中,据报道儿童进入井眼的比率大大增加。在大多数情况下,营救行动是通过挖一个坑来进行的,而挖坑与既消耗时间和人力的现有挖坑平行,又有一些挖坑让孩子丧失了生命。当前使用的方法几乎没有机会将孩子安全地从井筒中救出,这就是为什么该机器人系统有望针对当前情况的原因。该项目涉及两个手臂抓爪的设计,该抓爪使用安装在导螺杆上的齿轮机构进行往复运动,并向内放置类似垫子的材料以抓握儿童并将其安全地从钻孔中拉出。机器人与Raspberry Pi进行交互。实时流式传输有助于评估孩子的位置,传感器值可提供与孩子的距离,温度和湿度的实时数据。整个系统的控制和监视是通过网页完成的。

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