Intelligent Climber: A Wireless Wall-Climbing Robot Utilizing Vacuum Suction and Sand Paper

Ravi Chanchlani, Sarvesh Kulchanya Rahul Swami, Rakesh Agarwal, Sarvesh Sharma, Mayank Agrawal, Reema Agarwal
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引用次数: 3

Abstract

This paper proposes a wirelessly operated wall climbing robot, which is able to climb on vertical surfaces, rough or smooth, using air suction motor and sand paper for attachment and friction. We have used four tyres which rolls over surface of wall and can steer in any orientation using DTMF technology. Due to its unique design, a high degree of modification and applications are possible. It is semi-autonomous and some sensors are connected, to communicate it wirelessly. Various aspects of another relevant prototypes has been designed so far each having some limitations which this robot overcomes. We have used hair blower as a suction mechanism which makes it cost effective and unique. It can reliably climb on a vertical wall and can crawl on ceiling too. This robot can be used for inspection and surveillance applications and hazardous conditions like fire.
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智能攀爬机器人:利用真空吸力和砂纸的无线爬墙机器人
本文提出了一种无线操作爬壁机器人,该机器人可以在粗糙或光滑的垂直表面上爬行,利用空气吸入马达和砂纸进行附着和摩擦。我们使用了四个轮胎,这些轮胎可以在墙壁表面滚动,并且可以使用DTMF技术在任何方向上转向。由于其独特的设计,高度的修改和应用是可能的。它是半自主的,连接了一些传感器,进行无线通信。到目前为止,另一个相关原型的各个方面都被设计出来,每个方面都有一些限制,而这个机器人克服了这些限制。我们已经使用吹风机作为吸机制,使其具有成本效益和独特。它可以可靠地爬上垂直的墙壁,也可以爬上天花板。该机器人可用于检查和监视应用以及火灾等危险条件。
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