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Design of Automatic Obstacle Avoiding Rescue Robot in Coal Mine Environment

机译:煤矿环境下自动避障救援机器人的设计

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A coal mine rescue robot is designed in the paper. It can be used in the complex environment when the mine tragedy happened. The robot avoids sinking into the zero potential energy point by using the improved artificial potential field. An algorithm of obstacle avoidance is developed in the paper. The robot employs the algorithm to move automatically in the mine tunnel according to the navigation of the electronic map. There are eight infrared sensors in the robot. These sensors are divided into two groups which have different frequencies and detection ranges. All parameter of the robot is transmitted to the ground control center through the wireless network module by using the camera and gas sensors to detect the video information and dangerous gas content.
机译:本文设计了一种煤矿救援机器人。发生矿难时可以在复杂的环境中使用。机器人通过使用改进的人工势场避免陷入零势能点。本文提出了一种避障算法。机器人采用该算法根据电子地图的导航在矿井隧道中自动移动。机器人中有八个红外传感器。这些传感器分为两组,它们具有不同的频率和检测范围。通过使用摄像头和气体传感器检测视频信息和危险气体含量,通过无线网络模块将机器人的所有参数传输到地面控制中心。

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