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UNMANNED WORKING BY UNMANNED OPERATION OF WORKING VEHICLE

机译:作业车辆的意外操作导致的意外作业

摘要

PROBLEM TO BE SOLVED: To improve the working efficiency and the working accuracy by carrying out the unmanned operation of a working vehicle, in other words, by allowing the unmanned working vehicle to run along the working route prescribed by the control program based on the information obtained by the position detector and the direction detector and to do prescribed works. SOLUTION: Individual working routes are converted to control programs having the elements (i) the priority between the straight reciprocation work and the round work, (ii) the number of turning steps from the start point of the straight reciprocation work to the end point based on the conditions containing the parameters of the working vehicle, (iii) the number of rounding from the starting point to the end point in the round work, (iv) the moving route for moving the working vehicle 2 from its position to the destination. The working vehicle 2 is equipped with a position detector for detecting the position of the vehicle 2, an orientation detector such as an optical fiber gyro or a geo-magnetic orientation sensor 5 for detecting the running direction of the vehicle and the unmanned vehicle is allowed to run along the working route prescribed by the control programs based on the information obtained every moment from the position and orientation detectors thereby doing the prescribed work.
机译:要解决的问题:通过执行作业车辆的无人驾驶操作,换句话说,允许无人作业的车辆沿控制程序基于信息所规定的工作路线行驶,来提高作业效率和作业精度。由位置检测器和方向检测器获得并进行规定的工作。解决方案:单个工作路径被转换为控制程序,该程序具有以下元素:(i)直线往复运动和回合工作之间的优先级;(ii)从直线往复运动的起点到终点的转弯步骤数在包含作业车辆的参数的条件下,(iii)在倒角作业中从起点到终点的倒圆数,(iv)将作业车辆2从其位置移动到目的地的移动路径。作业车辆2具备:位置检测器,其用于检测车辆2的位置;方位检测器,例如,光纤陀螺仪或地磁方位传感器5,用于检测车辆和无人驾驶车辆的行驶方向。根据从位置和方向检测器每时每刻获得的信息,沿着控制程序规定的工作路线运行,从而完成规定的工作。

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