首页> 外文期刊>Japan agricultural research quarterly >Enhanced Adaptability of Tilling Robot (Initial Report):?Outline of a Tilling Robot and Enhanced Adaptability of Unmanned Operation?
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Enhanced Adaptability of Tilling Robot (Initial Report):?Outline of a Tilling Robot and Enhanced Adaptability of Unmanned Operation?

机译:耕作机器人的适应性增强(初步报告):耕作机器人的概述和无人操作的适应性增强?

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The tilling robot mainly comprises: a robot vehicle called ROBOTRA, which is remodeled to control parts of commercially available tractors automatically, a navigation system called XNAV, which detects and outputs robot positioning information using an auto-tracking type surveying device, and a controller with read operation software to execute path planning and control the robot vehicle. The robot has ability almost equivalent to that of customary manned-driven tractors and can perform unmanned rotary tilling on a rectangular field. To improve its adaptability during unmanned operation, we remodeled it so that it could perform path operations differing from customary rotary tilling and performed field tests. We proposed two different path operation methods: “diagonal operation”; performing returning straight operations diagonally against the longer side of the field; and “round operation”; performing straight operations parallel to the four sides in the entire field area, and developed a software package for the same. Following field tests using the software, we confirmed that favorable unmanned operation could be achieved through both methods.
机译:耕作机器人主要包括:机器人车ROBOTRA,该机器人车经过改造,可以自动控制商用拖拉机的部件;导航系统XNAV,它使用自动跟踪式测量设备检测并输出机器人定位信息;以及控制器,具有读取操作软件以执行路径规划并控制机器人车辆。该机器人的能力几乎与常规的有人驾驶拖拉机相同,并且可以在矩形区域执行无人旋转耕作。为了提高其在无人操作过程中的适应性,我们对其进行了改造,使其可以执行不同于常规旋耕的路径操作,并进行了现场测试。我们提出了两种不同的路径操作方法:“对角线操作”;在对角线较长的区域进行对角线返回直线操作;和“全面运作”;在整个战场区域内平行于四个方面执行直线操作,并为此开发了软件包。在使用该软件进行现场测试之后,我们确认通过这两种方法都可以实现良好的无人操作。

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