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Method for controlling the collision-free relocation of load in the three-dimensional space and the control system of the collision-free relocation of load in the three-dimensional space

机译:三维空间中的载荷无碰撞重定位的控制方法和三维空间中的载荷无碰撞重定位的控制系统

摘要

a control bezkolizyjnym cargo movement in the three-dimensional space is characterized by the fact that to control the movements of cargo (6) applies at least one mobile robot (1) equipped with a sensor system location and at least one camera (3).information about the position of mobile robot (1) and at least two images with different points location, sent to the supervisory device (2), then using techniques for photogrammetry is the charge (6) and elements (9) in the three-dimensional space conflict and presents them informed nanoszu0105c on image with camera (3) on the screen of a computer display device (4),the operator then on the basis of displayable data controls the bezkolizyjnym movements of cargo (6). as the sensor system location apply accelerometers and gyros. advantageously, in addition to accelerometers and gyros is used the gps mounted on a robot, to assist in maintaining the correct position supervisory device mobile robot.advantageously, in addition, in order to eliminate positioning error (drift) positioning system gps apply static gps, placed in the operating space. a display device (4) is used to monitor or stereoscopic glasses.the operator controls the bezkolizyjnym movements of cargo (6), using the console (5) or with the help of hands and hand gestures, recorded by a camera (3).the control system bezkolizyjnym cargo movement in the three-dimensional space, characterised by the fact that at least one mobile robot (1) equipped with a sensor system location and at least one camera (3) is connected with the wireless device (2) supervising which is connected to a computer display screen equipment (4) and a machine (7), which moves the load (6).
机译:控制三维空间中的货物运动的特征在于,为了控制货物(6)的运动,应用了至少一个配备有传感器系统位置和至少一个摄像头(3)的移动机器人(1)。有关移动机器人(1)的位置的信息以及至少两个具有不同点位置的图像,这些信息被发送到监控设备(2),然后使用摄影测量技术在三维空间中使用电荷(6)和元素(9)空间冲突,并在计算机显示设备(4)的屏幕上用照相机(3)将其告知图像,然后操作员根据可显示的数据控制货物的运动(6)。在传感器系统位置使用加速度计和陀螺仪。有利地,除了使用加速度计和陀螺仪外,还安装在机器人上的gps有助于维持移动机器人的正确位置监控设备。此外,为了消除定位误差(漂移),定位系统gps应用了静态gps,放置在手术室中。显示器(4)用于监视或立体眼镜。操作员使用控制台(5)或借助相机(3)记录的手和手势来控制货物(6)的运动。控制系统bezkolizyjnym在三维空间中的货物移动,其特征在于,至少一个配备有传感器系统位置的移动机器人(1)和至少一个摄像头(3)与无线设备(2)连接它连接到计算机显示屏设备(4)和移动负载(6)的机器(7)。

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