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The small-sized Mobile robot where the auxiliary wheel for topographical conquest is internalized

机译:内置了地形征服辅助轮的小型移动机器人

摘要

This invention while maintaining attitude, with two wheels on front and back left and right the movement providing the auxiliary wheel inside as an unrestricted small-sized Mobile robot, in order to be able to overcome the topographical difference in level, is the small-sized Mobile robot system which it forms. The auxiliary wheel which is provided in the small-sized Mobile robot of this invention is installed in the servo-motor, during of usual run is internalized inside the robot when by being moved to the position where the wheel needs by the fact that Drive the servo-motor with remote manipulation, difference in level topography appears, the auxiliary wheel in order the land to be contacted, being lowered, when climbing the topography where the main wheel is high means to work as the support base which with the rear it supports. In addition, the small-sized Mobile robot of this invention while avoiding the obstacle to the objective point, with the sensor and control module in order to perceive the obstacle is movement possible, the function which transmits the environmental information due to function and the camera which can grasp position on the move robot with the radio communication between is included. There is an advantage where as for the small-sized Mobile robot of this invention, by the fact that a little change is added with the configuration which installs the auxiliary wheel, it is possible, to move smoothly regarding difference in level topography it can reduce production cost substantially with simple structure. Choice figure Drawing 6
机译:本发明是在保持姿势的同时,左右两个轮子左右移动的运动,作为能够不受地形限制的小型移动机器人,作为能够不受地形限制的小型移动机器人,是小型的形成的移动机器人系统。在本发明的小型移动机器人中提供的辅助轮被安装在伺服电动机中,在通常行驶期间,通过将驱动器驱动到需要移动的位置而将其内置在机器人内部。带有遥控功能的伺服电机,出现高低不平的地形,辅助轮是为了与地面接触而被降低的,当在主轮高的地形上攀爬时,其作为支撑基座,其后部支撑。另外,本发明的小型的移动机器人在避开对目标点的障碍的同时,通过传感器和控制模块能够感知障碍物的移动,能够通过功能和照相机来传递环境信息的功能。其中包括可以通过机械手之间的无线电通信掌握在移动机器人上的位置的功能。本发明的小型的移动机器人具有的优点是,由于在安装辅助轮的结构上进行了少许改变,就可以减小关于水平形貌差异的平稳移动。生产成本大,结构简单。 <选择图>图6

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