摘要:本设计从创新性的攀爬方式入手,将爬升所需的移动和支撑动作分解到机器人的两个独立机构来实现,同时减少对支撑面的高要求,避免像吸附式爬升机器人那样对支撑面须光滑整洁的要求。机器人具有双框结构,即具有主体和副体框,它由两个框架、八只脚及传动和支撑机构构成。进而设计出符合此攀爬移动方式的机器人身体和其他支撑及传动件。在主要零部件的设计中,主要包括齿轮齿条的设计计算、气缸的设计计算、 轴的设计计算、弹簧的设计计算、电机的选取、电机的正反转线路及气缸控制线路的设计等,其中比较重要的就是齿轮齿条的位置关系及两个气缸的固定方法。本设计在进行设计计算及部件挑选的每一步上都力求在满足强度、刚度及功用的基础上,尽可能使整体结构简单、体积小、重量轻、整设备费用低、运转安全、操作方便。23568 毕业论文关键词:攀爬;机器人;齿轮齿条;气缸
3D Design of Multifunctional Climbing Robot
Abstract:The design beginning from the innovative way of climbing, and decomposes the movements and support which required by the climbing into two independent institutions. Simultaneously, reduce the high demand of the supporting surface, and avoid the requirement of smooth and neat supporting surface which adsorption climbing robot needed. The robot has two frames—main body and deputy frame. The robot is consist of two frames, eight legs and feet, drive mechanism and supporting mechanism. Then , design the structure of the bodies and other supporting mechanism which suit for this way of climbing.In the design of main parts, it concludes the design and calculation of gear and rack, the design and calculation of air cylinder, the design and calculation of shaft, the design and calculation of spring, the selection of motor, forward and backward rotation circuit diagram of motor and the control circuit of air cylinders, etc. In all these, the position relationship between the gear and rack, the two air cylinders are very important.
KEY WORDS:Climbing ;Robot; gear and rack; air cylinder
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