Smart Passive Compliance Device System for Precision Assembly Task with Industrial Robot

Jongwoo Park, Hwisu Kim, D. Park, Chanhun Park
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引用次数: 1

Abstract

As the use of robots on industrial sites increases, the demand for assembly technologies for robots is growing. However, small parts such as mobile IT parts are difficult to assemble as industrial robots due to positioning inaccuracy. Therefore, force control or RCC(Remote Center Compensators) devices are usually suggested method. Force control methods require expensive sensors and are difficult to obtain stability in comparison to position control systems. To this end, the research applied RCC structure to developed passive compliance devices. Research is carried out on the assembly task of industrial robots.
面向工业机器人精密装配任务的智能被动顺应装置系统
随着机器人在工业现场使用的增加,对机器人装配技术的需求也在增长。但是,移动IT零件等小零件由于定位不准确,很难像工业机器人一样组装。因此,通常建议采用力控制或RCC(远程中心补偿器)装置。力控制方法需要昂贵的传感器,并且与位置控制系统相比难以获得稳定性。为此,本研究将碾压混凝土结构应用于无源顺应装置的研制。对工业机器人的装配任务进行了研究。
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