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Development of display and disposal work system for convenience stores using dual-arm robot

机译:开发基于双臂机器人的便利店展示和处理工作系统

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摘要

Labor shortages have been reported in numerous developed economies, and they are becoming increasingly severe, particularly in convenience stores. An important task in a convenience store is the display and disposal of a wide variety of products. However, there are technological gaps between the present technology and the expected setup. To solve the demand for the display and disposal tasks in convenience stores, ‘World Robot Summit Future Convenience Store Challenge(WRS FCSC)’ was established in 2017. The tasks of WRS FCSC are important; however, it is difficult to completely achieve the required tasks because the tasks in convenience stores are optimized for human workers. In this study, we first analyze the functions required to solve the problems of tasks in WRS FCSC. Through the analysis, we have developed several system components including two kinds of grippers for dual-arm and its manipulation strategy, intelligent shelf with manipulation support function and human detection function surrounding the shelf, object pose detection algorithm, precise autonomous navigation strategy, and management system to integrate the all the components. The effectiveness of the developed system is evaluated through the same scenario of WRS FCSC. Through the experiment, we confirmed the effectiveness our developed system.
机译:据报道,许多发达经济体都存在劳动力短缺问题,而且情况正变得越来越严重,尤其是在便利店。便利店的一项重要任务是展示和处理各种产品。然而,目前的技术和预期的设置之间存在技术差距。为了解决便利店的陈列和处置任务需求,2017年成立了“世界机器人峰会未来便利店挑战赛(WRS FCSC)”。WRS FCSC的任务很重要;但是,由于便利店中的任务是针对人类工人优化的,因此很难完全完成所需的任务。在这项研究中,我们首先分析了解决WRS FCSC中任务问题所需的函数。通过分析,我们开发了几种系统组件,包括两种双臂夹持器及其操纵策略、具有操纵支持功能和围绕货架的人体检测功能的智能货架、物体姿态检测算法、精确的自主导航策略以及集成所有组件的管理系统。通过与WRS FCSC相同的场景评估所开发系统的有效性。通过实验,我们证实了我们开发的系统的有效性。

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