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Multi cable robot freight distribution system and freight distribution method using it

机译:多缆机器人的货物分配系统及其使用方法

摘要

The present invention relates to a multi-logistics transport cable robot system capable of managing cargo transport of the entire distribution warehouse only with cable equipment, the first end effector 13, and is installed at both ends of the cable while winding or unwinding the cable The first cable robot 10 comprising the first winch module 11 for moving the first end effector 13 to the second end, and the same second end as the first end effector 13 and the first winch module 11. The second cable robot 20 and the first end effector 13, which are composed of an effector 23 and a second winch module 21, are arranged parallel to the first cable robot 10 and spaced apart by a predetermined distance. A third winch module 31 installed in the second end effector 23, and a third winch module 31 driven by the third winch module 31 to be moved between the first end effector 13 and the second end effector 23. To control the third cable robot 30 and the first to third winch modules 11, 21, and 31, each of which includes a three-end effector 33; The controller can be used to accurately and freely transport the entire logistics loading space, while eliminating the need to install a conveyor system that spans the entire logistics loading space, thereby reducing costs and relying on individual forklift trucks. There is no need to be a system management can cover all the process of logistics access, and in the case of high rack (S) to provide a multi-logistics transport cable robot system and logistics management method that can be freely in and out of logistics.
机译:多物流运输电缆机器人系统技术领域本发明涉及一种多物流运输电缆机器人系统,该系统能够仅利用电缆设备,第一末端执行器13来管理整个配送仓库的货物运输,并且在缠绕或退绕电缆时安装在电缆的两端。第一电缆机械手10包括:第一绞盘模块11,用于将第一末端执行器13移至第二端;第二端与第一末端执行器13和第一绞盘模块11相同。第二电缆机械手20和第一末端执行器由执行器23和第二绞盘模块21组成的图13中的第一实施例与第一缆线机械手10平行地布置并且间隔开预定距离。第三绞盘模块31安装在第二末端执行器23中,第三绞盘模块31由第三绞盘模块31驱动,以在第一末端执行器13和第二末端执行器23之间移动。第一至第三绞盘模块11、21和31,每个绞盘模块包括三端执行器33。该控制器可用于准确自由地运输整个物流装载空间,而无需安装横跨整个物流装载空间的输送机系统,从而降低了成本并依靠了各个叉车。无需系统管理即可覆盖物流访问的所有过程,并且在高架(S)的情况下提供可以自由进出的多物流运输电缆机器人系统和物流管理方法后勤。

著录项

  • 公开/公告号KR102062516B1

    专利类型

  • 公开/公告日2020-01-06

    原文格式PDF

  • 申请/专利权人 전남대학교산학협력단;

    申请/专利号KR20180047919

  • 发明设计人 김창세;박종오;최은표;정진우;

    申请日2018-04-25

  • 分类号B25J11;B25J19;B25J19/02;B25J9/10;B25J9/16;

  • 国家 KR

  • 入库时间 2022-08-21 11:05:39

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