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INJECTION SYSTEM FOR CARRYING OUT A MOLDING PROCESS IN THE FORM

机译:进行表格成型过程的注射系统

摘要

Provision of an embodiment of an injection molding system which automatically assembles a molded article in which an assembled state of the molded article is evaluated and a defective assembly is instantly recognized, thereby improving productivity. An injection molding system (1) comprises: a mold (11) in which a first mold body (21) and a second mold body (22) can be molded simultaneously; a first ejection member (61) which ejects the first mold body (21) from the mold (11); a robot (14) which transmits the first molded body (21) ejected from the mold (11) to a mounting position with respect to the second molded body (22) in the mold (11); a second ejection member (62) which ejects the second mold body (22) from the mold (11) against the first mold body (21) held at the mounting position by the robot (14) and the second mold body (22) the first molded body (21) mounted; and a load detection unit (110) detecting a load applied to the second ejection member (62), wherein a defect discrimination of the first molded body (21), the second molded body (22), or an assembled state of the first molded body (21) and the second molded body (22) is performed on the basis of the load detected by the load detection unit (110) when the second molded body (22) is mounted with the first molded body (21).
机译:提供一种注射成型系统的实施例,该注射成型系统自动地组装成型品,其中评估成型品的组装状态并且立即识别出不良组装,从而提高生产率。一种注射成型系统(1),包括:模具(11),其中第一模具主体(21)和第二模具主体(22)可以同时成型。第一排出部件(61),其从模具(11)排出第一模具体(21)。机器人(14)将从模具(11)弹出的第一成型体(21)传送到相对于模具(11)中的第二成型体(22)的安装位置。第二弹出构件(62)将第二模具主体(22)从模具(11)朝着由机器人(14)和第二模具主体(22)保持在安装位置的第一模具主体(21)弹出。第一成型体(21)被安装;载荷检测单元(110),其检测施加到第二排出构件(62)上的载荷,其中,第一成型体(21),第二成型体(22)的缺陷判别或第一成型体的组装状态当第二成型体(22)与第一成型体(21)一起安装时,基于由负载检测单元(110)检测到的负载来执行第一成型体(21)和第二成型体(22)。

著录项

  • 公开/公告号DE102017206077A1

    专利类型

  • 公开/公告日2017-10-19

    原文格式PDF

  • 申请/专利权人 FANUC CORPORATION;

    申请/专利号DE102017206077A1

  • 发明设计人 HAJIME OONO;

    申请日2017-04-10

  • 分类号B29C45/42;

  • 国家 DE

  • 入库时间 2022-08-21 13:22:00

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