首页> 外国专利> AN UNWINDING ASSEMBLY AND METHOD FOR AUTOMATICALLY LOADING REELS INTO AN UNWINDING ASSEMBLY

AN UNWINDING ASSEMBLY AND METHOD FOR AUTOMATICALLY LOADING REELS INTO AN UNWINDING ASSEMBLY

机译:绕线组件和将绕线自动加载到绕线组件中的方法

摘要

A method for automatically loading reels onto an unwinding assembly (30) comprising a first and a second unwinding and handling unit (34', 34") comprising respective robots (35', 35") having respective wrists (38', 38") movable under the control of at least one electronic control unit (70), wherein each of said unwinding and handling units (34', 34") comprises a respective unwinding device (40', 40") mounted on the wrist (38', 38") of the respective robot (35', 35") comprising a support (42', 42") fixed to the respective wrist (38', 38") and carrying a respective unwinding shaft (44', 44") rotating about a respective axis (C), wherein each of said unwinding shafts (44', 44") comprises a plurality of mobile expansion elements (51', 51") projecting from an outer surface (55', 55") of the unwinding shaft (44', 44"), wherein the method comprises:- arranging a plurality of reels (10', 10") in a storage area (33', 33") having respective central cores (13) provided with respective openings (54),- detecting images of a reel (10', 10") by means of a vision device (50', 50") carried by a respective unwinding device (40', 40"),- moving the wrist (38', 38") of one of said robots (35', 35") under the control of said at least one electronic control unit (70) and inserting the respective unwinding shaft (44', 44") inside an opening (54) of a central core (13) of a reel (10', 10") located in said storage area (33', 33"), and- pushing said mobile expansion elements (51', 51") outwards to block the reel (10', 10") on the respective unwinding shaft (44', 44").
机译:一种将卷筒自动装载到包括第一和第二退绕和处理单元(34',34“)的退绕组件(30)上的方法,该第一和第二退绕和处理单元包括具有各自的手腕(38',38”)的各自的机器人(35',35“)在至少一个电子控制单元(70)的控制下可移动的,其中每个所述退绕和处理单元(34',34“)包括安装在手腕(38',相应机器人(35',35“)的38”)包括固定在相应手腕(38',38“)上并带有旋转的相应退绕轴(44',44”)的支架(42',42“)绕相应的轴线(C),其中每个所述退绕轴(44',44“)包括从退绕的外表面(55',55”)突出的多个活动膨胀元件(51',51“)轴(44',44“),其中该方法包括:-将多个卷轴(10',10”)布置在具有各自的中心芯(13)的存储区域(33',33“)中,所述中心芯(13)设有相应的开口( 5 4),-通过由各自的退卷装置(40',40“)携带的视觉装置(50',50”)检测卷轴(10',10“)的图像,-移动手腕(38'在所述至少一个电子控制单元(70)的控制下,将所述机器人(35',35“)中的一个的机器人(38',38”)插入相应的开卷轴(44',44“)的开口(54)内位于所述存储区域(33′,33″)中的卷轴(10′,10″)的中心芯(13),并且-向外推动所述移动扩展元件(51′,51″)以阻挡卷轴(10) ',10“)在相应的放卷轴(44',44”)上。

著录项

  • 公开/公告号EP3418229B1

    专利类型

  • 公开/公告日2020-04-22

    原文格式PDF

  • 申请/专利权人 FAMECCANICA.DATA S.P.A.;

    申请/专利号EP20180177488

  • 发明设计人 PASQUALONI PAOLO;

    申请日2018-06-13

  • 分类号B29C65/78;B29C65;B29C65/02;B29C65/56;B29C65/52;B65H16/10;B29C65/08;B65H75/24;B65H16/04;B65H19/18;B65H19/12;B29C65/50;B29C65/74;B29L31/48;

  • 国家 EP

  • 入库时间 2022-08-21 11:41:30

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