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FLEXIBLE MANUFACTURING SYSTEM FOR THE PROCESSING AND PRODUCTION OF MULTIPLE-COMPONENT ASSEMBLIES, IN PARTICULAR UNFINISHED COACHWORK ASSEMBLIES

机译:灵活的制造系统,用于处理和生产特殊组件未完成的多元组件

摘要

PCT No. PCT/EP85/00641 Sec. 371 Date Jul. 23, 1986 Sec. 102(e) Date Jul. 23, 1986 PCT Filed Nov. 23, 1985 PCT Pub. No. WO86/03153 PCT Pub. Date Jun. 5, 1986.The invention is concerned with the design of processing stations for the processing, by welding technology, of semi-finished vehicle body subassemblies (5) within the framework of a flexible manufacturing system. Thereby, frame-like work piece carriers (1) with support members (4) are used for loose positioning of components of the subassemblies (5), where the work piece carriers (1) are also capable of accepting differently configured subassemblies. The transfer line (9) is not planned as a single line, but includes only the input station (10), the work position (6) and the output station (11). Next to these stations (10, 11), storage stations (14) are arrayed, which are connected with one another by a transport system (20) which crosses the transfer line (9). In this manner it is made possible to store the work piece carriers (1) with the processed subassemblies (5) or to bypass the next work station if it is not capable of receiving (a work piece carrier), or is out of order. For this bypass path, transport vehicles ( 27) with their own transverse transporter (28) are utilized, which are capable of taking work piece carriers (1) from the storage stations (14) or of transferring (work piece carriers) to them.
机译:PCT号PCT / EP85 / 00641第二部分371日期1986年7月23日秒102(e)日期,1986年7月23日,PCT,1985年11月23日,PCT公开。 WO86 / 03153 PCT公开号1986年6月5日。本发明涉及用于在柔性制造系统的框架内通过焊接技术处理半成品车身组件(5)的处理站的设计。因此,具有支撑构件(4)的框架状工件托架(1)用于子组件(5)的部件的松散定位,其中,工件托架(1)也能够容纳构造不同的子组件。传输线(9)并未计划为一条线路,而是仅包括输入站(10),工作位置(6)和输出站(11)。在这些站(10、11)旁边,排列有存储站(14),这些存储站(14)通过与传输线(9)交叉的传输系统(20)相互连接。以这种方式,可以将工件托架(1)与已加工的子组件(5)一起存储,或者在不能接收(工件托架)或故障的情况下绕过下一个工作站。对于该旁路路径,利用具有自己的横向运输器(28)的运输车辆(27),该运输车辆能够从存储站(14)中取出工件承载器(1)或向其转移(工件承载器)。

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