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Handling system for moving an object guided over limber elements, in particular band robots and associated working method

机译:用于移动在边缘元件上引导的物体的处理系统,特别是带式机器人及其相关的工作方法

摘要

Handling system for moving an object guided over a plurality of flexible elements, comprising a holding structure (2) designed as a plane, polygonal, rigid frame, the plurality of limp elements (1a, 1b, ...), the object (3) and at least one drive element ( 4a, 4b, ...), wherein the object (3) is connected via the plurality of limp elements with the at least one drive element, wherein the plurality of limp elements with the aid of the support structure and the at least one drive element are mutually braced and / or braced and wherein the object is variable in its position and / or orientation relative to the support structure by means of the at least one drive element realized length, position and / or orientation change at least one of the pliable elements, wherein the plurality of the object (3) with the at least one Drive element (4a, 4b, ...) connecting limp Ele are deflected (1 a, 1 b,...) via deflecting elements (5 a, 5 b,...) fixed in the frame (2), the fixed deflecting elements (5 a, 5 b,...) completely within a clear width of Hollow profiles of the frame (2) are formed and along longitudinal axes (L) of these hollow profiles are movable, and wherein the plurality of pliable elements (1 a, 1 b, ...), the object (3), the / the drive element (s) (4 a, 4b, ...) and the deflection elements (5a, 5b,...) Which are movably fixed in the frame (2) are designed and arranged such that the position and / or orientation changes of the object (3) relative to the frame (2 ) take place only in a defined plane, ie are two-dimensional, this plane being a plane spanned by the planar frame (2).
机译:用于在多个柔性元件上移动的用于移动物体的处理系统,包括设计为平面,多边形,刚性框架的保持结构(2),多个li行元件(1a,1b,...),物体(3) )和至少一个驱动元件(4a,4b,...),其中物体(3)通过多个the行元件与至少一个驱动元件连接,其中多个of行元件借助于支撑结构和至少一个驱动元件相互支撑和/或支撑,并且其中物体通过至少一个驱动元件实现的长度,位置和/或相对于支撑结构的位置和/或方向是可变的。改变至少一个柔韧性元件的方向,其中多个具有至少一个连接柔韧性Ele的驱动元件(4a,4b,...)的物体(3)被偏转(1a,1b,... )通过固定在框架(2)中的偏转元件(5a,5b,...),固定的偏转元件(5a,5b,...)完全在框架(2)的空心型材的净宽度内形成,并且这些空心型材沿着这些空心型材的纵轴(L)是可移动的,并且其中多个柔韧性元件(1 a,1b,...),可移动的物体(3),驱动元件(4a,4b,...)和偏转元件(5a,5b ...)固定在框架(2)中的固定件的设计和布置应使对象(3)相对于框架(2)的位置和/或方向变化仅在定义的平面内进行,即是二维的,该平面为由平面框架(2)跨越的平面。

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