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Conveyor system reforming flow of containers - has uniform acceleration of incoming containers through rising speed of conveyor rollers

机译:输送系统改变了容器的流动-通过提高输送辊的速度使进入的容器均匀加速

摘要

When reforming multi-row wide container flows into a single-row container flow (2) inside a transport device the wide container flow coming from the supply transporter first becomes quicker over an acceleration section (3) by means of a drive-side translation of the conveyor rollers towards the conveyor direction and thus each following roller in the conveyor direction rotates 3 to 6% faster than the previous roller whereby beneath one container there are at least three conveyor rollers turning at different speeds resulting in a uniform acceleration on the incoming containers whilst the distance between the incoming containers has increased until the container has reformed in a single-row stream owing to the forces acting on the container flow across the conveyor direction. The containers are interpositioned through a single-sided guide railing and an additional inclined position of less than 8 deg. of the device in the direction of the railing. A following deceleration in the conveyor roller speed acting in an inverse ratio can cause the single row of containers to close up tight towards the discharge point. USE/ADVANTAGE - The changes in speed take place only in the conveyor direction.
机译:在将多行宽容器流重整成运输设备内部的单行容器流(2)时,首先,通过驱动侧平移,来自供应运输车的宽容器流会比加速段(3)更快。输送辊朝着输送方向旋转,因此沿输送方向的每个后续辊的旋转速度比前一个辊快3%到6%,从而在一个容器下方至少有三个输送辊以不同的速度转动,从而使传入的容器均匀加速同时,由于作用在容器上的力沿传送带方向流过,因此进入容器之间的距离一直增加,直到容器以单行流形式重新形成为止。容器通过单侧导轨和小于8度的附加倾斜位置插入。设备在栏杆方向上的位置。输送辊速度随后以相反的比率减速时,可能导致单排容器朝着卸料点紧密闭合。使用/优势-速度变化仅在传送带方向发生。

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