Rolling brush component with height capable of being accurately adjusted

Abstract

The invention relates to a rolling brush component with a height capable of being accurately adjusted. The rolling brush component comprises two groups of supporting frame bodies which are arranged on a same horizontal plane at an interval, a lower rolling brush which is rotatably installed on the supporting frame bodies, an upper rolling brush which is rotatably installed on the supporting frame bodies and above the lower rolling brush, two first motors which are installed at the end parts of the lower rolling brush and the upper rolling brush respectively and used for driving the lower rolling brush and the upper rolling brush to rotate, a first height adjustment mechanism, a second height adjustment mechanism, a first synchronous lifting mechanism which is connected with a first upper supporting module group and a second upper supporting module group separately and a second synchronous lifting mechanism which is matched with the first synchronous lifting mechanism and is connected with a first lower supporting module group and a second lower supporting module group separately. Therefore, the rolling brush component can realize synchronous accurate adjustment of the two ends of the lower rolling brush and the upper rolling brush and is high in accuracy.

Description

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AI Technical Summary

Benefits of technology

This technology allows for accurate control over the positioning or movement between two parts that move relative to each other during cleaning operations without being affected by external factors such as gravity. By accurately controlling this motion, these technologies make it easier than previous methods while also improving their overall performance.

Problems solved by technology

This patented technical problem addressed in this patents relates to how to effectively remove small pieces from surfaces made of sheet material for use in electronic components such as displays that require precise placement during manufacturing processes. Current techniques involve manual removal of these tiny debris through rolling brushes which can result in damage to sensitive parts like transistors.

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