A glass panel automatic light sweeping device

Abstract

An automatic sweeping and cleaning device for a glass panel comprises a rack body, a glass fixing device and a glass processing device; the glass processing device comprises an abrasive disk body and a first rotating motor; the glass fixing device comprises a first lifting device, a second lifting device, a first rotating shaft, a second rotating shaft and a fixed base body; a first rotating base body is arranged on a lifting rod of the first lifting device; a second rotating base body is arranged on a lifting rod of the second lifting device; the upper end face and the lower end face of the fixed base body are each provided with a carrying disk body; a first driving motor is arranged on the first rotating base body; and the driving end of the first driving motor is connected with the first rotating shaft. The first rotating motor drives the abrasive disk body to rotate; the first driving motor makes the fixed base body rotate and makes the upper end face of the fixed base body face downwards; the first lifting device and the second lifting device make the fixed base body descend; the glass panel on the upper end face of the fixed base body makes contact with the abrasive disk body; and the sweeping and cleaning operation is performed.

Description

technical field [0001] The invention relates to the field of glass panel processing, in particular to a glass panel automatic light sweeping device. Background technique [0002] In order to increase the beauty and efficiency, the edge of the glass needs to be curved and swept, such as the concept of 2.5D screen recently introduced by brands such as Apple, Samsung and Xiaomi. D screen has both visual and operational advantages, because the 2.5D glass rear glass is higher than the frame, which can enhance the three-dimensional effect of the screen and give users a round feeling. Compared with the sharp frame, the 2.5D screen is more comfortable to use . In order to realize the 2.5D of the glass, in the prior art, the arc edge processing of the glass is generally realized by a light sweeping machine. The curved surface sweeping machine can realize the processing of 2.5D curved surface, but this patent is to place the glass to be processed on the auxiliary machine suction cup...

AI Technical Summary

Problems solved by technology

In order to realize the 2.5D of the glass, in the prior art, the arc edge processing of the glass is generally realized by a light sweeping machine. The curved surface sweeping machine can realize the processing of 2.5D curved surface, but this patent is to place the glass to be processed on the auxiliary machine suction cup of the upper grinding disc assembly. During processing, in order to increase the speed of installation, it generally requires multiple people to The positioning of the glass will greatly reduce the efficiency of the work and increase the difficulty of the staff's work, and because the glass is set on the upper grinding disc assembly, when the glass is broken when the glass is swept, due to the influence of gravity, the glass fragments will enter the At this time, it is easy to scratch other glass, causing heavy losses, and it is necessary to fully clean the glass products and clean the grinding table before the sweeper can continue to work, which takes a lot of time. Therefore, it is necessary to design a High-efficiency sweeping machine for sweeping out curved surfaces

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