A rail integrated structure

Abstract

The invention discloses a guide rail integrated structure. The guide rail integrated structure comprises a guide rail body; right-angled steel plate baffle plates are respectively arranged near two ends of the guide rail body, and are oppositely arranged on the guide rail body; multiple steel plates are arranged between the right-angled steel plate baffle plates at two ends; connecting steel strips are respectively arranged near two ends of the bottoms of the steel plates; each steel plate is fixedly mounted on the guide rail body through the connecting strips; upper and lower rod turning slots are formed between the steel plates and the guide rail body through the connecting strips near two ends of the bottoms; and one end of each steel plate, the connecting strip at the corresponding end, one end of the adjacent steel plate and the connecting strip at the corresponding end form a first working platform clamping groove. The guide rail integrated structure is simple in structure, highin integrity and difficult to deform.

Description

technical field [0001] The invention relates to a guide rail structure, in particular to an integrated guide rail structure. Background technique [0002] The existing PV800 and PV1000 guide rails and pads are non-integrated designs. During the sticking process, the glass needs to be glued to the pads, and then the crystal tiles are glued to the glass to solidify. The guide rails need to be installed before the machine is installed , the process is cumbersome, and there are the following problems: (1) The screw holes on the pads are easy to block and difficult to clean. After the blockage, the workers on the upper guide rail will choose not to screw the screws, which may cause warping; (2) During the degumming process of the metal pads Easy to deform, clamping on the machine will lead to cracking of the glass, which is easy to cause loss of pieces and deformation (3) When the gasket is screwed, it will also cause glass cracks. After clamping on the machine, the glass will be...

AI Technical Summary

Problems solved by technology

[0002] The existing PV800 and PV1000 guide rails and pads are non-integrated designs. During the sticking process, the glass needs to be glued to the pads, and then the crystal tiles are glued to the glass to solidify. The guide rails need to be installed before the machine is installed , the process is cumbersome, and there are the following problems: (1) The screw holes on the pads are easy to block and difficult to clean. After the blockage, the workers on the upper guide rail will choose not to screw the screws, which may cause warping; (2) During the degumming process of the metal pads Easy to deform, clamping on the machine will lead to cracking of the glass, which is easy to cause loss of pieces and deformation (3) When the gasket is screwed, it will also cause glass cracks. After clamping on the machine, the glass will be cracked, which is very likely to cause pieces (4) Disassembly and flushing of the guide rails is easy to cause wear. Different guide rails have different wear degrees and different heights, and the guide rails are not fixed combinations. Guide rails with different degrees of wear can easily cause glass to be cracked during clamping.

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