A solar cell assembly angle device

Abstract

The invention relates to a solar battery assembly corner forming device, which is fixedly arranged on four inner circumferential top corners of a corner forming machine frame. The solar battery assembly corner forming device comprises a work table, a hydraulic cylinder and a tooling cutter, wherein the hydraulic cylinder is fixedly arranged in the middle of the work table, the tooling cutter is fixedly arranged on the hydraulic cylinder, the tooling cutter moves on the work table along with the hydraulic cylinder, and further acts on the corner forming position of a solar panel assembly, the tooling cutter comprises a cutter position plate, a corner forming cutter, a cutter protection sleeve, a support screw nut and a corner forming cutter support, the cutter position plate is fixedly arranged on the hydraulic cylinder, the front end of the cutter position plate is provided with a first cutter installing position, the back end of the cutter position plate is provided with a second cutter installing position, the corner forming cutter is fixed by the cutter protection sleeve after being installed on the first cutter installing position, the support screw nut sleeves the corner forming cutter supporter and is abutted against the back side of the cutter protection sleeve, and the corner assembling corner supporter is matched and connected with the second cutter installing position. Compared with the prior art, the solar battery assembly corner forming device has the advantages that the functionality is enhanced, safety and reliability are realized, the operation and the use are easy, and the like.

Description

technical field [0001] The invention relates to a production equipment of a solar battery module, in particular to a solar battery module corner device. Background technique [0002] At present, corner assembly devices are needed in the production process of most solar cell modules, and the corner assembly devices of original frame equipment only support two types of profile heights (profiles with a height of 50mm and 46mm, referred to as "50 profile" and "46mm profile" for short). Profiles"), there are limitations in dealing with new profiles. The height of the new profile (40 profile) is 10mm lower than that of the original profile (50 profile). After the components are framed, they are placed on the framing machine. The back panel interferes with the second knife holder. At this time, the corner knives cannot be framed smoothly. The punching position of the corner knives will be on the upper side as a whole, which not only does not meet the process requirements, but also...

AI Technical Summary

Problems solved by technology

The height of the new profile (40 profile) is 10mm lower than that of the original profile (50 profile). After the components are framed, they are placed on the framing machine. The back panel interferes with the second knife holder. At this time, the corner knives cannot be framed smoothly. The punching position of the corner knives will be on the upper side as a whole, which not only does not meet the process requirements, but also the corner knives are easy to hit the glass surface, causing the components to be scrapped

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