Automatic edge sealing system for component

Abstract

The invention relates to an automatic edge sealing system for a component, which comprises an industrial robot, a vacuum clamp assembly, a buffering assembly, an unwinding assembly, a shearing assembly and a winding assembly, wherein all the unwinding assembly, the shearing assembly and the winding assembly are mounted on the buffering assembly; an adhesive tape is wound around the unwinding assembly, and an adhesive tape is conveyed to an edge sealing position; the shearing assembly is mounted downstream the unwinding assembly, matched with the adhesive tape, and used for shearing the adhesive tape; the winding assembly is arranged downstream the shearing assembly, matched with the adhesive tape, and used for recovering the release paper of the adhesive tape; and the industrial robot is connected with the vacuum clamp assembly, and used for conveying a component adsorbed by the vacuum clamp assembly to the edge sealing position. Preferably, the vacuum clamp assembly comprises a sucker, a lifting mechanism, a machine frame and a vacuum mechanism; and the buffering assembly comprises a base, a buffer and a support seat, and further comprises a control mechanism. The automatic edge sealing system has the advantages that the design is unique and reasonable; the adsorption is stable; the unwinding is smooth; the release paper can be recovered stably; the efficiency is high; environmental protection and cleanness are guaranteed; and suitability for large scale popularization and application is achieved.

Description

technical field [0001] The invention relates to the technical field of automatic production, in particular to the technical field of automatic edge banding, and specifically refers to an automatic edge banding system for components, which is mainly used for sealing and pasting around electronic and electrical components and photovoltaic components. Background technique [0002] During the production process of the components, it is necessary to seal the four sides of the components. [0003] At present, the sealing of components in the electronic and electrical industry and photovoltaic modules in the solar energy industry generally rely on manual operations or other tooling production modes, which require a lot of labor, and at the same time, there is no guarantee for product quality and low output efficiency. There are two types of sealing methods: 1. Manually apply silicone around the components; 2. Manually stick tape around the components. The common disadvantages of t...

AI Technical Summary

Problems solved by technology

The common disadvantages of the above two sealing methods are low work efficiency, especially in the solar industry, where the glass is easy to cut hands and other dangerous processes in the solar industry where the tape is attached around the photovoltaic module.

In the first method, silicone is applied around the components. When the next process is framed, the silicone is easy to overflow and stick to other places, which will bring great trouble to the subsequent cleaning work.

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