Typesetting and gluing device for solar cell strings

Abstract

The invention relates to a typesetting and gluing device for solar battery strings, which includes a frame, which is provided with a transmission mechanism for driving the battery strings to move, a detection mechanism for detecting the position information of the battery strings, and a The deviation correction mechanism of the battery string, the gluing mechanism for fixing the position of the adjacent battery string and the controller for controlling the action of each mechanism in the frame, the gluing mechanism includes the gluing beam, and there are multiple sets of gluing components on the gluing beam , the gluing assembly includes a tray for placing high-temperature tape reels, a paste block that completes tape application and pressing at the same time, a drive shaft that drives the paste block to rotate, and a cutting assembly for cutting high-temperature tape , the gluing mechanism completes the three actions of sticking the tape, pressing the tape and cutting the tape at the same time. During the rotation of the drive shaft, the two actions of pulling the tape and adjusting the position of the sticking block are completed. The invention has the effects of low battery string rearrangement rate and high battery string deviation correction and gluing processing efficiency.

Description

technical field [0001] The invention relates to the technical field of solar photovoltaic modules, in particular to a typesetting and gluing device for solar cell strings. Background technique [0002] During the processing of solar photovoltaic modules, several single cells need to be welded into a series of battery strings, and then several strings of battery strings are welded side by side to form a battery panel, that is, solar photovoltaic modules. Usually, a battery board is composed of 6 strings of battery strings welded together. Before welding, battery strings need to be laid out, and the string spacing between adjacent battery strings should be adjusted. The battery strings can be arranged neatly before welding. In order to prevent the battery strings from moving during handling, welding or subsequent lamination, the spacing between the strings is changed, and the adjacent battery strings are fixed with high-temperature adhesive tape before the battery strings are...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned existing technical solutions have the following defects: after the battery strings are adjusted in position by the battery string layout machine, processing steps such as welding and lamination need to be performed, and the battery string layout machine is not equipped with welding or layering of the battery strings. Therefore, the battery string needs to be further transported to the next processing device after the typesetting is completed. During the transportation process, the battery string is very easy to slip or move, or even fall from the carrier. This happens. At this time, the operator can only transport the battery strings on the carrier to the typesetting machine for re-typesetting, which reduces the processing efficiency of the battery strings; in addition, in the process of welding or laminating the battery strings, the processing device and the battery strings When contacting, it is easy to change the string spacing between the battery strings, and the operator needs to re-layout the battery strings, and a large number of battery strings are typesetting for the second time. However, the working efficiency of the typesetting machine is certain, which makes the typesetting machine unable to process the batteries that need typesetting in time. Strings, the operator can only be forced to wait for the re-typesetting, this process prolongs the processing time of the battery strings and further reduces the processing efficiency of the battery strings

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