Insulating layer placing device

Abstract

The invention discloses an insulating layer placing device which comprises a rack, an upper-layer raw material bin, a lower-layer raw material bin, an accompanying tool plate transmission line, a product accompanying tool plate, an accompanying tool plate jacking mechanism, a laying mechanism bottom plate, a laying driving mechanism, a first visual acquisition device and a second visual acquisition device. The raw material bin located at the manual feeding position is used for bearing a GPS insulating layer placed manually, the laying driving mechanism is used for driving the laying mechanism bottom plate to suck the GPS insulating layer in the raw material bin at the feeding position and convey the GPS insulating layer to the position above the product accompanying tool plate, and the accompanying tool plate conveying line is used for conveying the product accompanying tool plate to the position under the laying driving mechanism. The first visual acquisition device is used for performing image acquisition on the positions of the glue points and the mark points on the integrated backboard, and the second visual acquisition device is used for performing image acquisition on the mark points on the GPS insulating layer adsorbed by the laying mechanism bottom plate. The laying precision of the GPS insulating layer is improved, manual visual inspection is omitted, and the error rate is reduced.

Description

technical field [0001] The invention relates to the technical field of production and manufacture of solar cell panels, in particular to an insulating layer placing device. Background technique [0002] The GPS insulation layer is laid on the accompanying tooling board. The position of the GPS insulation layer is affected by the positioning accuracy of the accompanying tooling board. There is a certain deviation, which may cause the printed glue point, the hole position on the GPS, and the positioning of the GPS insulation layer. The current production method is to manually place the GPS insulating layer into the raw material bin with four pins as positioning, but the GPS insulating layer is a flexible material, which may appear to be aligned with the hole position during the positioning of the pins, but in fact, the positioning pins are opposite to the GPS. The edge of the insulating layer hole is pulled and overlapped; when the laying mechanism sucks up the GPS insulating ...

AI Technical Summary

Problems solved by technology

[0002] The GPS insulating layer is laid on the accompanying tooling board. The position of the GPS insulating layer is affected by the positioning accuracy of the accompanying tooling board. The current production method is to manually place the GPS insulating layer into the raw material bin with four pins as positioning. However, the GPS insulating layer is a flexible material. During the positioning process of the pins, it may appear to be aligned with the holes, but in fact the positioning pins are aligned with the GPS. The edge of the insulating layer hole is pulled and overlapped; when the laying mechanism sucks up the GPS insulating layer from the silo, the edge of the GPS insulating layer hole is stretched out again, causing the overall deflection of the GPS insulating layer, and when it is placed on the glue point, it will press the glue point , the above-mentioned errors are superimposed. In serious cases, the holes in the GPS insulation layer and the glue dots are not aligned, and only a small amount of glue dots leak out, or even completely cover the glue dots.

[0003] According to the existing production method, after the insulating layer is placed on the device, it is necessary to manually inspect the station to check whether the glue points are covered. Because there are too many glue points, the operator will have a certain percentage of misjudgments and missed judgments. Defective products flow to subsequent stations, affecting the normal work of subsequent stations

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