Automatic bending and bonding device for the outlet end of the conductive strip on the solar substrate

Abstract

The present invention provides an automatically bending and attaching device for a conducting strip outlet end on a solar panel. The device includes a conducting strip which is formed with two aggregation parts after cutting. The two aggregation parts are formed with an outlet end at an adjoining end. A base extends and is formed with two pressing arms. The base is connected with a swing seat pivotally, and the base is arranged with a swing driver connected with the swing seat. The swing seat includes is arranged with two clamping parts, wherein the two pressing arms press and hold the aggregation parts of the conducting strip. The clamping parts clamp the outlet end of the conducting strip, and the outlet end is bent for 90 degrees by the driving of the swing driver. Accordingly, by using the pressing arms pressing the aggregation parts of the conducting strip, the outlet end of the conducting strip clamped by the clamping parts is bent and attached to the panel, so as to solve problems of a conventional conducting strip outlet end requiring man power to be bent and attached to a panel.

Description

technical field [0001] The invention relates to the bending and bonding technology of conductive strips on solar substrates, in particular to an automatic bending and bonding device for the outlet ends of conductive strips on solar substrates. Background technique [0002] It is known that a solar cell array is arranged on a solar substrate, and the array is formed by connecting a plurality of solar cells in series with conductive strips (Ribbon). The conductive strip is used as the base material of the conductive circuit, and a junction box (Junction Box) is arranged on the edge of the solar substrate to collect the outlet ends of the conductive strip for use as an external terminal. [0003] According to the current production technology of solar panels, the above-mentioned solar cells and conductive strips are glued together, arranged on the solar substrate, and then packaged to form a solar panel. On the substrate, the solar cells and conductive strips can be bonded on ...

AI Technical Summary

Problems solved by technology

[0004] However, at present, the laying technology of the outlet ends 16a, 16b of the above-mentioned conductive strip 12 generally still relies on manpower, especially after the conductive collection strip 14 is formed and cut to form two collection portions 15a, 15b, the outlet ends 16a, 16b performs ninety-degree bending and pressing on the solar substrate 10. Up to now, there is still a lack of automatic production technology, which even affects the production rate of solar panels, and urgently needs to be developed and improved.

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