LED glass laminating structure and glass processing laminating technology thereof

Abstract

The invention relates to the technical fields of video and photoelectric glass and particularly provides an LED glass laminating structure and a glass processing laminating technology thereof. A PVB sandwich glue layer and a light-emitting diode are located between a bottom electric-conductive glass and a top glass. The area of the top glass is smaller than that of the bottom electric-conductive glass. There is a gap between edges of the bottom electric-conductive glass and the top glass. A circuit portion, which is formed by etching the bottom electric-conductive glass, is exposed on the surface of the gap on the edge of the bottom electric-conductive glass after the glass lamination step is completed. Compared with the prior art, the structure is easy and practicable to assemble and the production process is creative. Because the area of the top glass is smaller than that of the bottom electric-conductive glass, when the glass needs to clean, a problem of pulling electric wires is avoid, so that the LED glass laminating structure is convenient to clean at high efficiency. During a glue filling step, a lead-out wire is unnecessary to connect with FPCB, so that electrostatic breakdown is avoided. The FPCB is connected to the circuit that is exposed on the bottom electric-conductive glass only if the glass lamination is completed, so that a problem that the structure cannot be repaired in subsequent steps.

Description

[0001] [Technical field] [0002] The invention relates to the technical fields of video and optoelectronic glass, in particular to an LED glass lamination structure and a glass processing lamination process thereof. [0003] [Background technique] [0004] Products such as traditional video glass and photoelectric glass use glass of the same size, first lead out the line and then PVB lamination to achieve, which mainly has the following shortcomings: 1. After the line is drawn out, it is easy to break the line or flexible circuit board during the glass cleaning process; 2 . There is a lot of static electricity in the process of PVB lamination, and it is easy to break down the light-emitting diode through the discharge of exposed wires; 3. Once the PVB lamination is completed, it is found that the lead wire is not properly connected, and the secondary repair cannot be carried out. Therefore, it is necessary to design a new type of glass laminate structure and its production pro...

AI Technical Summary

Problems solved by technology

[0004] Products such as traditional video screen glass and photoelectric glass use glass of the same size, first leading out the circuit and then PVB lamination to realize it. It mainly has the following disadvantages: 1. After the circuit is drawn out, the circuit or flexible circuit board is easy to be broken during the glass cleaning process; 2. , There is a lot of static electricity in the process of PVB lamination, and it is easy to discharge and break down the light-emitting diode through the exposed wire; 3. Once the PVB lamination is completed, it is found that the lead-out wires are not well connected, and secondary repairs cannot be performed

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