Online series type drilling system for photovoltaic module backboard glass

A technology of back glass and photovoltaic modules, which is applied in the direction of work accessories, stone processing tools, manufacturing tools, etc., can solve the problems of high rate of defective products, inability to economically meet production capacity needs, and fast pace of production line processing. To achieve the effect of improving the pass rate

Inactive Publication Date: 2016-03-09
CHANGZHOU HUAMEI PHOTOVOLTAIC MATERIALS
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AI Technical Summary

Benefits of technology

This patented technology allows for efficient and accurate cutting of photocellular modules' rear plane glass during manufacturing processes without requiring manual labor. It uses special equipment that automatically moves the front panel into place when it needs to be cut up after being installed onto other components like panels. Additionally, this process has multiple stations where different types of machinery work together to make sure they operate correctly. Overall, these technical improvements help increase efficiency and accuracy in producing high volume products such as solar cells.

Problems solved by technology

This patents describes how current techniques for manufacturing solar cells have limitations that make them difficult to use at different levels within certain industries due to their lack of durability against damage from external factors like rainwater and snowfall during prolonged exposure time periods. Additionally, there may be issues related to maintaining good quality control over these processes when producing multiple layers simultaneously without damaging each other's properties.

Method used

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  • Online series type drilling system for photovoltaic module backboard glass
  • Online series type drilling system for photovoltaic module backboard glass
  • Online series type drilling system for photovoltaic module backboard glass

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Embodiment 1

[0021] Such as Figure 1-3 As shown, the photovoltaic module backplane glass online series drilling system in this embodiment includes a transmission line 1 for conveying the backplane glass 3, an automatic positioning device located above the transmission line 1, and a drilling machine 2 located on the side of the transmission line 1 , the transmission line 1 parks the back glass 3 on one side of the drilling machine 2 according to the control signal, the automatic positioning device goes down and fastens the back glass 3, the back glass 3 is drilled by the corresponding drilling machine 2, and the transmission The assembly line 1, the automatic positioning device and the drilling machine 2 are controlled by a PLC control system. In this way, each device on the transmission line 1 is working at the same time, and the entire transmission line 1 has a back glass 3 being transported, as long as the position of the automatic positioning device corresponding to the 2 stations of each

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Abstract

The invention relates to the technical field of machining of photovoltaic backboard glass, in particular to an online series type drilling system for photovoltaic module backboard glass. The online series type drilling system comprises a transfer assembly line used for transferring the backboard glass, automatic positioning devices located above the transfer assembly line, and drilling machines located on one side of the transfer assembly line. The transfer assembly line stops the backboard glass on one sides of the drilling machines according to a control signal, the automatic positioning devices move downwards and fasten the backboard glass, and the backboard glass is drilled through the corresponding drilling machine. By means of the online series type drilling system for the photovoltaic module backboard glass, online drilling of the photovoltaic backboard glass is achieved, and meanwhile the requirement for the production capacity of 3-15 pieces per minute is met. In addition, one side of the transfer assembly line is provided with at least four sets of drilling machines, at least one set of drilling machine serves as a standby machine, abnormal conditions can be detected, the broken drilling machine is replaced by the standby machine, and in this way, the first-pass yield of products can be increased to be over 98%.

Description

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Claims

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Application Information

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Owner CHANGZHOU HUAMEI PHOTOVOLTAIC MATERIALS
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