Frame mounting machine for processing solar panel

Abstract

The invention relates to the technical field of cell panel processing, and discloses a frame mounting machine for processing a solar panels. The frame mounting machine comprises a frame. A support plate positioned below the frame is fixedly connected on the side surface of the frame. A slide plate is fixedly connected on the bottom of an oil cylinder. Slide rods are slidably connected on the two sides of the slide plate. Limiting cylinders are slidably connected on the end parts of the slide rods. A positioning rod is slidably connected on the side surface of each limiting cylinder. A positioning block is fixedly connected on the end part of the positioning rod. The scraper is automatically pushed to the two sides to extend the distance so that the scraper is enabled to directly scrape offthe silicone at the bottom of the frame, the scraper just passes through the bottom of the frame when the silica gel is extruded from the inside of the frame, then the silica gel flows out of the scraper and the outflow silica gel can be scraped off, the automatic cleaning of the frame is realized, the silica gel cannot flow into the inside of the linear guide rail and the slide plate and the linear guide rail always maintain a certain fluency, thus reducing the quality problem of the cell during processing and increasing the processing quality of the cell.

Description

technical field [0001] The invention relates to the technical field of battery panel processing, in particular to a framing machine for solar battery panel processing. Background technique [0002] The solar framing machine can not be ignored for the packaging of battery components. Frame (also called group frame) is similar to installing a mirror frame on glass, and installing an aluminum alloy frame on the laminated and cured component to increase the strength of the component. The frame and The gaps of the battery components are filled with silicone resin to further seal the battery components and prolong the service life of the battery. The photovoltaic module automatic framing machine is a special equipment for screw connection and corner riveting aluminum alloy rectangular frame assembly. It consists of cylinders, oil cylinders, Assembled with linear guide rail and steel structure. [0003] After the solar panel is pressed by the laminator, in order to increase the st...

AI Technical Summary

Problems solved by technology

[0003] After the solar panel is pressed by the laminator, in order to increase the strength of the panel, the aluminum alloy frame needs to be installed on the panel. The work of the existing framing machine is far away from such Figure 5 As shown, the aluminum alloy frame is coated with silica gel, and then the aluminum alloy frame is adsorbed on the positioning plate, and then the battery is placed in the middle of the frame machine, and the oil cylinder is activated to lift the battery and keep it coaxial with the aluminum alloy. Position, and then start the oil cylinder to drive the positioning plate to move forward to install the aluminum alloy frame on the battery sheet. Since the aluminum alloy frame contains a certain amount of silica gel, the contact space between the battery sheet and the frame is getting smaller and smaller as the positioning plate pushes, and the frame will continue to increase. At the moment of contact with the battery, the internal space of the frame is compressed, causing the silicone to be squeezed by the battery and flow outward. As the pressure of the oil cylinder increases, the more the silicone is squeezed out, the extruded silicone is affected by gravity and The influence of cohesive force flows downward automatically. During the flowing process, it gradually covers the linear guide rail (the linear guide rail is directly connected with the positioning plate and is located below the frame), resulting in a large amount of silica gel filling the connection between the linear guide rail and the positioning plate. As time goes on, the content of silica gel increases, and at the same time, the silica gel begins to solidify under the influence of time, causing the resistance between the linear guide rail and the positioning plate to increase. Compared with the effect, the moving speed of the positioning plate becomes slower, and it often occurs that the four frames are not synchronized when moving, resulting in that the frame cannot be completed synchronously during assembly, and the assembled frame appears inclined and bent, which affects the processing of the cell. At the same time, the asynchronous installation of the frame will cause the cell to be squeezed twice, and there will be no frame protection on both sides or one side. With the increase of the power of the oil cylinder, and the four corners of the cell are easily damaged, resulting in The positioning plate is not returned in time to block the frame of the cell, causing the cell to burst due to force and cannot be used, which affects the processing and use of subsequent cells

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