Automatic grading and encasement packaging system for solar cell modules

Abstract

The invention relates to an automatic grading and encasement packaging system for solar cell modules. The automatic grading and encasement packaging system for the solar cell modules comprises a first feeding sorting work line, a second feeding sorting work line, a first feeding-to-second feeding work line, a second feeding-to-first feeding work line, an inserting stack transportation work line, an empty stack loading work line and a full stack unloading work line. The first feeding sorting work line can be composed of a 90-degree conveying and steering unit, a first code reading and grading unit, a second code reading and grading unit, a grading and transportation unit, a confluence conveying unit, a conveying unit, a unit capable of horizontally turning by 180 degrees, a turnover unit, a restoration unit and a control system. The second feeding sorting work line and the first feeding sorting work line act as mirror images of each other. According to the automatic grading and encasement packaging system for the solar cell modules, the working intensity of workers can be reduced, the number of workers can be reduced, the labor cost can be reduced, sorting accuracy is improved, sorting encasement efficiency can be improved by 45%, encasement is more stable and more orderly, and no secondary damage is caused to products.

Description

technical field [0001] The invention relates to the packing field of solar battery components, in particular to an automatic grading packing system for solar battery components. Background technique [0002] Due to factors such as the production process or materials of the components, the parameters cannot be guaranteed to be exactly the same, so it is necessary to classify the parameters within a certain range into one package, test the parameters of the components in the previous production process, upload the parameters to the system and print the barcode stickers On the components, when manual packaging is performed in the later stage, the code is manually scanned and uploaded to the system, and the system displays the component information on the panel after comparison, and manually packs the components of the same file; the entire packaging process requires manual participation in the work, and the workload of the staff is high. Large size, low efficiency, and unstable...

AI Technical Summary

Problems solved by technology

[0002] Due to factors such as the production process or materials of the components, the parameters cannot be guaranteed to be exactly the same, so it is necessary to classify the parameters within a certain range into one package, test the parameters of the components in the previous production process, upload the parameters to the system and print the barcode stickers On the components, when manual packaging is performed in the later stage, the code is manually scanned and uploaded to the system, and the system displays the component information on the panel after comparison, and manually packs the components of the same file; the entire packaging process requires manual participation in the work, and the workload of the staff is high. Large, low efficiency, and unstable packing quality, easy to cause secondary damage to the product and increase the cost

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