Full-automatic ceramic wafer weighing and sorting production line and weighing and sorting method

Abstract

The invention discloses a full-automatic ceramic wafer weighing and sorting production line. The full-automatic ceramic wafer weighing and sorting production line comprises an automatic disc feeding device, a material weighing and sorting device and a sorting and discharging device, and an air compression device is arranged on one side of the material weighing and sorting device. The invention also discloses a weighing and sorting method. By arranging the automatic disc feeding device, the material weighing and sorting device and the sorting and discharging device, the automatic production equipment integrating the processes of automatic disc feeding, material carrying, weighing detection and material sorting and discharging is realized, traditional manual detection and conveying production placement is replaced, the efficiency and the speed are high, the detection and sorting efficiency and the detection accuracy are improved, the manual labor intensity is reduced, the safety of operators is improved, the detection and sorting accuracy is improved, performance and quality of subsequent matched use of products are improved, and requirements of rapid detection, sorting and classification of batch production of existing ceramic wafers are met.

Description

technical field [0001] The invention relates to the technical field of ceramic chip production and manufacturing, in particular to a ceramic chip automatic weighing and sorting production line and a weighing and sorting method. Background technique [0002] Ceramic sheets are mainly made of aluminosilicate minerals or certain oxides as the main raw materials, and inorganic substances or other substances are added according to requirements, and the process is optimized to produce special performance, so they are called special ceramic sheets. The existing Ceramic sheets are mainly divided into sticky anti-wear ceramic sheets, porous infrared ceramic sheets, piezoelectric ceramic sheets, etc. Due to the different uniformity of mixing and the different content ratio of the substances in the ceramic sheet during its manufacture, the performance and effect of the existing ceramic sheet are also different, so it is necessary to sort the ceramic sheet material according to differen...

AI Technical Summary

Problems solved by technology

After the existing ceramic sheets are manufactured, quality inspection is required for sorting and classification, and to judge whether they are qualified. Since most of the existing ceramic sheets are produced in batches, the existing inspection methods mostly use manual sampling. The method of detection and sorting is carried out by means of detection and sorting. This detection and sorting method is slow in efficiency, labor-intensive, high in cost, and prone to missed detection, which affects the accuracy and precision of sorting and classification. During the transportation, there may be dust and other impurities attached to the surface, which will affect the effect and accuracy of manual inspection, affect the judgment, affect the subsequent sorting and classification, and the matching quality of ceramic chips. Picking, manual sorting and unloading are prone to collision or falling of ceramic chip products caused by human factors, resulting in damage to ceramic chip products and affecting efficiency

Therefore, the existing ceramic sheet production, testing and blanking methods cannot meet the current development of large-scale and high-efficiency production of ceramic sheets.

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