Feeding mechanism and chip processing device

Abstract

The invention relates to a feeding mechanism and a chip processing device. The feeding mechanism comprises a driving part, a bearing supporting part, material boxes and a jacking component, wherein the driving part is used for being arranged on a machine platform frame and outputting rotary power, the bearing supporting part is connected with the driving part in a rotating driving manner, the material boxes are arranged on the bearing supporting part to be used for storing materials to be processed and can be switched freely between a feeding area and a working area, and the jacking componentis arranged to one side of the bearing supporting part and is used for jacking thin film chips inside the material boxes rotating into the working area out. By means of the technical scheme of the feeding mechanism, manpower involvement is not needed, automatic accurate feeding of the thin film chips is realized, reduction of the labor cost and elimination of the potential safety risk of manual operations are further facilitated at the same time, in addition, generation of the problem of alarm switch false trigger caused by going deep into a machine platform can be further eradicated, unexpected production interruption is avoided, the working reliability of equipment is improved, and continuous and efficient operation of a processing production line is guaranteed.

Description

technical field [0001] The invention relates to the technical field of solar thin films, in particular to a feeding mechanism and a chip processing device. Background technique [0002] Since the 21st century, as a clean and renewable resource, the proportion of solar energy in the field of power generation has increased year by year, and the market prospect is very broad. In the solar photovoltaic industry, battery chips used in solar thin-film power generation devices generally need to go through a series of processing processes such as laying, lamination, and packaging before they can become actual products of output power. However, in the laying of battery chips, it is necessary to continuously supply the chips to the processing line to realize automatic production, and the chip loading operation is currently mostly completed by workers going deep into the machine, which not only has high labor costs, but also Moreover, the risk factor is high, and there are great perso...

AI Technical Summary

Problems solved by technology

However, in the laying of battery chips, it is necessary to continuously supply the chips to the processing line to realize automatic production, and the chip loading operation is currently mostly completed by workers going deep into the machine, which not only has high labor costs, but also Moreover, the risk factor is high, and there are great personal safety hazards. Once the alarm switch of the equipment is triggered by mistake, the entire processing production line will automatically stop, affecting the continuity of production and resulting in low production efficiency.

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