Automatic quartz plate loading system

Abstract

The invention relates to an automatic quartz plate loading system which comprises a feeding sliding table and a transfer device. The feeding sliding table comprises a magazine base and an air cylindermounted on a bottom plate, a first guide rail mounted on the magazine base, a second guide rail of a first material table mounted on the magazine base, a first slide block mounted on the first guiderail, a magazine mounted on the first slide block and a baffle plate matched with the magazine and the second guide rail to use jointly to form a quartz plate holding cavity. The transfer device comprises a servo motor mounted on the bottom plate, a back swing arm, a front swing arm and a transfer material table, wherein one end of the back swing arm is fixedly connected to an output shaft of theservo motor while the other end of the back swing arm is fixedly connected to a cylinder block of a swing air cylinder, one end of the front swing arm is fixedly connected to the output end of the swing arm air cylinder while the other end of the front swing arm is fixedly connected to a sucking disc, and the transfer material table is mounted on the bottom plate. The automatic quartz plate loading system is simple in structure and convenient to use, can transfer and load quartz plates automatically, and not only improves the work efficiency of an enterprise, but also meets the demand on automatic production of the enterprise.

Description

technical field [0001] The invention belongs to the technical field of crystal wafer feeding, in particular to an automatic crystal wafer feeding system. Background technique [0002] The crystal wafer needs to be loaded during the production and processing process. The crystal wafer needs to be placed on the predetermined loading position of the material table and then transported to the processing site of the next processing process. The traditional feeding method is to manually place a piece of The crystal wafer is sent to the quartz crystal fixture, and then placed on the material table through the fixture, the crystal wafer placed on the material table is absorbed by the suction head on the transfer device, and then transported to the next processing site by the transfer device Waiting for the next step of processing, the transfer device needs to continuously adjust the effective distance of the suction head according to the product specifications during the process of ...

AI Technical Summary

Problems solved by technology

[0002] The crystal wafer needs to be loaded during the production and processing process. The crystal wafer needs to be placed on the predetermined loading position of the material table and then transported to the processing site of the next processing process. The traditional feeding method is to manually place a piece of The crystal wafer is sent to the quartz crystal fixture, and then placed on the material table through the fixture, the crystal wafer placed on the material table is absorbed by the suction head on the transfer device, and then transported to the next processing site by the transfer device Waiting for the next step of processing, the transfer device needs to continuously adjust the effective distance of the suction head according to the product specifications during the process of transporting the crystal wafer, which is more troublesome to operate

The traditional feeding method consumes a lot of manpower, is slow, and is easy to damage the crystal wafer to be processed, and the position of the quartz crystal is prone to deviation, which affects the processing of the crystal wafer in the next process and cannot realize automatic feeding of the crystal wafer. So there is an urgent need to design a system that can automatically load crystal wafers

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