Sucker type silicon slice taking mechanism

Abstract

The invention relates to a sucker type silicon slice taking mechanism which comprises a stander, lifting devices installed on the stander, a movable sucker device and a silicon slice conveying device, wherein the stander is provided with an upper table plate and a lower table plate; the two lifting devices are installed on the lower table plate, are respectively arranged at left and right and are used for lifting overlapped silicon slices according to the specified distance; the movable sucker device is installed on the upper table plate, corresponds to the lifting device and is used for sucking the silicon slice on the lifting device left and right alternately and putting the silicon slices on the silicon slice conveying device alternately; and the silicon slice conveying device is arranged on the lower table plate, is positioned between the left and the right lifting devices, and is used for outputting the silicon slices sucked by the movable suction cup device. The sucker type silicon slice taking mechanism is simple in structure, ingenious and reasonable as well as high in degree of automation and silicon slice taking efficiency, can ensure the output silicon slices to have equal interval and same direction and to be arranged in sequence, and reduces the fault rate of the silicon slices.

Description

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AI Technical Summary

Benefits of technology

The technical effect described by this new technology makes it easier for workers to handle large amounts of wafer material without damaging them or causing other problems during their workday. It also ensures uniformity between each piece's size and orientation within certain limits while still being efficient at handling small quantities of materials.

Problems solved by technology

This technical problem addressed in this patented method for handling and moving individual silicone wafer (silane) fragments from their manufacturing step onto an endless conveyance system used during the production processes described earlier involves manually taking them off each other or placing these pieces into boxes before they can move around inside the machine. These operations may also lead to issues such as dropped ones causing damages due to bouncing over obstacles like pipes or machinery parts. Additionally, there could be variations where different sections have been arranged differently leading to nonuniformity within the final product's appearance.

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