A silicon wafer flower basket scheduling platform for double-track feeding

Abstract

The invention provides a silicon wafer flower basket dispatching platform for double-track feeding, which includes a first delivery module, a second delivery module and a translation module, the first delivery module and the second delivery module are horizontally slidably arranged on the translation module, and the One side of the delivery module 1 and the delivery module 2 is used for docking with the flower basket transmission line, the opposite side of the delivery module 1 and the delivery module 2 is connected to the flower basket transmission line and the flower basket lifting system, and the flower basket transmission line The AGV loading level is connected, and the flower basket lifting system is connected with the lowering level, which solves the problem of using the AGV transfer flower basket and the silicon wafer flower feeding machine for docking and loading in intelligent production, and the AGV loading must ensure two The flower baskets on the feed flow line are empty. Due to the double-line production, there will be different output quantities of the two feed flow lines, so the flower baskets on one feed flow line will be emptied and the other feed flow line will be empty. The AGV can only load the material after the flower basket is discharged, which reduces the technical problem of production efficiency.

Description

technical field [0001] The invention relates to the field of silicon wafer production, in particular to a silicon wafer basket scheduling platform for double-track feeding. Background technique [0002] As a clean and safe renewable energy, solar energy is the development direction of global new energy. Under the guidance of the national new energy and renewable energy industry policy and driven by the strong demand in the European and American solar energy markets, the domestic solar photovoltaic industry has developed rapidly in recent years. At present, China has become a major solar cell manufacturing country, with the largest number of solar cell manufacturers and more than half of the production capacity in the world. With the explosive growth of the global solar photovoltaic industry, in order to reduce the unit power generation cost in the solar field to the same level as conventional power generation, solar cell manufacturers will increasingly require the use of hi...

AI Technical Summary

Problems solved by technology

[0003] In order to realize fully automated large-scale production, the transfer of silicon wafers between each process unit must be realized by an automatic transfer system. In photovoltaic production lines, silicon wafer loading is an indispensable link. In particular, with the upgrading of automated production lines, The requirements for capacity increase and production line intelligence are constantly increasing. In intelligent production, AGV transfer pattern and wafer pattern feeder are used to connect and load materials, and AGV loading must ensure that the two feed streamlines When the flower basket is empty, due to the two-line production during blanking, there will be a difference in the output quantity of the two feeding streamlines, so there will be a flower basket on one feeding streamline to be emptied and wait for the flower basket on the other feeding streamline to be discharged. Only the AGV can load the material, which reduces the production efficiency

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