Solar battery component resolving equipment and automatic material conveying double-shaft beveling and crushing device

Abstract

The invention discloses an automatic material conveying double shaft beveling and crushing device which is used on solar battery component resolving equipment and arranged at the bottom of a separating chamber of the solar battery component resolving equipment. The automatic material conveying double shaft beveling and crushing device comprises at least two roller-shaped beveling and crushing cutters arranged in parallel, and a driving device for driving two adjacent roller-shaped beveling and crushing cutter to rotate relatively. In the invention, through the counterrotating of the two roller-shaped beveling and crushing cutters, materials which are not smelted can be derived, and the disadvantage that materials which are not smelted block the separating chamber is overcome. When the materials which are not smelted is derived, the roller-shaped beveling and crushing cutters are used for cutting bulk materials, which are not smelted, into strips, so as to be convenient for material deriving and latter recovery processing. The invention further discloses the solar battery component resolving equipment of the automatic material conveying double shaft beveling and crushing device.

Description

technical field [0001] The invention relates to the technical field of solar cell assembly disassembly equipment, in particular to a solar cell assembly disassembly equipment and its automatic feeding biaxial splitting and crushing device. Background technique [0002] At present, the solar photovoltaic industry is developing rapidly. There are more than 80,000 manufacturers of solar photovoltaic cell components and supporting products with an annual output of megawatts at home and abroad. At present, some large and extra-large solar photovoltaic enterprises are about to start production. [0003] While solar photovoltaic power generation brings clean energy to mankind, it also poses a new challenge for people. According to the rapid development trend of the photovoltaic industry, such a large output cannot be achieved on the basis of producing a large number of high-quality solar photovoltaic modules. To avoid a large number of defective waste products to be processed in th...

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Problems solved by technology

[0006] However, the current device that utilizes thermal high-speed centrifugal decomposition to recycle solar photovoltaic modules does not have the equipment to block the isolation net and cut the material that falls inside the isolation net and falls out of the separation chamber into strips, so it cannot guarantee that the unmelted material will be separated from the separation compartment. The initial crushing function can be achieved while the cabin is exported smoothly, and it cannot lay a solid foundation for the next work

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