Multi-station reverse rolling machine

Abstract

The invention belongs to the technical field of batteries and specifically relates to a multi-station reverse rolling machine. The machine comprises a positioning mechanism, a carrying mechanism, a hot cutting mechanism, a film separating mechanism, a film pulling mechanism, a film rolling mechanism and a film stripping mechanism, wherein the positioning mechanism is used to fix the position of abattery; the carrying mechanism is used to carry the battery on the positioning mechanism to a hot cutting station of the hot cutting mechanism; the hot cutting mechanism is used for hot cutting of afilm sheet of a battery pole core and then the battery is carried to the film separating mechanism; the film separating mechanism is used to separate the film sheet on the hot cutting mechanism from the battery pole core; the film pulling mechanism is used to pull the film sheet on the film splitting mechanism to a position near the film rolling mechanism; the film rolling mechanism is used to roll and recycle the film sheet; and the film stripping mechanism is used for hot cutting and separation of the multi-layer film. The multi-station reverse rolling machine has the advantages that the battery electric core can be recycled efficiently; the structure is simple; and use is easy.

Description

technical field [0001] The invention belongs to the technical field of batteries, and in particular relates to a multi-station rewinder. Background technique [0002] The after-sales recycling and scrapping process of battery cores is time-consuming, labor-intensive and expensive, and at the same time, it is urgent to protect the health of personnel and the environment. Therefore, it is usually necessary to distinguish the internal materials of the battery pole core according to different materials, so that the battery pack pole core materials can be reused after being separated. [0003] In the prior art, the recycling of waste power battery cores of new energy vehicles is done by crushing the battery cores. After the battery cores are recovered by a third party, they are naturally decomposed in an open-air environment. This method of processing the cores There is no effective distinction of battery pole core materials. The battery pole core materials decompose for a long ...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the recycling of waste power battery cores of new energy vehicles is done by crushing the battery cores. After the battery cores are recovered by a third party, they are naturally decomposed in an open-air environment. This method of processing the cores There is no effective distinction of battery pole core materials. The battery pole core materials decompose for a long period of time, causing great pollution to the environment (to water, land, air). At the same time, they cause more contact with personnel and have adverse effects on personnel health.

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