An anti-drop transfer device for material roll transfer

Abstract

The invention discloses an anti-fall transfer device for roll rotation, which comprises a support shaft, on which a hollow cavity and a mounting hole are provided: a pushing mechanism capable of moving along the axial direction of the support shaft is provided in the hollow cavity; the mounting hole There is a sliding positioning part slidingly matched with it inside, and the sliding positioning part is slidingly matching with the pushing mechanism through the guiding structure. Through the guiding effect of the guiding structure, the axial horizontal movement of the pushing mechanism is converted into the reciprocating motion of the sliding positioning part in the mounting hole, so that the sliding positioning part can extend out of the mounting hole or be accommodated in the supporting shaft. When the sliding positioning part protrudes out of the mounting hole, it can play a position-limiting role, so that the material roll will not slip out of the support shaft; when the sliding positioning part is stored in the support shaft, when loading or unloading, Allows the roll to slide easily in and out of the support shaft for loading or unloading. The invention is easy to operate, can effectively improve the transfer efficiency of the material roll, and eliminate the risk of the material roll falling.

Description

technical field [0001] The invention belongs to the field of battery manufacturing, in particular to an anti-drop transfer device for material roll transfer. Background technique [0002] In the battery production process, material rolls are a form of material that must exist in the intermediate process, and the handling of material rolls has always been a relatively heavy operation in the entire battery production. In the actual production process, there are phenomena such as inaccurate alignment between the moving mechanism and the buffer mechanism in the transfer of the material roll, and jamming when the material roll is transferred. When the material roll is placed on the support shaft, the traditional method is to manually use the latch to prevent the material roll from falling off. Often, the pin is lost, the pin is forgotten to be inserted and other operations, resulting in problems such as falling and sliding during the transfer of the material roll. Contents of t...

AI Technical Summary

Problems solved by technology

When the material roll is placed on the support shaft, the traditional method is to manually use the pin to prevent the material roll from falling off. Often the pin is lost, the pin is forgotten to be inserted and other operations, resulting in problems such as falling and sliding during the transfer of the material roll.

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