Battery core stacking clamp

Abstract

The invention discloses a battery core stacking clamp, which comprises a support plate. The support plate is provided with at least one placement platform for stacking battery cores and a floating pressing device for applying pressure to a group of battery cores and making the battery cores prop against a limiting block of each placement platform; the support plate is parallel to the horizontal plane in a first state; the support plate and the horizontal plane keep an acute angle in a second state; and each limiting block in the second state is lower than that in the first state. The battery core stacking clamp is ingenious in design; the support plate can be switched between the horizontal state and the inclined state, so that the inclined state can be kept when the battery cores are stacked, and the battery cores are prevented from dumping; the battery cores are switched into the horizontal state after stacking is completed and thus can be directly transported to the next station for processing, integration with equipment in other procedures is facilitated, and the problem of a single function of stacking equipment is solved; and meanwhile, the condition that the battery cores do not dump when switched into the horizontal state from the inclined state can be ensured in combination with the floating pressing device.

Description

technical field [0001] The invention relates to the field of electric core processing equipment, in particular to an electric core stacking jig. Background technique [0002] With the enhancement of national environmental awareness and the adjustment of the national energy strategy, new energy electric vehicles have been greatly developed. As the core component of new energy electric vehicles, new energy batteries are in short supply, and increasing the production of new energy batteries needs to be solved urgently. [0003] The cell stacking process is an indispensable production link in the production process of new energy batteries. During the stacking process, it is necessary to ensure that the poles of different cells are in a straight line. The existing cell stacking equipment is designed separately, and its structure is simple, often The placement slot placed horizontally, because the placement slot is horizontal, during the stacking process, there is a risk of the c...

AI Technical Summary

Problems solved by technology

[0003] The cell stacking process is an indispensable production link in the production process of new energy batteries. During the stacking process, it is necessary to ensure that the poles of different cells are in a straight line. The existing cell stacking equipment is designed separately, and its structure is simple, often The placement slot placed horizontally, because the placement slot is horizontal, during the stacking process, there is a risk of the cell falling over due to the movement of the manipulator or the vibration of the stacking equipment.

[0004] Therefore, in order to avoid this risk, some cell stacking equipment is also equipped with inclined placement slots. The cells are in an inclined stacking state in the placement slot, and are not easy to be brought down due to vibration or robot movement. However, because the cells are in an inclined state, so It is not convenient to directly transport the cell stacking equipment to the next station for processing, but needs to be transported to the next station by a six-axis robot, which not only increases the production cycle, but also the overall volume of the equipment is relatively large, and the equipment cost is relatively high , but also increases the difficulty of production debugging

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