Power battery high-applicability nondestructive automatic clamping apparatus

Abstract

The invention discloses a power battery high-applicability nondestructive automatic clamping apparatus which comprises a fixed plate, movable guide posts, a press guide post, a movable plate, a supporting plate, a connecting rod and a clamping jaw guide frame, wherein the upper part of the movable plate is provided with the at least two movable guide posts; the movable guide posts respectively penetrate through holes arranged in the fixed plate, and the upper ends are connected through the connecting rod; the press guide post penetrates through the movable plate, the upper end is connected with the fixed plate, and the lower end is connected with the supporting plate; a press guide post spring is sheathed on the press guide post; the press guide post spring is positioned between the movable plate and the supporting plate; the clamping jaw guide frame is installed on the movable plate; the clamping jaw guide frame is connected with a clamping jaw; and the clamping jaw comprises two sections, and is movably connected to the supporting plate through a shaft position screw. The apparatus can be used for quickly and flexibly clamping the batteries without destructing the batteries, can reshape the batteries, and is suitable for different battery models.

Description

technical field [0001] The invention relates to the field of power battery manufacturing, in particular to a highly adaptable and non-damaging automatic clamping device for power batteries. Background technique [0002] At present, the power battery production equipment on the market has a high degree of automation, and automatic grasping mechanisms are often used for battery loading and unloading operations. Common methods include direct grasping of the battery by a manipulator, or suction of the battery by means of a suction cup, and the manipulator exerts force on a small area of ​​the battery. When clamping, it is easy to cause damage to the battery case, and the suction cup cannot absorb a large-volume battery. In addition, there are many production processes for power batteries. Each process will tailor the fixture tooling according to the battery specifications and processing methods. The same model Fixtures are different in different processes, and the overall cost i...

AI Technical Summary

Problems solved by technology

[0002] At present, the power battery production equipment on the market has a high degree of automation, and automatic grasping mechanisms are often used for battery loading and unloading operations. Common methods include direct grasping of the battery by a manipulator, or suction of the battery by means of a suction cup, and the manipulator exerts force on a small area of ​​the battery. When clamping, it is easy to cause damage to the battery case, and the suction cup cannot absorb a large-volume battery. In addition, there are many production processes for power batteries. Each process will tailor the fixture tooling according to the battery specifications and processing methods. The same model Fixtures are different in different processes, and the overall cost is relatively high

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