Full-automatic battery pack blocking and press fitting structure

Abstract

The invention discloses a full-automatic battery pack blocking and press fitting structure. The structure comprises a main frame, a robot quick-changing female head, a blocking and press fitting component and a workpiece pressing plate component and is characterized in that a pressing head is arranged on an L-shaped pressing head support plate and provided with a cavity structure, one end of the pressing head is connected with a vacuum generator through an air pipe in a sealed manner, and the other end of the pressing head is provided with an air hole. The full-automatic battery pack blocking and press fitting structure has the advantages that a robot is used to switch tools, different tools are used for different products, and convenience in type changing is achieved; the structure is free of large framework and displacement and low in manufacturing cost; automatic blocking feeding is achieved, and manpower cost is reduced; one robot can grab multiple tools, and different products can be produced on the same production line; each tool has two working points which are independently controlled, and the working condition of each working point can be monitored; the floating of two pressing machines for pressing plugs are independent, each plug can be pressed accurately, and a pressure sensor and a servo electric cylinder can record the pressure and displacement of each plug pressed in.

Description

technical field [0001] The invention relates to the technical field of battery production equipment, in particular to a fully automatic battery pack plugging and pressing structure. Background technique [0002] With the booming electric vehicle market and market, the demand for power batteries is also increasing, and the requirements for the level and compatibility of power battery production lines are also getting higher and higher, and it is imminent to increase the production capacity of the production line. Battery packs are widely used as containers for battery modules. When the battery pack is produced, it needs to seal its port. In the prior art, the equipment used to seal the battery pack has the following disadvantages due to design defects: the automatic sealing equipment is huge overall, and the manufacturing cost is high; It is complicated, and there are many hidden dangers during maintenance; different products need to be shifted back and forth, and the work e...

AI Technical Summary

Problems solved by technology

When the battery pack is produced, it needs to seal its port. In the prior art, the equipment used to seal the battery pack has the following disadvantages due to design defects: the automatic sealing equipment is huge overall, and the manufacturing cost is high; Complicated, many hidden dangers during maintenance; different products need to be shifted back and forth, low work efficiency; low compatibility

Images