Multi-station rotary disc type machine for automatically installing cell into box

Abstract

The invention relates to a multi-station rotary disc type machine for automatically installing a cell into a box. The machine comprises an operational rotary table, a radiating plate feeding mechanism arranged on a radiating plate feeding station, a radiating plate glue coating assembly arranged on a radiating plate glue coating station, a cell feeding mechanism which is erected above a first cell feeding station and a second cell feeding station, a cell glue coating assembly arranged on a cell glue coating station, a thermal insulation pad feeding mechanism arranged on a thermal insulation pad feeding station, a thermal insulation pad glue coating assembly arranged on a thermal insulation pad glue coating station, a finished product discharging mechanism arranged on a finished product discharging station, a cell turnover mechanism, and a cell transferring mechanism, wherein the operational rotary table is equipped with the radiating plate feeding station, the radiating plate glue coating station, the first cell feeding station, the cell glue coating station, the thermal insulation pad feeding station, the thermal insulation pad glue coating station, the second cell feeding station and the finished product discharging station. Compared with the prior art, the multi-station rotary disc type machine for automatically installing the cell into the box has the advantages of high production efficiency, high assembling precision, convenience in data retroactivity, and the like.

Description

technical field [0001] The invention relates to the technical field of electric core boxing, in particular to a multi-station turntable type automatic boxing machine for electric cores. Background technique [0002] The cell boxing process is the bottleneck process in the module manufacturing process. It not only needs to ensure the height consistency of the tabs 7 of the cell 2 during boxing, but also requires high production efficiency. One of the structures of the battery box Figure such as figure 1 As shown, two battery cells 2 are stacked up and down and then assembled into a boxed finished product 1. The upper battery cell, heat insulation pad 6, and lower battery cell are installed in the heat sink 5 from top to bottom in sequence, and the positive electrode of the upper battery cell and the The positive pole of the lower battery cell is opposite, the negative pole of the upper battery cell is opposite to the negative pole of the lower battery cell, the battery cell ...

AI Technical Summary

Problems solved by technology

At present, robots are generally used to complete this process, but because robots can only perform single-piece operations, that is, the next operation can only be performed after the current box is completed, the waiting time for materials is long, and the production efficiency is low (30s / piece). Lack of real-time detection link

[0003] In addition, using robots to complete this process requires high investment costs and complicated maintenance

In the event of an unexpected shutdown during the production process, it will take a long time to adjust the robot to continue production, seriously reducing the stability of production

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