Button type supercapacitor negative electrode cover tray

Abstract

The invention provides a button type super capacitor negative electrode cover tray, which comprises a tray body and a positioning hole, wherein the tray body is provided with cover supports which are closely arranged, each cover support comprises a shoulder support, a bottom support concentric with the shoulder support and an assembly hole with the bottom concentric with the bottom support, and the two sides of the tray body in the length direction are both provided with a tray shoulder and a tray foot. According to different models and specifications of button type supercapacitors, dozens of to one hundred of negative electrode covers can be contained, and the operation of one working procedure of a large number of negative electrode covers in the whole tray can be completed at a time in the working procedures of glue dispensing, sheet punching, liquid injection, buckling and the like, so that the production efficiency is greatly improved; the tray shoulders and the tray feet are designed, so that stacking and overall moving of a plurality of trays can be achieved, so that occupation of a production table top is reduced, and the material transferring efficiency is improved; the cover supports are tightly arranged, so that leftover materials generated in the sheet punching process can be greatly reduced; and the design of the shoulder support and the bottom support enables the shoulder and the bottom of the negative electrode cover to be tightly attached to the disc body, so that it is guaranteed that the negative electrode cover is stably placed and accurately aligned.

Description

technical field [0001] The invention relates to the technical field of supercapacitor manufacturing, in particular to a button-type supercapacitor negative electrode cover tray. Background technique [0002] The production of button-type supercapacitors is characterized by a large number of capacitors and small volume. In the initial stage of button-type supercapacitor production, the processes of electrode dispensing, punching, liquid injection, and positive and negative electrode fastening are all carried out individually by hand, and the production efficiency is low; moreover, from one process to the next process, the electrode shell cover The transfer is also carried out individually, and the material transfer efficiency is low. With the advancement of technology, the production process of supercapacitors is gradually carried out simultaneously by multiple manipulators. Compared with manual work, the assembly speed of the manipulator is fast and the precision is high, ...

AI Technical Summary

Problems solved by technology

However, if multiple manipulators are used at the same time, the equipment cost is very high, and it needs to occupy a large production space

The production of supercapacitors is required to be carried out in an environment with high cleanliness and low humidity. The larger the production space, the purchase cost of dehumidifiers and other equipment for creating a production environment and the energy consumption cost of maintaining equipment operation will increase significantly.

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