Automatic sealing loader for button cell

Abstract

The invention relates to an auto-sealing assembly machine for button cell, which comprises: a frame groupware, a feeding mechanism, a sealing mechanism, an assembly mechanism, a drive gear, a pneumatic control system, and an electric control system. It uses mechanical-electrical integration design scheme, monitors moment and state by sensors, controls actuators with PLC technology, feeds material with belt, and realizes complete automation. Wherein, the OS uses contact screen as human-machine interface for convenient interactive operation.

Description

technical field [0001] The invention relates to an automatic machine technology for producing button batteries, specifically a lithium-manganese button battery, a lithium-ion secondary button battery and other types of button batteries. for Int.C1 7 B65B 11 / 00. Background technique [0002] Lithium-manganese button batteries, lithium-ion secondary button batteries and other types of button batteries (hereinafter collectively referred to as button batteries) are high-performance batteries developed in recent years and are new products that have been upgraded internationally. With the widespread use of computers, calculators, Wenquxing and other high-end electrical appliances and electric toys, the consumer market for button batteries continues to expand, and the output continues to increase. With the improvement of battery output and performance, the productivity and automation requirements of coin cell production equipment are also getting higher and higher. Advanced man...

AI Technical Summary

Problems solved by technology

The disadvantages of this semi-automatic sealing and loading technology are: first, because the entire movement process is realized by mechanical transmission and control, the transmission control of the equipment is complicated, prone to failure, and high manufacturing cost; second, the positioning reliability of the splint is poor, and waste products are prone to occur ; The third is that the discharge is extruded by the semi-finished battery at the back, and the discharge is out of order, which may easily cause short circuits, scratches, etc., and the loading is also done manually, which has the disadvantage of manual operation

In addition, both of the above two technologies have serious defects that the sealing moment cannot be controlled, which makes the plastic deformation material of the sealing part easy to rebound, causing battery leakage or affecting battery performance.

[0005] Obviously, it is difficult to guarantee the sealing quality of battery products by manual or mechanical semi-automatic sealing methods

Due to the large number of human influence factors in the manual or semi-automatic sealing operation process, a large number of unqualified sealing quality often occurs, and the performance and quality of the batteries that leave the factory cannot be guaranteed, so that defective batteries will inevitably flow into the market and damage the interests of consumers. , has seriously affected the production and market development of lithium-manganese button batteries and lithium-ion secondary button batteries

And there is no report yet about the full-automatic button battery sealing disk loading machine literature

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