One-time ring entering and sealing agent coating device of battery

Abstract

The invention relates to a one-time ring entering and sealing agent coating device of a battery. The device comprises a machine table, a trimming mechanism, a sealing agent coating mechanism, a ring entering mechanism, a feeding passage and a discharging passage, wherein the trimming mechanism comprises a turntable, a plurality of clamping grooves are uniformly formed in the circumferential edge of the turntable, a press roller is arranged above the clamping grooves, the sealing agent coating mechanism is correspondingly arranged on the side surface of a coating region, the ring entering mechanism comprises a carbon ring transmission mechanism and a push mechanism, the carbon ring transmission mechanism comprises a carbon ring sorting disc and a carbon ring transmission passage, the push mechanism is correspondingly arranged on the side surface of a push hole, and three through grooves independent to each other are formed in the carbon ring transmission passage and are arranged in parallel. The ring entering mechanism and the sealing agent coating mechanism are ingeniously combined and optimized into a whole, the process of one-time ring entering and the process of sealing agent coating of a battery steel shell are synchronously and orderly proceeded, the non-process waiting time between the process is reduced, the mode of the steel shell entering a ring is optimized, the ring broken rate is reduced, the occupied space is less, and the automatic degree is high.

Description

Technical field [0001] The present invention relates to the technical field of battery equipment, in particular to a battery once-in loop and sealing agent coating equipment. Background technique [0002] At present, the existing alkaline battery production process includes positive ring forming-the first positive ring is inserted into the steel cylinder upside down-the second ring is inserted-the third ring is inserted-automatic detection-crimping-sealing agent -Human diaphragm tube-add electrolyte-absorb electrolyte-add zinc paste-insert negative current collector-crimping-automatic detection-storage-test voltage and current-finished product packaging-storage, in the entire production process, usually transportation Belts or other conveying methods connect the independent process machines in series, and the conveying devices mostly use separate power motors. The entire production line has a large number of equipment, a large area, and high energy consumption. It is difficult t...

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Problems solved by technology

Although this device can combine the various process machines in dry battery production into a whole, there are still some shortcomings: each process is still set independently, and the same power transmission is adopted between adjacent processes through the power conversion mechanism, which only simplifies the power motor. , to reduce energy consumption, but the number of equipment in the entire production line is still large, the waiting time between each process is long, the work efficiency is low, and the plant occupies a large area

Especially in the battery production process, between the three carbon rings entering the cylinder and the sealing agent application process, it needs to go through multiple conveying channels, transmission and screening, S-curve sorting, carbon ring number detection and other steps, which cannot be integrated and optimized by using the above equipment , to simplify the transmission steps, it is impossible to realize the synchronous action of two processes at the same time and reduce the non-process waiting time between processes

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