Equipment with functions of concurrently enabling carbon rings to enter steel shell and coating sealing agent quantitatively

Abstract

The invention relates to equipment with functions of concurrently enabling carbon steels to enter a steel shell and coating a sealing agent quantitatively. The equipment comprises an equipment table, a rotary plate, a feeding channel, a mechanism for enabling the corresponding carbon rings to enter the corresponding steel shell, a mechanism for coating the sealing agent, and a discharging channel, wherein the feeding channel and the discharging channel are correspondingly arranged along the feeding direction and the discharging direction of the rotary plate respectively; the mechanism for enabling the corresponding carbon rings to enter the corresponding steel shell comprises a carbon ring conveying mechanism and a material-pushing mechanism; the carbon ring conveying mechanism comprises a carbon ring material-dividing tray and a carbon ring conveying channel; three mutually-independent through slots are formed in the carbon ring conveying channel in parallel; the mechanism for coating the sealing agent comprises a fixed base, a flow adjustment mechanism, spin-coating mechanisms and a transmission mechanism; the spin-coating mechanisms are positioned on the edges of the corresponding clamping grooves, and mounted at the front end part of the flow adjustment mechanism; and the transmission mechanism drives the spin-coating mechanisms to move left and right through the flow adjustment mechanism. According to the equipment, the mechanism for enabling the corresponding carbon rings to enter the corresponding steel shell and the mechanism for coating the sealing agent are designed into one body, so that the non-working-procedure waiting time among the working procedures is reduced; the way of enabling the corresponding carbon rings to enter the corresponding steel shell is optimized; and continuous and uniform coating is realized.

Description

technical field [0001] The invention relates to the technical field of battery equipment, in particular to a device for one-time loop entry and quantitative spraying of sealing agent. Background technique [0002] At present, the existing alkaline battery production process includes positive electrode ring forming-the first positive electrode ring is inverted into the steel cylinder-the second ring is inserted into the cylinder-the third ring is inserted into the cylinder-automatic detection-crimping-coating sealant - human diaphragm tube - adding electrolyte - absorbing electrolyte - adding zinc paste - inserting negative electrode collector - crimping - automatic detection - storage - detection voltage, current - finished product packaging - storage, in the whole production process, usually by conveying Belts or other conveying methods connect the independent process machines in series. The conveying devices mostly use separate power motors. The entire production line has ...

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Problems solved by technology

[0002] At present, the existing alkaline battery production process includes positive electrode ring forming-the first positive electrode ring is inverted into the steel cylinder-the second ring is inserted into the cylinder-the third ring is inserted into the cylinder-automatic detection-crimping-coating sealant - human diaphragm tube - adding electrolyte - absorbing electrolyte - adding zinc paste - inserting negative electrode collector - crimping - automatic detection - storage - detection voltage, current - finished product packaging - storage, in the whole production process, usually by conveying Belts or other conveying methods connect the independent process machines in series. The conveying devices mostly use separate power motors. The entire production line has a large number of equipment, occupies a large area, and consumes high energy. It is difficult to achieve synchronous work

[0003] Especially in the battery production process, between the battery ring-in process and the sealing agent application process, it usually needs to go through multiple conveying channels for transmission and screening, S-curve sorting, and carbon ring number detection. Moreover, the existing ring-in equipment is not It uses three carbon rings to push them into the battery steel case one by one in an orderly manner. Its work efficiency is low, and it is easy to have few or missing rings, which affects the product qualification rate; in addition, traditional battery sealing agent coating equipment usually passes The cylinder drives the nozzle to move back and forth to complete one push and one spray, and cooperate with the rotation of the battery steel shell to realize spraying sealant on the battery steel shell. The friction between the pressure roller and the surface of the battery steel case drives the steel case to rotate around its axis. On the one hand, during the driving process, the pressing force of the pressure roller on the steel case can easily cause the shape of the steel case to deform, which in turn affects the next process and Battery quality; on the other hand, when the sealing agent is sprayed on the steel shell of the battery through the nozzle, a relatively concentrated point is formed at first, and the surface of the steel shell is evenly coated by the rotation of the steel shell and the fluidity of the sealing agent. With sealing agent, it is difficult to achieve uniform coating of the sealing agent, and after the coating is completed, some sealing agent will remain in the nozzle, and when the cylinder drives the nozzle to reset, the sealing agent will often drip, resulting in waste of resources and increased costs. Affect the operating environment

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