Automatic lithium battery cap assembling and discharging device with discharging detection mechanism

Abstract

The invention discloses an automatic lithium battery cap assembling and discharging device with a discharging detection mechanism. The automatic lithium battery cap assembling and discharging device with the discharging detection mechanism comprises a fixed disk and a machining rotary disk. The machining rotary disk is provided with machining bases which outwards extend out, and extending parts ofthe machining bases are provided with material placement grooves. The automatic lithium battery cap assembling and discharging device with the discharging detection mechanism further comprises a rubber gasket feeding mechanism, an aluminum sheet steel cap feeding mechanism, a pressing fit mechanism, a resistance detection mechanism, a discharging mechanism and the discharging detection mechanism.The discharging detection mechanism comprises a detection clamping plate and a drive air cylinder which is connected with the detection clamping plate and drives the detection clamping plate. The machining bases are provided with clamping grooves, and the clamping grooves communicate with the material placement grooves in the corresponding machining bases. The detection clamping plate is providedwith a vacuum slot, the vacuum slot is clamped to the bottom of the detection clamping plate, the lower end of the vacuum slot is flush to the detection clamping plate, and the other end of the vacuum slot is connected with a vacuumizing device through a sealing hose. According to the automatic lithium battery cap assembling and discharging device, whether discharging actions are qualified or notcan be easily and effectively judged, caps left in the material placement grooves are rapidly discharged, the effect on following machining schedules is avoided, and the production quality and the production efficiency are improved.

Description

technical field [0001] The invention relates to a lithium battery cap automatic assembly blanking device with a blanking detection mechanism. Background technique [0002] Lithium batteries have been widely used in various industries due to their advantages of light weight, large energy storage, long service life, and environmental protection. The current lithium battery is equipped with a cap, and the cap usually includes a steel cap, a large aluminum sheet, a small aluminum sheet, and an apron. A rubber ring is set around the periphery. The existing device usually assembles the aluminum sheet steel cap and the rubber ring and then discharges the material directly after testing. There is no specific detection mechanism for judging whether the blanking action is completed. If the material is not cut in time or is not completed, it will affect the subsequent assembly progress and reduce the production quality and production efficiency. Contents of the invention [0003] T...

AI Technical Summary

Problems solved by technology

The current lithium battery is equipped with a cap, and the cap usually includes a steel cap, a large aluminum sheet, a small aluminum sheet, and an apron. A rubber ring is set around the periphery. The existing device usually assembles the aluminum sheet steel cap and the rubber ring and then discharges the material directly after testing. There is no specific detection mechanism for judging whether the blanking action is completed. If the material is not cut in time or is not completed, it will affect the subsequent assembly progress and reduce the production quality and production efficiency

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