Lead-acid storage battery high-speed continuously-coated polar plate collecting device

Abstract

The invention relates to the field of lead-acid storage battery manufacturing, in particular to a lead-acid storage battery high-speed continuously-coated polar plate collecting device which comprises a rotary adsorption conveying mechanism, two airflow blocking mechanisms and four plate collecting mechanisms which are mounted on a rack. In the rotary adsorption conveying mechanism, the outer wall of the empty suction piece box is sleeved with two conveying belts which rotate around the empty suction piece box and are provided with suction holes, and through suction holes communicated with the suction holes are densely distributed in the bottom face of the suction piece box. In the airflow blocking mechanism, an air suction hole cover is installed at the inner bottom of the plate suction box and provided with a plate placing air hole, and an air hole opening and closing assembly is installed on the rack and can control opening and closing of the plate placing air hole. Each plate collecting mechanism is arranged below each conveying belt and is positioned below each air suction hole cover; and a polar plate conveying mechanism is arranged below each plate collecting mechanism. The device is convenient for pole plate stacking and shaping and multi-channel plate placing, and is beneficial to high-speed continuous uninterrupted production.

Description

technical field [0001] The invention relates to the field of lead-acid storage battery manufacturing, in particular to a high-speed continuous-coating polar plate collection device for lead-acid storage batteries. Background technique [0002] The pole plate is the core component of the lead-acid battery. The pole plate plays the role of discharging and storing electricity in the lead-acid battery, which has a great influence on the performance of the battery and is also the determining factor of the life of the battery. The plates are divided into positive plates and negative plates, which are battery anodes and cathodes respectively. During processing, there is a coating process. After coating, the plates are cut, surface-dried and collected. Among them, there are two commonly used methods of collecting boards: hanger and palletizing. The hanger is to use the real tabs and false tabs on both sides of the pole plate to hang the rack. The false tabs need to be cut off later...

AI Technical Summary

Problems solved by technology

However, due to the fast production speed and plate deflection during palletizing, cards and irregularities are prone to occur when collecting plates, especially when single-channel film receiving forks are used, when a stack is full and the fork is replaced to collect another stack, cards will be caused. , Blocking and need to stop processing, resulting in problems such as low production efficiency, large demand for personnel, high defect rate and high labor intensity

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