Full-automatic continuous processing device for tubular battery plate

Abstract

The invention relates to a full-automatic continuous processing device for a tubular battery plate. The full-automatic continuous processing device comprises a stander and a rotating disc mounted on the stander, wherein a loading mechanism, a plaster filling mechanism, a cover sealing mechanism and a welding mechanism are sequentially arranged on the stander, clamps which are used for clamping sleeves internally inserted with grids and are arranged in up-down correspondence with the loading mechanism, the plaster filling mechanism, the cover sealing mechanism and the welding mechanism are uniformly distributed on the rotating disc; and the sleeves are driven by the rotation of the rotating disc to be sorted and fixed by the loading mechanism, the insides of the sleeves are automatically filled with lead plaster by the plaster filling mechanism, an upper sealing cover matched with the sleeves is automatically pressed and sealed with openings of the sleeves by the cover sealing mechanism, and the upper sealing cover is fixedly connected with the sleeves by the welding mechanism, thus realizing the continuous assembling and processing of the battery plates. According to the full-automatic continuous processing device, four stations are uniformly arranged around the rotating disc, the clamp for clamping the sleeves inserted with the grids is correspondingly arranged on each station, and the sleeves are sequentially conveyed among the four stations by virtue of the 360-degree rotation of the rotating disc, thereby realizing the full-automatic continuous assembling and processing of the battery plates.

Description

technical field [0001] The invention belongs to the technical field of storage battery processing equipment, and in particular relates to a fully automatic continuous processing device for tubular battery pole plates. Background technique [0002] Recently, the anode plate of the tubular battery is made by inserting the sleeve on the lead grid, and then filling it with the active material lead dioxide and the head device. The sleeve usually adopts two types of single tube and row tube. In the manufacturing process of tubular battery plates, it is necessary to pour lead powder into the casing through the powder filling machine, then seal the casing by the injection molding machine, and then place it in the solution for soaking and other processes. In the current actual production , the entire operation process is completed manually, the quality and yield of the product cannot be guaranteed, and because the lead powder is toxic and volatile during the filling process, pollutin...

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Problems solved by technology

[0004] Although the above-mentioned technical solution uses the addition of a grid conveying mechanism on the original lead paste conveying mechanism, the automation of the grid conveying and paste extrusion operation is realized, and the problem of directly filling lead powder into the grid to affect the quality of the electrode plate in the prior art is solved. However, its complex structure, large space occupation and high energy consumption cannot be connected with the previous process and the next process of filling lead paste in battery plate processing, and the utilization rate of equipment is low, resulting in the plate manufacturing process is still Semi-mechanical, low efficiency and high cost, unable to realize automatic and continuous production

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