Plate wrapping frame used for assembling colloid storage battery

Abstract

The invention discloses a plate wrapping frame used for assembling a colloid storage battery. The plate wrapping frame comprises a base and an upper plate supporting plate and a polar group bottom case supporting plate which are arranged on the base in parallel, and also comprises an upper plate and a polar group bottom case, wherein the upper plate is positioned at the top of the upper plate supporting plate, the polar group bottom case is positioned at the top of the polar group bottom case supporting plate, an included angle between the upper plate and an extended line of the polar group bottom case is 30 degrees, and a polar plate positioning strip and a separator positioning rib are also arranged on the upper plate. The structural design of the plate wrapping frame used for assembling the colloid storage battery, disclosed by the invention, changes a conventional production technical process for assembling and welding the colloid storage battery, the plate wrapping for polar groups can be completed by one working procedure, and the plate wrapping frame can shorten the assembling time of the polar groups, and can also achieve accurate positioning of the separator and the polar plate; and the plate wrapping frame used for assembling the colloid storage battery, disclosed by the invention, has the advantages of simple structure, convenience in use, long life and the like.

Description

[0001] technical field [0002] The invention relates to a cladding frame used for assembling colloidal storage batteries, which belongs to the field of lead-acid storage batteries. Background technique [0003] The production process of gel batteries is very mature, but the battery assembly still continues the traditional process, including cladding, welding, unloading, inserting, shaping and slotting. Using such a production process currently has problems such as complex process flow, long production cycle, and easy misalignment of separators and plates, which will affect the quality of the product. [0004] The traditional assembly method of colloidal batteries is to wrap the polar plate and the hard separator, put the electrode group into the mold box for welding, and then take the electrode group out of the mold box, remove the hard separator and make a slight shaping. Insert PVC or other rubber separators into the pole group, reshape them slightly, put them into the b...

AI Technical Summary

Problems solved by technology

[0004] The traditional assembly method of colloidal batteries is to wrap the polar plate and the hard separator, put the electrode group into the mold box for welding, and then take the electrode group out of the mold box, remove the hard separator and make a slight shaping. Insert PVC or other rubber separators into the pole group, reshape them slightly, put them into the battery slot, and finally flow into the next process. This method has the disadvantages of long assembly time and the lack of precise positioning of the separator and the pole plate.

Images