A terminal positioning device for 12v tubular colloidal battery

Abstract

The utility model relates to a terminal positioning device for a 12V tubular colloidal storage battery, which relates to the storage battery. At present, the 12V tubular gel battery needs to be sent to the curing kiln through rails for color gel curing. The position of the terminals on the upper surface of the battery is shifted due to shaking, causing the color gel to leak, the appearance of the terminals is skewed and the seal is not tight. At present, it is generally prevented by increasing the stability of the conveying track, but the effect is not ideal. A terminal positioning device for 12V tubular colloidal batteries, which is composed of a cuboid-shaped upper handle frame, a lower base, and a positioning panel in the middle connected in parallel and vertically. The two handle frames with circular rope holes are respectively Located at both ends of the upper surface of the positioning panel, there are six circular hollow positioning holes evenly distributed on the upper surface of the positioning panel, there are six glue injection gaps on the same side of the positioning panel connected with the positioning holes, and the base is evenly distributed between the six positioning holes between the lower surface of the positioning panel. It has the advantages of high operating efficiency, strong applicability and cost saving.

Description

technical field [0001] The invention relates to a storage battery, in particular to a terminal positioning device for a 12V tubular colloidal storage battery. Background technique [0002] At present, there are more and more types of battery specifications in the domestic battery market, and 12V tubular gel batteries are an important research direction. In the actual manufacturing process, the tubular gel batteries that have been filled with terminal color glue need to be sent into the solidification through rails. The color glue is cured in the kiln. Due to the heavy weight of the battery and the problem of the stability of the track, the terminals on the upper surface of the battery are prone to shift due to shaking, and then the color glue leaks into the inside of the battery. Reduced lifespan. However, the current method in the industry generally prevents it by increasing the stability of the conveying track, but the effect of this method is not ideal, the efficiency is...

AI Technical Summary

Problems solved by technology

[0002] At present, there are more and more types of battery specifications in the domestic battery market, and 12V tubular gel batteries are an important research direction. In the actual manufacturing process, the tubular gel batteries that have been filled with terminal color glue need to be sent into the solidification through rails. The color glue is cured in the kiln. Due to the heavy weight of the battery and the stability of the track, the position of the terminals on the upper surface of the battery is prone to shift due to shaking, and then the color glue leaks into the inside of the battery. Reduced lifespan

However, the current method in the industry generally prevents it by increasing the stability of the conveying track, but the effect of this method is not ideal, the efficiency is low, the cost is high, and the problem cannot be solved from the root of the battery

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