Automatic pole lug bending device

Abstract

The invention discloses an automatic pole lug bending device. The automatic pole lug bending device comprises a sliding way mechanism (30) with a pair of inclined sliding ways (310), a positioning mechanism (40) and a pole lug bending mechanism (50). The tops of the inclined sliding ways (310) allow a die box (70) with a pole lug to enter, the positioning mechanism (40) is used for fixing and releasing the die box (70) located on the sliding ways (310), the pole lug bending mechanism (50) is used for bending the pole lug in the die box (70) fixed by the positioning mechanism (40), according tothe device, in the production process of a lead-acid battery, automatic pole lug bending is achieved, manual operation is replaced, the problem that the pole lug bending procedure consistency is pooris solved, and meanwhile production efficiency and the product yield are improved.

Description

technical field [0001] The invention relates to storage battery production and assembly equipment, in particular to a device for automatically bending tabs. Background technique [0002] At present, the production of medium and small lead-acid batteries has replaced traditional manual welding by automatic casting and welding. Automatic casting welding has the advantages of high production efficiency, good welding effect, good consistency, superior working conditions, automatic shell loading, high degree of automation, etc. It can improve production efficiency and product yield, reduce the number of production line personnel, and is especially suitable for mass production . [0003] Automatic casting and welding is to put the electrode group components into the casting and welding mold box corresponding to the battery type, and then buckle the casting and welding mold box upside down on the corresponding casting and welding mold. In the cavity of the welding mold, cooling w...

AI Technical Summary

Problems solved by technology

[0003] Automatic casting and welding is to put the pole group components into the casting and welding mold box corresponding to the battery type, and then buckle the casting and welding mold box upside down on the corresponding casting and welding mold. In the cavity of the welding mold, cooling water is passed through the bottom of the casting and welding mold at this time, the "lead water" in the mold cavity solidifies and welds with the tabs, and the casting and welding are completed after demoulding. In order to ensure that the tabs can be inserted into the mold cavity smoothly, After the pole group is loaded into the mold box, it is necessary to add a tab-bending process. This process has always been done manually. The consistency of the tab-bending process is poor, which affects production efficiency and product yield.

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