Battery monomer bracket and combined battery bracket thereof

Abstract

The invention provides a battery monomer bracket and a combined battery bracket thereof. The battery monomer bracket comprises a rectangular base and buckling fasteners arranged on the periphery of the base, wherein the base is provided with two battery accommodation holes; a plurality of stop parts are arranged on the inner sides at the bottoms of the two battery accommodation holes; each buckling fastener comprises a buckling piece and a buckling groove; the buckling piece is outwards protruded along the edge of the base; the buckling groove is inwards sunken along the edge of the base and is correspondingly matched with the buckling piece; and a plurality of buckling pieces and buckling grooves which are oppositely matched with the opposite sides of one side of the base are respectively arranged on each opposite side of the base. The mutually-matched buckling fasteners are respectively arranged on the periphery of the battery monomer bracket provided by the invention; the battery monomer bracket not only has a simple structure, but also is more convenient to combine and detach and can be flexibly assembled according to the number of batteries to form the combined battery bracket. The battery monomer bracket can be used for better fastening the batteries stably and has higher practicability.

Description

technical field [0001] The invention relates to a battery support, in particular to a battery single support that can be assembled and disassembled flexibly, and a combined battery support composed of the battery single support. Background technique [0002] In battery applications, in order to achieve a given voltage, multiple cylindrical batteries need to be combined and connected. Such as figure 1 As shown, the current fastening method for multi-pillar batteries is to punch a certain number of round holes 3 capable of holding batteries 2 on a whole material plate 1 . When in use, two integral material plates 1 are placed symmetrically up and down, and several batteries 2 are placed in the round holes 3 on the two integral material plates 1 for fixed installation. However, the entire material plate 1 of the existing battery holder is a whole that cannot be disassembled or combined, and it is relatively rigid and inflexible to use; and the number of round holes 3 for plac...

AI Technical Summary

Problems solved by technology

However, the entire material plate 1 of the existing battery holder is a whole that cannot be disassembled or combined, and it is relatively rigid and inflexible to use; and the number of round holes 3 for placing batteries 2 on the entire material plate 1 is fixed. , when the number of batteries to be fastened is more than the number of round holes 3, the battery holder does not meet the requirements, and when the number of batteries to be fastened is less than the number of round holes 3, the idle round holes It will also cause a certain waste of materials and space, and the application is more limited and not very practical.

In addition, during use, there is no connection between the upper and lower two whole material plates 1, so fastening the battery is not stable

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