Fast removable battery structure

Abstract

The invention relates to a fast removable battery structure which is applied to a battery module with the electric energy being supplied by an electric device. The battery module is pivoted with a rotatable handle; the handle is provided with a clamping piece in parallel; a fixed structure is vertically arranged on a base of a battery composite structure; a resisting part and a releasing port are arranged at the top edge of the fixed structure; the handle is screwed to a holding position so as to lift the battery module, so that the battery module can be arranged on the base along the fixed structure; and then the handle is screwed to a retraction position, so that the clamping piece moves to the resisting part. Therefore, due to the designing style of the battery structure, the battery module is combined and fixed on the base, so as to ensure the electric connection of the battery module and the electric device.

Description

technical field [0001] The invention relates to a structure of a battery module, in particular to a structure of a replaceable battery that can provide a quick disassembly assembly. Background technique [0002] Environmental protection is a very important issue in human society. Exhaust emissions from traditional fuel-based vehicles are the largest source of mobile pollution, and the use of gasoline-electric hybrid vehicles or electric vehicles (such as electric locomotives or electric bicycles) will effectively reduce Exhaust pollution. [0003] Electric vehicles are completely powered by batteries. Batteries are a very important key component. In order to maintain the endurance of electric vehicles, relevant charging facilities must be built to provide batteries that can be charged when the power is about to run out. . However, the charging time of batteries is longer than that of refueling traditional cars. If a battery exchange service mode can be provided to save the...

AI Technical Summary

Problems solved by technology

[0006] If the existing battery fixing mechanism adopts a relatively simple structural design, although it can be quickly disassembled and assembled, it is easy to cause detachment under unexpected conditions. If a more complex structural design is adopted, although the electrical connection of the electrodes can be ensured, However, the complex structure increases the production cost, and the difficulty of disassembly and assembly also affects the speed of battery replacement, resulting in technical conflicts in the relationship between rapid assembly and electrical connection. Therefore, the existing battery fixing structure is still not an optimal design.

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