Electric vehicle battery pack disassembly and transfer device

Abstract

The invention provides a battery pack disassembly and transfer device for an electric vehicle, which is adapted to the disassembly of the battery pack that needs to be lifted to break away from the battery pack fixed between the vehicle body, and includes a connecting bridge and a dismantling vehicle. The two ends can be placed on the vehicle body and the ground respectively to form a sliding path connecting the vehicle body and the ground. The disassembly vehicle includes a frame for supporting the battery pack, and a control device installed at one end of the frame The steering wheel of the handle, and the sliding wheel located at the other end of the frame relative to the steering wheel, also includes a hydraulic lifting mechanism arranged on the frame at one end of the steering wheel, and the hydraulic lifting can be driven by the control handle and fully Pressure or pressure release, so that the battery pack supported by the vehicle frame can be raised and lowered synchronously with respect to the steering wheel and the skating wheel through the transmission of the battery pack. The battery pack disassembly and transfer device for electric vehicles described in the present invention can transfer the battery packs of electric vehicles to households for charging, which is beneficial to popularization and application of electric vehicles.

Description

technical field [0001] The invention relates to the technical field of electric vehicles, in particular to a disassembly and transfer device for battery packs of electric vehicles. Background technique [0002] With the increasing number of vehicles, the impact of vehicle exhaust emissions on the environment is becoming more and more serious. Under this background, new energy vehicles powered by batteries and without pollutant emissions have gradually been promoted, especially a kind of vehicle with small curb weight and small body size. , and low-speed miniature pure electric vehicles whose cruising range can meet the needs of urban vehicles are increasingly popular. The existing low-speed miniature pure electric vehicles are designed based on their cruising range of 100-200KM. The battery packs used in them can reach about 150Kg, and the battery packs can also be charged by a household 220V power supply, but they are not used for low-speed vehicles at present. The disasse...

AI Technical Summary

Problems solved by technology

The existing low-speed miniature pure electric vehicles are designed based on their cruising range of 100-200KM. The battery packs used in them can reach about 150Kg, and the battery packs can also be charged by a household 220V power supply, but they are not used for low-speed vehicles at present. Disassembly and assembly of battery packs for miniature pure electric vehicles, and suitable equipment for transferring them to home for charging, thus restricting the promotion and application of pure electric vehicles

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