A method for floating installation of battery components

Abstract

The invention provides a floating installation method of a battery assembly, which includes the steps of: obtaining a vehicle stop signal, locating the position of the vehicle after the battery exchange platform, and judging whether it has reached the battery exchange position; carrying the battery, if the vehicle reaches the battery exchange position, controlling the movement The carrier device carries the battery assembly to be replaced to the battery exchange platform and waits for the battery exchange instruction; after the floating installation and the battery exchange platform receive the battery exchange instruction, the lifting mechanism of the battery exchange platform lifts the battery assembly to the preset installation position of the lifting mechanism, and the battery assembly is replaced. The floating column body on the electric platform adjusts the relative position of the battery assembly at the installation position and the battery installation structure at the bottom of the vehicle. The battery assembly can float in all directions at the installation position so that the battery assembly does not interfere with the battery installation structure at the bottom of the vehicle. The invention has rigorous logic and ingenious conception, and the battery exchange platform can float in all directions at the installation position, which reduces the positioning requirements for battery exchange, meets the requirements for fast battery exchange of new energy vehicles, and is convenient for popularization and application in the field of new energy battery exchange.

Description

technical field [0001] The invention belongs to the field of quick replacement batteries, and in particular relates to a floating installation method for battery components Background technique [0002] With the increasing use of various types of new energy vehicles such as electric vehicles and hybrid vehicles, technologies related to quick battery replacement have become more and more people's attention and research topics. How to timely and effectively provide power supply for electric vehicles with insufficient power has become a matter of great concern to both manufacturers and car owners. By establishing a battery exchange system to exchange electricity for electric vehicles, that is, directly replacing the exhausted power battery with a fully charged power battery, the power supply can be completed within minutes, so the battery exchange method is a kind of A very efficient way of supplementing electrical energy. [0003] In the process of battery replacement throug...

AI Technical Summary

Problems solved by technology

[0003] In the process of battery replacement through the battery replacement system, the battery pack at the bottom needs to be replaced accurately, and the position of the vehicle or the battery replacement platform needs to be adjusted. However, when positioning and adjusting the vehicle or the battery replacement platform, it is inevitable. There will still be errors. In order to make the positioning and alignment actions go smoothly, the target object needs to be able to float freely, that is, the contact surface between the battery swap platform and the battery pack and the support surface that is in contact with the vehicle need to be floatable, but the existing floating mechanism It can only meet the small fluctuations in the upper and lower ranges, and at the same time, it cannot adjust the position in the horizontal plane, making it difficult to carry out the battery replacement process accurately and efficiently

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