Intelligent supporting device for electric car

Abstract

The invention discloses an intelligent supporting device for an electric car. The intelligent supporting device comprises a control system, a driving system and a transmission supporting system. The control system comprises a single chip microcomputer. The driving system comprises a front driving motor and a rear driving motor. The transmission supporting system comprises a front transmission supporting frame and a rear transmission supporting frame. The front transmission supporting frame comprises a front transmission gear, a front transmission lead screw, a front stretchable frame and universal wheels arranged at the bottom of the front stretchable frame. The front transmission gear is in rotating connection with a motor shaft of the front driving motor. The axis of the front transmission gear and the front transmission lead screw are connected to drive the front transmission lead screw to rotate. The front stretchable frame is rotationally connected to the front transmission lead screw. The rear transmission supporting frame comprises a rear transmission gear, a rear transmission lead screw, a rear stretchable frame and universal wheels arranged at the bottom of the rear stretchable frame. The rear transmission gear is in rotating connection with the motor shaft of the rear driving motor. The axis of the rear transmission gear and the rear transmission lead screw are connected to drive the rear transmission lead screw to rotate, and the rear stretchable frame is rotationally connected to the rear transmission lead screw.

Description

technical field [0001] The invention relates to an intelligent supporting device for an electric vehicle. Background technique [0002] Now the electric vehicle industry is developing rapidly, and almost every family has an electric vehicle, so the parking space for electric vehicles has become a little tight, so that when we park the electric vehicle, it becomes particularly difficult to pick up the car. The supporting legs of the electric vehicle are an important part of the reason. Traditional electric vehicle support feet are mainly the following types: middle support feet, L-shaped support feet, and double support feet. The middle support feet have disadvantages such as poor stability of the vehicle body, easy metal deformation, and short service life; L-shaped support feet are inconvenient to carry, have few places to use, small range of use, and are easily damaged by other objects; double support feet are very laborious Time-consuming and other disadvantages. The e...

AI Technical Summary

Problems solved by technology

The middle support feet have disadvantages such as poor stability of the vehicle body, easy metal deformation, and short service life; the L-shaped support feet are inconvenient to carry, have few places to use, small range of use, and are easily damaged by other objects; double support feet are very laborious Disadvantages such as time-consuming

The electric car support feet on the market can no longer meet people's needs, especially women and the elderly who like to wear high heels, they have to spend a lot of effort to open the traditional support feet to put the electric car Good; when taking out the electric car, sometimes you will encounter greater difficulties. First, it is very laborious to lift the supporting legs, and then the distance between the electric car and the electric car is one by one. Sometimes one person cannot take out the electric car at all. The car needs several people to complete, which is not only time-consuming and laborious, but also troublesome

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