Electric car with car sliding preventing function structure

Abstract

The invention relates to the technical field of riding devices, and discloses an electric car with a car sliding preventing function structure. The electric car comprises a fixed plate, wheel axles, mud fenders, a slide adjuster, a power key chain, a storage battery and an electric car motor. The middle of the front face of the fixed plate movably sleeves a supporting shaft. One end of the supporting shaft is located on one side of the front face of the fixed plate. A supporting leg located on one side of the front face of the fixed plate fixedly sleeves the outer surface of the supporting shaft. According to the electric car, through the cooperation of the supporting leg, an ejector block, a pressing plate, sliding rods and a car sliding preventing switch device, the pressing plate can slide vertically on the outer surfaces of the two sliding rods; when the supporting leg is put down, the ejector block makes no contact with the pressing plate, and an electrical contact piece in the car sliding preventing switch device makes no contact with an electric contact end; though rainwater enters the slide adjuster and the power key chain in the thunderstorm weather, the short-circuit in the electric car cannot be caused, and the sliding of the electric car is avoided.

Description

technical field [0001] The invention relates to the technical field of riding equipment, in particular to an electric vehicle with an anti-rolling function structure. Background technique [0002] Electric vehicles are a means of transportation that people often use to go to work. The use of electric vehicles not only facilitates short-distance transportation, but also reflects low-carbon travel, and electric vehicles are small and flexible, which greatly relieves traffic pressure. [0003] Most of the electric vehicles used by people to go to work are placed outdoors. When encountering a thunderstorm, rainwater can easily enter the inside of the slide regulator and the power keychain, causing an internal short circuit of the electric vehicle, resulting in a slipping phenomenon and causing damage to nearby vehicles. Cause damage. During the riding of the electric vehicle, if the rider needs to park the electric vehicle on a road section with a slope for some reason, when the...

AI Technical Summary

Problems solved by technology

[0004] The invention provides an electric vehicle with a built-in anti-slip function structure, which has the advantages of anti-slip and easy cleaning of the mud in the inner cavity of the tile, and solves the problem that most electric vehicles are placed outdoors. It is easy to enter the interior of the sliding regulator and the power key chain, causing a short circuit inside the electric vehicle, causing the car to slide and causing damage to nearby vehicles. During the riding of the electric vehicle, if the rider needs to park the electric vehicle in a On sloped road sections, when the slope of the road section is too large, the electric vehicle will also slip, which not only brings trouble to the rider, but also causes difficulties for other pedestrians to pass normally. After the electric vehicle is used for a long time, the mud tiles on the car A large amount of mud will accumulate in the inner cavity and it is very difficult to clean. When the mud accumulates too much, it will seriously affect the running speed of the wheels of the electric vehicle, thereby reducing the travel efficiency of the rider.

Images