The wheels automatically switch and adjust the lifting vehicle according to the uneven terrain

Abstract

The invention discloses a vehicle with wheels capable of automatically converting, adjusting and lifting along with rugged terrain and relates to the technical field of vehicles. The vehicle with wheels capable of automatically converting, adjusting and lifting along with the rugged terrain is characterized by comprising the wheels, A-shaped control arms, control arm rests, damping springs, a frame and a conversion device, wherein the control arm rests are respectively connected with the front wheels and the rear wheels by the A-shaped control arms; the damping springs are arranged between the upper parts of two sides of the control arm rests and the A-shaped control arms; the frame is located above the control arm rests; and the conversion device is arranged on the control arm rests and the frame and comprises a transmission shaft, a first bevel gear, second bevel gears, third bevel gears, fourth bevel gears, fifth bevel gears, sixth bevel gears, seventh bevel gears, an eighth bevel gear and rotating shafts. The vehicle with the wheels capable of automatically converting, adjusting and lifting along with the rugged terrain has the advantages that the structure is reasonable; pressure borne between the wheels is uneven; the wheels are difficult to damage; the vehicle jolt is small; the wheels cannot easily suspend in midair; and the climbing ability is great.

Description

[0001] Technical field: [0002] The invention relates to the technical field of automobiles, in particular to a vehicle whose wheels are automatically converted and adjusted to lift according to uneven terrain. [0003] Background technique: [0004] The safety and comfort of cars are becoming more and more serious, especially for off-road vehicles. When driving on uneven roads, due to the large gap between the heights of the road surface, the vehicle will be very bumpy, and the wheels of the vehicle will be unevenly stressed when bumping. And there may be a situation where one or more wheels are suspended in the air, thus losing its grip on the ground, resulting in slippage, and other wheels that are on the ground are under huge pressure, and the steel beams of the vehicle will be fatigued and damaged in the long run. [0005] The suspension system plays a key role in improving the impact of uneven ground. The suspension system is a general term for all force-transmitting con...

AI Technical Summary

Problems solved by technology

Then the suspension system in the prior art also has a lot of shortcomings when driving on a particularly uneven road surface, the up and down difference between the wheel and the wheel is still very small, and their up and down distance difference is the height of the diagonal wheel. Other wheels are achieved by greater gravity, so the vehicle is prone to bumps, the wheels are easily damaged, and fatigue damage is easy just now

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