Two wheels automobile balanced by using aerodynamic force

Abstract

The present invention relates to a two-wheel car capable of using air power to attain lateral balance in the running process. Said two-wheel car includes the following several portions: car body, front wheel, rear wheel, power system, drive system, control system and operation system positioned over the front wheel, in which the car body includes car frame, car floor, car body external shell and car seat. Besides, said two-wheel car also includes a vertical rotating shaft, a first balace, plate, a balance driver and a balance control device. Besides, said invention also provides the working principle and concrete operation method of said two-wheel car.

Description

technical field [0001] The present invention relates to a kind of automobile, particularly relates to a kind of two-wheeled automobile which has outer cover and can obtain lateral balance automatically by aerodynamic force during running. Background technique [0002] In the prior art, automobile generally refers to a four-wheeled motor vehicle, and a two-wheeled motor vehicle mainly refers to a motorcycle. The biggest difference between a car and a two-wheeled motor vehicle is that because of its structural characteristics, that is, the characteristics that all four wheels are on the ground, it naturally obtains a horizontal balance, and the driver does not need to specially train the balance when driving like a motorcycle driver. Skills, but, just because of this structure characteristic of automobile, compare with motorcycle, it has following defective: (1) the bump that automobile body produces is bigger than motorcycle, easily produces motion sickness phenomenon. Becau...

AI Technical Summary

Problems solved by technology

The biggest difference between a car and a two-wheeled motor vehicle is that because of its structural characteristics, that is, the characteristics that all four wheels are on the ground, it naturally obtains a horizontal balance, and the driver does not need to specially train the balance when driving like a motorcycle driver. However, because of the structural characteristics of automobiles, compared with motorcycles, it has the following defects: (1) The bumps produced by the automobile body are larger than those of motorcycles, which is prone to motion sickness

(2) The riding comfort of the car will decrease when turning

(3) Cars consume more fuel than motorcycles

(4) The volume of the car is large, which is a big defect in the current situation where the traffic volume is increasing day by day and the roads are becoming more and more crowded.

But it also has the following inherent defects compared with automobiles: (1) the motorcyclist not only has to take into account the overall direction problem, but also has to take into account the lateral balance problem

(2) The driving environment of motorcycles is worse than that of cars

Motorcycles are characterized by lightness and flexibility. In addition, when the motorcycle stops, the driver needs to support it with his feet to maintain the balance of the body. Therefore, the motorcycle is not equipped with a fully enclosed outer cover, and air conditioning cannot be used. It is hot in summer and cold in winter. , exposed to the sun and rain, the driving environment is far worse than that of a car

(3) Driving a motorcycle requires certain balance skills. It is still difficult for people who only know how to operate the motorcycle mechanism without balance training to drive a motorcycle, which makes it impossible for many people to drive a motorcycle

Therefore, although automobiles are more bumpy, more fuel-intensive, and more expensive than motorcycles, their driving environment is comfortable, they do not need to take into account the lateral balance, they are easy to drive and safer, and they can drive safely at higher speeds. It still makes cars more superior than motorcycles, while motorcycles can only be used as a tool for short-distance transportation or entertainment for young people, and cannot challenge the status of four-wheeled vehicles

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