Ultimate initiative anti-collision system for maglev vertical lifting three-dimensional safe vehicle body

Abstract

The invention relates to an ultimate initiative anti-collision system for a maglev vertical lifting three-dimensional safe vehicle body. The ultimate initiative anti-collision system comprises a multilayer three-dimensional anti-collision safe vehicle body, a maglev initiative anti-collision bearing plate, a maglev initiative anti-collision seat and a plurality of propellers located on vehicle head, vehicle tail and underbody, wherein a waterproof layer, an electromagnetic field shielding layer, an elastic buffering layer and a high-elasticity transparent anti-collision thick paste layer are successively arranged on an outer vehicle body; the elastic buffering layer, a buffering airbag layer and a panoramic three-dimensional display screen layer are successively arranged on an inner vehicle body; the maglev initiative anti-collision bearing plate comprises a base and an upper cover sleeving the base in a suspension form; the maglev initiative anti-collision seat further comprises a chair part on the upper cover, except for the base and the upper cover; the propellers are anti-collision in the whole process. According to the invention, the anti-collision capacity of the vehicle body is enhanced through the improved vehicle body structure, the maglev inner vehicle body is capable of isolating the shock wave and the propellers are arranged on the periphery of the vehicle body and are used for vertically lifting the vehicle, so that the vehicle can instantly be kept away from danger, the vehicle can advance on the road under the effect of microgravity and advance in air under the maglev effect and the vehicle can be located in ultra-safe place all the time.

Description

technical field [0001] The invention relates to the technical field of automobile manufacturing, in particular to a magnetic levitation vertical take-off and landing three-dimensional safety body ultimate active collision avoidance system. Background technique [0002] Automobiles play an important role in modern people's lives and have also developed rapidly. However, existing automobiles often have traffic accidents. Due to the inability to offset the high-speed impact force when the automobiles collide, the deformation and shrinkage of automobiles have become serious. Threatening the life and property safety of drivers and passengers. [0003] The fundamental reason is that in the past, the design of automobiles was based on the power system, rather than emphasizing the safety system as the core, so that many designs lacked a sense of security. There is still a certain buffer space and buffer time for personnel, but the body part of the car has only a thin layer of car w...

AI Technical Summary

Problems solved by technology

[0010] The previous safety design has failed. In most traffic accidents, there is no safe avoidance space between cars in emergency situations, and collisions are difficult to avoid under the action of inertia.

At the same time, the seats of existing cars are all fixed installations. When a high-speed impact occurs, the shock absorption capacity of the car seat itself is limited, and the shock wave will also cause great harm to the occupants of the car.

At present, there is no car on the market that has the above-mentioned comprehensive performance and can guarantee the life and property safety of drivers and passengers to the greatest extent.

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