Automobile damping and energy storage mechanism adapted for big impact force

Abstract

The invention belongs to the technical field of automobile damping and energy storage, and particularly relates to an automobile damping and energy storage mechanism adapted for big impact force. Theautomobile damping and energy storage mechanism adapted for the big impact force includes a first baffle, a damping spring, a first nozzle, a damping shell, a second baffle, a second nozzle, a third nozzle, a fixing plate and so on; and a piston mechanism can move up and down in the damping shell when subjected to impact force, high-pressure inert gas in the damping shell enters an air motor to have a role through compressing of the piston mechanism, and the air motor drives an electric generator to generate electricity. Impactive energy is stored by the air motor and the electric generator when the automobile damping and energy storage mechanism adapted for the big impact force is under a normal running condition, and the purpose of rapidly absorbing impact force and rapidly declining damping can be realized; the structure is simple and compact, energy conservation is high, and the automobile damping and energy storage mechanism adapted for the big impact force has a better actual useeffect; and the problem that the inner structure of a damper is subjected to mechanical damage when the damper is subjected to momentary surging impact force is solved, the effect to protect the damper in an emergency can be performed, and the service life of the damper is prolonged.

Description

Technical field [0001] The invention relates to an automobile shock-absorbing energy-storage mechanism adaptable to large impact force. Background technique [0002] At present, the existing shock absorption technology uses the shock absorber to complete the absorption and shock absorption of the impact force, and uses the damper to accelerate the attenuation of the vibration energy. The different impact forces generated under different working conditions are only reduced by a single shock absorption method. Absorbing the energy of impact has a single function and cannot effectively convert and utilize the energy of impact; in addition, the existing shock absorption technology cannot store the energy of vibration, resulting in a waste of energy. Under extreme working conditions, the traditional shock absorption technology cannot effectively identify extreme working conditions, and then it is easy to cause certain mechanical damage to the structure inside the shock absorber u...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing shock absorption technology uses the shock absorber to complete the absorption and shock absorption of the impact force, and uses the damper to accelerate the attenuation of the vibration energy. The different impact forces generated under different working conditions are only reduced by a single shock absorption method. Absorbing the energy of impact has a single function and cannot effectively convert and utilize the energy of impact; in addition, the existing shock absorption technology cannot store the energy of vibration, resulting in a waste of energy. Under extreme working conditions, the traditional shock absorption technology cannot effectively identify extreme working conditions, and then it is easy to cause certain mechanical damage to the structure inside the shock absorber under the instantaneous large impact force, reducing the shock absorber service life

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