Heat-dissipation shock absorber

Abstract

The invention provides a heat-dissipation shock absorber capable of prolonging the life of shock absorption systems. The heat-dissipation shock absorber is characterized in that a shock absorption body of the heat-dissipation shock absorber is made from rubber which has a very high damping coefficient and is very mature in technique at present, and a metal tube profile which has very high thermalconductivity and a very large heat-dissipation area is used as a heat-dissipation carrier of the heat-dissipation shock absorber; vibrating kinetic energy is converted into heat energy according to the energy conservation law, the heat energy is accumulated in the rubber body of the heat-dissipation shock absorber and is then rapidly dissipated through a metal tube radiator in the rubber body, sothat a good shock absorption effect is achieved; the heat-dissipation shock absorber can be widely applied to shock absorption systems in the fields of motor vehicles, ships, aerospace and the like; rubber bodies of existing common rubber shock absorbers are prone to breakage and damage due to the fact that heat energy converted from kinetic energy cannot be dissipated easily, and consequentially,failures of the shock absorption systems are caused, and great national production and property losses are caused; and the heat-dissipation shock absorber can effectively prolong the service life ofthe shock absorption systems, and the technique is safer and more reliable.

Description

technical field [0001] The patent of the present invention relates to a heat dissipation type shock absorber; the characteristic is that the heat dissipation type shock absorber uses rubber with a very high damping coefficient and mature technology as the shock absorber, and a rubber with a very high thermal conductivity and a large heat dissipation area. As the heat dissipation carrier, the metal pipe profile uses the law of energy conservation to convert the vibration kinetic energy into heat energy, which is accumulated in the rubber body of the heat-dissipating shock absorber, and the heat energy is quickly released and dissipated through the metal pipe radiator in the rubber body to achieve excellent performance. Shock-absorbing effect; it is characterized in that it is composed of rubber shock-absorbing body 1, metal pipe radiator 2, inner casing 3 and outer casing 4; it is widely used in shock-absorbing systems in the fields of motor vehicles, ships, and aerospace. Bac...

AI Technical Summary

Problems solved by technology

[0002] The ubiquitous vibration will cause equipment damage and affect the living environment of human beings. The core of shock absorption technology is to eliminate disturbing vibration. The mature shock absorption method is rubber shock absorption, because rubber has a higher modulus of elasticity and a higher damping coefficient than metal. , the vibration mechanical energy is converted into thermal energy absorption, dissipation and isolation through elastic support; at present, the common rubber shock absorber is difficult to dissipate due to the accumulation of heat energy converted from kinetic energy, which may easily cause the rubber body of the rubber shock absorber to break and damage, making the The failure of the shock absorption system will bring huge losses to national production and property; the use of heat dissipation shock absorbers can effectively prolong the service life of the shock absorption system, and the technology is safer and more reliable

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