Shock absorber with bionic ossicular chain structure

Abstract

The invention provides a shock absorber with a bionic ossicle chain structure. The invention includes: a shock absorber main body of a bionic human ear ossicle chain and a shock absorber shell of a bionic human ear inner ear. The shock absorber main body is assembled in the shock absorber shell. The shock absorber main body includes a bionic malleus part, a bionic malleus part, and a bionic human ear inner ear shock absorber body. The incus part and the bionic stapes part, the bionic hammer part includes a hammer handle with a preset curvature on the upper and lower bottom surfaces, a hammer head that is consistent with the shape of the malleus head of the human ear, and a hammer head that connects the lower bottom surface of the hammer handle with the hammer head The connection part, the bionic incus part includes an anvil joint that matches the shape of the hammer head and a long protrusion of the incus extending from the malleus joint, and the bionic stapes part includes an incus and stirrup joint connected to the long protrusion of the incus. and the base of the stapes. The shock absorber based on the ossicle chain transmission mechanism provided by the present invention has a fast response speed and strong adaptive adjustment ability, which can better protect the safety of equipment and construction personnel in the factory. It can also be applied in the field of transportation, allowing seats to The shock absorption performance is better.

Description

technical field [0001] The invention relates to the technical field of shock absorbing equipment, in particular to a shock absorber with a bionic ossicle chain structure. Background technique [0002] With the development of society and economy, people's requirements for the quality of life and work are getting higher and higher. Nowadays, people not only require safety and reliability, but also require comfortable travel, so the research and development of shock absorbers is particularly important. Shock absorbers can reduce or reduce the impact of vibration on equipment and personnel, so that certain equipment and personnel can be protected from adverse vibrations, and can protect the normal work and safety of equipment and personnel, so it is widely used For frequent take-off and landing of various machinery. However, existing shock absorbers have problems. For example, ordinary oil / air pressure shock absorbers have a simple structure and are easy to maintain, but have ...

AI Technical Summary

Problems solved by technology

However, there are problems in the existing shock absorbers. For example, although ordinary oil / air pressure shock absorbers have a simple structure and are easy to maintain, their working life is short, the process requirements are high, and it takes a relatively long time due to overhaul and maintenance.

For some specific occasions, the shock absorber, such as the damping adjustable shock absorber, also has the disadvantages of complex structure, high cost and no universality

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