Multi-dimensional metal shock absorber

Abstract

The invention discloses a multi-dimensional metal shock absorber, and belongs to the design field of metal shock absorbers. Large precision machinery and mechanical and electrical products are expensive, need to be transported to an assembly plant from a production plant, need to be transported across provinces and even be transported for a long distance through transportation tools such as intercontinental sea transportation, aviation, railways and highways to reach destinations, and need special transition transportation equipment to prevent the products from being damaged by vibration and impact in the transportation process. The equipment has the functions of vibration reduction and impact resistance, vibration reduction design is carried out, the design of a transportation equipment vibration reducer is involved, and the design of the vibration reducer is also involved in order to avoid and reduce the influence of mechanical environment conditions and ensure normal work of products. The problem to be solved by the multi-dimensional metal shock absorber is how to achieve axial damping, axial frequency adjustment and radial frequency adjustment through one set of mechanism, combine axial and radial shock absorption components into a whole and achieve the purpose of axial and radial unequal rigidity or equal rigidity according to needs.

Description

technical field [0001] A multidimensional metal shock absorber belongs to the field of metal shock absorber design. Background technique [0002] Large-scale precision machinery and electromechanical products such as aircraft engines and rocket engines are transported from the production plant to the final assembly plant. It belongs to large-scale precision machinery and electromechanical products, which are expensive. In order to avoid damage caused by vibration and impact during product transportation, special transfer transportation equipment is required. The equipment should have vibration reduction and impact resistance functions, and vibration reduction design should be carried out. It involves the design of shock absorbers for transportation equipment. This involves a design of axial damping and radial frequency adjustment of metal shock absorbers. In the past, the axial damping and frequency of metal shock absorbers were damped by independent mechanisms. In the past...

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Problems solved by technology

[0002] Large-scale precision machinery and electromechanical products such as aircraft engines and rocket engines are transported from the production plant to the final assembly plant. It belongs to large-scale precision machinery and electromechanical products, which are expensive. In order to avoid damage caused by vibration and impact during product transportation, special transfer transportation equipment is required. The equipment should have vibration reduction and impact resistance functions, and vibration reduction design should be carried out. It involves the design of shock absorbers for transportation equipment. This involves a design of axial damping and radial frequency adjustment of metal shock absorbers. In the past, the axial damping and frequency

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