Shock absorber of air-conditioned compressor

Abstract

The invention discloses a vibration absorber for an air conditioner compressor, which comprises a supporting body, and a connecting piece which is respectively connected with the supporting body and a compressor body, wherein the connecting piece is fixedly connected with the compressor body; elastic vibration reducing components are arranged between the connecting piece and the supporting body, and comprise a vertical elastic vibration reducing component and a horizontal elastic vibration reducing component which are vertically and horizontally arranged between the connecting piece and the supporting body respectively. The elastic vibration reducing components between the supporting body and the connecting piece can reduce the vibration transmission of the compressor body on an external shell of an air conditioner, and have the functions of vibration reduction, supporting and fixation; and because the elastic vibration reducing components comprise the vertical elastic vibration reducing components and the horizontal elastic vibration reducing components which are vertically and horizontally arranged between the supporting body and the connecting piece respectively, the vibration absorber has good damping effect in both the vertical direction and the horizontal direction.

Description

technical field [0001] The invention relates to an air conditioner compressor shock absorber. Background technique [0002] In the air conditioning and refrigeration system, the compressor is the core component. In a typical refrigeration system, its basic function is to inhale, compress, and transmit refrigerant. It is not only a component that provides power for the refrigeration cycle system, but also a component with a large mass. In such or similar refrigeration system structures, the compressor generally needs to be supported and fixed in addition to the piping system (mostly copper pipes) connected thereto. The compressor will generate large vibration during product transportation and system operation, which will have a strong and continuous impact vibration effect on the associated piping structure and supporting sheet metal. At the same time, in practical engineering applications, most of the damage and failure of air conditioners are caused by vibration. Therefo...

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Problems solved by technology

[0003] Up to now, the fixing of air-conditioning compressors is mostly monotonous, and the vibration reduction effect is not ideal

When the compressor is running, all the vibration is transmitted to the connecting parts, causing excessive vibration and noise, which affects the use

In severe cases, it will lead to damage to the fixing parts of the compressor, and after the vibration is transmitted, it is easy to cause resonance noise and failure of related parts, and some even cause fatigue cracks in the pipeline, resulting in refrigerant leakage and causing the unit to stop running or burn the compressor, etc. Serious consequences

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