家电科技2024,Vol.1Issue(1) :82-87.DOI:10.19784/j.cnki.issn1672-0172.2024.01.013

冰箱压缩机高频噪声识别及优化

High frequency noise identification and optimization of refrigerator compressor

高军 陈新杰 葛成伟 张巍 胡鹏翔 杨业豪
家电科技2024,Vol.1Issue(1) :82-87.DOI:10.19784/j.cnki.issn1672-0172.2024.01.013
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冰箱压缩机高频噪声识别及优化

High frequency noise identification and optimization of refrigerator compressor

高军 1陈新杰 1葛成伟 1张巍 1胡鹏翔 1杨业豪1
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作者信息

  • 1. 安徽美芝制冷设备有限公司 安徽合肥 230031
  • 折叠

摘要

当前冰箱压缩机高频噪声问题突出,高频噪声听感差易引发用户投诉,识别冰箱压缩机的高频噪声问题,并进行相关优化已迫在眉睫.针对当前的冰箱压缩机易出现的高频噪声问题,以某款定速机型为例,从噪声源和传递路径进行研究,针对某款定速机型的2500 Hz、4000 Hz、5000 Hz等高频噪声问题进行了深度分析并优化.测试结果显示,采用此优化方案能够明显改善其高频噪声问题,为冰箱压缩机高频噪声问题改善提供了相关思路和理论依据,对后续的产品设计具有一定的指导意义.

Abstract

At present,the high-frequency noise problem of refrigerator compressor is prominent,and the poor hearing of high-frequency noise is easy to cause user complaints.It is urgent to identify the high-frequency noise problem of refrigerator compressor and optimize it.In view of the high-frequency noise problems that are easy to occur in the current refrigerator compressor,takes a certain type of fixed-speed compressor as an example to study the noise source and transmission path.The high-frequency noise problems such as 2500 Hz,4000 Hz and 5000 Hz of a certain type of fixed-speed compressor are deeply analyzed and optimized.The test results show that the optimization scheme can significantly improve the high-frequency noise problem,which provides relevant ideas and theoretical basis for the improvement of the high-frequency noise problem of the refrigerator compressor,and has certain guiding significance for the subsequent product design.

关键词

冰箱压缩机/高频噪声/噪声源/传递路径

Key words

Refrigerator compressor/High frequency noise/Noise source/Transfer path

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出版年

2024
家电科技
中国家用电器研究院

家电科技

影响因子:0.086
ISSN:1672-0172
参考文献量5
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