超聲波的原理是:使用超聲空蝕固體和液體頁面形成的高速微沖洗可以去除或削弱邊界污水層,改善混合效果,加速可溶性污垢的溶解,加強化學清洗劑的清洗效果,這樣可以減少化學清洗劑的用量，甚至不能使用化學清洗劑。與各種化學洗液相比，用超聲波清洗機清洗確實是一種方便環(huán)保的方法。但是你知道一些不好的超聲波清洗機在運行時會產生超聲波空化噪音嗎？

The principle of ultrasound is that the high-speed micro flushing formed by ultrasonic cavitation of solid and liquid pages can remove or weaken the boundary sewage layer, improve the mixing effect, accelerate the dissolution of soluble dirt, and enhance the cleaning effect of chemical cleaning agents. This can reduce the amount of chemical cleaning agents used, and even chemical cleaning agents cannot be used. Compared with various chemical cleaning solutions, using an ultrasonic cleaning machine for cleaning is indeed a convenient and environmentally friendly method. But do you know that some poor ultrasonic cleaning machines produce ultrasonic cavitation noise during operation?

超生空化噪聲對我們的健康有影響。研究表明，空化噪聲不僅污染環(huán)境，而且會降低我們的身體狀況，全自動超聲波清洗生產線降低我們在這種工作環(huán)境中工作的能力。眾所周知，當噪音達到一定強度時，會對人的聽覺器官造成損害，進而造成聽力損害。研究數據顯示，如果一個人每天遭受80人的痛苦dB從長遠來看，他的聽力會明顯下降；如果你在短時間內遭受100~125的影響dB在噪音的影響下，耳朵會暫時聾；如果150dB耳朵會永遠失去聽力。在當今倡導以人為本的社會，必須解決如此大的噪音關鍵。

Supernatal cavitation noise has an impact on our health. Research has shown that cavitation noise not only pollutes the environment, but also reduces our physical condition. The fully automatic ultrasonic cleaning production line reduces our ability to work in this working environment. As is well known, when noise reaches a certain intensity, it can cause damage to the human auditory organs, leading to hearing impairment. Research data shows that if a person suffers 80 people's pain dB every day, in the long run, their hearing will significantly decrease; If you are affected by 100-125 dB in a short period of time, your ears will temporarily become deaf under the influence of noise; If 150dB, the ears will lose hearing forever. In today's society that advocates putting people first, it is necessary to address the key issue of such loud noise.

那么該如何降低噪聲的影響呢？研究表明,空化噪聲不僅污染環(huán)境,并且對長期處于這類工作環(huán)境中的工作人員會引起身體狀況的下降、工作能力的減少等。眾所周知，當噪音達到一定強度時，會對人的聽覺器官造成損害，進而造成聽力損害。研究數據顯示，如果一個人每天遭受80人的痛苦dB從長遠來看，他的聽力會明顯下降；如果你在短時間內遭受100~125的影響dB在噪音的影響下，耳朵會暫時聾；如果150dB耳朵會永遠失去聽力。在當今倡導以人為本的社會里,如此大的噪聲關鍵是務必加以解決的。希望以下方法能對你有所幫助:

So how can we reduce the impact of noise? Research has shown that cavitation noise not only pollutes the environment, but also causes a decline in physical condition and work ability for workers who are exposed to such work environments for a long time. As is well known, when noise reaches a certain intensity, it can cause damage to the human auditory organs, leading to hearing impairment. Research data shows that if a person suffers 80 people's pain dB every day, in the long run, their hearing will significantly decrease; If you are affected by 100-125 dB in a short period of time, your ears will temporarily become deaf under the influence of noise; If 150dB, the ears will lose hearing forever. In today's society that advocates putting people first, such a large amount of noise is crucial and must be addressed. I hope the following methods can be helpful to you:

1:聲源變弱，霧化超聲波清洗線給噪音大的機器加隔音罩或橡膠墊吸收振動。

1: The sound source weakens, and the atomized ultrasonic cleaning line adds soundproof covers or rubber pads to machines with high noise to absorb vibration.

2.人耳變弱，工人在高噪音車間佩戴消聲耳塞

2. The human ear weakens, and workers wear sound-absorbing earplugs in high noise workshops

3:在溝通過程中變弱，在道路和居民區(qū)設置障礙墻和植樹

3: Weakening during communication, setting up barrier walls and planting trees on roads and residential areas

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This article is a friendly contribution from ultrasonic cleaning machines. For more related knowledge, please click: http://cyzb88.com Sincere attitude. We will provide you with comprehensive service. We will gradually contribute more relevant knowledge to everyone. Stay tuned