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A study on Sound Wave Fire Extinguisher with cooling rate

Journal: International Journal of Advanced Engineering Research and Science (Vol.7, No. 7)

Publication Date:

Authors : ;

Page : 505-510

Keywords : Acoustic Lens; Cooling; Sound Beam; Sound Component; Sound Energy.;

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Since the Industrial Revolution, human progress has grown quickly and the structures have become skyscrapered and their inside has gotten muddled. Another blaze concealment technique is expected to stifle or forestall fire in different situations because of the difference in putting out fires condition. The Sori Sound Engineering Research Institute (SSERI) applied a special acoustic lens to the Sound Extinguisher to focus the sound energy. The wind speed of the sound beam was estimated, when the converse stage sound was provided to the sound beam, the wind speed was lost and the sound level was decreased by around 20 dB. The characteristics of a sound beam formed by a special acoustic lens and how efficiently a sound beam transmits sound energy through experiments is investigated. Sound Fire Extinguisher utilizes acoustic focal point to limit the constriction of sound vitality and move vitality to the objective point. It can forestall blaze by bringing down surrounding temperature even before fire. In this examination, we tested to check whether the Sound Fire Extinguisher could forestall fire by bringing down the surrounding temperature. Test results show that when the Sound Fire Extinguisher sound part of a similar breeze speed is provided, the warmed silverware is cooled by 10 ~ 20% quicker than the breeze speed of 2m/s. These outcomes show that the Sound Fire Extinguisher can be utilized to forestall blaze, since the sound segment of the Sound Fire Extinguisher itself advances the encompassing warm dissemination to cool rapidly.

Last modified: 2020-08-09 15:18:55