Research on Household Ultrasonic Washing Machine and Ultrasonic Transducer Based on Spherical Radiation

Wenjing Liu, Xibao Liu, Hangchao Jin, Jianqiang Huang, Qinglong Huang, Zeming Wang
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Abstract

On the basis of analysis by analytic theory and finite element method, the manufacturing and test are both done about the plane and spherical surface transducer. We can find, on the same radiation diameter, the later can be applied more electric power and have wider radiation range, more beautiful shape than the former. The washing machine using the spherical radiation transducer has the advantages of bigger power, more efficiency, better effect etc. By cooperating with third -party authority, the abilities of sterilization and pesticide residue removal are both tested by using the washing machine based on the spherical radiation transducer. The laws have been grasped about the effects of sterilization and pesticide residue removal changing with temperature, power, the volume of the container. The best working points have been obtained about the sterilization and pesticide residue removal on the specified conditions. We can conclude that the washing machine based on the spherical radiation transducer does not only have the good washing ability, but also have good effect of sterilization and pesticide residue removal.
基于球面辐射的家用超声波洗衣机及超声换能器的研究
在分析理论和有限元方法的基础上,对平面和球面换能器进行了制造和试验。我们可以发现,在相同的辐射直径上,后者比前者可以应用更多的电能,辐射范围更广,外形更美观。采用球形辐射换能器的洗衣机具有功率大、效率高、洗涤效果好等优点。通过与第三方权威机构合作,使用基于球形辐射换能器的洗衣机进行杀菌和农药残留去除能力的测试。掌握了灭菌和除残效果随温度、功率、容器容积变化的规律。在规定的条件下,获得了灭菌和除残的最佳工作点。由此可见,基于球形辐射换能器的洗衣机不仅具有良好的洗涤能力,而且具有良好的杀菌和去除农药残留的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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