吴圆欢 王巍 林炜文 王一龙 李瑞云 李泊凝



【摘要】
本文基于超声波空化原理设计一款新型便携式去渍笔,分析外出时如何对衣物污渍进行有效清洁。重点讨论了利用大气压原理设计的真空引水装置,为衣物清洁提供便携水源,以及能将驱动电能转换为超声能量的超声波辐射装置,实现超声波对衣物的清洗,同时研究双腔推拉式结构的污水回存装置,将清洗完成后的污垢抽吸回存,完成自动给水、超声清洁、污水回收一体化的便携式去渍笔设计。
【关键词】超声波清洁,真空引水装置,污水回存槽,便携式
Design of a New Portable Ultrasonic Stain Removing Pen
WU Yuanhuan WANG Wei* LIN Weiwen WANG Yilong LI Ruiyun LI Boning
(College of Engineering and Technology, Northeast Forestry University, Harbin, Heilongjiang Province, 150040 China)
Abstract: In this paper, based on the principle of ultrasonic cavitation, a new type of portable stain removal pen is designed to analyze how to effectively clean clothes stains when going out. This paper focuses on the design of vacuum water diversion device based on atmospheric pressure principle, which provides portable water source for clothing cleaning, and the ultrasonic radiation device which can convert the driving electric energy into ultrasonic energy to realize the cleaning of clothing by ultrasonic. At the same time, the sewage recycling device with double cavity push-pull structure is studied, which can pump and store the dirt after cleaning, and complete the automatic water supply, ultrasonic cleaning and sewage recycling Design of portable stain removing pen integrated with water recovery.
Key Words: Ultrasonic cleaning; Vacuum water diversion device; Sewage storage tank; Portable
引言
效率、清潔、干净的生活,应是我们每个人的日常追求。
然而日常生活中想要时刻保持清洁却不是件容易的事,我们经常会遇到如下尴尬场景:吃饭时衣物不慎沾上油污;写字时袖口不慎留下笔痕;女士的领口不慎蹭染上化妆品等等。
大多情况下这些细小的污渍由于场所的限制无法得到及时的清洁,不仅影响我们形象的美观,而且随着时间的增加污渍会愈发难以清洗,为后续清洗带来不便。
针对以上问题,为了做到在公共场合也能高效、及时地清洗衣物上的污渍,避免尴尬的处境,本项目研究一款能够随身携带、有效去渍的产品。
早在上世纪末,超声波洗衣技术便已经研发出来,但由于各种因素其并未得到实际的应用,也并未得到商品化。[1]
近年来,超声波清衣技术逐渐完善,相比传统洗衣技术,超声波洗衣清洁质量高,且不需使用过多清洗剂,环保经济 [2],开始广泛应用于衣物清洁领域。……