CAJ | 학술논문

在对文献〔1〕、〔2〕研究的基础上，针对手工洗涤方法的液外洗涤模式，将衣物置放在液面外的相关位置上，供给最佳量洗涤液，通过对团状衣物造成断续性形变运动的洗涤方式，实现高效能洗涤；按该模式设计与制造的“搓揉式洗涤方法与洗涤装置”(专利)样机，经洗涤试验在洗涤性能上取得了显著效果。在分析液外洗涤原理的基础上，讨论了最佳供液量的作用与直接施加间断性外力方法对洗涤性能的影响，并对液外洗涤模式各种潜力进行了分析。此项研究将为高性能、节水、环保型洗衣机的研究提供理论依据。
재대문헌〔1〕、〔2〕연구적기출상，침대수공세조방법적액외세조모식，장의물치방재액면외적상관위치상，공급최가량세조액，통과대단상의물조성단속성형변운동적세조방식，실현고효능세조；안해모식설계여제조적“차유식세조방법여세조장치”(전리)양궤，경세조시험재세조성능상취득료현저효과。재분석액외세조원리적기출상，토론료최가공액량적작용여직접시가간단성외력방법대세조성능적영향，병대액외세조모식각충잠력진행료분석。차항연구장위고성능、절수、배보형세의궤적연구제공이론의거。
This research in based upon work found in papers 1 and 2 and employs the partial immersion washing method (PIWM) of hand-wash. This method involves the placing of clothes upon the liquid surface to provide an optimum quantity of water. This achieves a highly efficient wash as a result of the clustered clothes being subjected to an interrupted movement of deformation. Prototype washing machines, “the Rubbing Clean Method and Washing Devices” (patented), have been designed and manufactured to produce an improved cleansing effect. 　　This paper discusses the PIWM, specifically the roles of optimum liquid quantity and the intermittent application of a direct force upon the clothes. Further analysis focuses on the potential and applications of the PIWM washing method. The theoretical foundations necessary for the development of a high performance, water conserving and environmental protection washing machine have been built in the course of this research.