1240028 狄、發明說明： 一、發明所屬之技術領域·· 本發明係為一種可攜式超音波布料洗淨裝置，特別是 才曰一種可供使用者手持移動至任何工作位置，以超音波震 盪方式直接對被清潔物體進行清潔工作之可攜式超音波 布料洗淨裝置。 曰< 一、先刚技術： 按，一般家庭用之洗衣機的洗淨方式主要係將衣物布 料浸入水中，並以攪拌及搓揉方式將布料的污垢洗去，該 籲 種/月'/々方式主要缺點係為必須使用大量的清潔劑與清潔 液體’因此清洗衣物後的大量廢水排放後，將造成環境污 染，並增加都市廢水處理的成本。而且利用水流揽拌搓揉 方式清洗衣物，衣物布料在清洗過程中會遭受嚴重的摩擦 拉扯，因此造成衣料破壞，以致一般高級衣料無法使用洗 衣機清洗。 有鑑於習用洗衣機需使用清潔劑之缺點，後來市面上 出現了使用超音波洗淨裝置。超音波洗淨裝置主要係利用 超音波產生裝置產生高頻之震盪，並透過水等液體為介 _ 質’利用超音波之震盪能量使介質產生微小氣泡，並利用 水中微小氣泡使得水中產生高空洞現象及水分子***之 - 現象，而達到清潔布料纖維污垢的目的。 · 超音波洗淨裝置已經證實具有良好的清潔布料的效 果’然而以往所知的超音波布料洗淨裝置多數為放置在固 定位置供家庭或是商業使用之用途，如美國專利4727734 號案’係於一圓形桶狀容器的底端中央設置一超音波產生 5 1240028 震置’藉由一雙形控制器控制其頻率於i〇_6〇khz，且可 以因布料的不同而調整超音波產生裝置的頻率。該習用技 術係藉由馬達驅動半清潔布料，且於清洗過程中藉由超 音波產生裝置所產生的超音波音束導入洗衣槽内的水流， 並利用洗衣槽内所承裝的水作為超音波的傳導介質。該超 音波產生裝置產生的震盈能量經由水的傳導，可使得洗衣 槽内的水流產生無數的微小氣泡，藉由氣泡與水中的衣物 布料接觸-義爆裂，喊生空洞化現象，藉此加強洗衣 機的洗淨效果。 該超音波洗淨裝置與習用的洗衣機她下，雖可藉由 超音波加強洗淨效果，並且達到減少清潔綱量的目的， 然而其使用的超音波產生裝置在運作時，所產生的震盈能 量係分散在洗衣槽内部的全部空間内，且再加上水槽内的 傳導距離相當長，耻使得震舰量韻_相當嚴重， 所以使得該震魏量無法針，且洗淨賴果大打折扣， 也因此使得習知的超音波洗械紐無法藉由超音波單 獨達成洗淨的目的’而仍然必須藉由獅及添加清潔劑的 方式來達成洗衣的目的’因此並無法完全改善習用之洗衣 機的缺點。 此外’該種超音波洗淨裝置係固定裝置在洗衣機之 上，並無法將該超音波產生裝置取出獨立使用目此使得 該種超音波洗淨裝置僅能夠放置在固定位置使用，而使且 僅適合用作家庭用、商㈣或是工_的大量清潔用途。 三、發明内容： 本發明主要目的係在於提供一種可以供使用者以手 1240028 崎音波對衣物及侧的局部區域進行清潔 工作的可攜式超音波布料洗淨裝置。 本&狀主要技術手段係為在_個可移動本體内設 波產生Ϊ置，使用者可以藉由手持該本體，使 I甘1;生裝置*近衣物或麵需要清潔的區域，並藉 :、生之超音波音束對衣物或布料的局部區域進行清 漯0 藉由本發明技術手段，可提供—種可鷄的布料清潔 ^ ’可供使用者攜帶至任何場所制，而且不須要使用 月潔劑及搓揉攪拌便可發揮清潔功效。 四、實施方式： 明見圖1〜3所示，係為本發明可攜式超音波洗淨裝 置的第-實施例’其巾主要包括：—本體，其内部設 、與電源連设之控制電路2〇 ;及一超音波產生裝置3〇， ^利用該控制電路20._該超音波產生裝43〇，使該超 曰波產生裝置30產生可以發揮清潔布料功效的震盪頻率 (例如於道HZ-6_z之間），並利用該超音波產生裝 置30發出的超音波音束對衣物或布料進行清潔。 如圖1所不該本體10之外觀形狀及其尺寸係可供使 用者手持使用，其内部設置有一容納室丄丄，可容納控制 電路20 ;及一空室12，係設置於本體iq的前端，可裝 置超音波產生裝置30。在該空室12的一側，設置有一開 口 >13，以供該超音波產生裝置30所產生的超音波音束可 由該開口 13穿透而出。該控制電路20係具有一電源線 21，用以與電源連接，以提供該控制電路20及該超音波 1240028 2裝置運作所需電源。該㈣電路2Q制以控制超音 產居i裝置30的運作’其係藉由一個導線22與超音波 ^裝置30連接，以提供超音波產生褒置3〇運作所需 ^力’並控綱超音波產生裝置_作。另於該本體10 t端可見棚設置-指示燈23，該指示燈23触制電路 連接用以顯示該超音波產生較3 〇運作之訊氣。 如圖i所示，開口 13係設於該超音波產心生裝置30 φΓ方"’,f此使得該超音波產生裝置3Q發出的超音波音 置13穿透而出，因此使得該超音波產生裝 ^ 〇所產生的震魏量可轉中在開σ 13的附近區域 =使=本發明的布料清潔裝置可以對衣物或布料的局部 二Άί潔。，以使用者可以利用本發明對衣服的領 子π*比較#易骨谓，且不易清洗的部位，或者是對 衣物沾染到污穢的局部區域進行清潔工作。 如圖3所示，係為使用本發明對一布料4〇進行清潔 使職態。使用者將前述電源線與電力插座連接而 :發明之裝置後，係以手持方式握持本體1〇，將該 ίίΓ前端的開口 13對準布料40欲清潔的位置，並藉 μ胃波產生裝置3Q所產生的超音波音束對布料40 的局部區域進行清潔。 ϋ明使用時’係可以空氣、水或者是空氣與水的混 清潔劑作為超音波傳導的工作介質。當使用空氣為 二時’使用者可以在衣物或布料乾燥的狀態下，使用本 農置直接對布料進行清潔，此時係利用超音波的震 月匕刀解清除布料纖維裡的污垢。此外使用者亦可以在 1240028 3本發㈣將衣物财料局 水益將衣物欲清潔位置_ =中’或以噴 時，再利用本發明的裝置對衣物^分 超音波產生裝置的傳導介質便為布 分，或是水触氣触合。 、麵所3的水 本發明與制的超音波清潔裝置相較，1 =至於可，者： 、，、因此提供制者極A的制雜與方便性。 ^本發明的音波係集中從開口 13穿透而出因此 ^超曰波的震雌量能夠集中在開σ 13附近的小區域 ’曰且再加上該超音波產生裝置3Q與布料4Q極為貼近―， 使得超音波傳導的距離縮短能有效避免能 得該超音波產生裝置如可以產生針轉力 果、’所以使得本發明特別適合用於清潔衣物或布料的小局 邻/月潔，或是對衣物或布料的嚴重污染區域進行局部清潔 的用途。例如，使用者可以在洗衣服之前，利用本發明對 衣服的衣領或袖口先行清潔，或者是在衣服沾染到果汁或 顏料等污穢時，利用本發明對沾染污穢的部位進行清潔。 如圖4所示，係為本發明之第二實施例，其中包括一 本體50，本體50内設置有一容納室51，於容納室si 内裝置有一控制電路20 ;及一空室52，係設置於本體 5〇前端，於該空室52内設置有一超音波產生裝置7〇， 且於該空室52的一側設置有一開口 53。該本體50、控 1240028 =電路2〇、及超音波產生裝置7Q和第—實施例的本體 番控制電路20及超音波產生裝置30之構造大致相同， 且運作方式亦為相同。 該第二實施例與第一實施例不同處係在於該本體 ^其開口 53的一側設置有一失板8〇,如圖4〜5所示， ，夾板80的-端的二側係分別設置有—垂直於該爽板 〇之平面的耳狀構件81，該二耳狀構件81的間距係略 大於本體50尾端的寬I ;及—栓軸82，係穿過該二耳狀 構件81與本體5〇的尾端，而將該二耳狀構件μ連接於 本體50的尾端位置。如圖4〜6所示，該爽板8〇的尾端 係利用前叙栓軸82財繞栓軸82 _的方式連接於 本體50的尾端，因此使得夾板8Q的前端部份能夠以該 栓軸82為中心地呈打開或閉合狀態。如圖5所示，該夹 板80於閉合狀態時’其前端艇長超過該本體％ ^端 的開口 53的位置，因此能夠遮擋於開口 53的下方，且 在此狀態下’該夾板8Q的平面係與本體5Q底部平面呈 平行，而使一者間形成一狹長的夾縫83。 如圖7所示，使用時，該爽板8〇係呈閉合狀態，而 將欲清潔的布料90挾持於該紐83之中，因此藉由該 夾板8〇可哺助制者將布料％挾翻定，而^得^ 料90更為貼近本體50及開口 53，使用時，可以藉由爽 板8〇導引及固定布料9〇 ’以增進操作的方便性。此外， 由於該錄8 0可遮蔽開口 5 3，因此可以使得超音波產生 裝置70產生的超音波音束錢穿透销9G，而使得超音 波震盪的能量加強，而增進潔淨布料的效果。 1240028 抓罢1^道本發明第二實施例可以於夾板8Q上更進一步 ;:#。：圖::料9”平順地在夾縫83中移動的導引 0 Θ斤不，係為本發明第三實 1 80上設置有一導引椹杜Q/1 ^ "你於又扳 Γ構件該導引構件84係由若干個 itfi 該夾板8〇上設置有-開孔842，可容 :滾:i :亥滾輪841係平行地裝置於該開孔⑽之 Γ i 有—側面係突出於該夾板⑽的頂面，而使 =於该右干的二側分別設置有—垂直的凸耳843，該二凸 站Γ3 ΐ分別設置有若干孔844 ’以供該滾輪841的轉 軸845穿設於其中。 、㈣=9=不’係為本發明第四實施例，其係將前述由 的84改為—個由塊狀的導引塊所構成 5 ’ °亥導引構件85係以低摩擦係數的材料製 =>、係概呈矩形塊狀，頂面具有一光滑表面851，且周 设置呈圓弧狀’以使其與布料之摩擦減到最低。 ，圖K)所示’係為本發明第五實施例，其中夹板8〇 f w汗口 53相對應位置設置—可吸收音波的吸音 6’用以減健音波產生裝置發出之超音波音束撞擊到夾 立=〇表面時的音波反彈’㈣免音波相互預而降低超 曰波 >月潔功效。該實施例中的吸音構件係為一具有吸收音 =特性的高分子材料所製成的薄片材料，且設置在失板靠 ，口 53的位置，因此可以吸收超音波產生裝置7〇之 曰波反彈。 如圖11所示，係為本發明第六實施例，其中係夾板 1240028 8〇與該開口 S3相對應位置設置—吸音構件们 例所使用⑽音構件87料具 =冓=以降低音波反彈。該吸音構件== 減:互平行排列的三角_ 如圖12所示’係為本發明之第七實施例，其中係以 DC之電 =代％電源。當然本發㈣源亦可為轉 本發明藉由上述技術手段，可以提供 且操作㈣柯攜式料时«置，因麟^不 =家途’樣__卿至任:: ;的清潔，且由於其超音波產生裝置所產生的 的開，置，且與布料之間的間隔距離相當短， β I免日波傳遞麵，因此使其清潔效果良好。 五、圖式簡單說明： 圖1係為本發明第一實施例的剖面示意圖。 圖2係為本發明第—實施例的示意圖。 圖3係為本發明第一實施的使用示意圖。 圖4係為本發明第二實施例的剖面示意圖。 圖5係為本發明第二實施例的示意圖。 圖6係為本發料二實施例之開啟狀態之立體圖。 圖7係為本發明第二實施例之使職態示意圖。 圖8係為本發明第三實施例之示意圖。 圖9係為本發明第四實施例之示意圖。 1240028 圖ι〇係為本發明第五實施例之示意圖。 圖11係為本發明第第六實施例之示意圖。 圖12係為本發明第第七實施例之示意圖。 圖號說明： 10 .....本體 11•…… .....容納室 12 .....空室 ' 13•…… …··開口 20, .....控制電路 21•…… .....電源線 22……· .....導線 23•…… 24……· .....電池 30.…… .....超音波產生裝置 40……· .....布料 50•…… .....本體 51……· .....容納室 52•…… .....空室 53•…… .…·開口 60•…… .....控制電路 70……. .....超音波產生裝置 80•…… 81……· .....耳狀構件 82•…… .....栓軸 83……· .....夾縫 84•…… .....導引構件 841·… .....滾輪 842.... .....開孔 84 3.... .....凸耳 844.... …"孔 8 4 5.... .....轉軸 85•…… .....導引構件 851.… .....光滑表面 86"…" ..…吸音構件 87……· .....吸音構件 90……. .....布料1240028 D. Description of the invention: 1. The technical field to which the invention belongs ... The present invention is a portable ultrasonic cloth cleaning device, especially a type that can be held by a user to move to any working position by hand, and oscillated by ultrasonic waves A portable ultrasonic cloth washing device that directly cleans the object to be cleaned. Said < First, the first technology: According to the washing method of ordinary household washing machines, the cloth of the clothes is immersed in water, and the dirt of the cloth is washed away by stirring and kneading. The call / month '/ 々 The main disadvantage of the method is that a large amount of detergents and cleaning liquids must be used. Therefore, a large amount of waste water after washing clothes will be discharged, which will cause environmental pollution and increase the cost of urban wastewater treatment. In addition, the clothes are washed by water and rubbing. The cloths of the clothes will be seriously rubbed during the washing process, which will cause the damage of the clothes, so that ordinary high-grade clothes cannot be washed by the washing machine. In view of the shortcomings of using detergents in conventional washing machines, ultrasonic cleaning devices have appeared on the market. The ultrasonic cleaning device mainly uses the ultrasonic generating device to generate high-frequency vibrations, and transmits liquids such as water as the medium. The ultrasonic vibration energy is used to generate micro-bubbles in the medium, and the micro-bubbles in the water are used to create high-altitude cavities in the water. Phenomenon and water molecule burst-Phenomenon, to achieve the purpose of cleaning fabric fiber dirt. · Ultrasonic cleaning devices have been proven to have a good effect of cleaning fabrics. However, most of the previously known ultrasonic fabric cleaning devices are placed in fixed positions for domestic or commercial use, such as US Patent No. 4727734. An ultrasonic wave generator is set at the center of the bottom of a circular barrel-shaped container to generate 5 1240028 vibrations. Its frequency is controlled at i0_60khz by a dual-shaped controller, and the ultrasonic wave generation can be adjusted by different fabrics. The frequency of the device. This conventional technology uses a motor to drive a semi-cleaning cloth, and during the cleaning process, the ultrasonic wave generated by the ultrasonic wave generating device is introduced into the water flow in the washing tub, and the water contained in the washing tub is used as the ultrasonic wave. Conductive medium. The ultrasonic energy generated by the ultrasonic generating device is transmitted through water, which can cause the water flow in the washing tub to generate countless tiny air bubbles. The air bubbles contact the clothing cloth in the water, bursting, and cavitating, thereby strengthening Washing effect of washing machine. Although the ultrasonic cleaning device and the conventional washing machine can enhance the cleaning effect by using ultrasonic waves, and achieve the purpose of reducing the amount of cleaning, however, the vibration generated by the ultrasonic generating device used by it is in operation. The energy system is scattered in the entire space inside the laundry tank, and the conduction distance in the water tank is quite long. The shame makes the quake ship's volume rhyme _ quite serious, so it makes the volume of the quake impossible to be needled, and the washing of the raspberries is greatly reduced. Therefore, the conventional ultrasonic washing machine cannot achieve the purpose of washing by ultrasonic alone, but still must achieve the purpose of washing by lion and adding detergents, so it cannot completely improve the conventional washing machine. Shortcomings. In addition, the ultrasonic cleaning device is fixed on the washing machine, and the ultrasonic generation device cannot be taken out for independent use. This makes the ultrasonic cleaning device only available in a fixed position, and only Suitable for a large number of cleaning purposes for domestic, commercial or industrial applications. 3. Summary of the Invention: The main purpose of the present invention is to provide a portable ultrasonic cloth washing device that can be used by users to clean clothes and a local area on the side with a 1240028 sonic wave. The main technical means of the & shape is to set a wave generating device in a movable body. The user can hold the body to hold the device to the area where clothes or noodles need to be cleaned, and borrow : The raw ultrasonic beam clears the local area of clothing or cloth. 0 Through the technical means of the present invention, a kind of clean cloth for chicken can be provided. ^ 'It can be carried by the user to any place, and it does not need to be used. Moon cleaning agent and rubbing can play a cleaning effect. Fourth, the embodiment: The figure is shown in Figures 1 to 3, which is the first embodiment of the portable ultrasonic cleaning device of the present invention. The towel mainly includes:-the body, which is provided with internal control connected to the power supply. Circuit 20; and an ultrasonic wave generating device 30, ^ using the control circuit 20. The ultrasonic wave generating device 43, so that the ultrasonic wave generating device 30 generates an oscillation frequency (such as HZ-6_z), and use the ultrasonic beam emitted from the ultrasonic generating device 30 to clean clothes or cloth. As shown in FIG. 1, the appearance and size of the body 10 can be used by the user for handheld use. An accommodation room 丄 丄 is provided inside the housing 10 to accommodate the control circuit 20; and an empty room 12 is provided at the front end of the body iq. Ultrasonic generator 30 may be installed. An opening > 13 is provided on one side of the empty room 12 so that the ultrasonic beam generated by the ultrasonic generating device 30 can penetrate through the opening 13. The control circuit 20 has a power line 21 for connecting to a power source to provide the power required for the operation of the control circuit 20 and the ultrasonic wave 1240028 2 device. The circuit 2Q is used to control the operation of the ultrasonic device 30. It is connected to the ultrasonic device 30 through a wire 22 to provide the ultrasonic generation device 30 and the force required for operation. Ultrasonic wave generator. In addition, at the 10 t end of the body, a shed setting-indicator 23 is visible. The indicator 23 touches a circuit and is connected to show that the ultrasonic wave produces a signal that operates more than 30. As shown in FIG. I, the opening 13 is provided in the ultrasonic heart-producing device 30 φΓ square " ', f This makes the ultrasonic sound set 13 emitted by the ultrasonic generating device 3Q penetrate through, so that the ultrasonic The amount of vibration generated by the sound wave generating device ^ 〇 can be transferred in the vicinity of the opening σ 13 = so that the cloth cleaning device of the present invention can clean clothes or a part of the cloth. In this way, the user can use the present invention to clean the collar of clothes π * Comparative #easy bones, and the parts that are not easy to clean, or the contaminated local area of clothes. As shown in FIG. 3, it is used for cleaning a cloth 40 using the present invention. The user connects the aforementioned power cord with a power socket and: after the device is invented, the body 10 is held in a hand-held manner, the opening 13 at the front end of the Γ is aligned with the position of the cloth 40 to be cleaned, and the μ stomach wave generating device The ultrasonic beam generated by 3Q cleans a local area of the cloth 40. When used, it can be air, water, or a mixture of air and water as a working medium for ultrasonic transmission. When the air is two, the user can use this farm to clean the cloth directly when the clothes or cloth is dry. At this time, the ultrasonic vibration dagger is used to remove the dirt in the cloth fiber. In addition, the user can also use the device of the present invention to distribute the conductive medium of the ultrasonic generating device to the clothing when the clothing is cleaned at the position of _ = middle 'or spray at 1240028 3 books. For distribution, or water and air. The water of the noodle 3 Compared with the ultrasonic cleaning device produced by the present invention, 1 = as far as possible, those who: ,, and thus provide the production and convenience of the producer pole A. ^ The acoustic wave system of the present invention penetrates through the opening 13 in a concentrated manner, so ^ the oscillating volume of the supersonic wave can be concentrated in a small area near the opening σ 13 'in addition, the ultrasonic generating device 3Q is very close to the cloth 4Q ―, Shortening the distance of ultrasonic transmission can effectively avoid that the ultrasonic generating device can produce needle turning force fruit, 'so the invention is particularly suitable for small local / monthly cleaning of clothes or fabrics, or Local cleaning of heavily soiled areas of clothing or cloth. For example, the user can use the present invention to clean the collar or cuffs of the clothes before washing the clothes, or use the invention to clean the contaminated parts when the clothes are contaminated with juice or paint. As shown in FIG. 4, it is a second embodiment of the present invention, which includes a main body 50, a receiving chamber 51 is provided in the main body 50, and a control circuit 20 is installed in the receiving chamber si; and an empty chamber 52 is provided in A front end of the main body 50 is provided with an ultrasonic generating device 70 in the empty chamber 52, and an opening 53 is provided on one side of the empty chamber 52. The structure of the main body 50, the control 1240028 = circuit 20, and the ultrasonic generating device 7Q and the first embodiment of the main body control circuit 20 and the ultrasonic generating device 30 are substantially the same, and the operation modes are also the same. This second embodiment differs from the first embodiment in that the body ^ is provided with a lost plate 80 on one side of its opening 53, as shown in Figs. 4-5. The two sides of the-end of the splint 80 are respectively provided with -An ear-like member 81 perpendicular to the plane of the cool plate 0, the pitch of the two ear-like members 81 is slightly larger than the width I of the tail end of the body 50; and-the bolt shaft 82 is passed through the two ear-like members 81 and the body The tail end of 50 is connected to the position of the tail end of the body 50. As shown in Figs. 4 to 6, the rear end of the cooler plate 80 is connected to the rear end of the body 50 by using the front bolt shaft 82 and the bolt shaft 82_, so that the front end portion of the splint 8Q can be The peg shaft 82 is opened or closed at the center. As shown in FIG. 5, when the splint 80 is in a closed state, its front boat length exceeds the position of the opening 53 at the end of the body, so it can be hidden below the opening 53, and in this state, the plane of the splint 8Q is It is parallel to the bottom plane of the body 5Q, so that a narrow slit 83 is formed between them. As shown in FIG. 7, when in use, the cool plate 80 is in a closed state, and the cloth 90 to be cleaned is held in the button 83. Therefore, the plywood 80 can help the producer to change the cloth% 挟It is fixed, and the material 90 is closer to the body 50 and the opening 53. When in use, the cloth 90 can be guided and fixed by the plate 80 to improve the convenience of operation. In addition, since the recording 80 can cover the opening 53, the ultrasonic beam generated by the ultrasonic generating device 70 can penetrate the pin 9G, so that the energy of the ultrasonic vibration is strengthened, and the effect of cleaning the cloth is enhanced. 1240028 The second embodiment of the present invention can be further advanced on the splint 8Q;: #. ： Picture :: Material 9 ”guide 0 Θ that smoothly moves in the gap 83. It is a guide 181 of the third embodiment of the present invention. 椹 Du Q / 1 ^ " You and Γ The guide member 84 is composed of a plurality of itfi. The plywood 80 is provided with an opening 842, which can accommodate: roll: i: hai roller 841 is installed in parallel with the opening Γ i. The top surface of the splint ⑽ is provided with vertical lugs 843 on the two sides of the right stem, and the two convex stations Γ3 ΐ are respectively provided with a plurality of holes 844 ′ for the rotating shaft 845 of the roller 841 to pass through. Among them, ㈣ = 9 = No 'is the fourth embodiment of the present invention, which is changed from the aforementioned 84 to a block-shaped guide block 5', the guide member 85 is low Material of friction coefficient =>, is almost rectangular block, the top mask has a smooth surface 851, and the circumference is set in an arc shape 'to minimize its friction with the cloth. (Shown in Figure K)' This is a fifth embodiment of the present invention, in which the splint 80fw sweat mouth 53 is disposed at a corresponding position-the sound absorption 6 'that can absorb sound waves is used to reduce the sound emitted by the sound generating device. The sound wave bounces when the sonic sound beam hits the surface of the clip = 0, and the sound wave prevents each other and reduces the ultra-wave effect. The sound absorbing member in this embodiment is a polymer material with sound absorption properties. The manufactured sheet material is arranged at the position of the lost plate and the mouth 53, so it can absorb the wave bounce of the ultrasonic generating device 70. As shown in FIG. 11, it is a sixth embodiment of the present invention, in which the system The splint 1240028 80 is set at a position corresponding to the opening S3. The sound-absorbing member 87 uses a sound-absorbing member 87. = = to reduce sound bounce. The sound-absorbing member == minus: triangles arranged in parallel with each other Shown is the seventh embodiment of the present invention, in which the DC power = generation% power supply. Of course, this source can also be converted to the present invention through the above-mentioned technical means, can provide and operate the portable materials «Set, due to Lin ^ not = home way 'like __ 卿 至 任 ::; clean, and because of the opening and setting of its ultrasonic generating device, and the distance from the fabric is quite short, β I No sun wave transmission surface, so its cleaning effect is good. Brief description of the drawings: Figure 1 is a schematic cross-sectional view of the first embodiment of the present invention. Figure 2 is a schematic view of the first embodiment of the present invention. Figure 3 is a schematic view of the first embodiment of the present invention. Figure 4 is Sectional schematic diagram of the second embodiment of the present invention. Figure 5 is a schematic diagram of the second embodiment of the present invention. Figure 6 is a perspective view of the opened state of the second embodiment of the hair. Figure 7 is a second embodiment of the present invention. Figure 8 is a schematic diagram of the third embodiment of the present invention. Figure 9 is a schematic diagram of the fourth embodiment of the present invention. 1240028 Figure ι is a schematic diagram of the fifth embodiment of the present invention. Figure 11 is A schematic diagram of a sixth embodiment of the present invention. FIG. 12 is a schematic diagram of a seventh embodiment of the present invention. Description of drawing number: 10 ..... body 11 • ... ..... accommodating room 12 ..... empty room '13 • ... ... opening 20, ... control circuit 21 • …… ..... Power cord 22 …… · ..... Lead 23 • …… 24 ……………… .. Battery 30. ………… .. Ultrasonic generator 40 …… · ..... Cloth 50 • …… ..... Body 51 …… ·… .. Accommodating Room 52 • …… ..... Empty Room 53 • …… .. · Opening 60 • …… ..... Control circuit 70 ............... Ultrasonic generating device 80 • …… 81 …… · ..... Ear-like member 82 • …… ..... Bolt shaft 83 …… · .... Gap 84 • …… ..... Guide member 841 · ........ Roller 842 ............ Opening hole 3. 3 ....... .Lug 844 ....… " Hole 8 4 5 .... ..... Rotary shaft 85 • …… ..... Guiding member 851 .... .... Smooth surface 86 "… " ........ Sound-absorbing member 87 …… · ..... Sound-absorbing member 90 ……. ..... Cloth