1344861 九、發明說明： 【發明所屬之技術領域】 本發明是關於一種攜帶式超音波霧氣產生裝置。 * 【先前技術】 '· 提出此申請案前，申請人已開發且提出新型態的攜帶 ‘ 式超音波霧氣產生裝置。先前的裝置係記載於日本特開 2005-1 1 1328號公報（特許文獻1)及日本特開2006-142119 號公報（特許文獻2)中。 上述各公報中的裝置皆具有液體儲存槽以及超音波 振動子，超音波振動子係設置於液體儲存槽底面。此外， 喷嘴係連接於液體儲存槽，空氣係藉由風扇傳送，而管道 • 形成於風扇和液體儲存槽之間，將空氣導往液體儲存槽 中。此外，功率電晶體係連接於超音波振動子，電子裝置 係連接於功率電晶體，藉由電子裝置及功率電晶體驅動超 音波振動子，而超音波振動液體儲存槽中的液體，使液柱 從此液面喷出，藉由液柱產生霧氣。因此，霧氣係藉由空 氣傳送，而自喷嘴喷出。此霧氣極細小。因此，例如將本 # 裝置用於美顏術時，可將霧氣喷於臉部，讓皮膚吸收。 此時，功率電晶體係經電流加熱，特別易於發熱。有 鑑於此，如何經濟有效地氣體冷卻功率電晶體，乃被眾人 期望。 【特許文獻1】特開2005-111328號公報 【特許文獻2】特開2005-142119號公報 1344861 【發明内容】 根據本發明，一液體儲存槽與一超音波振動子結合， 超音波振動子係設置於液體儲存槽之底面。又，一喷嘴係 * 連接於液體儲存槽，空氣係藉由一風扇傳送，而一管道形 • 成於風扇和液體儲存槽之間，將空氣導往液體儲存槽中。 又，一散熱鰭片構材係設置於管道上，一功率電晶體與散 熱鰭片構材組合，連接於超音波振動子。又，一電子裝置 y 係連接於功率電晶體，藉由電子裝置及功率電晶體驅動超 音波振動子，而超音波振動液體儲存槽中之液體，使液柱 . . · 從液面喷出，藉由液柱產生霧氣。因此，霧氣係由空氣傳 送，而自喷嘴喷出。又，功率電晶體係藉由空氣及散熱鰭 片構材而被氣體冷卻。 在一較佳的態樣，散熱鰭片構材係由散熱鰭片筒構 成。在風扇的順流位置，一管道係形成於散熱鰭片筒的内 U 面，功率電晶體係設置於散熱鰭片筒的外面。 【實施方式】 - e ； 以下說明本發明之實施例。 圖1出示了為本發明之攜帶式超音波霧氣產生裝置。 本裝置具有一殼體1、液體儲存槽2.及超音波振動子3。 殼體1係為可單手掌握的大小。液體儲存槽2係内藏於殼 體1的上部，超音波振動子3則設置於液體儲存槽2之底 面。本實施例中，在液體儲存槽2設有一穿透膜4，而將 8 1344861 液體儲存槽2分為上部及下部，超音波振動子3則設置於 下部的底面。此外，在液體儲存槽2的下部中填充的液體 5，藉穿透膜4而封入，而在液體儲存槽2的上部中則填 充有液體6。穿透膜4係由樹脂製的薄膜片製成。 φ 又’喷嘴7係設置於殼體〗的上端，其係突出於外部， ， 管道8形成於喷嘴7與液體儲存槽2之間，使喷嘴7連接 於液體儲存槽2。此外，風扇9内藏於殼體1的下部，一 y 縫隙10形成於殼體1的侧壁上，空氣.係從縫隙ίο吸入時， 即經由風扇9進行傳送。風扇9係以多翼式扇葉構成。又， 管道Π形成於風扇9及液體儲存槽2之間，空氣係通 過管道11，傳送至液體儲存槽2。 此外，如圖2所示，散熱鰭片構材12係設置於管道 11上。又，功率電晶體13係内藏於殼體丨的下部，與散 熱鯖片構材結合，且連接至超音波振動子3。散熱韓片構 材12係以鋁等導熱材料製成。又，在此實施例中，在風 U 扇9的順流位置’ 一管道11係形成於散熱韓片筒（散熱 Μ構材）12的内面，而功率電晶體13係設置於散熱韓 片筒（散熱鰭片構材）12的外面。 、曰 ：· 又，電子裝置14係内藏於殼體1的下部，而連接至 功率電晶體13,藉由電子裝置14及功率電晶體13驅動超 音，振動子3,以此振盪出超音波15。超音波15係穿透 過牙透膜4 °其方向係為與超音波振動子3垂直的方向。 因此’藉由超音波振動子3而超音波振動液體儲存槽2中 的液體5、6 ’使液柱17從液面16喷出，藉由液杜17產 9 生霧氣。 自= ，霧氣係藉由空氣傳送，其係通過 出。此霧氣極細小，因此，例如當本裝 液可將霧时於臉部，而讓皮膚吸收。 履體5、6係由水構成。 此外’在本裝置中，雖缺功鱼φ 牲别Μη Τ雖…力羊電晶體係經電流加熱而 不會形成問題。即使不採取其他特別的 Γ二广經風扇9傳送時，因為位於風扇9的順流位 置’使付傳送來的空氣作用於散熱鰭片筒（散_片構材） :及:力率電晶體13。且’藉由空氣及散熱籍片筒（散 :轉片構材”2而氣體冷卻功率電晶體13。因此，可經 %且有效的氣體冷卻功率電晶體^ 3。 此外在本裝置中，蓋體18係與液體儲存槽2結合， ;係設置於液面16的上方。蓋體18係呈圓拱狀，於平視 二呈多角形’且其係具有複數個邊角。因此，當液柱P 攸液面16喷出時’液柱17衝擊至蓋體18,藉由蓋體18 來限制液柱17的兩度。因此，可使霧氣的量不因整體裝 置小巧化而減少，達到較佳的效果。 又’喷嘴7和賴H存槽之間的管道8，係通過液體 ^##2料^_”切，而，練雜存槽2, 且風扇9及液體儲存槽2之間的管道u亦同。因此，即 使ί個裝置呈現傾斜狀態，液體儲存槽2中的液體不會通 ，s返U風扇9。液體儲存槽2中的液體也不會通過 官道8從喷嘴7溢出。 Ϊ344861 此外在液柱17的水平方向的—側，發光 係設置於液體儲存槽2之側壁，而於另—側，一办體19 係形成於儲存槽2的側壁上。發光二極體19彳系'窗口 20 口 20。因此，當液柱17經發光二極體19照射正 係透過窗口 20，可由窗口 2〇觀察到液柱17，賦予本、” y 展示效果。此外，發光二極體19的光線具:置 為習知。因此，本裝置不只能將霧氣喷於臉部，係 極體19的光線透過窗σ 2〇時，此光線照射至: 由霧氣及發光二極體19得到美容效果。此外，使用紅稭 發光二極體時，此光線可使皮膚達到濕潤效果亦為習知色 因此，當發光二極體19使用紅色發光二極體，且與噴;。 的霧氣併用，可有效地滋潤皮膚。 本裝置不僅可作為美顏術用，也可作為其他用途。伤 如，當液體6為藥劑時，霧氣含有金屬離子或藥效成分，J 廷些被皮膚吸收後，可作為醫療目的使用。於室内或室 外，亦可將芳香劑、除臭劑或殺蟲劑以霧氣型態散佈。至 【圖式簡單說明】 圖1是本發明實施例的剖面圖；以及 圖2是圖1中風扇及散熱鰭片筒的剖面圖·， 【主要元件符號說明】 1 :殼體 2:液體儲存槽 11 13448611344861 IX. Description of the Invention: [Technical Field] The present invention relates to a portable ultrasonic mist generating device. * [Prior Art] '· Before proposing this application, the applicant has developed and proposed a new type of carrying ‘type ultrasonic fog generating device. The prior art is described in Japanese Laid-Open Patent Publication No. 2005-1 1328 (Patent Document 1) and JP-A-2006-142119 (Patent Document 2). The devices in each of the above publications each have a liquid storage tank and an ultrasonic vibrator, and the ultrasonic vibration sub-system is disposed on the bottom surface of the liquid storage tank. In addition, the nozzle is connected to the liquid storage tank, the air is conveyed by the fan, and the pipe is formed between the fan and the liquid storage tank to guide the air into the liquid storage tank. In addition, the power electro-crystal system is connected to the ultrasonic vibrator, and the electronic device is connected to the power transistor, and the ultrasonic vibrator is driven by the electronic device and the power transistor, and the ultrasonic wave vibrates the liquid in the liquid storage tank to make the liquid column From this liquid level, a mist is generated by the liquid column. Therefore, the mist is ejected from the nozzle by air. This mist is extremely small. Therefore, for example, when the # device is used for beauty surgery, mist can be sprayed on the face to allow the skin to absorb. At this time, the power electro-crystal system is heated by current, and is particularly prone to heat generation. In view of this, how to cost-effectively cool the power transistor is a high expectation. [Patent Document 1] JP-A-2005-111328 (Patent Document 2) JP-A-2005-142119, No. 1344861 [Invention] According to the present invention, a liquid storage tank is combined with an ultrasonic vibrator, and an ultrasonic vibration subsystem is provided. It is placed on the bottom surface of the liquid storage tank. Further, a nozzle system * is connected to the liquid storage tank, the air is transported by a fan, and a duct is formed between the fan and the liquid storage tank to guide the air into the liquid storage tank. Moreover, a heat dissipating fin member is disposed on the pipe, and a power transistor is combined with the finned fin member to be connected to the ultrasonic vibrator. Moreover, an electronic device y is connected to the power transistor, and the ultrasonic oscillator is driven by the electronic device and the power transistor, and the ultrasonic wave vibrates the liquid in the liquid storage tank to make the liquid column. · Ejected from the liquid surface, A mist is generated by the liquid column. Therefore, the mist is transmitted from the air and ejected from the nozzle. Also, the power transistor system is cooled by the gas by the air and the heat sink fin members. In a preferred aspect, the fin structure is constructed of a heat sink fin. In the downstream position of the fan, a pipe is formed on the inner U-side of the heat-dissipating fin barrel, and the power electric crystal system is disposed outside the heat-dissipating fin barrel. [Embodiment] - e; Hereinafter, an embodiment of the present invention will be described. Fig. 1 shows a portable ultrasonic mist generating device of the present invention. The device has a casing 1, a liquid storage tank 2. and an ultrasonic vibrator 3. The housing 1 is of a size that can be grasped with one hand. The liquid storage tank 2 is housed in the upper portion of the casing 1, and the ultrasonic vibrator 3 is disposed on the bottom surface of the liquid storage tank 2. In the present embodiment, a penetrating film 4 is provided in the liquid storage tank 2, and the 8 1344861 liquid storage tank 2 is divided into an upper portion and a lower portion, and the ultrasonic vibrator 3 is disposed on the bottom surface of the lower portion. Further, the liquid 5 filled in the lower portion of the liquid storage tank 2 is sealed by the penetrating membrane 4, and the liquid 6 is filled in the upper portion of the liquid storage tank 2. The penetrating film 4 is made of a film sheet made of resin. The φ and 'nozzles 7 are provided at the upper end of the casing, which protrudes from the outside, and the duct 8 is formed between the nozzle 7 and the liquid storage tank 2 to connect the nozzle 7 to the liquid storage tank 2. Further, the fan 9 is housed in the lower portion of the casing 1, and a slit 10 is formed in the side wall of the casing 1, and the air is conveyed through the fan 9 when it is sucked from the slit. The fan 9 is constructed of multi-blade blades. Further, the duct is formed between the fan 9 and the liquid storage tank 2, and the air is sent to the liquid storage tank 2 through the duct 11. Further, as shown in FIG. 2, the heat dissipating fin member 12 is disposed on the duct 11. Further, the power transistor 13 is housed in the lower portion of the casing cymbal, is coupled to the heat radiating dam member, and is connected to the ultrasonic vibrator 3. The heat-dissipating Korean sheet material 12 is made of a heat-conductive material such as aluminum. Further, in this embodiment, in the downstream position of the wind U 9 , a pipe 11 is formed on the inner surface of the heat-dissipating heat sink (heat-dissipating material) 12, and the power transistor 13 is disposed on the heat-dissipating film tube ( The outer surface of the heat sink fin member 12).曰: · Further, the electronic device 14 is built in the lower part of the casing 1, and is connected to the power transistor 13, and the electronic device 14 and the power transistor 13 drive the ultrasonic sound, the vibrator 3, thereby oscillating the super Sound wave 15. The ultrasonic wave 15 penetrates the tooth-permeable membrane by 4° in a direction perpendicular to the ultrasonic vibrator 3. Therefore, the liquid column 17 is ejected from the liquid surface 16 by the ultrasonic waves vibrator 3 and the liquid 5, 6' in the ultrasonic vibration liquid storage tank 2, and the liquid mist 17 generates a mist. Since =, the mist is transmitted by air, which passes through. This mist is extremely small, so that, for example, when the liquid can fog on the face, the skin is absorbed. The crawlers 5 and 6 are made of water. In addition, in this device, although the lack of power fish φ 牲 Μ Τ Τ ... 力 力 力 力 力 力 电 力 力 力 力 力 力 力 力 力 力 力 力 力 力 力Even if the transmission of the other special second-passing fan 9 is not taken, the air sent in the downstream position of the fan 9 acts on the heat-dissipating fin barrel (scattering sheet member): and: the force rate transistor 13 . And 'the gas cooling power transistor 13 is cooled by the air and the heat-dissipating film cartridge (scatter: transfer member) 2. Therefore, the power transistor can be cooled by a % and effective gas. Further, in the device, the cover The body 18 is combined with the liquid storage tank 2, and is disposed above the liquid surface 16. The cover 18 is rounded and has a polygonal shape in the plan view, and the system has a plurality of corners. When the liquid level 16 of the column P is ejected, the liquid column 17 impinges on the lid body 18, and the lid body 18 limits the degree of the liquid column 17 by two degrees. Therefore, the amount of mist gas can be reduced without being reduced by the overall device. The preferred effect is as follows: 'The pipe 8 between the nozzle 7 and the reservoir H is cut by the liquid ^##2 material ^_", and the storage tank 2 is drilled, and the fan 9 and the liquid storage tank 2 are The same is true for the pipe u. Therefore, even if the device is tilted, the liquid in the liquid storage tank 2 does not pass, and the s returns to the U-fan 9. The liquid in the liquid storage tank 2 does not pass through the official passage 8 from the nozzle. 7 overflowing. Ϊ 344861 In addition, in the horizontal direction of the liquid column 17, the light-emitting system is disposed on the side wall of the liquid storage tank 2, and on the other side, The body 19 is formed on the side wall of the storage tank 2. The light-emitting diode 19 is a window 20 of the window 20. Therefore, when the liquid column 17 is irradiated through the light-emitting diode 19 to the normal transmission window 20, it can be observed by the window 2 The liquid column 17 imparts a "y" effect to the present. In addition, the light of the light-emitting diode 19 is set to be conventional. Therefore, the device can not only spray mist on the face, but also the light passing through the window σ. At 2 ,, this light is irradiated to: The beauty effect is obtained by the mist and the light-emitting diode 19. In addition, when the red-stalk light-emitting diode is used, the light can make the skin moisturize and is also a conventional color. The polar body 19 uses a red light-emitting diode and is used in combination with a spray of mist to effectively moisturize the skin. The device can be used not only as a cosmetic but also as a other application. Injury, when the liquid 6 is a medicament The mist contains metal ions or medicinal ingredients. After being absorbed by the skin, J can be used for medical purposes. Indoors or outdoors, fragrances, deodorants or insecticides can also be dispersed in a mist form. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is the present invention Cross-sectional view of the embodiment; FIG. 1 and FIG. 2 is a fan and a heat dissipation fin-sectional view of the cartridge, the main element [Description of Symbols] 1: case 2: a liquid storage tank 111344861
3:超音波振動子 4 : 穿透膜 5 ' 6 :液體 7 ： 喷嘴 8 ： 管道 9 ： 風扇 10 縫隙 11 管道 12 散熱鰭片筒（散熱鰭片構材） 13 功率電晶體 14 電子裝置 15 超音波 16 液面 17 液柱 18 蓋體 19 發光二極體 20 窗口 123: Ultrasonic vibrator 4: Penetrating membrane 5 ' 6 : Liquid 7 : Nozzle 8 : Pipe 9 : Fan 10 Slot 11 Pipe 12 Heat sink fin (heat sink fin member) 13 Power transistor 14 Electronics 15 Super Sound wave 16 liquid level 17 liquid column 18 cover body 19 light emitting diode 20 window 12