TWI363661B - - Google Patents
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- TWI363661B TWI363661B TW98127825A TW98127825A TWI363661B TW I363661 B TWI363661 B TW I363661B TW 98127825 A TW98127825 A TW 98127825A TW 98127825 A TW98127825 A TW 98127825A TW I363661 B TWI363661 B TW I363661B
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- water
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- charged
- skin
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Classifications
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H33/00—Bathing devices for special therapeutic or hygienic purposes
- A61H33/06—Artificial hot-air or cold-air baths; Steam or gas baths or douches, e.g. sauna or Finnish baths
- A61H33/12—Steam baths for the face
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B5/00—Electrostatic spraying apparatus; Spraying apparatus with means for charging the spray electrically; Apparatus for spraying liquids or other fluent materials by other electric means
- B05B5/025—Discharge apparatus, e.g. electrostatic spray guns
- B05B5/053—Arrangements for supplying power, e.g. charging power
- B05B5/0533—Electrodes specially adapted therefor; Arrangements of electrodes
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B5/00—Electrostatic spraying apparatus; Spraying apparatus with means for charging the spray electrically; Apparatus for spraying liquids or other fluent materials by other electric means
- B05B5/025—Discharge apparatus, e.g. electrostatic spray guns
- B05B5/057—Arrangements for discharging liquids or other fluent material without using a gun or nozzle
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- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Epidemiology (AREA)
- Pain & Pain Management (AREA)
- Physical Education & Sports Medicine (AREA)
- Rehabilitation Therapy (AREA)
- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- General Health & Medical Sciences (AREA)
- Veterinary Medicine (AREA)
- Electrostatic Spraying Apparatus (AREA)
- Devices For Medical Bathing And Washing (AREA)
Description
六、發明說明: 【發明所屬之技術領域】 本發明係有關一種作成藉靜電霧化現象產生奈 米級的帶電微粒子水並朝霧化對象空間作供給之靜 電霧化裝置者。 【先前技術】 自以往就知道,特開2 〇 〇 5 — i 3丄5 4 9 ,公報等揭示對保持於放電電極的末端之液體施加 同電壓,使保持於放電電極的末端之液體反覆產生 刀裂、飛散(所謂的瑞立分裂;R a y i e i g h breakup)的靜電霧化現象,藉該靜電霧化 現象生成含自由基(活枓 子液。 (活性種)之奈米級的帶電微粒 現在有很多人對—整车 3 正平乾煤的肌膚感到懊;.惱。 於疋,本發明者乃進行提供一 的靜带種以利用像上述那樣 的,務化現象,產生含自由基(活性 級的帶電微早、、存,不米 电α拉子液,對顯現乾燥肌膚的受 喷務而可改善肌膚乾烤 、進订 究、開發。3乾4的好電霧化裝置為課題之研 【發明内容】 本發明係一種靜雷裳& # m 電極;-液體供哈機構,& ,係具備:—放電 1363661 體;及-高電壓施加機構,係對上述放電電極的液 體施加高電場,該靜電霧化裝置之特徵在於該高電 壓施加機構係對供給至放電電極之液體施加高電 場,在1秒内產生ιχ10 “個以上的帶電微粒子 水。 本發明的靜電霧化裝置係透過由放電電極在工 秒内產生1x1 〇“個以上之帶電微粒子水並對人 喷霧,而可減少角質層的水份蒸發量,抑制皮脂量 白1咸少,修整肌膚的紋理,提升光澤以改善乾燥肌 季父佳為,高電壓施加機構係在丄秒内產生工 ΓΛ014個以上的帶電微粒子水。藉由帶電微粒子 水的產生量變多’使角質層水份量增加。 端大放電電極的末端係以位在與對向電極的下 :力大::同的位置者較佳。依此構成,能在未改變 量。查和電流值之下增加帶電微粒子水的產生 平乂住馮,帶電微粒子水 的舞立i你 ,A ,j〜丄ϋ 0 n m 二。由於此粒子徑比人體 小,故能供給到角角質細胞尺寸逛 量增加。 角貝層表面的晨部’讓角質層水份 極 較佳為’更具備一對向電極’位在與放電電 隔有距離的位置。依此構成能增加帶電微粒子 產生量。 又’較佳為’對向電極具有一内面,其與放電 對’此内面具有一曲面,其具有以放電電極 對為中心之既定的曲率半徑。依此構成,可在 吝:I極的内面與放電電極的末端之間的寬廣範圍 2強力的電場。藉此’電場對放電電極的末端之 C非常地高,讓電荷有效率地集中在供 液體,成為可大量地產生 之V電微粒子水。 土 又’較佳為’在對向電極設有一放出孔,在該 伸而^備有—同狀電極部朝遠離放電電極之方向延 電電之==狀,;的_放 ::水係 W二 部而被朝外的内 電微粒子水朝外部空間Μ地放自由基之帶 t發日月的靜電霧化# 於1秒内產生1χΊ透過施加高電場以 對乾燥肌膚的人嘴霧,達至上的帶電微粒子水並 蒸發量,抑制皮月:旦之咸胃減少角質層的水份 皮月曰里之減少,修整肌膚的紋理,提 升光澤以改善乾燥肌膚的效果 【貫施方式】 本發:y 1依據附件圖式所*之實施形態來說明 之=Ϊ —圖中概略地表示本發明的第-實施形態 ]電霧化裝置,其係由放電電極1在1秒内產生 水;:0"個以上之水的帶電微粒子(帶電微粒子 第-圖所示之本發明的靜電霧化裝置為呈備: 2放電電極1 ;對向電極5,係位在與該放電電 不1的末端la隔有距離的位置上且在中央且 出山孔5 a ;液體供給機構2,對該放電電極丄、的末 端1 a供給水等之靜電霧化用的液體(未圖示八及 局電壓施加機構3,係、與放電電極1及對向電極5 電性連接並對兩電極1、5間施加高電壓。 有關液體供給機構2方面,係以鋁等之熱傳導 率高的材質形成放電電極i,同時使該放電電極工 的基端部1 b連接於帕耳帖單元8的冷却部8 a 側。藉此,透過帕*帖單元8冷却放電電極1自體 並使放電電極1的表面上生成結露水,將該結露水 用作為靜電霧化用的液體之構造。本發明中的液體 供給機構2未特別限定,例如放電電極丄能以多孔 質:瓷等,多孔質材或具有細孔的材質來構成,亦 可為,將該放電電極i之基端部 r去R + 1 1D側π泡在液槽 (未圖不)内所儲藏的液體内之其他的構成。 與放電電極1的末端;L a呈對 的内曲面。,係具有以放電電 :::::的曲率半徑R。以通過放電電極1的末 以πΐ切:該内曲面5 μ之斷面,係成為 以放毛电極1的末端i a為中心之半徑 狀。因此’在此内曲面5b整體與放電電極二: 間,係於三度空間的寬廣範圍產生強力的 包% (參照第二圖(a )中的箭頭)。 ,:..:一 而且’在對向電極5上形成有圓形開口的放出 =二:出孔5a之周緣係在偏離放電電極1 部7。筒狀電極部7的一端;=二『筒狀'電極 出孔“連通的開。,另:二=具有與放 71 鳊(圖申上側)且右盥 二連通的吐出口 7 3。透過具備筒狀電極部 筒狀電極部7的内面“整體與放電電極 電極邛Hi之間亦產生電場’故比起未具備筒狀 了=的情況,可在更廣的範圍產生強 (參照弟二圖(b )令的箭頭)。 本發明的第一實施形態之靜電霧化裝置她 視圖顯不在第三圖。設對向電極5之筒狀電極 1363661 的内徑D為5.〇mm,筒狀電極部7 回度Η為1.5mm,從在對向帝 口的 放電電極1側開口的開口部份::迄二曲::5的 7的吐出…為止的高度二二=電極: 電電極1的末端i a迄至對 .m,攸放 距離n 电極5内曲面5b的 離又為5.〇mm’在放電電極 下端5 c與放電電極的末 之對向電極 2. 25mm。且為施加電严之距離L2設為 a。該本發_#^!;~5 k v、電流^ 在1秒内產生 (帶電微粒子水)。 電微粒子 具有筒狀電極部7之對向電極5, 之金屬所成的導電性物質作切削、 :全二二:!形成者,但亦可在樹脂成型後施 物;:可一成’或使用導電性塑膠等之導電性 上述構成之靜電霧化裝置中,藉由 構2將液體供給予放電電η的末端“並使2 向If,藉由高電壓施加機構3對放電電極 玉5之間施加高電壓,放電 L1:為負電極而使電荷集中。透過藉電C 也 生的電場,使保持於放電電極丄的末 a之液體帶電’庫倫力(Coul〇mb 1363661 c )於該帶電的液體起作用, 地隆起成圓錐形狀。在該成為 租、、之面即局部 勒圓錐;Tay1〇r,錐形狀的液體(泰 〇rie)之末端,恭^ 集中使電荷密度成為高密度’藉高密度電荷= 厂=液體反覆分裂、飛散(所謂的瑞立: 裂,Rayleigh break 、 靜電霧化。藉由靜電霧化現象,含 P而產生[Technical Field] The present invention relates to a static atomizing device which produces charged microparticle water of a nanometer level by electrostatic atomization and supplies it to an atomization target space. [Prior Art] It has been known from the past that the special opening 2 〇〇 5 — i 3 丄 5 4 9 , the publication discloses that the same voltage is applied to the liquid held at the end of the discharge electrode, so that the liquid held at the end of the discharge electrode is repeatedly generated. Electrostatic atomization of cracking and scattering (so-called Ryyigh breakup), which generates free radicals (live scorpion liquids by electrostatic atomization). Nano-sized charged particles (active species) are now available. Many people feel awkward about the skin of the whole car 3 of the flat coal; the annoyance. The inventor of the present invention provides a static band to provide a free radical (active level) using the above-mentioned phenomenon. The electric charge is early, and it is stored in the rice. It can improve the dryness of the skin and improve the skin. SUMMARY OF THE INVENTION The present invention is a static squirrel &#melectrode; - liquid supply mechanism, &, has: - discharge 1363661 body; and - high voltage application mechanism, the liquid is applied to the discharge electrode Electric field The electrospray device is characterized in that the high voltage applying mechanism applies a high electric field to the liquid supplied to the discharge electrode, and generates "one or more charged fine particle water in one second. The electrostatic atomizing device of the present invention is transmitted through the discharge electrode. Produces 1x1 〇 "more than one charged corpuscle water and sprays on people in the second, which can reduce the evaporation of water in the stratum corneum, inhibit the amount of sebum white, less salty, trim the texture of the skin, improve the shine to improve the dry muscle According to Ji's father, the high voltage application mechanism generates more than 014 charged microparticle water in the leap seconds. The amount of water generated by the charged microparticle water increases, and the amount of water in the stratum corneum increases. Under the counter electrode: the force is: the same position is better. According to this configuration, the amount of charged microparticle water can be increased under the unchecked current value. Dance i, you, A, j~丄ϋ 0 nm 2. Because this particle diameter is smaller than the human body, it can increase the size of the keratinocytes. The morning part of the horny layer makes the cuticle water It is preferable that the portion further has a position in which the pair of electrodes are located at a distance from the discharge electrode, thereby constituting an increase in the amount of charged fine particles. Further, the 'preferably' opposite electrode has an inner surface which is discharged. The inner mask has a curved surface having a predetermined radius of curvature centered on the pair of discharge electrodes, and thus constitutes a strong electric field in a wide range of 2 between the inner surface of the iridium: the pole and the end of the discharge electrode. This 'electric field is very high at the end of the discharge electrode, so that the charge is efficiently concentrated in the liquid supply, and it becomes a large amount of V-electro-microparticle water. The soil is preferably 'with a hole in the counter electrode. In the extension, the electrode portion of the same electrode is extended toward the electric field in the direction away from the discharge electrode. The _ discharge: the water system W is exposed to the external electric microparticle water toward the external space. The electrostatic atomization of the surface of the free radicals is generated within 1 second by applying a high electric field to the mist of the human skin that has dried the skin, reaching the charged microparticle water and evaporating the amount, inhibiting the skin month: Salty stomach reduces the watery skin of the stratum corneum The reduction in the moon scorpion, the texture of the skin is trimmed, and the effect of the skin is improved to improve the dry skin. [Achievement method] This hair: y 1 is explained according to the embodiment of the attached figure * Ϊ - the figure schematically shows the present The first embodiment of the invention is an electrospray device in which water is generated by the discharge electrode 1 in one second; charged neutrons of more than one water; (electrostatic atomization of the present invention shown in Fig. The device is: 2 discharge electrode 1; the opposite electrode 5 is located at a position spaced apart from the end la of the discharge electric power 1 and is at the center and out of the mountain hole 5 a; the liquid supply mechanism 2, the discharge The electrode 1b is supplied with a liquid for electrostatic atomization such as water (not shown in the figure, and the voltage applying means 3 is electrically connected to the discharge electrode 1 and the counter electrode 5, and the electrodes 1 and 5 are electrically connected. Apply a high voltage between them. In the liquid supply mechanism 2, the discharge electrode i is formed of a material having a high thermal conductivity such as aluminum, and the base end portion 1b of the discharge electrode assembly is connected to the cooling portion 8a side of the Peltier unit 8. Thereby, the discharge electrode 1 is cooled by the pass-through unit 8 and dew condensation water is generated on the surface of the discharge electrode 1, and the dew condensation water is used as a liquid for electrostatic atomization. The liquid supply mechanism 2 in the present invention is not particularly limited. For example, the discharge electrode can be made of a porous material such as porcelain or a porous material or a material having pores, or the base end portion of the discharge electrode i may be The other structure in which the R + 1 1D side π bubble is in the liquid stored in the liquid tank (not shown). The inner curved surface is opposite to the end of the discharge electrode 1; , has a radius of curvature R of the electric discharge :::::. The end of the discharge electrode 1 is cut by π: the cross section of the inner curved surface of 5 μ is a radius centering on the end i a of the discharge electrode 1. Therefore, between the entire inner curved surface 5b and the discharge electrode two, a strong package % is generated in a wide range of the three-dimensional space (refer to the arrow in the second figure (a)). , :..: one and the discharge of the circular opening formed on the counter electrode 5 = two: the periphery of the exit hole 5a is offset from the discharge electrode 1 portion 7. One end of the cylindrical electrode portion 7; = two "tubular" electrode outlet holes open, and the other two have a discharge port 7 3 that communicates with the discharge port 71 (the upper side) and the right side. The inner surface of the cylindrical electrode portion cylindrical electrode portion 7 "the electric field is also generated between the whole and the discharge electrode electrode 邛Hi", so that it is stronger than the case where the cylindrical shape is not provided, and it is strong in a wider range (refer to the second drawing) (b) the arrow of the order). The electrostatic atomization device according to the first embodiment of the present invention is not shown in the third drawing. The inner diameter D of the cylindrical electrode 1363661 of the counter electrode 5 is 5. 〇mm, and the cylindrical electrode portion 7 has a return Η of 1.5 mm, and the opening portion opening from the side of the discharge electrode 1 facing the sigma:: Up to two songs:: 5 of 7 spit out... height 2 2 = electrode: electrode ia end ia up to right. m, 距离 distance n electrode 5 inside curved surface 5b is 5. 〇 mm' 25毫米。 The lower end of the discharge electrode 5 c and the opposite electrode of the discharge electrode 2. 25mm. And the distance L2 for applying electric sufficiency is set to a. The hair _#^!;~5 k v, current ^ is generated within 1 second (charged granule water). The electro-microparticles have the counter electrode 5 of the cylindrical electrode portion 7, and the conductive material made of the metal is cut, and the material is formed by the resin, but it can be applied after the resin molding; In the electrostatic atomization device having the above-described conductivity of a conductive plastic or the like, the liquid is supplied to the end of the discharge electric η by the structure 2, and the 2-direction If, the high-voltage applying mechanism 3 is applied to the discharge electrode jade 5 A high voltage is applied, and the discharge L1 is a negative electrode to concentrate the charge. The electric field generated by the electric charge C causes the liquid held at the end of the discharge electrode to be charged, Coulomb (Coul〇mb 1363661 c). The liquid acts, and the ground rises into a conical shape. On the surface that becomes rented, that is, the local cone; Tay1〇r, the end of the cone-shaped liquid (Thai rie), concentrates on making the charge density high density' By high-density charge = factory = liquid repeatedly splits and scatters (so-called Ruili: crack, Rayleigh break, electrostatic atomization. By electrostatic atomization phenomenon, containing P
的奈米級之水的帶電微粒子(帶電微粒; =生成’乘著離子風而自放出孔“朝農置外被 〃百1¾狀電極部7之對向電極5盘 :;1的末端13之間的寬廣範圍内產生非常強: :::。因此’電場在放電電極1的末端 集令的程度變非常地高,電荷有效率地 於放電電極1的、游<1# , θ , 1示符Charged microparticles of the nano-scale water (charged particles; = generated 'by the ion wind and self-release holes" toward the farmer's outer surface of the counter electrode 5 of the electrode portion 7: 1 end 13 The wide range is very strong: :::. Therefore, the extent of the electric field at the end of the discharge electrode 1 becomes very high, and the charge is efficiently applied to the discharge electrode 1, swimming <1#, θ, 1 Indicator
/體,大置地產生水的帶電微粒子 (π電微粒子水)。 而且大里產生之水的帶電微粒子(帶電微粒 電極ϋ以可被拉近自放出孔5线伸設置之筒狀 參邛7的内周面75般地被導入放出孔5a内, 、’維持原狀乘著離子風通過筒狀電極部7内 吐出口 7 a朝外部空間被吐出。 部亦即,透過在對向電極5再延伸設置筒狀電極 ° ’讓電場強力對放電電極1的末端1 a過度集 9 1363661 中可大里生成含自由基之水的帶電微粒子(帶電 ^粒子水)’同時能在未讓該大量生成之水的帶電微 :子(帶電微粒子水)附著於對向電極5的内曲面 b之下經由放出孔5 a朝外部高效率地放出。紝 果’含自由基之水的帶電微粒子(帶電微粒子水)。 朝外部空間被大量地放出。 本發明的靜電霧化裝置4為,透過Μ秒内產 :1 X1 0 14個以上之水的帶電微粒子(帶電微粒子 )亚對乾燥肌膚的人喷霧,可抑制皮脂量的減少、 ::角:層水份蒸散量、實現柔軟具彈力的肌膚、 “肌膚的紋理,提升光澤以改善肌膚乾燥。 —第十二圖係表示本發明的第二實施形態之 務化裝置4的概略側視圖。設對向電極5之筒狀雨 極部7的内徑D為3 1 m m,#处+』 电 的-…]: 同狀電極部7之軸向 的-度Η為l.6mm,從在對向電極5内 的放電電極1侧開口的開口部 部7的吐出…為止的高度丄二同狀電極 放電電極1的末端“迄 '·、、. mm,從 的距離R設為2.5mm。在二=二面5b ;極的下—電電極:::= 大略為0· 0 mm。但是距離L 2可以是在 ;力3:以内。其他的構成同第-實施形態。且為 把加電壓—5kV、電流6“。該本發明的第^ 1363661 實施形態之靜電霧化裝置4係i秒内產生丄.5 χ工 0 14個以上之水的帶電微粒子(帶電微粒子水)。 第二實施形態之靜電霧化裝置4為,藉由放電 電極1的末端位在與對向電極5的下端大略相同的 位置’可在未改變施加電壓和電流值之下增加帶電 微粒子水的產生量。此外,透過帶電微粒子水的產 生量變多,可增加角質層水份量。 在以下的實施财,係就本發明的第—實施形 悲之靜電霧化裝置4進行了監控試驗。 【實施例】 (實施例1 ) 使用本發明的第-實施形態之靜電霧化裝置4 ^習知的靜電霧化裝置4,對乾燥肌膚的受測者喷 霧水的帶電微粒子(帶電微粒子水)時之受測者的 角質層之水份變化係藉以下的條 驗所使用之本發明的第-實施形態之靜電霧置 如第-圖、第三圖。施加電壓是—5 k V、電 流是6 aA。該本發明的第—實施形態之該靜電霧 i匕裝置4係在1秒内產生1x1 ◦ “個以上之水的 帶電微粒子(帶電微粒子水)。 ^第十二圖表示監控試驗所用的習知之靜電霧化 裝置4。對向電極5係形成尹央具有放出孔5 a的 1363661 孔5 a與放電電極1的末端1 “目 二十三圖的M=5.0mm、N==8 〇_、 G- 3. Omm ’且施加電壓—5 k v、電流 A m的靜電霧化裝置4係在1#、内產生〇 6x10 4個水的帶電微粒子(帶電微粒子水)。 監控試驗射核在2〇〇7年1(3月24日〜 2007年11 月 pg …, 選了 6位年齡3 5歲〜4 5歲己巾告為乾燥肌膚的女性作為受測者。 只施例1的監控試驗為’在室内溫度2 3 ^、 濕度3 0 %之十二塊榻榻米大小的房間,—次二個 受f者來進行。在房間内,於作為擴散用途之以i h的風量進行吐出的空氣清淨機之吐出口附 二:f本發明的靜電霧化襄置4並在與靜電霧化 裝置4相隔2米的位置設置二張椅子。受測者在即 將進入室内之前僅洗淨臉並安靜坐在椅子上9 〇分 鐘。此安靜《健氣料機、树 :置::關r狀態。在超過"分鐘之二 將工“淨機、本發明的靜電霧化裝置4分別 =進行連續㈣。由本發”靜《化裝置4在 1:内產生lxl〇“個以上之含自由基的奈米= =的帶電微粒子(帶電微粒子水),使其乘著自空 機吹出的空氣流而對二個受測者噴霧含自由 基之不米級之水㈣電微粒子(帶電微粒子水)。為 1363661 :獲知從噴霧開始每15分之受測者的角質声水份 變化’係測定了導電度("s)。肖貝層水伤 肖例之監控試驗為,在室内溫度是2 3 C、濕度是3 〇%的十-塊稆粑半+丨 疋Z d 〆 丁一塊知知未大小之房間,於/ Body, charged particles of water (π galvanic water). In addition, the charged microparticles (the charged microparticle electrode 导入 are introduced into the discharge hole 5a in the same manner as the inner peripheral surface 75 of the cylindrical ginseng 7 which is stretched from the line 5 of the discharge hole 5, and 'maintained as it is. The ion wind is discharged to the external space through the discharge port 7a in the cylindrical electrode portion 7. The portion, that is, the cylindrical electrode is re-expanded through the counter electrode 5, and the electric field is strongly applied to the end 1a of the discharge electrode 1 In the case of 9 1363661, the charged microparticles (charged particles water) which generate water containing radicals can be attached to the counter electrode 5 at the same time as the charged micro-particles (charged microparticle water) which does not allow the large amount of water to be generated. The curved surface b is efficiently discharged to the outside through the discharge hole 5 a. The capsule 'charged fine particles of water containing free radicals (charged fine particle water) are discharged to the outside space in a large amount. The electrostatic atomization device 4 of the present invention is Through the leap seconds: 1 X1 0 charged particles (charged particles) of 14 or more water spray on the dry skin, can reduce the amount of sebum, :: angle: layer water evapotranspiration, soft Elastic muscle The texture of the skin is used to enhance the dryness of the skin. Fig. 12 is a schematic side view showing the chemical device 4 according to the second embodiment of the present invention. The cylindrical rain portion 7 of the counter electrode 5 is provided. The inner diameter D is 3 1 mm, #处+』electric -...]: the axial direction of the same electrode portion 7 is -1.6 mm, and the opening is opened from the side of the discharge electrode 1 in the counter electrode 5. The height of the discharge of the portion 7 is equal to the end of the electrode discharge electrode 1 "to the end of the electrode", and the distance R from the end is set to 2.5 mm. On the second = two sides 5b; the lower electrode of the electrode :::= is roughly 0·0 mm. However, the distance L 2 may be in the force 3: or less. The other configuration is the same as the first embodiment, and the voltage is applied to -5 kV and the current is 6". ^ 1363661 The electrostatic atomizing device 4 of the embodiment generates charged fine particles (charged fine particle water) of 14.5 0 0 14 or more water in one second. The electrostatic atomizing device 4 of the second embodiment is discharged by The end of the electrode 1 is located at a position substantially the same as the lower end of the counter electrode 5, which can increase the charged micro without changing the applied voltage and current values. In addition, the amount of water generated by the charged fine particles is increased, and the amount of water in the stratum corneum can be increased. In the following implementation, the monitoring experiment was carried out on the electrostatic atomization device 4 of the first embodiment of the present invention. [Examples] (Example 1) The electrostatic atomization device 4 of the first embodiment of the present invention is used to spray charged particles (charged particles) of water to a subject of dry skin. The water content change of the stratum corneum of the subject at the time of water is as shown in the first and third figures by the first embodiment of the present invention used by the following test. The applied voltage is -5 k V The current is 6 aA. The electrostatic mist device 4 according to the first embodiment of the present invention generates 1x1 ◦ "one or more charged particles (charged fine particle water) in one second. ^Twelfth figure shows a conventional use for monitoring test. Electrostatic atomization device 4. The counter electrode 5 is formed with a 1363661 hole 5 a having a discharge hole 5 a and a terminal 1 of the discharge electrode 1 "M = 5.0 mm, N == 8 〇 _, The electrostatic atomizing device 4 of G- 3. Omm 'and applying voltage - 5 kv and current A m generates charged fine particles (charged fine particle water) of x 6 x 10 4 water in 1#. Monitoring test shot nucleus in 2〇〇7年1 (March 24~ November 2007 pg..., selected 6 women aged 3 5 to 4 5 years old who reported dry skin as a subject. The monitoring test of the first example is 'twelf tatami-sized room with a room temperature of 2 3 ^ and a humidity of 30%, and the second time is carried out by the person who is in the room. In the room, it is used for diffusion purposes. The air outlet of the air cleaner is discharged. The electrostatic discharge unit 4 of the present invention is provided with two chairs at a position 2 meters apart from the electrostatic atomization device 4. The subject is only before entering the room. Wash your face and sit quietly in the chair for 9 minutes. This quiet "healthy gas machine, tree: set:: off r state. In the excess of "minutes of the second work", the electrostatic atomization device of the present invention 4 respectively = continuous (four). From the hair "static" device 4 in 1: generate lxl 〇 "more than one free radical containing nano = = charged particles (charged granule water), so that it is taken by the air machine The air flow blown and sprayed on the two subjects with free radicals of non-meter water (4) electro-micro particles (charged micro Sub-water). It is 1363661: It is known that the horny sound and moisture change of the subject every 15 minutes from the start of the spray is measured by the conductivity ("s). The monitoring test of the Xiaobei layer water injury case is indoors. The temperature is 2 3 C, the humidity is 3 〇% of the ten-block 稆粑 half + 丨疋 Z d 〆 一块 a piece of unknown size room,
"作擴政用途之以1 mVh的風量進行吐出的介 吐出口附近配設習知的靜電霧化裝置 二:在與靜電霧化裝置4相隔2米的位置設置兩 去以與上述同樣的方法,將與上述相同的六 驗。 母人-個人進仃與上迷相同的監控試 此外’此監控試驗為,選擇在不是碰上受測者 =膚容易乾裂之月經期的前—週之日子來進行。對 又4者人,分別在不同曰子實施利用本發明的靜 電霧化裝置4之試驗及利用習知的靜電霧化裝置4"The electrostatic atomization device is disposed near the exhalation outlet for discharging for 1 mVh for the purpose of expansion. 2: The two are placed at a position 2 m apart from the electrostatic atomization device 4 to be the same as above. The method will be the same as the above six tests. The mother-person is the same as the above-mentioned monitoring test. In addition, this monitoring test is conducted on the days before the week-week of the menstrual period that does not hit the subject. For the other four people, the test using the electrostatic atomization device 4 of the present invention and the conventional electrostatic atomization device 4 are carried out in different tweezers.
在用以獲知角質層水份量之導電度測定方法方 面,係使用了表皮角質層水份測定裝置(τ B · S :式會社製品SK ICON-2 0 0EX)。此乃 測定皮膚表面的導電度(c ondu c t a nc e) 而間接地瞬時測定表皮角質層水份的機器,其角質 層水份之測定係使探針面與測定皮膚成平行般地以 一定壓力輕輕抵壓來測定。 測定了文測者臉頰之左右二部位的角質層之導 1363661 電度。此外,僅受測者臉頰在上述安靜前實施卸粧、 洗臉(未上化粧水 '乳液)。又,每次計測時,將臉 頻之左右二個部位分別各計測六次上下剔除,以 四個數據作評估。 第四圖表示使用本發明的靜電霧化裝置4之實 施例(I )、和使用習知的靜電霧化裝置4之比較例 (I I )的六個受測者臉頰之導電度的圖表。 第四圖表示隨著時間經過,導電度在(J)的 情況下特別上昇,在(1 )和(I I ) Μ,導電度 的差逐漸變大。㈣,在使用了本發明的靜電霧化 裝置4之實施例中,顯示出相較於使用習知的靜電 霧化裝置之比較例’角質層水份量係顯著增加。 靜電霧化裝置4所產生的奈米級之水的帶電微 粒子(帶電微粒子水),粒徑是3〜丄〇 〇 η爪,且 比人體的角質層細胞之尺寸還小,因而能供給至角 質層表面的裏部以使角質層水份量增加。此奈米級 的帶電微粒子係包含會作用於皮膚並隨著時間的經 過而使皮膚表面的皮脂親水化的自由基。此奈米級 的帶電微粒子所含之自由基,係具有藉由抑制角質 層的水份自皮膚表面放散而增加角質層水份量的效 果。 在習知的靜電霧化裝置4中,推測是由於含自 由基之水的帶電微粒子(帶電微粒子水)的產生量 並不充伤,所以皮膚表面無法藉自由基充份親水化。 本發月的靜電霧化裝置4中,由於含自由基之 水的帶電微粒子(帶電微粒子水)充份地產生,所 以皮膚表面藉自由基而充份地親水化,能增加角質 層水份量而改善乾燥肌膚。 、 (實施例2 ) 在以1 m3/h的風量進行吐出之空氣清淨機 =吐出口附近配設了本發明的第一實施形態之靜電 務化裝置4 ’有關在此情況下對肌膚之影響(美容 效果),係在以下的條件下進行了與未設置靜電%化 裝置4僅配設相同的空氣清淨機之情況作比較評估 之監控試驗。 在實施例2的試驗中,與實施例i同樣地,係 將f發明的第—實施形態之靜電霧化裝置4配置在 空氣清淨機之吐出口附近來使用。 '在比較例的試驗中,僅使用相同的空氣清淨機 並未使用本發明的靜電霧化裝置4。 試驗期間係在2 〇〇7Wu19日〜2q 0 7年1 2月1 8日,選擇了二十位受測者是—整 年乾=肌膚,制是冬季時簡、膝蓋明顯乾燥之 住λ禺的年齡4 5歲±2歲之專職主婦的健序 性。將該二十位受測者分為各十位的二個群= 1363661 組I、群組I I )。 n的X測者為’在各受測者 明的靜電霧化裝置4和 4置本發 工孔β乎機並使之連續運轉 了四週。群組11的受測者為,在各受測者的自: 僅放置空賴並連續運轉了四週。群组卜 各受測者的自宅中使暖氣機經常: 轉。群組I的靜電霖斗驻里/ < τ τ 冤務化裝置4和空氣清淨機、群組 去清净機為,白天置放於各公寓内的受測 者主要位在_所並使之運轉,睡眠時置放 使之運轉。 文測者臉頰之皮脂量、角質層水份蒸發量(丁 E WL )'紋理絲及膚色的測定,係在開始時、自 開始二週後、及自開始四週後共進行了三次。 肌膚測定之測試係透過雙盲法(d 〇 u b i e 1 i n d )來進行(測試品和對照品之分配係由 監控管理者進行,未讓監控器和擔任測定者知悉)。 洗臉後,在調成溫度2 2。(:、濕度5 〇%的環 境試驗室内,於座位上安靜2 〇分鐘後,就下述的 測定項目作了測定。In the method for measuring the conductivity of the stratum corneum, a skin cuticle moisture measuring device (τ B · S: SK ICON-2 0 0EX) was used. This is a machine for measuring the conductivity of the surface of the skin indirectly and indirectly measuring the moisture of the stratum corneum of the epidermis. The determination of the moisture in the stratum corneum is such that the probe surface is pressed in parallel with the skin to be measured. Gently press to measure. The guideline of the stratum corneum of the left and right parts of the cheek of the tester was measured 1363661. In addition, only the subject's cheeks were cleansed and washed before the above-mentioned quiet (not on the lotion 'emulsion). In addition, each time the measurement is performed, the left and right parts of the face frequency are measured six times up and down, and evaluated by four data. The fourth graph shows a graph of the conductivity of the cheeks of the six subjects using the electrostatic atomization device 4 of the present invention (I) and the comparative example (I I ) of the conventional electrostatic atomization device 4. The fourth graph shows that the conductivity rises particularly in the case of (J) with the passage of time, and the difference in conductivity gradually increases at (1) and (I I ) Μ. (4) In the embodiment using the electrostatic atomizing device 4 of the present invention, it was revealed that the amount of the stratum corneum moisture was significantly increased as compared with the comparative example using the conventional electrostatic atomizing device. The charged microparticles (charged microparticle water) of the nano-scale water generated by the electrostatic atomization device 4 have a particle diameter of 3 to 丄〇〇η claws and are smaller than the size of the human stratum corneum cells, and thus can be supplied to the keratin The inner part of the surface of the layer is used to increase the amount of moisture in the stratum corneum. This nano-sized charged microparticles contain free radicals that act on the skin and hydrophilize the sebum on the surface of the skin over time. The free radicals contained in the nano-sized charged microparticles have the effect of increasing the amount of moisture in the stratum corneum by inhibiting the moisture of the stratum corneum from being released from the surface of the skin. In the conventional electrostatic atomizing device 4, it is presumed that the amount of charged fine particles (charged fine particle water) containing water of the free radical is not damaged, so that the surface of the skin cannot be sufficiently hydrophilized by radicals. In the electrostatic atomizing device 4 of the present month, since the charged fine particles (charged fine particle water) containing the radical-containing water are sufficiently produced, the skin surface is sufficiently hydrophilized by the radical, and the amount of the stratum corneum water can be increased. Improves dry skin. (Example 2) The electrostatic cleaning device 4 of the first embodiment of the present invention is disposed in the vicinity of the air cleaner = discharge port which is discharged at an air volume of 1 m3/h. (Cosmetic effect) A monitoring test for comparative evaluation was carried out under the following conditions in the case where only the same air cleaner was installed without the electrostatic charging device 4. In the test of the second embodiment, the electrostatic atomization device 4 of the first embodiment of the invention was placed in the vicinity of the discharge port of the air cleaner in the same manner as in the example i. 'In the test of the comparative example, only the same air cleaner was used, and the electrostatic atomization device 4 of the present invention was not used. During the test period, 2 〇〇7Wu19~2q 0 7 years 1 February 18th, 20 subjects were selected - dry year = skin, the system is simple in winter, the knees are obviously dry and live λ禺The age of the full-time housewife of age 4 5 years old ± 2 years old. The twenty subjects were divided into two groups of ten digits = 1363661 group I, group I I ). The X tester of n is placed in the electrostatic atomization device 4 and 4 of each tester and placed in the machine for a continuous operation for four weeks. The subjects of the group 11 were: the subjects in each subject: only placed empty and continuously operated for four weeks. Group Bu In the home of each subject, the heater is often turned: Group I's electrostatic shower station / < τ τ service device 4 and air cleaner, group de-cleaning machine, the subject placed in each apartment during the day is mainly located in _ Run, put it to sleep during sleep. The amount of sebum on the cheeks of the examiner and the evaporation of the stratum corneum (D E WL )' texture silk and skin tone were measured three times at the beginning, two weeks after the start, and four weeks after the start. The skin test was performed by double-blind (d 〇 u b i e 1 i n d ) (the distribution of test and control was performed by the monitoring manager, and the monitor and the measurer were not known). After washing your face, adjust to a temperature of 2 2 . (In the environmental test room with a humidity of 5 〇%, after being quiet for 2 〇 in the seat, the measurement items described below were measured.
皮脂量測定係使用油份計S Ε Β Μ E T E RThe amount of sebum is determined using an oil meter S Ε Β Μ E T E R
Cou r age+Kha z a ka 公司製品 1 5。測定原理係利用光透過量測定法之皮脂點光 16 1363661 度什。SEBMETER的ϋ體為收納厚度〇 & m之不透明的塑膠帶並隨時顯現新的測定部份者, 測定頭面積6 4 mm 2、測定時間3 〇秒、當附著有 皮脂的Hit插人本體時’藉本體側的受光部計算帶 的透明度,皮脂越多透明度變越高,測定結果係以 eg/cm2單位來表示皮膚表面的油份。 角質看水份蒸散量(丁EWL)測定係使用τ EWAME丁ER C〇.Ltd公司製品丁M3 〇〇。以開腔(0pen chamber)方式 ,測定自皮膚表面蒸散的水份量。針對水份蒸散量 疋從皮膚朝上方流動的蒸散空氣流,探針之筒内的 ,測器係形成從垂直方向讀取蒸散量的結構,在測 定之際,作成使測定部位橫躺,而蒸散始終是由皮 膚角貝層朝上方筆直地移動之狀態,且一定要讓探 針成為與該上昇氣流垂直般地輕載放於皮膚表面。 單位是g/m 2 h。 紋理係數測定係使用直接肌膚感測器丨j j B P NEC公司製品HPF—59〇3a直接肌Cou r age+Kha z a ka Company products 1 5. The principle of measurement is the use of light transmission measurement of sebum spot light 16 1363661 degrees. SEBMETER's carcass is an opaque plastic tape with a thickness of 〇&m and a new measurement part is displayed at any time. The head area is 6 4 mm. 2. The measurement time is 3 sec., when Hit with sebum is inserted into the body. 'The transparency of the tape is calculated by the light-receiving portion on the body side, and the more the sebum is, the higher the transparency is. The measurement result indicates the oil content on the skin surface in units of eg/cm 2 . The horny water evapotranspiration (Ding EWL) was determined using τ EWAME Ding ER C〇.Ltd company Ding M3 〇〇. The amount of water evacuated from the surface of the skin was measured in a 0 pen chamber manner. The evapotranspiration flow in which the moisture evapotranspiration flows from the skin upward, and the detector in the cylinder of the probe forms a structure in which the evapotranspiration amount is read from the vertical direction, and when the measurement is performed, the measurement portion is made to lie laterally. Evapotranspiration is always a state in which the skin horn layer moves straight upwards, and the probe must be placed lightly on the skin surface perpendicular to the ascending air current. The unit is g/m 2 h. The texture coefficient is measured using a direct skin sensor 丨j j B P NEC company's product HPF-59〇3a direct muscle
膚分析儀(DSA) DS3CA— 1021。使D S A感測器部接觸於測定部位而取入圖像。圖像取 入處理係由内建於感測器部之光源(u¥燈(uv s t robe)對皮膚照射32〇〜4〇〇1)111的 1外線,再以C C D相機捕捉表面圖像。將該圖像 1363661 輸入數位轉換器,求取圖像整體的亮度分布(〇 — 6 3階段)以作成二進位圖像。紋理係數為,在將 二進位圖像整體分成i 3 χ1 3網格時之各網格中 的黑像素之變動係數,用以表示皮膚的均一性。 膚色測定計是使用Κ Ο N I C A Μ I N〇L ΤΑ公司製品CM_26〇〇d分光測色計。將積 分球内擴散之脈衝氣氣燈的光均—地照射於測定試 料面,接收來自測定試料的反射光與積分球内的擴 散光,以10nm間距對36〇〜74〇nm的波 長領域進行分光,透過將因應該光強度之電流對類 比處理電路輸出而進行測定。 、 • 述之各相機器,分別針對使用了靜電 務化裝置4和空㈣淨機的群組丨、及僅使 氣清淨機的群組i j的受 工 二週後、自開始四週後=,=時、自開始 目,利用上述的計測方法二:之各測定項 用計測機器進行了4 : 各測項目’使 第十二圖。相^結果㈣在第五圖至 干,「* #矣第五圖至第十二圖所示的圖表中!員 =」係表示5%以下的危險率為有咅義, 係表示10%以下的危險率為有意義義心 二五”示驗賴之皮脂量的變 和群組I I分別u ^ I q邛耵拜組 開始時作為基準值(0.〇)時 1363661 之在自開始時二週後、四週後的臉頰之皮脂量的變 化量。 在上述圖表中’群組ί ί為’在季節自秋天朝 冬天f行的時期,自開始到第二週皮脂量大大地減 少’第四週亦大量減少中。—方面’群組!係在自 j始到第二週皮脂量少量增加,在第四週稍減。接 著’第二週的群組!和群組Η之間被認為5%以 下的危險率為有意義。 第/、圖顯不臉頰之角質層水份蒸發量(T E W L )的變化。為針對群組Ϊ和群組I I分別以開始 時作為基準值(〇. Q )時之在自開始時二週後、四 週後的臉頰之角質層水份蒸發量的變化量。 、f上述圖表中,在群組I I中,自開始到第二 週、第四週與開始時相較下,角質層水份蒸發量皆 稍減,但在群組1中,自開始到第二週、第四週與 開始時相較下’角質層水份蒸發量皆大大地減少’: 接著’設以開始時為(3之變化量,可看出在群组! 和群組η之間’自開始到第二週5%以下的危險 率到第四週1〇%以下的危險率其差距有意義, 而群組I的角質層水份蒸發量(T E W L )在第二 週和第四週皆有意義地減少。 在此在肌膚乾裂改善並修整角質層之後,τ E W L係減少。因,t卜,·5Γ ,、,τ ,Skin Analyzer (DSA) DS3CA-1021. The D S A sensor portion is brought into contact with the measurement site to take in an image. The image capture processing is performed by a light source (u s t robe illuminating the skin 32 〇 ~ 4 〇〇 1) 111 of the sensor unit, and the surface image is captured by a C C D camera. The image 1363661 is input to a digital converter, and the luminance distribution of the entire image (〇 - 3 3 stages) is obtained to create a binary image. The texture coefficient is a coefficient of variation of black pixels in each of the grids when the binary image is divided into i 3 χ 1 3 grids as a whole to represent the uniformity of the skin. The skin color meter is a CM_26〇〇d spectrophotometer using Κ Ο N I C A Μ I N〇L ΤΑ. The light of the pulse gas lamp diffused in the integrating sphere is uniformly irradiated onto the measurement sample surface, and the reflected light from the measurement sample and the diffusion light in the integrating sphere are received, and the wavelength range of 36 〇 to 74 〇 nm is performed at a pitch of 10 nm. The splitting is performed by outputting a current corresponding to the light intensity to the analog processing circuit. • Each of the camera units described above is used for the group 丨 using the static electricity chemical device 4 and the empty (4) cleaning machine, and only the group ij of the gas cleaning machine is used for two weeks, and after four weeks from the start, When the time is from the beginning, the above measurement method 2 is used. Each measurement item is performed by the measuring device 4: each measurement item 'to make the twelfth figure. Phase ^Result (4) In the fifth chart to dry, "* #矣5 to the chart shown in Figure 12!" = indicates that the risk rate below 5% is derogatory, which means 10% or less. The risk rate is meaningful and the meaning of the sebum is determined by the change of the amount of sebum and the group II respectively u ^ I q邛耵 at the beginning of the group as the reference value (0. 〇) when 1366661 at the beginning of the second week The amount of change in the amount of sebum on the cheeks after the last four weeks. In the above chart, 'group ί 为 is in the season from autumn to winter f, the amount of sebum is greatly reduced from the beginning to the second week' fourth week Also greatly reduced in the middle. - Aspect 'group! The sebum amount increased slightly from the beginning of the second week to the second week, and decreased slightly in the fourth week. Then the 'second week group!' and the group 被 are considered 5 The hazard rate below % is meaningful. The change in the water content of the stratum corneum (TEWL) is not shown in the figure /, and is shown as the reference value (〇. Q ) for the group Ϊ and the group II, respectively. The amount of change in the amount of water evaporation from the stratum corneum of the cheek after two weeks and four weeks from the beginning. In group II, the water evaporation of the stratum corneum was slightly reduced from the beginning to the second week, the fourth week and the beginning, but in group 1, from the beginning to the second week, the fourth week and At the beginning, the amount of water evaporation in the stratum corneum is greatly reduced by the following: 'Next' is set at the beginning (the amount of change of 3, can be seen between the group! and the group η 'from the beginning to the second The hazard rate below 5% for the week to the hazard rate below 1% for the fourth week is significant, while the stratum corneum water evaporation (TEWL) for group I is meaningfully reduced in the second and fourth weeks. After the skin is cracked and the stratum corneum is repaired, the τ EWL system is reduced. Because, t, ·5Γ, ,,τ
口此,可以况群組I相較於群組I 19 ’係已改善肌膚乾裂並修整過角質層。 ,第七圖顯示紋理係數的變化。為針對群組J和 群、、且I I分別以開始時作為基準值(〇 〇 )時之自 1始時到一週後、四週後的臉頰之紋理係數的變化 量。 在自開始到二週後,群組I的紋理係數與群組 1 I的紋理係數相較下,可知於工〇 %以下的危險 率獲得有意義改善。 第八圖顯示L * (光澤)的變化。為針對群組 I和群組1 1分別以開始時作為基準值(〇 . 〇 )時In this case, group I can improve skin dryness and trim the stratum corneum compared to group I 19 '. The seventh graph shows the change in the texture coefficient. For the group J and the group, and I I respectively, the amount of change in the texture coefficient of the cheek from the beginning to the end of one week and four weeks after the start of the reference value (〇 〇 ). From the start to the second week, the texture coefficient of the group I is compared with the texture coefficient of the group 1 I, and it is known that the risk rate below the work % is significantly improved. The eighth graph shows the change in L* (gloss). For the group I and the group 1 1 respectively, when the start time is used as the reference value (〇 . 〇 )
之自開始時到二週後、四週後的臉頻之l 的變化量。 〈友-举J 第九圖顯示a * (紅潤度)的變化。為針對群 組1和群組1 1分別以開始時作為基準值(〇·〇) 時之自開始時到-调你 J始日f到一週後、四週後的臉頰之a * 潤度)的變化量。 ' 第切顯示Η (色相)的變化。為針對群組j 和辟組I I分別以開始時作為基準值(〇 〇 自開始時到二職、㈣後 變化量。 ν巴相)的 第十-圖顯示V(光澤)的變化。為 和群組1 1分別以開始時作為基準值(0. 〇 )時 20 之自開始時到二週後、四週後的臉頰 的變化量。 ^ Ma :) 由上述第八圖、第九圖、第十圖及第十—圖可 二:SI始時作為基準值(〇.〇)的變化量上 白被6心疋有些許有意義差異。 之變:!測色系而言’當第二週的L*(光澤) τ T误::1 0 %以下的危險率’群組1係比群组 1還有意義地朝明亮的方向變化。 又’當第二週的a * (紅潤度) 〇 %以下的启陪f女,,T s ^ 1 朝比群組1 1更有意義地 朝紅色的方向返回。 之辦化旦s:C測色系而言’當第二週的ν (光澤) 1;有:匕〇%以下的危險率,群組1比群組1 2“義_明亮方向變化,在群組 色相)之變化量上,10%以下: 危險率可看出有意義之差距。 以上所述僅為本發明之較佳可行實施例,非因 此偈限本發明之專利伴, 說明書及圖式内容所圍’故舉凡運用本發明 本私明之^ 技術變化,均包含於 本發明之_保護範圍内,合予陳明。 【圖式簡單說明】 弟圖係本發明的第—實施形態之靜電霧化裝 1363661 置的概略截面圖。 第二圖係顯示該放電雷 、 电^•極及對向電極間的電埸 之說明圖,(a)暑夹机罢 )疋未叹置间狀電極部的情況,(b 疋設置有筒狀電極部的情況。 第三圖係顯示該放電電極及對向電極的尺寸之 概略側視圖。 十第四圖係顯不使用本發明的第一實施形態之靜 電霧化裝置及習知的靜電霧化裝置對受測者喷霧帶 電微粒子水時之受測者臉頰的角質層之導電度的圖 第五圖係顯示實施例及比較例中,受測者臉頰 的皮脂量之變化的圖表。 第/、圖係顯示實施例及比較例中,受測者臉頻 的角質層水份蒸發量(T EWL )之變化的圖表。 苐七圖係顯示實施例及比較例中’受測者臉頰 的紋理係數之變化的圖表。 第八圖係顯示實施例及比較例中,受測者臉頻 的L * (光澤)之變化的圖表。 第九圖係顯示實施例及比較例中,受測者臉頰 的a * (紅潤度)之變化的圖表。 第十圖係顯示實施例及比較例中,受測者臉頰 的Η (色相)之變化量的圖表。 第十—圖係顯示實施例及比較例中,受測者臉 頰的V (光澤)之變化量的圖表。 22The amount of change in face frequency from the beginning to the second week and four weeks later. <Friend-J. J shows the change in a* (redness). For group 1 and group 1 1 respectively, when starting as the reference value (〇·〇), from the beginning to the time - adjust your J start date f to one week after, four weeks after the cheek a * moist) The amount of change. ' The first cut shows the change in Η (hue). For the group j and the group I I, the tenth-figure showing the change in V (gloss) is shown as the reference value at the beginning (〇 〇 from the beginning to the second position, and after the (four). For the group 1 1 , the amount of change in the cheeks from the beginning to the second week and after the four weeks, respectively, at the beginning as the reference value (0. 〇 ). ^ Ma :) From the above-mentioned eighth figure, ninth figure, tenth figure, and tenth-graph can be two: the change amount of the SI value as the reference value (〇.〇) is somewhat different from the 6-heartedness. The change: In the color measurement system, the L* (gloss) τ T error of the second week: the risk rate of less than 10% or less, the group 1 is more meaningfully changed in the bright direction than the group 1. Also, when the a* (redness) 第二% of the second week is less than the female, T s ^ 1 returns to the red direction more meaningfully than the group 1 1 . For the s:C color measurement system, 'when the second week of ν (gloss) 1; there is: 危险% below the risk rate, group 1 is more than the group 1 2 "right _ bright direction change, in The amount of change in the group hue is less than 10%: the hazard rate can be seen as a meaningful difference. The above is only a preferred embodiment of the present invention, and thus is not limited to the patent companion, specification and schema of the present invention. The technical changes of the present invention are included in the scope of protection of the present invention and are combined with Chen Ming. [Simple Description of the Drawings] The drawing is the static electricity of the first embodiment of the present invention. A schematic cross-sectional view of the atomization device 1363661. The second diagram shows an illustration of the electric discharge between the discharge lightning, the electric pole and the opposite electrode, (a) the summer clamp machine) (b) The case where the cylindrical electrode portion is provided. The third figure shows a schematic side view of the size of the discharge electrode and the counter electrode. The fourth figure shows that the first embodiment of the present invention is not used. Electrostatic atomization device and conventional electrostatic atomization device spray charged particles on a subject Fig. 5 is a graph showing the change in the amount of sebum on the cheek of the subject in the examples and comparative examples. In the example, the graph of the change in the water content of the stratum corneum (T EWL ) of the face frequency of the subject. The figure 7 shows the graph of the change in the texture coefficient of the cheek of the subject in the examples and comparative examples. The figure shows a graph showing changes in the L* (gloss) of the subject's face frequency in the examples and comparative examples. The ninth figure shows the a* (redness) of the subject's cheek in the examples and comparative examples. Fig. 10 is a graph showing the amount of change in the Η (hue) of the subject's cheek in the examples and comparative examples. The tenth-picture shows the V of the subject's cheek in the examples and comparative examples. A chart of the amount of change in (gloss). 22
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