M383400M383400
五、新型說明： 【新型所屬之技術領域】V. New description: [New technology field]
[0001] 本新型係關係一種應用離子滲透作用（IONTOPHORESIS ，離子電滲療法；電離子透入療法）之薄膜貼片裝置。 【先前技術】 [0002] 一般之面膜或藥用貼布，主要係由一薄膜材質所構成， 以配方材料塗抹於此薄膜上，再敷貼在皮膚上，強制配 方成分進入皮膚；但因皮膚吸收能力有限，造成昂貴的 φ 配方材料多數浪費掉。且只有表層肌膚可以吸收，效果 不佳，必須經常使用，造成時間及金錢的浪費。 [0003] 為改善皮膚吸收的效率，經由離子滲透作用 (IONTOPHORESIS，離子電滲療法；電離子透入療法）可 將配方成分導入皮膚，加速皮膚的吸收。 [0004] 傳統之離子導入裝置設備複雜且學貴，常須在醫院或專 業處所施行，花費金額高且不方便，並不適合經常使用 # - [0005] 其他應用離子導入原理之產品，其接線設計複雜使用不 便，因成本考量多設計為重複使用，若清潔不當恐怕滋 生細菌，反而容易造成皮膚過敏或感染！ 【新型内容】 [0006] 本新型之主要目的，乃在提供一種微電流薄膜貼片，其 係由薄膜本體，導電網路及包含電池之控制裝置所組成 。導電網路及控制裝置均位於薄膜本體上！ 表單編號A0101 第3頁/共13頁 [0007] 正'· 本新型之次要目的，只+切 I___補充丨 乃在提供一種經由之微電流^1 膜貼片設計，由包含 言電池之控制裝置控制地釋放出正、 負微電流’由微電淹產生之正負離子會分佈在導電網 路上’經*離子渗透作(應TQPH刪SIS，離子電渗 療法；電離子透入料）可將配方齡導人皮;I，加速皮 膚的吸收。 剛本新型之另—目的，乃在提供一種經由控制之微電流薄 膜貼片設計’符合經濟效益且易於使用！ 【實施方式】 圃本新型係關於-種㈣裝置，包括薄膜本體，導電網路 及包含電池之控制裝置。導電網路及控制裝置均位於薄 膜本體上。應用離子滲透作用，將配方成分導入皮廣， 以加速皮膚的吸收。為說明本創作，將會參考下列實施 例圖。這些圖示僅供說明本創作之原理，而非限制其可 以廣泛地應用在其他的實施例上，本新型專利範圍，、應 以申請的專利範圍為準。 [呱0]茲依附固實施例將本新型結構、特徵及作用，說明如下 [0011] 附圖之第一圖係本新型之結構圓。第二圓係本新型在美 容面膜之實施例。第三圓係本新型在經皮神經電刺激 (TRANSCUTANEOUS ELECTRICAL NERVE STIMULATION)貼片之實施例》 [0012] 如第一圖所示，此薄膜貼片裝置（100)係由包含電池之控 制裝置（110)、基材（120，非必要性材料）、導電體 表單鴆《 A0101 第4頁/共13頁 M383400 199.2. 2 4ifjl·' 年月曰、. 補无丨 (130, 140)及薄膜（150, 160)所組成。控制裝置（110)透 過導電體（130, 140 )控制地釋放出正、負微電流，由微 電流產生之正、負離子會分佈在導電體（130, 140)上， 經由離子滲透作用，將吸附在薄膜（ 1 50, 1 60)上之配方 成分導入皮膚，加速皮膚的吸收。 [0013] • 如第二圖所示，係本新型在美容面膜之實施例。此薄膜 貼片裝置（200)係由包含電池之控制裝置（210)、導電體 (270，280)及薄膜（260)所組成。控制裝置（210)透過 導電體（270, 280 )所構成的導電網路，控制地釋放出正 、負微電流，由微電流產生之正、負離子會分佈在導電 體（270,280)上，經由離子滲透作用，將吸附在薄膜 (260)上之配方成分導入皮膚，加速皮膚的吸收。 [0014] 如上所述之薄膜貼片裝置（200)，包括薄膜本體（260)， 導電網路（270, 280)及包含電池之控制裝置（210)。導電 網路及控制裝置均位於薄膜本體上。 [0015] • 如上所述之薄膜貼片裝置（200)，其中該薄膜（260)有適 當之穿孔（220,230,250)及缺口（240)，以適應顏面之 形狀。 [0016] 如上所述之薄膜貼片裝置（200)，其中該薄膜（260)本體 材質可為棉、不織布、凝膠、生物纖維及其他可以吸附 配方材料之材質。 [0017] 如上所述之薄膜貼片裝置（200)，其中該薄膜（260)本體 可為導電體或非導電體。 [0018] 如上所述之薄膜貼片裝置（200)，其中該薄膜（260)可摻 表單编號A0101 第5頁/共13頁 M383400 99.2. 2 勢正| 年月曰、i 有配方材料或無摻雜其他配方材料。 補充| .[0019] 如上所述之薄膜貼片裝置（200)，其中該薄膜上之導電網 路（270, 280)材質可為金屬片、金屬線材質、導電碳膜 、導電油墨印刷膜或其他導電材質。 [0020] 如上所述之薄膜貼片裝置（200)，其中該薄膜上之導電網 路（270, 280)可為任意形狀、任意形式、任意數量分佈 在薄膜本體上，以其達到正、負電流導通效果。 . [0021] • 如上所述之薄膜貼片裝置（200)，其中控制裝置（210)可 只為電池、或電池及電子電路之組合。 [0022] 如上所述之薄膜貼片裝置（200)，其中控制裝置（210)可 提供一種或一種以上之電子信號。 [0023] 如上所述之薄膜貼片裝置（200)，其中控制裝置（210)提 供之電子信號可為直流電位或脈衝波型電位。 [0024] A 如上所述之薄膜貼片裝置（200)，其中控制裝置（210)可 位於薄膜（260)本鱧上任一位置。 W [0025] 如上所述之薄膜貼片裝置（200)，其中控制裝置之電池電 壓介於1到5伏特之間。 [0026] 如上所述之薄膜貼片裝置（200)，其中控制裝置之電池電 流介於0.00001安培到0.5安培之間。 [0027] 如第三圖所示，係本新型在經皮神經電刺激 (TRANSCUTANEOUS ELECTRICAL NERVE STIMULATION)貼片之實施例。此薄膜貼片裝置（300)係 由包含電池之控制裝置（310)、導電體（340,350)及薄膜 表單編號A0101 第6頁/共13頁 M383400 [0028] [0029] [0030] [0031] # _2] [0033] [0034] (3 30)所組成。控制裝置（310)透過導電體（340, 350 ) 所構成的導電網路，控制地釋放出正、負微電流，由微 電流產生之正、負離子會分佈在導電體上，經由離子滲 透作用，將吸附在薄膜（330)上之配方成分導入皮膚，加 速皮膚的吸收。 如上所述之薄膜貼片裝置（300)，包括薄膜本體（330)， 導電網路（340, 350)及包含電池之控制裝置（310)。導電 網路及控制裝置均位於薄膜本體上。 如上所述之薄膜貼片裝置（300)，其中該薄膜（330)本體 材質可為棉、不織布、凝膠、生物纖維及其他可以吸附 配方材料之材質。 如上所述之薄膜貼片裝置（300)，其中該薄膜（330)本體 可為導電體或非導電體。 如上所述之薄膜貼片裝置（300)，其中該薄膜（330)可摻 有配方材料或無摻雜其他配方材料》 如上所述之薄膜貼片裝置（300)，其中該薄膜上之導電網 路（340, 350)材質可為金屬片、金屬線材質、導電碳膜 、導電油墨印刷膜或其他導電材質。 如上所述之薄膜貼片裝置（300)，其中該薄膜上之導電網 路（340, 350)可為任意形狀、任意形式、任意數量分佈 在薄膜本體上，以其達到正、負電流導通效果。 如上所述之薄膜貼片裝置（300)，其中控制裝置（310)可 只為電池、或電池及電子電路之組合》[0001] The present invention relates to a film patch device using ion permeation (IONTOPHORESIS, iontophoresis; iontophoresis). [Prior Art] [0002] A general facial mask or medicinal patch is mainly composed of a film material, which is applied to the film by a formulation material, and then applied to the skin to force the formulation ingredients into the skin; The absorption capacity is limited, causing most of the expensive φ formulation materials to be wasted. Only the superficial skin can be absorbed, the effect is not good, and it must be used frequently, resulting in waste of time and money. [0003] In order to improve the efficiency of skin absorption, the formulation ingredients can be introduced into the skin via ion permeation (IONTOPHORESIS, iontophoresis; iontophoresis) to accelerate the absorption of the skin. [0004] Traditional iontophoresis devices are complicated and expensive, and often need to be implemented in hospitals or professional offices. The cost is high and inconvenient, and is not suitable for frequent use. # - [0005] Other products using ion introduction principle, wiring design Complex and inconvenient to use, because of cost considerations, more designed to be reused, if improper cleaning is afraid of breeding bacteria, it is easy to cause skin allergies or infection! [New Content] [0006] The main purpose of the present invention is to provide a micro-current film patch comprising a film body, a conductive network and a control device including a battery. The conductive network and control unit are located on the film body! Form No. A0101 Page 3 of 13 [0007] 正'· The second purpose of this new type, only + cut I___ supplement is provided by a micro-current ^1 film patch design, including the battery The control device controls the release of positive and negative microcurrents. The positive and negative ions generated by the micro-electric flooding will be distributed on the conductive network. The ions will be permeated by the ion permeation (should be TQPH SIS, iontophoresis; iontophoresis). The age of the formula will be human skin; I, accelerate the absorption of the skin. Another purpose of this new model is to provide a micro-current film patch design that is controlled to be 'economical and easy to use! [Embodiment] The present invention relates to a type (four) device, including a film body, a conductive network, and a control device including a battery. The conductive network and control unit are located on the film body. Using ion permeation, the ingredients are introduced into the skin to accelerate the absorption of the skin. To illustrate this creation, reference will be made to the following example diagrams. The illustrations are merely illustrative of the principles of the present invention and are not intended to limit the scope of the application to the other embodiments. The scope of the present invention is subject to the scope of the patent application. [0090] The structure, features and functions of the present invention will be described below. [0011] The first figure of the drawing is a structural circle of the present invention. The second round is an embodiment of the novel mask in the United States. The third embodiment of the present invention is a transcutaneous nerve electrical stimulation (TRANSCUTANEOUS ELECTRICAL NERVE STIMULATION) patch. [0012] As shown in the first figure, the film mounting device (100) is controlled by a battery ( 110), substrate (120, non-essential material), electrical conductor form 鸩 "A0101 Page 4 / Total 13 pages M383400 199.2. 2 4ifjl · 'year month 曰,. 丨 丨 (130, 140) and film ( 150, 160). The control device (110) controls the positive and negative micro currents through the electrical conductors (130, 140), and the positive and negative ions generated by the micro currents are distributed on the electrical conductors (130, 140), and are adsorbed by ion permeation. The ingredients on the film (1 50, 1 60) are introduced into the skin to accelerate the absorption of the skin. [0013] As shown in the second figure, the present invention is an embodiment of a cosmetic mask. The film mounting device (200) is composed of a control device (210) including a battery, a conductor (270, 280), and a film (260). The control device (210) controls the release of positive and negative microcurrents through the conductive network formed by the electrical conductors (270, 280), and the positive and negative ions generated by the microcurrent are distributed on the electrical conductors (270, 280) through the ions. The osmotic action introduces the ingredients adsorbed on the film (260) into the skin to accelerate the absorption of the skin. [0014] The film mounting device (200) as described above includes a film body (260), a conductive network (270, 280), and a control device (210) including a battery. The conductive network and control unit are located on the film body. [0015] A film placement device (200) as described above, wherein the film (260) has suitable perforations (220, 230, 250) and notches (240) to accommodate the shape of the face. [0016] The film mounting device (200) as described above, wherein the film (260) is made of cotton, non-woven fabric, gel, bio-fiber and other materials capable of adsorbing the formulation material. [0017] The film mounting device (200) as described above, wherein the film (260) body can be an electrical conductor or a non-conducting body. [0018] The film mounting device (200) as described above, wherein the film (260) can be mixed with the form number A0101 page 5 / total 13 pages M383400 99.2. 2 positive | year month, i have formula or No other doping materials. [0019] The film mounting device (200) as described above, wherein the conductive network (270, 280) on the film is made of a metal piece, a metal wire material, a conductive carbon film, a conductive ink printing film or Other conductive materials. [0020] The film mounting device (200) as described above, wherein the conductive network (270, 280) on the film can be any shape, any form, and any number distributed on the film body to achieve positive and negative Current conduction effect. [0021] The film placement device (200) as described above, wherein the control device (210) may be only a battery, or a combination of a battery and an electronic circuit. [0022] A film placement device (200) as described above, wherein the control device (210) provides one or more electronic signals. [0023] The film placement device (200) as described above, wherein the electronic signal provided by the control device (210) can be a direct current potential or a pulse wave type potential. [0024] A film patch device (200) as described above, wherein the control device (210) can be located at any position on the film (260). W [0025] A film mounting device (200) as described above, wherein the battery voltage of the control device is between 1 and 5 volts. [0026] A film placement device (200) as described above, wherein the control device has a battery current between 0.00001 amps and 0.5 amps. [0027] As shown in the third figure, the present invention is an embodiment of a patch on a TRANSCUTANEOUS ELECTRICAL NERVE STIMULATION. The film mounting device (300) is composed of a battery containing control device (310), a conductor (340, 350), and a film form number A0101. Page 6 of 13 M383400 [0028] [0030] [0031] # _2] [0033] [330] (3 30). The control device (310) controls the release of positive and negative micro currents through the conductive network formed by the electrical conductors (340, 350), and the positive and negative ions generated by the micro current are distributed on the electrical conductor through ion permeation. The ingredients absorbed on the film (330) are introduced into the skin to accelerate the absorption of the skin. The film placement device (300) as described above includes a film body (330), a conductive network (340, 350), and a control device (310) including a battery. The conductive network and control unit are located on the film body. The film mounting device (300) as described above, wherein the film (330) is made of cotton, non-woven fabric, gel, bio-fiber and other materials which can adsorb the formulation material. The film mounting device (300) as described above, wherein the film (330) body can be an electrical conductor or a non-conducting body. The film mounting device (300) as described above, wherein the film (330) may be doped with a formulation material or an undoped other formulation material. The film placement device (300) as described above, wherein the conductive network on the film The material of the road (340, 350) can be metal sheet, metal wire material, conductive carbon film, conductive ink printed film or other conductive materials. The film mounting device (300) as described above, wherein the conductive network (340, 350) on the film can be any shape, any form, and any number distributed on the film body to achieve positive and negative current conduction effects. . The film mounting device (300) as described above, wherein the control device (310) can be only a battery, or a combination of a battery and an electronic circuit.
表單编號A0101 第7頁/共13頁 M383400Form No. A0101 Page 7 of 13 M383400
. 補允I. Supplement I
[0035] 如上所述之薄膜貼片裝置（30〇)，其中控制裝置（310)4 提供一種或一種以上之電子信號》 [0036] 如上所述之薄膜貼片裝置（3〇〇)，其中控制裝置（310)提 供之電子信號可為直流電位或脈衝波型電位。 [0037] 如上所述之薄膜貼片裴置（3〇〇)，其中控制裝置（310)可 位於薄膜（330)本體上任一位置。 [0038] 如上所述之薄膜貼片裝置（300)，其中控制裝置之電池電 歷介於1到5伏特之間。 [0039] 如上所述之薄膜貼片裝置（300)，其中控制裝置之電池電 流介於0· 00001安培到〇. 5安培之間。 [0040] 上述各圖示皆為本新型之實施例，並非用以限定本新型 之專利範圍’凡涉及類似應用或類似技術所做之修正， 均應是為本秦·新型之技術範圍》 【圓式簡單說明】 [0041] 第一囷係本新型之結構圓。 [0042] 第二圖係本新型在美容面膜之實施例。 [0043] 第三圓係本新型在經皮神經電刺激（TRANSCUTANEOUS ELECTRICAL NERVE STIMULATION)貼片之實施例。 【主要元件符號說明】 [0044] 100 · · •薄膜貼片裝置 [0045] 110 · · •包含電池之控制裝置 [0046] 120 · · •基材（非必要性材料） 表單编號A0101 第8頁/共13頁 M383400 [0047] [0048] [0049] [0050] [0051] [0052] . [0053][0035] The film mounting device (30A) as described above, wherein the control device (310) 4 provides one or more electronic signals. [0036] The film mounting device (3A) as described above, wherein The electronic signal provided by the control device (310) can be a direct current potential or a pulse wave type potential. [0037] The film patch device (3) as described above, wherein the control device (310) can be located at any position on the body of the film (330). [0038] A film placement device (300) as described above, wherein the battery level of the control device is between 1 and 5 volts. [0039] The film mounting device (300) as described above, wherein the battery current of the control device is between 0. 00001 amps to 安 5 amps. [0040] The foregoing drawings are all examples of the present invention, and are not intended to limit the scope of the patents of the present invention. Any modifications involving similar applications or similar technologies should be the technical scope of the new Qin. Simple circular description] [0041] The first 囷 is the structural circle of the present invention. [0042] The second figure is an embodiment of the novel in a cosmetic mask. [0043] A third embodiment of the present invention is a patch of a TRANSCUTANEOUS ELECTRICAL NERVE STIMULATION patch. [Description of main component symbols] [0044] 100 · · • Film mount device [0045] 110 · · • Control device including battery [0046] 120 · · • Substrate (non-essential material) Form No. A0101 No. 8 Page / A total of 13 pages M383400 [0047] [0049] [0052] [0053] [0053]
[0054] [0055] [0056] [0057] [0058] [0059][0059] [0059] [0059]
[0060] [0061] [0062] [0063] [0064] 130 140 150 160 200 210 220 230 240 250 260 270 280 300 310 330 340 350 導電體 導電體 薄膜 薄膜 面膜 包含電池之控制裝置 穿孔 穿孔 缺口 穿孔 薄膜 導電體 導電體 經皮神經電刺激貼片 包含電池之控制裝置 薄膜 導電體 導電體 99. 2. 2 年月 够正曰補充 表單編號A0101 第9頁/共13頁[0064] [0064] [0064] [0064] [0064] 130 140 150 160 200 210 220 230 240 250 260 270 280 300 310 330 340 350 Conductive conductor film film mask containing battery control device perforated perforated notched perforated film Conductor electrical conductor transcutaneous electrical nerve stimulation patch containing battery control device thin film electrical conductor electrical conductor 99. 2. 2 years old enough to supplement the form number A0101 page 9 / total 13 pages