五、新型說明： 【新型所屬之技術領域】 本創作用於黏貼或覆蓋在皮膚表面傷口貼片，其中中間層（聚氨 酯膜層）具有可吸傷口滲出液之壓克力係吸水性水凝膠，主要為了取 代傳統式敷料如紗布’可使傷口部位、加速復原、保護傷口、防止傷 口感染，具有防水透氣的功能，使用時簡易的操作方式，不會接觸污 染貼片的黏貼處以及患部，並且可以讓吸水性水凝膠敷料貼片完整的 服貼在皮膚表面。 【先前技術】 一般醫療用的薄膜彈性貼片，大都是基材上塗佈藥物或是醫療級 感壓膠，感壓膠表面有一塊傳統式敷料如紗布，之後再覆蓋離型紙層另 一面覆蓋離型膜，覆蓋離型膜主要的功能為中間薄膜層的支架，而紗布 主要的功能是當觸αΜ與保護麟，赴賴絲基本—般構造， 使用時需剝除離型紙貼合皮膚後，再將離型膜剝除即可，可對一般傷口 傳統式敷料如紗布具有吸收血液與其他滲出物，但由於紗布移去傷口時 會破壞傷口、以及造成傷口結疮留苑，對於燒烫傷σ及防污要求高的患 部’因為除了貼片本身的材質不具有防水透濕的功能以外；在操作上， 手指容易碰觸到貼片，污染貼片造成傷口感染，或是因為操作不便導致 薄膜不平整的貼合等缺點。 :因此，本創作提供-種操作簡易，手指不會碰觸到貼片，避免济 染貼片造成傷口感染，減少薄膜在操作過程中產生皱褶空隙導致渗水 感染到傷口的情形。然而本創作的吸水性水凝膝敷料貼片 1 潤傷口癒合」的觀念。 【新型内容】 為達上述的目的’本創作吸水性水凝膠敷料貼片，其結構設計係包 括離型紙形成的底層’另一層則是具有中間剖線離型膜形成的表層， 其中離型膜層（表層）可為聚酯膜（pET)、雙轴延伸聚丙烯膜（OPP) 或聚乙稀膜（PE) ’接著是含有單面感壓膠的防水透濕聚氨酯膜形成的 中間層，其令單面感壓膠上有一層壓克力系的吸水性水凝膠，取代傳 統式敷料如紗布，中間層以及吸水性水凝膠被密封夾於底層及表層之 間’亦即共同黏合疊置成完整的本創作吸水性水凝膠敷料貼片結構。 令間層（聚氨醋膜層）為最主要的貼附在皮膚表面及傷口部位， 因此使用具防水透氣的薄膜材料，塗佈對於皮膚具低敏感性的壓克力 系黏膠，可黏貼在皮膚表面，此薄膜層可以含藥物成分，或是不加藥 的潔淨薄膜’在中央處含有吸水性水凝膠敷料，吸水性水凝膠能與傷 口接觸面應保持-定的濕度、吸收多餘的滲出物、具備良好的透氣 性、移去吸水性水凝膠敷料貼片時不會損傷傷口，使病人痛苦少或感 到舒服’並且使用時簡易的操作方式，不會接觸污染貼片的黏貼處以 及患部。 本創作特色有：首先本創作在離型紙外皮表面印有一個以上的操 作指示圖印’並且離型紙層中間吸水性水凝膠處有一個方型剖線，其 d線主要目的在於離型紙層可以分兩次剝除，首紐方型剖線處離型 紙制除，再將吸雜水娜覆蓋傷σ上沿著舰將另兩邊離型紙剝 除，貼黏固^皮膚位置’將貼片完全貼附皮膚上之後，再順勢將表層 (離型膜層）沿著中間剖線剝除，剩下中間層（聚氨醋膜層）及吸水 性水凝膠職平整的_在皮膚上，即完成操作。 M376275 在上述的操作過程中，防水透濕敷材貼片的結構，加上新設計後， 操作者的手指不會接觸到中間層使用簡單，而且中間層的薄膜可完整 貼附在皮膚上，減少_在操作過程中產生__，導致渗水感染 到傷口的情形’並且吸水性水_取代傳統式敷料如紗布。 本創作吸水性水轉賴㈣雜之結構，將藉由町之說明而 使之更為明確。 【實施方式】 本創作吸水性水凝雜料貼片，其結構設計係包括離型紙層 (底層）14則疋具有中間方型剖開處15，離型腹層（表層）22則是 具有中間剖線20及剖線指示圖19，其中離型膜層（表層）可為聚醋 媒（PET)、雙軸延伸聚丙稀膜（〇pp)或$乙稀膜（pE)，以及含有單 面感壓膠層18的中間層（聚氨賴層）13在中央位子上有一吸水性 水凝穆’中間層以及吸水性水娜被密封夾於翻紙層（底層）14及 離型膜層（表層）22之間’亦即’三者共同黏合疊置成創作吸水性水 凝膠敷料貼片》 第1圖為本創作吸水性水凝膠敷料貼片的完整組合示意圓， 圖中包括離型紙層（底層）14，離型紙層14上具有：離型纸層中間方 型剖開處15、藍色操作印花的表層π、離型紙層剖線23，中間層（聚 氦酯膜層）13上含有：吸水性水凝膠17、單面感壓膠層18，離型膜 層（表層）22上具有：剖線指示圖19、中間剖線2〇 ,其中間層（聚氨 鞛膜層）13被底層14及表層22夹置t間，中間層13含有感壓膠 層18以及吸水性水凝膠π，其感壓膠層18、吸水性水凝膠π與_ M376275 型紙層（底層）14貼合。 本創作吸水性水凝膠敷料貼片的操作步驟如下： 1.首先將離型紙層中間方型剖_ 15撕開剝除，將吸水性水凝朦17 先對準傷口處朗，接著再沿著離贱層剖線23將離行纸14完全 剝除。 .此時3械>1騎18及吸水性水凝膠17的中聰（聚氨醋旗層） 】3 το整服貼在皮膚上，並且接處傷口吸水性水凝夥I?不 會接觸到手指而被污染。 3.接著將沿著中間剖㈣，按照剖線指示圖19輕輕—撕將離型膜層（表 層）就可將離型膜層（表層）22剝除，剩下中間層（聚氨醋膜層） 13平整的服貼在傷口處，即完成操作。 綜上所述，本創作所述之代表性實施例，確實可達到本創作之預期 功能及目的’並且，本解_說使f於此藝者得據以實施。铁 而以上所贼祕魏讎胁舉舰明，軌财料結構之改變及 不脫離本創作精狀_肢，均胁本解辆之範嘴。 【圖式簡單說明】 第1圖為本創作吸水性水凝膠敷料貼片的完整組合示意圖 M376275 【主要元件符號說明】 13中間層（聚氨酯膜層） 14離型紙層（底層） 15離型紙層中間方型剖開處 16藍色操作印花 17吸水性水凝膠 18感壓膠層 19剖線指示圖 20中間剖線 22離型膜層（表層） 23離型紙層剖線V. New description: [New technical field] This creation is used to adhere or cover wound patches on the skin surface, wherein the middle layer (polyurethane film layer) has an acrylic water-absorbing hydrogel which can absorb wound exudate. It is mainly used to replace the traditional dressings such as gauze, which can make the wound parts, accelerate recovery, protect the wounds, prevent wound infections, has the function of waterproof and breathable, and is easy to use when not in contact with the adhesive patch and the affected part. It also allows the water-absorbent hydrogel dressing patch to be completely applied to the skin surface. [Prior Art] Generally, the film elastic patch for medical use is mostly coated on a substrate or a medical grade pressure sensitive adhesive. The surface of the pressure sensitive adhesive has a conventional dressing such as gauze, and then covers the other side of the release paper layer. The release film covers the main function of the release film as the support of the intermediate film layer, and the main function of the gauze is to touch the αΜ and the protective Lin, and go to the basic structure of the silk, and the peeling paper should be peeled off after use. The release film can be peeled off, and the traditional wound dressing such as gauze can absorb blood and other exudates, but the wound will be destroyed when the gauze is removed from the wound, and the wound will be damaged. Injury σ and anti-fouling requirements of the affected part 'Because the material of the patch itself does not have the function of waterproof and moisture permeability; in operation, the finger easily touches the patch, contaminating the patch to cause wound infection, or because of inconvenient operation It causes defects such as unevenness of the film. : Therefore, this creation provides a simple operation, the finger does not touch the patch, avoids the wound infection caused by the dye patch, and reduces the wrinkle gap of the film during the operation to cause the water to infect the wound. However, the creation of the absorbent water-absorbent knee dressing patch 1 moisturizes the wound. [New content] In order to achieve the above objectives, the design of the water-absorbing hydrogel dressing patch is composed of a bottom layer formed by a release paper, and the other layer is a surface layer formed by an intermediate cross-sectional release film, wherein the release layer is formed. The film layer (surface layer) may be a polyester film (pET), a biaxially oriented polypropylene film (OPP) or a polyethylene film (PE), followed by an intermediate layer formed of a waterproof and moisture-permeable polyurethane film containing a single-sided pressure sensitive adhesive. The single-sided pressure sensitive adhesive has a laminated acrylic water-absorbent hydrogel instead of a conventional dressing such as gauze, and the intermediate layer and the water-absorbing hydrogel are sealed between the bottom layer and the surface layer. Adhesively stacked into a complete water-absorbing hydrogel dressing patch structure. The interlaminar layer (polyurethane film layer) is the most important attached to the skin surface and the wound site. Therefore, the waterproof and breathable film material is used to coat the acrylic adhesive with low sensitivity to the skin, and can be pasted. On the surface of the skin, the film layer may contain a pharmaceutical ingredient, or a non-medicated clean film 'containing a water-absorbent hydrogel dressing at the center, and the water-absorbing hydrogel can maintain a constant humidity and absorption with the wound contact surface. Excessive exudate, good breathability, no damage to the wound when removing the water-absorbing hydrogel dressing patch, making the patient less painful or comfortable' and easy to use when not in contact with the contaminated patch Adhesive and affected parts. The characteristics of this creation are as follows: Firstly, the creation has more than one operation indication print on the surface of the release paper outer skin and the square water absorption hydrogel has a square profile line, and the d line is mainly used for the release paper layer. It can be stripped twice, the first-line square-shaped line is removed from the paper, and then the suction water is covered with the wound σ. The ship is peeled off along the other side of the ship, and the sticking is fixed. After completely attaching to the skin, the surface layer (release film layer) is stripped along the middle section line, leaving the middle layer (polyurethane film layer) and the water-absorbing hydrogel level on the skin. That is, the operation is completed. M376275 During the above operation, the structure of the waterproof and moisture-permeable dressing patch, together with the new design, the operator's fingers will not touch the intermediate layer, and the film of the middle layer can be completely attached to the skin. Reducing _ __ during the operation, causing water infiltration into the wound 'and the water-absorbing water _ replaces the traditional dressing such as gauze. The water-absorbing water of this creation is transferred to the structure of the four (4) miscellaneous, which will be made clear by the description of the town. [Embodiment] The water-absorbing hydrous paste patch of the present invention has a structural design including a release paper layer (bottom layer) 14 and an intermediate square-shaped cut-away portion 15, and a release-type abdominal layer (surface layer) 22 has an intermediate portion. The line 20 and the line line indicate FIG. 19, wherein the release film layer (surface layer) may be a polyester (PET), a biaxially oriented polypropylene film (〇pp) or a polyethylene film (pE), and a single side. The intermediate layer (polyamide layer) 13 of the pressure sensitive adhesive layer 18 has a water-absorbing water-condensing layer on the central seat and the water-absorbing water layer is sealed and sandwiched between the paper-drawing layer (bottom layer) 14 and the release film layer ( The surface layer 22 is 'that is, 'the three are co-bonded together to create a water-absorbing hydrogel dressing patch.' Figure 1 is a complete combination of the creative water-absorbing hydrogel dressing patch, the figure includes The paper layer (bottom layer) 14 has a release paper layer 14 at the center of the release paper layer, a surface layer π of the blue operation printing layer, a cross-sectional line 23 of the release paper layer, and an intermediate layer (polyphthalate film layer). 13 includes: a water-absorbent hydrogel 17, a single-sided pressure-sensitive adhesive layer 18, and a release film layer (surface layer) 22 having a cross section Referring to FIG. 19, the middle section line 2〇, the intermediate layer (polyurethane film layer) 13 is interposed between the bottom layer 14 and the surface layer 22, and the intermediate layer 13 contains the pressure sensitive adhesive layer 18 and the water-absorbing hydrogel π. The pressure-sensitive adhesive layer 18, the water-absorbent hydrogel π, and the _M376275-type paper layer (bottom layer) 14 are bonded. The operation steps of the water-absorbing hydrogel dressing patch of the present invention are as follows: 1. Firstly, the intermediate layer of the release paper layer is torn and peeled off, and the water-absorbent hydrogel 17 is first aligned with the wound, and then along The line 14 is completely peeled off from the line 23 of the layer. At this time, 3 weapons > 1 ride 18 and water-absorbing hydrogel 17 of Zhong Cong (polyurethane flag layer) 】 3 το whole clothes attached to the skin, and the wound water-absorbing water condensate I? Contaminated by contact with your fingers. 3. Next, along the middle section (4), gently peel off the release film layer (surface layer) according to the line indication to remove the release film layer (surface layer) 22, leaving the intermediate layer (polyurethane) Membrane) 13 flat clothing attached to the wound, that is, complete the operation. In summary, the representative embodiments described in the present application can indeed achieve the intended function and purpose of the present invention' and the present solution is implemented by the artist. Iron and the thief of the above thief Wei Wei threatened the ship Ming, the structure of the rail material changes and does not deviate from the essence of this creation _ limbs, are threatening the mouth of the vehicle. [Simple description of the diagram] Figure 1 is a complete combination diagram of the water-absorbing hydrogel dressing patch. M376275 [Main component symbol description] 13 intermediate layer (polyurethane film layer) 14 release paper layer (bottom layer) 15 release paper layer Intermediate square cut-away area 16 blue operation printing 17 water-absorbing hydrogel 18 pressure-sensitive adhesive layer 19 line drawing indication 20 middle section line 22 release film layer (surface layer) 23 release paper layer profile line