M256748 捌、新型說明： 【新型所屬之技術領域】 本創作涉及一種敷料薄膜貼布，尤指一種專供用於黏貼包覆在身體表 面傷患部位，提供防水透濕功能以確保患部潔淨，於操作上具方便性且不 會有接觸污染的敷料薄膜貼布。 【先前技術】M256748 新型 Description of the new type: [Technical field to which the new type belongs] This creation relates to a dressing film patch, in particular a type specifically designed for sticking and covering wounds on the surface of the body. The dressing film is convenient to operate and has no contact with contamination. [Prior art]
在醫療包紮技術上，為了讓身體上外傷部位快速復元，除了需視不同 傷口類型於患部直接塗佈藥物以外，在患部表面包覆藥用貼布，亦兼具有 隔離不當接觸、保護傷口、防止感染與減少疼痛等效果，一般最常見的像 是醫療用膠帶、膠膜繃帶、οκ繃貼布、酸痛貼布等是。 在已知的上述各種藥用貼布中，大都是以塗佈有藥物的一貼布表面覆 蓋一離形紙層所構成的基本構造，於操作上，這種貼布只需剝離表層離形 紙層’再以塗佈有藥物的貼面黏貼於患部即成，因此，這種藥用貼布也適 合-般家庭中的日常保健應用，而並不—定需專業醫護人員來操作。 傳統上述_貼布，雖然對於—般傷口的包紮與__具有—定的醫 、’、果仁疋，對於防污染要求標準極高的燒燙傷類而言，這類藥用貼布 則並不適合，最主要的原因除了貼布本身材質的防水透濕功能以外，在操 作上’纽於藥用貼布結構，於黏貼操作中手指报可能會接觸貼布的藥物 貼面，I易喊貼布或患部，進而造成傷口感染。 傳統也有某些專供制在包紮燒烫傷類傷口 上述麵題，而大都必需岭業醫護人 的貼布，但是為避免造成 員來操作，無法普及於一般家庭 05 M256748 ，也無法由病患自己操作。 【新型内容】 、、本到作乃提供種專業醫護人員、或非專業醫護人員都可順利 操作的敷料薄膜貼布。 亦P本創作之主要目的，是在提供一種專供用於黏貼包覆在身體表 料薄膜貼布。 ”達迷之目的本創作的最隹實施例是，敷料賴貼布係包括由第 一離形層、第二離形層形成的表層，由一_形成的_，以及，由 第三離形層形成的底層’共同黏合疊置而组成—薄片結構。 “组成紐薄麵布表層的上述第-離騎及第二娜層分別具有一 丰又可刀别從兩彎折段將第一離形層及第二離形層自薄膜層表面剝離 以便於將薄膜層對應、並黏貼於患部。 这薄膜層，係為用於黏貼接觸患部的主要材料，最好是使帛具有防水 透_能的薄麟料製成，譬如PU _ :該薄膜層可以是—種不加藥物的 絮淨薄膜’也可以是經表面藥物塗佈加工的含藥薄膜。 該第三離形層，其兩側寬度略大於中間薄膜層，略小於最上層的第- 化層第一離形層，使中間薄膜層被密封夾持於表層第一離形層、第二 離形層與底層第二離騎之間，並於操作時，可自賴層兩侧離該第三 離形層。 依據上述敷料_貼布之結構可知，用於黏貼接觸患部的薄膜層，在 M256748 未使用之前係被密封夹持於表層與底層之間受到嚴密保護；使用此一敷料 薄膜貼布時，於操作上，只需拉齡層第—離形層絲二離形層之中任一 弯折段’即顯露出-部份中間薄麟，將貼布反轉倒置由薄膜層對應於患 部’再將第-離形層、及第二離形層分別向外撕離，即能使該令間薄膜層 被黏貼於患部，最後，再將概表面的第三娜層_，即完成操作。 在上述操作過程中，因為本創作的特殊設計，操作者的手部或手指完 王不會接觸中間薄臈層，而能確保該薄膜層於使用前後，皆不會受到不當 的外部接觸芦染。 第一離形層與第二離形層形成的表層，可以經操作者單手剝離操作， 而後續的黏貼、及剝離第三離形層之動作，都可以由單手來完成。故本創 作非但可由專業醫護人員操作，對於冰專業醫護人員甚至是患者本身，也 很容易進入熟練階段，順利操作此敷料薄膜貼布。 本創作之其他目的與詳細之構造，將藉由以下詳細之說明而使之更為 明確，同時參閱所附各圖，俾可使本創作之技術内容更加明瞭。 【實施方式】 後附第一圖為本創作敷料薄膜貼布立體外觀圖。 第一圖為本創作敷料薄膜貼布組件分解圖。 如第一圖第二圖所示，本創作之敷料薄膜貼布，係包括由第一離形層 10、第二離形層20形成的表層，由一薄膜層3〇形成的中間層，以及，由 第三離形層4〇形成的底層，共同黏合疊置而組成一薄片結構。 組成敷料薄膜貼布表層的上述第一離形層1〇，包括一彎折段12，經表 M256748 面彎折線11，使該彎折段12形成彎折；該第二離形層2〇，包括一彎折段 22，經彎折線21，使該彎折段22形成彎折；第一離形層10及第二離形層 20，係由該兩彎軒線11、21緊密接觸的結構，而由該第一離形層1〇及第 二離形層20共同形成敷料薄膜貼布之表層，並使該兩彎折段12、22，自 該表層表面延伸出來，以供操作者作剝離之操作。 該薄臈層30 ,係為用於黏貼接觸患部的主要材料，最好是使用具有防 水透濕功能的薄膜材料製成，譬如PU薄臈；該薄膜層可以是一種不加藥 物的潔淨薄膜，也可以是經表面藥物塗佈加工的含藥薄膜。 該第二離形層4G，係為-薄形材料，其兩側寬度略大於中間薄膜層3〇 ，略小於最上層由第-離形層2〇與第二離形層2〇所組成之表層。 該中賴麟30，係被密封祕於表層第—離_ lQ、第二離形層2〇 與底層第三離形層4G之間，並於操作時，可自該軸層3Q兩側剝離該第 三離形層40。 以下，再詳述一實際操作實施例。 第三圖，為本創作敷料薄膜貼布使用動作圖；圖中顯示已撕開敷料薄# 膜貼布的—部份第—離形㈣，並將敷料_布倒置，對應於-受傷手 臂50表面之患部；W她方向，可娜—_層10，使敷料薄膜 貼布黏貼在患部。 眠 第四圖為第三圖的連續動作圖；依圖中箭頭B方向，可撕開第二財 層20 ’使敷細貼布的中帽層峨接觸並包傷手臂50表面 之患部。 ^ M256748 第五圖為弟四圖的連續動作圏·同也 切下圖，®中顯示薄膜層30已貼合於患部，可 以撕開表面的第三離形層40。 第六圖為第五圖_動作圖；圖第三_層4_作。 由上述本；ij作敷料薄酿布之結射知’驗雜接觸患部的薄膜層 30 ’在来使用之前係被密封夾持於表層與底層之間受到嚴密保護；於使用 操作上’只需拉開表層第-離形層1G或第二離形層2Q之中任—騎段， 即顯露出-部份中間薄膜層30 ’將貼布反轉倒置由薄膜層3〇對應於患部 ’再將第-離形層1G、及第二離形層2G分別向外撕離，即能使該中間薄 膜層30被黏貼於患部，最後，再將位於表面的第三離形層侧離，即完 成操作。 在上述操作棘巾，_柄作的特殊設計，獅者的手部或手指完 全不會接觸巾間薄賴，而能雜該薄賴於使时後，皆不會受到不當 的外部接觸污染，達到上述目的。 本創作的敷料薄膜貼布，可經由不接觸中間薄臈層3〇來完成操作，而 特別適合應用在包紮燒燙傷類傷口。 本創作亦可將中間薄膜層30作藥物加工，使敷料薄膜貼布應用在各種 不同類型之傷口。 綜上所述，本創作所述之實施例確可達到預期功能及目的，並且，本 創作已詳細說明致使習於此藝者得據以實施。然而以上所舉之實施例僅用 以說明’舉凡所有等效結構之改變及不脫本創作精神之類似修改，均應隸 屬本創作之範_。 M256748 【圖式簡單說明】 第一圖為本創作敷料薄膜貼布立體外觀圖。 第二圖為本創作敷料薄膜貼布組件分解圖。 第三圖為本創作敷料薄膜貼布使用動作圖。圖中顯示已撕開一部份第 一離形層並將敷料薄膜貼布倒置對應於患部。 第四圖為第三圖的連績動作圖。圖中顯示撕開第二離形層的動作。 第五圖為第四圖的連績動作圖。圖中顯示薄膜層已貼合於患部，可撕 開第三離形層。 第六圖為第五圖的連續動作圖。圖中顯示撕開第三離形層的動作。 【圖號】 10第一離形層 11彎折線 12彎折段 20第二離形層 21彎折線 22彎折段 30薄膜層 40第三離形層 50手臂In terms of medical bandaging technology, in order to quickly recover the wounded part of the body, in addition to directly applying drugs to the affected area depending on the type of wound, the surface of the affected area is covered with a medical patch, which also has improper isolation, protects the wound, The effects of preventing infection and reducing pain are generally the most common such as medical tapes, film bandages, οκ bandages, and sore patches. In the above-mentioned various medicinal patches, most of them have a basic structure consisting of a patch-coated surface covered with a drug and a release paper layer. In operation, this patch only needs to peel off the surface layer to release. The paper layer is then adhered to the affected part with a drug-coated veneer. Therefore, this medicated patch is also suitable for daily health care applications in the home, and not necessarily for professional medical personnel. Traditionally, the above-mentioned patches, although for the general wound dressing and __have-the fixed medicine, ', and nuts, for burns and scalds with high standards of anti-pollution requirements, such medicinal patches are not Not suitable. The main reason is that in addition to the waterproof and moisture-permeable function of the material of the patch itself, it is operationally linked to the structure of the medicated patch. During the sticking operation, the fingers may contact the drug surface of the patch. Cloth or affected area, which can cause wound infection. Traditionally, there are certain problems that are specifically designed for bandaging burns and scald wounds, and most of them must be patched by Lingye medical staff. However, in order to avoid staffing operations, it cannot be popularized in ordinary families. 05 M256748 Do it yourself. [New content] This is a dressing film patch that can be smoothly operated by professional medical personnel or non-professional medical personnel. The main purpose of this creation is to provide a film patch that is designed to be applied to cover the body surface. "The ultimate embodiment of this creation is that the dressing fabric is composed of a first release layer and a second release layer, a surface layer formed by a _, and a third release The bottom layer formed by layers is bonded and stacked together to form a thin-sheet structure. "The above-mentioned first-riding and second-naying layers, which make up the surface layer of the button thin cloth, respectively have a plentiful and can be separated from the two bending sections to separate the first The shape layer and the second release layer are peeled from the surface of the thin film layer so as to correspond to the thin film layer and adhere to the affected part. This film layer is the main material used for sticking to the affected part. It is best made of thin linoleum with waterproof and transparent energy, such as PU_: The film layer can be a non-medicated flocculent film. It may also be a drug-containing film processed by surface drug coating. The width of both sides of the third release layer is slightly larger than that of the intermediate film layer, and slightly smaller than the first release layer of the first layer, so that the intermediate film layer is sealed and clamped between the first release layer and the second surface layer. Between the release layer and the bottom second ride, and during operation, the third release layer can be separated from both sides of the layer. According to the structure of the above dressing _ patch, it can be known that the film layer used to adhere to the affected part is tightly protected between the surface layer and the bottom layer before M256748 is not used; when using this dressing film, On the other hand, simply pull any of the bending sections in the first layer of the age layer—the second layer of the release layer and the second layer of the release layer—that is, the middle part of the thin layer is exposed. The first release layer and the second release layer are respectively torn outward, so that the thin film layer can be adhered to the affected part, and finally, the third nano layer on the surface is completed, and the operation is completed. During the above operation, due to the special design of this creation, the operator ’s hands or fingers will not touch the middle thin layer, and it can ensure that the film layer will not be affected by improper external contact before and after use. . The surface layer formed by the first release layer and the second release layer can be peeled off with one hand by the operator, and subsequent sticking and peeling of the third release layer can be completed with one hand. Therefore, this creation can be operated not only by professional medical personnel, but also for ice medical professionals and even the patients themselves, it is easy to enter the proficient stage and smoothly operate this dressing film patch. The other purposes and detailed structure of this creation will be made clearer by the following detailed descriptions, while referring to the attached drawings to make the technical content of this creation more clear. [Embodiment] The first figure attached is the three-dimensional appearance view of the creative dressing film patch. The first picture is an exploded view of the creative dressing film applicator. As shown in the first figure and the second figure, the dressing film patch of this creation includes a surface layer formed by the first release layer 10 and a second release layer 20, an intermediate layer formed by a thin film layer 30, and The bottom layer formed by the third release layer 40 is bonded and stacked together to form a sheet structure. The above-mentioned first release layer 10, which constitutes the surface layer of the dressing film, includes a bend section 12, and the bend section 12 passes through the surface M256748 surface to make the bend section 12 bend; the second release layer 20, The bending section 22 includes a bending section 22, and the bending section 22 is bent by the bending line 21. The first release layer 10 and the second release layer 20 are closely connected by the two curved lines 11 and 21. The first release layer 10 and the second release layer 20 together form the surface layer of the dressing film patch, and the two bent sections 12, 22 extend from the surface of the surface layer for the operator to make Stripping operation. The thin palate layer 30 is a main material for sticking to the affected part, and is preferably made of a film material having a function of waterproof and moisture permeability, such as PU thin palate; the thin film layer may be a clean film without adding drugs, It may also be a drug-containing film processed by surface drug coating. The second release layer 4G is a thin material, and its width on both sides is slightly larger than that of the intermediate film layer 30 and slightly smaller than the uppermost layer composed of the first release layer 20 and the second release layer 20. surface layer. The middle Lai Lin 30 is sealed and sealed between the first layer of the surface layer-the first release layer, the second release layer 20 and the bottom third release layer 4G, and can be peeled off from both sides of the shaft layer 3Q during operation. The third release layer 40. Hereinafter, an actual operation embodiment is described in detail. The third picture is the action diagram of the dressing film patch used in this creation; the picture shows the part of the dressing sheet that has been torn open. The #film patch—part of the part—is out of shape, and the dressing_cloth is turned upside down, corresponding to-injured arm 50 The affected part of the surface; in the direction of her, Kona—_Layer 10, so that the dressing film sticks to the affected part. The fourth picture is the continuous action picture of the third picture. According to the direction of the arrow B in the figure, the second layer 20 'can be torn open so that the middle cap layer of the thin patch contacts and wounds the affected part of the surface of the arm 50. ^ M256748 The fifth picture shows the continuous action of the fourth picture. The same figure is also cut out. The film shows that the film layer 30 has been attached to the affected part, and the third release layer 40 on the surface can be torn off. The sixth diagram is the fifth diagram_action diagram; the third diagram is the fourth layer_work. Based on the above; ij is used as the dressing of the thin brewing cloth to know that 'the film layer 30 for detecting the miscellaneous contact with the affected part' is tightly protected between the surface layer and the bottom layer before being used; it only needs to be used. Pull off any of the first-release layer 1G or the second release layer 2Q of the surface-riding section, which is exposed-part of the intermediate film layer 30 'reverse the patch upside down and the film layer 30 corresponds to the affected part'. The first release layer 1G and the second release layer 2G are respectively peeled outwardly, so that the intermediate film layer 30 can be adhered to the affected part, and finally, the third release layer on the surface is further separated, that is, Complete the operation. With the special design of the spine towel and handle mentioned above, the lion ’s hands or fingers will not touch the thin cloth between the towels at all, and can be mixed with the thin cloth. It will not be contaminated by improper external contact. To achieve the above purpose. The original dressing film patch can be operated without touching the middle thin palate layer 30, and is particularly suitable for applying to burns and burns. In this creation, the intermediate film layer 30 can also be used for drug processing, so that the dressing film patch can be applied to various types of wounds. In summary, the embodiment described in this creation can indeed achieve the intended function and purpose, and this creation has been explained in detail so that the learner in this art can implement it accordingly. However, the above-mentioned embodiments are only used to illustrate ‘All changes in the equivalent structure and similar modifications that do not depart from the spirit of this creation should belong to the norm of this creation_. M256748 [Schematic description] The first picture is the three-dimensional appearance of the creative dressing film patch. The second picture is an exploded view of the creative dressing film patch component. The third picture is the action diagram of the creative dressing film application. The figure shows that a portion of the first release layer has been torn open and the dressing film is applied upside down corresponding to the affected area. The fourth chart is the third consecutive chart. The figure shows the action of tearing off the second release layer. The fifth chart is the fourth consecutive chart. The figure shows that the thin film layer has been attached to the affected part, and the third release layer can be peeled off. The sixth diagram is a continuous operation diagram of the fifth diagram. The figure shows the action of tearing off the third release layer. [Figure number] 10 first release layer 11 bend line 12 bend section 20 second release layer 21 bend line 22 bend section 30 film layer 40 third release layer 50 arm