M438382 五、新型說明： 【新型所屬之技術領域】 本創作有關於一種保遵膜貼覆技術，尤指一種電子裝置之多片 式保護膜結構。 【先前技術】 今曰手持電子裝置如智慧型手機與平板電，其可供操作的 裝置正面’通常具有較大面積㈣幕触具精㈣感的設計。為 # 了要保護手持電子裝置，避免其與外物碰撞摩擦而受損或留下到 痕，通常會在手持電子裳置表面上貼覆―片保護膜。透明材質的 保護膜具有黏膠面’為保護黏膠面的黏性並避免沾黏雜物，黏膠 面上會先貼覆-片_膜。保護膜的貼覆位置以手持電子褒置正 面的操作表面最為普遍。 不過，要完美的貼覆-張保護膜通常有其困難。首先，保護膜 的貼覆需在極短時間内進行。而在撕下其黏膠面上的離型膜時， »通常會產生相當的靜電而吸_近的灰塵微粒哺間越久，保護 膜的黏膠面會吸附越多灰塵微粒；這些灰塵微粒會在貼覆過程中 形成氣泡’這些位於保_與手持電子襄置間的氣泡並不易移除。 此外，離型膜是-整片的，與保護膜具有相同尺寸。當撕去離 、型麟，_、可以先以保護膜的—端鮮手㈣子裝置的某一邊 開始貼覆’但單騎準時，小範_失準並不容易以肉眼判斷。 使用者往往在前半段逐步局部按壓倾職，等到貼到手持電子 裝置上的後半段過程，才發現並沒有貼準^此時，如果手持電子 M438382 裝置的操作表面±有按紐、伽\孔或械㈣非連續平面的結 構’保護膜上面糊孔會有麵未貼準的狀況，既影響美觀、又 影響其功能性。 【新型内容】 有鑑於上述習知技術之問題，本創作之一實施例提供一種電子 裝置保護膜’供貼附於—電子裝置之—操作表面，操作表面具有 彼此相對之-第—外側與—第二外側。此保護膜包含—透明主 膜、一或多片第-離型膜與—或多片第二離型膜。透明主膜内表 面具有—黏著層，黏著層供以貼覆於電子I置之操作表面。第一 離型膜貼附於透明主膜之黏著層上，其包含—第—_層與一第 -移除層’第一離型層之外端朝自電子裝置之操作表面的第一外 側第矛多除層覆蓋於第一離型層上，且第一離型層内端與第一 移除層之内端相結合。第二_膜_於透明域之黏著層上並 與第-離型膜相鄰，其包含一第二離型層與一第二移除層，第二 _層之外端朝向電子裝置之操作表面的第二外側，第二移除層 覆蓋於第二離型層上，且第二離型層内端與第二移除層内端相^ 合。 σ 於本創作之另一實施例中，第一離型膜内端與第二離型膜 彼此對應料。於糊狀另—實補巾，第—__端與第 一離型膜内端彼此非對應齊平。 一離型膜内 於本創作之另一實施例中，第一離型膜内端超過第 端，使第一離型膜一部份覆蓋於第二離型膜上。 於本創作之另一實施例中，第一離型膜之第一離型層内端與第 一移除層内端形成一第一貼合段。 於本創作之另一實施例中，第二離型膜之第二離型層内端與第 二移除層内端形成—第二貼合段。 於本創作之另一實施例中，第一離型膜之第一離型層與第一移 除層為一體摺疊成型。 ;本創作之另-實施例中’第二離型膜之第二離型層與第二移 除層為一體摺疊成型。 於本創作之另一實施例中，電子裝置保護膜更包含一或多片外 防濩膜覆蓋於透明主膜之外表面上。 二於本創作之另-實施例中，電子裝置_膜更包含—或多片外 防護膜同時覆蓋於第一離型膜與第二離型膜上。 於本創作之另一實施例中，第一離型膜内端與第二離型膜内端 平行於電子裝置之短邊。於本創作之另一實施例中，第一離型膜 内端與第二離細㈣平行於電子I置之長邊。 根據本創作各實施例之電子裝置保護膜，可供使用者將對準電 子裝置的雙側、四肢或整個操作表面後，先以手部壓緊一端、 放開另—端’將另—端的第—離_或第二_膜射之-先撕 t貼妥。然後，即可換邊逐—操作撕除另1 _下各角落的 離型膜。祕電子裝置保護膜是解電子裝置的整個操作2的 面上，在位定、未失準的情況下先完成單邊或單絲的局= M438382 疋位與貼覆，故能達到準確貼覆的效果。同時，由於過程中不是 先將離型膜撕開才做耗時的對準動作，本創作分段進行的貼覆動 作減少黏著層暴露的時間’大幅減少灰塵微粒的吸附與氣泡問題。 【實施方式】 凊參考第1A圖，於本創作之一實施例申，保護膜1〇〇乃用以 貼覆於電子裝置200之操作表面21〇上。第m圖為保護膜觸的 背側視圖。 電子裝置200之操作表面21〇為電子裝置2〇〇的前表面(圖中 朝上之表面）’基本讀條面21G的大部分面積均為平面，包括 螢幕211、邊框212、按鍵213a、喇叭孔213b與相機孔213c ;圖 中操作表面210左右兩侧分別為彼此相對之第—外側214與第二 外側215。於另-實施例中，操作表面21〇可能具備一保護玻璃覆 皿在螢幕211與邊框212，當‘然，在按鍵2i3a、制队孔213b與相 M213e位置’此保護破璃可以留有對應的開孔。保護膜100之 尺寸與邊緣形狀並不予以限制；保護膜1〇〇貼覆後之覆蓋區域可 僅及於操作表s210之局部區域，例如僅及於螢幕2ιι，或僅及於 邊框212不含螢幕211，或如第u圖及於全部的操作表面別。 第2A與2B圖為本創作之另一實施例中，對應於第ia圖a 區域的放大圖。請合併參考第u、ΐβ、2a、2B圖，保護膜⑽ 透明主膜110、—第—離型膜120與一或多片第二離型膜 透明主膜no的内表面(朝向電子裝置2〇〇之操作表面21〇者） 130。 M438382M438382 V. New description: [New technical field] This creation is about a film-adhering technology, especially a multi-chip protective film structure for electronic devices. [Prior Art] Today's handheld electronic devices, such as smart phones and tablets, have a large-area (four) screen-touch design. It is necessary to protect the handheld electronic device from damage or damage to the foreign object, and it is usually applied to the surface of the handheld electronic device. The protective film of transparent material has a viscose surface to protect the adhesive surface from stickiness and avoid stickiness. The adhesive surface will be attached first-film_film. The placement of the protective film is most common with the operating surface of the hand-held electronic device. However, it is often difficult to apply a perfect protective film. First, the application of the protective film needs to be carried out in a very short time. When tearing off the release film on the adhesive surface, » usually produces a considerable amount of static electricity. The longer the dust particles are sucked, the more the dust particles on the protective film will absorb the dust particles; Bubbles are formed during the overlay process. These bubbles between the security and the handheld electronic device are not easily removed. Further, the release film is - one piece and has the same size as the protective film. When tearing away, type Lin, _, you can start with one side of the protective film's end-hand (four) sub-device. But the single ride is on time, the small fan _ misalignment is not easy to judge with the naked eye. The user often presses the partial pressure gradually in the first half, and waits until the second half of the process is attached to the handheld electronic device, and then finds that there is no alignment. At this time, if the operating surface of the handheld electronic M438382 device has a button, a gamma hole Or mechanical (four) non-continuous planar structure 'protection film on the paste hole will have a surface unaligned condition, affecting both aesthetics and its functionality. [New Content] In view of the above-mentioned problems of the prior art, an embodiment of the present invention provides an electronic device protective film 'attached to the operating surface of the electronic device, the operating surfaces having opposite to each other - the first side - Second outer side. The protective film comprises a transparent main film, one or more first-release films and/or a plurality of second release films. The inner surface of the transparent main film has an adhesive layer for attaching to the operation surface of the electron I. The first release film is attached to the adhesive layer of the transparent main film, and comprises a first layer of the first layer and a first release layer of the first layer and a first release layer facing away from the first outer side of the operation surface of the electronic device The first spear layer covers the first release layer, and the inner end of the first release layer is combined with the inner end of the first removal layer. The second film is on the adhesive layer of the transparent domain and adjacent to the first release film, and comprises a second release layer and a second removal layer, and the outer end of the second layer faces the operation of the electronic device A second outer side of the surface, the second removal layer covers the second release layer, and the inner end of the second release layer is combined with the inner end of the second removal layer. σ In another embodiment of the present invention, the first release film inner end and the second release film correspond to each other. In the paste-like alternative-solid towel, the first end of the first release film and the inner end of the first release film are not flush with each other. In a further embodiment of the present invention, the inner end of the first release film extends beyond the first end such that a portion of the first release film overlies the second release film. In another embodiment of the present invention, the inner end of the first release layer of the first release film and the inner end of the first removal layer form a first conforming segment. In another embodiment of the present invention, the inner end of the second release layer of the second release film and the inner end of the second removal layer form a second attachment section. In another embodiment of the present invention, the first release layer of the first release film is integrally formed with the first removal layer. In another embodiment of the present invention, the second release layer of the second release film and the second release layer are integrally formed by folding. In another embodiment of the present invention, the electronic device protective film further comprises one or more outer tamper-proof films covering the outer surface of the transparent main film. In another embodiment of the present invention, the electronic device_film further comprises - or a plurality of outer protective films covering both the first release film and the second release film. In another embodiment of the present invention, the inner end of the first release film and the inner end of the second release film are parallel to the short side of the electronic device. In another embodiment of the present invention, the inner end of the first release film and the second outer (four) are parallel to the long side of the electron I. According to the electronic device protective film of the embodiments of the present invention, the user can align the two sides, the limbs or the entire operating surface of the electronic device, first press the end with the hand, and release the other end to the other end. The first - away from the _ or the second _ film shot - first tear t paste. Then, you can change the edge-by-side operation to remove the release film from the other corners of the other 1_. The secret electronic device protective film is the surface of the whole operation 2 of the electronic device. When the position or the misalignment is completed, the unilateral or monofilament board = M438382 疋 position and affixing are completed, so that accurate coverage can be achieved. Effect. At the same time, since the process of disengaging the release film is not required to perform the time-consuming alignment action, the pasting action of the creation segment reduces the exposure time of the adhesive layer to greatly reduce the adsorption and bubble problems of the dust particles. [Embodiment] Referring to Figure 1A, in one embodiment of the present invention, a protective film 1 is attached to the operation surface 21A of the electronic device 200. Figure m is a back side view of the protective film. The operation surface 21 of the electronic device 200 is the front surface of the electronic device 2 (the upward facing surface in the drawing). The majority of the area of the basic read strip surface 21G is flat, including the screen 211, the frame 212, the button 213a, and the horn. The hole 213b and the camera hole 213c; the left and right sides of the operation surface 210 in the figure are the first outer side 214 and the second outer side 215 opposite to each other. In another embodiment, the operating surface 21〇 may have a protective glass covering plate on the screen 211 and the frame 212. When the button 2i3a, the formation hole 213b and the phase M213e are in position, the protective glass may have a corresponding correspondence. Opening. The size and edge shape of the protective film 100 are not limited; the cover area after the protective film 1 〇〇 is applied only to a partial area of the operation table s210, for example, only the screen 2 ι, or only the frame 212 does not contain Screen 211, or as shown in Figure u and on all operating surfaces. 2A and 2B are enlarged views of a region corresponding to the ia diagram a in another embodiment of the present creation. Please refer to the u, ΐβ, 2a, 2B diagram, the inner surface of the protective film (10) transparent main film 110, the first release film 120 and the one or more second release film transparent main film no (toward the electronic device 2操作The operating surface of the 〇 21) 130. M438382
I 具有-黏著層111，此黏著層⑴乃供㈣覆於電子裝置㈣之操 作表面210。於-實施例中，保護a 100例如可由聚對苯二甲酸乙 魏(PET)等高分子聚合轉膜所實現；於-實施财，點著層 1U可由矽膠或其他合適黏性之點著材料所實現^透明主膜尚 丨 可具有開孔113a/113b/113c，分別對應於電子裝置2GG之操作表面 I ' 210的按鍵2〗3a、喇叭孔213b與相機孔213c。 | 帛-離龍120可移__於透明域⑽之黏著層⑴ •上’其包含-第一離型層121與一第一移除層122。第一離型層 ⑵之外端(第ία、2A、2B之左端)朝向電子裝置2〇〇之操作表面 21〇的第-外側214(第1A、1B、2A、2B圖之左端）。第一離型膜 120之第—移除層122覆蓋於第—離型層121上，且第一離型層 ⑵内端(靠近透明主膜11〇中間區段)與第一移除層122之内端 近透明主觀〇中_段)減合。於賴作之另—倾例中，第 •:離型膜12G之第—離型層121内端與第—移除層122内端形成 一第:貼合段123，如第2A、2B圖所示。於本創作之另一實施例 第離麵120之第一離型層121與第一移除層122為一體 摺疊成型，如第3A、3B圖所示。 第-離顧貼13G亦可移除的刺於透明域UG之黏著層 Γ 111上’並與第-離型膜120相鄰。於本創作之另一實施例中，二 -離型膜120内端與第二離麵13〇内端(二者皆靠近透明主膜 110中間區段)平行於電子裝謂之短邊，例如靠近第1Α圖電子 裝置200之操作表面21〇其第一外側μ或第二外側犯之兩側 M438382 邊。於本創作之另-實施例中，第—離型膜】2G内端與第二離型 膜130内端彼此對應齊平，如第1A、1B、2A、2B、3a圖。於本 創作之另-實施例t，第-離型膜120内端超過第二離型膜13〇 内端’使第-離型膜120 -部份覆蓋於第二離型膜13〇上，如第 3B圖所示。財創作之另一實施例中，第一離麵内端與第二離 型膜内端亦可能平行於電子裝置之長釦再者，於於本創作之另 只知例中帛離型膜内端與第二離型膜内端彼此非對應齊 平；亦即二者内端可能具有不對應或不平行的邊緣，使二者内端 可能局部交4、或留有不特定麵的間隙。 第二離型膜貼13G包含―第二離型層131與—第二移除層 132 ’第一離型層131之外端(第1A、lB、2A、圖之右端)朝向 電子裝置細之操作表面21〇的第二外侧215(第1A、IB、2A、 2B圖之右端）。第二移除層132覆蓋於第二離型層⑶上，且第二 離型層131内端(靠近透明主膜11〇中間區段)與第二移除層⑶内 端(靠近透明主臈110中間區段)相結合。於本創作之另-實施例 中’，第二離型膜130之第二離型層131内端與第二移除層132内 端域帛一貼合段133，如第2A、2B圖所示。於本創作之另一 實施例中，第二離型膜13〇之第二離型層131與第二移除層132 為-體摺疊成型’如第3A、3B圖所示。 請參考第2B圖，並合併參考第ΙΑ、1B、2A圖’保護膜1〇〇 之使用方S &以第一離型膜12〇與第二離型膜別一側朝向電 子裝置2GG ’將保_ i⑻置放絲作表面則上，織在操作表 M438382 面210又爾如第—外側214與第：外側2】5)、四角落或整個操作 表面210進仃貼覆位置的對準。對準後，以手將保護膜廳一側(例 如第2B圖尹對應第二離型膜13〇的右半部位置)緊屢於電子穿置 的操作表面加上。此時，掀起透明主膜UG與第-離型臈 的外端施力撕拉第一離型膜120的第一移除層122,以撕去I has an adhesive layer 111 which is provided for (4) over the operating surface 210 of the electronic device (4). In the embodiment, the protection a 100 can be realized, for example, by a polymer transfer film such as polyethylene terephthalate (PET); in the implementation, the layer 1U can be made of tannin or other suitable adhesive material. The transparent main film may have openings 113a/113b/113c corresponding to the buttons 2 to 3a, the horns 213b and the camera holes 213c of the operation surface I'210 of the electronic device 2GG, respectively. The 帛-dissociate 120 can be moved to the adhesive layer (1) of the transparent domain (10). • The upper layer 126 includes a first release layer 121 and a first removal layer 122. The outer end of the first release layer (2) (the left end of the ία, 2A, 2B) faces the first outer side 214 of the operation surface 21 of the electronic device 2 (the left end of the first 1A, 1B, 2A, 2B diagram). The first removal layer 122 of the first release film 120 covers the first release layer 121, and the inner end of the first release layer (2) (near the intermediate portion of the transparent main film 11〇) and the first removal layer 122 The inner end is close to the transparent subjective 〇 _ segment). In the other example of the Lai, the first end of the first release layer 121 of the release film 12G and the inner end of the first removal layer 122 form a first: bonding section 123, as shown in Figs. 2A and 2B. Shown. In another embodiment of the present invention, the first release layer 121 of the first face 120 is integrally formed with the first removal layer 122 as shown in Figs. 3A and 3B. The first-displacement film 13G can also be removed from the adhesive layer Γ 111 on the transparent layer UG and adjacent to the first release film 120. In another embodiment of the present invention, the inner end of the two-release film 120 and the inner end of the second off-plane 13〇 (both close to the middle section of the transparent main film 110) are parallel to the short side of the electronic device, for example, The operating surface 21 of the first electronic device 200 is adjacent to the side of the first outer side μ or the second outer side of the M438382 side. In another embodiment of the present invention, the inner end of the 2G release film and the inner end of the second release film 130 are flush with each other, as shown in Figs. 1A, 1B, 2A, 2B, and 3a. In another embodiment of the present invention, the inner end of the first release film 120 exceeds the inner end of the second release film 13 and the first release film 120 is partially covered on the second release film 13〇. As shown in Figure 3B. In another embodiment of the creation, the first off-plane inner end and the second release film inner end may also be parallel to the long buckle of the electronic device, and in another example of the present invention, the release film is The inner ends of the second release film and the second release film are not flush with each other; that is, the inner ends of the two ends may have non-corresponding or non-parallel edges, so that the inner ends of the two may be partially intersected or left with a gap of an unspecified surface. The second release film 13G includes a second release layer 131 and a second removal layer 132. The outer ends of the first release layer 131 (1A, 1B, 2A, and the right end of the figure) are oriented toward the electronic device. The second outer side 215 of the operation surface 21A (the right end of the first A, IB, 2A, and 2B drawings). The second removal layer 132 covers the second release layer (3), and the inner end of the second release layer 131 (near the middle section of the transparent main film 11〇) and the inner end of the second removal layer (3) (near the transparent main layer) 110 intermediate section) combined. In the other embodiment of the present invention, the inner end of the second release layer 131 of the second release film 130 and the inner end of the second removal layer 132 are attached to the segment 133, as shown in FIGS. 2A and 2B. Show. In another embodiment of the present invention, the second release layer 131 and the second release layer 132 of the second release film 13 are - body folded and formed as shown in Figures 3A and 3B. Please refer to FIG. 2B, and refer to the reference ΙΑ, 1B, 2A's 'protective film 1 使用 use S & the first release film 12 〇 and the second release film side toward the electronic device 2GG ' Place the _i(8) on the surface as the surface, and align it on the surface of the operation table M438382, such as the first side 214 and the outer side 2) 5), the four corners or the entire operation surface 210. . After the alignment, the side of the protective film chamber (for example, the position of the right half of the second release film 13A corresponding to Fig. 2B) is applied by hand to the operation surface of the electron insertion. At this time, the outer main end of the transparent main film UG and the first-out type 臈 are biased to tear the first removal layer 122 of the first release film 120 to be torn off.
第一離型膜⑶；第2B圖中可見到剛開始施力之狀態。撕去第一 離型膜12G，並小吨軸_主膜11G無至操作表面210上 後，可以手部將左半部位置(對應原本第-離型膜120的位置)緊壓 於電子裝置200的操作表面21〇上。接著，掀起透明主膜則與 第二離型膜130的外端，施力撕拉第二離型膜m的第二移除層 132 ’即可撕去第二離類別，按獅側透縣膜⑽黏貼至操 作表面210上。The first release film (3); the state of the initial application of force is seen in Fig. 2B. After the first release film 12G is torn off, and the small-ton shaft_main film 11G is not applied to the operation surface 210, the left half position (corresponding to the position of the original first-release film 120) can be pressed against the electronic device by the hand. The operating surface 21 of 200 is on top. Then, picking up the transparent main film and the outer end of the second release film 130, and forcibly tearing the second removal layer 132 of the second release film m, the second separation type can be removed, according to the lion side through the county The film (10) is adhered to the operation surface 210.
在消費者拆封前’為防止保護膜受到損傷、或為了加工之需 要’於保護膜1GG -表面單獨或二表面同時可貼覆—外保護膜。 如第4A圖所示’於本創作之另一實施例中，保護膜1〇〇更包含一 或多片外防護膜140覆蓋於透明主膜11〇之外表面上；如第4b圖 所示，於本創作之另一實施例中，保護膜100更包含另一或多片 外防護膜140同時覆蓋於第一離型膜120與第二離型膜13〇上。 雖然上述實施例及圖式均以一片第一離型膜和一片第二離型 膜為例，但於另一實施例中，如第5圖所示，可以多片第一離型 膜搭配多料二離型膜，㈣可職四則落獨立撕貼，提高保 護貼的貼覆品質。於本創作實施例中，第一離型膜内端與第二離 M438382 型膜内側成直角的二端分別平行於電子袭置之短邊盘長邊。 综合上述，本創作各實施例之電子t置保護膜可供使用者 =裝置的雙側、四祕或整個操作表面後，先以手部鮮— 先撕/端’將另—端的第—離型膜或第二離型膜其中之一 她、貼妥。，鴨邊逐—縣編— 洛的離型膜。由於電子裝置保護 敕各角 二面ΓΓ將電子裝置保護膜—端㈣固定於電子裝置的操 的局:位準的情況下先完成單邊或單一角落 疋位與職，找稍整 過程中不是先將離型膜撕W 士 果°同時，由於 行的貼覆動作減少對準動作，本創作分段進 與氣泡問題。 吁1从減从塵微粒的吸附 定本門僅為本創作之較佳實施例而已，當不能以此限 書内容所=簡=等=凡依本創作中請專利範圍及創作說明 之範圍内。、專錢化與修飾’皆應仍屬本創作專利涵蓋 【圖式簡單說明】 弟1A圖係本創作— 意圖； 作滅例中保護膜與電子裝置之立體外觀示 圖 第1B圖係本創作另—杏 施例中保護膜之背側立體外觀示意 第2A圖係本創作另 實施例中保護膜之局部剖視示意圖，對 ^-TJOJOZ 應於第1A圖之A區域； 第2B圖係本創作另―實施例中保護膜之 應於第1A圖之A區域； 丨。】視不忍圖 第3A圖係本創作另—實施例中保護膜之 應於第1A圖之A區域； 』視不忍 弟—3B圖係本創作另—實施例中保護膜之局部剖視示意圖 應於第1A圖之A區域； 第4A圖係本創作另—實施例中保護膜之局部剖視示意圖 應於第1A圖之A區域； 第4B圖係本創作另一實施例中保護膜之局部剖視示意圖 應於第1A圖之A區域；及 對 圖，對 對 對 對 第5圖係本創作另一實施例中保護膜之背侧立體外觀示意圖。 【主要元件符號說明】 區域A 保護膜100 透明主膜110 黏著層111 開孔 113a/113b/113c 第一離型膜120 第一離型層121 第一移除層122 第一貼合段123 M438382 第二離型膜貼130 第二離型層131 第二移除層132 第二貼合段133 外防護膜140 電子裝置200 操作表面210 螢幕211 邊框212 按鍵213a 剩口八孔213b 相機孔213c 第一外侧214 第二外侧215Before the consumer unpacks, in order to prevent the protective film from being damaged, or for processing, the protective film 1GG - the surface may be attached to the surface alone or both surfaces - the outer protective film. As shown in FIG. 4A, in another embodiment of the present invention, the protective film 1 further includes one or more outer protective films 140 covering the outer surface of the transparent main film 11; as shown in FIG. 4b. In another embodiment of the present invention, the protective film 100 further includes another or a plurality of outer protective films 140 covering the first release film 120 and the second release film 13A. Although the above embodiments and drawings are exemplified by a first release film and a second release film, in another embodiment, as shown in FIG. 5, multiple first release films may be combined. The material is separated from the film, and (4) the four pieces can be separated and peeled independently to improve the quality of the protective stickers. In the present embodiment, the inner ends of the first release film and the second end at right angles to the inner side of the M438382 type film are parallel to the long sides of the short side of the electron. In summary, the electronic t-protection film of the embodiments of the present invention can be used by the user=the two sides of the device, the fourth secret or the entire operation surface, first with the hand fresh--first tear/end' will be the other end-off One of the film or the second release film is her. , duck side by side - county editor - Luo's release film. Because the electronic device protects the two sides of the corners, the electronic device protective film-end (four) is fixed to the operation of the electronic device: in the case of level, the unilateral or single-corner position is completed first, and the process is not found in the process. At the same time, the release film is torn to the W. At the same time, the stitching action of the line reduces the alignment action, and the creation is segmented into the bubble problem. It is only a preferred embodiment of the present invention to reduce the adsorption of dust particles. When it is not possible to limit the contents of the book, the content of the book is limited to the scope of the patent and the scope of the creation. , specialization and modification 'all should still be covered by this creation patent [simple description of the schema] Brother 1A diagram is the original creation - intention; the stereoscopic appearance of the protective film and electronic device in the case of extinction 1B is the creation In addition, the three-dimensional appearance of the back side of the protective film in the apricot application example is shown in a partial cross-sectional view of the protective film in another embodiment of the present invention, and the ^-TJOJOZ should be in the A area of the first drawing A; In the other embodiment, the protective film should be in the area A of Fig. 1A; 】 视 图 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护 保护In the A region of FIG. 1A; FIG. 4A is a partial cross-sectional view of the protective film in the present embodiment, which should be in the A region of FIG. 1A; FIG. 4B is a portion of the protective film in another embodiment of the present creation. The schematic cross-sectional view should be in the area A of FIG. 1A; and the schematic view of the back side of the protective film in another embodiment of the present invention. [Main component symbol description] Area A protective film 100 transparent main film 110 adhesive layer 111 opening 113a/113b/113c first release film 120 first release layer 121 first removal layer 122 first bonding segment 123 M438382 Second release film paste 130 Second release layer 131 Second removal layer 132 Second bonding segment 133 Outer protective film 140 Electronic device 200 Operating surface 210 Screen 211 Border 212 Button 213a Left port 213b Camera hole 213c An outer side 214 a second outer side 215