1308457 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種顯示幕外觀結構，尤指一種適用於 筆記型電腦之顯示幕之外觀結構。 、 【先前技術】 -般筆記型電腦係包括有—基座、以及一顯示幕，1 中之顯示幕係樞設於基座上，且 ㈣ 組藉以進行輸入，並㈣亍暮鬼1 曰、叹有—鍵盤 10 15 田”肩不幕顯不相對之訊息。 此外’ -般筆記型電腦之顯 即所謂之外觀面，此外觀面不枯有外表面’ 、 規面不僅為筆記型電腦視覺之外飽 ，亦為使用者手持筆記型 萆。己土電取時，所碰觸之表面。 ，，、、而’-般筆記型電腦之顯示幕 :_後，再對其顯示幕之外表面進行塗裝 外里的變化或毛胚外觀缺陷 :達成 會，生，法避免或不易克服之缺陷，例=二、 裝知’谷易於不同部位射出成形之結合 :仃塗 不同時，合產咮康*广★ ，、’良’或例如因應力 θ產生應力痕跡；或例如於射出成 水痕跡；或其他缺陷如陰影等。 產生之縮 再者葦5己型電腦之顯示幕以塑腺戋锃 型、並再細塗裝後，ΜΗ轉或Μ材質射出成 有環保之目的。f日 、卩〇 口收再製皆不具 <目的。甚且，以塑膠或鎂鋁 方式，使用者於手掊答4士 Τ貝射出成型之製造 者於手持筆§己型電腦時，因塑膠或鎂結為剛性 20 1308457 不 【發明内容】 本么月之筆δ己型電腦之顯示幕外觀結構係搭配一筆記 型電腦使用’且前述之筆記型電腦包括有一基座、以及一 ::綦’纟中之顯示幕係樞設於基座上，同時，顯示幕包 内表面、以及—外表面，前述之外表面係位於内表面 之相對側，且内表面包括有一螢幕。 10 =明之特色在於上述之筆記型電腦之顯示幕外觀結 匕括有—非剛性材質㈣，且此非剛性材質元件包括 2内側面、以及一外側面，其中之外側面係位於内側面 之相對側，且内側面係貼附於顯示幕之外表面上、 剛性材質元件包覆於顯示幕之外表面上。 15 因此，上述之結構係直接於筆記型電腦之顯示幕 =-非剛性材質元件，如此可以避免利用射出辕 之缺陷’例如結合線、應力痕跡、縮水痕跡、陰 衫4，故上述之結構可增加筆記型電腦之顯示 美觀性。 命r衣面之 .此外，利用直接於筆記型電腦之顯示幕外表面 剛性材質元件之結構設計，亦可讓使用者於手 雷聰η 士曰+ 得筆s己型 电驷％，具有較佳之觸感而增加舒適感， 學之要求。 』付合人體工 20 1308457 另外，利用直接於筆記 非剛性材質元件之έ士構” ^之顯不幕外表面貼附- ,ν . …構3又计’筆記型電腦之顯干蓋介了乂 以回收再製而符合環保之要求。 幕亦可加 上述之非剛性材質 絨毛、布、梢 、 為一皮革，或者可為橡膠、 布棉、麻、軟木等，且前 以膠水貼附於顯示幕之外矣品l 材質疋件可 ,l± ¥ (c M ^ m 、 上，或者可使用雙面膠、黏 度樂水、熱熔膠等方式而 ^ 之外表面上。 ㈣丨生材貝兀件貼附於顯示幕 10 15 面，述之非㈣材質元件可包括有—外環切斷 表面考折，如此於顯示幕上並 I:卜=:件切斷後之痕跡，故可更增加顯示 綦外表面之美觀性。 另外’上述之顯示幕可包括 , A . 主體4、以及一枢設 材質元件可包括有一疊合部，其係可爽設於主體部 免部之間’如此，亦可將非剛性材質元件切斷後之痕 跡隱臧於主體部與枢設部之間，而可增加顯示幕外表面之 美觀性。 【實施方式】 請參閱圖1係本發明第一較佳實施例之使用狀態示咅 圖’其中顯示有-筆記型電腦！ ’且此筆記型電腦i包財 一基座U、以及-顯示幕12，其中之顯示幕12係㈣㈣ 20 1308457 - 座11上並可相對於基座11翻轉，且基座丨1組設有一鍵盤組 111藉以輪入使用。 皿、 請同時參閱圖i、及圖2係本發明第一較佳實施例之立 體分解圖，上述筆記型電腦丨之顯示幕12包括有一内表面 5 121、以及一外表面122,其中外表面122係位於内表面121 之相對側’且内表面12丨包括有一螢幕123。 此外，上述筆記型電腦丨之顯示幕12外表面122上包覆 有-非剛性材質元件2’其中非剛性材質元件2包括有一内 側面21以及夕卜侧面22，其中之外側面22係位於内側面^ 1〇之相對側，且内側面21係貼附於顯示幕12之外表面122上、 並使非剛性材質元件2包覆於顯示幕12之外表面122上。 於本實施例中’上述之非剛性材質元件2係為一皮革， 當然亦可使用橡膠、絨毛、布、棉、麻、軟木等元件，且 於本實施例中，非剛性材質元件2係以膠水貼附於顯示幕12 5之外表面122上’當然亦可使用雙面膠、黏性藥水、熱溶膠 等方式而使非剛性材質元件2貼附於顯示幕12之外表面122 上。 &此外，非剛性材質元件2於切斷後，其會包括有一外環 切斷面23 ’於本實施例十，係將此外環切斷面辦月向顯示 幕12之内表面121_折，如此可使外環切斷面23隱藏於顯示 幕12之内表面121 ’而不會外露於顯示幕。之外表面⑵。 卜於本只知例中’非剛性材質元件2之外側面22更 包括有—名板24 ’其係穿過非剛性材質元件2並組設於顯示 幕12之外表面122 ’其組設方式係以熱熔著方式達成，且名 1308457 -板24可書寫上生產筆記型電腦！之公司名字、或是寫上 者姓名等等。 因此，如同上述，其結構係直接於筆記型電腦1之顯示 幕12外表面122貼附一非剛性材質元件2，減可以避免利 5用傳統塗裝方式所產生之缺陷，例如結合線、應力痕跡、 縮水痕跡、陰影等，古欠上述之結構可增加筆記型電职之顯 示幕I2外表面I22之美觀性。 此外，利用直接於筆記型電腦！之顯示幕12外表面122 貼附iMm材質το件2之結構設計’亦可讓使用者於手持 10筆ϋ電〜1時’具有較佳之觸感而增加舒適感，並可符合 人體工學之要求。 另外，利用直接於筆記型電腦丨之顯示幕12外表面122 貼附-非剛性材質元件2之結構設計，筆記型電腦i之顯示 幕122亦可加以回收再製而符合環保之要求。 15 再者，將非剛性材質7^件2之外環切斷面23朝向顯示幕 12之内表面121彎折之結構設計，亦可更增加筆記型電腦1 之顯示幕12外表面122之美觀性。 月同日守參閱圖3係本發明第二較佳實施例之立體分解 =、及圖4係圖3之剖面圖，其主要結構皆與上述第一較佳 2〇貝她例相同，唯差別在於本實施例之顯示幕32係以兩段方 式设什（上述第一較佳實施例之顯示幕12係為整體式設 計），亦即顯示幕32包括有一主體部321、以及一樞設部 322，其令之柩設部322係組設於主體部32丨上並柩設於基座 1308457 (請參閱圖1)上，且非剛性材質元件4包括有一疊合部41，此 $合部41係夾設於主體部32丨與枢設部322之間。 因此，利用上述結構設計，亦可將非剛性材質元件4切 斷後之痕跡隱藏於主體部321與柩設部322之間，而可更增 5 加顯示幕32之美觀性。 曰 上述實施例僅係為了方便說明而舉例而已，本發明所 主張之權利範圍自應以申請專利範圍所述為準，而非僅限 於上述實施例。 10 【圖式簡單說明】 圖1係本發明第一較佳實施例之使用狀態示意圖 圖2係本發明第—較佳實施例之立體分解圖。 圖3係本發明第二較佳實施例之立體分解圖。 圖4係圖3之剖面圖。 15 【主要元件符號說明】 基座11 内表面121 非剛性材質元件2 外環切斷面23 主體部321 疊合部41 鍵盤組111 外表面122 内側面21 名板24 樞設部322 筆記型電腦1 顯示幕12 螢幕123 20 外側面22 顯示幕32 非剛性材質元件4 101308457 IX. Description of the Invention: [Technical Field] The present invention relates to a display screen appearance structure, and more particularly to an appearance structure suitable for a display screen of a notebook computer. [Prior Art] The general notebook computer system includes a base and a display screen. The display screen in the 1 is pivoted on the base, and (4) the group is used for input, and (4) the ghost 1 曰, Sigh - keyboard 10 15 field "shoulders do not show the opposite information. In addition - the general-purpose notebook computer is the so-called appearance, this appearance does not have the outer surface', the surface is not only for notebook computer vision In addition to the fullness, it also holds the notebook type for the user. When the earth is taken, the surface touched. ,,,, and the display screen of the notebook computer: _, then display it outside the screen The surface is subjected to changes in the outer surface of the coating or defects in the appearance of the blank: the defects that are met, the raw, the method are avoided or are not easily overcome, for example, the second is that the combination of the different parts of the valley is easy to form and form:咮康*广★ , , '良良' or stress traces such as stress θ; or for example, shots of water; or other defects such as shadows, etc. The resulting display is a plastic display gland戋锃 type, and then finely coated, ΜΗ or Μ material shot It has the purpose of environmental protection. The purpose of the day is not to have a purpose. Moreover, in the case of plastic or magnesium-aluminum, the user in the hand 掊 4 4 Τ Τ 射 射 射 射 射 § § § § § In the case of a computer, the plastic or magnesium is rigid. 20 1308457 No [Invention] The display structure of the δ-type computer of the month is used with a notebook computer and the aforementioned notebook computer includes a base. And a display screen of the : 纟 枢 is pivoted on the pedestal, and at the same time, the inner surface of the sash and the outer surface are displayed, the outer surface is located on the opposite side of the inner surface, and the inner surface includes The screen is characterized in that the appearance of the display screen of the notebook computer described above includes a non-rigid material (four), and the non-rigid material element includes 2 inner sides and an outer side, wherein the outer side is located on the inner side. On the opposite side, the inner side surface is attached to the outer surface of the display screen, and the rigid material component is coated on the outer surface of the display screen. 15 Therefore, the above structure is directly displayed on the display screen of the notebook computer =- Non-rigid material components, so as to avoid the use of defects such as bonding wires, stress marks, shrink marks, and negative shirts 4, the above structure can increase the display aesthetics of the notebook computer. By using the structural design of the rigid material on the outer surface of the display screen directly on the notebook computer, the user can also get the 驷 型 驷 , , , , , , , , , , , , , , , , , , , , , , , , , , , , The requirements of the ergonomics 20 1308457 In addition, the use of the non-rigid material components directly in the notes of the gentleman's structure "^ the appearance of the external surface attached -, ν. ... structure 3 and count the 'note computer's dry It covers the requirements of recycling and recycling to meet environmental protection requirements. The curtain may also be added with the non-rigid material of the above-mentioned non-rigid material, wool, cloth, tip, or leather, or may be rubber, cotton, linen, cork, etc., and the glue is attached to the display screen before the product l material. , l± ¥ (c M ^ m, upper, or can be used on the outer surface of double-sided adhesive, viscous water, hot melt adhesive, etc.) (4) 丨 raw material shells attached to the display screen 10 15 The non- (4) material elements may include - the outer ring cut surface test, so on the display screen and I: Bu =: the trace after the piece is cut, so it can increase the appearance of the outer surface of the display. The above display screen may include: A. The main body 4 and a pivoting material element may include a stacking portion which may be disposed between the main body portion and the disengagement portion. Thus, the non-rigid material member may be cut off. The trace is concealed between the main body portion and the pivoting portion, and the appearance of the outer surface of the display screen can be increased. [Embodiment] Please refer to FIG. 1 for a state of use of the first preferred embodiment of the present invention. Yes - notebook computer! 'And this notebook computer i package a base U, to - Display screen 12, wherein the display screen 12 is (four) (four) 20 1308457 - the seat 11 can be flipped relative to the base 11, and the base 丨 1 group is provided with a keyboard group 111 for wheeling in. The dish, please also refer to the figure i 2 and FIG. 2 is an exploded perspective view of a first preferred embodiment of the present invention. The display screen 12 of the notebook computer includes an inner surface 5 121 and an outer surface 122, wherein the outer surface 122 is located on the inner surface 121. The opposite side 'and the inner surface 12' includes a screen 123. In addition, the outer surface 122 of the display screen 12 of the notebook computer is covered with a non-rigid material element 2', wherein the non-rigid material element 2 includes an inner side surface 21 and The side surface 22, wherein the outer side surface 22 is located on the opposite side of the inner side surface, and the inner side surface 21 is attached to the outer surface 122 of the display screen 12, and the non-rigid material element 2 is coated on the display screen. 12 is on the outer surface 122. In the present embodiment, the above-mentioned non-rigid material element 2 is a piece of leather, and of course, elements such as rubber, fluff, cloth, cotton, hemp, cork may be used, and in this embodiment, Non-rigid material element 2 is glued Attached to the outer surface 122 of the display screen 12 5 'Of course, the non-rigid material element 2 can be attached to the outer surface 122 of the display screen 12 by means of a double-sided tape, a viscous syrup, a hot melt or the like. In addition, after the cutting, the non-rigid material element 2 includes an outer ring cutting surface 23'. In the tenth embodiment, the outer ring cutting surface is folded to the inner surface 121_ of the display screen 12, so that The outer ring cut surface 23 is hidden from the inner surface 121' of the display screen 12 without being exposed to the display screen. The outer surface (2). In the present example, the outer surface 22 of the non-rigid material element 2 further includes - The name plate 24' passes through the non-rigid material element 2 and is assembled on the outer surface 122 of the display screen 12'. The assembly method is achieved by hot fusion, and the name 1308457 - board 24 can be written on the production notebook. computer! The name of the company, or the name of the person to be written, etc. Therefore, as described above, the structure is directly attached to the outer surface 122 of the display screen 12 of the notebook computer 1 with a non-rigid material element 2, which can avoid the defects caused by the conventional coating method, such as bonding wires and stresses. Traces, shrink marks, shadows, etc., the structure owed to the above can increase the aesthetics of the outer surface I22 of the display screen I2 of the notebook type. Also, use directly on the notebook! The outer surface 122 of the display screen 12 is attached with the iMm material τ. The structural design of the piece 2 can also allow the user to have a better touch and increase the comfort when holding the hand-held 10 ϋ 〜 1 and can be ergonomically Claim. In addition, by using the structural design of the non-rigid material element 2 attached directly to the outer surface 122 of the display screen 12 of the notebook computer, the display screen 122 of the notebook computer i can also be recycled and manufactured to meet the requirements of environmental protection. Further, the outer ring surface 23 of the non-rigid material 7 is bent toward the inner surface 121 of the display screen 12, and the outer surface 122 of the display screen 12 of the notebook computer 1 can be further increased. Sex. FIG. 3 is a perspective view of a second preferred embodiment of the present invention, and FIG. 4 is a cross-sectional view of FIG. 3, the main structure of which is the same as the first preferred second mussel example, except that The display screen 32 of the present embodiment is provided in a two-stage manner (the display screen 12 of the first preferred embodiment is an integral design), that is, the display screen 32 includes a main body portion 321 and a pivoting portion 322. The unit 322 is disposed on the main body portion 32 and is disposed on the base 1308457 (see FIG. 1), and the non-rigid material member 4 includes a stacking portion 41. It is interposed between the main body portion 32A and the pivoting portion 322. Therefore, with the above-described structural design, the traces after the cutting of the non-rigid material element 4 can be concealed between the main body portion 321 and the mounting portion 322, and the appearance of the display screen 32 can be further increased. The above-described embodiments are merely examples for the convenience of the description, and the scope of the claims is intended to be limited by the scope of the claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a state of use of a first preferred embodiment of the present invention. FIG. 2 is an exploded perspective view of a first preferred embodiment of the present invention. Figure 3 is an exploded perspective view of a second preferred embodiment of the present invention. Figure 4 is a cross-sectional view of Figure 3. 15 [Description of main component symbols] Base 11 Inner surface 121 Non-rigid material component 2 Outer ring cut surface 23 Main body 321 Laminated part 41 Keyboard set 111 External surface 122 Inner side 21 Name plate 24 Pivot part 322 Notebook computer 1 Display screen 12 Screen 123 20 Outer side 22 Display screen 32 Non-rigid material elements 4 10