200908853 九、發明說明： 【發明所屬之技街領域】 本發明係關於一種蔣電4裝置覆件 置及方法’特別是關於利用一種夾鉗束帶 人：二: 方法。 〇您褒置及 【先前技術】 電子裳置之包覆件係設制於將f子元件、電路 板予以分離、保護，以避免暴露於環境下…般而+子 包覆件係包括二個或更多的部分所組成，且㈣將兩 起。在電子裝置之包覆件之設計上，必須 或其他方切包覆狀各㈣分Μ結合， 子元件、電路、電路板。同時，產品需可抵抗污染物 ’例如水、其他液體、錢及其他齡子，故在傳統上常使 用密封彈性墊，其需要額外的壓縮力或夾鉗 之包覆件之各部份結合。 电于衮置 在習知表現兩者之貼附功能之方法上如需要時，上述之 夾鉗力胃b可包括栓梢之使用、螺絲或以螺紋扣 覆件交界之周緣上，以此方式將兩包覆件在組裝二： =。傳統上’此種扣帶係嵌人其中—包覆件，再將另一 件結合於其螺孔或螺帽。 【發明内容】 本發明所欲解決之技術問題： 200908853 然而，使用習知技術中扣帶之問題之一係為需要個別地 或以其他方式將扣帶扣緊，或.需要使用成本花費較高的機構 將所有之螺絲同時鎖緊。'習知ί累絲扣，參之另一問題係為在扣 合時缺少一種均勻夾箝之方式。 緣此，本發明之目的即在於提供一種將電腦殼件利用 一夾箝束帶予以結合之裝置及方法。 本發明解決問題之技術手段： 本發明為解決習知技術之問題所採用之技術手段係以 一電腦殼體，其中一實施例係包括一具有一第一緣部之第一 殼件；一具有一第二緣部之第二殼件，其中第一殼件之第一 緣部與第二殼件之第二緣部相互緊鄰；以及一束帶，套設於 緊鄰之第一緣部與第二緣部。 本發明電子裝置之包覆件之一實施例係包括一第一殼 件，具有一周緣部，且包括一形成於周緣部之第一凸緣；一 第二殼件，具有一周緣部，且包括一形成於該周緣部之第二 凸緣，其中第一凸緣及第二凸緣彼此相鄰；以及一束帶，套 設於相鄰之第一凸緣及第二凸緣。 本發明電腦裝置之一實施例係包括一機殼；一設置於機 殼中之微處理器；一設置於機殼中之記憶媒介；其中機殼包 括一第一殼件，第一殼件具有一第一緣部；一第二殼件，第 二殼件具有一第二緣部，其中第一殼件之第一緣部與第二殼 件之第二緣部彼此相鄰；以及一束帶，套設於相鄰之第一緣 部及第二緣部。 200908853 本發明將電子裝置之包覆件之一或多個區段予以結合 之方法之-實施例係包括提供一電子裝置之包覆件，電子装 置之包覆件包括有-第-殼件4 —第义殼件，第—殼件具^ -第-緣部’第二殼件具有—第二緣部；結合第—殼件之第 -緣部於第二殼件之第二緣部，以使第—緣部鄰近於第二緣 部；以及套設-束帶於相鄰之第—緣部及第二緣部，以提供 一均勻之夾箝力使第-殼件結合於第二殼件，因而形成一實 質上封閉之包覆件圍繞結合於電子裝置。 、 本發明對照先前技術之功效： 經由本發明所採用之技術手段，主要係提供一種更有效 率且更具有成本效益之電子裝置之包覆件，可更簡易地安裝 及操作，並提供一均勻之夾箝力於一電子裝置之包覆件之選 ^組裝區以完善地固定結合於電子裝置，並可更為有效地抵 抗污染物之侵入，例如水、其他液體、灰塵及其他微粒子。200908853 IX. INSTRUCTIONS: [Technical street field to which the invention pertains] The present invention relates to a device and method for a Chiang Mai 4 device, particularly relating to the use of a clamp band. 〇 褒 及 【 【 【 及 及 及 及 及 及 及 及 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子Or more parts, and (4) will be two. In the design of the covering member of the electronic device, it is necessary to combine or combine the four (four) bifurcations, sub-elements, circuits, and circuit boards. At the same time, the product needs to be resistant to contaminants such as water, other liquids, money and other ages, so seal elastic pads have traditionally been used, which require additional compression or bonding of the various parts of the clamp. The above-mentioned clamp force stomach b may include the use of a tip, a screw or a threaded fastener on the periphery of the joint, as needed, in a manner that is suitable for the attachment function of the two. Place the two cladding parts in assembly two: =. Traditionally, such a buckle is embedded in a cover member, and the other member is coupled to a screw hole or a nut. SUMMARY OF THE INVENTION The technical problem to be solved by the present invention is: 200908853 However, one of the problems of using the buckle in the prior art is that the buckle is required to be fastened individually or otherwise, or the cost of use is high. The mechanism locks all the screws at the same time. 'Knowledge ί tired thread buckle, another problem is the lack of a uniform clamp when the buckle. Accordingly, it is an object of the present invention to provide an apparatus and method for combining a computer casing member with a clamp band. Technical Solution for Solving the Problems of the Invention: The technical means adopted by the present invention to solve the problems of the prior art is a computer housing, wherein an embodiment includes a first housing member having a first edge portion; a second shell member of the second edge portion, wherein the first edge portion of the first shell member and the second edge portion of the second shell member are adjacent to each other; and a strap is sleeved adjacent to the first edge portion and the first edge portion Two edge parts. An embodiment of the cover member of the electronic device of the present invention includes a first case member having a peripheral edge portion and including a first flange formed on the peripheral portion; a second case member having a peripheral edge portion, and The second flange is formed on the peripheral portion, wherein the first flange and the second flange are adjacent to each other; and a strap is sleeved on the adjacent first flange and the second flange. An embodiment of the computer device of the present invention comprises a casing; a microprocessor disposed in the casing; a memory medium disposed in the casing; wherein the casing includes a first casing member, and the first casing member has a first edge portion; a second shell member having a second edge portion, wherein the first edge portion of the first shell member and the second edge portion of the second shell member are adjacent to each other; and a bundle The belt is sleeved on the adjacent first edge portion and second edge portion. 200908853 A method of combining one or more sections of a cover of an electronic device - an embodiment comprising providing a cover for an electronic device, the cover of the electronic device comprising a - cover - case 4 a first shell member, the first shell member has a second edge portion having a second edge portion; and the first edge portion of the first shell member is joined to the second edge portion of the second shell member, So that the first edge portion is adjacent to the second edge portion; and the sleeve is strapped to the adjacent first edge portion and the second edge portion to provide a uniform clamping force to bond the first shell member to the second portion The cover member thus forms a substantially closed cover member for attachment to the electronic device. The present invention compares the effects of the prior art: through the technical means employed by the present invention, mainly provides a more efficient and cost-effective electronic device cover, which can be more easily installed and operated, and provides a uniform The clamping force is applied to the assembly area of the covering member of an electronic device to be perfectly fixedly coupled to the electronic device, and is more effective against the intrusion of contaminants such as water, other liquids, dust and other fine particles.
本發明所採用的具體實施例，將藉由以下之實施例及附 呈圖式作進一步之說明。 【實施方式】 第1圖係顯示本發明電子裝置之包覆件ι00之一實施例 之立體圖。束帶130係套設於電腦裝置U5之周緣，在此例 中，其係為一筆記型電腦。電腦裝置.115包括二殼件(在此 為第一殼件及第二殼件），係由束帶130予以連結。束帶13〇 /D電知裝置115之周緣提供一均句之夾箝力，以將電腦裝置 200908853 115之各殼件彼此結合。 束帶130可由任何適當冬材料所製造，以將電子裝置之 包覆件之兩殼件予以結合，並灰以抵ά、電子裝置之包覆件可 能所在之環境狀況。適於製造束帶130之材料包括有已知的 聚合材料，金屬材料，彈性材料包括有合成橡膝，任何已知 的合金材料，複合材料包括有複合編織材料，或任何前述之 組合，但並不受此限制。在本實施例中，束帶130係為彈性 材料，以使束帶130可在不影響其抗壓結構情況下，即很容 易地安裝或移除。 儘管束帶130較佳地可為一連續表面之閉環，本發明亦 可以一種開放式束帶實施。舉例而言，在本實施例中，束帶 可利用一可固定於開放端的閂鎖手段予以固定於開放端。較 佳地該手段將具有可進一步地將開放端予以拉合之功能，因 此可縮短束帶之周緣且可緊實所對應作用之電腦裝置部 份。在開放式束帶之另一實施例中，束帶可以一種硬式材質 所製成，以形成一延伸之箝夾部。例如第7圖所示之一種較 硬實之束帶可能具有之形狀。在此情況下，本發明之束帶具 有有限之彈性且近似於一套設於電子裝置之包覆件周緣之 延伸箝夾部。 第2圖係顯示本發明電子裝置之包覆件2 0 0之一實施例 之近視立體圖。在此，如前所述，束帶230用以將電腦裝置 215之各殼件予以連結。 · ' 第3圖係顯示本發明之電子裝置之包覆件300之一實施 例之局部剖視圖。電子裝置之包覆件300包括一第一殼件 200908853 310 第二殼件320、一束帶330，以及一壓縮封墊335。 第—殼件310具有一第一緣部，第一緣部係由一外表面 與一内表面3丨3所形成。秦-殼件亡32〇具有一第一緣部， 第一緣部係由一外表面324與一内表面323所形成，且其中 内表面313與内表面323相互緊鄰。 當束帶330套設於電子裝置之包覆件3〇〇之第一及第二 緣部時，可提供一均勻之夾箝力或壓縮力於電子裝置之包覆 件300之周緣，以將第一殼件3丨〇與第二殼件予以結合。 壓縮封墊335係設置於内表面313及内表面323之間。 疋縮封墊335可由適當之材料所製成，以抵抗污染源之侵 入例如水、其他液體、灰塵或其他微粒子，且適於設置在 第一殼件310與第二殼件320之間。合適的壓縮封墊幻5包 括有彈性材料封墊、聚合材料封墊、襯墊，或任何前述之組 θ ’但並不受此限制。 凸緣360係由第一殼件310所界定出之區域，至少部份 地由内表面313及外表面314所定義。同樣地，凸緣37〇係 由第二殼件320所界定出之區域，至少部份地由内表面323 及外表面324所定義。凸緣360、37〇係用以與束帶33〇互 相作用，且彼此相鄰或配對。雖然此處所揭露之束帶33〇係 凡全地界定出凸緣360、370 ’仍可理解在某些實施例中束帶 330可僅套設於凸緣360、370之一部分。 苐4圖係顯示本發明之一實施例之二電腦裝置415之局 部立體圖。電子裝置之包覆件400包括一第一殼件41〇、一 第二殼件420、一束帶430’以及一壓縮封墊435。如圖所示， 200908853 在電子裝置之包覆件400内包括有一電路單元48卜電路單 元481更包括一微處理器482.以及一記憶媒介483及其他未 表現之元件。電子裝置之.包覆掉4〇〇澄'電路單元48】形成電 腦裝置415。 相同於第3圖所揭示之實施例，第一殼件41〇具有一第 一緣部，第一緣部係由一外表面414與一内表面413所形 成。第二殼件420具有一第二緣部，第二緣部係由一外表面 424與一内表面423所形成。 束帶43 0係套設於電子裝置之包覆件之第一、第二 緣部，並延伸於第一殼件4〗〇、第二殼件42〇之周緣，以將 第一殼件410、第二殼件420予以連結固定。 壓縮封墊435係設置於内表面413及内表面423之間。 第一殼件410及/或第二殼件42〇之間具有至少一凹部以供； 壓縮封墊435安裝。 如前所述，雖然此處揭露之束帶43〇完全地緊覆了凸緣 460、470，但仍可理解地，在某些實施例中，束帶43〇可能 僅圍繞於凸緣460、470之一部分。 同樣地，束帶430可能僅圍繞於電子裝置之包覆件4〇〇 周緣之一部分。 參閱第5圖，本發明之另一實施例中所揭示，如前所述 之束帶130嵌置有一或多個索件。更具體地揭示，束帶兄〇 係以一彈性材料所製成，且有一第.一緣部532及一第二緣部 534及一形成於第一緣部、一第二緣部間之連接結構5艽。 索件538嵌置於各緣部’可以各種足以提供伸展強度之材料 -II- 200908853 所製成，例如紡織索或醯胺纖維索（或醯胺索），如後述之例 子而言，至少其中一索件之纖維或線材係為一種醯胺纖維 ' (例如一種高度芳香族聚醢胺）‘。,雖本备日月可以一種開放式束 帶實施，利用一可固定於開放端的閂鎖手段予以固定於開放 端，較佳地，束帶530亦可為一閉環式或連續式束帶。而該 閂鎖手段較佳地更可將各開放端予以束縮在一起，因而可縮 短束帶之周緣且可緊縮圍繞於電腦裝置615之各殼件610、 620之束帶（參閱第9圖）。如第9圖所示，當束帶630安裝 ， 於電腦裝置615之周緣，束帶630於鄰近殼件610、620位 置形成一封墊，以除了各個〇形環之外，更提供一封墊設置 於鄰近之各部分。 無論如何，如第5圖之較佳實施例所示，緣部532、534 係圍繞形成束帶530，且連接結構536具有一較狹細之側剖 面。該領域具有通常知識者當知，索件538，緣部532、534 以及束帶5 3 0之組成並不受限於在此所呈現之一種嵌置有至 少一索件538之具有彈性之束帶530。 I 第6及7圖係顯示一種嵌置有一索件538之束帶530 之其他實施例。在第6圖中，束帶530之連接結構536係彎 曲形成一 C形。如第7圖所示，束帶530包括一另外之凸緣 540，係由嵌置的索件538所延伸出。凸緣540包括在其遠 端544具有一另外之唇部542，可用以安裝結合於電腦機殼 之溝槽中，以進一步地將束帶530·裝置於電腦裝置115。 第8圖係顯示一束帶530之實施例，束帶530係由一另 外之封裝之0形環整合地形成束帶530之一部份。在此實施 -12 - 200908853 例中，0形環546係形成於連接結構536所延伸出之凸緣 548 。 .、 第9圖係顯示本發明之束帶裝設$前述之電腦裝置615 周緣之第一、第二殼件之情形。一包覆件600係由一第一殼 件610、一第二殼件620所形成，且第一殼件610、一第二 殼件620彼此間經由一束帶630予以結合。 束帶630具有一第一緣部632及一第二緣部634,以及 一形成於第一緣部632、第二緣部634間之連接結構636， 且在各個緣部中嵌置有一索件638。 第一殼件610具有一第一緣部，第一緣部係由一外表面 614與一内表面613所形成。第二殼件620具有一第一緣部， 第一緣部係由一外表面624與一内表面623所形成。内表面 613係相鄰於内表面623。 凸緣660係由第一殼件610所界定出之區域，至少部份 地由内表面613及外表面614所定義。同樣地，凸緣6 7 0係 由第二殼件620所界定出之區域，至少部份地由内表面623 及外表面624所定義。凸緣660、670係用以與束帶630互 相作用，且彼此相鄰或配對。在此種考量下，第一殼件610 之外表面614及第二殼件620之外表面624各具有一溝槽或 凹部668。束帶630繞設置於凸緣660、670，以使束帶630 之第一緣部632結合於第一殼件610之凹部668，第二緣部 634結合於第二殼件620之凹部668。…‘ 束帶630，套設於電子裝置之包覆件600之第一、第二 緣部，以提供一均勻之夾箝力或壓縮力於電子裝置之包覆件 -13 - 200908853 600之周緣，以將第一殼件610與第二殼件62〇予以結人。 更甚者，束帶630係由一可密·封之材料所組成，以形成一封 塾圍繞於結合之凸緣660、670:因此減少例如液體、灰 進入電腦裝置615。 _ 塵 壓縮封墊635可進一步增強前述之電腦裝置包覆件 之封阻效果。 第10、Π圖係顯示本發明之束帶係為彈性材料之另— 實施例。如第10圖所示，一束帶730係設置於包覆件7卯 之第一殼件710與第二殼件720。在本實施例中，束帶 係由一彈性材料所製成，具有一第一緣部732及一第二緣邛 734,以及一形成於第一緣部732、第二緣部乃4間之連接結 構736。各個緣部732、734在形狀上相對於連接結構 較為擴展。更明確地，由各個緣部732、734之剖面厚度較 連接結構736更厚。雖然在此所示之擴展形狀之緣部732、 734 Λ貝上係為圓形，但熟知該領域之技術者當知只要能達 到在此所述之功能之下，緣部732、734亦可以為其他形狀。 緣部732、734係具有可安裝於各殼件710、720之凹部 768，中之形狀。凹部768係形成於各部分71〇、72〇以具有一 762，通道762之斷面係小於緣部之斷面，以使緣部只 而[，束帶之緣部即可使束帶之緣部穿過通道762，且束帶 ，緣。P可擴展以填滿凹部768。以此方式，緣部732、”4 P可固疋於各個凹部768中。當束帶.730套設於凸緣760、 70時，各殼件710、720即可彼此固定結合。 第U圖係顯示第1〇圖之本發明之另一實施例。在第 -14 - 200908853 11圖之實施例中，只有束帶之一緣部832在形狀上相對於連 接結構736較為擴展，且設置結合在殼件810之凹部868中。 '而相對之緣部834僅以一舷標準的貼裝置以貼附於對應之 ' 殼件820，包括且未限定於扣帶或貼件等。 在内容中可很明確地理解到，本發明主要所敘述之電腦 裝置束帶，同時可使用於其他種類之電子元件包覆件。 更進一步地，本發明特別適合使用於電腦系統，專門設 計用以快速組裝，例如複合裝配式系統或是減少使用習知扣 件之系統等。例如，快速組裝電腦，或是使用一種統一規格 之下殼體，且下殼體具有一主要邏輯板及配置有一裝配模組 連結器之一種可攜式之複合裝配式電腦。以使這種統一規格 之基板可快速地貼附於在一組裝前之上殼體，在（a)—平板顯 示器；（b)—筆記型電腦鍵盤及筆記型電腦顯示器；（c)一具 有一鍵盤組及可摺式顯示器之可摺式顯示器。較佳地，裝配 模組連結器係用以與配載有各殼體之模組連結器進行連結 及傳輸，例如那些在上、下殼體間僅需單一電子連結之部 分。換句話說，下殼體及裝配模組連結器可允許具有交換能 力之(a)，（b)或（c)。在一實施例中，裝配模組連結器係為結 構地固定於主要邏輯板。如論如何，一旦上殼體與下殼體結 合且形成一電連接後，本發明之束帶可使兩殼體間彼此快速 固定結合而不需習知的固定扣件。因此，可在數秒鐘内快速 組裝一電腦系統。 ."' 本發明人之其他同時在申請之非臨時性專利申請之任 何特徵及元件可能被用於作為本案之聯結，即是，美國專利 -15 - 200908853 申請號，名稱為，，具有電純麟子之彈性包覆件，，(在美 利申請號60/933,935之前所申請）以及美國專利申錢 稱為”可裝配之電腦系滅及使用方必，(在美國專利申請號 6〇/933,629之前所中請），那些說明書用以在此作為參考。特u 別是’可明確地理解那些同時在中請之非臨時性專利之實施 例可能被用於作為本案實施例之聯結以排除f知的結:扣 件。 σ 由以上之實施例可知，本發明所提供之電子裝置之包覆 件確具產業上之利用價值，故本發明業已符合於專利之要 件。惟以上之敘述僅為本發明之較佳實施例說明，凡精於此 項技藝者當可依據上述之說明而作其它種種之改良，惟這些 改變仍屬於本發明之發明精神及以下所界定之專利範圍中。 【圖式簡單說明】 第1圖係顯示本發明電子袭置之包覆件之-實施例之立體 圖； 第2圖係、顯示本發明電子裝置之包覆件之-實施例之近視 立體圖； 弟3圖係顯示本發明之電子裝置之包覆件之—實施例之局 部剖視圖； f 4圖係顯示本發明之電職殼之-實施例之局部立體圖; 第5圖係顯不本發明另—實施例中.電腦機殼之束帶嵌置有 —或多個索件之情形； 第6圖係顯示第5圖之束帶之另—實施例； 200908853 第7圖係顯示第5圖之束帶之另一實施例； 第8圖係顯不第5圖之束帶之另一實施例，其中一附 墊係結合於束帶；‘ ’、 S、 'f 第9圖係顯示第5圖之束帶裝置於一電腦包覆件之情形； 第10圖係顯示本發明之束帶裝置於一電腦包覆件之另一實 施例； 第11圖係顯示本發明之束帶裝置於一電腦包覆件之另—實 施例。 【主要元件符號說明】 100 包覆件 115 電(腦裝置 130 束帶 200 包覆件 215 電腦裝置 230 束帶 300 包覆件 310 第一殼件 313 内表面 314 外表面 320 第二殼件 323 内表’面’; 324 外表面 330 束帶 • 17 - 200908853 335 壓縮封墊 360 、 370 .凸緣 ... · \\ 400 包覆件〃 410 第一殼件 413 内表面 414 外表面 415 電腦裝置 420 第二殼件 423 内表面 424 外表面 430 束帶 435 壓縮封墊 460 ' 470 凸緣 481 電路單元 482 微處理器 483 記憶媒介 530 束帶 532 第一緣部 534 第二緣部 536 連接結構 538 索件 540 凸緣." 542 唇部 544 遠端 -18 - 200908853 546 548 600 610 613 614 615 620 623 624 630 632 634 635 636 638 660 668 670 700 710 720 730 Ο形環 .凸緣 • .、Λ、 包覆件〃 第一殼件 内表面 外表面 電腦裝置 第二殼件 内表面 外表面 束帶 第一緣部 第二緣部 壓縮封墊 連接結構 索件 凸緣 凹部 凸緣 包覆件 第一殼件 第二'殼件 束帶 第一緣部 732 -19 - 200908853 734 第二緣部 736 .連接結構 760 . . 、Λ、 . 凸緣“ 762 通道 768 凹部 770 凸緣 810 第一殼件 820 第二殼件 832 緣部 834 緣部 868 凹部 20 -The specific embodiments of the present invention will be further described by the following examples and the accompanying drawings. [Embodiment] Fig. 1 is a perspective view showing an embodiment of a cover member ι00 of an electronic device of the present invention. The strap 130 is sleeved on the periphery of the computer device U5, which in this case is a notebook computer. The computer device .115 includes two housing members (here, a first housing member and a second housing member) that are joined by a strap 130. The periphery of the band 13 〇 / D 知 device 115 provides a singular clamping force to bond the housing members of the computer device 200908853 115 to each other. The strap 130 can be made of any suitable winter material to combine the two shell members of the cover of the electronic device and to smear against the environmental conditions in which the cover of the electronic device may be located. Materials suitable for making the band 130 include known polymeric materials, metallic materials, elastomeric materials including synthetic rubber knees, any known alloy material, composite materials including composite woven materials, or any combination of the foregoing, and Not subject to this restriction. In the present embodiment, the band 130 is of an elastic material so that the band 130 can be easily installed or removed without affecting its compression resistant structure. Although the band 130 is preferably a closed loop of a continuous surface, the present invention can also be practiced with an open band. For example, in this embodiment, the strap can be secured to the open end by a latching means that can be secured to the open end. Preferably, the means will have the function of further pulling the open end, thereby shortening the circumference of the band and tightening the portion of the computer device to which it corresponds. In another embodiment of the open strap, the strap can be formed from a hard material to form an extended jaw. For example, a harder strap as shown in Figure 7 may have a shape. In this case, the band of the present invention has limited elasticity and approximates a set of extension jaws provided on the periphery of the cover of the electronic device. Fig. 2 is a close-up perspective view showing an embodiment of a covering member 200 of the electronic device of the present invention. Here, as previously described, the strap 230 is used to join the housing members of the computer device 215. 'Fig. 3 is a partial cross-sectional view showing an embodiment of a covering member 300 of the electronic device of the present invention. The cover member 300 of the electronic device includes a first case member 200908853 310, a second case member 320, a band 330, and a compression pad 335. The first case member 310 has a first edge portion formed by an outer surface and an inner surface 3丨3. The Qin-shell member has a first edge portion, and the first edge portion is formed by an outer surface 324 and an inner surface 323, and wherein the inner surface 313 and the inner surface 323 are adjacent to each other. When the strap 330 is sleeved on the first and second edges of the covering member 3 of the electronic device, a uniform clamping force or a compressive force can be provided on the periphery of the covering member 300 of the electronic device to The first case member 3 is joined to the second case member. A compression gland 335 is disposed between the inner surface 313 and the inner surface 323. The collapsed gland 335 can be made of a suitable material to resist intrusion of a source of contamination, such as water, other liquids, dust, or other particulates, and is adapted to be disposed between the first casing member 310 and the second casing member 320. Suitable compression glands 5 include elastomeric material glands, polymeric material glands, liners, or any of the foregoing sets θ ' but are not so limited. The flange 360 is defined by the first shell member 310 and is at least partially defined by the inner surface 313 and the outer surface 314. Similarly, the flange 37 is defined by the second shell member 320, at least partially defined by the inner surface 323 and the outer surface 324. The flanges 360, 37 are used to interact with the straps 33, and are adjacent or paired with one another. Although the straps 33 disclosed herein are all fully defined by the flanges 360, 370', it is understood that in some embodiments the straps 330 may only be sleeved over a portion of the flanges 360, 370. Figure 4 is a perspective view showing a portion of a computer device 415 of one embodiment of the present invention. The cover member 400 of the electronic device includes a first case member 41, a second case member 420, a band 430', and a compression pad 435. As shown, 200908853 includes a circuit unit 48 in the cover 400 of the electronic device. The circuit unit 481 further includes a microprocessor 482. and a memory medium 483 and other components that are not represented. The electronic device is covered with a 4' circuit unit 48 to form a computer device 415. Similarly to the embodiment disclosed in Fig. 3, the first casing member 41 has a first edge portion, and the first edge portion is formed by an outer surface 414 and an inner surface 413. The second shell member 420 has a second edge portion formed by an outer surface 424 and an inner surface 423. The straps 43 0 are sleeved on the first and second edges of the covering member of the electronic device, and extend around the periphery of the first shell member 〇 and the second shell member 42 以 to the first shell member 410 The second shell member 420 is coupled and fixed. A compression gland 435 is disposed between the inner surface 413 and the inner surface 423. At least one recess is provided between the first shell member 410 and/or the second shell member 42A; the compression gasket 435 is mounted. As previously mentioned, although the band 43〇 disclosed herein completely covers the flanges 460, 470, it will still be appreciated that in certain embodiments, the band 43〇 may only surround the flange 460, One of the 470 parts. Likewise, the strap 430 may only surround a portion of the circumference of the cover 4 of the electronic device. Referring to Fig. 5, in another embodiment of the present invention, the strap 130 is embedded with one or more cord members as previously described. More specifically, the strap brother is made of an elastic material, and has a first edge portion 532 and a second edge portion 534 and a connection formed between the first edge portion and the second edge portion. Structure 5艽. The cable member 538 is embedded in each edge portion - which can be made of various materials sufficient to provide the tensile strength - II - 200908853, such as a woven or amidamide fiber (or amide), as in the examples described below, at least The fiber or wire of a cable is a amide fiber ' (eg, a highly aromatic polyamine)'. Although the sun and the moon may be implemented as an open band, they are fixed to the open end by a latching means that can be fixed to the open end. Preferably, the band 530 can also be a closed loop or continuous band. Moreover, the latching means preferably bundles the open ends together, thereby shortening the circumference of the strap and tightening the straps around the respective shell members 610, 620 of the computer device 615 (see Figure 9). ). As shown in Fig. 9, when the strap 630 is mounted on the periphery of the computer device 615, the strap 630 forms a pad adjacent to the shell members 610, 620 to provide a pad in addition to the respective loops. Set in the adjacent parts. In any event, as shown in the preferred embodiment of Figure 5, the rims 532, 534 are formed around the band 530 and the attachment structure 536 has a narrower side section. It is known to those of ordinary skill in the art that the components of the cable 538, the rims 532, 534, and the straps 530 are not limited to the flexible bundle of at least one cable 538 embedded therein. Belt 530. I Figures 6 and 7 show other embodiments of a strap 530 with a cord 538 embedded therein. In Fig. 6, the connecting structure 536 of the band 530 is bent to form a C shape. As shown in Figure 7, the strap 530 includes an additional flange 540 that extends from the embedded cable member 538. The flange 540 includes a further lip 542 at its distal end 544 that can be used to mount a channel that is coupled to the computer housing to further attach the strap 530 to the computer device 115. Figure 8 shows an embodiment of a strap 530 that is integrally formed as a portion of the strap 530 by an additional packaged O-ring. In this embodiment -12 - 200908853, the O-ring 546 is formed on the flange 548 from which the connecting structure 536 extends. Fig. 9 is a view showing the case where the band of the present invention is provided with the first and second case members of the periphery of the computer device 615. A cover member 600 is formed by a first housing member 610 and a second housing member 620, and the first housing member 610 and the second housing member 620 are coupled to each other via a strap 630. The strap 630 has a first edge portion 632 and a second edge portion 634, and a connecting structure 636 formed between the first edge portion 632 and the second edge portion 634, and a cable member is embedded in each edge portion. 638. The first shell member 610 has a first edge portion formed by an outer surface 614 and an inner surface 613. The second shell member 620 has a first edge portion formed by an outer surface 624 and an inner surface 623. The inner surface 613 is adjacent to the inner surface 623. The flange 660 is defined by the first shell member 610 and is at least partially defined by the inner surface 613 and the outer surface 614. Similarly, the flange 66 is defined by the second shell member 620, at least partially defined by the inner surface 623 and the outer surface 624. The flanges 660, 670 are used to interact with the strap 630 and are adjacent or paired with one another. In this regard, the outer surface 614 of the first shell member 610 and the outer surface 624 of the second shell member 620 each have a groove or recess 668. The strap 630 is disposed around the flanges 660, 670 such that the first edge 632 of the strap 630 is coupled to the recess 668 of the first housing member 610 and the second edge portion 634 is coupled to the recess 668 of the second housing member 620. The band 630 is sleeved on the first and second edges of the covering member 600 of the electronic device to provide a uniform clamping force or compressive force on the periphery of the covering member of the electronic device - 13 - 200908853 600 To join the first shell member 610 and the second shell member 62. What is more, the strap 630 is comprised of a sealable material to form a weir around the associated flanges 660, 670: thereby reducing, for example, liquid, ash into the computer device 615. The dust compression pad 635 further enhances the blocking effect of the aforementioned computer device cover. Fig. 10 is a view showing another embodiment of the belt of the present invention as an elastic material. As shown in Fig. 10, a strap 730 is disposed on the first shell member 710 and the second shell member 720 of the covering member 7''. In this embodiment, the strap is made of an elastic material, and has a first edge portion 732 and a second edge portion 734, and is formed between the first edge portion 732 and the second edge portion. Connection structure 736. Each of the edges 732, 734 is expanded in shape relative to the connection structure. More specifically, the cross-sectional thickness of each of the edges 732, 734 is thicker than the connecting structure 736. Although the ridges 732, 734 of the expanded shape shown herein are circular in shape, those skilled in the art will recognize that the edges 732, 734 may be used as long as they achieve the functions described herein. For other shapes. The edges 732, 734 have a shape that can be attached to the recess 768 of each of the case members 710, 720. The recessed portion 768 is formed in each of the portions 71A, 72B to have a 762, and the cross-section of the passage 762 is smaller than the cross-section of the edge portion so that the edge portion is only [the edge of the strap can make the edge of the strap The portion passes through the channel 762, and the band, the edge. P can be expanded to fill the recess 768. In this way, the edge portions 732, "4 P can be fixed in the respective recesses 768. When the straps .730 are sleeved on the flanges 760, 70, the respective shell members 710, 720 can be fixedly coupled to each other. Another embodiment of the present invention is shown in Figure 1. In the embodiment of Figures 14 - 200908853 11, only one of the band edges 832 is expanded in shape relative to the connecting structure 736 and is provided in combination. In the recess 868 of the shell member 810. 'The opposite edge portion 834 is attached to the corresponding 'shell member 820' by only one standard mounting device, including but not limited to a buckle or a sticker, etc. It can be clearly understood that the computer device strap mainly described in the present invention can be used for other kinds of electronic component coverings. Further, the present invention is particularly suitable for use in a computer system, and is specifically designed for rapid assembly. For example, a composite assembly system or a system for reducing the use of conventional fasteners, etc. For example, a quick assembly computer or a housing of a uniform size, and the lower housing has a main logic board and a mounting module Portable type of connector Composite assembled computer so that the substrate of this uniform specification can be quickly attached to the upper housing before assembly, in (a) - flat panel display; (b) - notebook computer keyboard and notebook computer display; (c) a foldable display having a keyboard set and a foldable display. Preferably, the assembly module connector is used for connection and transmission with a module connector carrying the respective housings, such as those Only a single electronically connected portion is required between the upper and lower housings. In other words, the lower housing and the assembly module connector may allow for (a), (b) or (c) exchange capability. The assembly module connector is structurally fixed to the main logic board. As an example, once the upper housing and the lower housing are combined and form an electrical connection, the strap of the present invention allows the two housings to be fast with each other. A fixed fastener that is fixed without the need to be known. Therefore, a computer system can be quickly assembled in a few seconds. . . . 'The other intents and components of the inventor's other non-transitory patent applications that are simultaneously applied may be Used as a link in this case, That is, the US Patent No. -15 - 200908853 application number, the name is, has the elastic cover of the electric pure lining, (applied before the application of Murray application number 60/933, 935) and the US patent application "can be called" The computer is assembled and must be used (as required by US Patent Application No. 6/933,629), the disclosure of which is incorporated herein by reference. It is expressly understood that the embodiments of the non-transitory patents that are simultaneously requested may be used as a connection to the embodiment of the present invention to exclude the knot: fastener. σ As can be seen from the above embodiments, the covering of the electronic device provided by the present invention has industrial value, and the present invention has met the requirements of the patent. The above description is only for the preferred embodiment of the present invention, and those skilled in the art can make other various improvements according to the above description, but these changes still belong to the inventive spirit of the present invention and the following definitions. In the scope of patents. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an embodiment of a coated member of the electronic device of the present invention; FIG. 2 is a perspective view showing a close-up of an embodiment of the electronic device of the present invention; 3 is a partial cross-sectional view showing an embodiment of a covering member of an electronic device of the present invention; FIG. 4 is a partial perspective view showing an embodiment of the electric chassis of the present invention; FIG. 5 is a view showing another embodiment of the present invention. In the embodiment, the strap of the computer casing is embedded with - or a plurality of cable members; the sixth figure shows another embodiment of the strap of FIG. 5; 200908853 FIG. 7 shows the bundle of FIG. Another embodiment of the belt; Figure 8 shows another embodiment of the belt of Figure 5, wherein one attachment is attached to the belt; '', S, 'f, Figure 9 shows Figure 5 The belt device is in the case of a computer covering member; FIG. 10 is a view showing another embodiment of the belt device of the present invention in a computer covering member; and FIG. 11 is a view showing the belt device of the present invention in a computer Another embodiment of the cover member. [Main component symbol description] 100 Covering member 115 Electric (brain device 130 strap 200 wrapping member 215 computer device 230 strap 300 wrapping member 310 first housing member 313 inner surface 314 outer surface 320 second housing member 323 Table 'face'; 324 outer surface 330 strap • 17 - 200908853 335 compression gland 360, 370. flange... · \\ 400 wrap 〃 410 first case 413 inner surface 414 outer surface 415 computer device 420 second shell 423 inner surface 424 outer surface 430 strap 435 compression gland 460 ' 470 flange 481 circuit unit 482 microprocessor 483 memory medium 530 strap 532 first edge portion 534 second edge portion 536 connection structure 538 Cable 540 flange. " 542 lip 544 distal -18 - 200908853 546 548 600 610 613 614 615 620 623 624 630 632 634 636 636 638 660 668 670 700 710 720 730 Ο ring. Flange • ., Λ, covering member 〃 first shell inner surface outer surface computer device second shell inner surface outer surface strap first edge second edge compression sealing joint structure cable flange recess flange cover First shell member second 'shell member strap first edge portion 732 -19 - 200908853 734 second edge portion 736. connecting structure 760 . . , Λ, . flange "762 channel 768 recess 770 flange 810 first shell Piece 820 second shell 832 edge 834 edge 868 recess 20 -