M267522 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種隱藏式PCMCIA卡匯流排結 構，尤指一種藉由隱藏PCMCIA卡匯流排俾以增加"〇介 面功能之結構裝置。 1 【先前技術】 筆記型電腦由於具有小體積與攜帶方便等優點，故而 已廣泛應用於人們之工作和日常生活中。隨著通訊技術之 發展，有愈來愈多的其他外接設備需要與電腦終端聯結以 貫現更多的應用功能，因而必須在筆記型電腦上設置適合 於與其他各種外接周邊設備進行連接之介面裝置。缺而由 於筆記型電腦要求輕薄短小故其空間有限，如何合理利用 有限的空間使筆記型電腦既能達到輕薄短小，又能外接周 邊設備，一直困擾著人們。 ^ 一般而言，各個介面設備都是平行設置，其各自佔有 著一定的使用空間。比如PCMCIA卡匯流排介面並不常使 用，但佔用較大空間，故限制了其他1/〇介面之擴展，影 響其功能之發揮，並且增加筆記型電腦之整體厚度。現今 PCMCIA卡匯流排結構之設置複又是一項缺點，當 PCMCIA卡抽出而不使用時，該位置即成為一開口，因此 必須額外插置一虛擬的插卡，以解決外觀之問題，並且避 免灰塵進入機體；但如此一來則需開設模具，因而增加製 造成本。 【新型内容】 18194 5 M267522 雲於以上所述習知技術之缺點，本創作之主要目的係· 在提i、種藏式PCMCIA卡匯流排結構，俾以有效利用 空間以增加輸出/輸入介面之功能。 本創作之又一目的係在提供一種隱藏式PCMCIA卡· 匯流排之結構，讀卡機可與PCMCIA卡匯流排$疊以降低· 厚度。 本創作之另一目的係在提供一種隱藏式PCMCIA卡 匯流排之結構’當PCMCIA+抽出後無須額外插置一虛擬 卡俾了免除使用虛擬卡以解決外觀之問題。 φ 士本創作之另一目的係在提供一種隱藏式PCMCIA卡 L排之、、、。構，可免除使用虛擬卡，而可免除開設模具製 作虛擬卡，俾可節省製造成本。 為達成以上所述及其它目的，本創作之隱藏式 、 PCMCIA卡匯流排結構，係應用於筆記型電腦，主要係包 括.掀盍，係樞設於筆記型電腦之機殼的開口； 一 PCMCIA插座本體’係設於掀蓋下表面；以及—輸出/輸入 裝置，係設於筆記型電腦之機殼侧面並位於機體内，且位 在掀蓋的下方。 再者，該掀蓋復包括於其下表面之一側設有兩相對的 樞轴，於該樞軸上設一係如扭力彈簧之彈性元件，使該掀 ^藉由該彈性元件以自動向外掀開；又在機殼上且位於掀 蓋側邊設有一得以滑動的挿銷，並在該掀蓋下表面設有一 閂孔’得藉由該插銷進出該閂孔以控制該掀蓋之啟閉與否。 由於δ亥PCMCIA插座本體係同一水平併排設於輸出/ 18194 M267522 輸入裝置的後方’而隱藏在機體内部，若要使用PCMCIA * 插座本體時，得將掀蓋打開，使該PCMCIA插座本體顯露、 出來，不使用時將掀蓋蓋回而貼平在筆記型電腦之機殼 上，以將該PCMCIA插座本體隱藏在機體内部。又該輸出· /輸入裝置係位在PCMCIA插座本體的前方，得直接由機 體外部插接使用，因此得以前後變換使用不同的輸出/輸入 介面’以k南變換使用不同介面的彈性。 又該PCMCIA插座本體係設於輸出/輸入裝置的後方 、 並隱藏在機體内部，因此得免除堆疊排列導致機體厚度增_、 加的問題，以降低該筆記型電腦的機體厚度，使其得以達 到薄小之目的。 此外，該PCMCIA插座本體係設在可掀開及蓋合之掀 盍下方，若要使用PCMCIA插座本體時再將掀蓋掀開，使 用完畢後將掀蓋蓋合而貼平在機殼上，如此即可將 PCMCIA插座本體隱藏在機體内部，且使該掀蓋平貼蓋合 在機殼表面，使其外觀平整無缺口以避免影響其外觀及， 並可免除如習知構造必須以虛擬卡遮掩開口之缺失。 鲁 且本案並不需使用虛擬卡，而可免除製作虛擬卡及其 模具，故可節省製造成本。 八 綜上所述，本創作之隱藏式PCMCIA卡匯流排結構可 有效利用空間以增加輸出/輸入介面之功能，並可降低機體 之整體厚度，且無須使用虛擬卡及其生產的模具，俾可 省製造成本。 【實施方式】 18194 7 M267522 以下係藉由特定之具體實例說明本創作之實施方 式，熟悉此技藝之人士可由本說明書所揭示之内容輕易地 瞭解本創作之其他優點與功效。本創作亦可藉由其他不同 之具體實例加以施行或應用，本說明書中之各項細節亦可 基於不同觀點與應用’在不㈣本創叙精神下進行 修飾與變更。 σ 請麥閱第1圖及第2圖，本創作之隱藏式pcMCIA卡 匯流排結構，係應於筆記型電腦1〇,主要係包括：一掀蓋 20，係樞設於筆記型電腦1〇之機殼n的開口 ; 一 PCMCIA插座本體30，係設於掀蓋2〇下表面；以及一輸 出/輸入裝置40，係設於筆記型電腦1〇之機殼u側面並 位於機體内，且位在掀蓋2〇的下方，而該輸出/輸入裝置 40係為一讀卡機。 又該掀蓋20下表面之一侧設有一樞軸2〇1，於該樞軸 201上設有一係如扭力彈簀之彈性元件2〇2，以將該掀蓋 20樞設在機殼11的開口 Ua，而封蓋在機殼n的開口 iia 上，並藉由該彈性元件202使該掀蓋2〇向上掀開。且在該 掀盍下表面的左右兩側，即相鄰設樞軸2〇1之兩邊分別設 有定位臂203，以限制住掀蓋2〇掀開後的角度。 請參閱第3A圖，另於該機殼u上位於掀蓋2〇側邊 處設有一得水平位移之挿銷2〇4,且在該掀蓋2〇設有相對 應的閂孔205，使該插銷204得藉由手動推移以退出或伸 入該閂孔205，俾以控制該掀蓋2〇之開啟或關閉。 請參閱第4A圖，若要使用pCMCIA插座本體3〇時， 8 18194 M267522 得藉由推移該挿銷2〇4,使其退出掀蓋2G之閃孔2〇5,該 ，盖即可藉由彈性元件2G2的彈力而自動向外掀開，並 猎由设在掀蓋20兩側的定位臂2〇3勾在開口 ιι&的邊緣 上’使該掀蓋2G可限定在—特定的掀開角度，如此即可使 裂設於掀蓋20下方的PCMCIA插座本體3g顯露出來。 請參閱第4B圖，反之，不使用Pcmcia插座本们〇 日守，則先將插銷204向外退出’再將掀蓋2〇向下壓合，且 將插銷2〇4推入掀蓋2(M則邊的閃孔2〇5，俾以將掀蓋2〇 緊密蓋合在開口 11a上。此為全手動開合的方式。 ▲，參閱第3B圖’係為插銷2〇4之另一實施結構，與 前一實施之不同處在於該插銷2〇4與機殼u之間裝設有一 係如張力彈簣之彈性元件2〇6，得藉由該彈性元件^推 頂該插銷204’使該插銷2〇4可保持向外頂出的狀能。若 要掀開該掀蓋20使PCMCIA插座本體3〇顯露出㈣，僅 需將插銷204向外推移以退出掀蓋2()㈣孔2()5，該掀蓋 20即自動向^掀開’然後放開插銷綱使其自動伸出回 位。反之，蓋合該掀蓋2〇時，並不需推移該插銷得 直接將該掀蓋20屢合在開口 lu上，而當掀蓋2〇屢合在 開口 1U上時，係可藉由該問孔205之外緣推頂插銷2〇4 頂端，使該插銷204前端可受力而向内收縮，而當插銷綱 越關孔205的邊緣即受彈性元件2〇6之彈力推頂而自動 伸入掀蓋2G㈣孔游如此即可免除手動推移該插鎖204 以扣問岐掀120。而該掀蓋⑼向下㈣蓋合使插銷2〇4 前端受力收縮的結構係利用斜面原理，為慣用手法於此不 18194 M267522 為文贅述。 3〇又1括=“4A圖及第仙圖’又該卩復叫11座本體 係如軟性印刷電路板（FPC，Flexible Print irCUlt)之導線301，於該導線301之兩端分別電性連接 器302’使該PCMCIA插座本體3〇藉由該導㈣ 而與釦己型電腦10之主機板1〇1連接。如此當該而心 ㈣本體30上下擺動時仍然得與主機板ι〇ι保持電性 接。 士此外，當不使用PCMCIA插座本體3〇則可使用位在# 機殼11邊緣上的輸出/輸入裝置40，而該輸出/輸入裝置 4^0可為|卡sw卡機或三合—讀卡機，甚至更高階之多卡 口貝卡機等如此即可有多重的輸出/輸入介面可供選用，以 提高其變換使用的彈性。 由於該PCMCIA插座本體30係設置在輸出/輸入裝置 4〇的後方，並且隱藏在機體内，因此可免除習知堆疊結構 造成機體厚度增加的缺失，而得減少厚度以達薄小之目 的。又該PCMCIA插座本體30係設在可掀合的掀蓋2〇下 表面，當不使用PCMCIA插座本體3〇時即可隱入機體内，-且使忒掀盍20完全盍合在機殼11的開口工丨a上，以將該 開口 11a完全封閉蓋合，使其有完整的外觀，並可避免灰 塵進入機體，並可免除習知必須插裝虛擬卡的缺失，以及 製作虛擬卡之製造成本。 綜上所述’以上僅為本創作之較佳實施例而已，並非 用以限定本創作之實質技術内容範圍，本創作之實質技術 10 18194 M267522 :容係廣f地定義於下述之申請專利範圍中，任何他人* 者St::或若是與下述之申請專利範圍所定義 此申請專利範圍：或為同一等效變更，均將被視為涵蓋於 【圖式簡單說明】 第1圖係本創作隱藏式PCMCIA卡匯流排結構 立體剖視示意圖； ° ^ 第2圖係本創作隱藏式pCMCIA卡匯流排結構之 立體分解示意圖； β 第3A圖係本創作隱藏式pCMCIA卡匯流排纟 銷鎖定掀蓋之局部剖視示意圖； 、、4 第3B圖係本創作隱藏式PCMCIA卡匯流排結構之插 銷鎖定掀蓋之另一實施局部剖視示意圖； 第4A圖係本創作隱藏式PcmCIA卡匯流排結構之掀 盖上掀以使用PCMCIA插座本體之剖視示意圖；以及 第4B圖係本創作隱藏式PCMCIA卡匯流排結構之掀 蓋上蓋合不使用PCMCIA插座本體之剖視示意圖。 【主要元件符號說明】 10 筆記型電月ί 101 主機板 11 機殼 11a 開口 20 掀蓋 201 樞軸 11 18194 M267522 202 > 206 彈性元件 203 定位臂 204 插銷 204 挿銷 205 閃孑L 30 PCMCIA插座本體 301 導線 302 連接器 40 輸出/輸入裝置 12 18194M267522 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a hidden PCMCIA card bus structure, especially a structural device that hides the PCMCIA card bus to increase the " 〇 interface function. 1 [Previous Technology] Notebook computers have been widely used in people's work and daily life due to their small size and easy carrying. With the development of communication technology, more and more other external devices need to be connected with computer terminals in order to implement more application functions. Therefore, an interface suitable for connection with various other external peripheral devices must be set on the notebook computer. Device. However, because notebook computers require light, thin and short space, they have limited space. How to use the limited space reasonably to make notebook computers not only thin and light, but also external peripheral devices has been a problem for people. ^ In general, each interface device is arranged in parallel, and each of them occupies a certain space for use. For example, the PCMCIA card bus interface is not often used, but it takes up a lot of space, so it limits the expansion of other 1/0 interfaces, affects its function, and increases the overall thickness of the notebook computer. At present, the setting of the bus structure of the PCMCIA card is another disadvantage. When the PCMCIA card is withdrawn, it becomes an opening. Therefore, a dummy card must be inserted to solve the appearance problem and avoid Dust enters the body; however, molds need to be opened, which increases manufacturing costs. [New content] 18194 5 M267522 Clouds the shortcomings of the conventional technology described above. The main purpose of this creation is to improve the structure of the busbar structure of the PCMCIA card in order to effectively use space to increase the output / input interface. Features. Another purpose of this creation is to provide a structure of a hidden PCMCIA card bus. The card reader can be stacked with the PCMCIA card bus to reduce the thickness. Another purpose of this creation is to provide a structure of a hidden PCMCIA card busbar. ′ When PCMCIA + is withdrawn, there is no need to insert an additional virtual card. This eliminates the need to use a virtual card to solve the appearance problem. φ The other purpose of Shiben's creation is to provide a hidden PCMCIA card in the L row. The construction can eliminate the use of virtual cards, and can eliminate the need to open molds to make virtual cards, which can save manufacturing costs. In order to achieve the above and other purposes, the concealed, PCMCIA card bus structure of this creation is used in notebook computers, mainly including the hinge, which is hinged to the opening of the casing of the notebook computer; a PCMCIA The socket body is provided on the lower surface of the flip cover; and-the output / input device is provided on the side of the casing of the notebook computer and located in the body, and is located below the flip cover. Furthermore, the flip cover includes two opposite pivots on one side of the lower surface, and an elastic element such as a torsion spring is provided on the pivot, so that the lifter can automatically move to the The outer cover is opened; a sliding pin is provided on the casing and on the side of the flip cover, and a latch hole is provided on the lower surface of the flip cover to allow the latch to enter and exit the latch hole to control the lift cover. Open or closed. As the δH PCMCIA socket system is installed side by side at the same level as the output / 18194 M267522 input device, it is hidden inside the body. To use the PCMCIA * socket body, the flip cover must be opened to expose the PCMCIA socket body. , When not in use, flip the cover back and lay it flat on the case of the notebook computer to hide the PCMCIA socket body inside the body. In addition, the output / input device is located in front of the PCMCIA socket body and can be directly plugged in and used by the external body of the body. Therefore, it is possible to use different output / input interfaces for front-to-back conversion. The PCMCIA socket system is located at the back of the output / input device and hidden inside the body. Therefore, the problem of increasing the thickness of the body due to the stacking arrangement can be avoided, so as to reduce the thickness of the body of the notebook computer. Thin small purpose. In addition, the PCMCIA socket system is located under the flip that can be opened and closed. If you want to use the PCMCIA socket body, lift the flip cover. After use, close the flip cover and lay it flat on the case. In this way, the body of the PCMCIA socket can be hidden inside the body, and the flip cover can be flatly attached to the surface of the casing, so that its appearance is flat and free of gaps to avoid affecting its appearance. Cover up the lack of openings. Lu does not need to use a virtual card in this case, but can eliminate the need to make a virtual card and its mold, thus saving manufacturing costs. In summary, the hidden PCMCIA card bus structure of this creation can effectively use space to increase the function of the input / output interface, and reduce the overall thickness of the body. It is not necessary to use a virtual card and its molds. Save manufacturing costs. [Embodiment] 18194 7 M267522 The following is a description of the implementation of this creation through specific specific examples. Those familiar with this technique can easily understand other advantages and effects of this creation from the content disclosed in this manual. This creation can also be implemented or applied through other different specific examples, and the details in this manual can also be modified and changed based on different perspectives and applications' without departing from the spirit of the original narrative. σ Please read Figure 1 and Figure 2. The hidden pcMCIA card bus structure of this creation should be applied to the notebook computer 10, mainly including: a flip cover 20, pivoted to the notebook computer 10. An opening of the casing n; a PCMCIA socket body 30 provided on the lower surface of the flip cover 20; and an output / input device 40 provided on the side of the casing u of the notebook computer 10 and located inside the body, and It is located under the flip cover 20, and the output / input device 40 is a card reader. A pivot shaft 201 is provided on one side of the lower surface of the flip cover 20, and a pivotal elastic element 202 is provided on the pivot shaft 201 to pivot the flip cover 20 on the casing 11. The opening Ua is closed on the opening iia of the housing n, and the flip cover 20 is opened upward by the elastic element 202. Positioning arms 203 are respectively provided on the left and right sides of the lower surface of the lifter, that is, the two sides adjacent to the pivot shaft 201 to limit the angle after the lifter cover 20 is opened. Referring to FIG. 3A, a horizontal displacement pin 204 is provided on the casing u at the side of the flip cover 20, and a corresponding latch hole 205 is provided in the flip cover 20. The latch 204 must be manually pushed to exit or extend into the latch hole 205 to control the opening or closing of the flip cover 20. Please refer to Figure 4A. If you want to use the pCMCIA socket body 30, 8 18194 M267522 must be pushed out of the flash hole 2G of the cover 2G by pushing the plug 204. Then, the cover can be used by The elasticity of the elastic element 2G2 is automatically opened outward, and the positioning arms 20 provided on both sides of the flip cover 20 are hooked on the edge of the opening, so that the flip cover 2G can be limited to a specific lift In this way, the PCMCIA socket body 3g cracked below the flip cover 20 can be exposed. Please refer to FIG. 4B. Conversely, if Pcmcia sockets are not used, we will first pull out the plug 204 outwards, and then press the flip cover 20 down, and push the plug 204 into the flip cover 2 ( M is the flash hole 205 on the side, so that the flip cover 20 is tightly closed on the opening 11a. This is a fully manual opening and closing method. ▲, refer to FIG. 3B, which is the other of the latch 204 The implementation structure is different from the previous implementation in that an elastic element 206 such as a tension spring is installed between the bolt 204 and the casing u, and the latch 204 'can be pushed up by the elastic element ^. The latch 208 can be maintained to be outwardly ejected. To open the flip cover 20 to expose the PCMCIA socket body 30, simply push the latch 204 outward to exit the flip cover 2 (). Hole 2 () 5, the flip cover 20 is automatically opened to ^ and then the latch pin is released to automatically extend back into place. Conversely, when the flip cover 20 is closed, the latch does not need to be moved directly. The flip cover 20 is repeatedly closed on the opening lu, and when the flip cover 20 is repeatedly closed on the opening 1U, the top of the plug 204 can be pushed through the outer edge of the question hole 205, so that the front end of the plug 204 can be Accept And it shrinks inward, and when the edge of the latch pin crosses the hole 205 is pushed up by the elastic force of the elastic element 206, it automatically extends into the flip cover 2G. Lift 120. And the structure of the lift cover ⑼ downward closing the pin 404 to force the front end of the pin 20 to use the bevel principle, which is a customary method here, not 18194 M267522 for the text. 30 and 1 bracket = "4A Figure And Dixiantu 'should also call 11 of this system such as flexible printed circuit board (FPC, Flexible Print irCUlt) wire 301, electrical connectors 302' at both ends of the wire 301 to make the PCMCIA socket body 3 〇 Through this guide, it is connected to the main board 10 of the self-closing computer 10. In this way, when the main body 30 swings up and down, it still has to maintain electrical connection with the main board ι. In addition, when not Using the PCMCIA socket body 30 can use the output / input device 40 located on the edge of # 机壳 11, and the output / input device 4 ^ 0 can be a card sw card machine or a triple-card reader, or even more High-end multiple bayonet becca machines, etc. so that there can be multiple output / input interfaces to choose from, The PCMCIA socket body 30 is arranged behind the output / input device 40 and is hidden inside the body, so the thickness of the body caused by the conventional stacking structure can be eliminated, and the thickness must be reduced. For the purpose of thinness, the PCMCIA socket body 30 is located on the lower surface of the flip-top cover 20, which can be concealed into the body when the PCMCIA socket body 30 is not used. It is coupled to the opening 11a of the casing 11 so as to completely close and close the opening 11a so as to have a complete appearance, and to prevent dust from entering the body, and to avoid the lack of the need to insert a virtual card. And the manufacturing cost of making a virtual card. In summary, the above is only a preferred embodiment of this creation, and is not intended to limit the scope of the substantial technical content of this creation. The essential technology of this creation is 10 18194 M267522: It is widely defined in the following application patents Within the scope, any other person *: St :: or if it is defined by the following scope of patent application: or the same equivalent change, it will be considered to be covered by [Schematic Description] Figure 1 This is a three-dimensional schematic view of the hidden PCMCIA card bus structure; ° ^ Figure 2 is a three-dimensional exploded view of the hidden pCMCIA card bus structure; β Figure 3A is a hidden pCMCIA card bus pin lock Partial cross-sectional schematic diagram of the flip cover; Figure 4B is another partial cross-sectional schematic diagram of the latch locking flip cover of this creative hidden PCMCIA card bus structure; Figure 4A is a hidden PcmCIA card bus of this creative The sectional view of the structure of the flip cover to use the PCMCIA socket body; and Figure 4B is the cover of the hidden cover of the PCMCIA card bus structure of this creation without the use of the PCMCIA socket body Cutaway schematic. [Description of Symbols of Main Components] 10 Notebook Electric Month 101 Motherboard 11 Chassis 11a Opening 20 Flip Cover 201 Pivot 11 18194 M267522 202 > 206 Elastic Element 203 Positioning Arm 204 Bolt 204 Bolt 205 Flash L 30 PCMCIA Socket Body 301 Wire 302 Connector 40 I / O device 12 18194