1269620 九、發明說明： 【發明所屬之技術領域】 本發明有關一種電腦系統組件之固定結構，特別是指一種週 邊元件連接介面卡（PCI卡）之固定模組。 【先前技術】 週邊元件連接介面（Peripheral Component Interconnect，PCI)， 疋由英特爾公司1992年制定的-種個人電腦匯流排（Bus)，每秒 傳輸速率可達说科侃組_);它能縣瓣献件如顯示 卡、網路卡、音效卡、SCSI卡等等，都能直接存取中央處理器 (CPU)，而且可贿昇·微處理器⑽啊膽贿）與週邊元件 之間的資料傳輸速度。 週邊70件連接介面架構内含一個橋接器师㈣，作為週邊 辑連接介通域m巾央處職區域匯流排，以及***記 匯流排之_連結點。由於週邊元件連接介面獨立於中央處 理益之外’因此更換或升級中央處理器時，不會影響週邊設備， 也不必重新設計匯流排。 雖然，隨著技術發展’具有上述舰與便概之週邊元件連 齡面架構，在現今的電職財仍佔有—席之地，但是週邊元 1 牛糟由週邊兀件連接介面架構結合於電腦系射的機構設計 已面臨著新的挑戰。 以住週邊7L件連接介岭構下的週邊元件連接介面卡（一般 1269620 邊元件連接介面卡 面插槽中，並將週 亦稱PCI卡）在電腦系統巾的組合方式，是將週 底側的連接端，插人主顺均邊元件連接介 邊兀件連接介面卡㈣的固定4鎖目在機殼内；但是，—張週 兀件連接介面卡就要鎖__絲，而—個電㈣統可能 6、7片的週邊績連接介面卡，這樣―來，_的歸動作就成 了最耗時的部分。 Φ 而對於5日的衣造業而言’提昇產能而縮短交期無疑是企業 競爭力的-大指標。因此，任何—個生產製程中的環節，任何二 位作業員執行的每-步動作，都為了要絲爭取時間、提昇效率 而文到無比的關注：所以，免工雖的機構設計概念於焉而 生。 但是，既有週邊元件連接介面卡的固定方式，不但並無免工 具的设計，新的難題又接踵而S。對於電腦系統這樣開放性架構、 鲁间規格彈性的產品而言，「量身訂作」的客製化(customizati⑽)趨勢 已成市場上的一股洪流，這使得以接單生產(Build_T〇-〇rder，BT〇) 為主要生產模式的電腦系統製造商，在生產線設計、規劃與管理 上’皆面臨了前所未見的難題。 因此’週邊元件連接介面卡朝免工具安裝的概念改良是刻不 容緩的。 【發明内容】 本發明目的在於提供一種易於拆卸與固定週邊元件連接介面 1269620 \ 卡之固定模組。 \ 為達成上述目的，本發明提供_種週邊元件連接介面卡之固 定模組’應用於電腦及舰器㈣抒置上，用以將週邊元件連 接介面卡固定於電子裝置上’魏邊元件連接介©卡-側設有一 固定支架，該固定支架—側垂直f折有固定翼片，而殼體一側設 有與固疋翼片她靠的夾持板，該夾持板—側樞接有—轉接件， •該轉接件與週邊元件連接介面卡相對的-側面組設有-抵接件， 該抵接件-端設有與固定翼以目配合的_抵娜片，如此令固 定f片夾，於抵接彈片與夾持板之間，從而令週邊元件連接介面 〜'口疋拆卸蚪，則令轉接件相對夾持板樞轉，帶動抵接件 軺動·？固定翼片脫離夾持狀態，從而便於將週邊元件連接介面 卡直接取出。 相較於習知技術’本發明藉由在殼體的夾持板一側抱接一轉 •接件’且轉接件與定翼片與週邊元件連接介面卡相對的一側 她設-抵接件，職接件—端設有無定翼片嫌合的弧形抵 接彈片域當週邊兀件連接介面卡組設於電子裝置上時，固定 ，翼片β被夾持於抵接彈片與夾持板之間，從而令週邊元件連接介面 卡=以姻組設於電子裝置上，而在將週邊元件連接介面卡從電 ^震置上拆卸下時，令轉接件相對夾持板樞轉，帶動抵接件轉動， 令固定翼片_祕狀態’從而便於將週邊元件連接介面卡直接 出如此7週邊凡件連接介面卡不僅在組裝工時、維修服務方 1269620 面快速便利，更能進—步滿足大量「客 下了固定零件如螺絲等等，更可進—步:域本產的目標，而省 為使對本發明的目的、構造特徵及其功能有進一步的睁 兹配合圖示詳細說明如下： 料步的瞭解， 【實施方式】 卡之與第，所示，為本發明週邊元件連接介面 4础用㈣或值轉電子裝置上的立體 其中谢裝置1的殼體㈣部_有—主機板廟，該主Ξ板 H)〇一角並排設置有複數連接器仙，射週邊元件連接介面卡2 雜於該複數連接器101内，以藉由該等連接器⑼與主機板⑽ 电性連接，為賴_邊元件連接介面卡2_安裝在電子裝置1 上，以保證其與主機板1()()之間的電性連接，該等週邊元件連接 介面卡2側邊均固持有一固定支架％，該等週邊元件連接介面卡 2藉由該固定支架20與電子裝置1的殼體！〇上的相應構件相配 口而將週邊元件連接介面卡2穩固組設於電子裝置^上。本發1269620 IX. Description of the Invention: [Technical Field] The present invention relates to a fixed structure of a computer system component, and more particularly to a fixed module of a peripheral component connection interface card (PCI card). [Prior Art] Peripheral Component Interconnect (PCI), a personal computer bus (Bus) developed by Intel Corporation in 1992, the transmission rate per second can reach the scientific group _); Petal offerings such as display cards, network cards, sound cards, SCSI cards, etc., can directly access the central processing unit (CPU), and can be bribed, microprocessor (10) and bribes) and peripheral components Data transfer speed. The surrounding 70-connected interface architecture includes a bridger (4), which serves as a peripheral connection bus for the peripheral area, and a connection point for the system log. Since the peripheral component connection interface is independent of the central office, the peripheral device will not be affected or the busbar will have to be redesigned when the central processor is replaced or upgraded. Although, with the development of technology, the above-mentioned ship and the peripheral components of the ship's peripheral structure, it still occupies a place in today's electric power, but the surrounding yuan 1 cattle is connected to the computer by the peripheral interface interface architecture. Institutional design of the system has faced new challenges. The peripheral component connecting the interface card (usually 1269620 side component connection interface card slot, and the week also called PCI card) in the surrounding 7L piece is connected to the computer system towel. The connection end, the plug-in main parallel element is connected with the interface element (4), the fixed 4 lock is in the casing; however, the Zhang-Wei-connected interface card is locked __ silk, and The electric (four) system may connect the interface cards of the 6 or 7 pieces, so that the return action of _ becomes the most time-consuming part. Φ For the 5th clothing industry, 'improving production capacity and shortening delivery time is undoubtedly the competitiveness of enterprises. Therefore, in any part of the production process, every two-step operation performed by any two operators is to pay attention to the time and efficiency of the work. Therefore, the concept of institutional design is not limited. Born. However, there are not only the design of the peripheral component connection interface card, but also the design of the tool, and the new problems are followed by S. For the open architecture of the computer system and the flexible product specifications, the tailor-made (customizati (10)) trend has become a flood in the market, which makes the order production (Build_T〇- 〇rder, BT〇) Computer system manufacturers, the main production model, have faced unprecedented challenges in production line design, planning and management. Therefore, the concept improvement of the peripheral component connection interface card toward tool-free installation is not a hassle. SUMMARY OF THE INVENTION It is an object of the present invention to provide a fixed module that is easy to disassemble and fix a peripheral component connection interface 1269620 \ card. In order to achieve the above object, the present invention provides a fixed module for a peripheral component connection interface card applied to a computer and a ship (4) device for fixing a peripheral component connection interface card to an electronic device. There is a fixing bracket on the side of the card-side, the fixing bracket-side vertical f is folded with a fixed fin, and one side of the housing is provided with a clamping plate which is opposite to the fixing flap, and the clamping plate is pivotally connected to the side. </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> The fixed f-clip is placed between the abutting elastic piece and the clamping plate, so that the peripheral component connecting interface ' ' 疋 疋 蚪 蚪 蚪 蚪 蚪 蚪 蚪 蚪 蚪 蚪 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接 转接The fixed flap is released from the clamped state, thereby facilitating the direct removal of the peripheral component connection interface card. Compared with the prior art, the present invention is provided by the side of the clamping plate on the side of the clamping plate of the casing and the adapter member and the fixing member are connected to the side of the peripheral component connecting interface card. The connecting piece, the connecting piece-end is provided with an arc-shaped abutting elastic piece of the fixed wing piece. When the peripheral piece connecting interface card is set on the electronic device, the fixing is carried out, and the wing piece β is clamped on the abutting elastic piece and Between the clamping plates, so that the peripheral components are connected to the interface card = the marriage device is arranged on the electronic device, and when the peripheral component connection interface card is removed from the electrical shock, the adapter is opposite to the clamping plate Turn, drive the abutment to rotate, so that the fixed wing _ secret state' so that the peripheral components can be connected directly to the interface card. 7 The peripheral connection interface card is not only quick and convenient in assembly work, maintenance service 1269620, but also Step-by-step to meet a large number of "customers under fixed parts such as screws, etc., more can be advanced - the goal of the domain production, and in order to make the purpose, structural features and functions of the present invention further The detailed description is as follows: The card is the same as the first, shown as the peripheral component connection interface 4 of the present invention (4) or the value of the three-dimensional electronic device on the electronic device, the housing (four) part of the device 1 has a main board, the main board H A plurality of connectors are arranged side by side, and the peripheral component connection interface card 2 is interposed in the plurality of connectors 101 to be electrically connected to the motherboard (10) by the connectors (9), and is connected to the component. The interface card 2_ is mounted on the electronic device 1 to ensure an electrical connection with the motherboard 1 (), and the peripheral components of the interface card 2 are fixedly held by a fixed bracket. The peripheral component connection interface card 2 is stably assembled on the electronic device by the matching bracket 20 and the corresponding member on the casing 〇 of the electronic device 1 to connect the peripheral component connection interface card 2 to the electronic device.
明正是利用組設於電子裝置1的殼體10上的固定模組3與固定I 架20配合而將週邊元件連接介面卡2穩固組設於電子裝置工上。 月ί閱弟一 A與弟—B圖所示，為本發明週邊元件連接介面 卡之固定模組應用於電腦或他器㈣子裝置上的立體分解圖， 該電子裝置1的殼體1〇之一側板丨〇2開設有複數開槽1〇3，與主 機板100上的連接器丨〇]相對應，且該側板在與主機板1〇〇 1269620 減的-側形成一缺口 109,該缺口 1〇9位於開槽1〇3上，且該缺 口 109用以收容固定模組3。同時該側板1〇2與主體板1⑻相對的 • 一側向電子裝置1的殼體ω外部彎折設有-夾持板1()4，該失持 板104與側板102相垂直，並形成該缺口 1〇9的底端緣，且該開 槽103亦延伸至夾持板1〇4,並且在兩相鄰開槽1〇3之間凸出設有 一定位柱105，以便與固定支架2〇固定翼片2〇〇 —側開設的定位 • 槽2〇1相配+，而將週邊元件連接介面卡2定位在側板102上。 另，該夾持板104在與側板102相對的一側彎折設有複數圓 弧幵y的第梅接部1〇6 ,該等第一樞接部⑴6相互間隔，以便在二 相鄰的第一樞接部106之間容設第二柩接部311 (容後詳述），如 此第-樞接部106與第二椹接部311藉由一樞轴浙穿設於其間 而將固定模組3樞接於電子裝置丨的殼體1〇上。 该固定模組3包括與夾持板1〇4相樞接的轉接件31、固定於 .轉接件31上的抵接件32及組設於電子裳置1的殼體10上並與轉 接件31相扣合的致動件34。 其中轉接件31包括與夾持板1〇4相對的連接板31〇，該連接 板310側又有與第一樞接部106對應的第二拖接部311，該第二 樞接部311亦間隔設置，以便在其間容設第一枢接部ι〇6，而連接 板310另-側彎折延伸設有固錄312，與第二框接部川相對， 並人侧板102平行。另，該固定板3丨2另一側彎折設有L形之擋 板3丨4 ’其形狀與側板丨〇2邊緣相同，以便在該固定模組3組設於 1269620 電子裝置1的殼體10上後，從外觀看，電子裝置】的殼體1〇渾 然一體，而顯得較為工整。 再，該固定板312在鄰近連接板31G的一側開設數個螺孔 313，以便通過螺絲33而將抵接件32固定於轉接件31上。又， 該固定板312在鄰近擂板314-側開設有卡槽仍，以便設於致動 件34上的卡扣343卡合，以便施力於致動件从時，藉由卡扣343 修與卡槽M5卡合而將轉接件31帶動樞轉。另，為了令固定模組3 穩固組設於電子裝置i的殼體10上，該轉接件31的固定板312 兩相對側邊向電子裝置1的殼體10内部延伸設有壓片316，而電 子I置1的殼體10亦在缺口 1〇9的側壁上向電子裝置丨的殼體1〇 内延伸α乂有彈片110’如此當固定模組3組設於電子裝置1的殼體 10上時，該壓片316與彈片110抵持，從而在其間產生一磨擦力， 以防止固疋模組3受意外的制力而樞轉，而無法穩固組設在電 _ 子裝置1的殼體10上。 該抵接件32組設於轉接件3丨上，包括與轉接件3丨的固定板 、 312貼靠的配合板322，及設於配合板您一端並向夾持板刚延 ， 伸的抵接彈片320，其中配合板322上貫穿設有螺孔323，以便螺 、、、糸33牙過螺孔323而令抵接件32組設於轉接件31上。另，該抵 接彈片320呈弧形，組設於電子裝置1的殼體1〇的夾持板104與 接件31的連接板31〇之間，以便將週邊元件連接介面卡2的固 疋翼片200夾持於抵接彈片320與夾持板104之間，並且抵接彈 !26962〇 \ 片以〇間隔設有複數狹槽321，以便夾持板i〇4上的定位柱1〇5 - 牙 。 為便於施力令轉接件31相對電子裝置1的殼體1〇樞轉，該 固疋模組3還設有一致動件34，該致動件34組設於電子裝置1 的设體10上，包括一本體部340，該本體部340呈板狀，貼合於 轉接件31的固定板312表面，且其中部向電子裝置丨的殼體1〇 • 方向延伸出一卡扣343，以便與固定板312的卡槽315卡合，而該 本體部340 -側垂直彎折設有一遮擋板341，該遮擋板341貼合於 轉接件31的連接板31〇表面。 另，该本體部340内側鄰近遮撞板341的位置設有螺孔344， 如此螺絲33穿過抵接件32、轉接件31的螺孔323、3Π而鎖合在 致動件34的螺孔344中，藉此而將抵接件32、轉接件31及致動 件34連為一體，從而在拆些週邊元件連接介面卡2時，施力於致 • 動件34便可帶動轉接件31及抵接件32樞轉，從而令週邊元件連 接介面卡2側邊的固定支架20的固定翼板2〇〇解除被夾持的狀 _ 態，從而便於將週邊元件連接介面卡2從電子裝置上取出。 • 再，為將該固定模組3更穩固地組設在電子裝置1的殼體10 上’該本體部340兩側還設有扣持臂342，同時電子裝置1的殼體 10側板102在缺口 109兩侧對應設有與扣持臂342相對應的扣孔 108，當固定模組3組設於電子裝置1的殼體1〇上後，該扣持臂 342末端收容於扣孔1〇8中，如此保證固定模組3穩固組設在電子 1269620 '裝置1的殼體10上，防止因受外力而相對電子裝置i的殼體10 \ 意外樞轉。 復請參閱第-A與第圖，組裝時，先將週航件連接介 面卡2插接於主機板100的連接器1〇1上，該週邊元件連接介面 卡2側邊的固定支架20擋持在電子裝置j的殼體ι〇側板碰的 開槽103上，而固定支架2〇的固定翼板則貼靠於夾持板刚 • 表面，且固定翼板200的定位槽2〇1與夾持板丨〇4上的定位柱105 卡合，而將週邊元件連接介面卡2固定在電子裝置i的預定位置， 而後將抵接件32、轉接件31及致動件34通過_ %依次穿過螺 孔323 313及344而將二者組合為一體，然後藉由樞軸術穿過 第-樞接部106及第二拖接部311而將固定模組3組設於電子裝 置1的殼體10上後’旋轉固定模組3，令致動件34的扣持臂342 末端收容於電子裝置1殼體的扣孔108中，且轉接件31固定 Φ 板312兩側的壓片316與殼體10在缺口 1〇9側緣的彈片110抵接， 如此令固定· 3翻組設於舰⑴上，並且令減件％的抵 ' 接彈片320與固疋翼片200抵接，藉此將固定翼片2〇0夾持於殼 •體10的失持板104與抵接彈片32〇之間，從而令週邊元件連接介 面卡2穩固組設於電子裝置1上。 復請參閱第三圖，將週邊元件連接介面卡2拆卸時，施力於 夂動件34》其向笔子裝置}的殼體外部樞轉，由此帶動轉接 件31與抵接件32樞轉，同時令致動件M的扣持臂342從扣孔ι〇8 1269620 ' 巾脫離’如此岐支架2G的狀翼片2GG解除被夾持狀態，從可 ' 直接將週邊元件連接介面卡2從電子裝置丨上取出。 相較於習知技術，本發明藉由在殼體1〇的夹持板ι〇4 一側枢 接-轉接件31’且轉接件31與該固定翼片與週邊元件連接介 =2相對的-側面組設一抵接件32，該抵接件％ —端設有與固 定翼片200相配合的弧形抵接彈片32〇，如此當週邊元件連接介面 •卡2組設於電子裝置1上時，固定翼片被夾持於抵接彈片320 與^持板刚之間，從而令週邊元件連接介面卡2得以翻組設 於電子農置1上’而在將週邊元件連接介面卡2從電子裝置工上 拆卸下時’令轉接件31相對夾持板綱樞轉，帶動抵接件幻轉 動’令固定翼片200脫離夾持狀態，從而便於將週邊元件連接介 面卡2直接取出，如此令週邊元件連接介面 _方面快速便利，更能進一步滿足大量「客製化二 #目標’而省下了固定零件如螺絲科，更可進-步降低成本。 &綜上所述’本發日將合發明專利之要件，銳法提出專利申 '/ ’ M上所述者料本發明讀佳實關，舉凡熟悉本發明The peripheral component connecting interface card 2 is stably assembled on the electronic device by using the fixing module 3 disposed on the casing 10 of the electronic device 1 in cooperation with the fixed I frame 20. ί 阅 弟 一 A A A A A A A — — — — A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A One side panel 丨〇 2 is provided with a plurality of slots 1 〇 3 corresponding to the connector 丨〇 on the motherboard 100, and the side panel forms a notch 109 on the side opposite to the motherboard 1 〇〇 1269620. The notch 1〇9 is located on the slot 1〇3, and the notch 109 is used to receive the fixing module 3. At the same time, the side plate 1〇2 is opposite to the main body plate 1 (8). The side of the housing ω of the electronic device 1 is externally bent and provided with a clamping plate 1 () 4 which is perpendicular to the side plate 102 and is formed. a bottom end edge of the notch 1〇9, and the slot 103 also extends to the clamping plate 1〇4, and a positioning post 105 is protruded between the two adjacent slots 1〇3 so as to be fixed with the bracket 2 〇Fixed fins 2〇〇—Side positioning on the side • Slots 2〇1 match +, and the peripheral component connection interface card 2 is positioned on the side panel 102. In addition, the clamping plate 104 is bent on a side opposite to the side plate 102 to be provided with a plurality of first ridges y1 of the arc 幵 y, and the first pivoting portions (1) 6 are spaced apart from each other so as to be adjacent to each other. A second splicing portion 311 is disposed between the first pivoting portions 106 (described in detail later), such that the first pivoting portion 106 and the second splicing portion 311 are fixed by being disposed between the pivoting portions 311 The module 3 is pivotally connected to the housing 1 of the electronic device. The fixing module 3 includes an adapter member 31 pivotally connected to the clamping plate 1〇4, an abutting member 32 fixed to the adapter member 31, and a housing 10 assembled on the electronic skirt 1 and associated with The adapter 31 is engaged with the actuating member 34. The adapter member 31 includes a connecting plate 31 相对 opposite to the clamping plate 1 , 4 , and a second connecting portion 311 corresponding to the first pivoting portion 106 . The second pivoting portion 311 . They are also spaced apart so as to accommodate the first pivoting portion ι 6 therebetween, and the connecting plate 310 is bent on the other side to form a fixed position 312 opposite to the second framed portion, and the side plates 102 are parallel. In addition, the other side of the fixing plate 3丨2 is bent and provided with an L-shaped baffle 3丨4′ having the same shape as the edge of the side plate 丨〇2, so that the fixing module 3 is assembled in the shell of the 1269620 electronic device 1. After the body 10 is viewed from the outside, the housing 1 of the electronic device is integrated and appears to be relatively neat. Further, the fixing plate 312 is provided with a plurality of screw holes 313 on the side adjacent to the connecting plate 31G to fix the abutting member 32 to the adapter member 31 by the screws 33. Moreover, the fixing plate 312 is provided with a card slot on the side adjacent to the rafter 314-, so that the buckle 343 provided on the actuating member 34 is engaged to apply force to the actuating member to be repaired by the buckle 343. Engaged with the card slot M5 to pivot the adapter 31. In addition, in order to securely fix the fixed module 3 to the housing 10 of the electronic device i, the opposite side of the fixing plate 312 of the adapter 31 extends into the interior of the housing 10 of the electronic device 1 with a pressing piece 316. The housing 10 of the electronic device 1 is also disposed on the side wall of the cutout 1 〇 9 to extend into the housing 1 of the electronic device 乂 with the elastic piece 110 ′. Thus, when the fixing module 3 is assembled in the housing of the electronic device 1 When the upper part 10 is 10, the pressing piece 316 is abutted against the elastic piece 110, thereby generating a frictional force therebetween to prevent the solid block module 3 from being pivoted by an unexpected force, and cannot be stably set in the electric device 1 On the housing 10. The abutting member 32 is disposed on the adapter member 3, and includes a matching plate 322 abutting against the fixing plate of the adapter member 3, 312, and a proximal end of the engaging plate and extending toward the clamping plate. The abutting piece 320 is disposed on the engaging plate 322 so that the screw hole 323 is inserted through the screw hole 323, so that the abutting member 32 is assembled on the adapter member 31. In addition, the abutting elastic piece 320 has an arc shape and is disposed between the clamping plate 104 of the casing 1 of the electronic device 1 and the connecting plate 31 of the connector 31 to connect the peripheral component to the solid state of the interface card 2. The flap 200 is clamped between the abutting elastic piece 320 and the clamping plate 104, and abuts the bomb! 26962〇\ piece is provided with a plurality of slots 321 at intervals of the yoke so as to clamp the positioning post 1 on the plate i〇4 5 - Teeth. The tampering module 3 is further provided with an abutting member 34, and the actuating member 34 is disposed on the body 10 of the electronic device 1 for the purpose of urging the adapter 31 to pivot relative to the housing 1 of the electronic device 1. The body portion 340 is formed in a plate shape and is attached to the surface of the fixing plate 312 of the adapter member 31, and a middle portion of the electronic device is extended with a buckle 343 to facilitate the The card slot 315 of the fixing plate 312 is engaged with the shielding portion 341. The shielding plate 341 is attached to the surface of the connecting plate 31 of the adapter 31. In addition, a screw hole 344 is disposed at a position of the inner portion 340 adjacent to the shielding plate 341, such that the screw 33 passes through the abutting member 32 and the screw holes 323 and 3 of the adapter member 31 to lock the screw of the actuating member 34. In the hole 344, the abutting member 32, the adapter member 31 and the actuating member 34 are integrally connected, so that when the peripheral components are connected to the interface card 2, the force acting on the movable member 34 can be rotated. The connecting member 31 and the abutting member 32 are pivoted, so that the fixing member 2 of the fixing bracket 20 of the peripheral member connecting the side of the interface card 2 is released from the clamped state, thereby facilitating the connection of the peripheral component to the interface card 2 Take it out of the electronic device. In addition, the fixing module 3 is more stably disposed on the casing 10 of the electronic device 1. The two sides of the body portion 340 are further provided with a fastening arm 342, and the side plate 102 of the casing 10 of the electronic device 1 is A latching hole 108 corresponding to the latching arm 342 is disposed on the two sides of the notch 109. After the fixing module 3 is assembled on the housing 1 of the electronic device 1, the end of the latching arm 342 is received in the latching hole 1〇. In the case of 8, the fixing module 3 is securely assembled on the housing 10 of the electronic 1269620' device 1 to prevent accidental pivoting of the housing 10 of the electronic device i due to external force. Please refer to the -A and the figure. When assembling, the peripheral device connection interface card 2 is first inserted into the connector 1〇1 of the motherboard 100, and the peripheral component is connected to the fixed bracket 20 of the side of the interface card 2 Hold the slot 103 of the side plate of the housing ι of the electronic device j, and the fixed wing of the fixing bracket 2 abuts against the surface of the clamping plate, and the positioning groove 2〇1 of the fixed wing 200 and The positioning post 105 on the clamping plate 4 is engaged, and the peripheral component connecting interface card 2 is fixed at a predetermined position of the electronic device i, and then the abutting member 32, the adapter member 31 and the actuating member 34 are passed through _% The two of the screw modules 323 and 344 are sequentially integrated into one body, and then the fixed module 3 is assembled to the electronic device 1 by pivoting through the first pivoting portion 106 and the second butting portion 311. After the housing 10 is rotated, the fixing module 3 is rotated, and the end of the holding arm 342 of the actuating member 34 is received in the button hole 108 of the housing of the electronic device 1, and the adapter 31 fixes the pressure on both sides of the Φ plate 312. The piece 316 abuts against the elastic piece 110 of the casing 10 at the side edge of the notch 1〇9, so that the fixing 3 is set on the ship (1), and the reduction of the part of the elastic piece 320 is reduced. The fixing fins 200 are abutted, thereby clamping the fixing fins 2〇0 between the missing plate 104 of the shell body 10 and the abutting elastic piece 32〇, so that the peripheral component connecting interface card 2 is stably assembled. On the electronic device 1. Referring to the third figure, when the peripheral component is connected to the interface card 2, the biasing member 34 is biased to pivot to the outside of the housing of the pen device, thereby driving the adapter 31 and the abutting member 32. Pivoting, at the same time, the latching arm 342 of the actuating member M is disengaged from the latching hole ι 8 1269620 'the towel. The flap 2GG of the bracket 2G is released from the clamped state, and the peripheral component can be directly connected to the interface card. 2 Take it out from the electronic device. Compared with the prior art, the present invention is pivotally connected to the adapter 31' on the clamping plate ι4 side of the housing 1 and the adapter 31 is connected to the peripheral member. The opposite side is provided with an abutting member 32. The abutting member is provided with an arc-shaped abutting elastic piece 32〇 matched with the fixing fin 200, so that when the peripheral component connecting interface/card 2 is set in the electronic When the device 1 is mounted, the fixing fin is clamped between the abutting elastic piece 320 and the holding plate, so that the peripheral component connecting interface card 2 can be turned over on the electronic farm 1 and the peripheral component is connected. When the card 2 is detached from the electronic device, the pivoting of the adapter 31 relative to the clamping plate causes the abutting member to rotate magically, so that the fixing blade 200 is disengaged from the clamping state, thereby facilitating the connection of the peripheral components to the interface card 2 Direct removal, so that the peripheral components are connected to the interface _ quick and convenient, and can further satisfy a large number of "customized two # targets" and save the fixed parts such as the screw section, and can further reduce costs. The 'this is the day of the invention patent, the sharp patent application '/ ' M The material of the present invention are good read off the solid, the present invention is that whenever familiar
.，狀人士 ’在纽本發明精神賴之均等修飾或變化，皆應涵 盍於以下之申請專利範圍内。 W 【圖式簡單說明】 乐一 A圖為本發明週邊元件連接介面卡之固定模組應用於 腦或伺服器等電子裝置上的立體組合圖。 1269620 M目為柄明週邊元件連接介面卡之固賴組應用於電 腦或飼服m電子裝置上的立體分解圖。 第二B圖為本發明週航件連接介面卡之固定模組應用於電 腦鋪服料電子妓上的另—方向社齡顧。、. . . The changes or changes in the spirit of New Zealand's invention should be within the scope of the following patent application. W [Simple diagram of the diagram] Le Yi A diagram is a three-dimensional combination diagram of the fixed module of the peripheral component connection interface card of the invention applied to an electronic device such as a brain or a server. 1269620 M mesh is a three-dimensional exploded view of the computer-based or feeding service m electronic device. The second B-picture is the other embodiment of the invention, which is applied to the electronic device of the computer paving material. ,
第圖為將週邊元件連接介面卡從實施本發明的電子装置上 拆卸下的立體示意圖。 【主要元件符號說明】 電子裝置 1 殼體 10 主機板 100 連接器 101 側板 102 開槽 103 夾持板 104 定位柱 105 第一樞接部 106 樞軸 107 扣孔 108 缺口 109 1269620The figure is a perspective view of a peripheral component connection interface card detached from an electronic device embodying the present invention. [Description of main component symbols] Electronic device 1 Housing 10 Main board 100 Connector 101 Side plate 102 Slotted 103 Clamping plate 104 Positioning post 105 First pivoting part 106 Pivot 107 Buckle hole 108 Notch 109 1269620
彈片 110 週邊元件連接介面卡 2 固定支架 20 固定翼片 200 定位槽 201 固定模組 3 轉接件 31 連接板 310 第二枢接部 311 固定板 312 螺孔 313、323、344 擋板 314 卡槽 315 壓片 316 抵接件 32 抵接彈片 320 狹槽 321 配合板 322 螺絲 33 致動件 34 本體部 340 1269620 遮檔板 341 扣持臂 342 卡扣 343Shrapnel 110 Peripheral component connection interface card 2 Fixing bracket 20 Fixing fin 200 Positioning slot 201 Fixing module 3 Adapter 31 Connecting plate 310 Second pivoting part 311 Fixing plate 312 Screw hole 313, 323, 344 Baffle 314 Card slot 315 Pressing piece 316 Abutting piece 32 Abutting elastic piece 320 Slot 321 Mating plate 322 Screw 33 Actuator 34 Main body part 340 1269620 Shielding plate 341 Buckle arm 342 Snap 343