M309131 八、新型說明： [新型所屬之技術領域】 本創作涉及一種固定結構，尤指一種電腦輸入/輸出介 面（簡稱I/O介面）固定結構。 [先前技術】 電月自I/O介面之功能是負責貫現CPU(Central Processing Unit，中央處理器）透過系統匯流排把1/0電路和週邊設備聯 繫在一起，越來越多之機箱都帶有音頻輸入介面、音頻輸出 介面及USB ( Universal Serial Bus，通用串列匯流排）介面 等外置I/O介面。市面上很多1/0介面都是透過螺絲或者其 他固定件固定。爲了便於安裝1/0介面，往往要設計一個與 I/O介面配套之支架，例如美國專利公開號爲US 2005/0164548 A1所揭示之電腦1/0連接器固定組合裝置，包 括集成兩個USB介面之一第一接頭、集成ieee 1394高速通 信埠之一第二接頭，集成三個音頻介面（一音頻輸入介面、 一音頻輸出介面及一麥克風接頭）之第三接頭、一集成雨個 視頻界面之弟四接頭及一用於固定該四個接頭之支架，該四 個接頭均利用具有韌性及耐熱之材料製作而成，該每一接頭 之末端四角處各凸設一固定梢，該支架對應該之固定梢設有 固疋孔，但疋由於這種I/O連接器固定組合裝置包括多個分 立之1/0接頭，安裝及拆卸之過程繁瑣，且在拆卸每一個I/O 接頭時，都必須在按住該接頭四角處固定梢之同時將該1/0 接頭從支架中抽出，操作非常不便。 M309131 ' 【新型内容】 鑒於以上内容，有必要提供一種無螺絲化且安裝拆卸 方便之I/O介面固定結構。 一種輸入/輸出介面固定結構，用於固定電腦之多個輸 入/輸出介面，其包括一用於固定複數輸入/輸出介面之集成 塊及一用於收容固定該輸入/輸出集成塊之支架。該集成塊 之外側設有至少一凹包，該支架包括一前板及自該前板四 周延伸出之側板，該前板及側板組成之收容空間之形狀及 藝大小與該集成塊一致，該側板之内側凸設至少一與該集成 塊之凹包相卡合之凸包。 相較於習知技術，該I/O介面固定結構利用支架上之 凸包與集成塊之凹包相卡合達到固定1/0介面之目的，由 於4 I/O 71面集成塊固定了多個I/O介面，所以一次操作 即可固定或拆卸多個1/0介面，結構簡單，裝拆方便。 【實施方式】 請參閱圖1，本創作1/0介面固定結構較佳實施例包 鲁括一 I/O介面集成塊10及一支架20。 該I/O介面集成塊10固定裝設了多個1/〇介面14 (包括4個USB介面、3個音頻介面、3個視頻界面及J 個IEEE 1394介面），該集成塊1〇包括一護設固定該1/〇 介面14之主體部12及一自該主體部12底部凸伸出來之 凸部16。该主體部12包括一前壁121、一對與該前壁121 上下側垂直相連之第一侧壁123及一對與該前壁121左右 兩側垂直相連之第二側壁125，該1/〇介面14均凸設於該 M309131 前壁121之外。該第一侧壁123上設有若干弧形凹包 1231，該第二侧壁125上設有一固定口 1251。 請參閱圖1及圖3，該支架20包括一前板21、一對 自該前板21上下兩側垂直延伸出之第一侧板23及一對自 該前板21左右兩側垂直延伸出之第二側板25，該前板 21、第一側板23及第二側板25形成之收容空間與該集成 塊10之主體部12之形狀大小一致。該前板21對應該每 一 I/O介面14設有一安裝口 212，該第一側板23上設有 若干彈片231，該彈片231之兩末端與該第一侧板23固定 相連，中部可發生彈性形變，該每一彈片231之中部對應 該集成塊10之凹包1231向支架20内側凸設一弧形凸包 23 12 ’該第二側板25上設有一 L形之彈性把手251，該彈 性把手251包括一本體2512及一自該本體2512垂直延伸 之一扳動部2514,該本體2512對應該集成塊10之固定口 1251向支架20内側凸設一固定塊2516，該固定塊2516 爲一傾斜凸塊（見圖3 )。 請結合參閱圖1至圖2,安裝時，將該集成塊1〇推入 該支架20内，在集成塊1〇滑入支架20之過程中，該支 架20之彈片231向外發生彈性形變，該支架2〇之彈性把 手251也向外發生彈性形變，待該集成塊之凹包1231 正好對準該支架20之凸包2312，該集成塊1〇之固定口 1251對準该支架20之固定塊2516時，該支架2〇之彈片 231及彈性把手251形變恢復，該支架20之凸包2312恰 好卡入该集成塊10之凹包1231内，該支架2〇之固定塊 2516恰好卡入該集成塊1〇之固定口 1251内，該固定塊 M309131 . 2516之一較厚末端抵住該固定口 1251，該集成塊10之第 一側壁123及第二側壁125恰分別貼合該支架2〇第一側 板23及第二側板25之内側，該集成塊1〇之主體部12恰 收容固定於該支架20之收容空間内。該集成塊1〇之各1/〇 介面14自該支架20之安裝口 212分別凸伸於該支架2〇 外側，以便用戶外接I/O設備。爲了更順利地將該集成塊 20推入該支架20内，可以在推入該集成塊1〇之同時向外 扳動該支架20彈性把手251之扳動部2514。使用時，將 該支架20固定於電腦機殼内側即可。 請繼續參閱圖3,拆卸時，在向外扳動該支架2〇彈性 籲把+ 251之扳動部2514之同時，捏住該集成塊ι〇底部凸 出於支架20外之凸部16，用力抽出該集成塊1〇即可。 综上所述，本創作符合新型專利之要件，麦依法提出 專利申請。惟，以上僅為本創作之較佳實施例，舉凡熟悉 本案技藝之人士，在爰依本創作精神所作之等效修飾或變 化’皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圖 1爲本創作較佳實施例I/O介面固定結構之 圖0 立體分解 圖2 ^本創作較佳實施例⑻介面固定結構之立體組裝 角度之立 圖3爲本創作較佳實施例1/〇介面固定結構另— 體組裝圖。 M309131 【主要元件符號說明】 I/O介面集成塊 10 主體部 12 I/O介面 14 前壁 121 第一侧壁 123 第二侧壁 125 凹包 123 1 固定口 125 1 凸部 16 支架 20 前板 21 第一側板 23 第二侧板 25 安裝口 212 彈片 23 1 凸包 23 12 彈性把手 25 1 本體 25 12 扳動部 25 14 固定塊 25 16 10M309131 VIII. New description: [New technical field] This creation involves a fixed structure, especially a computer input/output interface (referred to as I/O interface) fixed structure. [Prior Art] The function of the monthly I/O interface is responsible for the CPU (Central Processing Unit) connecting the 1/0 circuit and peripheral devices through the system bus, and more and more chassis are External I/O interface with audio input interface, audio output interface and USB (Universal Serial Bus) interface. Many 1/0 interfaces on the market are fixed by screws or other fasteners. In order to facilitate the installation of the 1/0 interface, it is often desirable to design a support for the I/O interface, such as the computer 1/0 connector fixed combination disclosed in US Patent Publication No. US 2005/0164548 A1, including the integration of two USBs. One of the interfaces, the first connector, and the second connector of the integrated ieee 1394 high-speed communication device, the third connector of the three audio interfaces (an audio input interface, an audio output interface and a microphone connector), and an integrated rain video interface a four-joint and a bracket for fixing the four joints, the four joints are made of a material having toughness and heat resistance, and a fixed tip is protruded from each of the four corners of each joint. The fixing stub should be provided with a fixing hole, but since the I/O connector fixing assembly includes a plurality of discrete 1/0 connectors, the installation and disassembly process is cumbersome, and when each I/O connector is removed, It is necessary to pull the 1/0 connector out of the bracket while holding the tip of the joint at the four corners, which is very inconvenient to operate. M309131 ' [New content] In view of the above, it is necessary to provide an I/O interface fixing structure that is screwless and easy to install and disassemble. An input/output interface fixing structure for fixing a plurality of input/output interfaces of a computer, comprising an integrated block for fixing a plurality of input/output interfaces and a bracket for receiving and fixing the input/output integrated blocks. The outer side of the integrated block is provided with at least one concave package. The bracket comprises a front plate and a side plate extending from the periphery of the front plate. The shape and the size of the receiving space formed by the front plate and the side plate are consistent with the integrated block. At least one convex hull that engages with the concave portion of the integrated block is protruded from the inner side of the side plate. Compared with the prior art, the I/O interface fixing structure uses the convex hull on the bracket to engage with the concave block of the integrated block to achieve the purpose of fixing the 1/0 interface, because the 4 I/O 71 surface integrated block is fixed more. One I/O interface, so you can fix or remove multiple 1/0 interfaces in one operation, which is simple in structure and easy to assemble and disassemble. [Embodiment] Referring to FIG. 1, a preferred embodiment of the 1/0 interface fixing structure of the present invention includes an I/O interface integrated block 10 and a bracket 20. The I/O interface integrated block 10 is fixedly equipped with a plurality of 1/〇 interfaces 14 (including 4 USB interfaces, 3 audio interfaces, 3 video interfaces, and J IEEE 1394 interfaces), and the integrated block 1 includes one The main body portion 12 of the 1/〇 interface 14 and a convex portion 16 projecting from the bottom of the main body portion 12 are fixed. The main body portion 12 includes a front wall 121, a pair of first side walls 123 vertically connected to the upper and lower sides of the front wall 121, and a pair of second side walls 125 vertically connected to the left and right sides of the front wall 121. The interface 14 is protruded from the front wall 121 of the M309131. The first side wall 123 is provided with a plurality of arcuate concave pockets 1231, and the second side wall 125 is provided with a fixing opening 1251. Referring to FIG. 1 and FIG. 3 , the bracket 20 includes a front plate 21 , a pair of first side plates 23 extending perpendicularly from upper and lower sides of the front plate 21 , and a pair of vertically extending from left and right sides of the front plate 21 . The second side panel 25, the front panel 21, the first side panel 23, and the second side panel 25 form a receiving space that conforms to the shape of the main body portion 12 of the integrated block 10. The front panel 21 is provided with a mounting opening 212 corresponding to each I/O interface 14. The first side panel 23 is provided with a plurality of elastic pieces 231. The two ends of the elastic piece 231 are fixedly connected to the first side plate 23, and the middle portion can occur. The elastic deformation, the concave portion 1231 corresponding to the integrated block 10 in each of the elastic pieces 231 protrudes from the inner side of the bracket 20 with an arcuate convex hull 23 12 '. The second side plate 25 is provided with an L-shaped elastic handle 251, the elasticity The handle 251 includes a body 2512 and a triggering portion 2514 extending from the body 2512. The body 2512 defines a fixing block 2516 corresponding to the fixing hole 1251 of the integrated block 10, and the fixing block 2516 is a fixing block 2516. Tilt the bump (see Figure 3). Referring to FIG. 1 to FIG. 2, during the installation, the integrated block 1 is pushed into the bracket 20, and during the process of sliding the integrated block 1 into the bracket 20, the elastic piece 231 of the bracket 20 is elastically deformed outward. The elastic handle 251 of the bracket 2 is also elastically deformed outwardly, and the concave package 1231 of the integrated block is just aligned with the convex hull 2312 of the bracket 20, and the fixing hole 1251 of the integrated block 1 is aligned with the fixing of the bracket 20 At block 2516, the elastic piece 231 of the bracket 2 and the elastic handle 251 are deformed, and the convex cover 2312 of the bracket 20 just snaps into the concave pocket 1231 of the integrated block 10, and the fixing block 2516 of the bracket 2 just snaps into the In the fixed port 1251 of the integrated block 1 , a thick end of the fixed block M309131 . 2516 is abutted against the fixed opening 1251 , and the first side wall 123 and the second side wall 125 of the integrated block 10 respectively fit the bracket 2 . The main body portion 12 of the first block 23 and the second side plate 25 are received and fixed in the receiving space of the bracket 20 . The 1/〇 interface 14 of the integrated block 1 protrudes from the mounting opening 212 of the bracket 20 to the outside of the bracket 2〇, so that the user can externally connect the I/O device. In order to push the integrated block 20 into the bracket 20 more smoothly, the pulling portion 2514 of the elastic handle 251 of the bracket 20 can be pulled outward while pushing the integrated block 1〇. When in use, the bracket 20 can be fixed to the inside of the computer casing. Please continue to refer to FIG. 3. During the disassembly, while the outwardly pulling the bracket 2 〇 the elastic portion of the bracket 2 251, the bottom portion of the assembly block ι protrudes from the convex portion 16 outside the bracket 20, Pull out the integrated block 1 用. In summary, this creation meets the requirements of the new patent, and Mai filed a patent application. However, the above are only the preferred embodiments of the present invention, and those who are familiar with the art of the present invention should be included in the following claims within the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of the I/O interface fixing structure of the preferred embodiment of the present invention. FIG. 3 is a perspective view of the three-dimensional assembly angle of the preferred embodiment (8) interface fixing structure. Preferred Embodiment 1/〇Interface fixing structure is another assembly drawing. M309131 [Description of main component symbols] I/O interface integrated block 10 Main body 12 I/O interface 14 Front wall 121 First side wall 123 Second side wall 125 Concave package 123 1 Fixed port 125 1 Projection 16 Bracket 20 Front plate 21 First side plate 23 Second side plate 25 Mounting port 212 Spring 23 1 Convex bag 23 12 Elastic handle 25 1 Body 25 12 Pulling portion 25 14 Fixing block 25 16 10