M342004 八、新型說明： [新型所屬之技術領域】 本創作係關於一種伺服器殼體，尤指一種裝設有轉接 卡模組之伺服器殼體。 [先前技術】 刀片式伺服器基於規格化之機體尺寸，節約空間，便 - 於集中管理，易於擴展和提供不間斷之服務等特點，成為 . 目前各界企業和網路資訊提供商們熱衷使用之伺服器機 鲁型。 一般而言，伺服器内裝設有多個擴充卡槽或連接器介 面與外部設備相連，以擴展伺服器之功能。一般之擴充卡 槽或介面藉由螺絲固定於伺服器機殼之上。然而，當需要 在刀片式伺服器上安裝多個連接器介面時，由於刀片式伺 服器之機殼較為扁平，致使其内部空間運用受限較大。因 此，使用螺絲固定連接器介面不但繁瑣費時，更因刀片式 秦 伺服器内部空間之限制而難以操作。 【新型内容】 ' 鑒於以上内容，有必要提供一種設有可快速安裝且可 節省伺服器内部空間之轉接卡模組之伺服器殼體。 一種伺服器殼體，包括一機殼及一轉接卡，所述機殼 包括一底壁及一側壁，所述底壁上裝設一主機板，所述轉 接卡插設於所述主機板上，所述轉接卡上間隔裝設可分別 連接外部設備之一第一連接器及一第二連接器，所述伺服 器殼體還包括一卡固於所述機殼側壁上之固定架，所述轉 M342004 接卡固定於所述固定架上。 相車乂于s知技術’本創作具有轉接卡模組之祠服器殼 體將:設有多個連接器介面之轉接卡固定於-固定架上， 從而形成轉接卡模組，再將所述轉接卡模組卡設於機殼 上，即可將不同之連接器介面固定於饲服器機殼上。其結 構簡單*衣操作方便，且無需佔用多餘之飼服器内部空 - 間。 【實施方式】 • 請參閱圖1及圖2，本創作裝設有轉接卡模組之飼服 斋殼體之較佳實施方式包括一機殼1〇，一轉接卡，及一 固定架50。所述轉接卡3〇固定於所述固定架％上並形成 一轉接卡模組，所述轉接卡模組裝設於所述機殼1〇内。 所述機殼10具有一底壁u及一垂直所述絲u之側 壁13。所述底壁11上裝設一主機板2〇。所述侧壁上凸 設一對定位柱15。每一定位柱15具有一自側壁13上凸出 • 形成之較細之滑動部151及一形成於所述滑動部151末端 之較粗之止擋部153。 所述轉接卡30具有一長方形PCb (印刷電路板）板 31，所述PCB板31之其中一侧面311上間隔裝設—第— 連接器33，如一 USB (通用串列介面）連接器，及—第二 連接器35’如一 SD卡（Secure Digital Card—安全數碼卡） 連接器。所述USB連接器33靠近所述8：〇卡連接器”之 一側開設一 USB介面331，所述USB介面331可供一 設備40插設於其内並與所述USB連接器33形成電性連 7 M342004 接。所述SD卡連接器35設有一自其頂緣開口之插槽351， 用以收容一 SD卡60並與所述SD卡連接器35形成電性連 接所述SD卡連接器35兩側分別開設一固定孔37。所述 PCB板31之另一侧面313底部裝設一插設於主機板2〇上 之連接器39,以將所述轉接卡30電性連接至主機板2〇。 所述固疋架50具有一第一側壁51，一與之相對之第 二侧壁53，及一連接於所述第一側壁51及第二側壁53之 間之連接壁55。所述第一侧壁51對應所述轉接卡3〇上之 固定孔37凸設-對固定枉511，每—固定板5ιι中心開設 -固定孔513。所述第一側壁51頂緣向外彎折形成一[形 彎折片59。所述彎折片59具有一平行主機板加之水平面 591及-平行所述第一側壁51之折邊593。所述第一側壁 51與第二側壁53之間形成一第一收容槽56〇，所述折邊 5:與:第一側壁51間形成一第二收容槽59〇。所述彎折片 59中。晴應所述轉接卡30上之叫連接器％之插槽351 口 595。所述第二侧壁53對應所述機殼1〇之侧 壁^上之疋位柱15開設一對大致呈倒γ形之定位槽… 母一疋位槽57具有一較窄之卡合部571及 571貫通之較寬之導入部573。 、所述卡口 4 略微彎折形成-操作把手58。 — ’壁53頂緣向上 至圖時，所述轉接卡裝設 59之折^5^ 插設於所述^架％之彎折片 斤邊593與弟一側壁51之間楚一 述犯卡連接器35之插槽351與所收容槽別。所 、所述彎折片59之開口 595 8 M342004 5二對鎖固件70分別穿過所述轉接卡30之固定孔37 及固定架50上固定4主511々门 口疋扎3/ 固定於所、+、 之固定孔513將所述轉接卡3〇 固疋於所述固定架5〇上，外 、f 攸而形成所述轉接卡模組。所 述USB連接器33位於所 而料、、隹〜 疋U疋木50 一側，所述USB介 面331對準所述固定架5〇 一〜 ^ ^ 50 ^ ^ ^ , 弟收谷槽560。再將所述固 疋木50之疋位槽57與機殼1〇伽 -齊。所述定位柱15之止择部15^ 疋位柱15對 573 〇 ㈣邛153牙過所述定位槽57之導 ^ 73再向下移動所述轉接卡模組，使所述轉接卡3〇 ==39插設於所述主機板2以。所述機殼ι〇 之卡合P 5 人151與所述固定架5〇上定位槽57 53二 同時所述固定架50之第二侧壁 53被卡設於所述定位柱b ' ^ ^ ee 之止擋邛153與機殼1〇側壁 13之間，從而將固定架5〇 述刪設備40沿—平行10使㈣’所 、十、T T…— 十仃於主機板2 °之第—方向插設於所 ^連接"33上之聰介面如中，並收容於所述第 一=谷槽560内。所述SD卡6〇沿一垂直於所述第一方向 之第一方向穿過所述固定架5Gf折片59上之開σ奶並 插設於所述SD卡連接器35之插槽351中。 【圖式簡單說明】 圖1係本創作裝設有轉接模級之伺服器殼體較佳之實 施方式及兩可裝設於所述轉接模組上之外接料之立體 分解圖。 圖2係圖1另一角度之立體分解圖。 圖3係本創作中轉接模組較佳實施方式之立體組裝 9 M342004 圖。 圖4係圖3另一角度之立體組裝圖。 圖5係圖1之立體組裝圖。 【主要元件符號說明】M342004 VIII. New description: [New technical field] This creation is about a server housing, especially a server housing equipped with a riser module. [Prior Art] The blade server is based on the standardized body size, saves space, and is characterized by centralized management, easy expansion, and uninterrupted service. It is now popular among enterprises and network information providers. The server is of a type. In general, the server is equipped with multiple expansion card slots or connector interfaces to connect to external devices to extend the functionality of the server. A typical expansion card slot or interface is secured to the server housing by screws. However, when multiple connector interfaces need to be mounted on a blade server, the internal space of the blade server is limited because of the relatively flat casing. Therefore, fixing the connector interface with screws is not only cumbersome and time consuming, but also difficult to operate due to the limitation of the internal space of the blade type Qin server. [New content] ' In view of the above, it is necessary to provide a server housing with a riser card module that can be quickly installed and saves the internal space of the server. A server housing includes a casing and a riser card, the casing includes a bottom wall and a side wall, the bottom wall is provided with a motherboard, and the adapter card is inserted into the host On the board, the riser card is respectively provided with a first connector and a second connector respectively connected to the external device, and the server housing further includes a fixing on the side wall of the casing. And the transfer M342004 card is fixed on the fixing frame. The vehicle is equipped with a riser card module. The adapter card with a plurality of connector interfaces is fixed on the holder to form a riser card module. Then, the adapter card module is clamped on the casing, and the different connector interfaces can be fixed on the feeder casing. The structure is simple* the clothes are easy to operate and do not need to occupy the extra space inside the feeder. [Embodiment] • Referring to FIG. 1 and FIG. 2, a preferred embodiment of the present invention includes a casing 1〇, a riser card, and a fixing frame. 50. The riser card 3 is fixed on the fixed frame and forms a riser card module. The adapter card is assembled in the casing 1 . The casing 10 has a bottom wall u and a side wall 13 perpendicular to the wire u. A motherboard 2 is mounted on the bottom wall 11. A pair of positioning posts 15 are protruded from the side walls. Each of the positioning posts 15 has a thinner sliding portion 151 projecting from the side wall 13 and a thicker stop portion 153 formed at the end of the sliding portion 151. The riser card 30 has a rectangular PCb (printed circuit board) board 31, and one side 311 of the PCB board 31 is spaced apart from the first connector 33, such as a USB (Universal Serial Interface) connector. And - the second connector 35' is an SD card (Secure Digital Card) connector. The USB connector 33 opens a USB interface 331 near one side of the 8: Leica connector. The USB interface 331 can be inserted into a device 40 and electrically formed with the USB connector 33. The SD card connector 35 is provided with a slot 351 extending from the top edge thereof for receiving an SD card 60 and electrically connecting with the SD card connector 35. A fixing hole 37 is defined in each of the two sides of the other side of the motherboard 35. The bottom of the other side 313 of the PCB board 31 is provided with a connector 39 inserted on the motherboard 2 to electrically connect the riser card 30 to The fixing frame 50 has a first side wall 51, a second side wall 53 opposite thereto, and a connecting wall 55 connected between the first side wall 51 and the second side wall 53. The first side wall 51 protrudes from the fixing hole 37 of the riser card 3 - a pair of fixing holes 511, and a fixing hole 513 is formed in the center of each fixing plate 5 ι. The first side wall 51 has a top edge direction The outer bend is formed into a [shaped bent piece 59. The bent piece 59 has a parallel main plate plus a horizontal surface 591 and a parallel 593 parallel to the first side wall 51. A first receiving groove 56 is formed between the first side wall 51 and the second side wall 53. The folding edge 5 defines a second receiving groove 59 between the first side wall 51 and the first side wall 51. The bending piece 59 is The clearing should be on the adapter card 30, which is called the connector 351 port 595 of the connector. The second side wall 53 corresponds to the clamping post 15 on the side wall of the casing 1 The positioning groove of the inverted γ shape... The female one clamping groove 57 has a wider introduction portion 573 through which the narrow engaging portions 571 and 571 penetrate. The bayonet 4 is slightly bent to form an operation handle 58. — ' When the top edge of the wall 53 is up to the figure, the fold of the adapter card assembly 59 is inserted between the bent piece 593 of the frame and the side wall 51 of the frame. The slot 351 of the device 35 and the receiving slot are different. The opening 595 8 M342004 5 of the bending piece 59 is respectively fixed through the fixing hole 37 of the riser card 30 and the fixing frame 50. 4 main 511 々 door 疋 3 3 / fixed to the fixed hole 513, the Adapter card 3 is fixed on the fixed frame 5 ,, the outside, f 攸 to form the adapter card Group. The USB connection The device 33 is located on the side of the material, the 隹 疋 疋 U 疋 wood 50, and the USB interface 331 is aligned with the fixing frame 5 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^, the ridge trough 560. The clamping groove 57 of the solid eucalyptus 50 is aligned with the casing 1 〇 - 。. The locking portion 15 of the positioning post 15 is connected to the positioning groove 57 by a pair of 573 〇 (four) 邛 153 teeth. And moving the riser card module downwards, so that the riser card 3〇==39 is inserted into the motherboard 2. The casing ι is engaged with the P 5 person 151 and the fixing frame 5 is located on the positioning groove 57 53. At the same time, the second side wall 53 of the fixing frame 50 is clamped to the positioning post b ' ^ ^ The ee stops between the 邛 153 and the side wall 13 of the casing 1 , thereby arranging the fixing device 5 to delete the device 40 along the parallel 10 to make the (four) ', ten, TT ... - ten 仃 on the motherboard 2 ° - The direction is inserted into the smart interface of the connection "33, and is accommodated in the first = trough 560. The SD card 6 is inserted into the slot 351 of the SD card connector 35 through the sigma milk on the fixing frame 5Gf flap 59 along a first direction perpendicular to the first direction. . BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a preferred embodiment of a server housing having a transfer mode and two externally mountable materials. Figure 2 is an exploded perspective view of another angle of Figure 1. FIG. 3 is a perspective view of a three-dimensional assembly 9 M342004 of the preferred embodiment of the adapter module of the present invention. Figure 4 is a perspective assembled view of another angle of Figure 3. Figure 5 is a perspective assembled view of Figure 1. [Main component symbol description]
機 殼 10 底 壁 11 侧 壁 13 定 位 柱 15 滑 動 部 151 止 擋 部 153 主 機 板 20 轉 接 卡 30 PCB 板 31 側 面 311 、 313 第 一 連 接 器 33 USB 介 面 331 第 二 連 接 器 35 插 槽 351 固 定 孔 37 、 513 連 接 器 39 USB 設 備 40 SD卡 60 固 定 架 50 第 一 側 壁 51 固 定 柱 511 固 定 孔 513 第 二 側 壁 53 連 接 壁 55 第 收 容 槽 560 定 位 槽 57 卡 合 部 571 導 入 部 573 把 手 58 彎 折 片 59 水 平 面 591 折 邊 593 開 U 595 第 二 收 容槽 590 10Enclosure 10 Bottom wall 11 Side wall 13 Positioning post 15 Sliding portion 151 Stop 153 Main board 20 Riser card 30 PCB board 31 Side 311, 313 First connector 33 USB interface 331 Second connector 35 Slot 351 Fixed Hole 37, 513 Connector 39 USB device 40 SD card 60 Fixing frame 50 First side wall 51 Fixing post 511 Fixing hole 513 Second side wall 53 Connecting wall 55 First receiving groove 560 Positioning groove 57 Engagement portion 571 Leading portion 573 Handle 58 Bend Flap 59 Water level 591 Folding 593 Opening U 595 Second receiving groove 590 10