M365045 五、新型說明： 【新型所屬之技術領域】 且特別是有關於一種 本創作是有關於一種連接結構 用於硬碟背板的連接結構。 【先前技術】M365045 V. New description: [New technology field] and especially related to one. This creation is about a connection structure for the connection structure of the hard disk backplane. [Prior Art]
加目則業界常用的伺服!I主機例如可堆疊及串連的機 架式主機（Rackmoimt computer)，將電腦主機中的主機 板的尺寸大幅縮小，並各別配置中央處理單元、晶片組、 記憶體與硬碟軸-電子敝，各個電子额藉由軌道引 導而裝入於機架内，以節省空間且方便抽換。伺服器的主 機板與各贿存裝置上均对連接H插槽，以方便主機板 可與其他裝置串聯，藉以擴充伺服器的效能。 在機架式主機中，主機板上的連接器插槽通常設於機 殼後側的狹小空間中，使得伺服器主機内部的部件相當密 集’因此沒有充足的空間容納大量的排線1而在習^ 術中’硬碟機需要利用排線連接於主機板，當硬碟機數量 較多時，排線數量也隨之增加。當排線數量较多時 相當雜亂而難以整理，嚴重影響裝配工作的欵率。^且排 線容易妨礙機箱内的對流，進而影響到伺服器 率，使伺服器的穩定性與性能下降。 。双…， 【新型内容】 不t要使用排線 本創作提供一種硬碟背板連接結構 M365045 即可連接硬碟機與主機板。 本創作提出一種硬碟背板連接結構，包括一主機板、 多個硬碟機、一硬碟架以及一硬碟背板。主機板安裝於一 底盤上，具有一插槽。硬碟架配置於底盤上，具有多個固 定部，這些固定部配置於硬碟架相鄰於插槽之一側。這些 硬碟機配置於硬碟架内。硬碟背板包括一第一連接部、^ 少一第二連接部以及多個固接部。第一連接部為一金手指 介面，連接至插槽。第二連接部對應於硬碟架，使各硬碟 機連接於對應之各第二連接部。這些固接部固接至這些固 定部，使硬碟背板固接於硬碟架之一侧。 — 在本創作之一實施例中，插槽與第一連接部為快捷外 設互聯標準介面（Peripheral c〇mp〇nent Interc_ectAdding the servos that are commonly used in the industry! I hosts, for example, stackable and serial Rackmoimt computers, which greatly reduce the size of the motherboard in the mainframe, and configure the central processing unit, chipset, and memory separately. Body and hard disk axis - electronic cymbal, each electronic quantity is loaded into the frame by rail guiding to save space and facilitate replacement. The main board of the server and each bribe device are connected to the H slot so that the motherboard can be connected in series with other devices to expand the performance of the server. In a rack-mounted mainframe, the connector slots on the motherboard are usually placed in a small space on the rear side of the chassis, so that the components inside the server mainframe are quite dense. Therefore, there is not enough space to accommodate a large number of cables 1 In the middle of the process, the hard disk drive needs to be connected to the motherboard by using the cable. When the number of hard disk drives is large, the number of cables increases. When the number of cables is large, it is quite messy and difficult to organize, which seriously affects the rate of assembly work. ^ And the wiring is easy to hinder the convection in the chassis, which affects the server rate and degrades the stability and performance of the server. . Double..., [New content] Do not use the cable. This creation provides a hard disk backplane connection structure. The M365045 can connect the hard disk drive to the motherboard. The present invention proposes a hard disk backplane connection structure including a motherboard, a plurality of hard disk drives, a hard disk shelf, and a hard disk backplane. The motherboard is mounted on a chassis with a slot. The hard disk frame is disposed on the chassis and has a plurality of fixing portions disposed on a side of the hard disk frame adjacent to the slot. These hard drives are configured in a hard drive bay. The hard disk backplane includes a first connecting portion, a second connecting portion, and a plurality of fixing portions. The first connection is a gold finger interface that is connected to the slot. The second connecting portion corresponds to the hard disk frame, and the hard disk drives are connected to the corresponding second connecting portions. These fixing portions are fixed to these fixing portions to fix the hard disk back plate to one side of the hard disk frame. - In one embodiment of the present invention, the slot and the first connection are fast external interconnection standard interfaces (Peripheral c〇mp〇nent Interc_ect
Express，PCI-Ε)。 _在本創作之一實施例中，各第二連接部包括一資料傳 輸介面。此外，各第二連接部可包括一電源接頭。 在本創作之一實施例中，這些固定部為螺絲孔或是卡 勾，對應於這些固接部。 在本創作之一貫施例中，主機板具有多個鎖固孔，底 盤具有多個鎖固部，對應於這些鎖固孔。 在本創作之一實施例中，硬碟背板結構更可包括— 面板，配置於底盤之一側，且具有至少一開口。至少—開 口形狀適配於硬碟機，硬碟架連接於前面板並且相鄰於 基於上述，本創作之硬碟背板連接結構中，硬碟機連 M365045 接於硬碟背板，而硬碟背板的金手 接’使硬碟機不需透過排線即可電“接於:機;機板連 f曰1化裝配流程並且可省去整理排線所f之工時。’淹夠 為讓本創作之上述特徵和優點能更鶴^懂 舉貫_，並配合所關式作詳細朗如下。 文特 【實施方式】Express, PCI-Ε). In one embodiment of the present invention, each of the second connections includes a data transfer interface. In addition, each of the second connecting portions may include a power connector. In an embodiment of the present invention, the fixing portions are screw holes or hooks corresponding to the fixing portions. In a consistent embodiment of the present invention, the motherboard has a plurality of locking holes, and the chassis has a plurality of locking portions corresponding to the locking holes. In an embodiment of the present invention, the hard disk backplane structure further includes a panel disposed on one side of the chassis and having at least one opening. At least the opening shape is adapted to the hard disk drive, the hard disk frame is connected to the front panel and adjacent to the hard disk backplane connection structure based on the above, the hard disk drive is connected to the hard disk backplane, and the hard drive is connected to the hard disk backplane. The gold hand of the dish back plate enables the hard disk machine to be electrically connected to the machine without the need of a cable. The machine board can even be used to disassemble the assembly process and save the man-hours of finishing the cable. It is enough for the above-mentioned features and advantages of this creation to be more versatile and to be detailed as follows.
圖1是依照本創作之一實施例之一種硬 構的示意圖，圖2之硬碟背板連接結構中硬 裝配於安裝J位的示意圖，圖3是圖i之硬碟背板連= 構的底盤與背板的7F意圖。請參照圖丨至圖3，— 背板連接結構1G0 ’包括多個硬碟1G、—主機板2G、—底 盤110、一硬碟架130以及一硬碟背板U0。主機板20安 裝於底盤110上，並具有一插槽22。在本實施例中，插槽 22可為快捷外設互聯標準（Ρα_Ε)介面，圖丨所示 槽22為PCI-E IX介面。 在本實施例中，硬碟背板連接結構1〇〇還可包括一前 面板120。剷面板120連接於底盤ho之一側且具有至少 一開口 Η1。各開口 Η1形狀適配於各硬碟機1〇，使硬碟機 10能夠通過開口 Η1並且置入硬碟架13〇。在本實施例中， 前面板120除了具有兩個適於裝配硬碟機1〇的開口 H1之 外’還具有多個連接端子開口 H2，適配於主機板20的輪 出入裝置。此外，底盤110可具有多個鎖固部112，其位 置對應於主機板20的鎖固孔24，用以固定主機板2〇。 M365045 硬碟架130具有多個固定部132，配置於硬碟架i3〇 面對於硬碟背板14G之-端。硬碟架13〇可連接於前面板 120亚且相鄰於至少—開口 H卜硬碟架⑽用以對硬碟機 10限位，並且引導硬碟機10進入裝配定位。 硬碟背板140包括一第一連接部142、多個第二連接 部144以及多個固接部146。第一連接部142為一金手指 介面，直接插入至插槽22。第二連接部144面對於至少一 開口 H1 ’各硬碟機10連接於對應之各第二連接部144。 在本實施财，第-連接部142與域板2()之插槽^為 相同之快捷外設輯標準（Ρα_Ε)介面。第二連接部144 面對開口 Η1，以垂直於箆;鱼垃立β & 弟連接邛142的方向設置於硬碟 月板140上。 北固接部146固接至硬碟架13〇的固定部132，使硬 为板14G固定於檔板上’在本實施例其中兩個固定部出 =為= 累絲孔’而另i定和2a可為卡勾。對應於固 =_個固接部146也可為螺絲孔，而另—固接部恤 可為一扣孔。裝配硬碟背板14〇時，先將固 於固定部⑽，再利用鎖固件將固接部14 = Π2，使硬碟背板刚固定於硬碟架13〇之—側。口^ 在裝配硬碟機1G之前，需先將硬碟背板i4Q裝配於 f碟^ 130，使硬碟架130以騎碟背板140形成—容置 =間’以容置至少一硬碟機1〇。當硬碟機ι〇置 間，即可連接於第二連接部14 ^ 一。之間的連接，使硬碟;且 M365045 板20。 在本實施例中第二連接部144例如為串列高技術配置 (Semi Advanced Technology Attachment，SATA )介面 第二連接部144可包含-資料傳輸介面接頭與-電丨源接 頭。而在另-未繪示的實施例中硬碟機為Μ叶硬碟機， 第二連接部可為集成設備電路（恤％如^ ⑶1 is a schematic view of a hard structure according to an embodiment of the present invention, wherein the hard disk backplane connection structure of FIG. 2 is hard-mounted in a J-position, and FIG. 3 is a hard-disk backplane of FIG. 7F intention of the chassis and backplane. Referring to FIG. 3 to FIG. 3, the backplane connection structure 1G0' includes a plurality of hard disks 1G, a motherboard 2G, a chassis 110, a hard disk shelf 130, and a hard disk backplane U0. The motherboard 20 is mounted on the chassis 110 and has a slot 22. In this embodiment, the slot 22 can be a shortcut peripheral interconnect standard (Ρα_Ε) interface, and the slot 22 shown in the figure is a PCI-E IX interface. In the present embodiment, the hard disk backplane connection structure 1A may further include a front panel 120. The shovel panel 120 is coupled to one side of the chassis ho and has at least one opening Η1. Each opening Η1 is shaped to fit each hard disk drive 1 so that the hard disk drive 10 can pass through the opening Η1 and be placed in the hard disk frame 13A. In the present embodiment, the front panel 120 has a plurality of connection terminal openings H2 in addition to the two openings H1 suitable for mounting the hard disk drive, and is adapted to the wheel entry and exit means of the main board 20. In addition, the chassis 110 can have a plurality of locking portions 112 corresponding to the locking holes 24 of the motherboard 20 for securing the motherboard 2. The M365045 hard disk frame 130 has a plurality of fixing portions 132 disposed on the end of the hard disk frame i3 for the hard disk back plate 14G. The hard disk frame 13A can be connected to the front panel 120 and adjacent to at least the opening Hb hard disk frame (10) for limiting the hard disk drive 10 and guiding the hard disk drive 10 into the assembly position. The hard disk backplane 140 includes a first connecting portion 142, a plurality of second connecting portions 144, and a plurality of fixing portions 146. The first connecting portion 142 is a gold finger interface and is directly inserted into the slot 22. The second connecting portion 144 is connected to each of the corresponding second connecting portions 144 for at least one opening H1'. In the present embodiment, the first connection unit 142 and the slot 2 of the domain board 2 are the same shortcut peripheral standard (Ρα_Ε) interface. The second connecting portion 144 faces the opening Η1 and is disposed on the hard disk 140 in a direction perpendicular to the cymbal; the fish is placed in the direction of the & amp 邛 邛 142. The north fixing portion 146 is fixed to the fixing portion 132 of the hard disk frame 13〇, and the hard plate 14G is fixed to the baffle plate. In the embodiment, the two fixing portions are ==reduced wire hole and the other is fixed And 2a can be a hook. Corresponding to the solid =_ fixing portion 146 may also be a screw hole, and the other fixing portion may be a button hole. When assembling the hard disk back plate 14 ,, it will be fixed to the fixing portion (10), and then the fixing portion 14 = Π 2 with the locking member, so that the hard disk back plate is just fixed to the side of the hard disk frame 13 。. Before assembling the hard disk drive 1G, the hard disk backplane i4Q needs to be assembled to the f-disc ^ 130, so that the hard disk shelf 130 is formed by the riding back plate 140 - accommodating = between to accommodate at least one hard disk. Machine 1〇. When the hard disk drive is placed, it can be connected to the second connection portion 14^. The connection between the hard disk; and the M365045 board 20. In this embodiment, the second connection portion 144 is, for example, a Semi Advanced Technology Attachment (SATA) interface. The second connection portion 144 may include a data transmission interface connector and an electrical power source connector. In another embodiment, the hard disk drive is a hard disk drive, and the second connection portion can be an integrated device circuit (shirts such as ^ (3)
EleCtronics，腿）介面。第二連接部不需額外設置電源接 頭’以-IDE介面接頭即可對電子設備供給運作所需之電 力，並且同時完成資料的傳輪。 ％ 此外’在本實施例中為了配合硬碟機1〇，第二連接 144可為公接頭，並且往開口 m方向突出。硬碟機只 ^隹頂至第二連接部144即可連接於硬碟背板⑽，而不 吊再利用其他轉接頭或是輔助工具。 ，本創作之硬碟背板連接結射，硬碟機透 二ΐ二連接於主機板’不需裝配排線即可連接於主機 板^夠間化電子設備的裝配步驟、省去整理排線所費的 少材料的成本。此外，硬碟背板連接結構還 與—$板’以將各硬雜與域板容置於硬 碟月板連接^翻而形成—擴充模組 伺服器主機。 4自地運接至 :然本創作已以實施例揭露如上，然其並非用以限定 =二，技術領域中具有通常知識者，在不脫離 圍内’當可作些許之更動與潤飾，故本 &圍虽視後附之申請專利範圍所界定者為準。 M365045 【圖式簡單說明】 圖1是依照本創作之一實施例之一種硬碟背板連接結 構的示意圖。 圖2是圖1之硬碟背板連接結構中硬碟背板裝配於安 裝定位的示意圖。 圖3是圖1之硬碟背板連接結構的底盤與背板的示意 圖。 【主要元件符號說明】 10 :硬碟機 20 :主機板 22 :插槽 24 :鎖固孔 100 :硬碟背板連接結構 110 :底盤 112 :鎖固部 120 :前面板 130 :硬碟架 132、132a :固定部 140 :硬碟背板 142 :第一連接部 144 :第二連接部 146、146a :固接部 HI、H2 :開口EleCtronics, leg) interface. The second connection portion does not require an additional power supply connector to supply the power required for operation of the electronic device with the -IDE interface connector, and simultaneously completes the data transfer. In addition, in the present embodiment, in order to cooperate with the hard disk drive 1, the second connection 144 may be a male connector and protrude in the direction of the opening m. The hard disk drive can be connected to the hard disk backplane (10) only from the dome to the second connection portion 144 without using other adapters or auxiliary tools. The hard disk backplane of the present invention is connected to the junction, and the hard disk machine is connected to the motherboard through the second and second sides. It can be connected to the motherboard without the need of assembling the cable, and the assembly steps of the electronic device can be eliminated, and the wiring can be omitted. The cost of the less material. In addition, the hard disk backplane connection structure is also formed with the -$ board to connect the hard and the domain board to the hard disk board to form an expansion module server host. 4From the ground to the following: However, this creation has been exposed as above in the embodiment, but it is not used to limit = two, the general knowledge in the technical field, without leaving the room, when you can make some changes and retouching, so This & amp is subject to the definition of the scope of the patent application attached. M365045 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a hard disk backplane connection structure in accordance with an embodiment of the present invention. 2 is a schematic view showing the mounting of the hard disk backplane in the hard disk backplane connection structure of FIG. 1 in the mounting position. Figure 3 is a schematic illustration of the chassis and backplane of the hard disk backplane connection structure of Figure 1. [Main component symbol description] 10: Hard disk drive 20: Motherboard 22: Slot 24: Locking hole 100: Hard disk backplane connection structure 110: Chassis 112: Locking portion 120: Front panel 130: Hard disk frame 132 132a: fixing portion 140: hard disk back plate 142: first connecting portion 144: second connecting portion 146, 146a: fixing portion HI, H2: opening