1375220 九、發明說明： 【發明所屬之技術領域】 本發明是一種硬碟提把卡固裝置及其栓固結構，特別 是指應用於硬碟承載架上的__種用以卡固硬碟的裝置及卡 固裝置的栓固結構。 【先前技術】 • 由於磁碟陣列的技術發展已趨於成熟，磁碟陣列將二 個以上的實體硬碟機組合成一個具備線上即時、快速= 取、大容量或具容錯的虛擬/邏輯硬碟系統。正因如此，在 處理如磁碟率列的大容量的存儲词服器（Storage Server) 中，為了將複數個硬碟模組平面置放於硬碟承載抽 (Drawer)上，而設計出如第1圖所示的硬碟承載架6〇，硬碟 承載架60上具有複數個硬碟置放區，每一排硬碟置放區係 以格板30相互間隔開，供置放複數個硬碟於其上。 而在硬碟承載架上要如何固定每一個硬碟，則是每一 家废=需要花費心力設計的地方…般而言，可先將硬碟 先行女裝上提把’再藉由固定提把來達到固定硬碟的目的。 ^而$知硬碟承載架的固定機構除了組裝步驟繁 複’組裝零件亦十分零散，在長期㈣後亦容易造成磨耗， 甚至因為其上之固定螺釘之鬆脫，而使其失去功效，甚至 於掉落在硬碟承載架之中。 【發明内容】 1375220 . ㈣於此，本發明遂提出—種料提把卡„置及其 • 栓固結構，係應用於如前述之硬碟承載架上（參見第i圖） ·· 其硬碟提把卡固裝置_用检固結構固定於硬碟承載架 上，用以卡扣住硬碟的硬碟提把，而可將硬碟固定於硬碟 承載架上的承載區申》 本發明之硬碟提把卡固裝置及其检固結構，包含二 扣接環，立設於一硬碟承載架的一格板上；__固定架上 • $具有突出之一卡扣釣以扣住一硬碟上之-硬碟提把，該 固定架具有二套接孔，以套接於該二扣接環，使該二扣接 環内部之二扣接環孔突出且顯露於該固定架之外；以及一 检扣彈片，具有長條片狀的—栓扣部，該栓扣部之一端向 該栓扣部反折成-扣片，該栓扣部之另一端彎折成一連接 部，從該連接部的底側再斜向朝上方延伸出一彈片部，該 彈片部具有斜向朝上的一斜向連接片及水平延伸的一頂推 片。其中，該斜向連接片及該頂推片均與該栓扣部所具有 • 时面較佳地係呈垂直。其中，該栓扣部係穿過該二扣接 環孔使該扣片抵扣於其中一個扣接環的環壁，且該連接部 恰抵接該固定架的-側邊，以將該固定架栓固緊扣於該格 板上，而該彈片部係向上頂推該硬碟提把。 上述之該硬碟提把能被旋轉掀起於該硬碟的上方，供 使用者提握；亦或被屋入扣於該卡扣鉤而固定該硬碟於該 碟承載架h §該硬碟提把扣於該卡扣釣時，該栓扣彈 片的該彈月係因受到該硬碟提把之該突塊的下塵使該 斜向連接片相對於該連接部產生彈性變形，並以該頂推片 推該硬碟提把之該突塊而以回復彈力向上頂推於 由該硬突塊。故#扣㈣硬碟提把的該卡扣鉤若 硬碟:提把向上=扳開時’該栓扣彈片的該彈片部能將該 藉此’本發明之硬碟提把卡固裝置利用零件簡單且植 谷易的—個栓扣彈片，即可同時作為頂推硬碟提把的彈 性70件’亦可將硬碟提把卡固裝置栓固於硬碟承載架上。且 僅需將栓扣彈片穿過凸出於^架外的扣接環孔，使得栓 扣。P末端的扣片抵於其中—個扣接環的環壁上即完成組 裝。且此時拴扣彈片的連接部恰抵接於固定架的側邊，而 將固定架緊扣Μ於格板上’以组成本發明之硬碟提把卡 固裝置》 【實施方式】 本發明係為一種硬碟提把卡固裝置及其栓固結構，為 使本發明更淺顯易懂，以下將以應用本發明技術之較佳實 施例，配合圓示範例予以詳細說明。然此圖示及詳細說明 並非用以限定本發明所揭露之技術及各種更動與潤飾。 請配合參照第2至第6圖，第2圖係為本發明之硬碟 提把卡固裝置的較佳實施例示意圖。如圖所示，本發明之 硬碟提把卡固裝置，係設於一硬碟承載架的一格板3〇〇上， 其栓固結構至少包含一栓扣彈片1〇〇,一固定架2〇〇，及左、 右二扣接環310與320»左扣接環310與右扣接環320係為 設於格板300上的兩個扣環。固定架2〇〇係用來卡固硬碟 ^75220 5〇的硬碟提把40，其上方具有突出的卡扣鉤23〇以扣住硬 碟提把40(如第6圖所示）》固定架200具有左、右二套接 孔210與220，左套接孔210係套接於左扣接環31〇，右套 接孔220係套接於右扣接環32〇,並使左、右二扣接環31〇 與320穿過固定架200並將二扣接環孔311與321突出且 顯露於固定架200外。 配合參照第3圖，係為本發明之硬碟提把卡固裝置的 • 栓扣彈片的較佳實施例示意圖。如圖所示，栓扣彈片100 具有長條片狀的栓扣部110,栓扣部11〇的末端具有向栓扣 部UO反折的一扣μ 120,栓扣部11〇之另一端則由栓扣部 no側面彎折，以形成一連接部13〇,例如是垂直折彎。連 接部130的底側再斜向朝上方延伸出一彈片部14〇。彈片部 具有斜向朝上的一斜向連接片141及自斜向連接片141 水平延伸而出的一頂推片142。而斜向連接片141與頂推片 142夾有一角度。其中，斜向連接片141所具有的平面 • 與栓扣部no所具有的平面1Π較佳地係呈垂直’且頂推 片142所具有的平面145亦與栓扣部11〇所具有的平面 較佳地係呈垂直。因此，使得彈片部140可在垂直於栓扣 部Π0平面111的方向上提供一彈性力。 配合參照第4圖，係為本發明之硬碟提把卡固裝置及 八栓固、，’。構的較佳實施例示意圖。如圖所示因固定架2⑼ 的左、右一套接孔210與220’分別套接於左扣接環31〇 與右扣接環320,而使左扣接環孔311及右扣接環孔321 凸出於固疋架200。再將本發明的检扣彈片1〇〇的检扣部 ^和範圍内’當可作各種之更動與潤飾因此本發明之保 '•蒦範圍畲視後附之申請專利範圍所界定者為準。 【圓式簡單說明】 為讓本發明之上述和其他目的、特徵、優點與實施例 能更明顯易懂，所附圖式之詳細說明如下： • 第1圖’係為習知之硬碟承載架及格板的示意圖； 第2圖，係為本發明之硬碟提把卡固裝置的較佳實施 例示意圖； 第3圖，係為本發明之硬碟提把卡固裝置的栓扣彈片 的較佳實施例示意圖； 第4圖，係為本發明之硬碟提把卡固裝置及其栓固結 構的較佳實施例示意圖； 第5圖，係為本案之具有提把的硬碟及硬碟提把卡固 裝置的示意圖；以及 第6圖，係為本案之硬碟提把被扣入卡固裝置的示意 圖。 【主要元件符號說明】 10 :彈片 140 彈片部 11 :頂推面 141 斜向連接片 12 :螺釘 142 頂推片 20 :固定機構 143 平面 1375220 21 ： 30 ： 40 ： 41 ： 50 ： 60 ： 100 1101375220 IX. Description of the Invention: [Technical Field] The present invention relates to a hard disk carrying device and a bolting structure thereof, and particularly to a hard disk carrier for use in a hard disk The device and the fastening structure of the fastening device. [Prior Art] • As the technology development of disk arrays has matured, the disk array combines more than two physical hard disk units into one virtual/logic hard disk with online instant, fast=fetch, large capacity or fault tolerance. system. For this reason, in the storage of a large-capacity storage server (Storage Server) such as a disk rate column, in order to place a plurality of hard disk modules on a hard disk Drawer, the design is as follows. The hard disk carrier 6 所示 shown in FIG. 1 has a plurality of hard disk placement areas on the hard disk carrier 60, and each row of hard disk placement areas is spaced apart from each other by a grid 30 for placing a plurality of The hard disk is on it. How to fix each hard disk on the hard disk carrier is the place where every waste = need to spend the design of the heart... In general, the hard disk can be first lifted on the front of the women's clothes. To achieve the purpose of fixing a hard disk. ^ And the fixing mechanism of the hard disk carrier is complicated except for the assembly steps. The assembled parts are also very scattered. It is easy to cause wear after long-term (four), even because the fixing screws on it are loose, which makes them lose their effectiveness, even Dropped in the hard drive carrier. SUMMARY OF THE INVENTION 1375220. (d) Here, the present invention proposes that the material pick-up card and its mounting structure are applied to the hard disk carrier as described above (see Figure i). The disc lifting device is fixed on the hard disk carrier by the inspection structure, and is used for clamping the hard disk handle of the hard disk, and the hard disk can be fixed on the load bearing area of the hard disk carrier. The invention relates to a hard disk lifting device and a fixing structure thereof, comprising two fastening rings, which are erected on a grid plate of a hard disk carrier; __ fixed frame • $ has one protruding buckle fishing The hard disk handle is fastened on the hard disk, and the fixing frame has two sockets for the two fastening rings to protrude and expose the two fastening ring holes in the two fastening rings. And a latching piece having a long strip-shaped latching portion, one end of the latching portion is folded back into the buckle portion, and the other end of the latching portion is bent into a a connecting portion extending obliquely upward from the bottom side of the connecting portion to an upward elastic portion, the elastic piece having an oblique connecting piece and water obliquely upward An extended push piece, wherein the oblique connecting piece and the pushing piece are preferably perpendicular to the time of the buckle portion, wherein the buckle portion passes through the two fastening portions The ring hole abuts the buckle to the ring wall of one of the fastening rings, and the connecting portion abuts the side of the fixing frame to fasten the fixing bracket to the grid, and the The shrapnel portion pushes up the hard disk handle upwards. The hard disk lifter can be rotatably picked up above the hard disk for the user to grasp; or the buckle is fixed by the house buckle The hard disk is mounted on the disk carrier h § the hard disk handle is buckled, and the bullet of the buckle spring is connected by the dust of the protruding piece of the hard disk The piece is elastically deformed relative to the connecting portion, and pushes the protrusion of the hard disk handle with the pushing piece to push upwardly against the hard protrusion by a returning elastic force. Therefore, the #扣(四) hard disk carrying handle If the buckle hook is a hard disk: the handle is up=when the wrench is opened, the spring portion of the latching elastic piece can use the simple part of the hard disk lifting device of the present invention. Ueki-Yu's----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Passing through the fastening ring hole protruding from the outer frame to make the buckle. The buckle of the P end is assembled on the ring wall of the fastening ring, and the connection portion of the snapping elastic piece is just right. Attached to the side of the fixing frame, and the fixing frame is fastened to the grid plate to form the hard disk carrying device of the present invention. [Embodiment] The present invention is a hard disk lifting device and The present invention will be described in detail with reference to the preferred embodiments of the present invention, and the drawings and detailed description are not intended to limit the invention. The technology and various changes and retouchings. Please refer to the second to sixth figures. FIG. 2 is a schematic view of a preferred embodiment of the hard disk carrying device of the present invention. As shown in the figure, the hard disk lifting device of the present invention is disposed on a grid 3 of a hard disk carrier, and the fastening structure comprises at least a latching elastic piece 1 , a fixing frame 2〇〇, and the left and right second fastening rings 310 and 320»the left fastening ring 310 and the right fastening ring 320 are two buckles provided on the grid 300. The fixing frame 2 is used to secure the hard disk handle 40 of the hard disk ^75220 5〇, and has a protruding hook hook 23 on the upper side to buckle the hard disk carrying handle 40 (as shown in Fig. 6). The fixing frame 200 has two left and right socket holes 210 and 220, the left socket hole 210 is sleeved on the left fastening ring 31〇, and the right socket hole 220 is sleeved on the right fastening ring 32〇, and the left is left. The right second fastening ring 31〇 and 320 pass through the fixing frame 200 and protrude from the two fastening ring holes 311 and 321 and are exposed outside the fixing frame 200. Referring to Fig. 3, there is shown a schematic view of a preferred embodiment of a latching spring of the hard disk carrying device of the present invention. As shown in the figure, the latching elastic piece 100 has a long strip-shaped latching portion 110. The end of the latching portion 11b has a buckle μ120 that is folded back toward the latching portion UO, and the other end of the latching portion 11〇 The side of the buckle portion no is bent to form a connecting portion 13 〇, for example, a vertical bend. The bottom side of the connecting portion 130 extends obliquely upward to project a spring portion 14A. The elastic piece has an oblique connecting piece 141 which is obliquely upward and a pushing piece 142 which extends horizontally from the oblique connecting piece 141. The diagonal connecting piece 141 is at an angle to the pushing piece 142. The plane connecting the oblique connecting piece 141 is preferably perpendicular to the plane 1Π of the latching portion no and the plane 145 of the pushing piece 142 is also the plane of the latching portion 11〇. Preferably it is vertical. Therefore, the elastic piece portion 140 can be made to provide an elastic force in a direction perpendicular to the plane 111 of the buckle portion Π0. Referring to Fig. 4, it is a hard disk carrying device and an eight-pin fastening device of the present invention. A schematic diagram of a preferred embodiment of the structure. As shown in the figure, the left and right sets of the holes 210 and 220' of the fixing frame 2 (9) are respectively sleeved on the left fastening ring 31 〇 and the right fastening ring 320, and the left fastening ring hole 311 and the right fastening ring The hole 321 protrudes from the solid frame 200. Further, the check-up portion and the range of the check-up elastic piece 1 of the present invention can be used for various changes and retouchings, and therefore the scope of the invention is defined by the scope of the patent application attached to the scope of the patent application. . BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, advantages and embodiments of the present invention will become more <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; 2 is a schematic view of a preferred embodiment of the hard disk carrying device of the present invention; FIG. 3 is a comparison of the latching elastics of the hard disk carrying device of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4 is a schematic view of a preferred embodiment of a hard disk carrying device and a bolting structure thereof according to the present invention; FIG. 5 is a hard disk and a hard disk with a handle in this case. A schematic view of the lifting device; and Figure 6 is a schematic view of the hard disk carrying handle of the present case being buckled into the fastening device. [Description of main component symbols] 10: Shrapnel 140 Shrapnel part 11: Pushing surface 141 Slanting connecting piece 12: Screw 142 Pushing piece 20: Fixing mechanism 143 Plane 1375220 21 : 30 : 40 : 41 : 50 : 60 : 100 110
111 120 130 卡扣 145 ： 平面 格板 200 ： 固定架 硬碟提把 210 ： 左套接扎 突塊 220 ： 右套接孔 硬碟 230 ： 卡扣鉤 硬碟承載架 240 ： 側邊 :栓扣彈片 300 ： 格板 :栓扣部 310 ： 左扣接環 :平面 311 ： 左扣接壤孔 :扣片 320 ： 右扣接壤 :連接部 321 ： 右扣接壤孔111 120 130 Buckle 145 : Flat panel 200 : Mounting hard disk handle 210 : Left socket tab 220 : Right socket hole Hard disk 230 : Buckle hook Hard disk carrier 240 : Side : Buckle Shrapnel 300: Grid: Bolting section 310: Left snap ring: Plane 311: Left buckled to the ground hole: Clasp 320: Right-handed border: Connection 321: Right-locked to the hole
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