M335771 八、新型說明： [新型所屬之技術領域】 本創作涉及一種磁碟機組合，尤指一種將磁碟機穩固 裝置於一固定件之磁碟機組合。 [先前技術】 許多電腦或伺服器内之元件在不斷之改進和更新，較 典型之包括組裝於電腦或伺服器内部之硬碟記憶體等存 儲裝置。這些存儲裝置通常被多個螺絲鎖固於電腦機箱或 伺服器内之磁架上，而當對它們進行升級或更換時，需要 用螺絲起子將其逐一解下並重新旋固，這種方法使得安裝 及拆卸過程繁瑣，速度缓慢，降低了工作效率，且在安裝 過程中易將螺釘等物遺留在電腦或伺服器内部，影響電腦 或伺服器正常工作。另外，由於電腦殼體或伺服器本身空 間及結構配置問題，對該存儲裝置進行維修或拆換時，須 在電腦或伺服器内部操作，常會發生碰撞，極易對各零件 產生損壞。 後來出現了 一種磁碟機固定裝置，該固定裝置包括一 彈性板體及一用於使磁碟機固定於一機架上之卡鉤元 件，該彈性板體具第一、二尾端，其上具一接合機構，用 以與一機架之接合機構相接合，使固定裝置固定於機架 上。利用此磁碟機固定裝置，可將磁碟機固定於機架内。 但是，使用該種固定裝置對磁碟機進行安裝及拆卸時，需 用戶將彈性板體先定位後卡固，安裝過程中還會產生晃 動，操作時較為不便。 6 M335771 【新型内容】 鑒於以上内容，有必要提供一種結構簡單、操作方便 之磁碟機組合。 一種磁碟機組合’用於方便裝卸磁碟機’其包括一磁 碟機、一磁架及一固定該磁碟機於該磁架上之固定件’該 磁架包括一對侧壁，該磁碟機安置在兩侧壁之間，該固定 件包括一把手及一對分別自該把手兩端延伸形成用於固 持該磁碟機之安裝部，該把手包括一把手本體及一對分別 自該把手本體兩端延伸形成之延伸臂，每一延伸臂包括一 自該把手本體向外延伸之第一彎折部及一自該第一彎折 部向内延伸之第二彎折部，該第二彎折部上凸設一彈性凸 體，該對側壁分別設有一卡合該彈性凸體之開口。 相較於習知技術，本創作之固定件包括一把手及一對 安裝部，該把手包括一把手本體及一對延伸臂，延伸臂上 凸設一凸體，該磁架側壁設有對應之開口，拉動把手可使 延伸臂向中間收縮從而帶動凸體與對應之開口分離。該磁 碟機組合結構簡單，拆卸磁碟機方便。 【實施方式】 請參閱圖1，本創作磁碟機組合之較佳實施例包括一 磁架10、一磁碟機30及一用於接收該磁碟機30並將其固 定於該磁架10上之固定件20。 該磁架10包括兩相互平行之侧壁11。每一侧壁11内 側設有一承載該磁碟機30之折片112。每一侧壁11在靠 近前端處設有一開口 114。每一侧壁11向該磁架10内衝 7 M335771 壓而在該側壁11内侧形成一限位體116,該限位體116位 於側壁11較後部。 β 上士 靖同時參閱圖1與圖2，該磁碟機30設有一底部32 及一對側部31，該底部32兩側分別設有一第一卡扣孔 321 °每一側部31設有一第二卡扣孔311。 该固定件2〇包括一把手21及一對自該把手21兩端 刀別延伸形成之安裝部22。該把手21包括一把手本體211 _ 及兩自該把手本體211之兩端延伸之延伸臂212。該把手 本體211中間彎曲形成一操作部2111。每一延伸臂212包 該把手本體211向外延伸之第一彎折部2121及一 一，第—曾折部2121向内延伸之第二彎折部2123，該第 考折部2123凸設一用於卡合該磁架10之開口 114之彈 名凸體2125。拉動該把手21之操作部2111可牽動兩延伸 摩212向中間收縮。每一安裝部22包括一底板221及一 連接第二彎折部U23之側板222。每一底板221凸設一用 馨·於卡合該磁碟機30之底部32之第 ^扣孔321之卡扣片 2211。每一側板222凸設一用於卡合該磁碟機30之側部 31之第二卡扣孔311之卡扣片2221。該卡扣片2221之延 伸方向與該卡扣片2211之延伸方向相垂直。每一侧板222 之自由端向後延伸一對舌片2223。 續請參閱圖1與圖3，組裝該磁碟機30於該固定件 20上時，先將該固定件20之一安裝部22之側板222向外 張開使其發生彈性形變，將該安裝部22之底板221之卡 扣片2211與該磁碟機30之底部32之對應之第一卡扣孔 8 M335771 321卡合，然後使該安裝部22之側板222處於自然狀態， 該側板222彈性恢復，該侧板222之卡扣片2221與該磁 碟機30之對應侧部31之第二卡扣孔311卡合，然後再重 複以上步驟，使另一安裝部22與該磁碟機30卡合在一 起，此時，該磁碟機30與該固定件20組裝在一起，如圖 3所示。 續請參閱圖1至圖5,組裝固定有該磁碟機30之固定 件20於該磁架10上時，將該固定件20與該磁架10之前 端對應，向該磁架10之方向移動該固定件20，當該磁碟 機30之底部處於該磁架10之侧壁11之折片112上時， 推動該固定件20,當該固定件20之凸體2125抵住對應之 側壁11内側時，該凸體2125彈性形變，繼續推動該固定 件20直至該磁架10之每一侧壁11之限位體116抵在該 固定件20之對應安裝部22之兩舌片2223之間，此時， 該凸體2125處於對應側壁11之開口 114處，該凸體2125 彈性恢復而與該開口 114卡合，從而將該磁碟機30鎖固 在該磁架10中。 拆卸時，向外拉動該固定件20之把手21之操作部 2111而牽動兩端之延伸臂212向中間收縮，從而使每一延 伸臂212之第二彎折部2123之凸體2125與該磁架10之 對應侧壁11之開口 114分離，繼續向外拉動該固定件20 之把手21之操作部2111即可將該磁碟機30從該磁架10 中拆卸下來。 綜上所述，本創作符合新型專利之要件，爰依法提出 9 M335771 專利申睛。惟，以上僅盍士 ^ 僅為本創作之較佳實施例，舉凡熟悉 本案技藝之人士，於II化，比m 依本創作精神所作之等效修飾或變 白應涵盍於以下之申請專利範圍内。 【圖式簡單說明】 图1係本創作磁碟機組合之立體分解圖 包括一固定件、一磁碟機及一磁架 該碌碟機組合M335771 VIII. New Description: [New Technology Field] This creation relates to a combination of disk drives, especially a combination of disk drives that secure the disk drive to a fixed part. [Prior Art] Many components in a computer or server are constantly being improved and updated, and typically include a storage device such as a hard disk memory incorporated in a computer or a server. These storage devices are usually locked by a plurality of screws on a magnetic frame in a computer case or a server, and when they are upgraded or replaced, they need to be unscrewed and re-screwed one by one with a screwdriver. The installation and disassembly process is cumbersome, slow, reduces work efficiency, and it is easy to leave screws and the like inside the computer or server during the installation process, which affects the normal operation of the computer or server. In addition, due to the space and structural configuration of the computer case or the server itself, when the storage device is repaired or replaced, it must be operated inside the computer or the server, often colliding, and it is easy to damage various parts. Later, a disk drive fixture has been developed, the fixture comprising an elastic plate body and a hook member for fixing the disk drive to a frame, the elastic plate body having first and second ends, An engaging mechanism is provided for engaging with the engaging mechanism of a frame to fix the fixing device to the frame. With this drive fixture, the drive can be fixed in the rack. However, when using the fixing device to mount and disassemble the disk drive, the user needs to position the card body first and then fix it, and the device may be shaken during the installation process, which is inconvenient to operate. 6 M335771 [New content] In view of the above, it is necessary to provide a combination of drives with simple structure and convenient operation. A disk drive assembly 'for a convenient loading and unloading disk drive' includes a disk drive, a magnetic frame and a fixing member for fixing the disk drive to the magnetic frame. The magnetic frame includes a pair of side walls, and the magnetic frame includes a pair of side walls. The magnetic disk drive is disposed between the two side walls, and the fixing component comprises a handle and a pair of mounting portions respectively extending from the two ends of the handle for holding the magnetic disk drive, the handle comprises a handle body and a pair of the handles respectively An extension arm formed at two ends of the body, each extension arm includes a first bending portion extending outward from the handle body and a second bending portion extending inward from the first bending portion, the second An elastic protrusion is protruded from the bent portion, and the pair of side walls are respectively provided with an opening that engages the elastic protrusion. Compared with the prior art, the fixing member of the present invention comprises a handle and a pair of mounting portions, the handle comprises a handle body and a pair of extending arms, and a protruding body is protruded from the extending arm, and the side wall of the magnetic frame is provided with a corresponding opening. Pulling the handle causes the extension arm to contract in the middle to separate the protrusion from the corresponding opening. The combination structure of the disk drive is simple, and it is convenient to disassemble the disk drive. [Embodiment] Referring to FIG. 1, a preferred embodiment of the present invention includes a magnetic frame 10, a disk drive 30, and a disk drive 30 for receiving and fixing the disk drive 30 to the magnetic frame 10. The fixing member 20 on the upper. The magnetic frame 10 includes two mutually parallel side walls 11. A flap 112 carrying the disk drive 30 is disposed on the inner side of each side wall 11. Each side wall 11 is provided with an opening 114 near the front end. Each of the side walls 11 is pressed against the inner frame 11 to form a limiting body 116, and the limiting body 116 is located at the rear side of the side wall 11. Referring to FIG. 1 and FIG. 2, the disk drive 30 is provided with a bottom portion 32 and a pair of side portions 31. The bottom portion 32 is respectively provided with a first fastening hole 321 at each side. The second snap hole 311. The fixing member 2 includes a handle 21 and a pair of mounting portions 22 extending from the ends of the handle 21. The handle 21 includes a handle body 211 _ and two extension arms 212 extending from opposite ends of the handle body 211. The handle body 211 is bent in the middle to form an operating portion 2111. Each of the extension arms 212 includes a first bending portion 2121 extending outward from the handle body 211 and a second bending portion 2123 extending inwardly from the first folding portion 2121. The first folding portion 2123 is convexly disposed. A bullet name protrusion 2125 for engaging the opening 114 of the magnetic frame 10. The operating portion 2111 that pulls the handle 21 can pull the two extensions 212 to contract toward the center. Each mounting portion 22 includes a bottom plate 221 and a side plate 222 that connects the second bent portion U23. Each of the bottom plates 221 is provided with a locking piece 2211 for engaging with the second fastening hole 321 of the bottom portion 32 of the disk drive 30. A latching piece 2221 for engaging the second latching hole 311 of the side portion 31 of the disk drive 30 is protruded from each of the side plates 222. The extending direction of the locking piece 2221 is perpendicular to the extending direction of the locking piece 2211. A pair of tabs 2223 extend rearwardly from the free end of each side panel 222. 1 and FIG. 3, when the disk drive 30 is assembled on the fixing member 20, the side plate 222 of one of the mounting portions 22 of the fixing member 20 is firstly opened to be elastically deformed, and the mounting is performed. The latching piece 2211 of the bottom plate 221 of the portion 22 is engaged with the corresponding first snap hole 8 M335771 321 of the bottom portion 32 of the disk drive 30, and then the side plate 222 of the mounting portion 22 is in a natural state, and the side plate 222 is elastic. The locking piece 2221 of the side plate 222 is engaged with the second fastening hole 311 of the corresponding side portion 31 of the disk drive 30, and then the above steps are repeated to make the other mounting portion 22 and the disk drive 30. When they are snapped together, the disk drive 30 is assembled with the fixing member 20 as shown in FIG. Referring to FIG. 1 to FIG. 5, when the fixing member 20 of the disk drive 30 is assembled and fixed on the magnetic frame 10, the fixing member 20 is corresponding to the front end of the magnetic frame 10, and the magnetic frame 10 is oriented. Moving the fixing member 20, when the bottom of the disk drive 30 is on the flap 112 of the side wall 11 of the magnetic frame 10, the fixing member 20 is pushed, when the convex body 2125 of the fixing member 20 abuts the corresponding side wall When the inner side of the magnetic body 12 is elastically deformed, the fixing member 20 is further pushed until the limiting body 116 of each side wall 11 of the magnetic frame 10 abuts against the two tongues 2223 of the corresponding mounting portion 22 of the fixing member 20. At this time, the convex body 2125 is located at the opening 114 of the corresponding side wall 11, and the convex body 2125 is elastically restored to engage with the opening 114, thereby locking the disk drive 30 in the magnetic frame 10. When disassembling, the operating portion 2111 of the handle 21 of the fixing member 20 is pulled outward to pull the extending arms 212 at both ends to contract in the middle, so that the convex portion 2125 of the second bending portion 2123 of each extending arm 212 and the magnetic body The opening 114 of the corresponding side wall 11 of the frame 10 is separated, and the operating portion 2111 of the handle 21 of the fixing member 20 is further pulled outward to detach the disk drive 30 from the magnetic frame 10. In summary, the creation meets the requirements of the new patent, and the 9 M335771 patent is filed according to law. However, the above only gentlemen ^ are only preferred embodiments of the present invention. For those who are familiar with the skill of the present invention, the equivalent modification or whitening of m in accordance with the spirit of this creation should be within the scope of the following patent application. . BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a combination of the present invention including a fixing member, a disk drive and a magnetic frame.
圖係圖1中固疋件與磁碟機之立體分解 圖3係圖2之立體組裝圖。 β 圖4係本創作磁碟機組合之立體組裝圖。 【主要元件符f虎說明】Fig. 1 is a perspective exploded view of the solid element and the disk drive. Fig. 3 is a perspective assembled view of Fig. 2. β Figure 4 is an assembled view of the assembled disk drive. [Main component symbol f tiger description]
磁架 折片 限位體 把手 操作部 第一彎折部 彈性凸體 底板 側板 舌片 側部 底部 10 侧壁 112 開口 116 固定件 21 把手本體 2111延伸臂 2121第二彎折部 2125安裝部 221 卡扣片 222 卡扣片 2223磁碟機 31 第二卡扣孔 32 第一卡扣孔 11 114 20 211 212 2123 22 2211 2221 30 311 321Magnetic frame flap limit body handle operating portion first bent portion elastic convex bottom plate side plate tongue side bottom portion 10 side wall 112 opening 116 fixing member 21 handle body 2111 extension arm 2121 second bending portion 2125 mounting portion 221 snap Sheet 222 snap tab 2223 disk drive 31 second snap hole 32 first snap hole 11 114 20 211 212 2123 22 2211 2221 30 311 321