200949830 ，·九、發明說明： ·-【發明所屬之技術領域】 本發明涉及一種固定裝置，尤指一種用 碟固定於電腦殼體内之固定漿 【先前技術】 置。 電腦主機内部之硬碟主要是做為儲存 :腦貧料等用途，且由於目前資訊科技相， ❹^種電腦資料之處理器亦相當龐大，是起 使用者或大型企業在使用電腦一段時間後， 檢試該硬碟資料儲存空間是否足夠，而予以 量較大之硬碟，或是於主機内部再增加另一 使其更符合實際使用需求，以便於進行各種 儲存及備份作業。 習知技術中可供硬碟固定之固定座，通 螺絲固定，即直接將硬碟設置於固定座上， ❹碟二侧安裝孔對應固定座上之螺孔，再利用 ，其中予以牢固，使硬碟固定於固定座上。 疋硬碟之方式在安裝和拆卸時，都要藉助相 具’使程式繁瑣，降低工作效率。 【發明内容】 一種固疋裝置’用於將一硬碟固定安裝 殼體内，其包括一固定架，該固定架包括一 及由該承載部延伸出之二失持臂，該硬碟貼 承载部之上’並夾置於二夾持臂之間，還包 於將硬 或備份 •發達， ，部分 通常會 更換容 硬碟， 資料之 常採用 並令硬 螺絲穿 這種固 應之工 於電腦 承載部 合於該 括一線 6 200949830 T扣具該扣具包括二壓制部和從該二壓制部一端 f折相連形成之合部，該二壓制部一併壓制於 該夾持臂及該硬碟之頂面，該卡合部繞過該承載部 側邊緣而卡制於該固定架之底面。 、與習知技術相比，本發明之固定裝置將該硬碟 通過該線性扣具固定於該固定架之上，安裝拆卸方 便0 〇 ❹ 【實施方式】 "月參閱圖1至圖2，本發明固定裝置包括用於 承载一硬碟20之一固定架10,在該固定架10盥 硬碟20之間央哼右 有複數導熱墊片30和一將該硬碟 20固=到該固定架10上之扣具40。 产好III參閱圖3’上述固定架1〇由導熱性能 之金屬材料如鉬、銅等一體形成，其包括一承 16及自該承载部16兩相對侧延伸出之二失持 18該承載部16為一矩形板體，複數散熱鰭片 =該承載部16底面垂直向下延伸且平行間隔排 列=一失持臂18關於該承載部i 6對稱分佈，該 ^ 為彎折板體’每一夾持臂18包括一自 該承載部 之長邊邊緣向上垂直延伸形成之内侧 壁 182、一 4 内侧壁1 8 2頂端向外垂直延伸之連接 壁184及—自連接壁垂直向下延伸而成之外側壁 ^86 "亥_外侧壁186延伸之高度大於該内側壁182 乙伸之同度，從而使外側壁1 86底端大致與散熱鰭 7 200949830 片14之底端齊平，該外侧壁186及該内側壁182 ” 之延伸長度與該承載部16之長邊長度相同。該每 一内側壁182平行於每一外側壁186，該二連接壁 1 8 4與承裁部1 6平行。該二内側壁18 2之間夾置 該硬碟2〇，其上分別開設有相隔之二通孔ιδ2〇 , 對應該硬碟20上之四安裝孔（未標示），以供該 扣具40穿過而與該硬碟20對應之安裝孔配合。每 一夾持臂18上開設有二相隔之缺口 i860，每一缺 口 1860對應内側壁182上一通孔ι82〇設置，且切 斷該夾持臂18之外側壁186及連接壁184，從而 將通孔1820暴露出來供該扣具40穿設。該二外侧 壁186内表面分別向内凸伸出一長條狀之凸起部 188，該二凸起部188分別位於二外側壁186内表 面之中部且與承載部16所在平面相平行，該二凸 起部188對應卡扣該扣具40。該凸起部188之厚 〇度沿其凸伸方向厚度逐漸遞減，使其橫截面呈直角 三角形，其頂面與外側壁186内表面垂直，其底面 沿凸伸方向上傾斜，以便於該扣具40卡制。該散 熱鰭片14沿該承載部16之縱向延伸該散熱鰭片 14之間形成複數與散熱鰭片14延伸方向平行之縱 向通道（未‘不）。—溝槽14〇垂直切斷該散熱讀 片14並與一相正對之該缺口 186〇相連通，以供 該扣具40卡持在該固定架10之底面。該二内側壁 182之南度與該硬碟20之厚度相對應，當硬碟2〇 8 200949830BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fixing device, and more particularly to a fixing slurry which is fixed in a computer casing by a disk. The internal hard disk of the computer mainframe is mainly used for storage: brain-poor materials, etc., and due to the current information technology, the processor of the computer data is quite large, which is used by users or large enterprises after using the computer for a period of time. Check whether the hard disk data storage space is sufficient, and add a large amount of hard disk, or add another one inside the host to make it more suitable for actual use, so as to facilitate various storage and backup operations. In the prior art, the fixing seat for fixing the hard disk is fixed by a screw, that is, the hard disk is directly disposed on the fixing seat, and the mounting holes on the two sides of the squeegee corresponding to the screw holes on the fixing seat are reused, wherein the fixing is made The hard disk is fixed to the fixed seat. The way to install and remove the hard disk is to make the program cumbersome and reduce the work efficiency when installing and disassembling. SUMMARY OF THE INVENTION A fixing device is used for fixing a hard disk in a mounting housing, and includes a fixing frame, and the fixing frame includes a second holding arm extending from the carrying portion, and the hard disk carrying Above the part 'and sandwiched between the two clamping arms, also wrapped in hard or backup · developed, some parts will usually replace the hard disk, the data is often used and hard screws to wear this solid work The computer carrying portion is integrated with the wire 6 200949830 T. The buckle comprises a second pressing portion and a joint portion formed by f-folding from one end of the two pressing portions, and the two pressing portions are pressed together on the clamping arm and the hard portion. On the top surface of the disc, the engaging portion is wound around the side edge of the carrying portion and is engaged with the bottom surface of the fixing frame. Compared with the prior art, the fixing device of the present invention fixes the hard disk on the fixing frame through the linear fastener, and the mounting and disassembly is convenient. 实施 [Embodiment] "Month Referring to FIG. 1 to FIG. 2, The fixing device of the present invention comprises a fixing frame 10 for carrying a hard disk 20. Between the fixed frame 10 and the hard disk 20, there are a plurality of thermal conductive pads 30 and a hard disk 20 fixed to the fixing The buckle 40 on the frame 10. Referring to FIG. 3, the above-mentioned fixing frame 1 is integrally formed of a metal material of thermal conductivity such as molybdenum, copper, etc., and includes a bearing 16 and two detents 18 extending from opposite sides of the carrying portion 16 . 16 is a rectangular plate body, a plurality of heat dissipation fins = the bottom surface of the bearing portion 16 extends vertically downward and is arranged in parallel intervals = a misaligned arm 18 is symmetrically distributed with respect to the bearing portion i 6 , which is a bent plate body The clamping arm 18 includes an inner side wall 182 extending perpendicularly from the long side edge of the carrying portion, a connecting wall 184 extending from the top end of the inner side wall 18 8 and extending vertically downward from the connecting wall. The outer sidewalls of the outer sidewalls 186 extend greater than the inner sidewalls 182 to the same extent, such that the bottom ends of the outer sidewalls 86 are substantially flush with the bottom ends of the fins 2009 200949830, the outer sidewalls The length of the inner side wall 182 ′′ is the same as the length of the long side of the bearing portion 16 . The inner side wall 182 is parallel to each outer side wall 186 , and the two connecting walls 184 are parallel to the receiving portion 16 . The hard disk 2 is sandwiched between the two inner side walls 18 2 and is separately opened There are two through holes ιδ2〇, corresponding to the four mounting holes (not labeled) on the hard disk 20, for the fastener 40 to pass through to fit the mounting holes corresponding to the hard disk 20. Each clamping arm 18 is provided with two spaced apart notches i860, and each notch 1860 is disposed corresponding to a through hole ι82 of the inner side wall 182, and the outer side wall 186 and the connecting wall 184 of the clamping arm 18 are cut off, thereby exposing the through hole 1820 for The inner surface of the two outer side walls 186 protrudes inwardly from the inner surface of the two outer side walls 186, and the two convex portions 188 are respectively located in the middle of the inner surface of the two outer side walls 186 and the bearing portion. 16 is parallel to the plane, and the two protrusions 188 correspondingly buckle the buckle 40. The thickness of the protrusion 188 gradually decreases along the thickness of the protrusion, and the cross section thereof is a right triangle, and the top surface thereof is The inner surface of the outer side wall 186 is perpendicular, and the bottom surface thereof is inclined in the protruding direction to facilitate the locking of the clip 40. The heat dissipating fins 14 extend along the longitudinal direction of the carrying portion 16 to form a plurality of heat sink fins. The sheet 14 extends in a longitudinal direction parallel to the direction (not 'no'.) - the groove 14〇 The heat-dissipating film 14 is cut off and communicated with a pair of the gaps 186, so that the buckle 40 is held on the bottom surface of the holder 10. The south side wall 182 is south and the hard disk The thickness of 20 corresponds to when the hard disk 2〇8 200949830
置於該承載部16上時，二内側壁丨8 2之頂面剛妤 與硬碟20之上表面相齊平。二内侧壁182之間之 垂直距離與該硬碟20之寬度對應一致，使得二内 側壁18 2與該承載部i6之間形成之一半封閉容置 二間160對應各置該硬碟2〇。該固定架1〇之整體 尺寸與電腦殼體内之標準空位相對應，方便安裝。 、上述導熱塾片30採用具有良好導熱性之彈性 持料製成’在本實施例中’該二導熱墊片3 〇貼設 ^該固定架10之承載部16之上，並夾設於該固定 架1〇與該硬碟20之間。 、 上述扣具40由一彈性金屬線體連續彎折而 成，其包括一彎折之卡合部42、由該卡合部42兩 端延伸出之二相互平行之水平壓制部44及分別由 :壓制部44之自由端（未標示）相向延伸出之二 入部46。該卡合部42包括二相互平行之水平卡 ©制段422、分別由二卡制段422同侧一端豎直向上 蜂伸出之二L形豎直段424及連接二卡制段422 另〜端之一抵壓段426。二卡制段422所在平面垂 =於二豎直段424所在平面，該抵壓段426與二卡 k 422相互垂直。該二卡制段422與抵壓段426 之間還有二回彎段42〇，以增加該扣具4〇之扣合 力該一壓制部44分別由二卡合部42之二豎直段 、2 4頂化同向水平延伸而出，該二壓制部4 4所在 ''面垂直於二豎直段424所在平面。該壓制部44 9 200949830 ·-·包括複數間隔設立之平直段442及連接相鄰 二平 ”直段442之V形彎曲段444，在本實施例中，該屋 制部44包括四平直段442及三彎曲段444。該二 壓制部44上之彎曲段444兩兩相互對應地相向凸 伸。該等平直段442對應抵壓在該固定架1〇連接 壁184之頂面上，該等彎曲段444大部分對應壓置 於該硬碟20上。該插入部46呈L形，由該壓制部 44之自由端（未標示）延伸而出。每一插入部μ ❹先由一壓制部44之自由端豎直向下延伸一段，再 垂直向内彎折沿水平方向延伸。該二插入部46所 在平面垂直於該二壓制部44所在平面。 請一併參閱囷4，組裝該固定裝置時，先將該 二導熱墊片30對應貼設於該固定架1〇之承載部 上’再將該硬碟20置於該固定架1〇之承載部 Ιό上’並夾置於二夾持臂is之内側壁ι82之間， ❹該硬碟20之四安裝孔與該夾持臂18之四通孔182〇 相對應連通，將該扣具4〇置於該固定架ι〇與該硬 碟20之上，該扣具4〇之卡合部42置於該固定架 ίο之底部，該卡合部42之抵壓段426置於溝槽14〇 内並抵壓於該承載部16之底面，該卡合部42之二 卡制段422分別卡置於該二夾持臂18外侧壁186 之凸起部188上，該扣具4〇之二壓制部44分別壓 制該固定架10及該硬碟2〇之兩側，其中該每一壓 制部44之四平直段442壓制在該失持臂18之連接 200949830 ·-·壁184之頂面上，該平直段442之間之三弯曲 ·· 444壓制在該硬碟20頂面，最後將該扣具4〇 - 4 入部46分別對應穿過該固定架1〇二相對之通％ 1820，插設於該硬碟20二安裝孔内而將該硬碟2〇 固定到固定架10上。 本發明之固定裝置將該硬碟20通過該線性扣 具40卡扣固定於該固定架1〇之上，安裝拆卸方 便。又，該固定架10形成有複數散熱鰭片14，有 β利於散發該硬碟20工作時產生之熱量。另，該固 定架10與硬碟20之間失設若幹導熱墊片3〇，填 補該固定架1〇與該硬碟20之間之縫隙，既提高固 定裝置之散熱效率，又減少硬碟2〇工作時產生之 震動，降低了噪音。 綜上所述，本發明符合發明專利要件，爰依法 提出專利申請。惟，以上所述者僅為本發明之較佳 ❹實施例，舉凡熟悉本案技藝之人士，在爰依本發明 精神所作之等效修飾或變化，皆應涵蓋於以下之申 請專利範園内。 【圖式簡單説明】 圖i係本發明一較佳實施例中固定裝置與硬 碟之立體組合圖。 圖2係圖1之立體分解圖。 圖3係圖1之倒置立體分解圖。 11 200949830 圖4係圖1之倒置圖。 【主要元件符號說明】 固 定 架 10 散 熱 縛片 14 溝 槽 140 承 載 部 16 爽 持 臂 18 内 侧 壁 182 通 孔 1820 連 接 壁 184 外 側 壁 186 缺 口 1860 硬 碟 20 導 熱 膠 30 扣 具 40 卡 合 部 42 回 彎 段 420 卡 制 段 422 豎 直 段 424 抵 壓 段 426 壓 制 部 44 平 直 段 442 彎 曲 段 444 插 入 部 46 ❹ 12When placed on the carrying portion 16, the top surface of the inner wall 丨 8 2 is flush with the upper surface of the hard disk 20. The vertical distance between the two inner side walls 182 corresponds to the width of the hard disk 20, so that a semi-closed accommodation is formed between the two inner side walls 18 2 and the carrying portion i6. The two spaces 160 correspond to the hard disks 2 . The overall size of the holder 1 corresponds to the standard vacancy in the computer housing for easy installation. The heat-conducting cymbal sheet 30 is made of an elastic material having good thermal conductivity. In the present embodiment, the two heat-dissipating gaskets 3 are attached to the bearing portion 16 of the fixing frame 10, and are sandwiched between The holder 1 is interposed between the hard disk 20. The buckle 40 is continuously bent by an elastic metal wire body, and includes a bent engaging portion 42 , two horizontal pressing portions 44 extending from opposite ends of the engaging portion 42 and respectively The free end (not shown) of the pressing portion 44 extends toward the second portion 46. The engaging portion 42 includes two parallel horizontal card sections 422, two L-shaped vertical segments 424 extending from the same side of the two-carding section 422, and two connecting sections 422. One of the ends abuts section 426. The plane of the two-card section 422 is perpendicular to the plane of the two vertical sections 424, and the pressing section 426 and the two-card k 422 are perpendicular to each other. There is also a two-bend section 42〇 between the two-card section 422 and the pressing section 426 to increase the fastening force of the buckle 4〇. The pressing part 44 is respectively composed of two vertical sections of the two engaging parts 42, 2 4 is topped out in the same direction, and the ''face of the second pressing portion 4 4 is perpendicular to the plane of the two vertical segments 424. The pressing portion 44 9 200949830 includes a straight section 442 which is formed at a plurality of intervals and a V-shaped curved section 444 which connects the adjacent two flat portions 442. In the embodiment, the housing portion 44 includes four straight portions. a segment 442 and a three-bend segment 444. The curved segments 444 of the two pressing portions 44 are opposite to each other and protrude toward each other. The straight segments 442 are correspondingly pressed against the top surface of the connecting frame 184 of the fixing frame 1 Most of the curved segments 444 are pressed against the hard disk 20. The insertion portion 46 is L-shaped and extends from the free end (not labeled) of the pressing portion 44. Each insertion portion ❹ is first The free end of the pressing portion 44 extends vertically downwards and then extends vertically inwardly and extends in a horizontal direction. The plane of the two insertion portions 46 is perpendicular to the plane of the two pressing portions 44. Please refer to 囷4 to assemble the same. When the device is fixed, the two thermal conductive pads 30 are firstly attached to the bearing portion of the fixing frame 1 再 and then the hard disk 20 is placed on the bearing portion 该 of the fixing frame 1 并 and sandwiched between two Between the inner side wall ι82 of the clamping arm is, the four mounting holes of the hard disk 20 and the four through holes 182 of the clamping arm 18 Correspondingly, the clip 4 is placed on the fixed frame ι and the hard disk 20, and the engaging portion 42 of the clip 4 is placed at the bottom of the fixing frame ίο, the engaging portion 42 The pressing portion 426 is disposed in the groove 14 并 and is pressed against the bottom surface of the bearing portion 16 . The two clamping portions 422 of the engaging portion 42 are respectively engaged with the convex portions of the outer sidewall 186 of the two clamping arms 18 . On the 188, the second pressing portion 44 of the buckle 4 presses the two sides of the fixing frame 10 and the hard disk 2 respectively, wherein the four straight segments 442 of each pressing portion 44 are pressed against the missing arm 18 Connected to the top surface of the 200949830---wall 184, the three bends 444 between the straight sections 442 are pressed on the top surface of the hard disk 20, and finally the fasteners 4 〇 - 4 into the portion 46 respectively pass through the The fixing frame 1 is opposite to the through hole 1820, and is inserted into the mounting hole of the hard disk 20 to fix the hard disk 2 to the fixing frame 10. The fixing device of the present invention passes the hard disk 20 through the linear buckle. The utility model has a 40-clip fastener fixed on the fixing frame 1 ,, which is convenient for installation and disassembly. Moreover, the fixing frame 10 is formed with a plurality of heat-dissipating fins 14 which are favorable for distributing the hard disk 20 when working. In addition, a plurality of thermal conductive pads 3 失 are disposed between the fixing frame 10 and the hard disk 20 to fill the gap between the fixing frame 1 and the hard disk 20, thereby improving the heat dissipation efficiency of the fixing device and reducing The vibration generated by the hard disk 2 is reduced, and the noise is reduced. In summary, the present invention meets the requirements of the invention patent, and the patent application is filed according to law. However, the above description is only a preferred embodiment of the present invention. Equivalent modifications or variations made by those skilled in the art in light of the spirit of the present invention are intended to be included in the following application. FIG. 1 is a schematic diagram of a fixing device in accordance with a preferred embodiment of the present invention. A three-dimensional combination with a hard disk. 2 is an exploded perspective view of FIG. 1. Figure 3 is an inverted perspective exploded view of Figure 1. 11 200949830 Figure 4 is an inverted view of Figure 1. [Main component symbol description] Fixing frame 10 Heat sinking tab 14 Groove 140 Carrying part 16 Cooling arm 18 Inner side wall 182 Through hole 1820 Connecting wall 184 Outer side wall 186 Notch 1860 Hard disk 20 Thermal paste 30 Buckle 40 Engagement 42 Round bending section 420 clamping section 422 vertical section 424 pressing section 426 pressing section 44 straight section 442 bending section 444 insertion portion 46 ❹ 12