200921650 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種硬碟固定襄置。 【先前技術】 現有電腦，通常先將-磁架鎖固在—電腦殼體後，再 =-硬碟裝設在該磁架中，此方式使得該硬碟的拆裝過程 繁确。為避免此情形，可先將該硬碟用螺絲鎖固於一硬碟 固定裝置中’然後將該硬碟固定裝置可抽取的裝設於該電 知的磁架巾U，現有技術需用獅將該硬碟鎖固於該 置’拆裝時仍相當繁項且浪費大量螺絲。 裝置繁於以上内容’有必要提供—種拆裝方便的硬碟固定 — 種硬碟固定裝置，用以固定兩側面分別設有至少一 ^ 的硬碟，其包括一收容該硬碟的固一 一對緩衝件及可斟庙上 _ μ 1干 +應卡入該硬碟的安裝孔的至少兩固定 柱，該固定架句 、匕括—第一彈性側壁、一第二彈性側壁及一 連接該第―、筮- . π — 弟—彈性側壁一端的後壁，該鎖扣件柩設於 锼疋乂的第—彈性側壁前端並可卡固於該固定 ^ _ $竣衝件分別對應裝設於該固定架的第一及 第一彈性側壁，与祖m ^ 哲一 落對固疋柱分別穿設於該固定架的第一、 第二彈性側壁的緩衝件中。 種硬碟固；^ $ —壯. U疋裝置，用以固定兩側面分別設有至少一 文褒孔的硬碑，甘 " 再包括一收容該硬碟的固定架、一鎖扣件 200921650 及可對應卡入該硬碟的安裝孔的至少兩固定柱’該固定架 包括二第一彈性側壁、一第二彈性側壁及一連接該第 一、第二彈性側壁一端的後壁，該鎖扣件樞設於該固定 架的第-彈性側壁前端並可卡固於該固定架的第二彈性側 壁’該對固定柱分別設置於該固定架的第―、第二彈性側 足袭〇 、，與現有技術相較，本發明硬碟固定裝置藉由可相對樞 轉亚可相互扣合的第一側框和第二侧框收容並固定該硬 碟’該硬碟的拆裝過程無需螺絲，操作方便。 【實施方式】 每+請參閱圖1、圖2及圖4,本發明硬碟固定裝置的較佳 實施方式用以固定一硬碟1〇〇並進一步收容於一磁架2〇〇 中，其包括一第一側框10、一第二侧框2〇、一對緩衝件 3〇、複數固定柱40及一樞轴50。該硬碟1〇〇的兩側面分 別設置複數可供該等固定柱4〇卡入的安裝孔1〇2。該磁架 200包括一底板202和一對垂直該底板2〇2的側板2〇4，每 二側板204沿長度方向形成一滑槽2〇42，該對側板2〇4於 韵端分別設--^固孔2044。 該第一側框10包括一侧壁12、一自該側壁12後端垂 直延伸的後壁14，該後壁14的末端凸設一對第一連接部 16，該對第一連接部16分別設有一樞轉孔。該側壁u 的外側面形成一凸執122，該側壁12的内側面對應該凸軌 工22形成一收谷槽124,該凸軌122形成複數貫穿開設於該 側壁12的卡固孔126，該卡固孔126於該凸軌122的上、 下邊緣形成複數缺口。該側壁12前端垂直設有一扣合部 200921650 15，該扣合部15的末端進一步設有一扣鉤152，該扣合部 15外側面還形成一按壓部154。該侧壁12的前端於該扣合 部15的外側進一步延伸形成一薄壁狀的彈性卡扣部18， 該卡扣部18的外側面凸設一楔形的卡塊182。該卡扣部18 刖端向内延伸形成一弧形作動部184，該作動部184末端 外側設有一操作部1842。 該第二侧框20包括一侧壁22及自該側壁22後端延伸 形成的一第二連接部24，該第二連接部24上設有一樞轉 孔242。該側壁22與該第一側框1〇的側壁12具有相似的 結構，亦設有一凸執222、一收容槽224及複數卡固孔226。 該側壁22前端垂直設有一扣合部25,該扣合部25的末端 進一步设有一扣鉤252。該側壁22的前端對應於該側壁12 的卡扣部18及作動部184形成一卡扣部28及一作動部 284，該卡扣部28的外侧面凸設一楔形的卡塊282，作動 部284末端外側設有一操作部2842。 可以理解，當第一、第二側框1〇、2〇的扣鉤152、M2 的凸出方向互換時，該按壓部154形成於該第二側框2〇 的扣合部25的外側。 在本實知方式中’每一缓衝件30為一條狀的導電橡 膠，其上形成複數圓柱狀的凸部32，每一凸部32設有一 通孔3 4。 請共同參閱圖3和圖4,組裝時，使該第二側框2〇的 第一連接部24收容於該第一側框10的兩第一連接部 之間’該樞軸5〇依次穿設於該第一側框的其中一第一 連接部16的樞轉孔162、該第二側框20的第二連接部24 200921650 =樞轉孔242及該第-側框1〇的另一第一連接部μ的框 :孔162’將該第二側框2〇轉動組設於該第—側框忉的 * 後壁14，該第一側框1〇及兮室_ 容該硬碟議的收容空間 ]框2〇共同形成-可收 自該第一側框10的内彻丨腺甘士 ^ 則將其中一緩衝件30收容於該 弟-側框K)的收容槽124,並使其凸部&卡固於該第一 =框ίο的卡固孔m中’該凸部32自該 的缺口突出該凸軌122的上、下邊緣 一= ===式收容於該第二側框20的收容㈣， :使其凸部32卡固於該第二側框2〇的卡固孔 ^固定柱4〇對應穿設於該對緩衝件％的通孔34中，並使 其一端伸入該第一側框10盥哕笛— n ^ 第―側框20共同形成的收 ^間。該第一側框10的扣合部15的扣鉤 二侧框20的扣合部25的扣鈞252相互扣人。 ”以弟 固定該硬碟叫肖内按壓該第一側; 15的按壓部154’使該第一側框1〇的扣在句152脫龄= 側框2〇的扣釣252;向外扳動該第二側框20的作動部284 ^繞該樞軸50轉動，使該第一、第二側框1〇、2〇的侧 '、22相對張開，將該硬碟1〇〇的一側壁的安裝孔搬 對正該第-側框10的相應固定柱4〇，使該等固定柱扣插 入該硬碟100的安裝孔102内；扳動該第二側框⑼200921650 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a hard disk fixing device. [Prior Art] In the existing computer, the magnetic frame is usually locked to the computer casing, and then the hard disk is mounted in the magnetic frame. This method makes the hard disk disassembly and assembly process complicated. In order to avoid this situation, the hard disk can be screwed into a hard disk fixing device first, and then the hard disk fixing device can be extracted and mounted on the electronic magnetic frame towel U. The prior art requires a lion. Locking the hard disk to the setting is still quite complicated and a lot of screws are wasted. The device is versatile in the above-mentioned contents, and it is necessary to provide a hard disk fixing device which is convenient for disassembly and assembly, and a hard disk fixing device for fixing at least one hard disk on each of the two sides, which comprises a solid one for accommodating the hard disk. a pair of cushioning members and at least two fixing posts of the mounting hole of the hard disk, the fixing frame, the first elastic side wall, the second elastic side wall and a connection The first, the 筮-. π - the ft - the rear wall of one end of the elastic side wall, the locking member is disposed at the front end of the first elastic side wall of the cymbal and can be clamped to the fixed ^ _ 竣 竣The first and first elastic side walls of the fixing frame are respectively disposed in the buffering members of the first and second elastic side walls of the fixing frame, respectively. Hard disk solid; ^ $ — Zhuang. U疋 device for fixing the hard monument with at least one boring on each side of the side, Gan" further includes a fixing frame for accommodating the hard disk, a locking member 200921650 and The at least two fixing posts that are inserted into the mounting holes of the hard disk include: two first elastic sidewalls, a second elastic sidewall, and a rear wall connecting one ends of the first and second elastic sidewalls, the latch The member is pivotally disposed on the front end of the first elastic side wall of the fixing frame and can be fastened to the second elastic side wall of the fixing frame. The pair of fixing columns are respectively disposed on the first and second elastic sides of the fixing frame. Compared with the prior art, the hard disk fixing device of the present invention accommodates and fixes the hard disk by the first side frame and the second side frame which can be mutually engaged with each other. The hard disk is disassembled without screws. Easy to operate. [Embodiment] Referring to FIG. 1, FIG. 2 and FIG. 4, a preferred embodiment of the hard disk fixing device of the present invention is used for fixing a hard disk 1 and further housed in a magnetic frame 2 The utility model comprises a first side frame 10, a second side frame 2〇, a pair of buffering members 3〇, a plurality of fixing columns 40 and a pivot 50. The two sides of the hard disk 1 are respectively provided with a plurality of mounting holes 1 〇 2 for the fixing posts 4 to be engaged. The magnetic frame 200 includes a bottom plate 202 and a pair of side plates 2〇4 perpendicular to the bottom plate 2〇2. Each of the two side plates 204 forms a sliding slot 2〇42 along the length direction, and the pair of side plates 2〇4 are respectively disposed at the rhyme end- -^ Solid hole 2044. The first side frame 10 includes a side wall 12 and a rear wall 14 extending perpendicularly from the rear end of the side wall 12. The end of the rear wall 14 has a pair of first connecting portions 16 protruding from the end. A pivot hole is provided. The outer side surface of the side wall u defines a convex portion 122. The inner side of the side wall 12 faces the convex railer 22 to form a valley groove 124. The convex rail 122 forms a plurality of fastening holes 126 extending through the side wall 12. The fastening holes 126 form a plurality of notches on the upper and lower edges of the convex rail 122. The front end of the side wall 12 is vertically provided with a fastening portion 200921650. The end of the fastening portion 15 is further provided with a buckle 152. The outer side of the fastening portion 15 further defines a pressing portion 154. The front end of the side wall 12 further extends to form a thin-walled elastic latching portion 18 on the outer side of the latching portion 15, and a wedge-shaped latching block 182 protrudes from the outer side surface of the latching portion 18. The latching portion 18 extends inwardly to form an arc-shaped actuating portion 184. An operating portion 1842 is disposed outside the end of the actuating portion 184. The second side frame 20 includes a side wall 22 and a second connecting portion 24 extending from the rear end of the side wall 22. The second connecting portion 24 is provided with a pivot hole 242. The side wall 22 has a similar structure to the side wall 12 of the first side frame 1 , and is also provided with a protrusion 222 , a receiving groove 224 and a plurality of fastening holes 226 . The front end of the side wall 22 is vertically provided with a fastening portion 25, and the end of the fastening portion 25 is further provided with a fastening hook 252. The front end of the side wall 22 defines a latching portion 28 and an actuating portion 284 corresponding to the latching portion 18 and the actuating portion 184 of the side wall 12, and a wedge-shaped block 282 is protruded from the outer side surface of the latching portion 28, and the actuating portion An operation portion 2842 is provided on the outer side of the 284 end. It can be understood that when the protruding directions of the hooks 152 and M2 of the first and second side frames 1〇 and 2〇 are interchanged, the pressing portion 154 is formed outside the engaging portion 25 of the second side frame 2〇. In the present embodiment, each of the cushioning members 30 is a strip of conductive rubber on which a plurality of cylindrical projections 32 are formed, and each of the projections 32 is provided with a through hole 34. Referring to FIG. 3 and FIG. 4 together, when assembling, the first connecting portion 24 of the second side frame 2 is received between the two first connecting portions of the first side frame 10. a pivot hole 162 of one of the first connecting portions 16 of the first side frame, a second connecting portion 24 of the second side frame 20, 200921650 = a pivot hole 242 and another one of the first side frame 1 a frame of the first connecting portion μ: the hole 162' rotates the second side frame 2〇 to the * rear wall 14 of the first side frame, the first side frame 1 and the chamber _ the hard disk The accommodating space of the meeting box 2 is formed together - the inner abdomen gland which can be received from the first side frame 10, and the buffer member 30 is received in the receiving groove 124 of the younger side frame K), and The convex portion & is clamped in the fixing hole m of the first = frame ί ο ' the convex portion 32 protrudes from the notch and the upper and lower edges of the convex rail 122 are replaced by the ==== The housing (4) of the two side frames 20 is configured such that the fixing holes 4 of the second side frame 2 are fixed to the through holes 34 of the pair of buffer members, and One end of the first side frame 10 is inserted into the flute - n ^ first side frame 20 ^ Syndiotactic close formation. The buckles of the engaging portions 15 of the first side frame 10 are fastened to each other by the buckles 252 of the engaging portions 25 of the two side frames 20. "Take the hard disk to the lower side to press the first side; 15 the pressing portion 154' to make the first side frame 1 〇 buckle in the sentence 152 to the age = the side frame 2 〇 buckle 252; The actuating portion 284 of the second side frame 20 is rotated about the pivot 50 so that the sides ', 22 of the first and second side frames 1 〇, 2 相对 are relatively open, and the hard disk is 〇〇 a mounting hole of one side wall is opposite to the corresponding fixing post 4 of the first side frame 10, so that the fixing studs are inserted into the mounting hole 102 of the hard disk 100; and the second side frame (9) is pulled
部284使該第二侧框2〇繞該_5Q 轉動’使該第二側框20的固定柱4。插入該== 一側壁的安裝孔102内;將該第-側㈣的扣釣152:: 於該第二侧框20的扣鉤252，從而將該硬钱〇固定形: 10 200921650 一硬碟模組。 睛進一步參閱圖5，將該硬碟模組自一磁架2〇〇的前 鈿推入該磁架2〇〇時，該第一、第二側框1〇、2〇的凸軌 122 222對應於該磁架200的兩側板2〇4的滑槽2〇42中 滑動，當該磁架200的滑槽2042的兩侧面分別抵壓該第 一 '第二側框10、20的卡塊182、282時，該第一、第二 侧框10、20的卡扣部18、28變形而向中間收攏，繼續向 内推動該硬碟模組，當該對卡塊182、282分別與該磁架 200的兩側板2〇4的卡固孔2044相對時，該第一、第二側 框10、20的卡扣部18、28恢復變形，同時，該對卡塊182、 282對應卡入該磁架2〇〇的卡固孔2044，從而將該硬碟模 組固定於該磁架200内。 該對緩衝件30的凸部32突出該對凸軌122、222的缺 口的部分與該磁架200的滑槽2042的頂面和底面相接觸。 由於該對緩衝件3〇係由導電橡膠製成，不僅可防震，而且 可防電磁干擾。 另外，亦可不透過該缓衝30，而是採用鉚接等方式將 該等固定柱40分別裝設於該第一侧框10的側壁12及第二 侧框20的側壁22或者該等固定柱40分別一體成型於該第 一側框10的側壁12及第二侧框20的側壁22。 拆卸該硬碟1〇〇時，相向按捏該第一、第二側框10、 2〇的操作部1842、2842，該對卡扣部18、28受拉而向中 間收攏並使該對卡塊182、282脫離該磁架200的卡固孔 2044’再相對該磁架200向外拉動該對操作部1842、2842, 即可將該硬碟1〇〇從該磁架200内抽取出來。 11 200921650 你向内按壓該第—側框1〇的扣合 ^ ^ ^ 152 „ ^ ^ ^ 2〇 ^ ^ ^ 25^ ^ ^ ^ 該第，側框20,便可拆下該硬碟⑽。 °卜扳動 專利、二ί所：，’本發明符合發明專利要件，爰依法提出 ’以上所述者僅為本發明之較佳實施方式， 牛見、心〃、技蟄之人士，在爰依本發明精神所作之等 效修飾或變化，皆應涵蓋於以下之中請專利範圍内。 【圖式簡單說明】 圖1及圖2分別係本發明硬碟^裝置的較佳實施 方式與一硬碟的立體分解圖。 一立圖3係本發明硬碟固定裝置的較佳實施方式的作動 圖4係圖1的立體組裝圖。 圖5係圖4所示的結構與一磁架的立體分解圖。 【主要元件符號說明】 硬碟 100 磁架 200 側板 204 卡固孔 2044 側壁 12、 22 收容槽 124、 224 後壁 14 扣鉤 152、 252 第一連接部 16 安裝孔 102 底板 202 滑槽 2042 第一側框 10 凸轨 122、 222 卡固孔 126、 226 扣合部 15、 25 按壓部 154 樞轉孔 162、 242 12 200921650 卡扣部 18、28 卡塊 182、 282 作動部 184、 284 操作部 1842、2842 第二側框 20 第二連接部 24 缓衝件 30 凸部 32 通孔 34 固定柱 40 樞轴 50 13The portion 284 rotates the second side frame 2 around the _5Q to fix the column 4 of the second side frame 20. Inserting the == one side wall of the mounting hole 102; the first side (four) of the buckle 152:: the hook 252 of the second side frame 20, thereby fixing the hard money :: 10 200921650 a hard disk Module. Further referring to FIG. 5, when the hard disk module is pushed into the magnetic frame 2 from the front cymbal of a magnetic frame 2, the first and second side frames 1 〇, 2 〇 the convex rail 122 222 Sliding in the sliding slot 2〇42 corresponding to the two side plates 2〇4 of the magnetic frame 200, when the two sides of the sliding slot 2042 of the magnetic frame 200 respectively press the blocks of the first 'second side frame 10, 20 182, 282, the latching portions 18, 28 of the first and second side frames 10, 20 are deformed to gather in the middle, and continue to push the hard disk module inwardly, when the pair of card blocks 182, 282 respectively When the locking holes 2044 of the two side plates 2〇4 of the magnetic frame 200 are opposite, the locking portions 18 and 28 of the first and second side frames 10 and 20 are restored and deformed, and the pair of the clamping blocks 182 and 282 are correspondingly engaged. The magnetic frame 2 is secured to the hole 2044 to fix the hard disk module in the magnetic frame 200. The convex portion 32 of the pair of cushioning members 30 protrudes from the top surface and the bottom surface of the sliding groove 2042 of the magnetic frame 200 by protruding portions of the pair of the convex rails 122, 222. Since the pair of cushioning members 3 are made of conductive rubber, they are not only shockproof but also resistant to electromagnetic interference. In addition, the fixing posts 40 may be respectively mounted on the side wall 12 of the first side frame 10 and the side wall 22 of the second side frame 20 or the fixing posts 40 by means of riveting or the like. The side wall 12 of the first side frame 10 and the side wall 22 of the second side frame 20 are integrally formed. When the hard disk is removed, the operating portions 1842 and 2842 of the first and second side frames 10 and 2 are pinched toward each other, and the pair of latching portions 18 and 28 are pulled to gather in the middle and the pair of cards are folded. The blocks 182 and 282 are separated from the locking holes 2044 ′ of the magnetic frame 200 and the pair of operating portions 1842 and 2842 are pulled outward relative to the magnetic frame 200 to extract the hard disk 1 from the magnetic frame 200 . 11 200921650 You press the button of the first side frame 1〇 ^ ^ ^ 152 „ ^ ^ ^ 2〇 ^ ^ ^ 25^ ^ ^ ^ to the inside, the side frame 20, you can remove the hard disk (10). °Pas the patent, the two:: 'The invention meets the requirements of the invention patent, 提出 提出 ' ' ' 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 牛 牛 牛 牛Equivalent modifications or variations in accordance with the spirit of the present invention are intended to be included in the scope of the following claims. [FIG. 1 and FIG. 2 are respectively a preferred embodiment of the hard disk device of the present invention and a 3 is an exploded perspective view of a preferred embodiment of the hard disk fixture of the present invention. FIG. 5 is a perspective view of the structure shown in FIG. Exploded view. [Main component symbol description] Hard disk 100 Magnetic frame 200 Side plate 204 Fixing hole 2044 Side wall 12, 22 Storage groove 124, 224 Rear wall 14 Buckle 152, 252 First connection part 16 Mounting hole 102 Base plate 202 Chute 2042 First side frame 10 convex rails 122, 222 fastening holes 126, 226 Bucking portion 15, 25 Pressing portion 154 Pivot hole 162, 242 12 200921650 Bucking portion 18, 28 Block 182, 282 Actuating portion 184, 284 Operating portion 1842, 2842 Second side frame 20 Second connecting portion 24 Buffering Member 30 Projection 32 Through Hole 34 Mounting Post 40 Pivot 50 13