M303590 八、新型說明： [新型所屬之技術領域】 - 本創作涉及一種磁碟機鎖固裝置，尤指一種使用方便 、之磁碟機鎖固裝置。 [先前技術】 許多電腦内之元件伴隨著科技之發展及不斷之改進與 更新，較典型的包括組裝於電腦内部之硬碟機記憶體及光 碟驅動器等磁碟機裝置。該等磁碟機通常被多個螺絲鎖固 於電腦機箱内之磁架上，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，該種方法使得 安裝及拆卸過程繁瑣，速度缓慢，降低了工作效率，且於 安裝過程中易將螺釘等物遺留於電腦内部。另外，由於電 腦殼體本身空間及結構配置問題，對該磁碟機進行維修或 拆換時，須於電腦内部操作，常會發生碰撞，極易對各零 元件産生損壞。 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鈎元件， 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。然，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，操作時十分不便。 【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 6 M303590 之磁碟機鎖固裝置。 〜種磁碟機鎖固裝置，用於固定至少―於側面開設有 、固定孔之磁碟機，該鎖固裝置至少包括一用於接收該磁碟 機之磁架及i没於該磁架上之第一驅動件，該磁架包括 兩平行叹置之一第一侧壁及一第二側壁，該第二側壁上設 置有至少一彈性固持件，該固持件具有一自由端，該固持 件對應該磁碟機之固定孔設置有一固定銷，該第一驅動件 鲁對應該固持件設有一提升部，該提升部可藉由該第一驅動 件於該第二側壁所在平面上之轉動，使該固持件之自由端 遠離該磁架之第二侧壁向外運動，從而使該固定銷從該磁 碟機之固定孔中脫離。 相對於習知技術，該磁碟機鎖固裝置結構簡單，在安 裝及拆卸時僅需要扳動推拉該驅動裝置就可固定與解鎖磁 碟機，方便了用戶的使用及日常維護。 【實施方式】 _ 請參閱圖1，本創作磁碟機鎖固裝置可用於固定側面 開設有固定孔63之兩磁碟機60,其包括一磁架1〇及一驅 動裝置20。 續請參閱圖2,該磁架10包括一底壁13及沿該底壁 13兩對邊同側垂直考折形成之一第一側壁u及一第二側 壁12。該第一及第一側壁11、12平行該底壁η相對設置 有兩對滑轨112。該底壁13、第一側壁u及第二側壁12 包圍形成一用於接收該磁碟機60之容置空間。該第一側 壁11上設置有複數彈性觸片114。該第二侧壁12上平行 7 M303590 '設有兩具有自由末端之彈性固持件126，每一固持件126 自由末端對應該磁碟機60之固定孔63設置有一固定銷 • 1264母一固持件126于自由末端向外彎折有一折邊 • 1261，每一折邊1261分別凸設有一凸柱1262。該第二側 壁12罪近該兩固持件126末端處分別向外彎折有兩固持 鈎127。該第二側壁12靠近該兩固持鈎127凸設有兩樞轉 枉124。該兩樞轉柱間設有一彈性舌片129，該舌片 129末端略向外傾斜，一凸包1292形成於該舌片129之外 • 側末端。 績清參閱圖3’該驅動裝置20包括一第一驅動件π 及一第二驅動件40。該第一驅動件30及第二驅動件4〇分 別對應該磁架10之兩框轉柱124開設有框轉孔、々I。 該第一驅動件30及第二驅動件40分別對應該磁架1〇之 兩固持釣127開設有弧形導槽33、43。該第—驅動件30、 第二驅動件40之末端緣分別彎折有平行該兩固持件126 φ 折邊1261之折邊37、47。該兩折邊37、47分別對應該兩 固持件126之凸枉1262開設有導引槽373、473 ,形成可 驅動該兩固持件126之提升部。該兩導引槽373、473沿 遠離該第二側壁12之方向向外傾斜延伸，分別包括提升 端3731、4731及固持端3739、4739，其可使該兩固持件 126之凸柱1262相對該第二側壁12向外移動。該第一驅 動件30與該第二驅動件40間設置有可相互帶動之連動裝 置。該連動裝置包括一開設於該第一驅動件30上之滑槽 35及對應該滑槽35凸設於該第二驅動件40上之導柱45。 8 M303590 ▲ 該第一驅動件30對應該第二側壁12舌片129之凸包1292 於靠近該滑槽35處開設有一第一定位孔38a及一第二定 -位孔38b。該兩定位孔38a、38b用於收容該凸包1292， .該定位孔38a、38b亦可設置為凹口。該第一驅動件30遠 離該折邊37之邊緣彎折有一操作部39。 續請參閱圖4，組裝時，先將該第二驅動件40之導柱 45收容於該第一驅動件30之滑槽35内，再將該第二側壁 12之兩固持鈎127分別對應卡入該第一驅動件30與第二 ® 驅動件40之導槽33、43内。然後，扳動該兩固持件126 之彎折末端使該兩凸柱1262分別卡入該第一驅動件30與 第二驅動件40對應之導引槽373、473内。最後，藉由鉚 接或其他方式將該第一驅動件30與第二驅動件40之樞轉 孔31、41樞接於該第二側壁12對應之樞轉柱124上。此 時，該第一驅動件30與第二驅動件40被裝設於該磁架10 之第二側壁12上。該第二側壁12之舌片129彈性抵觸該 φ 第一驅動件30。轉動該第一驅動件30使該舌片129之凸 包1292剛好滑入該第一驅動件30之第二定位孔38b内， 從而使該第一驅動件30固持於該位置，在此過程中，該 第一驅動件30帶動該第二驅動件40於該第二侧壁12上 相對轉動，該兩固持件126之凸柱1262分別滑至該兩導 引槽373、473之提升端3731、4731，該兩固持件126之 自由端向遠離該第二側壁12之方向發生彈性變形，同時， 該兩固持件126之固定銷1264向外移出該容置空間。 續請參閱圖5，使用時，將該兩磁碟機60分別滑入該 9 M303590 ‘ 磁架10之滑軌112内，使該兩磁碟機60之固定孔63與 該磁架10之兩固定銷1264對應放置。順時針推動該第一 …驅動件30使該舌片129之凸包1292與該第一驅動件30 .之第二定位孔38b脫離，直至該舌片129之凸包1292卡 入該第一驅動件30之第一定位孔38a内，此過程中，該 固持件126之凸柱1262分別自該兩導引槽373、473之提 升端3731、4731滑至該兩導引槽373、473之固持端3739、 4739，該兩固持件126之固定銷1264分別卡入該兩磁碟 ® 機60之固定孔63内。此時，該兩磁碟機60被固定於該 磁架10上。 作為本創作之另一種實施方式，該鎖固裝置可取消設 置該磁架10之舌片129及該第一驅動件30、第二驅動件 40對應之定位孔38a、38b。該鎖固裝置可藉由手動控制 該第一驅動件30之轉動，使該固持件126發生彈性變形， 並藉由該兩固持件126自身之彈性恢復，使該兩固定銷 φ 1264插入該兩磁碟機60之固定孔63内，同時帶動該第一 驅動件30與第二驅動件40恢復至初始位置。 本創作磁碟機鎖固裝置之驅動裝置20可根據需要設 置為單一驅動件30及相對應之配合結構以實現本創作磁 碟機之鎖固。 綜上所述，本創作符合新型專利之要件，爰依法提出 專利申請。惟，以上僅為本創作之較佳實施例，舉凡熟悉 本案技藝之人士，在爰依本創作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圍内。 M303590 【圖式簡單說明】 施方式磁碟機鎖固裝置之立體分解 施方式磁碟機鎖固裝置磁架之立體 圖1係本創作較佳實 圖。 圖2係本創作較佳實 圖。 回 創作較佳實施方式磁碟機鎖固裝置第一驅動件 及第二驅動件之立體組裝圖。M303590 VIII. New description: [New technical field] - This work involves a disk drive locking device, especially a disk drive locking device that is easy to use. [Prior Art] Many of the components in the computer are accompanied by the development of technology and continuous improvement and updating, and typically include a disk drive device such as a hard disk drive memory and a disk drive incorporated in a computer. These disk drives are usually locked by a plurality of screws on a magnetic frame in the computer case, and when they are upgraded or replaced, they need to be unscrewed and re-screwed one by one with a screwdriver, which makes the installation The disassembly process is cumbersome, slow, and reduces work efficiency, and it is easy to leave screws and the like inside the computer during the installation process. In addition, due to the space and structural configuration of the computer housing itself, when the disk drive is repaired or replaced, it must be operated inside the computer, often colliding, and it is easy to damage various components. 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 the type of the fixing device is used for mounting and dismounting the disk drive, the user needs to position and fix the elastic plate body first, which is very inconvenient to operate. [New content] In view of the above, it is necessary to provide a disk drive locking device with a simple structure and convenient operation 6 M303590. a disk drive locking device for fixing at least a disk drive having a side opening and a fixing hole, the locking device comprising at least one magnetic frame for receiving the disk drive and i not being the magnetic frame The first driving member, the magnetic frame includes one of the first side wall and the second side wall of the two parallel slantes, and the second side wall is provided with at least one elastic holding member, the holding member has a free end, the holding The fixing hole corresponding to the disk drive is provided with a fixing pin, and the first driving member is provided with a lifting portion corresponding to the holding member, and the lifting portion is rotatable on the plane of the second side wall by the first driving member The free end of the holder is moved outwardly away from the second side wall of the magnetic frame, thereby disengaging the fixing pin from the fixing hole of the disk drive. Compared with the prior art, the disk drive locking device has a simple structure, and only needs to be pulled and pulled to fix and unlock the disk drive during installation and disassembly, which is convenient for the user's use and daily maintenance. [Embodiment] _ Referring to FIG. 1, the present invention relates to a disk drive locking device for fixing two disk drives 60 having a fixing hole 63 on a side surface thereof, which includes a magnetic frame 1 and a driving device 20. Referring to FIG. 2, the magnetic frame 10 includes a bottom wall 13 and a first side wall and a second side wall 12 formed perpendicularly on opposite sides of the opposite side of the bottom wall 13. The first and first side walls 11, 12 are oppositely disposed with two pairs of slide rails 112 in parallel with the bottom wall η. The bottom wall 13, the first side wall u and the second side wall 12 are surrounded to form an accommodation space for receiving the disk drive 60. A plurality of elastic contacts 114 are disposed on the first side wall 11. The second side wall 12 is parallel with 7 M303590' and is provided with two elastic retaining members 126 having free ends. Each of the retaining members 126 is provided with a fixing pin corresponding to the fixing hole 63 of the disk drive 60. The 126 is bent outwardly at the free end and has a flange. 1261. Each of the flanges 1261 protrudes from a protrusion 1262. The second side wall 12 is bent outwardly with two holding hooks 127 near the ends of the two holding members 126. Two pivoting fins 124 are protruded from the second side wall 12 adjacent to the two holding hooks 127. An elastic tongue 129 is disposed between the two pivoting columns. The end of the tongue 129 is slightly inclined outwardly, and a convex hull 1292 is formed outside the tongue 129. Referring to Figure 3, the drive unit 20 includes a first drive member π and a second drive member 40. The first driving member 30 and the second driving member 4 are respectively provided with frame rotating holes 々I corresponding to the two frame rotating columns 124 of the magnetic frame 10. The first driving member 30 and the second driving member 40 respectively have arc-shaped guiding grooves 33 and 43 corresponding to the two holding fishing rods 127 of the magnetic frame 1 . The end edges of the first driving member 30 and the second driving member 40 are respectively bent with the flanges 37, 47 which are parallel to the two holding members 126 φ the folded edges 1261. The two flanges 37 and 47 respectively define guiding grooves 373 and 473 corresponding to the protrusions 1262 of the two holding members 126 to form a lifting portion for driving the two holding members 126. The two guiding slots 373 and 473 extend obliquely outwardly away from the second side wall 12, and include lifting ends 3731, 4731 and holding ends 3739 and 4739 respectively, which can be opposite to the protrusions 1262 of the two holding members 126. The second side wall 12 moves outward. A linkage device that can be driven by each other is disposed between the first driving member 30 and the second driving member 40. The linkage device includes a sliding slot 35 formed on the first driving member 30 and a guiding post 45 corresponding to the sliding slot 35 protruding from the second driving member 40. 8 M303590 ▲ The first driving member 30 has a first positioning hole 38a and a second positioning hole 38b adjacent to the sliding groove 35 corresponding to the convex cover 1292 of the second side wall 12 tongue 129. The two positioning holes 38a, 38b are for receiving the convex hull 1292. The positioning holes 38a, 38b may also be provided as notches. The first driving member 30 is bent away from the edge of the flange 37 to have an operating portion 39. Continuing to refer to FIG. 4, the guide post 45 of the second driving member 40 is first received in the sliding slot 35 of the first driving member 30, and the two holding hooks 127 of the second sidewall 12 are respectively corresponding to the card. The guides 33, 43 of the first drive member 30 and the second drive member 40 are inserted. Then, the bent ends of the two holding members 126 are respectively inserted into the guiding grooves 373 and 473 of the first driving member 30 and the second driving member 40 respectively. Finally, the pivoting holes 31, 41 of the first driving member 30 and the second driving member 40 are pivotally connected to the pivoting posts 124 corresponding to the second side wall 12 by riveting or other means. At this time, the first driving member 30 and the second driving member 40 are mounted on the second side wall 12 of the magnetic frame 10. The tongue 129 of the second side wall 12 elastically resists the φ first driving member 30. Rotating the first driving member 30 causes the convex hull 1292 of the tongue 129 to slide into the second positioning hole 38b of the first driving member 30, thereby holding the first driving member 30 in the position, in the process. The first driving member 30 drives the second driving member 40 to rotate relative to the second side wall 12. The protrusions 1262 of the two holding members 126 slide to the lifting ends 3731 of the two guiding grooves 373 and 473, respectively. 4, the free ends of the two holding members 126 are elastically deformed away from the second side wall 12, and the fixing pins 1264 of the two holding members 126 are outwardly moved out of the accommodating space. Referring to FIG. 5, in use, the two disk drives 60 are respectively slid into the slide rails 112 of the 9 M303590 'magnetic frame 10, so that the fixing holes 63 of the two disk drives 60 and the magnetic frame 10 are respectively The fixing pins 1264 are placed correspondingly. Pushing the first driving member 30 clockwise to disengage the convex hull 1292 of the tongue 129 from the second positioning hole 38b of the first driving member 30 until the convex hull 1292 of the tongue 129 is engaged with the first driving In the first positioning hole 38a of the member 30, the protrusions 1262 of the holding member 126 slide from the lifting ends 3731 and 4731 of the two guiding grooves 373 and 473 to the holding of the guiding grooves 373 and 473, respectively. The fixing pins 1264 of the two holding members 126 are respectively engaged in the fixing holes 63 of the two disk drives 60. At this time, the two disk drives 60 are fixed to the magnetic frame 10. As another embodiment of the present invention, the locking device can eliminate the positioning of the tongue 129 of the magnetic frame 10 and the positioning holes 38a, 38b corresponding to the first driving member 30 and the second driving member 40. The locking device can elastically deform the holding member 126 by manually controlling the rotation of the first driving member 30, and the two fixing pins φ 1264 are inserted into the two by the elastic recovery of the two holding members 126 themselves. The first driving member 30 and the second driving member 40 are returned to the initial position in the fixing hole 63 of the disk drive 60. The driving device 20 of the present invention can be configured as a single driving member 30 and a corresponding mating structure to realize the locking of the present invention. In summary, this creation meets the requirements of the new patent and submits a patent application in accordance with the law. However, the above are only preferred embodiments of the present invention, and those skilled in the art will be able to cover the equivalent modifications or variations in the spirit of the present invention. M303590 [Simple description of the diagram] Stereoscopic decomposition of the locking mechanism of the disk drive device. Stereoscopic mode of the magnetic disk locker of the disk drive device Fig. 1 is a better example of the present invention. Figure 2 is a preferred embodiment of the present creation. The three-dimensional assembly diagram of the first driving member and the second driving member of the disk drive locking device of the preferred embodiment is reproduced.
圖4係圖1中磁碟機鎖固前之立體組裝圖。 圖5係圖1中磁碟機鎖固時之立體組裝圖。 【主要元件符號說明】 磁 架 10 第 一 侧 壁 11 滑 軌 112 觸 片 114 第 二 側 壁 12 框 轉 柱 124 固 持 件 126 折 邊 1261 凸 柱 1262 固 定 銷 1264 固 定 鈎 127 舌 片 129 凸 包 1292 底 壁 13 驅 動 裝 置 20 第 一 驅 動 件 30 第 二 驅 動件 40 柩 轉 孔 31、41 導 槽 33、43 滑 槽 35 導 柱 45 折 邊 37 - 47 導 引 槽 373 、 473 提 升 端 3731 提 升 端 4731 固 持 端 3739 固 持 端 4739 第 一 定 位 孔 3 8 a 11 60 M303590 第二定位孔 38b 磁碟機 固定孔 63Figure 4 is a perspective assembled view of the disk drive of Figure 1 before being locked. FIG. 5 is an assembled view of the disk drive of FIG. 1 when it is locked. [Main component symbol description] Magnetic frame 10 First side wall 11 Slide rail 112 Contact piece 114 Second side wall 12 Frame rotating column 124 Holding member 126 Folding edge 1261 Stud 1262 Fixing pin 1264 Fixing hook 127 Tab 129 Convex bag 1292 Bottom Wall 13 Drive unit 20 First drive member 30 Second drive member 40 Turning hole 31, 41 Guide groove 33, 43 Chute 35 Guide post 45 Folding 37 - 47 Guide groove 373, 473 Lifting end 3731 Lifting end 4731 Holding End 3739 holding end 4739 first positioning hole 3 8 a 11 60 M303590 second positioning hole 38b disk drive fixing hole 63
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