M313407 ， 八、新型說明： [新型所屬之技術領域】 ^ 本創作係關於一種資料存取器固定裝置，尤指一種結 . 構簡單且拆裝方便之資料存取器固定裝置。 [先前漏】 通常電腦殼體中均裝設有固定架結構以收容並固定 諸如硬、軟式磁碟機及光碟驅動器等資料存取器。伴隨著 電腦科技的發展，這些元件也在不斷改進和更新。通常， * 資料存取器被多個螺絲鎖固於電腦機箱内之磁架上，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 在電腦内部，從而可能影響電腦性能。 【新型内容】 鑒於以上内容，有必要提供一種結構簡單且拆裝方便 φ 之資料存取器固定裝置。 一種資料存取器固定裝置，用於固定一侧壁設有凸柱 之資料存取器，其包括一機殼及一固定於所述機殼内用以 容置所述資料存取器之磁架，所述磁架之一側壁上設有收 容所述資料存取器上凸柱之安裝槽，所述資料存取器固定 裝置還包括一樞轉裝設於所述磁架上之鎖固件，所述鎖固 件具有一本體，一與所述本體一體成型並置於所述機殼内 之彈性臂，及一可在所述彈性臂之彈力作用下將所述資料 存取器上之凸柱卡止於所述磁架安裝槽内之擋止部。 6 M313407 ♦ 相較于習知技術，本創作資料存取器固定裝置藉由一 * 樞轉裝設於磁架上之鎖固件即可將所述資料存取器卡固 、 於所述固定架上，安裝時，只需將該鎖固件略向下扳動， . 即可將資料存取器推入並卡合於磁架上之安裝槽内；拆卸 時，向外扳動所述鎖固件，即可將資料存取器拆下。該資 料存取器固定裝置結構簡單，安裝及拆卸過程方便。 【實施方式】 請參閱圖1，本創作資料存取器固定裝置可將資料存 ® 取器10簡便地固定於一電腦機殼上，其較佳實施例包括 一用以收容所述資料存取器10之磁架30，一將所述資料 存取器10固定於所述磁架30上之鎖固件50，及一機殼 70。所述資料存取器10具有兩侧壁，每一侧壁分別凸伸 一對凸柱11。 所述磁架30具有一底壁31及分別自所述底壁31兩 側緣垂直所述底壁延伸之兩側壁33及35。每一側壁33， φ 35上對應所述資料存取器10之凸柱11間隔開設一對安裝 槽331，351。所述安裝槽331，351呈L形，每一安裝槽 具有自其對應侧壁頂緣開設之一豎直端及一與所述豎直 端貫通之水平端。其中一侧壁35緊鄰其上一安裝槽351 開設一弧形滑槽356,所述滑槽356由一較寬之安裝端353 及一較窄之滑動端355貫通而成。所述滑槽356 —側自所 述侧壁35上向外凸設一彈性卡止部357。位於所述侧壁 35上之該對安裝槽351之間還設有一葫蘆形樞轉孔359。 請繼續參閱圖2,所述鎖固件50具有一大致呈三角形 7 M313407 • 之本體51，所述本體51對應所述磁架30上之滑槽356向 • 内凸伸一滑塊52，所述滑塊52具有一較窄之滑動部521 、 及一自所述滑動部521端緣形成之較寬之卡止部523，所 . 述滑動部521可在所述滑槽356之滑動端355内滑動。所 述卡止部523略小於所述滑槽356之安裝端353，當所述 滑動部351在所述滑動端355内滑動時，所述卡止部523 卡止於所述磁架30之側壁35。所述本體51位於所述滑塊 52相鄰位置處對應所述磁架30上之彈性卡止部357形成 ® —向内凹陷之卡槽53。所述三角形本體51之其中一角端 對應所述磁架30上之樞轉孔359凸設一葫蘆形樞轉部 55，所述樞轉部55頂緣具有一可與所述磁架30側壁35 卡合之卡合部551。所述三角形本體51靠近所述滑塊52 之一側角端延伸形成一倒鉤形之擋止部56，所述擋止部 56與所述本體51之間形成一收容部561。所述本體51靠 近所述樞轉部55之一側角端沿所述擋止部56方向延伸形 φ 成一弧形之彈性臂57。所述三角形本體51頂部之角端向 上凸伸一手柄59。 所述電腦機殼70具有一底壁71，所述底壁71對應所 述鎖固件50之彈性臂57向上衝設一限位片73。 請同時參閱圖3，裝配時，先以本技術領域人員熟知 之方式將所述磁架30固定於所述電腦機殼70上。將所述 鎖固件50之彈性臂57置於所述電腦機殼70底壁上並位 於所述限位片73與所述磁架30侧壁35之間。所述鎖固 件50之樞轉部55及滑塊52分別對準所述磁架30侧壁上 8 M313407 • 之樞轉孔359及滑槽356卡入，然後略向下扳動鎖固件50 ' 之手柄，使所述鎖固件50略向下旋轉並彈性抵壓所述彈 、 性臂57。所述鎖固件50之本體51抵壓所述磁架30上之 „ 彈性卡止部357向下滑動，直至所述鎖固件50上之卡槽 53底緣擋止所述彈性卡止部357端緣，從而防止所述鎖固 件50向上回轉。此時所述彈性臂57處於初始狀態。所述 鎖固件50上滑塊52之卡止部523及樞轉部55之卡合部 551均旋轉一定角度，並分別與所述磁架30侧壁35卡合， ® 從而防止所述滑塊52及樞轉部55分別從所述側壁35上 滑槽356之安裝端353及所述樞轉孔359中脫離。所述鎖 固件50之擋止部56部分遮擋住所述磁架30上安裝槽351 之水平端。 請繼續參閱圖4及圖5，安裝時，將所述鎖固件50之 手柄59向下扳動，所述鎖固件50即繞所述樞轉部55向 下旋轉，同時進一步壓迫所述彈性臂57。當所述擋止部 φ 56運動至所述磁架30安裝槽351之水平端下緣時，將所 述資料存取器10上之凸柱11分別沿對應安裝槽351，357 之豎直端滑入，並推動所述資料存取器10至所述安裝槽 351，357之水平端。當所述資料存取器10進入所述水平 端之最裏端時，鬆開所述鎖固件50之手柄59，所述彈性 臂57回彈至初始狀態，所述鎖固件50之擋止部56也回 復到部分遮擋對應安裝槽357之水平端，從而將所述資料 存取器10之凸柱11卡合於所述鎖固件50之收容部561 内。所述資料存取器10即被固定於所述磁架30上。 9 M313407 拆卸時，略向下扳動所述鎖固件5〇之手柄59，使所 述鎖固件50之擋止部56運動至所述磁架％安裝槽351 之水平端下緣’再賴述:#料存取器1() ±外拉動，即可 將資料存取器從所述磁架3〇中取出。 【圖式簡單說明】 圖1係本創作資料存取器固定裝置較佳實施例與一資料 存取器之立體分解圖。 圖2係圖1中鎖固件另一角度之立體放大圖。 圖3係圖1中鎖固件與磁架之立體組裝圖。 圖4係本射資料存取㈣定裝置較佳實_與一資料 存取器之立體組裝圖。 圖5^系本創作資料存取器固定裝置較佳實施例與一資料 存取器之拆卸立體圖。 【主要元件符號說明】 電源殼體 10 磁架 30 側壁 33 安裝端 353 滑槽 356 柩轉孔 359 本體 51 滑動部 521 卡槽 53 凸柱 11 底壁 31 安裝槽 33 1,351 滑動端 355 卡止部 357 鎖固件 50 滑塊 52 卡止部 523 樞轉部 55 M313407 擋止部 56 收容部 561 彈性臂 57 手柄 59 機殼 70 底壁 71 限位片 73 11M313407 , VIII, new description: [New technical field] ^ This creation is about a data access device fixing device, especially a data access device fixing device with simple structure and convenient assembly and disassembly. [Previous Leakage] Usually, the computer case is equipped with a fixing frame structure for accommodating and fixing data accessors such as hard and soft disk drives and optical disk drives. With the development of computer technology, these components are constantly being improved and updated. Usually, * the data accessor is locked by a plurality of screws on the magnetic frame inside the computer case. When upgrading or replacing them, it is necessary to use a screwdriver to untie and re-screw them one by one. 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, which may affect the performance of the computer. [New content] In view of the above, it is necessary to provide a data access device fixing device which is simple in structure and convenient to assemble and disassemble φ. A data access device fixing device for fixing a data access device with a protruding column on a side wall, comprising a casing and a magnetic body fixed in the casing for accommodating the data access device a mounting slot for receiving a stud of the data accessor on a side wall of the magnetic frame, the data accessor fixing device further comprising a lock pivotingly mounted on the magnetic frame The fastener has a body, a resilient arm integrally formed with the body and disposed in the casing, and a protruding post on the data accessor under the elastic force of the elastic arm The locking portion is locked in the magnetic frame mounting groove. 6 M313407 ♦ Compared with the prior art, the creation data access device fixing device can fix the data access device to the fixing frame by pivoting a locking device mounted on the magnetic frame. When installing, simply pull the locker down slightly, and then push and snap the data accessor into the mounting slot on the magnetic frame; when disassembling, pull the fastener outward , you can remove the data accessor. The data access device fixing device has a simple structure and is convenient for installation and disassembly. [Embodiment] Referring to FIG. 1, the creative data access device fixing device can easily fix the data storage device 10 to a computer casing. The preferred embodiment includes a data access device. The magnetic frame 30 of the device 10, a lock 50 for fixing the data accessor 10 to the magnetic frame 30, and a casing 70. The data accessor 10 has two side walls, each of which protrudes from a pair of protrusions 11 respectively. The magnetic frame 30 has a bottom wall 31 and two side walls 33 and 35 extending from the side edges of the bottom wall 31 perpendicular to the bottom wall. A pair of mounting grooves 331, 351 are defined in each of the side walls 33, φ 35 corresponding to the studs 11 of the data accessor 10. The mounting slots 331, 351 are L-shaped, and each mounting slot has a vertical end extending from a top edge of the corresponding side wall and a horizontal end extending through the vertical end. One of the side walls 35 defines an arcuate sliding slot 356 adjacent to the upper mounting slot 351. The sliding slot 356 is formed by a wider mounting end 353 and a narrower sliding end 355. An elastic locking portion 357 protrudes outwardly from the side wall 35 of the sliding slot 356. A gourd-shaped pivot hole 359 is also disposed between the pair of mounting grooves 351 on the side wall 35. Continuing to refer to FIG. 2, the lock 50 has a substantially triangular body 7 M313407. The body 51 protrudes from a sliding slot 356 of the magnetic frame 30 to a slider 52. The block 52 has a narrower sliding portion 521 and a wider locking portion 523 formed from the end edge of the sliding portion 521, and the sliding portion 521 is slidable within the sliding end 355 of the sliding groove 356. . The locking portion 523 is slightly smaller than the mounting end 353 of the sliding slot 356. When the sliding portion 351 slides in the sliding end 355, the locking portion 523 is locked to the side wall of the magnetic frame 30. 35. The body 51 is located at an adjacent position of the slider 52 corresponding to the elastic locking portion 357 on the magnetic frame 30 to form a card slot 53 recessed inwardly. A hoist-shaped pivoting portion 55 is protruded from a corner end of the triangular body 51 corresponding to the pivot hole 359 of the magnetic frame 30. The top edge of the pivoting portion 55 has a side wall 35 with the magnetic frame 30. Engagement engagement portion 551. The triangular body 51 extends toward a side end of the slider 52 to form a barb-shaped stop portion 56. A receiving portion 561 is formed between the blocking portion 56 and the body 51. The body 51 extends in the direction of the stopping portion 56 toward the side corner end of the pivoting portion 55 to form an arc-shaped elastic arm 57. A handle 59 protrudes upward from a corner end of the top of the triangular body 51. The computer casing 70 has a bottom wall 71. The bottom wall 71 is correspondingly disposed with a limiting piece 73 corresponding to the elastic arm 57 of the locking member 50. Referring also to Figure 3, in assembly, the magnetic frame 30 is first secured to the computer housing 70 in a manner well known to those skilled in the art. The elastic arm 57 of the locking member 50 is placed on the bottom wall of the computer casing 70 and is located between the limiting piece 73 and the side wall 35 of the magnetic frame 30. The pivoting portion 55 and the slider 52 of the locking member 50 are respectively aligned with the pivot hole 359 and the sliding slot 356 of the 8 M313407 side of the magnetic frame 30, and then the locking member 50' is slightly pulled downward. The handle rotates the lock 50 slightly downward and elastically presses the elastic arm 57. The body 51 of the fastener 50 is pressed against the elastic locking portion 357 of the magnetic frame 30 to slide downward until the bottom edge of the card slot 53 on the locking member 50 blocks the elastic locking portion 357 end. The edge prevents the lock 50 from rotating upward. At this time, the elastic arm 57 is in an initial state. The locking portion 523 of the slider 52 and the engaging portion 551 of the pivot portion 55 on the lock 50 are both rotated. The angles are respectively engaged with the side walls 35 of the magnetic frame 30, thereby preventing the slider 52 and the pivoting portion 55 from respectively respectively from the mounting end 353 of the sliding groove 356 and the pivot hole 359 of the side wall 35. The detachment portion 56 of the fastener 50 partially blocks the horizontal end of the mounting groove 351 of the magnetic frame 30. Referring to FIG. 4 and FIG. 5, the handle 59 of the locking member 50 is oriented. When the lower portion is pulled, the locking member 50 is rotated downward about the pivoting portion 55 while further pressing the elastic arm 57. When the blocking portion φ 56 is moved to the level of the magnetic frame 30 mounting groove 351 When the lower edge is closed, the studs 11 on the data accessor 10 are respectively slid along the vertical ends of the corresponding mounting slots 351, 357, and pushed The data accessor 10 is to the horizontal end of the mounting slot 351, 357. When the data accessor 10 enters the innermost end of the horizontal end, the handle 59 of the locking member 50 is released, The resilient arm 57 rebounds to the initial state, and the blocking portion 56 of the locking member 50 also returns to the horizontal end of the corresponding shielding slot 357, thereby engaging the stud 11 of the data accessor 10 with the The data accessor 10 is fixed to the magnetic frame 30. When the M313407 is disassembled, the handle 59 of the fastener 5 is slightly pulled downward to make the The stopper 56 of the lock 50 is moved to the lower end of the horizontal end of the magnetic frame % mounting groove 351. Further, the material accessor 1 () is externally pulled, and the data accessor can be Figure 1 is a perspective exploded view of a preferred embodiment of the present invention and a data access device. Figure 2 is another angle of the fastener in Figure 1. Figure 3 is a three-dimensional assembly diagram of the lock and the magnetic frame of Figure 1. Figure 4 is a better example of the data access (four) device Figure 3 is a disassembled perspective view of a preferred embodiment of the present invention and a data access device. [Main component symbol description] Power supply housing 10 Magnetic frame 30 Side wall 33 Mounting end 353 Chute 356 Turning hole 359 Body 51 Sliding part 521 Card slot 53 Stud 11 Bottom wall 31 Mounting groove 33 1,351 Sliding end 355 Locking part 357 Locking 50 Slider 52 Locking part 523 Pivoting part 55 M313407 Stop portion 56 accommodating portion 561 elastic arm 57 handle 59 housing 70 bottom wall 71 limiting piece 73 11