M310420 ^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及其組合，尤 指一種便於安裝和拆卸資料存取器之資料存取器固定裝 置及其組合。 【先前技術】 現有電腦中常透過磁架將資料存取器如硬碟機、軟碟 鲁機或光碟機等固定於機殼内，以擴展或加強電腦之功能。 而將資料存取器固定於磁架之方法又分為多種，如可以用 螺絲直接將資料存取器鎖固於磁架内；也可以先將滑執用 螺絲鎖固於資料存取器兩侧，之後再滑入磁架内並最線透 過螺絲或其他固定元件將資料存取器固定。惟，在上述方 法中，安裝和拆卸資料存取器時都需要擰緊或鬆釋大量螺 絲’過程繁瑣，操作不便。 _ 【新型内容】 有寥於此，有必要提供-種結構簡單，操作方便快捷 之資料存取器固定裝置及其組合。 、 -種資料存取器固定裝置，包括—磁架及—用於裝設 該資料存取器之裝設框，該磁架包括兩側壁，每一側壁^ 至少-導引元件及-卡槽，該裝設框包括兩卡扣部，該^ 設框沿該磁架之導引元件滑入該磁架，該兩卡扣部分別^ 該磁架之外部卡入該磁架之對應卡槽。 一種資料存取器固定裝置組合，包括一資料存取器、 7 M310420 一磁架及用於裝設該資料存取器之一裝設框，該磁架包括 兩側壁，其中每一側壁設有至少一導引元件，至少一側壁 設有一卡槽，該裝設框包括至少一卡扣部，該裝設框沿該 磁架之導引元件滑入該磁架，該卡扣部自該磁架之外部卡 入該磁架之卡槽。 相較習知技術，上述資料存取器固定裝置及其組合透 過裝設框將該資料存取器固定，該裝設框以卡扣部與卡槽 之配合固定於該磁架，其結構簡單，操作方便。 【實施方式】 請參閱圖1，為本創作資料存取器固定裝置組合之較 佳實施方式，該資料存取器固定裝置組合包括一資料存取 器20及一資料存取器固定裝置，該資料存取器固定裝置 包括一磁架40、一固定該資料存取器20之裝設框60、一 防靜電之彈性件80及複數防震墊90。該資料存取器20 包括兩相對之側邊22,每一側邊22開設有複數固定孔24。 該磁架40包括兩互相平行之側壁42。每一側壁42 設有一向磁架40内彎折之滑片422，側壁42上平行於滑 片422設有一向磁架40内凸出之滑道424，側壁42於鄰 近滑道424之端部分別設有一導引片426及一折片428。 其中，導引片426設於磁架40靠近資料存取器20裝入之 一端，折片428設於磁架40遠離資料存取器20裝入之一 端。折片428遠離滑道424之一端部向靠近對應滑片422 之方向彎折，形成一止擋部430。每一側壁42上鄰近導 引片426處開設有一卡槽432。 M310420 該裝設框60包括兩互相平行之側壁62，兩側壁62 之對應端由一把手64連接。每一側壁62之外表面凸設有 複數凸柱622，内表面對應資料存取器20之固定孔24設 有複數固定柱624。其中一側壁62上開設有兩缺口 626， 兩缺口 626之間的侧壁62上開設有一開槽628，鄰近該 開槽628之側壁62上向外凸設有兩定位柱630。兩側壁 62之一端分別略向外彎折後，折回與側壁62將近平行之 方向，從而形成一彈性部632。該把手64近似為“C”形， 其兩端分別設有一可卡入磁架40之對應卡槽432的卡扣 部642。兩彈性部632之自由端分別連接於該把手64之 兩端靠近卡扣部642處。該把手64之中部設有一方便操 作者提拉之拉動部644。兩侧壁62之中部及另一端分別 經一連接橋66連接。兩連接橋66與兩侧壁62形成一收 容資料存取器20之收容空間。 該彈性件80包括兩彈性端82及一連接兩彈性端82 之“L”形定位折片84。定位折片84上開設有兩定位孔86。 每一防震墊90為一圓形柱體，其中心處開設有一通 孔92。該等防震墊90可分別套設於裝設框60之侧壁62 之對應凸柱622上。 請參閱圖2和圖3,組裝時，首先將該資料存取器20 從遠離該把手64之一端滑入該裝設框60，裝設框60之 側壁62略向外變形，直至固定柱624分別卡入資料存取 器20上對應之固定孔24内，兩連接橋66分別從兩面夾 持資料存取器20，從而將資料存取器20裝設於裝設框 M310420 •” 60。將彈性件80之定位折片84之一端插入裝設框60之 側壁62之開槽628，裝設框60之定位柱630分別插入定 • 位折片84之另一端之對應定位孔86内，從而將彈性件 • 80裝設於裝設框60。此時，彈性件80之兩彈性端82分 別位於裝設框60之側壁62之對應缺口 626處，且其中一 彈性端82抵頂於資料存取器20之侧邊22。將防震墊90 分別套設於裝設框60之側壁62之對應凸柱622。將裝設 0 框60連同資料存取器20 —起推入磁架40内，防震墊90 於磁架40之滑片422、滑道424及導引片426之引導下 向磁架40内滑動，直至距離把手64最遠之防震墊90接 觸磁架40之折片428之止擋部430而被擋止。此過程中， 裝設框60之兩彈性部632分別向外變形，直至把手64之 兩卡扣部642分別自磁架40外部卡入對應之卡槽432。 此時，裝設框60及資料存取器20被固定於磁架40内， 彈性件80之兩彈性端82分別抵頂於資料存取器20之側 φ 邊22和磁架40之側壁42，保護資料存取器20不被靜電 損壞。防震墊90裝設於裝設框60和磁架40之間，對資 料存取器20或磁架40之震動起緩衝作用。 請參閱圖4，要取出資料存取器20時，向資料存取 器20抽出之方向拉動把手64之拉動部644，帶動裝設框 60之彈性部632向外變形，把手64之兩卡扣部642從磁 架40之對應卡槽432内抽出。繼續拉動把手64，裝設框 60及資料存取器20被一起拉出磁架40。此時，因裝設框 60之兩連接橋66之夾持，資料存儲起20不會自動從裝 M310420 .’設框60内脫出。如需更換資料存取器20，操作者需對資 料存取器20施力，迫使裝設框6〇之側壁62變形，以拆 ‘ 出資料存取器20。 • 本創作之磁架40之滑片422、滑道424、導引片426 及折片428之作用在於導引該裝設框6〇滑入或滑出磁架 40’該科引元件可以單獨或組合設置於該磁帛4〇之侧 壁42,只要能導引該裝設框6〇滑動，並不限於以上較佳 鲁實施方式之設置方式。同樣，止播部43〇之作用在於辅助 止擋該裝設框60過度滑入，其可以設置於其他導引元件 如滑片422之端部，也可以單獨設置於該磁架4〇之侧壁 42 〇 本創作之磁架40可僅於其一侧壁42上設有一卡槽 432，與之對應，該裝設框60設有一卡扣部642，二者配 合可固定裝設框60即可；當然，如有需要，該磁架牝設 有的卡槽432數量可多於兩個，該裝設框6〇對應設有同 ♦樣數量之卡扣部642，以固定該裝設框6〇。 綜上所述，本創作確已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方式，舉 凡熟習本創作技藝之人士爰依本創作之精神所作之等效 修飾或變化，皆應涵蓋在以下申請專利範圍内。 【圖式簡單說明】 圖1係本創作資料存取器固定裝置組合較佳實施方 式之立體分解圖。 圖2係本創作資料存取器固定裝置組合較佳實施方 11 M310420 式之裝設框、彈性件、防震墊及資料存取器之 立體組裝圖。 圖3係本創作資料存取器固定裝置組合較佳實施方 式之部分剖示立體圖。 圖4係本創作資料存取器固定裝置組合較佳實施方 式中該資料存取器之解鎖示意圖。 【主要元件符號說明】M310420 ^8, new description: - [New technical field] • This creation is about a data accessor fixture and its combination, especially a data accessor fixture that facilitates the installation and removal of data accessors and Its combination. [Prior Art] In existing computers, data accessors such as hard disk drives, floppy disks, or optical disk drives are often fixed in the casing through a magnetic frame to expand or enhance the functions of the computer. The method of fixing the data accessor to the magnetic frame is further divided into a plurality of methods, such as screwing the data accessor directly into the magnetic frame; or locking the sliding screw to the data accessor first Side, then slide into the magnetic frame and fix the data accessor through the screws or other fixing elements. However, in the above method, it is cumbersome to operate or disassemble the data accessor to loosen or release a large number of screws, and the operation is inconvenient. _ [New content] In view of this, it is necessary to provide a data access device fixing device and a combination thereof which are simple in structure, convenient in operation and quick in operation. - a data access device fixing device comprising: a magnetic frame and a mounting frame for mounting the data accessor, the magnetic frame comprising two side walls, each side wall ^ at least - guiding element and - card slot The mounting frame includes two latching portions, and the frame is slid into the magnetic frame along the guiding component of the magnetic frame, and the two latching portions respectively engage the outer portion of the magnetic frame into the corresponding card slot of the magnetic frame . A data access device fixing device assembly comprising a data access device, a magnetic frame of 7 M310420, and a mounting frame for mounting the data access device, the magnetic frame comprising two side walls, wherein each side wall is provided At least one guiding component, at least one side wall is provided with a card slot, the mounting frame comprises at least one latching portion, and the mounting frame slides into the magnetic frame along the guiding component of the magnetic frame, and the latching portion is self-corring The outside of the frame is snapped into the card slot of the magnetic frame. Compared with the prior art, the data access device fixing device and the combination thereof are fixed to the data access device through the mounting frame, and the mounting frame is fixed to the magnetic frame by the engaging portion and the card slot, and the structure is simple. Easy to operate. [Embodiment] Please refer to FIG. 1 , which is a preferred embodiment of a combination of a data access device fixing device. The data access device fixing device assembly includes a data access device 20 and a data access device fixing device. The data access device fixing device includes a magnetic frame 40, a mounting frame 60 for fixing the data accessor 20, an antistatic elastic member 80, and a plurality of anti-vibration pads 90. The data accessor 20 includes two opposite side edges 22, each of which is provided with a plurality of fixing holes 24. The magnetic frame 40 includes two mutually parallel side walls 42. Each side wall 42 is provided with a sliding piece 422 bent in the magnetic frame 40. The side wall 42 is parallel to the sliding piece 422 and is provided with a sliding path 424 protruding in the magnetic frame 40. The side wall 42 is adjacent to the end portion of the sliding path 424. A guiding piece 426 and a flap 428 are provided. The guiding piece 426 is disposed at one end of the magnetic frame 40 near the data access device 20, and the folded piece 428 is disposed at one end of the magnetic frame 40 away from the data access device 20. The flap 428 is bent away from the end of the slide 424 toward the corresponding slide 422 to form a stop 430. A card slot 432 is defined in each side wall 42 adjacent to the guide piece 426. M310420 The mounting frame 60 includes two mutually parallel side walls 62, and the corresponding ends of the two side walls 62 are connected by a handle 64. A plurality of protrusions 622 are protruded from the outer surface of each of the side walls 62, and the fixing holes 24 of the inner surface corresponding to the data accessor 20 are provided with a plurality of fixing posts 624. The two side walls 62 are provided with two notches 626. The side walls 62 of the two notches 626 are provided with a slot 628. Two side walls 630 are outwardly disposed on the side wall 62 of the slot 628. One end of each of the side walls 62 is slightly bent outward, and is folded back in a direction substantially parallel to the side wall 62, thereby forming an elastic portion 632. The handle 64 is approximately "C" shaped, and a latching portion 642 that can be engaged with the corresponding slot 432 of the magnetic frame 40 is disposed at each end thereof. The free ends of the two elastic portions 632 are respectively connected to the ends of the handle 64 near the hook portion 642. A pull portion 644 for facilitating the operator's pulling is provided in the middle of the handle 64. The middle and the other ends of the two side walls 62 are respectively connected via a connecting bridge 66. The two connecting bridges 66 and the two side walls 62 form a receiving space for receiving the data accessor 20. The elastic member 80 includes two elastic ends 82 and an "L" shaped positioning flap 84 connecting the two elastic ends 82. Two positioning holes 86 are defined in the positioning flap 84. Each of the shock pads 90 is a circular cylinder having a through hole 92 at the center thereof. The anti-vibration pads 90 can be respectively sleeved on the corresponding protrusions 622 of the side walls 62 of the mounting frame 60. Referring to FIG. 2 and FIG. 3, when assembling, the data accessor 20 is first slid into the mounting frame 60 from one end away from the handle 64, and the side wall 62 of the mounting frame 60 is slightly deformed outward until the fixing post 624 They are respectively inserted into the corresponding fixing holes 24 of the data accessor 20, and the two connecting bridges 66 respectively hold the data accessors 20 from both sides, thereby mounting the data accessor 20 to the mounting frame M310420•”60. One end of the positioning flap 84 of the elastic member 80 is inserted into the slot 628 of the side wall 62 of the mounting frame 60, and the positioning post 630 of the mounting frame 60 is inserted into the corresponding positioning hole 86 of the other end of the fixed position piece 84, thereby The elastic member 80 is mounted on the mounting frame 60. At this time, the elastic ends 82 of the elastic member 80 are respectively located at the corresponding notches 626 of the side walls 62 of the mounting frame 60, and one of the elastic ends 82 is placed against the data. The side edges 22 of the picker 20. The shock pads 90 are respectively sleeved on the corresponding protrusions 622 of the side walls 62 of the mounting frame 60. The mounting frame 60 is pushed into the magnetic frame 40 together with the data access device 20, The shock pad 90 slides into the magnetic frame 40 under the guidance of the sliding piece 422, the slide 424 and the guiding piece 426 of the magnetic frame 40 until the distance 64 is reached. The farthest shock pad 90 is in contact with the stop portion 430 of the flap 428 of the magnetic frame 40. In this process, the two elastic portions 632 of the mounting frame 60 are respectively deformed outwardly until the two buckle portions of the handle 64 are respectively The 642 is respectively inserted into the corresponding card slot 432 from the outside of the magnetic frame 40. At this time, the mounting frame 60 and the data accessor 20 are fixed in the magnetic frame 40, and the two elastic ends 82 of the elastic member 80 respectively abut against the data storage. The side φ side 22 of the picker 20 and the side wall 42 of the magnetic frame 40 protect the data accessor 20 from being damaged by static electricity. The shockproof pad 90 is disposed between the mounting frame 60 and the magnetic frame 40, and the data access device 20 Or the vibration of the magnetic frame 40 acts as a buffer. Referring to FIG. 4, when the data accessor 20 is to be taken out, the pulling portion 644 of the handle 64 is pulled in the direction in which the data access device 20 is pulled out, and the elastic portion 632 of the mounting frame 60 is driven. Outwardly deformed, the two latching portions 642 of the handle 64 are withdrawn from the corresponding slots 432 of the magnetic frame 40. The handle 64 is continuously pulled, and the mounting frame 60 and the data accessor 20 are pulled out together with the magnetic frame 40. At this time, Due to the clamping of the two connecting bridges 66 of the mounting frame 60, the data storage 20 will not be automatically removed from the M310420. The accessor 20, the operator needs to force the data accessor 20 to force the side wall 62 of the mounting frame 6 to be deformed to disassemble the data accessor 20. The slide 422 of the magnetic frame 40 of the present invention, The slide 424, the guiding piece 426 and the flap 428 function to guide the mounting frame 6 to slide in or out of the magnetic frame 40'. The guiding elements can be separately or in combination on the side wall of the magnetic pole 4 42. As long as the sliding of the mounting frame 6〇 can be guided, it is not limited to the setting manner of the above preferred embodiment. Similarly, the function of the stopping portion 43 is to assist in stopping the sliding of the mounting frame 60, which may be disposed at the end of other guiding elements such as the sliding piece 422, or may be separately disposed on the side of the magnetic frame 4〇. The magnetic frame 40 of the wall 42 can be provided with a card slot 432 only on one of the side walls 42. Correspondingly, the mounting frame 60 is provided with a latching portion 642. The number of the card slots 432 provided in the magnetic frame can be more than two, and the mounting frame 6 is correspondingly provided with the same number of the fastening portions 642 to fix the mounting frame. 6〇. In summary, this creation has indeed met the requirements of the new patent, and has filed a patent application in accordance with the law. However, the above are only preferred embodiments of the present invention, and 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 scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective exploded view of a preferred embodiment of the present invention. Fig. 2 is a perspective assembled view of the mounting frame, the elastic member, the shock pad and the data access device of the preferred embodiment of the present invention. Figure 3 is a partially cutaway perspective view of a preferred embodiment of the present invention. Figure 4 is a schematic diagram showing the unlocking of the data accessor in the preferred embodiment of the present invention. [Main component symbol description]
資料存取器 20 侧邊 22 固定孑L 24 磁架 40 侧壁 42 滑片 422 滑道 424 導引片 426 折片 428 止擋部 430 卡槽 432 裝設框 60 側壁 62 凸柱 622 固定柱 624 缺口 626 開槽 628 定位柱 630 彈性部 632 把手 64 卡扣部 642 拉動部 644 連接橋 66 彈性件 80 彈性端 82 定位折片 84 定位孔 86 防震墊 90 通孔 92 12Data accessor 20 Side 22 fixed 孑L 24 Magnetic frame 40 Side wall 42 Slide 422 Slide 424 Guide piece 426 Fold 428 Stop 430 Card slot 432 Mounting frame 60 Side wall 62 Post 622 Fixing post 624 Notch 626 Slot 628 Positioning post 630 Elastic portion 632 Handle 64 Snap portion 642 Pulling portion 644 Connecting bridge 66 Elastic member 80 Elastic end 82 Positioning flap 84 Positioning hole 86 Shockproof pad 90 Through hole 92 12