200945324 九、發明說明： •【發明所屬之技術領域】 本發明係一種資料存取器固定裝置。 【先前技術】 現有電腦、伺服器中常透過磁架將資料存取器如硬 碟等固定在機殼内’以擴展或加強電腦的功能。而將資 料存取器固定於磁架的方法又分為多種，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終透 過螺絲或其他固定元件將資料存取器固定。然而，在上 f方法中，安裝和拆卸資料存取器時都需要擰緊或鬆釋大 垔的螺絲，過程繁瑣，操作不便。 【發明内容】 鑒於以上，有必要提供一種結構簡單，操作方便快捷 的資料存取器固定裝置。 〇 一種資料存取器固定裝置，包括用以收容一資料存取 器的一磁架，該磁架包括相對的一第一固定壁及一第二固 定壁’該第一固定壁與該第二固定壁中至少其一的内侧設 有至少一固定該資料存取器的卡固件，該第一固定壁一端 垂直延伸-第-端臂，該第二固定壁的對應端垂直延伸一 滑動收容於該第-端臂的第二端臂，該第一端臂拖轉連接 一具有至少—推動壁㈣作件，該操作件具有-擋止面及 -外露於該磁架的操作部’該第二端臂上設有—卡固部及 至少-抵擋件，該擋止面抵擋於該第二端臂的卡固部朝向 7 200945324 該第二固定壁的一侧，轉動 脫離抵擋該卡固部，該操作：的❼操作部，該擋止面 該第推動壁推動該抵擔件帶動 第一固疋壁㈣離該資料存取器的方向運動。 相較現有技術，上述眘粗左 該操作件而將該第-固定；固定裝置透過旋轉 或解鎖’i該操作件可推動第二固定 ’ 方便將=貝料存取器解鎖，該資料存 ❹ 固定裝置結構簡單，操作方 【實施方式】 文 -月參照圖1與圖3 ’為本發明資料存取器固定裝置的 ，佳實施方式’用於鎖固—資料存取g 1()。該資料存取 器固^裝置包括—磁架2G、—操作件3G、兩抵檔件40、 -擋蓋50及-把手60。在本實施方式中，每一抵擒件 40為一銷轴。 該資料存取器10包括兩相對的侧壁12，每一側壁 12上間隔設有兩固定孔123。 Ο 请一併參照圖1與圖2，該磁架20包括相對的一第 一固定壁21及一第二固定壁22。該第一及第二固定壁 21、22的内側壁上對應該資料存取器的兩側壁12上 的固定孔123分別設有兩卡固件211、221。該第一固定 壁21的前端垂直延伸一第一端臂24。該第一端臂24包 括分別垂直連接於該第一固定壁21上下兩侧的兩板體 241、242。該等板體241、242的前後兩侧緣分別連接有 一擋板243、245，且該等板體241、242之間於鄰近中間 處垂直設有一固定塊244。該等板體241、242的自由端 8 200945324 向前延伸一樞轉部246 ’該樞轉部246沿豎直方向設有一 樞轉孔247。該等板體241、242的前侧緣鄰近該樞轉部 246處分別設有一缺口 248，該等板體241、242分別在 對應缺口 248與該樞轉部246之間設有一樞轉孔249。該 弟二固定壁22的前端與該第叫〜.王 對應垂直延伸一第二端臂26。該第二端臂26包括分別垂 直連接於該第二固定壁22上下兩侧的兩板體261、262。 該等板體261、262的自由端分別設有一凹槽263，該等 ©板體261、262鄰近該第二固定壁22分別設有一朝向對 應凹槽263方向延伸的長形滑槽264。該等板體261、262 的刚邊緣於鄰近對應的滑槽264遠離第二固定壁的一 端處分別設有一凸耳265，該等板體261、262的前邊緣 鄰接對應的凸耳265處分別設有-穿孔266。該等板體 261、262之間鄰近t間處垂直設有-卡固部267。 32 包括—橫截面大致為—正五邊形的主體 〇邱322，； J該主體32的一頂角處延伸出-樞轉 該樞轉部322相正對的二，孔323 °該主體32與 邳止對的一侧面為一向該主體32中心凹陷 弧面中部形成一凹陷的卡槽似。該操作： 與相鄰w 拐^處向外延伸。該弧面324 部與該弧面及該弧形㈣7 °該主體％的中 32的中部的上下 ，間形成一間隙。該主體 部326,其中每—凹二^形成一大致呈正五邊形的凹陷 凹 326 的侧；^ μ & s ^ 向該主體32的弧形拐角325 的==切均朝 母頂角327的遠離操作 9 200945324 部34的一侧具有一推動壁328。 該擋蓋50可裝設於該磁架20的第一固定壁21的第 _ 一端臂24的前側，該擋蓋50設有一開口 51。 ' 該把手60包括兩側壁62，該兩側壁62之間形成一 收容空間。該把手60的一端設有一可卡固於該擋蓋50 的卡扣61，另一端的兩側壁62分別設有一通孔63。 組裝時，首先，將該第二固定壁22的第二端臂26 由該第一固定壁21的第一端臂24的自由端插入該等板 ❾體241、242之間，直至該第二端臂26的板體261、262 自由端的凹槽263抵頂於該第一端臂24的固定塊244， 該等板體261、262的前後兩邊緣分別擋止於該第一端臂 24的擋板243、245。此時，該第二端臂26可滑動地收 容於該第一端臂24内，且該第一端臂24的板體241、242 上的樞轉孔249分別對準該第二端臂26的板體261、262 的滑槽264鄰近該第二固定壁22的一端，該第二端臂26 的板體261、262上的穿孔266分別外露於該第一端臂24 ❹的板體241、242上的缺口 248。其次，將該操作件30置 於該第二端臂26的板體261、262之間，使該操作件30 的操作部34朝向該磁架20的外部，該操作件30的樞轉 部322的柩轉孔323對準該第一端臂24的板體241、242 上的樞轉孔249。將一銷轴80依次插入該第一端臂24的 擋板241的樞轉孔249、該第二端臂26的擋板261的滑 槽264、該操作件30的樞轉孔323、該第二端臂26的擋 板262的滑槽264及該第一端臂24的擋板242的樞轉孔 249，從而將該操作件30可樞轉地轉設於該磁架20。此 200945324 時，該銷軸80抵頂於該等板體261、262的滑槽264鄰 近該第一固疋壁22的一端。向該第一固定壁21方向轉 動該操作件30,直至該第二端臂26的卡固部加卡置於 省，作件30的弧面的卡槽324，該操作件3〇停止轉動， 該第二固定壁22被鎖固於該第一固定壁21。將抵擋件 4〇分別由該第二端臂26的上下兩侧插入該等板體261、 2的穿孔266，使該抵擋件4〇的底部分別收容於該操 於辞^此〇雜的兩凹陷部326内，該擋止件40的頂部分別與 =一她壁261、262齊平。最後，將該擋蓋50裝設於該 筌sn μ 的則侧，該操作件3〇的操作部34穿過該擋 =:二51而外露於該擋蓋5 〇。將該把手6 0的兩侧 依次插入該把手6〇 S 加，一銷轴7〇 轉孔247及該把手6〇另 <的通孔63、該樞轉部246的樞 60 ® 另一側壁的通孔63,從而將該把手 办ϋ該磁架2〇。轉動該把手6〇,該把Ϊ 34收t二把丰固於該擋蓋5〇上’該操作件30的操作部 收今於該把手60的收容空間内，可以防卜斟彳婭am 30的誤操作，如圖3及圖4所示内了以防止對該标作件 "月參…、圖5，要裝入該資料存取器1〇時θ 該把手60,使把手6〇盘 取:10化’向外撥動 圖6至圖7,向外轉動^ : 〇脫離卡扣。繼續參照 部34帶動該操作件3〇::體件JO ::作部34，該操作 端臂26的卡固部267脫 向卜轉動，直至該第二 並相對越過該操作件3〇二操作件30的弧面的卡槽324 乍件3〇的弧形拐角325,該第二固定壁 11 200945324 22與該第—固定壁 於該操作件30㈣Γ 該㈣件4G分別處 >動該操作部34,兮凹^陷部326的頂角327處。繼續轉 -4n μ 326的推動壁328推動對;* # 抵擋件40帶動該第㈣應的 的方向運動。J1 向遠離該第-固定壁21 轉部246時，_於該第一端臂24的樞 固定壁21的方°= 停止轉動，科向遠離該第一 U疋壁21的方向拉動該第二 26的滑槽264遠離該 直至该第一端臂 ❹銷軸80。此時，“ 一：二22的-端分別抵頂於該 間的距離最遠如\第8一戶斤固定壁腺22與該第一固定壁以之 第一固定卷9! b圖*所不。將該資料存取器10放於該 21上的卡固件-固定壁22之間’使第-固定壁 二固定壁22直至技择彳/ 固疋壁21的方向推動該第 應凹陷部326 分別抵接於該操作件30的對 ；^^ ^^. 22 , ©動壁咖而帶動該操作件^的對應⑽部326的推 棘叙，古石—Γ 向該第一固定壁21的方向 請抵頂：：t=f2624\H 262自由端的凹 頂於該等板體 二固定壁21上的卡固件：二^ 取器10的對應固定孔123， 3。的弧形拐角3:5:=:轉:::作:34 ’該操作件 、茨罘一知臂26的卡固部267，該 12 200945324 操作件30的卡槽324卡固於該卡固部2 從而該第二固Μ 22鎖固於該第—固 圖5所示’ 取器10被鎖固。請參照圖3與圖4，轉動=資料存 鎖固於該擋蓋50並遮擋住該操作二〇:作^ 要取出該資料存取器10時，只 6〇’再向外轉動該操作件30的操作部^將該2 = :22推開一定距離’最後再向外拉動該第二 〇從而可將該資料存取器10取出。 壁22 ’ ^其，實施方式中，該操作件3Q的主體Μ的橫截 還了以係類似圓形或其他凸多邊形’該凹陷的卡槽似 作件30的一側；該操作件3〇的 曰 係類似圓形或其他凸多邊形。 4」^ 綜上料，本發明符合發明相要件，爰依法提出專 利申請。惟，以上所述者僅為本發明之較佳實施方式，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圍内。 【圖式簡單說明】 欠圖1係本發明資料存取器固定裝置較佳實施方式盥 一資料存取器的立體分解圖。 二圖2係本發明資料存取器固定裝置較佳實施方式與 該資料存取器於另一方向的立體分解圖。 一圖3係本發明資料存取器固定裝置較佳實施方式與 該資料存取器的立體組裝圖。 ” 圖4係圖3於另一方向的橫截面圖。 13 200945324 圖5至圖7係本發明資料存取器固定裝置較佳實施 方式於不同狀態下的橫截面圖。 圖8係本發明資料存取器固定裝置較佳實施方式與 該資料存取器完全解鎖時的橫截面圖。 【主要元件符號說明】200945324 IX. Description of the invention: • Technical field to which the invention pertains The present invention is a data access device fixing device. [Prior Art] In existing computers and servers, a data access device such as a hard disk or the like is often fixed in a casing through a magnetic frame to expand or enhance the function of the computer. The method of fixing the data accessor to the magnetic frame is further divided into a plurality of methods, for example, the data access device can be directly locked in the magnetic frame by screws; or the sliding device can be first screwed to the data access device. Side, then slide into the magnetic frame and finally secure the data accessor with screws or other fixing elements. However, in the above method f, when installing and removing the data accessor, it is necessary to tighten or loosen the screws of the large file, which is cumbersome and inconvenient to operate. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a data accessor fixing device which is simple in structure and convenient in operation. A data access device fixing device comprising a magnetic frame for accommodating a data access device, the magnetic frame comprising a first fixed wall and a second fixed wall, the first fixed wall and the first The inner side of at least one of the two fixed walls is provided with at least one fastener for fixing the data accessor, the first fixed wall has one end extending vertically - the first end arm, and the corresponding end of the second fixed wall extends vertically and slides to receive a second end arm of the first end arm, the first end arm dragging connection has at least a pushing wall (four), the operating member has a blocking surface and an operating portion exposed to the magnetic frame The second end arm is provided with a locking portion and at least a resisting member, the blocking surface resisting the locking portion of the second end arm facing the side of the second fixing wall of the corner of 2009200924, and the rotation is disengaged to resist the locking And the operation: the ❼ operating portion, the urging surface pushes the urging member to move the first fixing wall (4) away from the data accessor. Compared with the prior art, the above-mentioned caution is used to carefully move the first-fixing device; the fixing device transmits or unlocks the 'i. The operating member can push the second fixing' to facilitate unlocking the bermant accessor, and the data is stored. The structure of the fixing device is simple, and the operation method is the same as that of the data access device fixing device of the present invention. The preferred embodiment is used for locking-data access g 1 (). The data access device includes a magnetic frame 2G, an operating member 3G, two abutting members 40, a shutter 50 and a handle 60. In the present embodiment, each of the abutting members 40 is a pin. The data accessor 10 includes two opposite side walls 12, and each of the side walls 12 is spaced apart from two fixing holes 123. Referring to FIG. 1 and FIG. 2 together, the magnetic frame 20 includes an opposite first fixed wall 21 and a second fixed wall 22. The fixing holes 123 of the inner side walls of the first and second fixing walls 21, 22 corresponding to the side walls 12 of the data accessor are respectively provided with two fasteners 211, 221. The front end of the first fixed wall 21 extends perpendicularly to a first end arm 24. The first end arm 24 includes two plate bodies 241, 242 that are vertically connected to the upper and lower sides of the first fixed wall 21, respectively. A baffle 243, 245 is respectively connected to the front and rear edges of the plate bodies 241, 242, and a fixed block 244 is vertically disposed between the plate bodies 241, 242. The free ends 8 200945324 of the plates 241, 242 extend forwardly by a pivoting portion 246' which is provided with a pivot hole 247 in the vertical direction. The front side edges of the boards 241 and 242 are respectively provided with a notch 248 adjacent to the pivoting portion 246. The plate bodies 241 and 242 respectively define a pivot hole 249 between the corresponding notch 248 and the pivoting portion 246. . The front end of the second fixed wall 22 extends perpendicularly to the second end arm 26 corresponding to the first. The second end arm 26 includes two plates 261, 262 that are vertically connected to the upper and lower sides of the second fixing wall 22, respectively. The free ends of the slabs 261, 262 are respectively provided with a recess 263. The slabs 261, 262 are respectively disposed adjacent to the second fixed wall 22 with an elongated slot 264 extending toward the corresponding recess 263. The rims 265 are respectively disposed at the edges of the slabs 261 and 262 adjacent to the corresponding sliding slots 264 away from the second fixing wall. The front edges of the slabs 261 and 262 are adjacent to the corresponding lugs 265 respectively. Available - perforated 266. A rigid portion 267 is disposed between the plates 261, 262 adjacent to the interval t. 32 includes a main body 横截 322 having a cross-section that is substantially a regular pentagon, J; a corner of the main body 32 extending out - pivoting the pivoting portion 322 opposite the second, the hole 323 ° the main body 32 One side of the pair is opposite to the center of the central concave surface of the main body 32 to form a concave card groove. The operation: Extending outward with the adjacent w turn ^. A gap is formed between the arcuate surface 324 and the arc surface and the arc (4) 7 ° the middle portion of the middle portion 32 of the main body %. The main body portion 326, wherein each of the concave portions forms a side of a substantially regular pentagonal concave concave portion 326; ^ μ & s ^ to the curved corner 325 of the main body 32 == cut to the parental angle 327 Aside from operation 9 200945324, one side of portion 34 has a push wall 328. The cover 50 can be mounted on the front side of the first end arm 24 of the first fixed wall 21 of the magnetic frame 20, and the cover 50 is provided with an opening 51. The handle 60 includes two side walls 62, and a receiving space is formed between the side walls 62. One end of the handle 60 is provided with a buckle 61 that can be fastened to the cover 50, and two side walls 62 of the other end are respectively provided with a through hole 63. When assembling, firstly, the second end arm 26 of the second fixing wall 22 is inserted between the plate ends 241, 242 from the free end of the first end arm 24 of the first fixing wall 21 until the second The recesses 263 of the free ends of the plates 261, 262 of the end arms 26 abut against the fixing blocks 244 of the first end arms 24. The front and rear edges of the plates 261, 262 are respectively blocked by the first end arms 24. Baffles 243, 245. At this time, the second end arm 26 is slidably received in the first end arm 24, and the pivot hole 249 on the plate bodies 241, 242 of the first end arm 24 is respectively aligned with the second end arm 26 The sliding groove 264 of the plate body 261, 262 is adjacent to one end of the second fixing wall 22, and the through hole 266 of the plate body 261, 262 of the second end arm 26 is exposed to the plate body 241 of the first end arm 24 242 on the gap 242. Next, the operating member 30 is placed between the plates 261, 262 of the second end arm 26 such that the operating portion 34 of the operating member 30 faces the outside of the magnetic frame 20, and the pivoting portion 322 of the operating member 30 The turns 323 are aligned with the pivot holes 249 on the plates 241, 242 of the first end arm 24. Inserting a pin 80 into the pivot hole 249 of the baffle 241 of the first end arm 24, the sliding groove 264 of the baffle 261 of the second end arm 26, the pivot hole 323 of the operating member 30, the first The sliding groove 264 of the baffle 262 of the two end arms 26 and the pivot hole 249 of the baffle 242 of the first end arm 24, thereby pivotally pivoting the operating member 30 to the magnetic frame 20. At the time of 200945324, the pin 80 abuts against the sliding groove 264 of the plates 261, 262 adjacent to one end of the first fixing wall 22. Rotating the operating member 30 in the direction of the first fixed wall 21 until the locking portion of the second end arm 26 is stuck to the card slot 324 of the curved surface of the workpiece 30, and the operating member 3〇 stops rotating. The second fixing wall 22 is locked to the first fixing wall 21 . The abutting members 4 are respectively inserted into the through holes 266 of the plate bodies 261 and 2 from the upper and lower sides of the second end arms 26, so that the bottoms of the abutting members 4 are respectively accommodated in the two noisy In the recessed portion 326, the top of the stopper 40 is flush with the = one of the walls 261, 262, respectively. Finally, the cover 50 is mounted on the side of the 筌sn μ, and the operating portion 34 of the operating member 3 穿过 passes through the stop =: 51 and is exposed to the cover 5 〇. The two sides of the handle 60 are sequentially inserted into the handle 6 〇 S plus, a pin 7 〇 turn 247 and the handle 6 通 another < through hole 63, the pivot portion 246 pivot 60 ® the other side wall The through hole 63, so that the handle is handled by the magnetic frame 2〇. When the handle 6 is rotated, the handle 34 is closed and the second operation portion is enlarged on the cover 5'. The operation portion of the operation member 30 is received in the accommodating space of the handle 60, and the 斟彳 am am 30 can be prevented. The misoperation, as shown in FIG. 3 and FIG. 4, is to prevent the labeling member from being attached to the labeling device, and the handle 60 is to be loaded into the data accessor 1 Take: 10's outward to move Figure 6 to Figure 7, turn outwards ^ : 〇 off the buckle. The reference member 34 continues to drive the operating member 3:: body member JO: the portion 34, the locking portion 267 of the operating end arm 26 is turned away from the rotation until the second and relatively over the operating member 3 The curved groove 324 of the piece 30 is a curved corner 325 of the piece 3〇, the second fixed wall 11 200945324 22 and the first fixed wall are respectively located at the operating member 30(4) Γ the (4) piece 4G> 34, at the top corner 327 of the depression 326. Continue to rotate the push wall 328 of -4n μ 326 to push the pair; * # resist member 40 drives the direction movement of the fourth (fourth). When J1 is away from the first fixed wall 21, the portion _ of the first end arm 24 is stopped to rotate, and the second direction is pulled away from the first U-wall 21 The chute 264 of 26 is remote from the first end arm pin axis 80. At this time, the distance between the ends of the ones and the ends of the two ends is as far as the distance between the two ends. For example, the first fixed volume of the fixed wall gland 22 and the first fixed wall are 9! No. The data accessor 10 is placed between the fastener-fixing wall 22 of the 21 to push the first fixed wall 22 to the first recess 22 to push the first recess in the direction of the 彳/solid wall 21 326 respectively abutting the pair of the operating member 30; ^^ ^^. 22, © the wall-to-wall coffee to drive the corresponding (10) portion 326 of the operating member ^, the ancient stone - Γ to the first fixed wall 21 Please turn to the top of the direction:: t=f2624\H 262 The free end of the concave end is on the fixing plate 21 of the plate body 2: the corresponding fixing hole 123, 3. The curved corner 3:5 :=: turn::: for: 34 'the operating member, the locking portion 267 of the arm 26, the 12,304,453,24, the slot 324 of the operating member 30 is engaged with the locking portion 2 so that the second solid Μ 22 is locked in the first-solid figure 5, the picker 10 is locked. Please refer to FIG. 3 and FIG. 4, the rotation=data lock is fixed on the cover 50 and blocks the operation. To remove the data accessor 10, only 6 〇 'again The operating portion of the operating member 30 is rotated outwardly to push the 2 = :22 by a certain distance. Finally, the second cymbal is pulled outward to remove the data accessor 10. The wall 22' ^, in the embodiment The cross-section of the main body 该 of the operating member 3Q is further provided with a side similar to a circular or other convex polygon of the recessed card slot 30; the cymbal of the operating member 3 is similar to a circle or other convex Polygon. 4"^ In summary, the present invention meets the requirements of the invention and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and those skilled in the art will be able to devise the equivalents of the present invention within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a data access device fixing device of the present invention. 2 is a perspective exploded view of the preferred embodiment of the data accessor fixture of the present invention and the data accessor in another direction. Figure 3 is a perspective assembled view of a preferred embodiment of the data accessor fixture of the present invention and the data accessor. Figure 4 is a cross-sectional view of Figure 3 in another direction. Figure 3 to Figure 7 is a cross-sectional view of a preferred embodiment of the data accessor fixture of the present invention in different states. Figure 8 is a view of the present invention. A cross-sectional view of a preferred embodiment of the accessor fixture and when the data accessor is completely unlocked. [Description of main component symbols]
資料存取器 10 侧壁 12、62 滑軌 123 磁架 20 第一固定壁 21 第二固定壁 22 卡固件 211 > 221 第一端臂 24 板體 241、242 ' 261 ' 262 擋板 243 > 245 固定塊 244 樞轉部 246 、 322 樞轉孔 247 ' 249 第二端臂 26 凹槽 263 長形滑槽 264 凸耳 265 穿孔 266 卡固部 267 操作件 30 主體 32 卡槽 324 拐角 325 凹陷部 326 頂角 327 推動壁 328 操作部 34 抵擋件 40 擋蓋 50 開口 51 把手 60 卡扣 61 通孔 63 銷軸 70 > 80 14Data accessor 10 side wall 12, 62 slide rail 123 magnetic frame 20 first fixed wall 21 second fixed wall 22 fastener 211 > 221 first end arm 24 plate 241, 242 '261 ' 262 baffle 243 > 245 Fixing block 244 Pivot part 246, 322 Pivot hole 247' 249 Second end arm 26 Groove 263 Long chute 264 Lug 265 Perforation 266 Clamping part 267 Operating part 30 Main body 32 Card slot 324 Corner 325 Depression Section 326 Top corner 327 Pushing wall 328 Operating part 34 Resisting member 40 Stop 50 Opening 51 Handle 60 Buckle 61 Through hole 63 Pin 70 > 80 14