M329842 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種固定裝置，尤指一種資料存取器之固 定裝置。 【先前技術】 一般的電腦系統中至少會安裝一資料存取器，如硬碟 機、光碟機及軟碟機等。為能使該資料存取器更好地工作， 常常需要對其進行固定。 如一種資料存取器固定裝置，包括一磁架、一可安裝 於該磁架上之滑動件及兩可安裝於該滑動件上之操作件。 該磁架包括兩平行之側板，該兩側板之一開設兩通孔並於 兩通孔間向外垂直突設兩具有螺孔之螺柱。該滑動件對應 該磁架之側板之兩通孔及兩螺柱分別設有兩對突片及兩安 裝孔，並於其兩相對長邊緣彎折兩對個有螺孔之凸耳。每 一操作件對應該滑動件之每對凸耳設有一對具有枢轉孔之 •樞轉部。安裝後，該滑動件藉由其上之兩安裝孔對應套設 於該側板之兩螺柱上，並藉由兩螺絲鎖固在該兩螺柱上而 滑動裝設於該側板上。該兩操作件分別藉由兩螺絲固定在 該滑動件的對應凸耳上而可旋轉地安裝於該滑動件上，並 於轉動時可驅使該滑動件沿該兩螺柱滑動。 然而，於上述資料存取器固定裝置中，該滑動件及言 兩操作件均係藉由螺絲固定’於固定時需要使用螺絲起： 專工具’極不方便固定該滑動件及該操作件。此外，安弟 該資料存取器時’需手動地將該資料存取器之固定孔分及 M329842 與該π動件之突片對齊，極不方便安裝該資料存取器。 【新型内容】 鑒於以上内容，有必要提供一種方便將一滑動件安裝 於一磁架上之資料存取器固定裝置。 时-種資料存取器固定裝置，用以固定至少一資料存取 益包括-用以收容該至少一資料存取器之磁架、一用以 •將該至少―資料存取11固定於該磁架中之滑動件及-鎖固 -件，該磁架包括-側板，該滑動件之一端可滑動地固定於 該側板上’該鎖固件可旋轉地安裝於該磁架之側板上並卡 扣=該滑動件之另—端’以將該滑動件之另—端可滑動地 固定於該側板與該鎖固件之間。 與習知技術相比，於本創作資料存取器固定裝置中， 該滑動件之—端可㈣地固定於該磁架之側板上，另一端 則藉由旋轉安裝於該侧板上之鎖固件而可滑動地固定於該 側板上，因而可很方便地將該滑動件安裝於該磁架上或自 該磁架上拆卸下。 【實施方式】 請參閱圖1，本創作資料存取器固定裝置之較佳 方式包括一磁架10、一滑動件2〇、一鎖固件3〇及一彈簧 該磁架10包括相互連接之一頂板12、一與該頂板12 平行之底板14及相互平行之兩側板16、18。該兩侧板16、 18分別與該頂板12及底板14垂直，且其前邊緣分別向外 垂直彎折-折邊162、182。該兩側板16、18分別開設複 M329842 數大致與該頂板12平行之滑道164、184，每一滑道164、 < 184分別延伸至該折邊162、182,並分別形成一入口 166、 :186(請參閱圖2)。該侧板16於其後端頂部靠近該頂板12 " 處向外垂直彎折兩平行該頂板12之突片168,每一突片168 開設一樞轉孔1682。該侧板16於該兩突片168之後側向 外垂直彎折一垂直該兩突片168之卡扣片170，該卡扣片 • 170開設一卡扣孔1702。該侧板16於後端中部向外垂直彎 _折一大致平行該頂板12之支撐片172,該支撐片172於一 鲁大致平行該頂板12之邊緣上開設一缺口 1722。該側板16 之後端底部靠近該底板14向外垂直彎折一大致平行該底 板14之定位片174，該定位片174開設一滑孔1742。 請參閱圖1及圖2，該滑動件20可安裝於該磁架10 之侧板16上，包括一與該側板16平行之侧壁22及自該側 壁22之四邊緣同向垂直彎折之一頂壁23、一與該頂壁23 平行之底壁24及兩相互平行之折壁25、26。該侧壁22開 鲁設一長方形通孔222。該通孔222之上邊緣向内垂直彎折 一定位部2224，該定位部2224向下延伸一突柱2226，用 以使該彈篑40套設於其上。該通孔222之下邊緣向外垂直 彎折一操作部2228。該侧壁22内侧表面對應該磁架10之 侧板16之滑道164突設複數卡扣部224，每一卡扣部224 包括一傾斜部2242及一自該傾斜部2242之頂端向下彎折 形成之阻擋部2244。該頂壁23向上突設一滑動柱232,該 底壁24向下突設一滑動柱242。該兩折壁25、26分別與 該頂壁23及底壁24垂直。該折壁25靠近該侧壁22之每 M329842 一傾斜部2242分別開設一缺口 252。 - 該鎖固件30可旋轉地安裝於該磁架10之侧板16之兩 : 突片168上，包括一基部32及自該兩基部32之上下兩邊 " 緣同向垂直彎折之兩平行樞轉部34。該基部32之後邊緣 向外彎折一折邊322，並於靠近該後邊緣之内侧突設一彈 性卡鉤324。該兩樞轉部34分別向外突設一枢轉軸342， .並分別於該樞轉轴342之後側開設一缺口 344。 請參閱圖3及圖4，驅使該磁架10之侧板16之兩突 籲片168向外彈性擴張，以使該鎖固件30之兩樞轉部34能 夠置放於該兩突片168間，並使該兩樞轉部34之框轉轴 342分別對應該兩突片168之樞轉孔1682,於該兩突片168 彈性回復後，該兩框轉部34之樞轉軸342分別插入該兩突 片168之樞轉孔1682中，從而將該鎖固件30可旋轉地安 裝於該兩突片168上。 將該彈簧40套設於該滑動件20之突柱2226上，使該 •滑動件20之底壁24之滑動柱242插入該磁架10之側板 16之定位片174之滑孔1742中，並使該滑動件20緊貼於 該侧板16上。此時，該滑動件20之頂壁23之滑動柱232 位於該卡扣片170與該兩突片168間，該定位部2224之突 柱2226卡入該側板16之支撐片172之缺口 1722中，該彈 簧40被夾持於該定位部2224與該支撐片172間。 轉動該鎖固件30，當該鎖固件30之卡鉤324卡入該 磁架10之側板16之卡扣片170之卡扣孔1702中時，該鎖 固件30藉由該卡鉤324與該卡扣片170卡扣配合而防止該 M329842 鎖固件30反向轉動，該滑動件20之頂壁23之滑動柱232 : 卡入該鎖固件30之兩樞轉部34之缺口 344中，該鎖固件 30因而卡扣於該卡扣片170上，並將該滑動件20之滑動 ^ 柱232可滑動安裝於該磁架10之侧板16與該鎖固件30 間。該滑動件220因而可滑動地安裝於該磁架10之側板 16上。此時，該彈簧40具有一初始長度，該滑動件20處 -於一第一位置，該滑動件20之卡扣部224之傾斜部2242 _之頂端大致分別與該磁架10之側板16之對應滑道164之 鲁上邊緣大致平齊。 若要拆卸該滑動件20，僅需使該鎖固件30之彈性卡 鉤324與該磁架10之卡扣片170之卡扣孔1702脫離，從 而可轉動該鎖固件30以使該滑動件20之滑動柱232脫離 該鎖固件30之缺口 344，此時，使可將該滑動件20之滑 動柱242拉出該磁架10之定位片174之滑孔1742。該滑 動件20便可自該磁架10之側板16上拆下。 φ 請參閱圖5，本創作資料存取器固定裝置可用以安裝 多個資料存取器50。每一資料存取器50包括兩相互平行 之侧壁52，每一側壁52上設有兩固定柱54。 安裝該資料存取器50時（以安裝一該資料存取器50 為例），將該資料存取器50之固定柱54分別沿該磁架10 之兩侧板16之入口 166、186滑入對應滑道164、184中。 當該資料存取器50之固定柱54穿入該滑動件20之折壁 25之對應缺口 252而抵觸該滑動件20之卡扣部224之傾 斜部2242時，該固定柱54將擠壓該傾斜部2242以驅使該 9 M329842 滑動件20向下滑動，此時，該彈簧40受該滑動件20之定 1 位部2224擠壓而彈性收縮。當該固定柱54滑到該傾斜部 :2242之頂端時，該彈簧40具有一小於該第一長度之第二 ‘ 長度，該滑動件20處於一第二位置，該滑動件20之卡扣 部224位於該對應滑道164之下方。當該固定柱54越過該 傾斜部2242之頂端後，該彈簧40從該第二長度回復到該 ，第一長度，並因而擠壓該定位部2224，以驅使該滑動件20 _自該第一位置向上滑向該第二位置。當該滑動件20滑到該 鲁第二位置時，該滑動件20之卡扣部224之阻擂部2244阻 擋該固定柱54，以防止該資料存取器50反向滑動，並因 而將該資料存取器50固定於該磁架10中。 拆卸該資料存取器50時，向下按壓該操作部2228使 該滑動件20自該第一位置向下滑動到該第二位置，該彈簧 40受該定位部2224擠壓而自該第一長度收縮到該第二長 度，該滑動件20之卡扣部224位於該對應滑道164之下 鲁方，該阻擋部2244不再阻擋該資料存取器50之固定柱 54，該資料存取器50因而可向外滑動，直至脫離該磁架 10 〇 本創作資料存取器固定裝置藉由該可旋轉之鎖固件 30來固定該滑動件20，無需使用螺絲起子等工具，很方便 固定與拆卸該滑動件20，且，使用時，僅需使該資料存取 器50上之固定柱54沿該磁架10之側板16之滑道164滑 動直至與該滑動件20卡扣部224卡扣配合及滑動該滑動件 20使該卡扣部224與該固定柱54脫離即可，很方便固定 M329842 與拆卸該資料存取器5〇。 綜上所述，本創作確已符合新型專利要求，爰依法提 出專利申請。惟，以上所述者僅為本創作之較佳實施方式， 舉凡熟悉本創作技藝之人士，爰依本創作之精神所作之等 效修飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 ’圖1係本創作資料存取器固定裝置較佳實施方式之立 -體分解圖。 ► 圖2係圖1之另一視角之立體圖。 圖3係圖1之立體組裝圖。 圖4係圖1之另一立體組裝圖。 圖5係圖3之資料存取器固定裝置與一資料存取器之 組裝示意圖。 【主要元件符號說明】 磁架 10 頂板 12 ，底板 14 側板 16、18 折邊 162、182 滑道 164 、 184 入〇 166 、 186 突片 168 樞轉孔 1682 卡扣片 170 卡扣孔 1702 支撐片 172 缺D 1722 定位片 174 滑孔 1742 滑動件 20 側壁 22 通孔 222 定位部 2224 突柱 2226 11 224 224 M329842 操作部 2228 卡扣部 傾斜部 2242 阻擋部 頂壁 23 滑動柱 底壁 24 滑動柱 折壁 25、26 缺口 鎖固件 30 基部 ，折邊 322 卡鉤 框轉部 34 樞轉軸 ’缺口 344 彈簧 資料存取器 50 側壁 固定柱 54 2244 232 242 252 32 324 342 40 52M329842 VIII. New description: [New technical field] The present invention relates to a fixing device, in particular to a fixing device for a data access device. [Prior Art] At least one data access device, such as a hard disk drive, a CD player, and a floppy disk drive, is installed in a general computer system. In order for the data accessor to work better, it is often necessary to fix it. For example, a data access device fixing device includes a magnetic frame, a sliding member mountable on the magnetic frame, and two operating members mountable on the sliding member. The magnetic frame includes two parallel side plates, and one of the two side plates defines two through holes, and two studs having screw holes are vertically protruded outwardly between the two through holes. The sliding member is provided with two pairs of protrusions and two mounting holes corresponding to the two through holes and the two studs of the side plate of the magnetic frame, and two pairs of lugs having screw holes are bent at two opposite long edges. Each of the operating members is provided with a pair of pivoting portions having pivot holes corresponding to each pair of lugs of the slider. After being installed, the sliding member is sleeved on the two studs of the side plate by two mounting holes, and is slidably mounted on the side plate by two screws. The two operating members are rotatably mounted on the sliding member by two screws respectively fixed on the corresponding lugs of the sliding member, and can drive the sliding member to slide along the two studs when rotating. However, in the above data access device fixing device, the slider and the two operating members are fixed by screws. When the fixing is performed, it is necessary to use a screw: the special tool is extremely inconvenient to fix the sliding member and the operating member. In addition, when the data accessor is used, it is necessary to manually align the fixing hole of the data accessor and the M329842 with the tab of the π moving member, which is extremely inconvenient to install the data accessor. [New Content] In view of the above, it is necessary to provide a data access device fixing device that facilitates mounting a slider on a magnetic frame. The data access device fixing device for fixing at least one data access benefit includes: a magnetic frame for accommodating the at least one data access device, and a method for: fixing the at least one data access 11 to the a sliding member and a locking member in the magnetic frame, the magnetic frame including a side plate, one end of the sliding member being slidably fixed to the side plate. The locking member is rotatably mounted on the side plate of the magnetic frame and is stuck Buckle = the other end of the slider to slidably secure the other end of the slider between the side panel and the lock. Compared with the prior art, in the present invention, the end of the slider can be fixed (four) to the side plate of the magnetic frame, and the other end is rotated by the lock mounted on the side plate. The firmware is slidably fixed to the side plate, so that the slider can be conveniently mounted on or detached from the magnetic frame. [Embodiment] Referring to FIG. 1, a preferred embodiment of the present invention includes a magnetic frame 10, a sliding member 2A, a locking member 3A, and a spring. The magnetic frame 10 includes one of the interconnections. The top plate 12, a bottom plate 14 parallel to the top plate 12, and mutually parallel side plates 16, 18. The two side plates 16, 18 are perpendicular to the top plate 12 and the bottom plate 14, respectively, and the front edges thereof are vertically bent outwardly-folded 162, 182, respectively. The two side plates 16 and 18 respectively define a plurality of slides 164 and 184 which are substantially parallel to the top plate 12, and each of the slide rails 164 and 184 extend to the flanges 162 and 182, respectively, and form an inlet 166, respectively. :186 (see Figure 2). The side panel 16 is bent perpendicularly outwardly from the top end of the top panel 16 and adjacent to the tab 168 of the top panel 12, and each of the tabs 168 defines a pivot hole 1682. The side plate 16 is vertically bent outwardly from the two protruding pieces 168 to a locking piece 170 perpendicular to the two protruding pieces 168. The locking piece 170 defines a locking hole 1702. The side panel 16 is bent perpendicularly outwardly from the central portion of the rear end to a support piece 172 substantially parallel to the top plate 12. The support piece 172 defines a notch 1722 on the edge of the top plate 12 substantially parallel to the top plate. The bottom end of the rear side of the side panel 16 is bent perpendicularly outwardly from the bottom plate 14 to a positioning piece 174 substantially parallel to the bottom plate 14. The positioning piece 174 defines a sliding hole 1742. Referring to FIG. 1 and FIG. 2 , the sliding member 20 can be mounted on the side plate 16 of the magnetic frame 10 , and includes a side wall 22 parallel to the side plate 16 and vertically bent from the four edges of the side wall 22 . A top wall 23, a bottom wall 24 parallel to the top wall 23, and two mutually parallel folding walls 25, 26. The side wall 22 is provided with a rectangular through hole 222. The upper edge of the through hole 222 is vertically bent inwardly by a positioning portion 2224. The positioning portion 2224 extends downwardly from a protruding post 2226 for the spring 40 to be sleeved thereon. The lower edge of the through hole 222 is bent outwardly perpendicularly to an operating portion 2228. A plurality of latching portions 224 are protruded from the inner side surface of the side wall 22 corresponding to the side rails 16 of the side frame 16 of the magnetic frame 10. Each of the latching portions 224 includes an inclined portion 2242 and a downward curved portion from the top end of the inclined portion 2242. The barrier portion 2244 is folded. A sliding column 232 is protruded from the top wall 23, and a sliding column 242 is protruded downwardly from the bottom wall 24. The two folded walls 25, 26 are perpendicular to the top wall 23 and the bottom wall 24, respectively. The folding wall 25 defines a notch 252 for each of the M329842 and the inclined portion 2242 of the side wall 22. - the locking member 30 is rotatably mounted on two of the side plates 16 of the magnetic frame 10: the tab 168 includes a base portion 32 and two parallel sides from the upper and lower sides of the two base portions 32 Pivot portion 34. The rear edge of the base portion 32 is bent outwardly by a flange 322, and an elastic hook 324 is protruded from the inner side of the rear edge. A pivoting shaft 342 is protruded outwardly from the two pivoting portions 34, and a notch 344 is defined in a rear side of the pivoting shaft 342. Referring to FIG. 3 and FIG. 4, the two protruding pieces 168 of the side plate 16 of the magnetic frame 10 are elastically expanded outwardly so that the two pivoting portions 34 of the locking member 30 can be placed between the two protruding pieces 168. And the pivoting shafts 342 of the two pivoting portions 34 respectively correspond to the pivoting holes 1682 of the two protruding pieces 168. After the two protruding pieces 168 are elastically restored, the pivoting shafts 342 of the two frame rotating portions 34 are respectively inserted into the pivoting holes 168. The two tabs 168 are pivoted in the hole 1682 so that the lock 30 is rotatably mounted to the tabs 168. The spring 40 is sleeved on the protrusion 2226 of the sliding member 20, so that the sliding column 242 of the bottom wall 24 of the sliding member 20 is inserted into the sliding hole 1742 of the positioning piece 174 of the side plate 16 of the magnetic frame 10, and The slider 20 is brought into close contact with the side panel 16. At this time, the sliding column 232 of the top wall 23 of the sliding member 20 is located between the locking piece 170 and the two protruding pieces 168. The protruding post 2226 of the positioning portion 2224 is inserted into the notch 1722 of the supporting piece 172 of the side plate 16. The spring 40 is clamped between the positioning portion 2224 and the support piece 172. When the locking member 30 is rotated, when the hook 324 of the locking member 30 is engaged in the locking hole 1702 of the locking piece 170 of the side plate 16 of the magnetic frame 10, the locking member 30 is coupled to the card by the hook 324. The locking piece 170 is snap-fitted to prevent the M329842 locking member 30 from rotating in the opposite direction. The sliding post 232 of the top wall 23 of the sliding member 20 is engaged in the notch 344 of the two pivoting portions 34 of the locking member 30. The buckle 30 is thus slidably mounted between the side panel 16 of the magnetic frame 10 and the lock member 30. The slider 220 is thus slidably mounted to the side panel 16 of the magnetic frame 10. At this time, the spring 40 has an initial length, the sliding member 20 is at a first position, and the top end of the inclined portion 2242_ of the locking portion 224 of the sliding member 20 is substantially respectively opposite to the side plate 16 of the magnetic frame 10. The upper edge of the corresponding slide 164 is substantially flush. To disassemble the slider 20, only the elastic hook 324 of the locking member 30 is disengaged from the locking hole 1702 of the locking piece 170 of the magnetic frame 10, so that the locking member 30 can be rotated to make the sliding member 20 The sliding post 232 is disengaged from the notch 344 of the locking member 30. At this time, the sliding post 242 of the sliding member 20 can be pulled out of the sliding hole 1742 of the positioning piece 174 of the magnetic frame 10. The slider 20 is detachable from the side plate 16 of the magnetic frame 10. φ Referring to Fig. 5, the authoring material access device fixing device can be used to mount a plurality of data accessors 50. Each of the data accessors 50 includes two mutually parallel side walls 52, and each of the side walls 52 is provided with two fixing posts 54. When the data accessor 50 is installed (to mount the data accessor 50 as an example), the fixing posts 54 of the data accessor 50 are slid along the inlets 166, 186 of the side plates 16 of the magnetic frame 10, respectively. Into the corresponding slides 164, 184. When the fixing post 54 of the data accessor 50 penetrates the corresponding notch 252 of the folding wall 25 of the sliding member 20 to abut the inclined portion 2242 of the locking portion 224 of the sliding member 20, the fixing post 54 will squeeze the inclination. The portion 2242 drives the 9 M329842 slider 20 to slide downward, and at this time, the spring 40 is elastically contracted by being pressed by the fixed position portion 2224 of the slider 20. When the fixing post 54 slides to the top of the inclined portion: 2242, the spring 40 has a second length smaller than the first length, the sliding member 20 is in a second position, and the sliding portion of the sliding member 20 224 is located below the corresponding slide 164. When the fixing post 54 passes over the top end of the inclined portion 2242, the spring 40 returns from the second length to the first length, and thus the positioning portion 2224 is pressed to drive the sliding member 20 from the first The position slides up to the second position. When the sliding member 20 slides to the second position of the Lu, the blocking portion 2244 of the locking portion 224 of the sliding member 20 blocks the fixing post 54 to prevent the data accessor 50 from sliding backwards, and thus The data accessor 50 is fixed in the magnetic frame 10. When the data accessor 50 is disassembled, the operating portion 2228 is pressed down to slide the slider 20 downward from the first position to the second position, and the spring 40 is pressed by the positioning portion 2224 from the first The length of the sliding member 20 is reduced to the second length. The locking portion 224 of the sliding member 20 is located below the corresponding sliding channel 164. The blocking portion 2244 no longer blocks the fixing post 54 of the data accessor 50. The device 50 can thus slide outward until it is disengaged from the magnetic frame 10. The creative data accessor fixing device fixes the sliding member 20 by the rotatable locking member 30, and is convenient to fix and use without using a screwdriver or the like. The sliding member 20 is removed, and in use, only the fixing post 54 on the data accessor 50 is slid along the sliding path 164 of the side plate 16 of the magnetic frame 10 until it is engaged with the locking portion 224 of the sliding member 20. The sliding portion 20 is engaged and slid to disengage the locking portion 224 from the fixing post 54. It is convenient to fix the M329842 and disassemble the data access device 5〇. 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-mentioned ones are only preferred embodiments of the present invention, and those who are familiar with the creative art, and the equivalent modifications or changes made in accordance with the spirit of the present invention should be included in the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a preferred embodiment of the present invention. ► Figure 2 is a perspective view of another perspective of Figure 1. Figure 3 is a perspective assembled view of Figure 1. 4 is another perspective assembled view of FIG. 1. Figure 5 is a schematic view showing the assembly of the data accessor fixing device and a data access device of Figure 3. [Main component symbol description] Magnetic frame 10 Top plate 12, bottom plate 14 Side plates 16, 18 Folding edges 162, 182 Slides 164, 184 Entrance 166, 186 Tab 168 Pivot hole 1682 Knuckle piece 170 Snap hole 1702 Support piece 172 Missing D 1722 Positioning plate 174 Slide hole 1742 Slider 20 Side wall 22 Through hole 222 Positioning part 2224 Stud 2226 11 224 224 M329842 Operating part 2228 Bucking part inclined part 2242 Barrier top wall 23 Slide column bottom wall 24 Slide column wall 25, 26 notched lock 30 base, flange 322 hook frame turn 34 pivot axis 'notch 344 spring data accessor 50 side wall fixing post 54 2244 232 242 252 32 324 342 40 52
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