M270387 八、新型說明： 【新型所屬之技術領域】 本創作係關於-種資料存取關絲置，尤指—種用於電腦 服器中之資料存取器之固定裝置。 【先前技術】 ” 一般情況下，電腦中均會安裝硬碟、光碟機與軟盤機等資料存取 :，為了將該等資料存取器穩魏固定於電腦中，常常需用到一些固 定裝置。最早之固定裝置係採用複數螺絲直接將資料存取器固定二電 腦中，然，此_定裝置由於需要制較多之_，往往會使拆裝資 料存取器之過程變得極為繁續f時，故，其並不方便固找料存取器、。 近年來出現-些較為方便之資料存取器之固定裝置，如台灣專利 公告第318572號揭露之—麵㈣㈣存取^之目定裝置，其包括一 磁架、兩滑執及兩聯結紐。該磁架之兩側壁上分別開設—通孔，並於 通孔之兩慨兩扣鉤。該馳衝設兩彈性舌片，彈性舌片上凸設一突 塊。該滑喊應磁架之通關設—綱孔。該聯結純括—扣盤及一 f扣盤凸伸出來德桿，該扣盤對應磁架之扣鉤開設兩扣穴。組裝時， =滑，上之突塊卡扣於—資料存取器之嫩上之岐孔中以將滑執 ς叹於貝料存取ϋ之兩側壁上，然後與資料存取器—紐人磁架中。 2軌之鎖與磁架之趣上之通孔對準時，使聯驗之钮桿穿過 之固定孔並卡人滑執之鎖固孔中，扣盤之扣穴卡於磁架之扣鉤 再旋轉聯結紐，使扣盤之扣穴與磁架之扣鉤偏離，扣盤將卡扣於 ^鈞士 ’從而將聯馳定位於磁架之觀上，此時，便可將資料存取 二=疋於磁架=。此_絲置雜藉㈣絲直接固定資料存取器來 纺便然，藉由滑執將資料存取器安裝於磁架上會增加資料存取器 ”磁架之側賴之縫隙，不利於電磁屏蔽，且，由於上述固定裝置還 M270387 ，藉由聯結_磁架上才能穩定地目定·存取器，故，上述固 疋裝置於岐資料存取ϋ時仍然比較繁讀。 【新型内容】 口口士創作的目的係提供-縣作簡便又有利於電磁屏蔽之資料存取 為固裝置。 本創作公開了-種資料存取器固定裝置，用以固定—側壁上設一 固定孔之資料存取H，其包括—雜、—操作件及—鎖扣件。該磁架 用以收谷貝料存取’其包括—底板及自底板之兩相對邊緣向上彎折 «申之帛側板與一第二側板，該第一側板對應資料存取器之側壁 =固定孔職-軌。該操作件滑動並可定位於縣上。該鎖扣件裝 叹於磁架之第一侧板上且纟一端於操作件之作用下穿過磁架之通孔並 卡入資料存取器之固定孔中。 本創作於使用時，僅需推動操作件於磁架上滑動，並於滑動之過 权中播壓鎖扣件，以使鎖扣件卡入資料存㈣之側壁之固定孔中，便 y固定貪料存取ι§ ’操作方便；且，由於資料存取器之側壁與磁架之 第-側板及第二側板間不增加雜等元件，資料存取^與磁架相互緊 貼’有利於電磁屏蔽。 【實施方式】 請芩閱第一至第四圖，本創作資料存取器固定裝置包括一磁架 20、一鎖扣件3〇及一操作件4〇。 該磁架20包括一底板22、自底板22兩相對邊緣分別向上垂直彎 折延伸之一第一侧板24與一第二側板29及一自第一側板24之上邊緣 水平向内彎折延伸之頂板26。該底板22上衝設複數突出底板22之彈 片222。該第一側板24垂直向外突設一折片242，該折片242開設一 鎖固孔244。該第一側板24於靠近折片242處向外突設一突梢246， M270387 並於突梢246之一側開設一通孔248，該通孔248之下邊緣向外垂直 彎折延伸一呈L形之定位片249。該頂板26開設一通孔262，並於通 孔262之四周長方形區域之四角落處分別開設一滑行孔2糾。該滑行 孔264包括一呈長方形且較大之導入孔2幻及一狹長且較小之卡扣孔 266。該頂板26於該等滑行孔264後側衝設一彈片267，彈片267之 末端形成一定位塊268。該頂板26於其内側邊緣向下垂直彎折一折壁 28，該折壁28開設-卡孔282。該第二側板29之上邊緣朝向第一側 板24水平彎折延伸兩彈性抵壓片292，並於鄰近後端處彎折形成一定 位部294。 該鎖扣件30包括一樞轉部32、一自樞轉部32之一側延伸出來之 連接部34及一自連接部34之一端傾斜延伸形成之一卡扣部％。該樞 轉部32大體呈-圓柱狀，其上開設一樞轉孔322。該連接部34自一 側面上突伸出一與磁架20之第一側板24之突梢246對應之突塊弘2。 該卡扣部36外侧形成一傾斜面362。 該操作件40包括一基部42、一操作部44及一延伸部46。該基部 42大體呈一長方體，其於下表面中部對應磁架2〇之頂板％之通孔2幻 向下延伸兩卡鉤422，並於兩長邊緣之底部對應磁架2〇之頂板％之 滑行孔264向下延伸四呈L形之滑扣424。該操作部糾大體呈L形， 係自基部42之-長邊緣之一端f折延伸形成，其於鄰近基部42之一 側對應磁架20之折壁28之卡孔282突設一卡塊442。該延伸部46包 括從基α卩42之另一長邊緣之一端向外彎折延伸之且大體呈L形之連 接。卩462及一自連接部462之上邊緣彎折延伸之且大體呈“〔，，形之 擠壓部464。 續請參閱第五圖，一裝設於磁架20中之資料存取器5〇，該資料 存取器50之一側壁52上開設一固定孔522。 續凊參閱第六圖，組裝時，將一彈性元件，如彈簧6〇 (如第一圖 M270387 3^1 ： 246 30 上猎由固疋兀件，如螺絲70(如第一圖所示） 之框轉孔322，並鎖入第一側板24之折片祀= 、 中k而將鎖扣件30旋轉固定於折片242上。使、 滑扣424插入頂板26之滑行孔264之導入孔265中，此之 之卡釣422恰可插入並卡扣於頂板26之通孔262中，頂板26 ^30 =觀_件4G _ 42奶，齡件心賴= 牙於疋位>} 249上’且其_表面恰好據於鎖扣件％ 。此時，操作件4〇之卡鉤422可於頂板％ ^: 如中滑動，而滑扣似則可以於對應之滑行孔说中滑動 3〇於操作件40之抵壓下被推向第一側板％，其上之卡扣部％之 ^向通孔2你。推動操作件4〇使其於磁架2〇上滑動，當操作件如之 f部42越過定位塊268時，滑扣似滑入滑行孔264之卡扣孔挪 位塊268由於不再受基部42之擠壓而向上回彈，操作件奶 β w月仃孔364之限定範圍内滑動，且不會自磁架2〇上脫離。從而 才呆作件40被滑動裝設於磁架2〇上。 續請參閱第七圖，固定資料存取器50時，使資料存取器5〇沿磁 架20之底板22、第一側板24及第二側板29之前邊緣滑入磁㈣中， ，使其上之側壁52朝向第-側板24。於資料存取器5Q被磁架2〇之 第二側板29之定位部294阻擋時，資料存取$ %被夾持於磁架2〇 之底板22與頂板26及抵壓片观間，且侧壁&之固定孔切恰好對 準第側板24之通孔248。推動操作部44使操作件4〇於磁架20上 滑動，"操作件4〇之擠壓部464擠壓鎖扣件3〇之卡扣部％之傾斜面 362從而使鎖扣件3〇繞螺絲7〇向内旋轉，同時，彈簧⑻被壓縮， 卡扣。卩36朝第一側板24移動。當操作部44上之卡塊442卡入折壁 28之卡孔282中時’鎖扣件3〇之卡扣部％之末端恰可卡入資料存取 M270387 态50之側壁52之固定孔522中，從而將資料存取器5〇穩定地固定於 磁架20中。 ' 續清參閱第八圖，拆卸資料存取器5〇時，僅需扳動操作件4〇之 操作部44，使其上之卡塊442與卡孔282脫離，便可推動操作件牝 於磁架20上滑動。於操作件40之擠壓部464沿傾斜面362滑向卡扣 部36之末端時，卡扣部36於彈簧6〇之作用下向外轉動，當卡扣^ 36之末端脫離資料存取器50之固定孔522時，資料存取器5〇便可°自 磁架20中抽出。 本創作資料存取器固定裝置之鎖扣件3〇亦可為一彈性片，該彈性 片之一端固定於磁架20之第一側板24上，另一端為一設有卡^部之 自由^。該彈性片於操作件40之擠壓部464之擠壓下其上之卡扣部可 卡入資料存取器50之固定孔522中。 本創作資料存取器固定裝置之操作件40亦可直接滑動裳設於磁 架20之第一侧板24上，而非前述實施例之頂板26上，然，磁架如 與操作件40-之結構亦應作相應之調整，如將卡孔2於開設於第側板 24上，此時，操作件40之操作部44及延伸部46與基部42位於磁架 20之一側。本創作資料存取器固定裝置之操作件4〇還可有其他情況1 只要能達到使操作件40於磁紅滑動和定位，且於操作件4()滑動之 過程中可對鎖扣件30進行擠壓，來使鎖扣件3〇之卡扣部弘之末端卡 入資料存取II 5〇之侧壁52之岐孔522中，便可實現資料存取器％ 之固疋，故，該專結構均應涵蓋於本創作之範圍内。 综上所述’本創作係合乎新型專利申請條件，差依法 請。惟1上所賴為補作之較佳實關，舉凡縣本賴l人 士其所纽本案之創作精神所作之等效修飾或變化，冑應 之申請專利範圍内。 〜叫、卜 【圖式簡單說明】 M270387 第一圖係本創作資料存取器固定裝置之立體分解圖。 第二圖係第一圖中之磁架之另一立體圖。 第三圖係第一圖中之鎖扣件之另一立體圖。 第四圖係第一圖中之操作件之另一立體圖。 第五圖係一資料存取器之立體圖。 第六圖係第一圖之立體組裝圖。 第七圖係第五圖之資料存取器固定於本創作資料存取器固定裝置 中之立體圖。 · 第八圖係第七圖之拆抑示意圖。 【主要元件符號說明】 磁架 20 底板 22 彈片 222 第一側板 24 折片 . 242 鎖固孔 244 突梢 246 通孔 248 定位片 249 頂板 26 通孔 262 滑行孔 264 導入孔 265 卡扣孑L 266 彈片 267 定位塊 268 折壁 28 卡孔 282 第二側板 29 抵壓片 292 定位部 294 鎖扣件 30 樞轉部 32 樞轉孔 322 11 M270387 連接部 34 卡扣部 36 操作件 40 卡鉤 422 操作部 44 延伸部 46 擠壓部 464 側壁 52 彈簧 60 突塊 342 傾斜面 362 基部 42 滑扣 424 卡塊 442 連接部 462 資料存取器 50 固定孔 522 螺絲 70M270387 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a kind of data access device, especially a fixing device for a data access device in a computer server. [Previous technology] ”Generally, hard disks, CD-ROM drives, and floppy disk drives will be installed in the computer: In order to stably fix these data accessors in the computer, some fixing devices are often used. The earliest fixing device used multiple screws to directly fix the data accessor in the two computers. However, since this device requires more system, it often makes the process of disassembling and disassembling the data accessor extremely complicated. f, therefore, it is not convenient to find material accessors. In recent years, some more convenient data accessors have been fixed, such as disclosed in Taiwan Patent Bulletin No. 318572—the purpose of accessing ^ The magnetic device includes a magnetic frame, two sliding handles and two joints. Two side walls of the magnetic frame are respectively provided with through holes, and two buckles are formed on the two sides of the through holes. The gallop is provided with two elastic tongues, A protruding block is protruded on the elastic tongue. The sliding shout should be a magnetic frame's clearance setting-outline hole. The connection is pure-the buckle plate and an f buckle plate protrude from the German pole, and the buckle plate is opened corresponding to the hook of the magnetic frame. Two buckle points. When assembling, = slippery, the upper protruding block is snapped in-data storage In the Qi hole on the tenderness of the device, you can sigh the sliders on the two side walls of the shell of the material storage, and then connect with the data access device-Newman magnetic frame. The two-track lock is the same as the magnetic frame. When the holes are aligned, make the button of the joint inspection pass through the fixing hole and lock the locking hole of the slider. The buckle of the buckle plate is locked on the hook of the magnetic frame and then the joint is rotated to make the buckle of the buckle plate and The buckle of the magnetic frame is deviated, and the buckle plate will be snapped to ^ Junshi 'to position Lianchi on the view of the magnetic frame. At this time, you can access the data == on the magnetic frame =. This _ wire set Miscellaneous filaments directly fix the data access device for spinning. Installing the data access device on the magnetic frame through the slider will increase the gap between the data access device and the magnetic frame, which is not conducive to electromagnetic shielding, and Since the above-mentioned fixed device is also M270387, it is possible to stably visualize and access the device by connecting the magnetic frame, so the above-mentioned fixed device is still more readable when accessing the Qi data. [New content] The purpose of oral writing is to provide-a simple and convenient device for accessing electromagnetic shielding data. This creation discloses a data access device fixing device for fixing a data access H provided with a fixing hole on a side wall, which includes-miscellaneous,-operating member, and-locking member. The magnetic frame is used for receiving and accessing grain materials. It includes a bottom plate and a side plate bent upward from two opposite edges of the bottom plate. The side plate and a second side plate of the first side plate correspond to the side wall of the data accessor = a fixing hole. Duty-track. The operating member slides and can be positioned on the county. The locking member is mounted on the first side plate of the magnetic frame, and one end thereof passes through the through hole of the magnetic frame under the action of the operating member and snaps into the fixing hole of the data access device. When this creation is used, it is only necessary to push the operating member to slide on the magnetic frame, and press the locking fastener in the sliding weight, so that the locking member snaps into the fixing hole in the side wall of the data storage, and it is fixed. Data access § 'Easy to operate; and, since no other components are added between the side wall of the data accessor and the first and second side plates of the magnetic frame, the data access ^ is in close contact with the magnetic frame' is beneficial Electromagnetic shielding. [Embodiment] Please read the first to fourth figures. The fixing device of the creative data accessor includes a magnetic frame 20, a locking member 30 and an operating member 40. The magnetic frame 20 includes a bottom plate 22, a first side plate 24 and a second side plate 29 which are bent vertically upwardly from two opposite edges of the bottom plate 22, respectively, and a horizontally inwardly bent extension from the upper edge of the first side plate 24.之 顶板 26。 The top plate 26. A plurality of elastic pieces 222 protruding from the bottom plate 22 are punched on the bottom plate 22. The first side plate 24 is provided with a folding piece 242 perpendicularly outward, and the folding piece 242 defines a locking hole 244. A protrusion 246, M270387 is protruded outward from the first side plate 24 near the flap 242, and a through hole 248 is opened on one side of the protrusion 246. The lower edge of the through hole 248 is bent outward and extends vertically to form an L.形 的 定位 片 249. The positioning piece 249. The top plate 26 is provided with a through hole 262, and a sliding hole 2 is provided at each of four corners of the rectangular area around the through hole 262. The sliding hole 264 includes a rectangular and larger lead-in hole 2 and a narrow and smaller snap hole 266. An elastic piece 267 is punched in the top plate 26 behind the sliding holes 264, and a positioning block 268 is formed at the end of the elastic piece 267. A bent wall 28 is bent vertically downward at the inner edge of the top plate 26, and the folded wall 28 defines a latching hole 282. The upper edge of the second side plate 29 is horizontally bent toward the first side plate 24 to extend two elastic pressing pieces 292, and is bent to form a certain position 294 near the rear end. The locking member 30 includes a pivoting portion 32, a connecting portion 34 extending from one side of the pivoting portion 32, and a latching portion formed by obliquely extending from one end of the connecting portion 34. The pivoting portion 32 is substantially cylindrical, and a pivoting hole 322 is defined in the pivoting portion 32. The connecting portion 34 protrudes from a side with a protruding block 2 corresponding to the protruding tip 246 of the first side plate 24 of the magnetic frame 20. An inclined surface 362 is formed on the outside of the latching portion 36. The operation member 40 includes a base portion 42, an operation portion 44, and an extension portion 46. The base portion 42 is generally a rectangular parallelepiped, which corresponds to the through hole 2 of the top plate of the magnetic frame 20 in the middle of the lower surface and extends two hooks 422 downward, and corresponds to the top plate of the magnetic frame 20 at the bottom of the two long edges. The sliding hole 264 extends downwardly into four L-shaped sliding buckles 424. The operation portion is substantially L-shaped, and is formed by folding from one end of the long edge of the base portion 42. A clamping block 442 is protruded from a hole 282 adjacent to one side of the base portion 42 corresponding to the folding wall 28 of the magnetic frame 20. The extending portion 46 includes a connection that is bent and extended from one end of the other long edge of the base α 卩 42 and is generally L-shaped.卩 462 and a bent portion 464 extending from the upper edge of the connecting portion 462 and having a shape of “[,,”. Refer to the fifth figure, a data accessor 5 installed in the magnetic frame 20 〇, one side wall 52 of the data accessor 50 is provided with a fixing hole 522. Continued 凊 Refer to the sixth figure, when assembling, a flexible element such as a spring 60 (such as the first picture M270387 3 ^ 1: 246 30 The upper part is fixed by a solid piece, such as the screw frame 70 (as shown in the first figure), and the frame turning hole 322 is locked into the folding piece of the first side plate 24 =, middle k, and the locking member 30 is rotated and fixed to the folding piece. Piece 242. Insert and slide the buckle 424 into the guide hole 265 of the sliding hole 264 of the top plate 26, and the catch 422 can be inserted and snapped into the through hole 262 of the top plate 26. The top plate 26 ^ 30 = 观 _ Piece 4G _ 42 milk, age pieces of heart = teeth on the position >} 249 'and its surface is exactly according to the lock fastener%. At this time, the hook 422 of the operation member 40 can be on the top plate% ^: Such as sliding in the middle, and the sliding buckle can slide in the corresponding sliding hole. 30 is pushed to the first side plate% by the pressure of the operating member 40, and the buckling portion% on the upper side of the through hole 2you .Push the operating part 4〇 It slides on the magnetic frame 20, when the operating part f part 42 passes the positioning block 268, the sliding buckle slides into the locking hole displacement block 268 of the sliding hole 264 because it is no longer squeezed by the base part 42 Pressing and rebounding upward, the operating member milk β w and the hole 364 slide within the limited range, and will not detach from the magnetic frame 20. Thus, the work piece 40 is slidingly installed on the magnetic frame 20. Continued Referring to the seventh figure, when the data accessor 50 is fixed, the data accessor 50 is slid into the magnetic core along the front edges of the bottom plate 22, the first side plate 24 and the second side plate 29 of the magnetic frame 20. The side wall 52 faces the first side plate 24. When the data accessor 5Q is blocked by the positioning portion 294 of the second side plate 29 of the magnetic frame 20, the data access $% is clamped to the bottom plate 22 and the top plate of the magnetic frame 20 26 and the pressing piece view, and the fixing hole of the side wall & is exactly aligned with the through hole 248 of the first side plate 24. The operation part 44 is pushed to slide the operation part 40 on the magnetic frame 20, and the "operation part 4" The pressing part 464 presses the inclined surface 362 of the locking part 30% of the locking part 30 so that the locking part 30 rotates inwardly about the screw 70, and at the same time, the spring ⑻ is compressed and locked. 卩36 is moved toward the first side plate 24. When the locking piece 442 on the operating portion 44 is locked into the locking hole 282 of the folding wall 28, the end of the locking portion% of the 'locking member 30 can be locked into the data access M270387 state 50 In the fixing hole 522 of the side wall 52, the data accessor 50 is stably fixed in the magnetic frame 20. Continued with reference to the eighth figure, when disassembling the data accessor 50, only the operating member 4 needs to be pulled The operation portion 44 of 〇 disengages the clamping block 442 from the clamping hole 282, and can push the operation member 滑动 to slide on the magnetic frame 20. When the pressing portion 464 of the operating member 40 slides along the inclined surface 362 toward the end of the latching portion 36, the latching portion 36 rotates outward under the action of the spring 60, and when the end of the latch ^ 36 leaves the data accessor When the fixing hole 522 is 50, the data access device 50 can be pulled out of the magnetic frame 20 °. The locking member 30 of the fixing device of the creative data access device may also be an elastic piece. One end of the elastic piece is fixed on the first side plate 24 of the magnetic frame 20, and the other end is a freedom provided with a card part ^ . The buckling portion of the elastic piece under the pressing portion 464 of the operating member 40 can be inserted into the fixing hole 522 of the data accessor 50. The operation member 40 of the fixed device of the authored data accessor can also be directly slid on the first side plate 24 of the magnetic frame 20 instead of the top plate 26 of the foregoing embodiment. However, the magnetic frame and the operation member 40- The structure should also be adjusted accordingly. For example, if the card hole 2 is opened on the second side plate 24, the operation portion 44 and the extension portion 46 and the base portion 42 of the operation member 40 are located on one side of the magnetic frame 20. The operating member 40 of the fixed device of the authoring data access device may have other situations. 1 As long as the operating member 40 can be slid and positioned in magnetic red, and the locking member 30 can be locked during the sliding of the operating member 4 (). Extrusion is performed to make the end of the buckling part of the locking member 30 fit into the hole 522 of the side wall 52 of the data access II 50, and the data storage device can be solidified. Therefore, the The specialized structure should be included in the scope of this creation. In summary, ‘this creation is in line with the conditions for new patent applications. However, the above 1 is a better practice of supplementary work. For example, the equivalent modification or change made by the creative spirit of the people in the county where the county relies is within the scope of the applicable patent. ~ Call, Bu [Brief description of the diagram] The first picture of M270387 is a three-dimensional exploded view of the fixture of the data accessor of this creation. The second diagram is another perspective view of the magnetic frame in the first diagram. The third view is another perspective view of the locking member in the first view. The fourth diagram is another perspective view of the operating member in the first diagram. The fifth figure is a perspective view of a data accessor. The sixth figure is a perspective assembly view of the first figure. The seventh figure is a perspective view of the data accessor of the fifth figure fixed in the fixed device of the authoring data accessor. · The eighth picture is the dismantling diagram of the seventh picture. [Description of main component symbols] Magnetic frame 20 Base plate 22 Spring piece 222 First side plate 24 Folding pieces. 242 Locking hole 244 Protrusion 246 Through hole 248 Positioning piece 249 Top plate 26 Through hole 262 Sliding hole 264 Introduction hole 265 Clip 孑 L 266 Spring piece 267 Positioning block 268 Folding wall 28 Card hole 282 Second side plate 29 Pressing piece 292 Positioning portion 294 Locking member 30 Pivoting portion 32 Pivoting hole 322 11 M270387 Connecting portion 34 Clip portion 36 Operating member 40 Hook 422 Operating portion 44 Extension 46 Compression 464 Side wall 52 Spring 60 Projection block 342 Inclined surface 362 Base 42 Slide fastener 424 Block 442 Connection section 462 Data accessor 50 Fixing hole 522 Screw 70
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