M254871 五、創作說明（1) 【新型所屬之技術領域 尤指一種結 本創作係關於一種資料存取 構料且裝拆方便之資料存取〇 【先前技術】 、衣置。 電腦内部通常會安裝一個或多 機、硬碟機及軟碟機等，這些資貝=存取器，如光碟 腦機箱之磁架中。 、 子取器收容並鎖固在電 傳統之資料存取器係先將磁架 再借助螺絲將該資料存取器固定於誃^1一電腦殼體中， 裝或拆卸資料存取器時，需借助螺=起J中，其在每次安 項，操作極為不便。 螺、4起子且過程非常繁 另一種傳統之固持資料存取哭 取哭固括太々 ,w 方式係滑執式資料存 Γ二吴國專利第6’3G4,457、5,227 954 Γ ，〇,955號所揭示之固持方式。第一圖係美國專 5, 5 1 0, 955號所揭示之滑軌式資料存& f =吳国專利第 料在你时η # 式枓存取态固持裝置，該資 體64。2二ί裝置包括「磁架6〇、一對滑軌62及一對鎖固 女、蚪，滑執62被兩螺絲68鎖固到資料存取器66之 幻土 再將滑執W與資料存取器66之組合體通過鎖固 命j鎖固到磁架6〇上。這種方式在拆裝資料存取器66時仍 $仏助螺絲起子將螺絲68擰緊或松釋，使其與滑執62鎖固 或脫離，組裝過程仍然繁瑣費時。 【内容】 次本創作之目的係在於提供一種結構簡單且裝拆方便之 資料存取器固持裝置。M254871 V. Creation Instructions (1) [Technical field to which the new type belongs, especially a structure. This creation is about a type of data access structure and convenient data access. [Prior technology], clothing. One or more computers, hard disk drives, floppy disk drives, etc. are usually installed inside the computer. These devices = accessors, such as the magnetic rack of the optical disk case. The sub-receiver is housed and locked in the electrical traditional data accessor. First, the magnetic holder is fixed in the computer housing with a screw and then screwed. When installing or removing the data accessor, Need to use the screw = from J, which is extremely inconvenient in each safety item. Screw, 4 screwdrivers, and the process is very complicated. Another traditional method of holding and holding data is crying and embracing too much. The w method is slide-type data storage. 2 Wu Guo Patent No. 6'3G4,457, 5,227 954 Γ, 〇, The holding method disclosed in 955. The first picture is the slide-type data storage disclosed in US Patent No. 5, 5 1 0, 955 & f = Wu Guo patent No. η # type 枓 access state holding device at your time, the capital 64.2 The two devices include "the magnetic frame 60, a pair of slide rails 62, and a pair of locking females and cymbals. The slider 62 is locked to the magic soil of the data access device 66 by two screws 68, and then the slider W and the data are stored. The assembly of the taker 66 is locked to the magnetic frame 60 by the lock j. This method still uses a screwdriver to tighten or loosen the screw 68 when disassembling the data access device 66 to make it slippery. Locking or disengaging 62, the assembly process is still tedious and time-consuming. [Content] The purpose of this creation is to provide a data storage device holding device with a simple structure and convenient disassembly.
Hi _ 第6頁 M254871 五、創作說明（2) 本創作係關於一種資料 設有相對側壁之資料存取器 卡扣片，該磁架包括一第一 架之第一側壁， 側壁之前端向後 設有一卡扣孔， 容在卡扣片之卡 ，使滑軌之凸柱 容槽，便將資料 時，使滑執之凸 收容槽，便可拆 本創作之資 器時，只需使滑 磁架第一側壁之 裴置， 罐架、 片之一 <側壁 &片對 一凸柱 收容槽 磁架第 拆卸該 與磁架 滑執安裝於 延伸設有一 滑執對應該 扣孔與磁架 滑入卡扣片 存取器固定 柱脫離卡扣 卸資料存取 料存取器固 軌之凸柱收 收容槽，便 存取器固持 ，其包括一 側壁，卡扣 資料存取器 收容槽，卡 卡扣孔設有 第一側壁之 之卡扣孔與 於磁架中， 片之卡扣孔 器。 持裝置在安 容於或脫離 可實現安裝 係用以固定 一滑軌及一 端固持在磁 ，磁架第一 應該收容槽 ，該凸枉收 中。安裝時 一側壁之收 資料存取器 第一側壁之 裝或拆卸資料存取 卡扣片之卡扣孔與 或拆卸資料存取器 【實施方式】 請參閱第二圖’係本創作第一實施例之資料存取器固 持裝置，該資料存取器固持袭置係用以將一資料存取器J 〇 固定到一電腦機箱（未圖示）中，其包括一磁架20、一滑軌 30及一卡扣片40。 資料存取器1 〇之相對側壁分別間隔設有一對固持孔J 2 〇 滑執30大致呈矩形片狀，其包括一對相離之卡銷μ與 ，中空之凸柱34。從滑軌30 —側沖出該卡銷32，從其另一Hi _ Page 6 M254871 V. Creation Instructions (2) This creation is about a data access device buckle with opposite side walls. The magnetic frame includes a first side wall of the first frame. There is a buckle hole, which is used to hold the card of the buckle piece, so that the convex column groove of the slide rail can be used to hold the convex convex groove of the slide when the data is stored. One of the first side walls of the frame, one of the tank frame and the plate < side wall & plate is disassembled to a stud receiving slot, the magnetic frame is disassembled, and the magnetic frame slide is installed on the extension, and a slide corresponding to the button hole and the magnetic frame is provided. Slide into the retaining column of the buckle chip accessor and release it from the convex column receiving slot of the retaining rail of the buckle unloading data accessing material holder, and then hold the accessor, which includes a side wall, the buckling data accessor receiving slot, The card buckle hole is provided with a buckle hole of a first side wall and a buckle hole device in the magnetic frame. The holding device can be installed in or detached to achieve installation. It is used to fix a slide rail and one end to be held in the magnet. The magnetic frame should receive the slot first, and the protrusion is retracted. One side wall of the data access device. The first side wall is used to attach or detach the data access buckle. The buckle hole and / or the data access device are implemented. [Embodiment] Please refer to the second figure. For example, the data accessor holding device is used to fix a data accessor J 0 in a computer case (not shown), which includes a magnetic frame 20 and a slide rail. 30 和 一 Snap piece 40. The opposite side walls of the data access device 10 are respectively provided with a pair of holding holes J 2 0. The slider 30 is substantially rectangular in shape, and includes a pair of spaced-apart latches μ and, and a hollow convex post 34. Push out the latch 32 from the side of the slide rail 30 and from the other
M254871 五、創作說明（3) 側沖出該凸柱34 ’該凸柱34位於其中— 銷32可分別收容在資料存取器1〇之固持 = 30安裝在資料存取器1 〇之側壁。 m # μ m 卡扣片40大致呈波浪形片狀且具有—定之彈性，其包 括一固定部42及一由固定部42之一嫂㈣ 心丨之知夸折延伸而成之操作 部44，其中操作部44以適合操作者操作為宜。該固定部“ 設有一對圓㈣定孔420、一 &方形定位槽似及一卡扣孔 424，其中卡扣孔424位於靠近操作部44之一端，兩固定孔 420位於另一端，定位槽422位於卡扣孔乜4與固定孔42()之 間且靠近固定孔420。 磁架20女裝於電腦機箱中，其包括一底壁22、一對從 底壁2 2之兩相對侧邊垂直向上延伸之第一侧壁2 3與第二側 壁25及一平行底壁22並與第一側壁23與第二側壁25相連之 頂壁24。底壁22、頂壁24、第一側壁23及第二側壁25圍設 成一空腔21，資料存取器1〇收容在該空腔21中。第二側壁 25間隔設有若干彈片250，且頂壁24間隔設有若干彈片240 。該彈片250、240有利於資料存取器1〇緊密地安裝於空腔 2 1中。第一侧壁23在大致中間位置垂直向外沖出一定位片 232 ’在靠近定位片232之位置間隔向外凸設一對中空之固 定柱230，該固定柱23〇與卡扣片4〇之固定孔42()相配合可 將卡扣片40之固定部42固定到磁架20之第一側壁23。從第 一側壁23之前端向後貫穿設有一收容槽234，該收容槽234 、卡扣片40之卡扣孔424與滑執30之凸柱34相配合可將滑 軌30安裝於卡扣片40。定位片232位於收容槽234與固定柱 第8頁 M254871 五、創作說明（4) 230之間。該定位片232與卡扣片40之定位槽422相配合， 在鉚合卡扣片4 0時，可防止卡扣片4 0旋轉。 請一併參閱第三圖與第四圖，組裝時，先通過磁架2〇 之固定柱230與卡扣片40之固定孔4 20將卡扣片4〇鉚合到磁 架20之第一侧壁23。此時，卡扣片40之固定部42係固定端 ，而操作部44係自由端，從而使卡扣片40具有良好之外擴 及恢復能力。同時，卡扣片40之卡扣孔424與磁架2〇第一 側壁23之收容槽234部分重疊，且重疊部分形成一通孔， 該通孔與滑軌30凸柱34之外形一致。其次，將滑執3〇之卡 銷3 2分別插入資料存取器1 〇之固持孔1 2中，而使滑軌3 〇安 裝於資料存取器1 0之側壁。最後，將滑軌3 0與資料存取器 10之組合體從靠近卡扣片40之操作部44之一端裝入磁架2〇 之空腔21，向後推移資料存取器1 〇，當滑執3 〇之凸柱3 4碰 到磁架2 0之第一側壁2 3之收容槽2 3 4之後端時，借助卡扣 片40之彈性，滑軌3〇之凸柱34滑入卡扣片40之卡扣孔424 與磁架20第一側壁23之收容槽234共同形成之通孔中，從 而將磁架20、卡扣片4〇、滑執30及資料存取器10組裝為一 體。此時，滑軌30之凸柱34之一外側抵接於卡扣片40之卡 扣孔424，其相對之另一外側抵接於磁架20之收容槽234， 該凸柱34與磁架20之彈片250、240共同將資料存取器10牢 固地安裝於磁架20之空腔21中。 如要拆卸資料存取器1 〇，只需向遠離磁架2 〇之第二側 壁23之方向操作卡扣片4〇之操作部44，使滑軌3〇之凸柱34 脫離卡扣片40之卡扣孔424與磁架20之收容槽234，便可從M254871 V. Creation instructions (3) The convex post 34 is punched out from the side ′ The convex post 34 is located therein-the pins 32 can be respectively held in the holding of the data accessor 10 = 30 are installed on the side wall of the data accessor 10. The m # μ m buckle piece 40 is generally wavy in shape and has a fixed elasticity, and includes a fixing portion 42 and an operation portion 44 that is exaggeratedly extended from a center of the fixing portion 42. Among them, the operation portion 44 is suitable for an operator's operation. The fixing portion is provided with a pair of round fixing holes 420, a & square positioning slot and a snap hole 424, wherein the snap hole 424 is located near one end of the operation portion 44, and the two fixing holes 420 are located on the other end of the positioning groove. 422 is located between the snap hole 乜 4 and the fixing hole 42 () and is close to the fixing hole 420. The magnetic frame 20 is in a computer case and includes a bottom wall 22 and a pair of opposite sides from the bottom wall 2 2 The first side wall 23, the second side wall 25, and a top wall 24 parallel to the bottom wall 22 and connected to the first side wall 23 and the second side wall 25. The bottom wall 22, the top wall 24, and the first side wall 23 extend vertically upward. And the second side wall 25 is surrounded by a cavity 21, and the data accessor 10 is received in the cavity 21. The second side wall 25 is provided with a plurality of spring pieces 250 at intervals, and the top wall 24 is provided with a plurality of spring pieces 240 at intervals. 250 and 240 are beneficial for the data accessor 10 to be tightly installed in the cavity 21. The first side wall 23 punches a positioning piece 232 vertically outward at a substantially middle position and is spaced outward at a position close to the positioning piece 232. A pair of hollow fixing posts 230 are protruded, and the fixing posts 23 and the fixing holes 42 () of the buckle piece 40 can be used to lock the buckle. The fixing portion 42 of the sheet 40 is fixed to the first side wall 23 of the magnetic frame 20. From the front end of the first side wall 23, a receiving groove 234 is formed penetrating backward, the receiving groove 234, the fastening hole 424 of the fastening piece 40 and the slide handle 30. The convex post 34 cooperates to install the slide rail 30 on the buckle piece 40. The positioning piece 232 is located between the receiving groove 234 and the fixing post on page 8 M254871 V. Creative Instructions (4) 230. The positioning piece 232 and the buckle The positioning groove 422 of the sheet 40 cooperates to prevent the clip 40 from rotating when the clip 40 is riveted. Please refer to the third and fourth figures together. When assembling, first pass the magnetic frame 20 The fixing post 230 and the fixing hole 4 20 of the locking piece 40 rivet the locking piece 40 to the first side wall 23 of the magnetic frame 20. At this time, the fixing portion 42 of the locking piece 40 is a fixed end, and the operation portion 44 is the free end, so that the buckle piece 40 has a good expansion and recovery ability. At the same time, the buckle hole 424 of the buckle piece 40 and the receiving groove 234 of the first side wall 23 of the magnetic frame 20 partially overlap, and the overlap portion A through hole is formed, and the through hole conforms to the outer shape of the projection 34 of the slide rail 30. Secondly, the latches 32 of the slide handle 30 are inserted into the data access device 10 separately. The slide rail 30 is installed in the side wall of the data accessor 10 in the hole 12. Finally, the combination of the slide rail 30 and the data accessor 10 is close to one end of the operation part 44 of the clip 40 The cavity 21 of the magnetic frame 20 is inserted, and the data access device 10 is pushed backward. When the slider 34 of the slider 30 hits the rear end of the receiving groove 2 3 4 of the first side wall 23 of the magnetic frame 20 At this time, by virtue of the elasticity of the buckle piece 40, the protrusion 34 of the slide rail 30 slides into a through hole formed by the buckle hole 424 of the buckle piece 40 and the receiving groove 234 of the first side wall 23 of the magnetic frame 20. The magnetic frame 20, the clip 40, the slider 30 and the data accessor 10 are assembled into one body. At this time, the outer side of one of the protrusions 34 of the slide rail 30 abuts against the fastening hole 424 of the buckle piece 40, and the other opposite side thereof abuts against the receiving groove 234 of the magnetic frame 20. The protrusion 34 and the magnetic frame The spring pieces 250 and 240 of 20 together securely mount the data accessor 10 in the cavity 21 of the magnetic frame 20. To remove the data access device 10, it is only necessary to operate the operation portion 44 of the clip 40 in a direction away from the second side wall 23 of the magnetic frame 20, so that the projection 34 of the slide rail 30 is released from the clip 40 The snap hole 424 and the receiving slot 234 of the magnetic frame 20 can be obtained from
第9頁 M254871 五、創作說明（5) 裝入之方向將資料存取器10從磁架20之空腔21中取出。 此外，也可通過磁架20之固定柱230與卡扣片40之固 定孔420之過盈配合將卡扣片40固持到磁架20之第一側壁 23，滑軌30之凸柱34也可直接收容在卡扣片40之卡扣孔 424 中0 請共同參閱第五圖及第六圖，係本創作第二實施例之 資料存取器固持裝置，該實施例之磁架20，、卡扣片40’及 資料存取器10’與第一種實施例中之磁架20、卡扣片40及 資料存取器1 0具有相似之結構。其區別僅在於用一個螺絲 3 0 ’代替第一實施例之滑軌3 0，該螺絲3 0，可鎖固在資料存 取器10’之固持孔12，中。螺絲30,設有一凸柱34，，該凸柱 3 4 ’可收容於卡扣片4 0 ’之卡扣孔4 2 4 ’與磁架2 〇第一側壁 2 3，之收容槽234，中。其餘之結構、位置關係及功能如第 一種實施例所述。 綜上所述，本創作符合新型專利要件，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例，舉凡 熟悉本案技藝之人士，在爰依本創作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。Page 9 M254871 V. Creation Instructions (5) Remove the data accessor 10 from the cavity 21 of the magnetic frame 20 in the loading direction. In addition, the clip 40 can also be fixed to the first side wall 23 of the magnetic frame 20 through the interference fit between the fixing post 230 of the magnetic frame 20 and the fixing hole 420 of the clip 40, and the projection 34 of the slide rail 30 can also be used. Directly accommodated in the buckle hole 424 of the buckle piece 40. Please refer to FIG. 5 and FIG. 6 together, which are the data access device holding device of the second embodiment of this creation, the magnetic frame 20 of this embodiment, and the card. The buckle 40 'and the data accessor 10' have similar structures to the magnetic frame 20, the buckle 40 and the data accessor 10 in the first embodiment. The only difference is that a screw 30 'is used instead of the slide rail 30 of the first embodiment, and the screw 30 can be locked in the holding hole 12' of the data storage device 10 '. The screw 30 is provided with a protruding post 34, which can be received in the fastening hole 4 2 4 'of the fastening piece 4 0' and the magnetic frame 2 0, the first side wall 23, and the receiving groove 234. . The remaining structure, positional relationship and function are as described in the first embodiment. To sum up, this creation complies with the requirements for new patents, and a patent application was filed in accordance with the law. However, the above is only a preferred embodiment of this creation. For those who are familiar with the skills of this case, equivalent modifications or changes based on the spirit of this creation should be covered by the following patent applications.
M254871 圖式簡單說明 【圖式簡單說明】 第一圖係習知技術資料存取器固持裝置之立體分解圖 〇 第二圖係本創作第一實施例之資料存取器固持裝置之 立體分解圖。 第三圖係第二圖之卡扣片與磁架之立體組裝放大圖。 第四圖係第二圖之立體組裝放大圖。 第五圖係本創作第二實施例之資料存取器固持裝置之 立體分解圖。 第六圖係第五圖之立體組裝放大圖。 【主要元件標號】 資料存取器 10 ' 10’ 滑執 30 卡銷 32 凸柱 34 、 34’ 卡扣片 40 > 40’ 固定部 42 操作部 44 固定子L 420 定位槽 422 卡扣孔 424 磁架 20 底壁 22 第一側壁 23 ^ 23J 第二側壁 25 頂壁 24 空腔 21 彈片 240 > 250 定位片 232 固定柱 230 收容槽 234 >234, 螺絲 30, 固持？L 12、12，M254871 Brief description of the drawings [Simplified illustration of the drawings] The first diagram is a three-dimensional exploded view of a conventional technology data access device holding device. The second picture is a three-dimensional exploded view of the data access device holding device of the first embodiment of this creation. . The third figure is an enlarged view of the three-dimensional assembly of the buckle piece and the magnetic frame of the second figure. The fourth figure is an enlarged three-dimensional assembly view of the second figure. The fifth figure is an exploded perspective view of the data accessor holding device of the second embodiment of the present invention. The sixth figure is an enlarged three-dimensional assembly view of the fifth figure. [Number of main components] Data accessor 10 '10' Slide 30 Locking pin 32 Boss 34, 34 'Clip piece 40 > 40' Fixing part 42 Operating part 44 Fixture L 420 Positioning slot 422 Clip hole 424 Magnetic frame 20 bottom wall 22 first side wall 23 ^ 23J second side wall 25 top wall 24 cavity 21 spring piece 240 > 250 positioning piece 232 fixing post 230 receiving groove 234 > 234, screw 30, holding? L 12, 12,