五、新型說明： 【新型所屬之技術領域】 尤其涉及一種拆裝方便之磁 本創作涉及-麵碟機固定裝置 碟機固定裝置。 乂 【先前技術】 機祕㈣重複料、快速魏轉縣量大之優st, ，已蝴腦及伺服器最普遍 二= 機之目的，一此鲂含纫夕带 出趴保屢硬碟 構以容置硬销，仙㈣中會設-錄式硬碟機結 硬碟機戶斤述抽取式硬碟機結構包括 於承載架之遮擋板、一容置 峨木裝叹 Μ 力雜板之讀架及-減於所述安 置，㈣軸㈣H動地組設於手 又有—具有傾斜角之舌片，藉由所述彈性件及舌片愈電子裝 置忒體及設於殼體上之旋轉卡 t 及可和籌貫現安裝卡固，藉由手柄 麵㈣件上印自敝询内釋放就 :硬:機取出，然而該種硬碟機抽取結構之手柄安裝於所述殼 ^扣f财⑽㈣物峨，在取出硬碟 衫健麟射料之料，制衫輯 載架畏取出。 【新型内容】 鑒於以上内容，有必要提供一種拆I方便之磁碟機固定裝置。 一種磁碟卿絲置，包括麟…靴容—機之收容 M383180V. New type description: [New technical field] It is especially related to a magnetic disassembly and assembly. The creation involves a disc machine fixing device.乂[Previous technology] The secret of the machine (4) Repeated material, the rapid Wei-turning county, the large amount of excellent st, has the brain and the server is the most common two = machine purpose, this one contains the eve of the night to bring out the hard disk structure In order to accommodate hard sales, the fairy (4) will be set up - the hard disk drive hard disk machine is said to be a removable hard disk drive structure including the cover of the carrier, a shackled squat Reading frame and - minus the placement, (4) axis (four) H moving group is provided in the hand and has a tongue with a tilting angle, by means of the elastic member and the tongue piece, the electronic device body and the housing are arranged The rotating card t and the ready-to-install mounting card are released by self-inquiry on the handle surface (four): hard: the machine is taken out, but the handle of the hard disk extracting structure is mounted on the shell F Cai (10) (4) Things, in the removal of hard disk shirt Jian Lin shot material, the shirt is loaded with a rack of fear. [New content] In view of the above, it is necessary to provide a disk drive fixture that facilitates the removal of I. A magnetic disc wire set, including the collar...boots-machine housing M383180
‘、—固定於所述收容架上並具有—頂壁之安 定於所述安餘上之轉動件及-滑_定於所述安動固 塊’所述轉麟簡由細顿財扣配合將 q 所述機殼上，所述頂辟開执〜 奋木固夂於 活動件上，並可在一第=活動件;所述作動件固定於所述 了在Μ-位置與-第二位置間滑動，所述 位於所述第-位置時’所絲動件定位於所述定魏内，以阻止 7述滑塊相對所述轉動件滑動，所述作動件位於所述第二 ==_舰_奴位孔，以使麟滑塊可相對所述轉動 優選地’親活動件設有凸部，所述作動件包括有卡扣部， 所述卡扣部·-與所述凸部卡扣配合之卡扣孔。 優選地’所賴動件包括—歓部與—連接在所述較大部之 較小部’所述凸部設於所述較小部在其與所述較大部之連接處。 優選地’所述滑塊開設—具有所述第—位置及第二位置之開 口，所述作動件包括-穿過所述開口並可在所述開口内滑動之板 動部。 優L地’所述扳動部邊緣开》成有可卡固於所述開口邊緣之卡 固部。 優選地’所述滑關設—穿孔，另在靠近所述開口開設一開 孔’所述活動件藉由所述作動件活_定於所述穿孔與所述開孔 之間，藉由穿過所述穿孔定位在所述定位孔内。 5 M383180 優選地，所述轉動件設有—卡扣件 第—方向滑動，以使所 件轉動時斤述卡扣件在所述轉動 乎功f可猎由擠屋來驅使所述滑塊涔 述穿孔與所述定位孔對齊。 _地’所賴塊與所述安裝架 述彈性元件娘卡扣細所述彻性元件，所',- fixed on the receiving frame and having a top wall fixed to the balance of the rotating member and - sliding _ is set in the safety block Putting the housing on the q, the top opening and the opening are fixed on the movable member, and may be in a first movable member; the actuating member is fixed to the Μ-position and the second Sliding between positions, wherein the wire member is positioned in the predetermined position to prevent the slider from sliding relative to the rotating member, and the actuating member is located in the second== _ ship_ slave hole, so that the lining slider is rotatable relative to the rotation, preferably the pro-moving member is provided with a convex portion, the actuating member includes a buckle portion, the buckle portion and the convex portion Snap fit with snap holes. Preferably, the urging member includes a dam portion and a small portion connected to the larger portion. The convex portion is provided at a junction of the smaller portion with the larger portion. Preferably said slider extends - an opening having said first position and said second position, said actuating member comprising - a plate portion that passes through said opening and is slidable within said opening. Preferably, the edge of the trigger portion is formed with a locking portion that is engageable at the edge of the opening. Preferably, the sliding member is provided with a through hole, and an opening is formed adjacent to the opening. The movable member is disposed between the through hole and the opening by the actuating member, by wearing The perforations are positioned within the locating holes. 5 M383180 Preferably, the rotating member is provided with a latching member sliding in the first direction, so that when the member rotates, the latching member can be driven by the squeeze house to drive the slider. The perforations are aligned with the positioning holes. The block of the _ ground and the mounting frame of the elastic member are buckled to the thin component.
優選地，所麵塊設有卡扣塊，所述 述定位件設有供所述卡扣鱗動之扣孔。…♦位件’所 優選地，所述轉動件與所述安裝架之間連接一另一彈性元 ^所料-彈性元件在所述卡扣件卡扣於所述滑塊時彈性變形。 與習知技術相比，上述磁碟機固定裝置藉由固定於滑塊上之 作動件在第-位置與第二位置間滑動，使翻定於作動件上之活 動件與安餘之頂壁上之定位孔卡扣配合，以使所述轉動件與所 述機殼卡扣配合。操作所述滑塊上之與活動件固定之作動件就可 方便地拆裝磁碟機。 【實施方式】 請參閱圖1至圖3’本創作磁碟機固定裝置之較佳實施包括— 機殼10 (見圖6)、一可插入所述機殼10之用於安裝一硬碟機等 磁碟機之收容架30、及一固定於所述收容架30前端之作動裴置 50 〇 ~ 所述機殼10内設有複數隔板11，相鄰兩隔板11間形成收容 所述收容架30之收容空間，每一隔板11靠近前端緣之適當位置 设有一卡合槽112，每一卡合槽112之邊緣形成一擋片114。 6 M383180 所述收谷架30包括一前板31及垂直於所述前板31之兩侧板 33。每-鑛33固定有—導軌％，所料㈣用可吸收震 材料製成。 所述河板31固定有一安裝架4〇。所述安裝架4〇包括—底辟 4卜兩垂直於所述底壁41之側壁幻 ' 私 '及一平行於所述底二 41之頂壁43。所述底壁41 —端設有—固定柱（圖未示）。所述側 土 42内側„又有&位柱似（見圖4)，並在靠近所述定位柱切 之位置處女財德件46，所述定位件％财有—較大扣孔 461及四較小扣孔463 (圖中僅示兩個）。所述頂壁a之一端設— 固疋柱43卜另一端開設一定位孔433。所述側壁私連接有—連 接板45二述連接板45之大致中間位置設有_抵壓槽必卜 “所述刖板31與所述絲㈣之㈣定—賴元件37。所述 遮蔽元件37用可P；irjL電磁干涉與電磁輕射之材料製成。 所述作動裝置50包括—轉動件51及一滑塊Μ。所述轉動件 51 -端之兩靖應設有所職殼1()之擋片ιΐ4各 5Π。每一-幻 曰 一邊形成一凸塊513。所述轉動件51—端另 在氣所述凸塊處分別對應頂壁C之固定柱糾及所述底壁 41之固定桎上下各設有—樞轉孔515，及其關設有—定位柱 斤述轉動件51之另—端設有一具有一傾斜面之卡扣件519。 所述/月塊53頂端開設有—穿孔531，並設有一凹陷知 ⑽複數卡扣塊537。所述穿孔剌為圓形。所述凹陷533開 设一開口 5331 β . 及一位於所述開口 5331 —端之開孔5335。所述開 7 M383180 孔5335可為圓形’其直徑小於所述穿孔別之直徑，並位於所述 穿孔53i之正下方。所述突塊奶上設有一定位柱5351(見圖5)， 所述定位柱5351可穿過所述定位件46之較大扣孔461並在其内 滑動。每-卡扣塊537可卡扣於所述定位件46之每—較小扣孔463 内並可在其内滑動。 所述穿孔531及所述開孔5335可用以固定—活動件—所述 活動件60包括-與所述穿孔531之直徑大致相當之較大部61，及 -與所述開孔5335之直徑大致相當之較小部63。所述較小部幻 連接於所雜大部61，並在連接處形綱隔分佈之三個凸部幻卜 所述較小部63可套設一作動件7〇。所述作動件％包括一卡 扣部71及-連接所述卡扣部71之板動部乃。所述卡扣部刀在中 «設-與所述較小部63之凸部631配合之卡扣孔爪。在一較 佳貝施方式中，所述卡扣部71大致呈圓形。所述板動部乃可穿 I所述凹Pu M3之開口 M3卜其兩側分卿成有可卡扣於所述開 口 5331邊緣處之卡固部731。 請-起參閱圖4及圖5，組裝時’將所述轉動件Μ上之一枢 轉孔515套設於所述安裝架40之頂壁43上之固定柱431上’另 一樞轉孔515套設於底壁41之固定柱上，從而將所述轉動件y 可轉動地狀於所述安裝㈣上。—雜元件8q之—端套設於 所述轉動件51之定位;f主517卜〇 , 上，另一端收谷於所述連接板45 8 80 - M383180 將所述作動件70之扳動部73穿過所述滑塊53之凹陷533的 . 開口 5331，且所述扳動部73之卡固部731卡固於所述開口 5331 之邊緣處，所述作動件70之卡扣部71中之卡扣孔711與所述凹 533之開孔5335對齊，然後將所述活動件6〇之較小部幻穿過 所述π塊53之穿孔531，穿過所述卡扣孔711及所述開孔5335， 並使所述較小部63之凸部631與所述卡扣孔711卡扣配合。就可 -將所齡動件70無雜小部63岐在—起，朗述活動件6〇 1活動固定於所述開孔5335與所述穿孔別之間。將所述滑塊53 之每一·^扣塊537分別可滑動之卡扣於所述定位件46之每一較小 扣孔463内，所述突塊535上之定位柱5351對應穿過所述定位件 46之車乂大扣孔461 ’所述滑塊53因此可滑動地安裝在所述安裝架 4〇上。另一彈性元件90之一端套設於定位柱5351上，另-端套 。又於所述安裳架4〇之侧壁42之定位柱421上，從而安裝在所述 滑塊53與所述側壁42間。此時，所述頂壁43之定位孔433位於 耱所述穿孔531之左上方。 ^起參閱圖6，將安裝一起之安裝架40、作動裝置50及裝 設有所述磁碟機之收容架3〇裝入所述機殼1〇之前，所述轉動件 51處於解鎖位置，此時，所述轉動件5丨脫離所述滑塊兄並向 外轉動騎轉性元件8Q *再彈性變形，從*使所述凸塊沿不 再阻播所述安裝架4〇插入所述機殼1〇之隔板u間，所述滑塊53 位於-遠離所述侧壁42之一第一位置，所述彈性元件9〇具有一 初始長度。所述作動件7〇之扳動部73位於所述凹陷533之開孔 9 M383180 5335之最下端之第一位置。 使用4，將所述收容盒插入所述機殼1〇之兩隔板u間，向 内靠近所述安裝架40之方向轉動所述轉動件51，從而使所述轉動 件51上之凸塊513逐漸卡入所述機殼1〇之卡合槽112内，所述 彈性π件80受所述轉動件51之擠壓而彈性變形。當所述轉動件 51之卡扣件519之傾斜面抵靠在所述滑塊53 一側之邊緣時，繼續 按壓所述轉動件51，所述卡扣件519之傾斜面播壓所述滑塊53 並驅使所述滑塊53朝遠離所述卡扣件519之一第一方向滑動，同 時，所述突塊535及卡扣塊537分別在對應之扣孔461、463中滑 動所述彈性元件90受所述滑塊53之突塊535擠壓而彈性變形， 所述卡扣件519之傾斜面便可越過所述滑塊53而位於滑塊幻之 另側。备所述滑塊53滑動到其穿孔531與所述頂壁43之定位 孔433對齊時，扳動所述扳動部73 ’使其向所述開孔5335之最上 .端之第二位置滑動，同時，所述活動件6〇之較大部&由所述穿 孔531穿出，穿入所述定位孔433中，從而使所述滑塊幻不再向 所述第-方向或向與所述第—方向相反之第二方向滑動。當所述 扳動部73移動到開孔5335之第二位置處，且所述扳動部73之卡 口 I5 731卡固於開孔5335最上端兩側之邊緣處時，即可將所述卡 扣件519與所述滑塊53卡扣配合，以防止所述轉動件Μ反向轉 動。此時，所述彈性元件80具有一最大之彈性變形量及一最小之 長度所述轉動件51之凸塊513卡扣在所述機殼10之卡合槽112 中所述擋片114卡入所述卡槽511中，從而將所述收容架3〇安 M383180 裝於所述機殼10令。 拆卸時’扳動所述扳動部73，使其向所述開孔5335之第一位 置滑動，此時，所述較大部61漸漸脫離所述定位孔433。扳動所 述滑塊53，使其繼續向所述第一方向滑動。當所述滑塊53滑動到 最靠近所述_ 42處，所述彈性元件9G具有—最大之彈性變形 量及最小之長度時，所麟塊53之邊緣即可脫離所述轉動件Μ 之卡扣件519，所述彈性元件8G彈性恢復，並因此迫使所述轉動 件51以所述安裝架4〇之固定柱431為轴向外轉動，當所述凸塊 旋轉出所述卡合槽⑴及所述擔片114脫離所述卡槽5ιι時， 便可將所敝絲3G從所賴殼1G上拆卸下來。鱗，槪所 述滑塊53，所述彈性元件90彈性恢復迫使所述滑塊53沿所述第 二方向滑動。 在本貫施对巾，_雜元件80、9〇稿—醜彈菩 述磁碟機在工作時產生震動，此時，所述導執％可肋吸收所述 磁碟機所產生之震動，以降低震動對所述磁碟機造成之損宝，而 所輕蔽讀37咖㈣巾瓣向外輕射。 申請。惟，社所述者僅為本創作之健實财式，舉== ^技藝之人士’爰依本_之精神所作之等效料或魏1 應涵盍於以下之申請專利範圍内。 白 【圖式簡單說明】 圖1是本創作磁碟機固定裝置之-較佳實施方式中除去機殼 M383180 的一立體分解圖。 圖2是本創作磁碟機固定裝置中之活動件、作動件及滑塊的 立體圖。 圖3是圖1之另一立體分解圖。 圖4是圖1之一立體組裝圖。 圖5是圖4之剖面圖。 圖6是本創作磁碟機固定裝置之一立體組裝圖。 【主要元件符號說明】 收容架 30 前板 31 側板 33 導執 35 遮蔽元件 37 安裝架 40 底壁 41 側壁 42、44 頂壁 43 固定柱 431 定位孔 433 連接板 45 抵壓槽 451 定位件 46 12 較大扣孔 較小扣孔 作動裝置 轉動件 卡槽 凸塊 枢轉孔 定位柱 卡扣件 滑塊 穿孔 凹陷 開口 開孔 突塊 卡扣塊 活動件 較大部 較小部 凸部 作動件 M383180 卡扣部 71 卡扣孔 711 扳動部 73 卡固部 731 彈性元件 80、90 機殼 10 隔板 11 卡合槽 112 擋片 114Preferably, the noodle block is provided with a snap block, and the positioning member is provided with a button hole for the buckle to move. Preferably, a further elastic element is coupled between the rotating member and the mounting bracket - the elastic member is elastically deformed when the locking member is snapped onto the slider. Compared with the prior art, the above-mentioned disk drive fixing device slides between the first position and the second position by the actuating member fixed on the slider, so that the movable member and the top wall of the balance are turned on the actuating member. The positioning hole is snap-fitted to engage the rotating member with the casing. The disk drive can be easily disassembled by operating the actuating member fixed on the slider and the movable member. [Embodiment] Please refer to FIG. 1 to FIG. 3'. The preferred embodiment of the present invention includes: a casing 10 (see FIG. 6), and a casing 10 that can be inserted into the casing 10 for mounting a hard disk drive. The receiving frame 30 of the disk drive and the actuating device 50 fixed to the front end of the receiving frame 30 are provided with a plurality of partitions 11 in the casing 10, and the adjacent two partitions 11 are formed to receive the same. The accommodating space of the receiving frame 30 is provided with an engaging groove 112 at an appropriate position of each of the partitioning plates 11 near the front end edge. The edge of each engaging groove 112 forms a blocking piece 114. 6 M383180 The grain receiving frame 30 includes a front plate 31 and two side plates 33 perpendicular to the front plate 31. Each mine 33 is fixed with a guide rail %, and the material (4) is made of a shock absorbing material. The river plate 31 is fixed with a mounting bracket 4〇. The mounting frame 4 includes a bottom wall 4 perpendicular to the side wall of the bottom wall 41 and a top wall 43 parallel to the bottom surface 41. The bottom wall 41 is provided at the end with a fixing post (not shown). The inner side of the side soil 42 has a & position column (see FIG. 4), and at a position close to the positioning column, the female wealth component 46, the positioning member is rich in money - a large buttonhole 461 and Four smaller fastening holes 463 (only two are shown in the figure). One end of the top wall a is provided with a positioning hole 433 at the other end of the solid column 43. The side wall is privately connected with the connecting plate 45. The substantially intermediate position of the plate 45 is provided with a yoke groove "the slab 31" and the (four) sizing element 37 of the wire (4). The shielding member 37 is made of a material that can be electromagnetically interfered with electromagnetic light. The actuating device 50 includes a rotating member 51 and a slider. The two ends of the rotating member 51-end should be provided with 5 Π 各 4 of the cover 1 (). A bump 513 is formed on each side of the phantom. The rotating member 51 is further provided with a fixing column corresponding to the top wall C at the convex portion of the gas, and a fixing hole of the bottom wall 41 is provided with a pivot hole 515, and the positioning and positioning thereof The other end of the rotating member 51 is provided with a latching member 519 having an inclined surface. The top of the / month block 53 is provided with a perforation 531 and is provided with a recessed (10) plurality of snap blocks 537. The perforated crucible is circular. The recess 533 defines an opening 5331 β and an opening 5335 at the end of the opening 5331. The opening 7 M383180 hole 5335 may be circular [having a diameter smaller than the diameter of the perforation and located directly below the perforation 53i. The protruding piece of milk is provided with a positioning post 5351 (see FIG. 5), and the positioning post 5351 can pass through the larger fastening hole 461 of the positioning member 46 and slide therein. Each of the snap blocks 537 can be snapped into each of the smaller snap holes 463 of the positioning member 46 and slidable therein. The through hole 531 and the opening 5335 may be used to fix the movable member. The movable member 60 includes a larger portion 61 substantially corresponding to the diameter of the through hole 531, and - substantially the diameter of the opening 5335 Quite a smaller part 63. The smaller portion is phantomly connected to the large portion 61, and the three convex portions of the shape are distributed at the joint. The smaller portion 63 can be sleeved with an actuating member 7''. The actuating member % includes a latching portion 71 and a latching portion that connects the latching portion 71. The knuckle knife is in the middle of the shackle-shaped claw that cooperates with the convex portion 631 of the smaller portion 63. In a preferred embodiment, the latching portion 71 is substantially circular. The opening portion of the opening portion M3 of the recessed Pu M3 can be folded into a locking portion 731 which is buckled at the edge of the opening 5331. Referring to FIG. 4 and FIG. 5, when assembling, a pivot hole 515 of the rotating member is sleeved on the fixing post 431 on the top wall 43 of the mounting frame 40. Another pivot hole 515 sets are disposed on the fixing post of the bottom wall 41, so that the rotating member y is rotatably shaped on the mounting (4). - the end of the miscellaneous component 8q is sleeved on the positioning of the rotating member 51; the main 517 is 〇, and the other end is valleyd on the connecting plate 45 8 80 - M383180 to move the actuator 70 73 is inserted through the opening 5331 of the recess 533 of the slider 53 , and the fastening portion 731 of the trigger portion 73 is fastened at the edge of the opening 5331 , and the buckle portion 71 of the actuator 70 is The latching hole 711 is aligned with the opening 5335 of the recess 533, and then the smaller portion of the movable member 6 is slid through the through hole 531 of the π block 53 through the snap hole 711 and the The opening 5335 is described, and the convex portion 631 of the smaller portion 63 is snap-fitted with the snap hole 711. Alternatively, the moving member 70 is free from the small portion 63, and the movable member 6〇1 is fixed between the opening 5335 and the punch. Each of the sliders 537 of the slider 53 is slidably snapped into each of the smaller fastening holes 463 of the positioning member 46, and the positioning post 5351 on the protrusion 535 corresponds to the through hole. The ram buckle 461' of the locating member 46 is thus slidably mounted on the mounting bracket 4''. One end of the other elastic member 90 is sleeved on the positioning post 5351, and the other end sleeve. Further, it is mounted on the positioning post 421 of the side wall 42 of the mounting frame 4 so as to be mounted between the slider 53 and the side wall 42. At this time, the positioning hole 433 of the top wall 43 is located at the upper left of the through hole 531. Referring to FIG. 6, the mounting member 40, the actuating device 50, and the receiving frame 3 on which the disk drive is mounted are loaded into the casing 1 , the rotating member 51 is in an unlocked position. At this time, the rotating member 5 is disengaged from the slider brother and is rotated outwardly to rotate the riding element 8Q* to be elastically deformed, so that the projection is inserted into the mounting bracket 4 without being blocked. Between the partitions u of the casing 1 , the slider 53 is located at a first position away from the side wall 42 , and the elastic member 9 〇 has an initial length. The triggering portion 73 of the actuating member 7 is located at a first position of the lowermost end of the opening 9 M383180 5335 of the recess 533. Using the housing 4, the storage box is inserted between the two partitions u of the casing 1 , and the rotating member 51 is rotated in the direction of the mounting bracket 40 inwardly, thereby causing the projections on the rotating member 51. The 513 is gradually inserted into the engaging groove 112 of the casing 1 , and the elastic π member 80 is elastically deformed by being pressed by the rotating member 51 . When the inclined surface of the latching member 519 of the rotating member 51 abuts against the edge of the slider 53 side, the rotating member 51 is continuously pressed, and the inclined surface of the latching member 519 plays the sliding surface The block 53 drives the slider 53 to slide away from the first direction of the latching member 519. At the same time, the protrusion 535 and the latching block 537 slide the elastic in the corresponding button holes 461 and 463, respectively. The element 90 is elastically deformed by being pressed by the projection 535 of the slider 53, and the inclined surface of the locking member 519 can pass over the slider 53 and be located on the other side of the slider. When the slider 53 is slid to the position where the through hole 531 is aligned with the positioning hole 433 of the top wall 43, the pulling portion 73' is pulled to slide to the second position of the uppermost end of the opening 5335. At the same time, the larger portion & of the movable member 6 is pierced by the through hole 531 and penetrates into the positioning hole 433, so that the slider is no longer oriented to the first direction or The first direction is opposite to the second direction of sliding. When the triggering portion 73 moves to the second position of the opening 5335, and the bayonet I5 731 of the pulling portion 73 is fastened at the edge of the uppermost end of the opening 5335, the The catching member 519 is snap-fitted with the slider 53 to prevent the rotating member from rotating in the reverse direction. At this time, the elastic member 80 has a maximum elastic deformation amount and a minimum length. The protrusion 513 of the rotating member 51 is buckled in the engaging groove 112 of the casing 10, and the blocking piece 114 is engaged. In the card slot 511, the receiving frame 3 is mounted on the casing 10. When disassembling, the triggering portion 73 is pulled to slide toward the first position of the opening 5335. At this time, the larger portion 61 gradually disengages from the positioning hole 433. The slider 53 is pulled to continue sliding in the first direction. When the slider 53 slides closest to the _42, the elastic member 9G has a maximum elastic deformation amount and a minimum length, the edge of the lining 53 can be detached from the card of the rotating member Μ The fastener 519 elastically recovers the elastic member 8G, and thus forces the rotating member 51 to rotate axially outwardly with the fixing post 431 of the mounting bracket 4, when the projection rotates out of the engaging groove (1) When the support piece 114 is separated from the card slot 5, the wire 3G can be detached from the case 1G. The slider 53, the slider 53, the elastic recovery of the elastic member 90 forces the slider 53 to slide in the second direction. In the present embodiment, the ugly component 80, 9 〇 — 丑 丑 — — — — — 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑 丑In order to reduce the shock caused by the shock to the disk drive, and lightly read the 37 coffee (four) towel flaps outward. Application. However, the company stated that it is only a healthy financial formula of the creation, and the equivalent of the person who is in the spirit of this _ or Wei 1 should be included in the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a preferred embodiment of the present invention for removing a casing M383180. Fig. 2 is a perspective view of the movable member, the actuating member and the slider in the fixing device of the present invention. Figure 3 is another perspective exploded view of Figure 1. Figure 4 is an assembled, isometric view of Figure 1. Figure 5 is a cross-sectional view of Figure 4. Figure 6 is a perspective assembled view of the present invention. [Main component symbol description] Shelf 30 front panel 31 side panel 33 guide 35 shielding member 37 mounting bracket 40 bottom wall 41 side wall 42, 44 top wall 43 fixing post 431 positioning hole 433 connecting plate 45 pressing groove 451 positioning member 46 12 Large button hole Small button hole Actuator Rotating member Card slot Bump Pivot hole Positioning column Clips Slider Perforation Depression Opening Hole Block Buckle Block Moving part Large part Small part convex part Actuator M383180 Card Buckle 71 snap hole 711 Pulling portion 73 Fixing portion 731 Elastic element 80, 90 Case 10 Separator 11 Engagement slot 112 Block 114
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