M400191 -· . · . 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種硬蝶抽取結構’特別是指—種f 使硬碟達到易於插拔抽換功效的硬碟抽取結構。 【先前技術】 習知的硬碟抽取結構如中華民國專利公告編號4 8 7 2 9 1所揭露，其主要係設有一鋁擠型材料一體成型之殼 J 體’於殼體的内緣設以間隔之滑轨，以供多數之硬碟機沿 ® 滑轨套入嵌合，而殼體的兩側壁面外緣，則以適當間隔設 有排列之水平突肋’使硬碟機便於自殼體進行抽取的動作 〇 惟’上述硬碟抽取結構必須在殼體内緣加工出具有複 雜構造的滑轨，而由於鋁擠型材料成型難度較高，尺寸精 度較不易控制，往往須另外透過切削刀具經由兩次以上的 多次加工，才能得到所需的尺寸，且在加工過程中易造成 - 材料的浪費，使得加工的成本較高。 鲁 、緣是，本創作人有感上述問題之可改善，乃潛心柯究 亚配合學理之運用’而提出—種設計合理且有效改善上述 問題之本創作。 • 【新型内容】 本創作之主要目的，在於提供一種硬碟抽取結構，其 减箱設置有分離且可相互組裝齡屬片體與滑軌，且在 抽取式硬碟盒的兩側形成滑接於滑軌的導槽，使得抽取式 硬碟盒可順暢地由機箱抽取與裝入，同時具有將構造簡化 及降低加工成本的特點。 3/19 為了達成上述之目的，本創作係提供—種硬 =i!：括：—機箱，其設有相對的兩金屬片體，該金屬片° -體沖製成型有多_槽及多個定位孔，該_的内緣 =折延伸出一固持腳；兩相對的塑膠滑轨，該塑膠滑執一 體成型有多個穿槽及多個定位柱，該穿槽的内壁凸設有— 凸塊’該金屬片體的固持腳伸入該塑膠滑轨的穿^扣接 :該凸塊’該定位柱插置於該定位孔中，以使該㈣ = 刀別組裝定位於該兩金屬片體；以及—抽取式硬碟:， 塑體’該金屬盒趙的兩侧分別設有滑二 本創作具有以下有益效果：本創作在機箱設置有 且可相互組裝的金屬片體與錄，且在抽 _成滑接於滑軌的導槽，使得姉式㈣盒可 機箱抽取盘裝入。豆中今厲H娜“— 、 、努也由 與_二柱別 片體—體沖製料折成型，其成型難度較低^ 、；啬又谷易掌控，且結構強餘佳 ，，有成型容易、尺寸 且>、，口構強度佳的特點。因此本創作 又门 造成材料的㈣，並在_結 ^不會 ，且降低加工的成本。 ㈣度的_下將構造簡化 閱以進—步瞭解翔作之龍及技_容，，灸 二;與附圖，然而所附圖式僅提 【實:方':】非用來對本創作加以限制者。 4/19 一請參閱第-至四及六圖，本創作硬碟抽取結構包括： =箱1、兩塑膠滑執2及一抽取式硬碟盒3。其中機箱 1设有至少兩相對的金屬片體1 0 3，各金屬片體丄〇 3 肢冲製成型有多個開槽工工及多個定位孔工2，各開槽 1 1的兩相對内緣分卿相反方向彎折延伸出-固持聊i 3 ° 一在本實施例中，機箱i包含—下蓋丄◦2及—蓋合於 下盖1 0 2上方的上蓋！〇丄，金屬片體i 〇 3可藉螺鎖 的方式組裝於下蓋i 〇 2與上蓋工〇丄之間。或者，金屬 片體1〇3自下蓋1 0 2一體彎折形成。 該兩塑膠滑執2為相對的設置，各塑膠滑執2以歸 材=製成，且一體成型有多個穿槽2 1及多個定位柱2 2 ’穿槽2 1的内壁凸設有一凸塊23。組裝時’金屬片體 1 0 3的固持腳1 3伸入塑膠滑軌2的穿槽2丄且扣接於 凸塊2 3，定位柱2 2插置於定位孔12中（請配合參閱 第五圖），以使兩塑膠滑執2分別組裝定位於該兩金屬片 體1 0 3。 抽取式硬碟盒3具有一金屬盒體3 〇 ’金屬盒體3 〇 的兩側分別設有滑接於塑膠滑軌2的導槽3丄（請配合參 閱第七及八圖），從而使抽取式硬碟盒3可順暢地由機箱 1抽取與裝入；藉由上述之組成以形成本創作之硬碟抽取 結構。 ^ 請再參閱第三至五圖，由於金屬片體丄〇 3的開槽工 1的兩相對内緣分別朝相反方向彎折延伸出一固持腳工3 故可藉此在金屬片體1 〇 3的兩側皆組裝有塑勝滑執2 乂較有效地應用金屬片體1 〇 3的表面積及機箱1内部 厕 0191 空間。此外，在同一金屬片體1〇 3可自上而下地設置多 組開槽1 1及固持聊1 3，藉此組裝多個塑膠滑執2，從 而與多個抽取式硬碟盒3搭配使用。 請參閱第八至十圖，在本具體實施例中，抽取式硬碟 盒3的金屬盒體3 〇的兩側分別朝外一體彎折形成一凸部 32及一翼片33,凸部3 2延伸至金屬盒體3 〇前、後 端。翼片3 3間隔地位於凸部3 2的下方且沿前後方向延 伸一段適當長度，該導槽3丄形成於凸部3 2與翼片3 3 之間。 -· 此外’翼片3 3的前、後兩端可分別進一步彎折出斜 Φ 向延伸的導引片3 4 ’而塑膠滑執2的前、後兩端部在對 應該導引片3 4的位置分別設有導引斜面2 4，藉此在裝 入抽取式硬碟盒3時’可產生導引的作用，且令抽取式硬 碟盒3可相對塑膠滑執2順暢地滑動，同時塑膠滑轨2較 不會產生刮傷。 凊配合參閱第十二至十四圖，具體而言，金屬盒體3 0包含-圍繞框3 5及-連結板3 6。圍繞框3 5為1!型' 結構體且由一長形金屬片彎折形成，其包含一前牆3 5丄φ 及連接於刖牆3 5 1兩側且朝後延伸的兩側牆3 5 2，而 且前牆3 51與侧牆3 5 2相連接的轉角處相互鉚合固定 。上述凸部3 2及翼片3 3形成於側牆3 5 2，且各側牆. 3 5 2在靠近前端處設有扣孔3 5 5。而連結板3 6的兩 端鉚合固定於該兩側牆3 5 2的後部。由於圍繞框3 5為 一長形金屬片彎折形成的11型結構體，相較於先前技術往 往以大面積的金屬材料板彎折形成盒體構造，本創作可節 省較多的金屬材料及製造成本。 6/19 M400191 • . * 此外，側牆3 5 2穿設有多個硬碟固定孔3 5 4，且 其位置的分佈適用於多種規格的硬碟，例如3. 5吋的硬碟 及2. 5吋的硬碟皆適用，藉此與螺絲配合將硬碟鎖固於抽 取式硬碟盒3。 請參閱第八至十一圖，除了金屬盒體3 0之外，抽取 式硬碟盒3更包含一座體4 0、一金屬遮蔽件5 0、一鎖 具42、一舌片43、一拉門6 0及一扭簧9◦。其中， 座體4 0組裝固定於金屬盒體3 0前端，座體4 0設有一 安裝孔41，供組裝鎖具4 2。座體4 0設有一插孔4 5 ，插孔4 5貫穿至座體4 0的上、下表面。 請配合參閱第十五圖，金屬遮蔽件5 0設置於金屬盒 體3◦與座體4 0之間，金屬遮蔽件5 0具有一主板5 1 、自主板5 1上側延伸的一上彈片組5 2、自主板5 1下 側延伸的一下彈片組5 3及自主板5 1左、右兩側延伸的 兩個側彈片組5 4。由於該些彈片組5 2、5 3、5 4皆 由金屬遮蔽件5 0—體成型而成，可節省製造所用的金屬 材料。 上彈片組5 2包含多個呈凸弧狀的上接觸段5 2 1及 連接於該些上接觸段5 21末端的一上銜接段5 2 2。下 彈片組5 3包含多個呈凸弧狀的下接觸段5 3 1及連接於 該些下接觸段5 3 1末端的一下銜接段5 3 2。側彈片組 5 4包含多個呈凸弧狀的侧接觸段5 41及連接於該些側 接觸段5 41末端的一側銜接段5 4 2。 金屬遮蔽件5 0與金屬盒體3 0組裝時，主板5 1貼 靠於金屬盒體3 0的前牆3 5 1，上彈片組5 2藉上銜接 段5 2 2而扣接於前牆3 5 1頂部，下彈片組5 3藉下銜 7/19 M400191 接奴5 3 2而扣接於前牆3 5 1底部，該兩個側彈片組5 4勿別藉兩個側銜接段542而扣接於該兩側牆3 5 2的 扣孔3 5 5。而該些上接觸段5 21、下接觸段5 3丄分 別凸伸出刖牆3 5 1上表面、下表面，該些側接觸段5 4 1凸伸出側牆3 5 2外表面。藉此，可方便、快速地將金 屬遮蔽件5 0組裝固定於金屬盒體3 〇，並且可一次將所 有彈片組5 2、5 3、5 4組裝至定位，而不必一個一個 地進行組裝’從而簡化組裝程序。 鎖具42安裝於座體40的安裝孔41，舌片43轉· 動地設置於鎖具4 2後端，且鎖具4 2可與一鑰匙（圖未鲁 示）配合’而使舌片4 3在一開鎖位置與一閉鎖位置之間 轉動。 拉門6 0包含一金屬銜接架6 ;[及一塑膠門板6 2， 金屬銜接架6 1枢接於座體4 0，以使拉門6 0掀開與閉 合於座體4 0。金屬銜接架6 1具有朝座體4 0平行延伸 的兩載板611及穿設於該兩載板611的第一枢接孔6 12 ’第一樞接孔612與座體4 0的插孔4 5相對應。 扭簧9 0設置於座體4 0與金屬銜接架6 1之間，故鲁 在拉門6 0的勾部6 2 4與座體4 0的卡體4 4脫離時， 拉門6 0即會自動彈出而開啟於座體4 0。 拉門6 0的塑膠門板6 2具有一板體6 21及一彈性 . 臂6 2 2，板體6 21設有兩夾板6 2 6及穿設於該兩夾 板6 2 6且對應於第一樞接孔6 1 2的第二樞接孔6 2 7 。該兩夾板6 2 6貼靠於金屬銜接架61的兩載板6 1 1 ’使板體6 21套接於金屬銜接架6 1前側。 座體4 0與拉門6 0之間設有一插銷8 0，插銷8 0 8/19 插置於插孔4 5、第一樞接孔6 1 2及第二樞接孔6 2 7 中’俾使拉門6 0以插鎖8 0為樞軸進行轉動而掀開與閉 合於座體4 0。 而彈性臂6 2 2自板體6 2 1—端一體朝後延伸後再 彎曲而朝前延伸’彈性臂6 2 2的末端為自由端且形成一 按壓部6 2 3。彈性臂6 2 2靠近鎖具4 2的一側設有一 勾部6 2 4，而座體4 0在對應該勾部6 2 4的位置設有 一卡體4 4 ;當拉門6 0閉合於座體4 0時，拉門6 〇的 勾部6 2 4卡扣於座體4 0的卡體4 4。 另外，彈性臂6 2 2在其彎曲處朝該舌片4 3的方向 一體延伸形成一抵接部6 2 5，而舌片4 3轉動至該閉鎖 位置時’舌片4 3恰對應抵接於抵接部6 2 5前側。 由於塑膠門板6 2—體成型出板體6 2 1、彈性臂6 2 2、按壓部6 2 3、勾部6 2 4及抵接部6 2 5等構造 ，使拉門6 0的構件數量得以減少，且結構較為精簡，組 裝較為便利。 抽取式硬碟盒3更包含兩螺絲7 〇，金屬盒體3 〇的 前牆3 5 1前端面3 5 1 1設有兩第一穿孔3 5 3 ,金屬 遮蔽件5 0的主板51設有對應於該兩第一穿孔3 5 3的 兩第二穿孔51 1，每一螺絲7 0通過對應的第一穿孔3 5 3及第二穿孔51 1而鎖固於座體4 〇，俾使座體4 〇 、金屬遮蔽件5 0固定於金屬盒體3 〇靠近前端處，而且 僅使用兩個螺絲7 〇。 欲開啟拉門6 0時，使用者可按壓按壓部6 2 3，以 進一步施加力道給彈性臂6 2 2，使彈性臂6 2 2的勾部 6 2 4與座體4 〇的卡體4 4脫離。 9/19 按壓金屬盒體3 0内的硬碟，只要 拉呈現單端開啟的型態，從而提供-_似 =:=Γ透過拉門60而連帶地將承載有 其對接的對接連接;分:起由機箱1中取出’且使硬碟與 係呈陣列地個::式硬碟盒3安裝收納於機箱1時， _ 。又5 ’金屬遮蔽件5 0的彈片組5 2、5 Ί 或者，金屬遮蔽件5〇的彈Μ52、5Ε3ΜΙ^功效。 應:金屬部位(例如下蓋10』接 贿達成接地=屬片體103的兩側表面)，藉此與 請再參閱第十及十一圖’抽 ;:===_體3。的其 *貫穿至其前端面;後端面::=:6座ΪΓ另穿設 的前端係顯露於座體4 0的顯示孔 光〇 〇 發光源（圖未示）相對鹿—、 ，而後端係與一 光件1 0 〇的導引而由ϋ t此該發光源的光線係通過導 態的不同顏色。 〃_而射出’以顯示出代表硬碟狀 及功能：彡、本創作硬碟柏取結構，具有如下述之特點 體與可相互組裝的金屬片 系1的兩側形成滑接於滑轨的導 ^使得抽取式硬碟盒可順暢地由機箱抽取與裝入。 凸=片體It著定位孔及固持腳分職_滑軌蚊位ς及 盥-:1=組裂，定位孔及固持腳係自金屬片體-體沖製M400191 -· . · . 5. New description: [New technical field] This creation is about a hard butterfly extraction structure 'especially referring to the kind of hard disk extraction structure that makes the hard disk easy to plug and unload. . [Prior Art] A conventional hard disk extraction structure is disclosed in the Republic of China Patent Publication No. 4 8 7 2 9 1 , which is mainly provided with an aluminum extruded material integrally formed with a shell J body 'located on the inner edge of the casing. Spaced slide rails for most hard drives to fit into the rails, and the outer edges of the two side walls of the housing are arranged with appropriate horizontal ribs at appropriate intervals to make the hard drive easy to self-shell The operation of extracting the body is only required. The above-mentioned hard disk extraction structure must be processed with a complicated structure on the inner edge of the casing, and the aluminum extrusion material is difficult to form, and the dimensional accuracy is difficult to control. The tool can obtain the required size after more than two times of processing, and it is easy to cause - waste of material during the processing, so that the processing cost is high. Lu and Yuan are the authors who feel that the above problems can be improved, and they are proposed to use the theory of science and technology to propose a design that is reasonable and effective in improving the above problems. • [New Content] The main purpose of this creation is to provide a hard disk extraction structure in which the reduction box is provided separately and can be assembled to each other to form a sheet and a slide rail, and a sliding joint is formed on both sides of the removable hard disk case. The guide groove of the slide rail enables the removable hard disk case to be smoothly extracted and loaded from the chassis, and has the characteristics of simplifying the structure and reducing the processing cost. 3/19 In order to achieve the above objectives, the author provides a kind of hard = i!: including: - the chassis, which is provided with two opposite metal sheets, the metal sheet is shaped and has a lot of grooves. a plurality of positioning holes, the inner edge of the _ is extended to extend a holding leg; and the two opposite plastic sliding rails integrally form a plurality of slots and a plurality of positioning posts, and the inner wall of the slot is convex — a bump, a retaining leg of the metal sheet extending into the plastic slide rail: the bump 'the positioning post is inserted into the positioning hole, so that the (4)=knife assembly is positioned on the two Metal sheet body; and - extractable hard disk:, plastic body 'The metal box Zhao has two slides on both sides of the creation, which has the following beneficial effects: the creation of the metal sheet in the chassis and can be assembled with each other And in the pumping-sliding to the guide groove of the slide rail, so that the 姊 type (4) box can be loaded into the chassis extraction tray. Beans in today's Li H Na "-,, and Nu also from the _ two-column body - body punching material folding molding, its forming difficulty is lower ^,; 啬 谷谷 easy to control, and the structure is strong, and there are The molding is easy, the size and >, and the strength of the mouth is good. Therefore, the creation of the material causes the material to be (4), and the _ junction does not, and the processing cost is reduced. (4) The degree of _ will be simplified. Step by step to understand the dragon and technique of Xiang Zuo, and Moxibustion 2, and the moxibustion 2; and the drawings, however, the drawings only mention that [the real: square ':] is not used to limit the creation. 4/19 1 Please refer to In the first to fourth and sixth figures, the created hard disk extraction structure includes: = box 1, two plastic sliders 2 and a removable hard disk box 3. The case 1 is provided with at least two opposite metal sheets 1 0 3, Each metal sheet body 丄〇3 is formed into a plurality of slotting workers and a plurality of positioning holes 2, and the opposite inner edges of each slot 1 1 are bent and extended in opposite directions--holding In the present embodiment, the chassis i includes a lower cover 及 2 and an upper cover that is closed over the lower cover 10 2 〇丄, and the metal piece i 〇 3 can be screwed. It is installed between the lower cover i 〇 2 and the upper cover workpiece. Or, the metal sheet body 1〇3 is integrally bent from the lower cover 10 2 . The two plastic sliding handles 2 are oppositely arranged, and each plastic sliding handle 2 The inner wall of the through slot 2 1 is integrally formed with a plurality of through slots 2 1 and a plurality of positioning posts 2 2 . The inner wall of the through slot 2 1 is convexly provided with a bump 23. The holding leg of the metal sheet body 10 3 is assembled. 1 3 extends into the slot 2 of the plastic slide rail 2 and is fastened to the bump 2 3 , and the positioning post 2 2 is inserted into the positioning hole 12 (please refer to the fifth figure), so that the two plastic slips 2 respectively The assembly is located on the two metal sheets 1 0 3. The removable hard disk case 3 has a metal case 3 〇 'the metal case 3 〇 is provided with guide grooves 3 slidably connected to the plastic slide rails 2 on both sides ( Please refer to Figures 7 and 8) so that the removable hard disk case 3 can be smoothly extracted and loaded from the chassis 1. The above components are used to form the hard disk extraction structure of the present creation. ^ Please refer to the third In the fifth figure, since the opposite inner edges of the slotting work 1 of the metal sheet body 3 are respectively bent in opposite directions to extend a holding foot 3, the metal sheet body 1 can be thereby used. Both sides of the 3 are equipped with a plastic sliding handle 2 乂 more effective application of the surface area of the metal sheet 1 〇 3 and the space of the interior of the cabinet 1 0191. In addition, the same metal sheet 1 〇 3 can be set from top to bottom The group slot 1 1 and the holding rack 1 3 are used to assemble a plurality of plastic slides 2 for use with a plurality of removable hard disk cases 3. Referring to the eighth to tenth drawings, in the specific embodiment, the extraction is performed. The two sides of the metal case 3 of the hard disk case 3 are integrally bent outwardly to form a convex portion 32 and a wing piece 33, and the convex portion 3 2 extends to the front and rear ends of the metal case 3. The flap 3 3 It is spaced apart below the convex portion 3 2 and extends in the front-rear direction by an appropriate length, and the guide groove 3 is formed between the convex portion 3 2 and the fin 3 3 . - In addition, the front and rear ends of the 'flap piece 3 3 can be further bent out of the guide piece 3 4 ' extending obliquely to the Φ direction, and the front and rear end portions of the plastic slip 2 are corresponding to the guide piece 3 The position of 4 is respectively provided with a guiding slope 24, whereby the guiding function can be generated when the removable hard disk case 3 is loaded, and the removable hard disk case 3 can be smoothly slid with respect to the plastic sliding handle 2, At the same time, the plastic slide rail 2 is less likely to cause scratches. Referring to Figures 12 to 14, in particular, the metal case 30 includes a surrounding frame 35 and a connecting plate 36. The frame 3-5 is a 1!-type structure and is formed by bending an elongated metal piece, which comprises a front wall 35 丄φ and two side walls 3 connected to both sides of the 刖 wall 351 and extending rearward. 5 2, and the corners of the front wall 3 51 and the side wall 3 5 2 are riveted and fixed to each other. The convex portion 3 2 and the fins 3 3 are formed on the side wall 325, and each of the side walls. 3 5 2 is provided with a button hole 35 5 near the front end. The ends of the webs 36 are riveted and fixed to the rear of the side walls 352. Since the 11-shaped structure formed by bending a long metal piece around the frame 35 is formed by bending a large-area metal material plate to form a box structure compared with the prior art, the creation can save more metal materials and manufacturing cost. 6/19 M400191 • . * In addition, the side wall 3 5 2 is provided with a plurality of hard disk fixing holes 3 5 4, and the position distribution thereof is applicable to a plurality of hard disks, for example, a 3.5-inch hard disk and 2 The 5” hard disk is suitable for locking the hard disk to the removable hard disk case 3 with the screw. Referring to the eighth to eleventh drawings, in addition to the metal case 30, the removable hard disk case 3 further includes a body 40, a metal shielding member 50, a lock 42, a tongue 43, and a sliding door. 6 0 and a torsion spring 9 ◦. The seat 40 is assembled and fixed to the front end of the metal case 30, and the seat 40 is provided with a mounting hole 41 for assembling the lock 42. The base 40 is provided with a socket 4 5 which extends through the upper and lower surfaces of the base 40. Referring to FIG. 15 , the metal shielding member 50 is disposed between the metal case 3 ◦ and the seat body 40 . The metal shielding member 50 has a main plate 5 1 and an upper elastic piece group extending from the upper side of the main plate 5 1 . 5, the lower shrapnel group 5 3 extending on the lower side of the main board 5 1 and the two side shrapnel groups 5 4 extending on the left and right sides of the main board 5 1 . Since the plurality of shrapnel groups 5 2, 5 3, and 5 4 are formed by the metal shielding member 50, the metal material used for manufacturing can be saved. The upper elastic piece group 5 2 includes a plurality of upper contact segments 52 1 in a convex arc shape and an upper engaging portion 5 2 2 connected to the ends of the upper contact segments 5 21 . The lower shrapnel group 5 3 includes a plurality of convex contact lower contact segments 513 and a lower engaging portion 523 connected to the ends of the lower contact segments 513. The side shrapnel group 5 4 includes a plurality of convex contact side contact portions 541 and a side engaging portion 524 connected to the ends of the side contact portions 541. When the metal shielding member 50 is assembled with the metal case 30, the main plate 5 1 abuts against the front wall 35 of the metal case 30, and the upper elastic piece 5 2 is fastened to the front wall by the connecting portion 5 2 2 3 5 1 top, lower shrapnel group 5 3 borrowed the next 7/19 M400191 to take the slave 5 3 2 and buckled to the bottom of the front wall 3 5 1 , the two side shrapnel groups 5 4 do not borrow the two side engaging sections 542 The buckle hole 3 5 5 of the two side walls 3 5 2 is fastened. The upper contact section 5 21 and the lower contact section 5 3 凸 protrude from the upper surface and the lower surface of the wall 351 respectively, and the side contact sections 514 protrude from the outer surface of the side wall 315. Thereby, the metal shielding member 50 can be assembled and fixed to the metal case 3 方便 conveniently and quickly, and all the elastic piece groups 5 2, 5 3, and 5 4 can be assembled to the positioning at one time without being assembled one by one. This simplifies the assembly process. The lock 42 is mounted on the mounting hole 41 of the base 40, and the tongue 43 is rotatably disposed at the rear end of the lock 4 2, and the lock 42 can be engaged with a key (not shown) to make the tongue 4 3 Rotating between an unlocked position and a locked position. The sliding door 60 includes a metal engaging frame 6; [and a plastic door panel 6 2 , the metal engaging frame 6 1 is pivotally connected to the seat body 40 such that the sliding door 60 is opened and closed to the seat body 40. The metal connector frame 6 1 has two carrier plates 611 extending in parallel with the base body 40 and a first pivot hole 612 and a socket of the first pivot hole 612 and the base body 40. 4 5 corresponds. The torsion spring 90 is disposed between the seat body 40 and the metal adapter frame 6, so that when the hook portion 6 2 4 of the sliding door 60 is separated from the card body 4 4 of the seat body 40, the sliding door 60 is It will automatically pop up and open to the body 40. The plastic door panel 6 2 of the sliding door 60 has a plate body 6 21 and an elastic body. The arm 6 2 2 is provided with two clamping plates 6 2 6 and the two clamping plates 6 26 and corresponding to the first The second pivot hole 6 2 7 of the pivot hole 6 1 2 . The two plates 6 6 6 abut against the two carrier plates 6 1 1 ' of the metal adapter frame 61 so that the plate body 61 is sleeved on the front side of the metal adapter frame 61. A latch 80 is disposed between the base 40 and the sliding door 60. The latch 8 0 8/19 is inserted into the jack 45, the first pivot hole 6 1 2 and the second pivot hole 6 2 7 ' The sliding door 60 is pivoted by the latch 80 to be opened and closed to the seat 40. The elastic arm 6 2 2 extends rearwardly from the plate body 6 2 1 end and then bends to extend forward. The end of the elastic arm 6 2 2 is a free end and forms a pressing portion 623. A hook portion 6 2 4 is disposed on a side of the elastic arm 6 2 2 adjacent to the lock 4 2 , and a body 4 4 is disposed at a position corresponding to the hook portion 6 2 4; when the sliding door 60 is closed to the seat At the time of the body 40, the hook portion 6 2 4 of the sliding door 6 卡 is engaged with the card body 4 4 of the seat body 40. In addition, the elastic arm 6 2 2 integrally extends in the direction of the tongue piece 4 3 to form an abutting portion 6 25 , and when the tongue piece 4 3 is rotated to the locked position, the tongue piece 4 3 corresponds to the abutment. On the front side of the abutment portion 6 2 5 . The number of components of the sliding door 60 is determined by the plastic door panel 6 2 body forming the plate body 6 2 1 , the elastic arm 6 2 2, the pressing portion 6 2 3 , the hook portion 6 2 4 and the abutting portion 6 2 5 and the like. It can be reduced, and the structure is more streamlined and the assembly is more convenient. The removable hard disk case 3 further includes two screws 7 〇, and the front wall 3 5 1 of the front side of the metal case 3 1 is provided with two first through holes 3 5 3 , and the main plate 51 of the metal shielding member 50 is provided. Corresponding to the two second through holes 51 1 of the two first through holes 3 5 3 , each of the screws 70 is locked to the base body 4 through the corresponding first through holes 3 5 3 and the second through holes 51 1 . The body 4 〇, the metal shield 50 is fixed to the metal case 3 〇 near the front end, and only two screws 7 使用 are used. When the sliding door 60 is to be opened, the user can press the pressing portion 6 2 3 to further apply the force to the elastic arm 6 2 2, and the hook portion 6 2 4 of the elastic arm 6 2 2 and the card body 4 of the seat body 4 〇 4 detached. 9/19 Pressing the hard disk in the metal case 30, as long as the pull is in a single-ended open state, thereby providing -_like =:=Γ through the sliding door 60 and carrying the docking connection with its docking; : Take out from the chassis 1 and make the hard disk and the array in an array: When the hard disk case 3 is installed and stored in the chassis 1, _. Further, the elastic piece 5 2, 5 Ί of the 5' metal shielding member 50 or the elastic Μ 52, 5 Ε 3 ΜΙ ^ of the metal shielding member 5 。. Should: the metal part (such as the lower cover 10) to receive the bribe to reach the ground = the two sides of the sheet body 103), and then please refer to the tenth and eleventh diagrams to draw;: ===_ body 3. Its * penetrates to its front end face; the rear end face::=: 6 seat ΪΓ another front end is exposed on the display body 40 of the display aperture, the light source (not shown) relative to the deer -, and the back end Guided by a light member 10 〇, the light source of the light source passes through different colors of the conductive state. 〃 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The guide allows the removable hard disk case to be smoothly extracted and loaded from the chassis. Convex=Piece It is the positioning hole and the holding foot. _Sliding track mosquito ς and 盥-:1=Group crack, positioning hole and holding foot system from metal sheet body-body punching
構二=:==低’尺寸精度容易掌控，且結 ，-:仏，而疋位柱及凸塊係自塑膠滑執一體成型而成 同樣具有成型容^、尺寸精度高且結構強度佳的特乾。 因此本創作不需多次加工，也不會造成材料的浪費，並在 兼顧結構驗的情形下將構造簡化，且降低加工的成本。 ^ 2、本創作的抽取式硬碟盒的金屬盒體由圍繞框及連 f板組成，其中圍繞框係以—長形金屬片彎折形成，可在 坆用較少金屬材料的情況下達成構造的簡化，以節省金屬 材料及製造成本。 … 3、本創作的抽取式硬碟盒的結構較精簡，使用的構 ，數量較少，組裝難度較低，故可簡化組裝程序、縮短組 裝工時，且降低製造成本。Structure 2 =: == Low 'Dimensional precision is easy to control, and the knot, -: 仏, and the 柱 position post and the bulge are integrally formed from the plastic sliding handle, which also has the molding capacity, high dimensional accuracy and good structural strength. Special dry. Therefore, this creation does not require multiple processing, nor does it cause waste of materials, and simplifies the construction in the case of taking into account the structural inspection, and reduces the cost of processing. ^ 2. The metal case of the removable hard disk case of the present invention is composed of a surrounding frame and a f-plate, wherein the frame is formed by bending a long metal piece, which can be achieved with less metal material. Simplification of construction to save metal materials and manufacturing costs. ... 3. The structure of the removable hard disk case of the present invention is relatively simple, the structure used is small, and the assembly difficulty is low, so the assembly procedure can be simplified, the assembly man-hour can be shortened, and the manufacturing cost can be reduced.
夕4、本創作的抽取式硬碟盒的金屬遮蔽件一體成型出 ^個彈片組’可節省材料，且使組裝彈片的程序簡化，而 次將所有彈片組裝至定位，不必一個一個地進行組 島5、本創作的抽取式硬碟盒的塑膠門板一體成型出板 =、彈性臂、按壓部、勾部及抵接部等構造，使得拉門的 件數塁減少，且結構較為精簡，組裝較為便利。 惟以上所述僅為本創作之較佳4行實施例，非因此即 =本創作之專利範圍，故舉凡運財創作說明書及圖式 各所為之等效結構變化，均同㈣包含於本創作之範圍 内’合予陳明。 Π/Ι9 M400191 【圖式簡單說明】 第一圖是本創作的機箱與抽取式硬碟盒的立體分解圖。 第二圖是本創作的機箱的立體分解圖。 第三圖是本創作的塑膠滑軌與金屬片體的立體分解圖。 第四圖是本創作的塑膠滑執與金屬片體另一角度的立體分 解圖。 第五圖是本創作的塑膠滑軌與金屬片體的立體組合剖視圖 〇 第六圖是本創作的機箱與抽取式硬碟盒的立體組合圖。 第七圖是第六圖的7 — 7剖視圖。 第八圖是本創作的抽取式硬碟盒的立體組合圖。 第九圖是本創作的抽取式硬碟盒的側視圖。 第十圖是本創作的抽取式硬碟盒另一角度的立體組合圖。 第十一圖是本創作的抽取式硬碟盒的立體分解圖。 第十二圖是本創作的圍繞框展開時的立體圖。 第十三圖是本創作的圍繞框與連結板的立體分解圖。 第十四圖是本創作的圍繞框與連結板另一角度的立體分解 圖。 第十五圖是本創作的金屬遮蔽件的立體圖。 M400191 ." · 【主要元件符號說明】 1 機箱 10 1 上蓋 10 2 下蓋 103 金屬片體 11 開槽 1 2 定位孔 13 固持腳 2 塑膠滑軌 2 1 穿槽 2 2 定位柱 2 3 凸塊 24 導引斜面 3 抽取式硬碟盒 30 金屬盒體 3 1 導槽 3 2 凸部 3 3 翼片 34 導引片 3 5 圍繞框 3 5 1 前牆 3511 前端面 3 5 2 側牆 3 5 3 第一穿孔 354 硬碟固定孔 13/19 M400191 3 5 5 扣孔 3 6 連結板 4 0 座體 4 1 安裝孔 4 2 鎖具 4 3 舌片 4 4 卡體 4 5 插孔 4 6 顯示孔 5 0 金屬遮蔽件 5 1 主板 511 第二穿孔 52 上彈片組 5 2 1 上接觸段 522 上銜接段 5 3 下彈片組 5 31 下接觸段 532 下銜接段 5 4 側彈片組 541 側接觸段 542 側銜接段 6 0 拉門 6 1 金屬銜接架 6 11 載板 612 第一枢接孔 6 2 塑膠門板 14/19 6 2 1 板體 6 2 2 彈性臂 6 2 3 按壓部 6 2 4 勾部 6 2 5 抵接部 6 2 6 夹板 6 2 7 第二樞接孔 M400191 • I • . 7 0 螺絲 8〇插銷 9〇扭簧 100 導光件 15/19On the eve of the fourth, the metal shield of the removable hard disk case of the present invention integrally formed the "sharp group" can save material and simplify the process of assembling the shrapnel, and then assemble all the shrapnel to the positioning, and do not have to be grouped one by one. Island 5, the plastic door panel of the removable hard disk case of the present invention is integrally formed with the plate =, the elastic arm, the pressing portion, the hook portion and the abutting portion, etc., so that the number of the sliding door is reduced, and the structure is relatively simple, and the assembly is simple. More convenient. However, the above description is only the preferred four-line embodiment of the present creation, and therefore is not the scope of the patent of the creation. Therefore, the equivalent structural changes of the creation instructions and drawings of the Yunyun Cai are the same as (4) included in the creation. Within the scope of 'combined with Chen Ming. Π/Ι9 M400191 [Simple description of the drawing] The first picture is an exploded view of the chassis and the removable hard disk case of the present creation. The second picture is an exploded view of the chassis of the present creation. The third picture is an exploded view of the plastic slide rail and the metal sheet of the present invention. The fourth picture is a three-dimensional decomposition diagram of the plastic slippery and metal sheet of this creation. The fifth picture is a three-dimensional sectional view of the plastic slide rail and the metal sheet body of the present invention. 第六 The sixth figure is a three-dimensional combination diagram of the chassis and the extractable hard disk box of the present invention. The seventh figure is a sectional view taken along line 7-7 of the sixth drawing. The eighth figure is a three-dimensional combination of the removable hard disk case of the present creation. The ninth drawing is a side view of the removable hard disk case of the present invention. The tenth figure is a three-dimensional combination of the angle of the removable hard disk case of the present creation. The eleventh figure is an exploded perspective view of the removable hard disk case of the present invention. The twelfth picture is a perspective view of the creation of the surrounding frame. The thirteenth picture is an exploded view of the surrounding frame and the connecting plate of the present creation. The fourteenth figure is a three-dimensional exploded view of the creation of the surrounding frame and the connecting plate from another angle. The fifteenth figure is a perspective view of the metal shield of the present creation. M400191 ." · [Main component symbol description] 1 Chassis 10 1 Upper cover 10 2 Lower cover 103 Metal plate 11 Slot 1 2 Positioning hole 13 Retaining foot 2 Plastic slide 2 1 Groove 2 2 Positioning post 2 3 Bump 24 Guide bevel 3 Removable hard disk box 30 Metal case 3 1 Guide groove 3 2 Projection 3 3 Flap 34 Guide piece 3 5 Around frame 3 5 1 Front wall 3511 Front end face 3 5 2 Side wall 3 5 3 First perforation 354 Hard disk fixing hole 13/19 M400191 3 5 5 Clamping hole 3 6 Connecting plate 4 0 Seat 4 1 Mounting hole 4 2 Lock 4 3 Tab 4 4 Card body 4 5 Jack 4 6 Display hole 5 0 Metal shield 5 1 Main board 511 Second perforation 52 Upper shrapnel group 5 2 1 Upper contact section 522 Upper connecting section 5 3 Lower shrapnel group 5 31 Lower contact section 532 Lower joint section 5 4 Side shrapnel group 541 Side contact section 542 Side joint Section 6 0 Sliding door 6 1 Metal adapter 6 11 Carrier 612 First pivot hole 6 2 Plastic door panel 14/19 6 2 1 Plate body 6 2 2 Elastic arm 6 2 3 Pressing part 6 2 4 Hook part 6 2 5 Abutment part 6 2 6 Plywood 6 2 7 Second pivot hole M400191 • I • . 7 0 Screw 8 〇 Pin 9 〇 Torsion spring 100 Light guide 15/19