M303460 • 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種抽取 種用以提供抽取式硬碟置設的承載=承載衣置，尤指一 【先前技術】 ik著科技的進步與發展，、^ >活中所不可或缺的工I，而電已成為我們日常生 科，大部份皆儲存於 …=及存取貧 的資料儲存元件，此外硬碟一般 經常性的進行拆卸舆換裝的工作二且須 ，匕其組裳過程，已成為從事該項行二=設計 究之課題。 貝仃菜之相關人士所研 如中Ϊ二==開發出一種抽取式硬碟的承戴裝置， -硬石^=型f利證書號第_253所揭示，其主要係在 硬碟盒：内：：：：:：:設有滑執片，再將硬碟容設於 電腦關機机對硬碟進行更換時，只需先將 碟盒之1接=:及硬碟盒從電腦主機上抽出，並將硬 連接線與硬碟之連接端 卸主機之繁雜步驟。 了令部習知拆 存在抽取切❹承縣置，在實際使用下仍 機上取下，及頌拟 '/、眉私硬碟及硬碟盒從電腦主 卸、岸、H與硬碟之連接處作分離的雙重拆 衣私序，不僅需耗費使用者大量的時間，且在使用 5 M303460 .當！不方便；另其拉門機構之拉門與扳柄在摔作 Η，而令使用者在操作上相當的：二=用以板開拉 有鑑於上述習知所產生之問題，本安^加以改善。 ，仃業多年之經驗，並本著精益求精之精神，= 良，遂有本創作『抽取式硬碟的承载裝置』之產生。 ^ 【新型内容】 壯本創作之主要目的，在於提供一種抽取式硬碟的 ，置由：係在扳動拉門時可同步帶動連動機構之各連桿， ==板之推動部直接推動硬碟與連接器座體分離， 達成快速、間易及大位移量的將硬碟取出。 的承栽壯ί成用、：目的，本創作係提供一種抽取式硬碟 、載衣置，用以提供抽取式硬碟置設連接，包括一殼 體、一拉門機構、一連動機構及一連接器座體，並中：扭 =包f—外殼座及—固接於外殼座的内殼座，並於外殼; 人内威座之間形成有一供硬碟置設的容置槽，於外殼座之 =面設有導槽，於殼體之前方連接有拉門機構，該拉門機 構包含-固接於外殼座的框體及一樞接於框體之一端的拉 門’另於殼體之外殼座與内殼座之間設有連動機構，該連 ^機構包3 -第-連桿、—供第—連桿之—端枢接的第二 連桿，及-容設於外殼座之導槽内的滑動板，該第一連桿 之另一端係樞接於拉門機構之拉門上，該第二連桿之一端 係抱接衣外叙座上，另一端則連接於滑動板上，於該滑動 6 M303460 向上延伸有-推動部；又於殼體之後方連接有連 = 述滑動板之推動部介於連接器座體與硬碟之 /、#』謂硬碟從連接ϋ座體上推開退出。 【實施方式】 配合圖式說明如 並非用來對本創 有關本創作之詳細說明及技術内容 下，然而所附圖式僅提供參考與說明用 作加以限制者。 清苓閲第 117 7不，係为別為本創作之拉門機構 立體分解圖及殼體、連動機構及連接器座體之立體分解 創作係提供-種抽取式硬碟的承載裝置，用以提供 絲式硬碟8(如第六圖所示）置設，主要包括-殼體I 一拉門機構20、一連動機構30及-連接器座體40，苴中. 該殼體Π)包含一外殼座u及一固接於外殼座心部的 内喊座12，各殼|11Μ2皆由板片,彎曲成一「门」妒，、， 於外殼座η與内殼座12之間形成有—供硬碟8置設的 槽13 ’在外殼座η之底面沖設有二排相互對應的撞片，並 於各擋片之間成形有-導槽ηι，另在導槽ηι之左 二外側處分別設有複數螺孔112，又於右前螺孔ιΐ2 =設有—連接孔ι13 ;内殼座12之左、右二側板分別沖設 有向外彎折：凸耳121，並於凸彳121之中心處開設有穿 孔122，该穿孔122係對應於外殼座^之螺孔ιΐ2設 藉以將吸震墊圈14置設於外殼座n之螺孔ιΐ2冑，並 殼座12之凸耳121對應於各吸震墊圈14置放，再以螺絲等 Μ3Ό3460 固定兀件依序穿入内殼座12之穿孔122及吸震墊圈14後， 而螺固於外殼座11之各螺孔112上。 該拉門機構20連接於殼體1〇之前方，且其包含一固接 於外忒座11的框體21、一樞接於框體21之右端的拉門22及 一穿設框體21與拉門22的穿接軸23 ;該框體21係呈一 口」形，於其右侧之上、下板分別設有樞接孔211 ，另 於框體21之左側中間處成形有一承接孔212 ;該拉門22係 φ封合於框體21之中間口部處，且於其右侧成形有一通孔 221 ，並於通孔221之内侧成形有一拉柄222(如第三圖所 示），另於拉門22之左侧成形有一凹陷區223 ，並於凹陷 區223之上、下設有一連通孔224 ,且在其左側板處設有 一孔洞225及一縱向槽226。 另’該拉門機構20更包含一旋鈕24、一扳柄25、一枢 轴26、一滑動塊27及一彈片28，其中旋鈕24係容設於框體 21之承接孔212内，並於其内侧末端設有一鎖舌241 ，該 參鎖舌241係對應於拉門22之縱向槽226，藉以控制框體21 與拉門22之鎖合與開啟狀態；該扳柄25容設於拉門22之凹 I1 曰區223内’並藉由樞軸26穿入拉門22之連通孔224及扳 柄25之一端而連接，且於扳柄25之樞接端内侧凸設有一撥 桿251 ;又在拉門22與扳柄25之間設有一移動塊27及一彈 片28 ’該移動塊27上設有一與扳柄25之撥桿251相配合的 凹槽271 ’且於其一端凸伸有一與拉門22之孔洞225相配 合的擋桿272 ;而該彈片28則係夾固於移動塊27與拉門22 之相對應端面之間（如第四圖所示）。 8 Μ3Ό3460 -該連動機構30設於殼體ι0之外殼座丨丨與内殼座^之 間’且其包含-第-連桿31、一第二連桿犯及一滑動板 33，其中第一連桿31之右端藉由一樞接軸34穿接於拉門& 之拉柄222上（如第三圖所示），且其左端則藉由一螺才曰 35連接於第二連桿32之中間處，該第二連桿32之右端夢另干 一螺桿35穿接固定於外殼座丨丨之連接孔U3上，且在^另 一端成形有一長槽321 ，並藉由一螺桿35穿入長槽32i、内 藝而固接於滑動板31上，於滑動板泊之末端向上延^有 立狀推動部331 。 該連接器座體40係連結於殼體1〇之後方，且其包含一 連接於殼體10的固定座41及一固接於固定座41的連接哭 42，該連接器42之前端係可供硬碟8對應插接，後端二經 由排線連接至主機上（圖未示）；前述滑動板泊之推動部 331係介於連接器座體4〇之固定座幻與硬碟8之間，該推 動部331係用以將硬碟8從連接器42上推開退出。/ •料閱第三及四圖所示，係分別為本創作之组合半剖 視圖及第三圖之A區域詳圖，藉由上述元件之組合:將二 鈕24逆時針旋轉9〇度後，可令其鎖舌241旋轉向上，而使 拉門22與框體21解除鎖固；當扳動扳柄25後，可使其撥桿 251撥動移動塊27向右移位，並令移動塊27之擋桿π?縮 入拉門22之孔洞225内，而使拉門22可相對於框體21作旋 出。反之，當將拉門22旋入框體2】之内部時，即能藉由彈 片28頂抵於移動塊27之一端，而將移動塊27之撞桿奶嵌 入於框體21而定位。 人 9 M303460 請參閱第五、六及七圖所示，係分別為本創作之組合 外觀圖、與硬碟之組合半剖才見圖及使用狀態半剖視圖，^ 扳動拉H22向外旋出時，即可同時帶動連動機構％之第: 連桿31向外拉出，並逐步拉動第二連桿犯朝外移出，且第 二連桿32之長槽321係可推動滑動板33在外殼座”之導槽 川内作水平移動，最後，#滑動板33之推動部331推^ ，碟:與連接H座㈣之連接諸分離；如此，而達成快 L、簡易及大位移量的將硬碟8取出。 本創作之「抽取式硬碟的承载裝 申:猎t所揭露之構造，達到所述之功效。且本創作 卜未見於刊物亦未公開使用，誠已符合新型專利之新 穎、進步等要件。 主寻扪之新 已 士 飾 惟’上述所揭之圖式及說明，僅為本創 非為限定本創作之實祐々丨·丄 男、知例而 甘 ㈣之貝％例’大凡熟悉該項技蓺之人 /、所依本創作之特徵範嘴， 衣 皆應涵蓋在以下本幸…直:寺效變化或修 「令木之甲睛專利範圍内。 【圖式簡單說明】 第一圖 弟二圖 係本創作之拉門機構立體分解圖。 係本創作之殼體、㈣機構及連接器 座體之立體 第三圖 弟四圖 弟五圖 係本創作之組合半剖視圖。 係第三圖之Α區域詳圖。 係本創作之組合外觀圖。 10 M303460 第六圖係本創作與硬碟之組 合半剖視圖。 弟七圖係本創作與硬碟之估 〈使用狀態半剖視 【主要元件代表符號】 【本創作】 殼體10 外殼座11 螺孔112 導槽111 内殼座12 連接孔113 穿孔122 凸耳121 吸震墊圈14 容置槽13 拉門機構20 框體21 承接孔212 樞接孔211 通孔221 拉門22 凹陷區223 拉柄222 孔洞225 連通孔224 穿接軸23 縱向槽226 鎖舌241 旋鈕24 撥桿251 扳柄25 移動塊27 樞軸26 擂桿272 凹槽271 連動機構30 彈片28 第一連桿31 第二連桿32 M3 03460 滑動板33 框接轴34 長槽321 推動部331 螺桿35 連接器42 連接器座體40 固定座41 硬碟8M303460 • VIII, new description: [New technical field] This creation is about a kind of pick-up to provide the removable hard disk device for the load-bearing=bearing, especially one [previous technology] ik technology advancement And development, ^ > work indispensable work I, and electricity has become our daily life, most of them are stored in ... = and access to poor data storage components, in addition to hard disk is generally recurring It is necessary to carry out the work of dismantling and re-installing, and the process of grouping and dressing has become the subject of the second line of design. The related person of the Beggar is studied in the middle of the second == developed a removable hard disk wearing device, - hard stone ^ = type of profit certificate number _253, which is mainly in the hard disk box: Inside:::::::With a slippery film, and then the hard disk is placed in the computer shutdown machine to replace the hard disk, just first connect the disk box to the =: and the hard disk box from the computer host The complicated steps of withdrawing and unloading the connection between the hard cable and the hard disk. The Ministry of Customs has been removed from the collection and cut into the county. It is still removed from the machine under actual use, and the '/, eyebrows hard disk and hard disk box are unloaded from the computer, shore, H and hard disk. The double detachment private sequence for the separation is not only costing the user a lot of time, but also using 5 M303460. When! Inconvenient; the sliding door of the sliding door mechanism and the trigger are falling, and the user is quite equivalent in operation: 2 = for the board opening, in view of the problems caused by the above-mentioned conventional knowledge, the intrinsic safety improve. With years of experience in the industry, and in the spirit of excellence, = good, there is the creation of the "removable hard drive carrier". ^ [New Content] The main purpose of Zhuangben's creation is to provide a removable hard disk, which can be driven by the linkages of the linkage mechanism when the sliding door is pulled. The disc is separated from the connector body to achieve quick, easy and large displacement of the hard disk. The purpose of this project is to provide a removable hard disk and a clothing device for providing a removable hard disk device connection, including a casing, a sliding door mechanism and a linkage mechanism. a connector body, and the middle: a twisted package, a package body, and an inner casing fixed to the outer casing, and a receiving groove for the hard disk is formed between the inner casing and the inner seat. A guide groove is disposed on the surface of the outer casing, and a sliding door mechanism is connected to the front of the casing. The sliding door mechanism includes a frame fixed to the outer casing and a sliding door pivoted to one end of the frame. An interlocking mechanism is disposed between the outer casing of the casing and the inner casing, and the connecting mechanism comprises a third connecting rod, a second connecting rod for pivoting the end of the first connecting rod, and a receiving portion a sliding plate in the guiding groove of the outer casing, the other end of the first connecting rod is pivotally connected to the sliding door of the sliding door mechanism, one end of the second connecting rod is attached to the outer cover of the sliding device, and the other end is Connected to the sliding plate, the sliding 6 M303460 extends upwardly with a pushing portion; and after the housing is connected with the connecting portion of the sliding plate, the pushing portion is interposed between the connectors The body and the hard disk /, # "that opened the exit from the hard drive connected ϋ seat. The present invention is not limited to the detailed description and technical contents of the present invention. However, the drawings are only for reference and description. Qing 苓 第 117 7 No, is a three-dimensional exploded view of the sliding door mechanism and the three-dimensional decomposition creation system of the housing, the linkage mechanism and the connector body, Providing a wire hard disk 8 (as shown in the sixth figure), mainly comprising a - housing I - a sliding door mechanism 20, a linkage mechanism 30 and a connector housing 40, the middle of the casing. a housing seat u and an inner shouting seat 12 fixed to the core portion of the housing, each shell|11Μ2 is bent by a plate into a "door", and is formed between the housing seat η and the inner housing 12 - a slot 13 for the hard disk 8 is disposed on the bottom surface of the housing base η with two rows of mutually corresponding strikers, and a guide groove ηι is formed between the spacers, and the left side of the guide groove ηι The outer side is respectively provided with a plurality of screw holes 112, and the right front screw hole ιΐ2 = provided with a connecting hole ι13; the left and right side plates of the inner casing 12 are respectively punched outwardly to be bent: the lug 121, and convex A through hole 122 is defined in the center of the 彳121, and the through hole 122 is disposed corresponding to the screw hole ι2 of the outer casing to set the shock absorbing gasket 14 to the screw hole ι2 of the outer casing n The lug 121 of the shell 12 is placed corresponding to each of the shock absorbing washers 14, and then inserted into the perforations 122 of the inner casing 12 and the shock absorbing washer 14 by screws Μ 3Ό 3460 fixing members, and then screwed to the outer casing 11 Each of the screw holes 112. The sliding door mechanism 20 is connected to the front side of the casing 1 and includes a frame 21 fixed to the outer sill 11 , a sliding door 22 pivotally connected to the right end of the frame 21 , and a through frame 21 . The frame 21 is in the shape of a mouth, and the frame 21 is formed in a shape of a mouth. On the right side of the right side, the lower plate is respectively provided with a pivot hole 211, and a receiving hole is formed at the middle of the left side of the frame body 21. The sliding door 22 is φ sealed to the middle mouth of the frame 21, and has a through hole 221 formed on the right side thereof, and a pull handle 222 is formed on the inner side of the through hole 221 (as shown in the third figure). A recessed area 223 is formed on the left side of the sliding door 22, and a communicating hole 224 is disposed above and below the recessed area 223, and a hole 225 and a longitudinal groove 226 are formed in the left side plate. The sliding door mechanism 20 further includes a knob 24, a trigger handle 25, a pivot shaft 26, a sliding block 27 and a spring piece 28, wherein the knob 24 is received in the receiving hole 212 of the frame body 21, and The inner end is provided with a locking tongue 241 corresponding to the longitudinal groove 226 of the sliding door 22, thereby controlling the locking and opening state of the frame 21 and the sliding door 22; the trigger 25 is accommodated in the sliding door 22 is recessed in the I1 曰 223 ′ and is connected by the pivot 26 into the communication hole 224 of the sliding door 22 and one end of the trigger 25, and a lever 251 is protruded on the inner side of the pivoting end of the trigger 25; A moving block 27 and a spring piece 28 are disposed between the sliding door 22 and the trigger 25. The moving block 27 is provided with a recess 271 ′ which cooperates with the lever 251 of the trigger 25 and protrudes at one end thereof. The lever 272 is engaged with the hole 225 of the sliding door 22; and the elastic piece 28 is clamped between the moving end 27 and the corresponding end surface of the sliding door 22 (as shown in the fourth figure). 8 Μ 3 Ό 3460 - the linkage mechanism 30 is disposed between the housing seat 丨丨 of the housing ι0 and the inner housing ^' and includes a - - link 31, a second link occupies a sliding plate 33, wherein the first The right end of the connecting rod 31 is connected to the sliding handle 222 of the sliding door by a pivoting shaft 34 (as shown in the third figure), and the left end thereof is connected to the second connecting rod by a screw 35 In the middle of 32, the right end of the second link 32 is dreamed by a screw 35 being fixedly connected to the connecting hole U3 of the housing seat, and a long groove 321 is formed at the other end, and by a screw 35 The long groove 32i is inserted into the long groove 32i and fixed to the sliding plate 31, and the vertical pushing portion 331 is extended upward at the end of the sliding plate. The connector base 40 is coupled to the rear of the housing 1 and includes a mounting base 41 coupled to the housing 10 and a connection crying 42 secured to the mounting base 41. The front end of the connector 42 is The hard disk 8 is correspondingly plugged, and the rear end 2 is connected to the host through a cable (not shown); the sliding plate mooring portion 331 is interposed between the fixed seat of the connector body 4 and the hard disk 8 The pushing portion 331 is used to push the hard disk 8 away from the connector 42 to exit. / • The materials shown in Figures 3 and 4 are the combined half-section view of the creation and the A-area detail of the third figure. With the combination of the above components: after rotating the two buttons 24 counterclockwise by 9 degrees, The locking tongue 241 can be rotated upward, and the sliding door 22 and the frame 21 can be unlocked; when the trigger 25 is pulled, the lever 251 can be moved to move the block 27 to the right, and the moving block is moved. The lever π of 27 is retracted into the hole 225 of the sliding door 22, so that the sliding door 22 can be unscrewed relative to the frame 21. On the other hand, when the sliding door 22 is screwed into the inside of the casing 2, the ram 6 of the moving block 27 can be inserted into the casing 21 to be positioned by the spring 28 abutting against one end of the moving block 27. Person 9 M303460 Please refer to the fifth, sixth and seventh figures, which are the combination of the appearance of the creation, the combination of the hard disk and the half-section of the hard disk, and the half-section of the use state. ^ Pull the H22 outward At the same time, the linkage mechanism can be driven at the same time: the connecting rod 31 is pulled outward, and the second connecting rod is gradually pulled outwardly, and the long slot 321 of the second connecting rod 32 can push the sliding plate 33 in the outer casing. The guide groove of the seat is horizontally moved. Finally, the pusher 331 of the #sliding plate 33 pushes the disc, and the disc is separated from the connection of the joint H (four); thus, the fast L, the simple and the large displacement amount will be hard. Disc 8 is taken out. The creation of the removable hard disk of this creation: the structure revealed by Hunting t, achieves the above-mentioned effect. And this creation is not seen in the publication and is not publicly used, Cheng has already met the novelty of the new patent, Progress and other requirements. The main search for the new has been decorated with the above-mentioned drawings and descriptions, only for this creation is not limited to the creation of the real 々丨 丄 丄 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 'Anyone who is familiar with the technology, and the characteristics of his creation, the clothes are all Covered in the following: Fortunately: Straight: The effect of the temple is changed or repaired within the scope of the patent of the "Kingmu". [Simple description of the drawing] The first picture of the second picture is the three-dimensional exploded view of the sliding door mechanism of this creation. The housing, (4) mechanism and the connector body are the three-dimensional view of the combination of the creation and the half-section of the creation. It is the detailed view of the area of the third figure. It is the combined appearance of the creation. 10 M303460 The six-picture is a half-section view of the combination of the creation and the hard disk. The seventh picture is the estimation of the creation and the hard disk. <Use state half-section [main component representative symbol] [This creation] Shell 10 housing seat 11 screw hole 112 guide Slot 111 Inner housing 12 Connecting hole 113 Perforation 122 Lug 121 Shock absorbing washer 14 accommodating groove 13 Sliding mechanism 20 Frame 21 Receiving hole 212 Pivot hole 211 Through hole 221 Sliding door 22 Recessed area 223 Pulling handle 222 Hole 225 Connecting Hole 224 Piercing shaft 23 Longitudinal groove 226 Locking tongue 241 Knob 24 Joystick 251 Trigger 25 Moving block 27 Pivot 26 Mast 272 Groove 271 Linking mechanism 30 Spring 28 First link 31 Second link 32 M3 03460 Sliding Plate 33 framed shaft 34 long groove 321 push Section 331 Screw 35 Connector 42 Connector Block 40 Mounting Block 41 Hard Disk 8
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