M346887 八、新型說明： 【新型所屬之技術領域】 可抽ΐίί是有關於—種電子模組，且特別是有關於一種 J抽換式電子模組。 但 【先前技術】 近年來ρ絲電子科技之大幅進步，電子褒置皆朝向體 =以及重量輕的設計趨勢來發展，以便 I:因r各式電子產品，例如桌上型電腦以及筆2 ’進而將各種功能之電子|置，例如光碟機、 二m轉’以外接的方式與電子產品互相連接。 2面’使用者也可針對這些外接電子裝置的功能，並 。用，、可減的特性，自行搭配成符合本身f求的電 口口 〇 /王 電腦知—種抽取式硬碟結構示意圖，其適用於 （未―）’以作為資料存放以及傳輸。圖m 二"的抽取式硬碟的卡扣結構爆炸圖。請參考圖1A愈 圖1B，抽取式硬碟100包括一殼體11〇 構 ，其中卡扣結構12G包括—把手121、—組:12;構 連接杯123、-彈性件124、多個卡勾125以及多個固定 锃126。其中藉由連接桿123與固定检126可將把手⑵ =卡勾125得以樞接於組裝架122上，而彈性件124則 固疋於把手121的轉軸上。 5 M346887 Μ欲女裂抽取式硬碟100於電腦主機時，轉動把手121 使其同時帶動卡勾125轉動，將把手121壓合入組裝架122 的扣件122a時，卡勾125也同時卡扣於殼體11〇的扣孔 112,因而抽取式硬碟100得以固定於電腦主機上。反之， 利用把手121扳離扣件122a，即可藉由彈性件124之反彈 力將把手121彈出，同時帶動卡勾125轉動退出殼體11〇 的扣孔112，使抽取式硬碟觸離開電腦主機完成卸除的 動作。 然而為達到卸除抽取式硬碟的目的，須經由多種零件 之間的作動配合，方能完成卸除動作。就製造商品化而言， 亚=符合大量生產的目標。尤其在製造過程中，過多的零 =谷易發生組裝流程錯誤，或是其巾零件尺核合無法符 δ要求，而使製造過程困難度增加。 口此如何將上述習知結構既存的缺點加以改進，而提 硬碟’藉由簡㈣卡扣結構，制使抽取式硬 細主機中被分離出的效果，乃相關業者的重要研發 【新型内容】 的卡if:提供Γ種可抽換式電子模組，其具有一體成型 、可簡化組裝流程以及提高抽換時的穩定性。 加卜，出一種可抽換式電子模組，適於配置在一機 :一匕括一機殼、-把手固定架、-把手、一彈性體以 、、’衝機構。機殼具有—底板以及連接底板的二側板。 M346887 把手固定架固定於底板上。把 有-旋轉臂以及—體成形於旋定架’且具 :邊卸:二卡勾部舆卸除部相對且鄰 -啦旋 架之二 轉臂之間，而卡 固定架上，而旋轉臂相對於緩衝=構=機^置在把手 部’其中齒分離部位於卡齒 卡齒部以及- 齒4與緩衝機構相嚙合。 /、 條 在本創作的一實施例中， 上述的卡齒部為一弧形齒 在本創作的-實施例中， 面 相二面與_的旋轉路徑平行，且^ 齒輪 在本創作的-實施例中，上述的缓衝結構包括一阻尼 凸垣 在本創作的-實施例中，上述 且凸垣與卡勾部的頂端相對。 Ή包括- 在本創作的-實施例中，上述的旋轉 =的轉軸，且該旋轉臂遠離該轉軸的另1部設^卡 合塊=彈片實_中，上述的把手固定架相對於卡 在本創作的一實施例中，上述的彈性體包括^彈簧， 配置於轉軸上’且彈簧由轉軸向外延伸出至少2施力端。 7 M346887 >在本創作的-實施例中，上述的旋轉臂向 该卸除部適於延伸出該把手固定架之外。 ^守’ 本創作因採用〆體成型的把手結構，可免除#壯 。 須逐一組装零件而浪費時間及製造成本。再者二人員 彈性體以及_機構，可在雜電子缝時彻 译性力將把手自祕開，且又因缓衝結構可抵消彈夕 餘的彈性力，避免造成電子模組或機殼損傷， 夕 且安全。ϋ面，旋射具錢分_，以有與= 部不同結構㈣面，當旋轉臂旋轉至弧面時 ^= :構的作用’可使使用者具有操作空間以及明 = 县裕為ΐ本fr之上述和其他目的、特徵和優點能更明顯 如下。特牛—實施例’並配合所_式，作詳細說明 【實施方式】 士 t本創作一實施例的一種可抽換式電子模組於 遍1ν'Ά白不,思圖。請參考圖2A ’可抽換式電子模組 適於配置在—機架（未緣示）上，其包括-機殼210、 一把手固定架220、—把手23〇、一彈性體以及一缓 機構250。 機殼jio具有—底板212以及連接於底板212的二側 板214 ’藉以成為—中空槽體，其内部空間可容納一電子 8 M346887 =1^不）’例如硬碟機、軟碟機以及光碟機等。先 置組裝t機殼210内之後，再以滑動和般入方式 :L、式電子換組2ggi載於系統主機（未繪示）的機 =，使電子裝置與系統主機產生電性連接，以進行資料 傳輸。 ^_3為圖2A的可抽換式電子模組的把手的放大示意 圖。^時參考圖Μ及圖3，在此實施例中，把手固定架 μ B11·於底板212上，而把手230配置在把手固定架220 加Λ//、&轉臂232以及—體成形於旋轉臂232之一端 勾部234以及一卸除部B。卡勾部234與卸除 ^ 4此相對，且鄰近於把手固定架DO的一侧邊。旋 232具有鄰近於端部的轉軸T，旋轉臂232可沿著轉 旋轉’而在另—端部則設有—卡合塊232a，把手固定 木220相對於卡合塊232a則設有一卡合彈片222。 圖f為圖2A #可抽換式電子模組於組裝狀態時的示 二Θ π*考圖2B ’為了使可抽換式電子模組2〇〇順利裝 、於機架上’先將可抽換式電子模組細 接著推動旋轉臂232使其向内旋髓入把手固， =^合彈;1222將卡合塊232a固定。在此同時，卡㈣ 的頂端延伸出把手固^架細之外，因此也可使 部234的頂端卡扣於機架上相對應的扣孔或卡槽（未絡 不），使可抽換式電子模組勘與機架穩固相接而不移動曰。 在另一未繪示的實施例中，卡合彈片222亦可 適合使卡合塊孤嵌人的賴，例如鱗針臂押 9 M346887 同樣能使旋轉臂232壓入時’卡合塊232a得以嵌入此结構 而固定旋轉臂232。M346887 Eight, new description: [New technology field] 可 ί ίί is related to a kind of electronic module, and especially related to a J-extracting electronic module. However, [prior technology] In recent years, the advancement of ρ wire electronic technology, the electronic devices are all oriented toward the body = and light weight design trends to develop, so I: because of various electronic products, such as desktop computers and pens 2 ' Further, electronic devices of various functions, such as an optical disk drive and a two-m switch, are connected to each other. The 2-sided user can also target the functions of these external electronic devices. Use, and reduce the characteristics, self-matching into the electrical mouth that meets its own requirements. 〇 / Wang Computer knowledge - a schematic diagram of the removable hard disk structure, which is applicable to (not ") as a data storage and transmission. Figure m Two " Explosive diagram of the snap-on structure of the removable hard drive. Referring to FIG. 1A, FIG. 1B, the removable hard disk 100 includes a casing 11 structure, wherein the buckle structure 12G includes a handle 121, a group: 12, a connecting cup 123, an elastic member 124, and a plurality of hooks. 125 and a plurality of fixed jaws 126. The handle (2) = the hook 125 can be pivotally connected to the assembly frame 122 by the connecting rod 123 and the fixed inspection 126, and the elastic member 124 is fixed to the rotating shaft of the handle 121. 5 M346887 When the female hard disk is removed from the computer, the handle 121 is rotated to simultaneously rotate the hook 125, and the handle 121 is pressed into the fastener 122a of the assembly frame 122, and the hook 125 is simultaneously buckled. The buckle hole 112 of the housing 11 is so that the removable hard disk 100 can be fixed to the computer main body. On the other hand, when the handle member 121 is pulled away from the fastener 122a, the handle 121 can be ejected by the rebound force of the elastic member 124, and the hook 125 is rotated to be ejected from the buckle hole 112 of the housing 11〇, so that the removable hard disk is touched away from the computer. The host completes the action of dismounting. However, in order to achieve the purpose of removing the removable hard disk, the unloading action must be completed through the action of various parts. In terms of manufacturing commodification, sub = meets the goal of mass production. Especially in the manufacturing process, too many zero = valleys are prone to assembly process errors, or the wiper component ruler does not meet the requirements of δ, which makes the manufacturing process more difficult. How to improve the existing shortcomings of the above-mentioned conventional structure, and to improve the effect of the hard disk on the removable hard host by the simple (four) snap structure, is an important research and development of the relevant industry [new content] 】 card if: Provides a removable electronic module, which has a one-piece molding, which simplifies the assembly process and improves the stability during exchange. Gab, a replaceable electronic module, is suitable for being configured in a machine: a casing, a handle holder, a handle, an elastomer, and a punching mechanism. The casing has a bottom plate and two side plates connecting the bottom plates. M346887 The hand holder is fixed to the bottom plate. Forming the -rotating arm and the body into the screwing frame' and having the side unloading: the two hook portions are opposite to each other and the two arms of the adjacent-swing frame are on the card holder, and the rotation The arm is placed in the handle portion with respect to the cushioning portion, wherein the tooth separating portion is located at the latching tooth portion and the tooth 4 is engaged with the buffer mechanism. In an embodiment of the present invention, the above-mentioned toothed portion is a curved tooth. In the present embodiment, the two sides of the face are parallel to the rotational path of the _, and the gear is in the present-implementation-implementation In the example, the cushioning structure described above includes a damped tenon in the present embodiment, and the tenon is opposite the top end of the hook portion. Ή Included - in the present embodiment - the rotation of the above-mentioned rotating shaft, and the rotating arm away from the other axis of the rotating shaft, the engaging block = the elastic piece, the above-mentioned handle fixing frame is opposite to the card In an embodiment of the present invention, the elastic body includes a spring disposed on the rotating shaft and the spring extends from the rotating shaft to extend at least two force applying ends. 7 M346887 > In the presently-created embodiment, the rotating arm described above is adapted to extend beyond the handle holder to the removal portion. ^守守 This creation is exempted from the use of the body-shaped handle structure. It takes time and manufacturing costs to assemble parts one by one. In addition, the two-person elastic body and the _ mechanism can fully open the handle during the miscellaneous electronic sewing, and the buffer structure can offset the elastic force of the elastic spring to avoid damage to the electronic module or the casing. , and safe. ϋ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The above and other objects, features and advantages of fr can be more apparent as follows. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A removable electronic module of one embodiment of the present invention is described in the following paragraphs. Please refer to FIG. 2A. The replaceable electronic module is adapted to be disposed on a rack (not shown), and includes a housing 210, a handle holder 220, a handle 23, an elastic body, and a slow mechanism. 250. The casing jeo has a bottom plate 212 and two side plates 214' connected to the bottom plate 212 to become a hollow trough body, the inner space of which can accommodate an electronic 8 M346887 = 1^ no) 'such as a hard disk drive, a floppy disk drive and a CD player Wait. After assembling the inside of the casing 210, the sliding and the general introduction mode: L, the type of electronic switching 2ggi is carried on the system host (not shown) =, the electronic device is electrically connected with the system host, Data transfer. ^_3 is an enlarged schematic view of the handle of the replaceable electronic module of Fig. 2A. Referring to FIG. 3 and FIG. 3, in this embodiment, the handle holder μ B11 is on the bottom plate 212, and the handle 230 is disposed on the handle holder 220, and/or the arm 232 is formed on the body. One end hook portion 234 of the rotating arm 232 and a removal portion B. The hook portion 234 is opposite to the dismounting portion 4 and adjacent to one side of the handle holder DO. The rotary 232 has a rotating shaft T adjacent to the end, the rotating arm 232 can be rotated along the rotation and the other end is provided with an engaging block 232a, and the handle fixing wood 220 is provided with a locking with respect to the engaging block 232a. Shrapnel 222. Figure f is the display of Figure 2A #removable electronic module in the assembled state Θ π * test 2B 'in order to make the removable electronic module 2 〇〇 smoothly installed on the rack 'first The removable electronic module is then pushed to push the rotating arm 232 to inwardly into the handle, and the engaging member 232a is fixed. At the same time, the top end of the card (4) extends beyond the handle fixing frame, so that the top end of the portion 234 can be buckled on the corresponding button hole or the card slot of the frame (not yet), so that the card can be replaced. The electronic module is closely connected to the rack without moving the raft. In another embodiment, the engaging elastic piece 222 is also suitable for the engaging block to be embedded in the human body. For example, the scale arm is 9 M346887, and the rotating arm 232 can also be pressed into the 'the engaging block 232a. This structure is embedded to fix the rotating arm 232.
另一方面，彈性體240配置在旋轉臂232與把手固定 架220的接合處’在此實施例中，則可為配置於旋_臂^2 的轉軸T上的-彈簧，且由轉軸T向外延伸出二^力端， 其中施力端A可藉由嵌入方式固定在旋轉臂232上，而另 一延伸之施力端B則可藉折彎固定於一凸柱的方式固定在 把手固定架220上。因此彈性體240於上述卡合^作時， ，轉臂232向内旋轉並壓入卡合彈片222的動作同時也 彈性體240產生壓縮的作用。 、 Μ冉麥考圖2A，當需要將可抽換式電子模組2〇 除時，先施力於旋轉臂232使卡合塊232a自卡合彈片222 之後彈性體240因先前例所蓄積“ 臂232自動彈開並向外旋轉。此時卸除部236才曰目 夕方端處包括一凸垣—’當旋轉臂232向 外方疋轉％，卸除部236適於延伸出把手固定架22〇之 凸i 236a作用於機架上一播止部（树示），例 擋塊，藉由彼此的頂出力相互作用，便可將拙拖 子模組20二順利地自機架中頂出卸除。 、式電 在此只把例中，緩衝機構250配置在把手固定架2川 ’㈣臂232相對於緩衝機構25()則設有—卡的、 形齒條’其外型與旋轉臂二旋轉路= M346887 250可為一阻尼齒輪（未繪示），經由弧形齒條與阻尼齒 輪相嚙合可使旋轉臂232耦接至緩衝機構25〇。 當旋轉臂232因彈性體24〇之彈性力而向外旋轉時， 為了防止此時的彈性力過大，因此阻尼齒輪的緩衝作用可 提供旋轉臂232與彈性力方向相反的力量，並依據彈性力 的大小逐漸將其抵消而讓旋轉臂232能平順地轉動，避免On the other hand, the elastic body 240 is disposed at the joint of the rotating arm 232 and the handle holder 220. In this embodiment, it may be a spring disposed on the rotating shaft T of the rotating arm 2, and is rotated by the rotating shaft T. The extension end is extended by the force end, wherein the force application end A can be fixed on the rotating arm 232 by inserting, and the other extended force end B can be fixed on the handle holder 220 by bending and fixing to a protrusion. Therefore, when the elastic body 240 is engaged with the above, the arm 232 is rotated inwardly and pressed into the engaging elastic piece 222, and the elastic body 240 is also compressed. FIG. 2A, when the removable electronic module 2 needs to be removed, the rotating arm 232 is applied first to cause the engaging block 232a to self-engage the elastic piece 222 after the elastic body 240 is accumulated by the previous example. The arm 232 automatically bounces and rotates outward. At this time, the removing portion 236 includes a tenon at the end of the eye--" when the rotating arm 232 is turned outward by %, the removing portion 236 is adapted to extend out of the handle holder The 22 〇 convex i 236a acts on the frame on a frame (tree), such as the block, by the interaction of each other's ejection force, the rafter module 20 can be smoothly placed from the top of the frame. In the example, the buffer mechanism 250 is disposed in the handle holder 2, and the (four) arm 232 is provided with respect to the buffer mechanism 25 (). Rotating arm two-rotation path=M346887 250 can be a damper gear (not shown), and the rotating arm 232 can be coupled to the buffer mechanism 25〇 by the arc-shaped rack meshing with the damper gear. When the rotating arm 232 is elastic body 24 When the elastic force of the crucible is rotated outward, in order to prevent the elastic force from being excessive at this time, the damping effect of the damping gear can be raised. The rotating arm 232 is opposite to the direction of the elastic force, and is gradually offset according to the magnitude of the elastic force to allow the rotating arm 232 to smoothly rotate, avoiding
因彈性力過大而造成旋轉臂232加速撞擊把手固定竿22〇 而造成損傷。 再者，齒分離部232c具有一弧面s，且弧面s盥旋轉 臂232的旋轉路徑平行，當旋轉臂232藉由卡齒部议匕 L/斬向内疑轉4 ’弧面s具有異於卡齒部2微的结構， 其與緩衝機構250不㈣合，因此，當旋轉臂232向内旋 =此弧© S時，緩衝結構，即停止作用，用以讓使用 者在刼作時具有操作空間及明確的開啟感。 綜上所述，本創作之可抽換式電子模組，因其將習 動零件整合為—成型單體，使成型單體具有 而；以：子模組卡合及卸除時所需的各項功能，因 換式帝子;件的製作成本及簡化組裝流程，使可抽 扭ί Γ 具有量產性。再者’因各個功能皆已整合於 t ，可避免因過多零件造成可抽換式電子模組容易因 八t份零件而失效，因而保持其功能上的穩定性。 方面’如其上的彈性體與緩衝結構 ^或向外旋_ ’可藉由彈性力與 可使旋轉臂自動彈出之外，還可由緩衝結構抵消二Ϊ 11 M346887 性力，避免使把手或周邊零件毁損，且旋轉臂具有齒分離 結構，利用其具有與卡齒部相異躲面，使緩衝機構二用 至此弧面即停止，可讓操作者在使用時具有操作空 確的開啟感。 ^ 以 雖然本創作已以較佳實施例揭露如上，炊复並 限定本創作，任何熟習此技藝者，在不 創 ，圍内:當可作些許之更動與潤飾，因此本」 视圍當視伽之申tf專利範騎界定者為準。 〜 【圖式簡單說明】 圖1A為習知—種抽取式硬碟結構示意圖。 =為為圖本::作的—=二的碟的卡扣結構爆炸圖。 卸除狀態時的示意圖。例的—種可抽換式電子模組於 意圖 不 圖2B為圖2八的可抽換式電子模組於組裝狀態時的 圖 圖3為圖2A的可抽換•子模組的把手的放大示意 【主要元件符號說明】 1〇〇 ·•抽取式硬碟 殼體 112 :扣孔 120 ··卡扣結構 121 ·β把手 M346887 122 :組裝架 122a :扣件 123 :連接桿 124 :彈性件 125 :卡勾 126 :固定栓 200 :可抽換式電子模組 210 :機殼 212 :底板 214 :側板 220 :把手固定架 222 :卡合彈片 230 :把手 232 :旋轉臂 232a :卡合塊 232b ··卡齒部 232c :齒分離部 234 :卡勾部 236 :卸除部 236a :凸垣 240 :彈性體 250 :缓衝結構 A、B :彈性體之施力端 S :弧面 T :轉軸 13Due to the excessive elastic force, the rotating arm 232 accelerates and hits the handle fixing 竿 22 〇 to cause damage. Furthermore, the tooth separating portion 232c has a curved surface s, and the rotating surface of the curved surface s 盥 the rotating arm 232 is parallel. When the rotating arm 232 is inwardly turned by the engaging portion, the L' 弧 has a 4' curved surface s Different from the structure of the toothed portion 2, it is not combined with the buffer mechanism 250. Therefore, when the rotating arm 232 is rotated inwardly = this arc © S, the buffer structure, that is, stops, for the user to make It has an operating space and a clear sense of opening. In summary, the removable electronic module of the present invention is integrated into a molding unit to form a molding unit, and the molding unit has a molding unit; Various functions, due to the replacement of the Emperor; the production cost of the parts and the simplified assembly process, make the pumping torque Γ Γ mass production. Furthermore, because each function has been integrated into t, it can avoid the failure of the replaceable electronic module due to too many parts to be easily disabled due to eight parts, thus maintaining its functional stability. Aspects such as the elastomer and cushioning structure ^ or the outward rotation _ ' can be automatically ejected by the elastic force and the rotating arm, and can also be offset by the buffer structure 2 11 M346887 force, avoiding the handle or peripheral parts The rotor has a tooth separation structure, and has a different hiding surface from the toothed portion, so that the buffer mechanism is used to stop the arc surface, which allows the operator to have an open feeling when operating. ^ Although this creation has been disclosed in the preferred embodiment as above, and the creation of this creation is limited, anyone who is familiar with this skill will not create it, and when it is possible to make some changes and retouching, this "vision" The gamma Shen Tf patent Fan riding is subject to the definition. ~ [Simple Description of the Drawings] FIG. 1A is a schematic view showing the structure of a removable hard disk. = for the picture book:: made -= two discs of the buckle structure exploded view. Schematic diagram when the state is removed. For example, the removable electronic module is not intended to be in FIG. 2B, and the removable electronic module of FIG. 2 is assembled. FIG. 3 is the handle of the replaceable/sub-module of FIG. 2A. Enlarged indication [Main component symbol description] 1〇〇••Removable hard disk housing 112: button hole 120 ··Snap structure 121 ·β handle M346887 122 : Assembly frame 122a : Fastener 123 : Connecting rod 124 : Elastic parts 125: hook 126: fixing bolt 200: removable electronic module 210: casing 212: bottom plate 214: side plate 220: handle fixing bracket 222: engaging elastic piece 230: handle 232: rotating arm 232a: engaging block 232b · The toothed portion 232c: the tooth separating portion 234: the hook portion 236: the removing portion 236a: the tongue 240: the elastic body 250: the cushioning structure A, B: the biasing end of the elastic body S: the curved surface T: the rotating shaft 13