1328417 ’之使用成本。 是以，現有之技術係傾向於設計可自動退出光碟機之 .機構’相關之技術例如有我國專利證書第26〇829號新型專 利、我國專利證書第292139號新型專利、及我國專利證書 第292140號新型專利等專利。 我國專利證書第260829號新型專利係設計一種置於 托架一侧之組裝定位結構，該組裝定位結構包括有：以一 -鲁第一彈性元件連接於該承載架之掣動件、以及以一第二彈 性元件連接於該承載架之按壓件。該掣動件復包括連接該 •第一彈性元件之鉤塊、用於卡扣固定住光碟機之扣片、以 '及導塊，該按壓件則包括對應於該導塊之導斜邊、供使用 者按壓之控制部、以及鄰近該控制部的一侧橫向延伸之推 片。 我國專利證書第292139號新型專利提出一種薄型光 碟機固定及退出裝置，係安裝於電子產品之承載架該承 鲁載架具有由一頂板、一底板、與二側板所構成且前後開放 的容室、以及連通該容室之前開槽，該薄型光碟機固定及 退出裝置則包含：固定塊，固設於該薄型光碟機並可進入 該前開槽’具有設置於後段的推斜面及扣槽；退出把手， 可轉動地樞設於該承載架，包括操作塊、及自該操作塊朝 向旁侧延伸並可碰觸該薄型光碟機的推移塊；連動桿，轉 動地樞設於該承載架並可受該退出把手驅動，包括驅動 塊；以及作動桿，可轉動地樞設於該承載架，包括對準該 前開槽並可進入該扣槽内的卡鎖塊，該作動桿可受該驅動 110067 6 1328417 塊推動並使該卡鎖塊脫離該扣槽。 我國專利證書第292140號新型專利等專利之光碟機 .固定及退出裝置則包含：固定塊，固設於該薄型光碟機的 其中一側面，並具有一推斜面；L形連桿，藉由一樞件而 可轉動地樞設於該承载架，包括可抵觸該薄型光碟機的連 結面的驅動塊、自該驅動塊的一端成型供該樞件穿設的樞 結塊、以及自該樞結塊朝向該開口彎折延伸的操作塊；扣 .❿鎖單元，設置於該固定塊與該操作塊而使兩者可相扣合， 並且係由扣槽與卡塊所組成，該卡塊係由該推斜面所推 -動，以便帶動該連桿轉動；以及彈性元件，可施予該連桿 -一偏壓力，能在扣鎖位置及釋放位置轉動該連桿。 干 惟，應用前述習知技術時，需設計許多構件彼此配名 方能將光碟機從前向後***托架之容置空間内或自該托萍 退出’且為了能免工具進行裝卸，所應用構件具有複雜之 結構。因此’此種習知技術會造成製造成本提高，而不矛， ♦於廣泛使用，且難以控制製造精度。同時，雖我國專利證 書第292140號新型專利提出可省略例如為扭力彈簧之彈 性元件，當省略該彈性元件時，必須料動方式操作位於 托架内之連桿；但，要在電子產品内操作該連桿不僅有空 間上之限制，更要花費相當大之力量，亦令操作之難度^ 對提南。因此，此種習知技術相對提高組裝 度，而不便於使用。 關難 種缺點 以提供 因此，如何開發一種得以解決上述習知技術各 之技術，提供易於組裝與拆卸之光碟機拉出機構， 110067 7 1328417 使用便利性’實為目前亟欲解決的課題。 【發明内容】 馨於以上所述習知技術之缺點，本發明之主要目的係 提供一種易於組裝與拆卸之光碟機拉出機構。 本發明之另一目的係提供一種具使用便利性之光碟機 拉出機構。 為達上揭目的及其他目的，本發明提供一種光碟機拉 出機構’係用以將具有第一定位部之光碟機固定於電子裝 ^之托架’該光碟機拉出機構係包括：定位件，設於該托 2並具有用於對應結合該第一結合部之第二結合部；驅 ，·’設於該托架並局部外露於該托架側面，具有第一限 作動件’連接該光碟機且可由該驅動件予以驅動， 托牟I:對應該第一限位部設置之第二限位部、外露於該 之笛-道之拉動部、以及連接該光碟齡與該拉動部連動 j一導引部；第―彈性部，設於該作動件底面，且且有 ==供推動該作動件；第二彈性部，移動自如地 «又於該托.底面，且且古 以及第二導引部，第供推動該驅動件； 於該驅動件驅動該;:件：=導=此相互移動’以 件，令該m m件時第—彈部推動該作動 該托架，俾由=動 =離該第一限位部而將該拉動部彈出 ^拉動。卩使該光碟機脫離該托架。 前述之光碟機拉出機' 第三限位部係凸設於 復了匕括苐二限位部，該 性部之移動範圍。、底面’用於對應限制該第一彈 110067 8 1328417 較佳地，該定位件係為 柱及開口之其中一者/膠片該第—結合部係為螺 者該疋位件復包括第一定位 該第一定位部係為開口，而動# Μ叮 ， 該托架側面之控制部、遠則可選擇具有外露於 第一定位部之第二定位Γ 於對應定位至該 位部間之第-限：部。二：控制部，第二定 角之卡鉤。該第一彈性n ^立^ 乂佳係為别端具有斜 -導引縣判彈性部係為彈簧。該第 〃以一導引部係為對應之導塊與導槽。 由於本發明之光碟機拉出機構，係於 外部即可達成拉出光磾機夕日Μ + Α γ罝（托条） 固進行光碟機固定而相較於習知技術利用鎖 相對易於紐裝與拆卸，且 =機之問題’本發明 明所設計的各構件之姓構2 1性。同時’應用本發 制。另外，為簡化結;度亦較容易控 π了嚙略设於托架之部分構件，如 ==設計彈性。是以’本發明他改善習知技術 【實施方式】 所屬體::說明本發明之實施方式， 容輕易地瞭解本發明之I他優點說明書所揭示之内 ❹2至第4圖係為本發明光碟機拉出機構之較佳實施 自雷2圖。如第2圖所示’本發明係應用於將光碟機1 置之托架3拉出’該光碟W係具有設於側面之 第-、〜部Π，該第一結合部u例如為開孔。本發明之 110067 9 光碟機拉出機構5則係包括設於該托架3並用於對應結合 該光碟機1之定位件5卜局料露於該托架3側面之驅動 .件52、對應結合該驅動件52並具有第一導引部5犯連接 該光碟機1之作動件53、設於該作動件53底面之第一彈 =部54、設於該托架3底面之第三限位部55、移動自如地 設於該托架3底面之第二彈性部56、以及用於與該第一導 引部535導引彼此相互移動之第二導引部57。 • 應注意的是，應知於本實施例中僅為例示性說明本發 明之實施態樣’該第__結合部u之結構並不侷限於此，且 市面上任何規格之光碟機均適用於本發明，而該電子裝置 f可為電腦主機、遊戲機或者任何具有讀取光碟片資料功 能之電子裝置。同時，由於本發明之技術特徵與電子裝置 之整體外觀無關，且電子裝置之整體外觀或結構並盈i於 習知技術，為求説明書之簡潔，故不再重覆揭露整體之圖 式與相應之敍述。 _該定位件51係設於該㈣3，並具有用於對應結合該 第-結合部11之第二結合部5U、以及第一定位部513。 於本實施例中，該定位件51係為塑膠片，並用於—體結合 至該光碟機卜同時，由於本實施例中該第—結合部U例 如為開孔，因此該第二結合部511可為對應之螺柱；但， 應知該第一結合部丨丨與該第二結合部5ι 1可為任何可供對 應結合之結構，而非以開孔及對應之螺柱為限。該第一定 位部513則可為例如開口。 該驅動件52具有外露於該托架3側面之控制部切' 110067 1328417 •遠離該控制部521以用於對應定位至該第一定位部513之 •第二定位部523、以及設於該控制部521與該第二定位部 .523間之第一限位部525、以及自該第一限位部525 一側延 伸之套設部527。如第3圖所示，該控制部521係局部外 露於該托架3之側面開口 31，且外露於該托架3側面之部 分具有凸肋5211 ’而該凸肋5211可供於該托架3之側面 開口 31内進行扳動以移動該驅動件52。如第4圖所示， 籲該第二定位部523係為前端具有斜角之卡鉤，以便避免干 涉，容後陳述。該第一限位部525係凹設於該控制部521 '與該第二定位部523之間，並具有凸設於頂面之凸點5251 (如第4圖所示）。當然，該凸點5251亦可為例如卡榫、 凸塊、凸柱、或其他等效結構，且由於以上之變化應為所 屬技術領域中具有通常知識者可理解並據以實施者，故不 再另繪圖式表示之。該套設部527則可為例如套設柱。 如第3圖配合第4 ®所示，該作動件53具有用於對鹿 籲該第一限位部525設置之第二限位部53卜可外露出該托 架3侧面之拉動部533、連接該光碟機i且可與該拉動部 533連動之第-導引部535、以及設於該作動件53底面之 凹部咖。該第二限位部531係具有對應該第-限位部525 之凸點5251的開孔53U ’當然亦可由凹槽或其他對應該 凸點5251之等效結構來取代該開孔5311。該拉動部聊 例如T形塊，且該拉動部533係與該托架3側面保持 八平面。該第-導引部535則可為例如導槽。 該第-彈性部54係設於該作動件53底面，且具有彈 110067 11 丄现417 動。卩，533與該托架3側面保持共平面）時可將該拉動部 • 533住該托架3内部推動’而該第二彈性部56受壓縮所儲 彈丨生回後力可於此時釋放，使該驅動件5 2朝箭頭c 之方向移動，該第一限位部525之凸點5251則再度結合至 該第二限位部531之開孔5311，且該第二定位部523可卡 入該定位件51之第一定位部513。 =時，由於該定位件51係用於結合該光碟機丨，當該 鲁第-疋位部523卡人該第—^位部513時可防止不慎直接 抽出該光碟機1。此外，由於該第二定位部523之前端係 做成斜角，故即使在安裝時先把拉動部533推到位，而後 再推該光碟機卜亦可藉由斜角之導向作用來避免該定位 件與該驅動件52相撞所產生之干涉，而使該光碟機工 可以順利回復至原位。 相較於習知技術，本發明係設計可從外側控制設於把 架^邛之光碟機拉出機構來達成拉出光碟機的動作，使用 _者可免工具而輕易地進行組裝與拆卸，簡單、方便且省時。 而且’應用本發明時可避免習知技術須從托架内部進行組 裝與拆卸之動作’相對具有使用便利性。同時，本發明之 光碟機拉出機構中各構件可予以模組化，可相對降低製造 成本。是以，本發明確實已改善習知技術之種種缺點。 以上所述之具體實施例中，僅係用以例釋本發明之特 點及功效’而非用卩限定本發明之可實施範^，在未脫離 本發明上揭之精神與技術範疇下，任何運用本發明所 内容而完成之等效改變及修飾，均仍應為下述之申請專利 110067 1328417 ’範圍所涵蓋。 【圖式簡單說明】 第1圖係為習知光碟機與托架之組裝示音圖； 第2圖係為本發明之光碟機拉出機構較佳實施例之示 意圖，其中係顯示光碟機已固定至托架； 第3®係為本發明之光碟機拉出機構較佳實施例之示 :::其中係顯示該光碟機拉出機構與該托架之侧面的設 置關係之示意圖；以及 之不 音圖第為本發明之光碟機拉出機構較佳實施例 心圖、巾_㈣光韻已脫離該托架。 【主要元件符號說明】 y、 1 光碟機 11 第一結合部 3 托架 31 側面開口 p 33 ' 35、37、39 擋塊 5 光碟機拉出機構 51 定位件 511 第二結合部 513 第一定位部 52 驅動件 521 控制部 5211 凸肋 523 第二定位部 110067 1328417 -'525 第一限位部 .5251 凸點 .527 套設部 53 作動件 531 第二限位部 5311 開孔 533 拉動部 535 第一導引部 ® 537凹部 54 第一彈性部 55 第三限位部 56 第二彈性部 57 第二導引部 10 光碟機 20 托架 φ 30 鎖固元件 A、B、C箭頭1328417 ‘the cost of use’. Therefore, the existing technology department tends to design the machine that can automatically exit the CD player. The related technologies include, for example, the new patent of China Patent Certificate No. 26〇829, the new patent of China Patent Certificate No. 292139, and the patent certificate of China 292140. No. Patent and other patents. The new patent of China Patent Certificate No. 260829 designs an assembly positioning structure disposed on one side of the bracket, and the assembly positioning structure includes: a tilting member connected to the carrier by a first elastic element, and a The second elastic element is coupled to the pressing member of the carrier. The splicing member includes a hook block connecting the first elastic member, a buckle for fastening the optical disk drive, and a guide block, and the pressing member includes a guide bevel corresponding to the guide block, a control unit for pressing by the user, and a push piece extending laterally adjacent to the side of the control unit. China Patent Certificate No. 292139 proposes a thin-type optical disc drive fixing and withdrawing device, which is mounted on an electronic product carrier. The carrier has a top plate, a bottom plate, and two side plates, and is open to the front and rear. And the slotting before connecting the chamber, the thin disc player fixing and withdrawing device comprises: a fixing block fixed to the thin disc player and capable of entering the front slot and having a push ramp and a buckle slot disposed at the rear section; The handle is rotatably pivoted to the carrier, and includes an operating block and a sliding block extending from the operating block toward the side and contacting the thin optical disc drive; the linkage rod is pivotally disposed on the carrier and Driven by the exit handle, including a driving block; and an actuating lever rotatably pivoted to the carrier, including a latching block that is aligned with the front slot and can enter the latching slot, the actuating lever can be driven by the 110067 6 1328417 The block pushes and disengages the latch block from the buckle. China Patent Certificate No. 292140, the patent for the optical disc drive. The fixing and withdrawing device comprises: a fixing block fixed on one side of the thin optical disc machine and having a pushing inclined surface; an L-shaped connecting rod, by means of a The pivot member is rotatably pivotally mounted on the carrier, and includes a driving block that can contact the connecting surface of the thin optical disc drive, a pivoting block formed from one end of the driving block for the pivoting member, and a pivoting block An operation block that is bent and extended toward the opening; a buckle-locking unit is disposed on the fixed block and the operation block to be engaged with each other, and is composed of a buckle groove and a card block, and the card block is Pushing the push surface to drive the link to rotate; and the elastic member can apply the link - a biasing force to rotate the link in the latched position and the released position. However, when applying the above-mentioned prior art, it is necessary to design a plurality of components to be associated with each other in order to insert the optical disk drive from the front to the rear into the accommodating space of the cradle or to exit from the bottling, and in order to avoid tool loading and unloading, the applied components Has a complex structure. Therefore, such a conventional technique causes an increase in manufacturing cost, without spears, is widely used, and it is difficult to control manufacturing precision. Meanwhile, although the new patent of Chinese Patent Certificate No. 292140 proposes that the elastic element such as a torsion spring can be omitted, when the elastic element is omitted, the connecting rod located in the bracket must be operated in a moving manner; however, it is to be operated in an electronic product. The connecting rod not only has space limitations, but also costs a considerable amount of power, and makes the operation difficult. Therefore, such conventional techniques relatively increase assembly and are not convenient to use. Difficulties and disadvantages are provided. Therefore, how to develop a technology for solving the above-mentioned conventional techniques and providing an optical disc pull-out mechanism that is easy to assemble and disassemble, 110067 7 1328417 ease of use is a problem that is currently being solved. SUMMARY OF THE INVENTION The main object of the present invention is to provide a disc pull-out mechanism that is easy to assemble and disassemble. Another object of the present invention is to provide a disc player pull-out mechanism that is convenient to use. In order to achieve the above and other objects, the present invention provides an optical disk drive pulling mechanism for fixing a optical disk drive having a first positioning portion to an electronic device. The optical disk drive pulling mechanism includes: positioning And a second joint portion corresponding to the first joint portion; the drive is disposed on the bracket and partially exposed on the side of the bracket, and has a first limit acting member' The optical disc drive can be driven by the driving member, and the second limiting portion corresponding to the first limiting portion, the pulling portion exposed to the flute track, and the optical disc connecting the pulling portion and the pulling portion Linking a guiding portion; the first elastic portion is disposed on the bottom surface of the actuating member, and has == for pushing the actuating member; and the second elastic portion is freely movable to the bottom surface, and a second guiding portion, for driving the driving member; driving the member; the member: = guiding = the mutual movement of the member, and the first portion of the mm member is urged to actuate the bracket, The pull portion is pulled out by the = movement = away from the first limit portion.脱离Remove the drive from the bay. The above-mentioned optical disk drive pull-out machine's third limit portion is protruded from the second limit portion of the optical disk drive, and the moving range of the portion. The bottom surface 'for correspondingly limiting the first elastic ball 110067 8 1328417. Preferably, the positioning member is one of the column and the opening/the film, the first coupling portion is a screw, and the clamping member includes the first positioning The first positioning portion is an opening, and the control portion of the side of the bracket can be selected to have a second positioning portion exposed to the first positioning portion and correspondingly positioned between the positions. Limit: Department. Two: the control department, the hook of the second fixed angle. The first elastic n ^ 立 ^ 乂 系 为 is the other end with a slant-guided judging elastic portion is a spring. The first guiding portion is a guiding portion and a guiding groove. Since the optical disc drive pulling mechanism of the present invention is externally, the pull-out optical pick-up machine can be realized. The 罝 罝 罝 ( 托 ) 固 托 固 固 固 固 固 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光 光Disassembly, and the problem of the machine 'The components of the present invention are designed to be the same. At the same time, the application of this system is applied. In addition, in order to simplify the knot, it is easier to control the components that are placed on the bracket, such as == design flexibility. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> <RTIgt; The preferred implementation of the machine pull-out mechanism is from the Ray 2 diagram. As shown in Fig. 2, the present invention is applied to pulling out the tray 3 of the optical disk drive 1 which has the first and the right portions provided on the side surface, and the first joint portion u is, for example, an opening. . The 110067 9 optical disc pull-out mechanism 5 of the present invention comprises a driving member 52 disposed on the bracket 3 and used for correspondingly engaging the positioning member 5 of the optical disc player 1 to be exposed on the side of the bracket 3, and correspondingly combined. The driving member 52 has an actuating member 53 for connecting the optical disk drive 1 with the first guiding portion 5, a first elastic portion 54 disposed on the bottom surface of the actuating member 53, and a third limit disposed on the bottom surface of the bracket 3. The portion 55 is a second elastic portion 56 that is movably provided on the bottom surface of the bracket 3, and a second guide portion 57 for guiding the first guide portion 535 to move relative to each other. It should be noted that in the present embodiment, the embodiment of the present invention is merely illustrative of the embodiment of the present invention. The structure of the __joining portion u is not limited thereto, and any optical disc drive of the market is applicable. In the present invention, the electronic device f can be a computer host, a game machine or any electronic device having the function of reading the optical disc data. At the same time, since the technical features of the present invention are not related to the overall appearance of the electronic device, and the overall appearance or structure of the electronic device is in the prior art, in order to simplify the description, the overall pattern and the disclosure are not repeated. Corresponding description. The positioning member 51 is provided in the (4) 3, and has a second joint portion 5U for coupling the first joint portion 11 and a first positioning portion 513. In this embodiment, the positioning member 51 is a plastic piece and is used for the body bonding to the optical disk. Meanwhile, in the embodiment, the first bonding portion U is, for example, an opening, and the second bonding portion 511 is It may be a corresponding stud; however, it should be understood that the first joint portion 丨丨 and the second joint portion 5 1 1 may be any structure that can be correspondingly combined, and not limited to the opening and the corresponding stud. The first positioning portion 513 can be, for example, an opening. The driving member 52 has a control portion that is exposed on the side of the bracket 3 and cuts '110067 1328417. • a second positioning portion 523 that is remote from the control portion 521 for corresponding positioning to the first positioning portion 513, and is provided in the control a first limiting portion 525 between the portion 521 and the second positioning portion .523, and a sleeve portion 527 extending from the first limiting portion 525 side. As shown in FIG. 3, the control portion 521 is partially exposed to the side opening 31 of the bracket 3, and a portion exposed on the side of the bracket 3 has a rib 5211' and the rib 5211 is available for the bracket. The side opening 31 of the 3 is pulled to move the driving member 52. As shown in Fig. 4, the second positioning portion 523 is called a hook having a bevel at the front end so as to avoid interference and to be described later. The first limiting portion 525 is recessed between the control portion 521 ′ and the second positioning portion 523 and has a bump 5251 protruding from the top surface (as shown in FIG. 4 ). Of course, the bump 5251 can also be, for example, a cassette, a bump, a stud, or other equivalent structure, and since the above changes should be understood and implemented by those skilled in the art, It is represented by another drawing. The sleeve portion 527 can be, for example, a sleeve. As shown in FIG. 3, in conjunction with the fourth embodiment, the actuating member 53 has a second limiting portion 53 for the deer to the first limiting portion 525, and a pulling portion 533 for exposing the side of the bracket 3, A first guiding portion 535 that is connected to the optical disk drive i and that can be coupled to the pulling portion 533, and a concave portion provided on the bottom surface of the actuator 53. The second limiting portion 531 has an opening 53U' corresponding to the bump 5251 of the first limiting portion 525. Of course, the opening 5311 may be replaced by a groove or other equivalent structure corresponding to the bump 5251. The pulling portion is, for example, a T-shaped block, and the pulling portion 533 is maintained in an eight plane with the side of the bracket 3. The first guiding portion 535 can be, for example, a guide groove. The first elastic portion 54 is disposed on the bottom surface of the actuator 53 and has a spring 110067 11 movement. When the 卩, 533 is coplanar with the side of the bracket 3, the pulling portion 533 can be pushed inside the bracket 3, and the second elastic portion 56 is compressed by the stored magazine. Released, the driving member 52 moves in the direction of the arrow c, the bump 5251 of the first limiting portion 525 is again coupled to the opening 5311 of the second limiting portion 531, and the second positioning portion 523 can be The first positioning portion 513 of the positioning member 51 is engaged. When the positioning member 51 is used for the combination of the optical disk unit, the optical disk unit 1 can be prevented from being inadvertently taken out when the urging portion 523 is engaged with the first position portion 513. In addition, since the front end of the second positioning portion 523 is formed at an oblique angle, even if the pulling portion 533 is pushed into position first during installation, and then the optical disk drive is pushed, the positioning can be avoided by the oblique angle. The interference caused by the collision of the piece with the driving member 52 enables the optical disk drive to smoothly return to the original position. Compared with the prior art, the present invention is designed to control the action of pulling out the optical disk drive from the outside by controlling the optical disk pull-out mechanism of the frame, and the assembly can be easily assembled and disassembled without tools. Simple, convenient and time saving. Further, in the case where the present invention is applied, it is possible to prevent the prior art from being assembled and disassembled from the inside of the cradle. At the same time, the components of the optical disc pull-out mechanism of the present invention can be modularized, which can relatively reduce the manufacturing cost. Therefore, the present invention has indeed improved various disadvantages of the prior art. The specific embodiments described above are merely used to exemplify the features and functions of the present invention, and are not intended to limit the implementation of the present invention, without departing from the spirit and scope of the invention. Equivalent changes and modifications made by the use of the present invention are still covered by the scope of the following patent application 110067 1328417. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an assembled sound diagram of a conventional optical disc drive and a bracket; FIG. 2 is a schematic view of a preferred embodiment of the optical disc drive pull-out mechanism of the present invention, wherein the optical disc drive has been displayed The third embodiment is a preferred embodiment of the optical disk drive pulling mechanism of the present invention::: a schematic diagram showing the arrangement relationship between the optical disk drive pulling mechanism and the side surface of the optical disk; The phonogram is the preferred embodiment of the optical disc drive pull-out mechanism of the present invention, and the _ (4) luminosity has been detached from the bracket. [Main component symbol description] y, 1 CD player 11 First joint 3 Bracket 31 Side opening p 33 ' 35, 37, 39 Stop 5 Disc pull mechanism 51 Positioning member 511 Second joint 513 First positioning Portion 52 driving member 521 control portion 5211 rib 523 second positioning portion 110067 1328417 - '525 first limiting portion 5.251 bump 527 arranging portion 53 actuating member 531 second limiting portion 5311 opening 533 pulling portion 535 First guide portion 537 recess 54 first elastic portion 55 third limit portion 56 second elastic portion 57 second guide portion 10 optical disk drive 20 bracket φ 30 locking elements A, B, C arrow