TWI328218B - A suck-in optical disk loading system compatible with large and small disks - Google Patents

Description

1328218 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種使用光碟（例如，cd和⑽ 資訊儲存媒體）進行資訊記錄的光碟裁入系統，特別是^ 一種具有相容裝置的吸入式光碟載入系統。 3 【先前技術】 由於光碟具有高性能，全數位儲存的特點光 成爲主要的資料儲存媒介，並且曰益深入人們的生活中、。 • %有的帶有光碟相容與驅動裝置的光碟载入系統中，有— 種吸入:口土出式光碟載入系統主要被用於車載光碟播放系 統中&種吸人式光碟載人系統含有信號開關與一個卡環 T用戶將光碟插人光碟插口後，光碟將觸動插口内部 的卡％並使卡環根據***的光碟尺寸調整自身大小。卡環 :正疋藉由不同尺寸的光碟擠壓卡環内部的彈簧所完成 。藉此，達到光碟載入系統的相容性。 ***後，光碟首先觸發光碟載入系統内的信號開關並 使j達啓動。馬達將光碟載人光碟讀播放器並且將其放置 =寫^確位置。㈣這種光碟載人系統的光學讀寫頭 可被固疋於_個定點並且確保資料的正常讀取但是這種 夕貝51的光碟载人系統結構複雜。尤其是傳動機制包括許 夕。P件。因爲製作精度要求高，製作成本較高。 I種光碟載入系統的另一個缺點是卡環的彈簧是根據 ***光碟的大小而受屋張開。光碟是由左右兩個方向把起 5 。由於爲了能够夾住80mm的光碟’當托s 12〇麵光碟的 時候，光碟會承受來自卡環的很大的壓力，結果是，光碟 會變形，被毀壞，或是製作壞的讀寫品質。 〃 另種現有的具備相容與驅動裝置的光碟載入系統是 2有不同層次的同心結構的光碟載人系、統。光碟是由碟片 盒載入適當的位置。這種類型的光碟載入系統結構簡置。 但是，由於需要使用一個以上的碟片盒，並且在光碟盘光 碟盒之間需要留有一定的 么Μ Λ. 疋的間隙，以確保光碟送入光碟載入 系統後光碟能够平轉的艟命1 十穂的轉動，所以光碟驅動裝置要有相當 的厚度。 此外，爲了將光碟托起使之與碟片盒間形成一定間隙 /尤必需將固定件與光學讀寫頭部件之間設計成可活動的 ，接，例如主轴電動機和物鏡之間。結果是，非常難以避 振’難以避振就直接影響光碟資料讀取的正確性。更 ’長期使用後，當機#去π . 老化乃至故障，這個問題就更加嚴 重。光碟載入系統的雜訊會變得很大。 【發明内容】 因此’本發明即在提供_種可相容各種尺寸光碟的吸 碟載入系統。這個新的吸入式光碟載入系統是以一 疋里的光碟控制在光碟***後判斷光碟的各種尺寸並 且在此之後通過不同的傳送操作將光碟移送到最終指定的 位置進行資料讀寫。 /本發明之主要目的’即在提供-種可相容的吸入式載 入糸統，這系統結構比較簡單，對製作精度要求低，製作 1328218 成本比較低會扭曲損壞光碟，以及夾持效果好。 於是，本發明相容吸入式載入系統的殼體是包含一個 插口…對夾I -個相容裝置，和—個内滑件。光碟控 制也被利用來判斷***的光碟。一旦被***的光碟大小被 光碟控制確定後，與Μ大小對應的傳送操作也就被確定 並且被啓動。 相容裝置被用來判斷每一個被***光碟的尺寸以及綠 定需要進行的傳送操作。在光碟被傳送的過程中，光碟被 ***緊緊地夾在内滑件上。殼體立壁上開有壁槽，使得内 =與導桿—起操作以確保插人的光碟被平穩地送入最終 指定的位置，進行高品質的資料讀寫。 丹内滑件與導桿—起操作以確保插人的光碟被平穩地送 入最終指定的位置。傳送操作還需要用到嚙合齒條，蝸桿 渦輪和馬達。另外，内滑件上設有限位元裝置，用來防止 内滑件與嚙合齒條分離。 在殼體内部，載入系統的底部適當位置設有凸塊。在 谷裝置和夾片上设有分離凸塊❶在最終指定的位置，分 離凸塊將被凸塊托起並且使光碟與内滑件分離。 本發明中用到一種類似帽子外形的壓盤裝置。類似帽 子形狀的上&起部分剛好可以嵌人在殼體頂蓋開有的孔洞 =。在傳送操作開始時，壓盤裝置在内滑件的上方並且因 舄帽狀凸起部分被嵌入孔洞中而被限制在光碟的轉盤之上 。在傳送操作過程中，Μ盤裝置首先是靜止在内滑件之上 ’然後移轉至***的光碟上方。當光碟到達最終指定的位 7 1328218 置，夾片會張開並釋放光碟。光碟與其上方的壓盤裂置將 下落至光學讀寫頭的轉盤之上。壓盤裝置緊緊壓住光碟。 高品質的資料讀寫可因而完成。 本新型之第二目的，即在提供一種進一步簡化載入系 統的結構以至於進一步降低産品成本。爲了取得這個目標 ’這新的吸入式載入糸統減少了相容各種尺寸光碟所需要 的零件，同時改進了操作時的夹緊效果。1328218 IX. Description of the Invention: [Technical Field] The present invention relates to a disc cutting system for recording information using optical discs (for example, cd and (10) information storage media, in particular, a compatible device Suction disc loading system. 3 [Prior Art] Due to the high performance of optical discs, all-digital storage features become the main data storage medium and benefit people's lives. • There are some CD-loading systems with CD-compatible and drive devices, and there is a kind of inhalation: the vocal-loading CD-ROM loading system is mainly used in car CD-ROM playback systems. The system contains a signal switch and a snap ring. After the user inserts the disc into the disc slot, the disc will touch the card inside the jack and adjust the size of the card according to the size of the inserted disc. Retaining ring: The squeezing is done by pressing the spring inside the snap ring with different sized discs. Thereby, the compatibility of the disc loading system is achieved. After insertion, the disc first triggers the signal loading of the disc into the system and causes j to start. The motor reads the disc's manned disc and places it in the = write position. (4) The optical pickup of the optical disc carrying system can be fixed at a fixed point and ensure the normal reading of the data. However, the optical disc carrying system of the Xibei 51 has a complicated structure. In particular, the transmission mechanism includes Xu Xi. P piece. Because of the high precision of production, the production cost is high. Another disadvantage of the I-type disc loading system is that the spring of the snap ring is opened by the size of the inserted disc. The disc is picked up by the left and right directions 5 . In order to be able to clamp an 80mm disc, when the disc is loaded, the disc will be subjected to a lot of pressure from the snap ring. As a result, the disc will be deformed, destroyed, or badly read and written. 〃 Another existing optical disc loading system with compatible and drive unit is a disc-mounted system with two different levels of concentric structure. The disc is loaded into the appropriate position by the disc cartridge. This type of disc loading system has a simple structure. However, because more than one disc cartridge is required, and there is a certain gap between the disc disc cartridges, the gap between the discs is required to ensure that the disc can be rotated after the disc is loaded into the system. 1 Ten turns, so the disc drive should have a considerable thickness. In addition, in order to lift the disc to form a certain gap with the disc cartridge, it is particularly necessary to design the movable member and the optical pickup member to be movable, for example, between the spindle motor and the objective lens. As a result, it is very difficult to avoid vibration. It is difficult to avoid the vibration and directly affect the correctness of the reading of the disc data. More, after long-term use, when the machine # goes to π. aging and even failure, the problem is even more serious. The noise of the disc loading system will become very large. SUMMARY OF THE INVENTION Accordingly, the present invention provides a chuck loading system that is compatible with optical discs of various sizes. The new slot-loading disc loading system uses a disc control to determine the various sizes of the disc after the disc is inserted and thereafter transfers the disc to the final designated position for reading and writing by different transfer operations. / The main purpose of the present invention is to provide a compatible suction-loading system. The system structure is relatively simple, and the production precision is low. The low cost of making 1328218 will distort the damaged disc and the clamping effect is good. . Thus, the housing of the compatible suction-loading system of the present invention comprises a socket ... a clamp I - a compatible device, and an inner slide. Disc control is also used to determine the inserted disc. Once the size of the inserted disc is determined by the disc control, the transfer operation corresponding to the size of the cassette is determined and activated. Compatible devices are used to determine the size of each inserted disc and the transfer operations that need to be made. During the transfer of the disc, the disc is held tightly by the sheet on the slider. The wall of the housing is provided with a wall groove so that the inner=and the guide rod are operated together to ensure that the inserted optical disc is smoothly fed into the final designated position for high-quality data reading and writing. The Dane slider and the guide are operated together to ensure that the inserted disc is smoothly fed to the final designated position. The transfer operation also requires the use of meshing racks, worm turbines and motors. In addition, a limiter device is disposed on the inner slide member for preventing the inner slide member from being separated from the meshing rack. Inside the housing, a bump is provided at a suitable position on the bottom of the loading system. Separating bumps are provided on the valley means and the clips at the final designated position, and the separating lugs will be lifted by the bumps and separate the disc from the inner slide. A capping device similar to the shape of a hat is used in the present invention. The upper & part of the shape of the cap can just be embedded in the hole opened in the top cover of the housing. At the beginning of the transfer operation, the platen device is restrained on the turntable of the optical disk above the inner slider and because the cap-like convex portion is embedded in the hole. During the transfer operation, the tray device is first stationary above the inner slide and then moved over the inserted disc. When the disc reaches the final designated position 7 1328218, the clip opens and releases the disc. The disc is placed against the platen above it and will fall onto the turntable of the optical pickup. The platen device presses the disc tightly. High quality data reading and writing can be done. A second object of the present invention is to provide a structure that further simplifies the loading system to further reduce product cost. In order to achieve this goal, the new suction-loading system reduces the parts required for compatible discs of all sizes and improves the clamping effect during operation.

相容性吸入式載入系統的殼體現在是由頂蓋、與頂蓋 緊密連接在一起的底盒所組成。一個可供光碟進出的插口 在殼體的岫端。相容裝置和夾片被設計成爲一個組合件， 能够判斷光碟的尺寸並且可以將***的光碟緊緊的夾在内 滑件上。因此，只需使用-組磁塊和鐵片代替以前的兩組 磁塊和鐵片，就可以防止相容夾片脫離。内滑件置於殼體 内部用於夾送光碟到讀寫位置。 兩組光碟控制代替了原來的三個光碟控制來判斷光碟The housing of the compatible slot-loading system is now composed of a top cover and a bottom box that is tightly coupled to the top cover. A socket for the disc to enter and exit is at the end of the housing. The compatible device and clip are designed as an assembly that can determine the size of the disc and can hold the inserted disc tightly on the inner slide. Therefore, it is possible to prevent the compatible clip from being detached by simply replacing the previous two sets of magnetic blocks and iron pieces with a set of magnetic blocks and iron pieces. The inner slide is placed inside the housing for holding the disc to the reading and writing position. Two sets of disc control replace the original three disc controls to judge the disc

的尺寸。第-組控制是串聯的用於判斷小的碟片而第二也 控制是串聯的用於判斷大的碟片。這組與第二組控制 是並聯的。 内滑件的側面設有一定數晉的道4+^ 数里的導桎以確保平穩的傳送 光碟。尤其是，殼體側立壁的内# 』巧表面设有凹槽型轨道，替 代了以前的壁槽。當頂蓋與底各芸户 Α 册‘ 低揽盍在—起，就形成了内部 ▼有内滑件的殼體《内滑件以並一 ，、疋數1的導柱***殼體 内壁的此一凹槽軌道，沿著轨道 攸Λ又組月1鳊插口附近向殼 體後端移動。 8 1328218 軌道的形狀也有改進。在執道末端所形成的 下降斜面 使得光碟可以與内滑件分離，還使得光碟在光學讀寫頭轉 盤讀寫過後可以取出。在下降斜面的末端延長有一段很短 的與凹槽執道平行的軌道。也就是說，軌道被製造成一個 的形狀。這下降斜面末端的平行短軌道在取盤操作時 能够給予一定的起始動力，使取出操作更容易。 在光碟片的最終位置，凸塊被用來托起分離塊，使插size of. The first group control is a series of discs for judging small discs and the second control is for judging large discs. This group is in parallel with the second group of controls. The side of the inner slide has a number of guides in the 4+^ number of the road to ensure a smooth transfer of the disc. In particular, the inner surface of the side wall of the housing is provided with a grooved track instead of the previous wall groove. When the top cover and the bottom of the set of households are squatting, the inner casing has an inner sliding member. The inner sliding member is inserted into the inner wall of the casing. The groove track moves toward the rear end of the casing along the track 攸Λ and the group 1 鳊 socket. 8 1328218 The shape of the track has also been improved. The descending ramp formed at the end of the track allows the disc to be separated from the inner slide and also allows the disc to be removed after the optical read/write head has been read or written. At the end of the descending ramp, there is a short track that is parallel to the groove. That is, the track is made into one shape. This parallel short track at the end of the ramp can give a certain initial power during the disk take-up operation, making the take-out operation easier. At the final position of the disc, the bump is used to lift the separation block and insert

入光碟與内滑件分離。内滑件下方的下壓塊壓下斜靠在凸 塊邊的槓桿，使得在插口後端的一片樓板被把起並且擋住 插口以防止光碟的再***。 ^這種新近研發和改進的模式顯著的降低了吸入式载入 系統的製作成本和製造程式。這個相容的吸入式載入系統 既不需要在側壁上設置壁槽’也不需要分離的夹片與相容 '置配合。因&，大大的減小了载入系統的體積並且提高 了效率。最主要的是’使用兩組光碟控制來判斷***光碟The input disc is separated from the inner slide. The lower pressing block below the inner slide presses the lever that leans against the side of the projection so that a floor panel at the rear end of the socket is lifted and blocks the socket to prevent reinsertion of the optical disc. This newly developed and improved model significantly reduces the manufacturing cost and manufacturing process of the slot-loading system. This compatible slot-loading system eliminates the need for wall slots on the side walls and the need for separate clips to be compatible with the fit. Because of &, the size of the loading system is greatly reduced and the efficiency is improved. The main thing is to use two sets of disc controls to judge the insertion of the disc.

尺寸是比較好的設計，既容易使用還能防止可能的判斷錯 誤。尤其是，它們可以被很容易的修改以適應未來不同光 碟的尺寸。 【實施方式】 光碟已經成爲數位時代的主要資訊儲存媒介。本發明 在光碟載入系統的傳送機制與相容不同尺寸光碟方面做出 了突破。本發明設計的光碟載入系統能够解&目前載入系 統具有的所有缺點。在此列舉-定數量的本發明的具體實 施例進行論述。 、 9 1328218 兩個先刖申請的專利中的具體實施例，w〇2〇〇4/〇77427 和W〇2〇〇5/031733列舉於此以爲參考。如圖i所示，具體 實施例所揭示的有一個殼體1〇〇、—個内滑件122、一組失 片119、一個相容裝置117，和一個碟片夾1〇1。殼體1〇〇 包含用於位置調節的調位元控制124、127，一個蝸桿渦輪 113與馬達114 _並使用以驅動内滑件122。内滑件112帶 有托放光碟的光碟容置槽11〇。當被***光碟到達最終指定 的位置的時候，調位元控制丨24的功能也類似控制馬達】i 4 # 工作的仔止開關。同樣地，當被***光碟被送出時，調位 元控制127的功能相當於控制馬達114工作的停止開關。光 碟轉盤116是帶有支架的光學讀寫頭的—部分，被安裝在殼 體100底部。在光碟進入到最終待讀寫位置之後，光碟轉 盤116用來托住光碟。在殼體底部設有凸塊112。插口 ιΐ5 兩側有立壁123、125，在立壁上123開有壁槽ι26。 圖2顯示了另一個具體實施例，更進一步對殼體立壁 上設置的壁槽進行詳細描述。殼體的結構與圖丨中所示殼 # 體結構有些微的不同。在® 2巾可以相，供光碟進出的 光碟插D 201的兩側有立壁雇。在立壁_上設有兩組壁 槽2〇3。圖2中採用兩根導桿2〇5與内滑件一並使用來傳送 光碟到正確的讀寫位置。喃合齒㉟204與馬達一並使用， 把從插口***的光碟傳送到讀寫最終指定的位置。當光碟 到達最終指定的位置，在光碟上方的碟片夹2〇2就會與光 碟一起落下到光碟轉盤上，並且緊壓光碟以保證獲得高品 質的資料讀寫》 10 1328218 此外，如圖3你二 1丄 二 口 j所不，在殼體】00底部的一個適當的位 置設有調位元控制300 以調整内滑件122與殼體100之間 的相對位置。調位元押制 β 徑制300疋由一個支架306和兩個可 調螺絲302、305 ®+ X * 疋在支架306上的彈片301所組成。兩 個電路連接器303和兩個 啕個弹片301 —並用來連接成一個電 路。The size is a good design that is both easy to use and prevents possible judgment errors. In particular, they can be easily modified to fit the size of different discs in the future. [Embodiment] Optical discs have become the main information storage medium in the digital era. The present invention provides a breakthrough in the transmission mechanism of the optical disc loading system and the compatibility of different sized optical discs. The optical disc loading system designed by the present invention is capable of solving all the shortcomings of the current loading system. A specific number of specific embodiments of the invention are set forth herein. Specific examples of the patents of the prior art, the disclosure of which are incorporated herein by reference. As shown in Fig. i, the specific embodiment discloses a housing 1〇〇, an inner slider 122, a set of missing sheets 119, a compatible device 117, and a disc holder 1〇1. The housing 1A includes positioner controls 124, 127 for position adjustment, a worm turbine 113 and motor 114_ are used to drive the inner slide 122. The inner slider 112 is provided with a disc accommodating groove 11 托 for holding the optical disc. When the inserted disc reaches the final designated position, the function of the positioner control unit 24 is similar to that of the control motor i 4 # work. Similarly, when the inserted optical disc is sent out, the function of the positioning unit control 127 is equivalent to the stop switch for controlling the operation of the motor 114. The disc turntable 116 is a portion of the optical pickup with a stand that is mounted at the bottom of the housing 100. After the disc enters the final position to be read and written, the disc switch 116 is used to hold the disc. A bump 112 is provided at the bottom of the housing. The socket ιΐ5 has vertical walls 123 and 125 on both sides, and a wall groove ι26 is opened on the vertical wall 123. Fig. 2 shows another embodiment, which further details the wall grooves provided in the housing wall. The structure of the housing is slightly different from the structure of the shell shown in Figure 。. In the ® 2 towel can be used, the disc for the disc in and out of the D 201 has a standing wall on both sides. Two sets of wall grooves 2〇3 are provided on the standing wall_. In Fig. 2, two guide rods 2〇5 and one inner slide member are used to transmit the optical disc to the correct reading and writing position. The splicing tooth 35204 is used together with the motor to transfer the optical disc inserted from the jack to the final designated position of the reading and writing. When the disc reaches the final designated position, the disc clip 2〇2 above the disc will fall onto the disc turntable together with the disc, and compact the disc to ensure high-quality data reading and writing. 10 1328218 In addition, as shown in Figure 3 You do not have a second position, and a position control 300 is provided at an appropriate position at the bottom of the housing 00 to adjust the relative position between the inner slide 122 and the housing 100. The alignment modulo β 径 300 组成 consists of a bracket 306 and two adjustable screws 302, 305 ® + X * 弹 on the bracket 306 of the spring 301. Two circuit connectors 303 and two cymbals 301 are used for connection to one circuit.

更月確地圖1展示一個光碟載入系統的具體實施例 。相容裳置117在夾片119上方’而夾片ιΐ9在内滑件122 的上方。相容裝置117包括第二分離凸塊ιΐ8、第二鐵片 1〇2，和一組弧形擋圈104。-個小光碟控制1〇3在一個弧 形推圈104的内側表面，兩個莫Λ 兩個導向斜面1 〇5在兩個弧形擋 圈104的前端。More monthly map 1 shows a specific embodiment of a disc loading system. The compatible skirt 117 is above the clip 119 and the clip ι 9 is above the inner slider 122. The compensating device 117 includes a second disengagement bump ι8, a second iron piece 1〇2, and a set of curved retaining rings 104. A small disc control 1 〇 3 is on the inner side surface of an arc push ring 104, and two guide slant faces 1 〇 5 are at the front end of the two arcuate retaining rings 104.

當***小碟片時’小光碟控制1〇3將會首先被碰觸。 小碟片的傳送操作會被啓動。如果一個大碟片被***，光 碟過大而不能進人弧形職1G4e結果是，大碟片將會碰觸 到導向斜面105並因此頂起弧形擋圈1〇4以進入相容裝置 m之下’並且會碰觸第二和第三光碟控制進而啓動大碟片 的傳送操作。 在圖1中展示的具體實施例夾片119，其上設有第三分 離凸塊120和第一磁塊1〇6。圖！所示内滑件122包含第二 107和第三121光碟控制。還設有第—鐵片1〇9和第二磁塊 108。第二鐵片102透過炎片119上相應位置開有的孔徑被 第二磁塊1〇8吸引。相容裝置117與***119因此緊密的貼 緊在一起。弧形擋圈104靜止在光碟容置槽11〇上。在光碟 11 容置=110的中間有一開槽⑴，擴展出一個相對圓形延伸 月件122肖可供光學讀寫頭露出並進行讀寫操作的矩 形。 還有，目1的相容裝置117在圖4中被放大取得更清晰 勺展丁 ® 4的相容裝置4〇〇上設有一對弧形撞圈術和 與之搭配的導向斜面401。—組弧形擋圈402的弧度小於或 專於半個圓弧。相容裝置的中間部分開有一個矩形開口。 每個開口大於内滑件122並且與其上的矩形開槽ιη 一致以 供先學讀寫頭自由進出並且確保高品質的資料讀寫操作。 參照圖5,一個小光碟控制1〇3，第二Μ?和第三η】 光碟控制的基本結構連接5〇〇示意圖。第二而盘第三⑵ 光碟控制先彼此串聯_再與小光碟控制⑻並聯。這此 光碟控制具有簡單與_致的姓 致的、、·。構，例如，兩片傳導金屬5〇1 ’可用黃銅或者青銅，在塑膠殼502的内部形成電路。 菖小碟片被***時，設署力如a赴 叹置在相谷裝置】17上的小光碟控 制103可以判斷並啓動針 了 J碟片的傳送操作。當大碟片 ^入時’設置在内滑件122的第：ι〇7與第三⑵光碟 控射以判斷並啓動針對大碟片的傳送操作。一旦這些控 制器決定了***的光碟尺寸， 啓動。 傳讀作也將據此被確定並 ☆在圖1圖與2中的具體實施例中，内滑件122的光碟 谷置槽110與光碟接觸的部分钍 刀钻有絨布以避免在夾送光碟時 扣破光碟。内滑件122的前媳+ _ „ 问樣6又有避免磨損光碟的橡 膠層。夾片119和相容裝置n 7 a 17的後端與内滑件122的後端 12 1328218 連接’前端可在一定角度内自由翻轉。第一鐵片〗〇9在傳 送光碟過程中被第一磁塊1〇6吸引從而緊緊夾住光碟。通 過這兩組磁塊和鐵片之間的吸引力，相容裝置〗丨7、夾片 119和内滑件122互相緊密的緊貼在一起。 殼體100的插口 115兩側緊鄰立壁123、125。立壁123 、125設有一定數量壁槽126，導桿205被用來傳送光碟。 検插在立壁123、125之間的導桿能夠確保光碟在平穩傳送 至最終適當位置從而獲得高品質的讀寫操作。嚙合齒條2〇4 • 和馬達也被傳送操作所採用。 限位元裝置，例如向嚙合齒條2〇4方向延伸的凸塊， 設置在内滑件122上用以防止内滑件122與嚙合齒條2〇4 脫離。殼體1〇〇内的載入系統底部的適當位置設有凸塊ιΐ2 。另外，相容裝置117上設有第二分離凸塊118，而夾片 119上設有第三分離凸塊12〇。當内滑件122移動到光碟最 終指定的位置附近時，凸塊112會托起分離凸塊，使被夾住 的光碟與内滑件122分離。 籲 I發明對吸入式光碟載入系統做了進—步的發展與改 進。一個具體實施例被展示在圖6中。參考圖6，其所示具 體實施例包括-個帶有台階型側壁_的矩形上蓋_，一 個帶有相容夾片的内滑件_，和一個帶有蜗桿堝輪615的 底盒616，凸塊617和一個馬達614。將上蓋6〇〇與底盒 616緊扣在-起組成載人系統的殼體。上連凸片咖與下連 凸片612通過螺絲連接。這些&片603, 612能進4㈣ 絲擰緊並且固^在其他,系統部件上以産生出電腦，⑶播放 13 1328218 器’或者其他CD記錄系統。When a small disc is inserted, the small disc control 1〇3 will be touched first. The transfer operation of the small disc will be started. If a large disc is inserted, the disc is too large to enter the curved position 1G4e, the result is that the large disc will touch the guiding ramp 105 and thus jack up the curved retaining ring 1〇4 to enter the compatible device m Lower' and will touch the second and third disc controls to initiate the transfer operation of the album. The embodiment embodiment clip 119 shown in Fig. 1 is provided with a third separating tab 120 and a first magnet block 〇6. Figure! The illustrated inner slide 122 includes second 107 and third 121 disc controls. A first iron piece 1〇9 and a second magnetic block 108 are also provided. The second iron piece 102 is attracted by the second magnetic block 1 〇 8 through the aperture formed at the corresponding position on the inflammatory sheet 119. The compatible device 117 and the tablet 119 are thus closely attached together. The curved retaining ring 104 rests on the disc receiving groove 11〇. In the middle of the optical disc 11 accommodating=110, there is a slot (1), and a relatively circular extending moon member 122 is extended to allow the optical pickup to be exposed and read and written. Further, the compensating device 117 of Fig. 1 is enlarged in Fig. 4 to obtain a clearer scooping device 4 having a pair of arcuate laps and a matching bevel 401. - The arc of the set of arcuate retaining rings 402 is less than or specific to a half arc. The middle portion of the compatible device has a rectangular opening. Each opening is larger than the inner slider 122 and conforms to the rectangular slot ιη on it for free access to the read/write head and ensures high quality data read and write operations. Referring to FIG. 5, a small optical disc control 1〇3, a second Μ? and a third η] disc control basic structure connection 5 〇〇 schematic. Second, the third (2) disc control is first connected in series with each other _ and then in parallel with the small disc control (8). This disc control has a simple and _ to the last name, . For example, two pieces of conductive metal 5〇1' may be made of brass or bronze to form an electric circuit inside the plastic case 502. When a small disc is inserted, the small disc control 103, which is set to sigh on the phase of the phase device, can judge and start the transfer operation of the J disc. When the album is inserted, the ι〇7 and the third (2) discs of the inner slider 122 are controlled to determine and start the transfer operation for the album. Once these controllers determine the size of the inserted disc, start up. The transcript will also be determined accordingly. ☆ In the specific embodiment of FIGS. 1 and 2, the portion of the disc of the inner slider 122 that is in contact with the disc is drilled with a flannel to avoid the disc being fed. When the disc is broken. The front 媳 + _ „ of the inner slide 122 has a rubber layer for avoiding wear of the optical disc. The rear end of the clip 119 and the compatible device n 7 a 17 is connected to the rear end 12 1328218 of the inner slide 122. Freely flipped within a certain angle. The first iron piece 〇9 is attracted by the first magnetic block 1〇6 during the process of transferring the optical disk to tightly clamp the optical disk. Through the attraction between the two sets of magnetic blocks and the iron piece, The compensating device 丨7, the clip 119 and the inner sliding member 122 are closely adhered to each other. The sockets 115 of the housing 100 are adjacent to the vertical walls 123, 125 on both sides. The vertical walls 123, 125 are provided with a certain number of wall slots 126, The rod 205 is used to transport the disc. The guide rods interposed between the standing walls 123, 125 ensure that the disc is smoothly conveyed to the final proper position for high-quality read and write operations. The meshing rack 2〇4 and the motor are also The transfer device is used, for example, a bump extending toward the meshing rack 2〇4 is disposed on the inner slider 122 to prevent the inner slider 122 from being disengaged from the meshing rack 2〇4. A bump ιΐ2 is placed at the bottom of the loading system in the 。. In addition, compatible The second separating protrusion 118 is disposed on the 117, and the third separating protrusion 12 is disposed on the clip 119. When the inner sliding member 122 moves to the vicinity of the final designated position of the optical disc, the protruding block 112 lifts the separating protrusion The clipped disc is separated from the inner slider 122. The invention has been developed and improved for the slotted disc loading system. A specific embodiment is shown in Fig. 6. Referring to Fig. 6, The illustrated embodiment includes a rectangular upper cover _ with a stepped side wall _, an inner slide _ with a compatible clip, and a bottom case 616 with a worm wheel 615, a bump 617 and A motor 614. The upper cover 6〇〇 and the bottom case 616 are fastened together to form a housing of the manned system. The upper connecting piece and the lower connecting piece 612 are screwed. These & sheets 603, 612 can enter 4 (4) The wire is tightened and fixed on the other parts of the system to produce the computer, (3) Play 13 1328218 'or other CD recording system.

上蓋600上開有一個限位孔洞6〇ι，其功能相當於一個 限制裝置允許插人碟片《副的帽狀凸起插人孔財。限 制孔洞6〇1有一個向下短環，限制著碟片夾608靜止在光 學讀寫頭的光碟_ 621上方，並且在Μ狀態時停留在 内滑件609上方的碟片夹托盤上。當一個光碟被***，内 滑件609開始向遠離插口的後方移動。同時間，***的光 碟慢慢地取代了内滑件_而成爲在碟Μ 608的下方。 當内滑件到達最終點之後，光碟被内滑件6〇9釋放。碟片 夾608會與插人的光碟—並落到光學讀寫頭的光碟轉盤上 並且緊緊地把光碟壓在光碟轉盤621上。The upper cover 600 has a limit hole 6 〇ι, which functions as a restriction device to allow the insertion of the disc "the cap-shaped projection of the pair of holes." The restricted aperture 6〇1 has a downwardly short loop that limits the disc holder 608 from resting over the optical disc _621 of the optical pickup and stays on the disc holder tray above the inner slider 609 in the squat state. When a disc is inserted, the inner slider 609 starts moving away from the rear of the jack. At the same time, the inserted disc slowly replaces the inner slider _ and becomes below the disc 608. After the inner slider reaches the final point, the optical disc is released by the inner slide 6〇9. The disc holder 608 is placed with the inserted disc - and falls onto the disc turntable of the optical pickup head and presses the disc tightly against the disc turntable 621.

在上蓋600的台階型側壁6〇4上，留有開口 6〇2讓殼 體外部設備的電源插頭611與其連接。由於上蓋6〇〇的台階 型側壁的同度大於底盒616側壁613的高度，在殼體形成 後載入系統的側壁604的内表面會形成類似凹槽的軌道618 ，軌道618的高度等於上蓋6〇〇側壁與底盒616側壁6】3 的问度差異。具體地說，比較長和比較寬的上蓋6〇〇側壁 會緊扣著並且包住比較短和比較窄的底盒6丨6的側壁6丨3。 一道凹糟就在底盒61 6的側壁613之上和上蓋600的台階 型區域形成。一些固化凸桿624被設立在底盒側壁61 3上 以進一步加强底盒616的牢固性。台階型側壁6〇4的外表 面形成的一個凹塊605在台階型側壁604的内表面就形成 了一個凸面。這凹面605是設計來保持上蓋6〇〇厚度能均 勻一致的製造目的的。 14 1328218 在内滑件609的側壁上設有兩對導凸606、607。前端 的一對導凸606大於後端的導凸607。具有框架619的光學 讀寫頭以一些防振螺絲622裝配在底盒616的底部。光碟 轉盤621位於底盒616的前端防塵板625附近。蝸桿蝸輪 615的附近設有具有一定角度斜面62〇的凸塊617，以其托 起内滑件609下方的分離凸塊。一個停止開關623被安裝 在底盒616的後壁上。當内滑件609到達最終位置，也就 是，底盒的後壁，内滑件609將會開啓停止開關623並且On the stepped side wall 6〇4 of the upper cover 600, an opening 6〇2 is left to connect the power plug 611 of the external device of the casing. Since the same degree of the stepped side wall of the upper cover 6〇〇 is greater than the height of the side wall 613 of the bottom case 616, a groove-like track 618 is formed on the inner surface of the side wall 604 of the loading system after the housing is formed, and the height of the track 618 is equal to the upper cover. 6 The difference between the side wall and the side wall of the bottom box 616 6]3. Specifically, the relatively long and relatively wide side walls of the upper cover 6 紧 are fastened and enclose the side walls 6 丨 3 of the relatively short and relatively narrow bottom case 6丨6. A recess is formed over the side wall 613 of the bottom case 61 6 and the stepped portion of the upper cover 600. Some curing lugs 624 are provided on the bottom side wall 61 3 to further enhance the secureness of the bottom case 616. A concave block 605 formed on the outer surface of the stepped side wall 〇4 forms a convex surface on the inner surface of the stepped side wall 604. This concave surface 605 is designed to maintain the uniformity of the thickness of the upper cover 6 均. 14 1328218 Two pairs of guides 606, 607 are provided on the side wall of the inner slide 609. The pair of guide projections 606 of the front end are larger than the guide projections 607 of the rear end. An optical pickup having a frame 619 is fitted to the bottom of the bottom case 616 with some anti-vibration screws 622. The disc turntable 621 is located near the front end dustproof plate 625 of the bottom case 616. In the vicinity of the worm gear 615, a projection 617 having a slanted surface 62 , is provided to hold the separation projection below the inner slider 609. A stop switch 623 is mounted on the rear wall of the bottom case 616. When the inner slide 609 reaches the final position, that is, the rear wall of the bottom case, the inner slide 609 will open the stop switch 623 and

停止傳送操作。當然，光學讀寫頭也能以另一方式安裝並 且在光碟的上方進行資料讀寫。Stop the transfer operation. Of course, the optical pickup can also be installed in another way and read and write data on top of the disc.

設有相容夾片702的内滑件609通過圖7、圖8可進行 更詳細的描述。兩個夾片7〇2被固定在内滑件6〇9的頂部 。兩塊磁鐵705被嵌入在靠近插口的相容夾片7〇2前端的 小孔内。在相容失片的底面’磁鐵7〇5能透出並且被位於 内滑件609上表面的鐵片7〇6所吸引。兩個分離凸塊7〇7 叹置在夾片702的底面。當内滑件6〇9移動時，鐵片7⑽ 與磁鐵705互相吸引益且緊緊地將***光碟夹住。内滑件 6〇9的中間位置開有一個相對圓形的部分和一個可供光學讀 寫頭移動的矩形開槽704 〇相對於最大光碟尺寸的光碟2置 槽7〇8在内滑# 609的前端形成以托放光碟。設置在内滑 件的中間位置的碟片夾把盤7〇3是略高於光碟托盤7〇8 Z 碟片夾608在閒置狀態時停置在這裏。 ^齒條712被安裝在内料_下方用以傳送操作。在 相容夹4 702的底面’兩個小光碟控制7】〇被分別安裝在 15 靠近開槽704的邊緣處。這些小光碟控制71〇被串聯在一 起能够判斷出***光碟的尺寸。如果僅安裝一個控制，大 碟片也能够因爲不平衡的***而碰觸並啓動控制器。因此 ’採用了一對光碟控制。 分離凸塊707被安裝在相容夹片7〇2的外邊緣，在内 /月件609傳送光碟到達最终指定的位置時用以分離内滑件 609和被傳送的光碟。在分離凸塊7〇7頂端的斜面720與凸An inner slide 609 provided with a compatible clip 702 can be described in more detail with reference to Figures 7 and 8. Two clips 7〇2 are fixed to the top of the inner slide 6〇9. Two magnets 705 are embedded in the small holes near the front end of the compatible clips 7〇2 of the socket. On the bottom surface of the compatible missing piece, the magnet 7 〇 5 can be permeable and attracted by the iron piece 7 〇 6 located on the upper surface of the inner slider 609. The two separate projections 7〇7 are placed on the bottom surface of the clip 702. When the inner slider 6〇9 moves, the iron piece 7 (10) and the magnet 705 attract each other and tightly clamp the insertion disc. The middle portion of the inner slider 6〇9 has a relatively circular portion and a rectangular slot 704 for the optical pickup to move, and the slot 2 is spaced relative to the maximum disc size. The front end is formed to hold the disc. The disc holder 7's set in the middle position of the inner slider is slightly higher than the disc tray 7〇8 Z. The disc holder 608 is stopped here when it is in an idle state. ^The rack 712 is mounted under the inner material_ for transfer operations. On the bottom surface of the compatible clip 4 702, two small disc controls 7 are mounted at 15 near the edge of the slot 704, respectively. These small disc controls 71 are connected in series to determine the size of the inserted disc. If only one control is installed, the large disc can also touch and start the controller due to unbalanced insertion. Therefore, a pair of disc controls was adopted. The separation lug 707 is mounted on the outer edge of the compatible clip 7〇2 for separating the inner slider 609 and the conveyed disc when the inner/month member 609 conveys the disc to the final designated position. Bevel 720 and convex at the top of the separation bump 7〇7

塊617上的斜面620傾斜角度相對應。另外，一對帶有導 向斜面719的弧形擋圏718被安裝在相容夾片7〇2的最前 端。弧形擋圈718的功能類似光碟容置槽用以托放***載 入系統的小碟片。 不過，s —個大碟片進入載入系統，光碟首先碰觸到 相办夹片702頂端的導向斜面7】9。一旦導向斜面Mg被大 碟片碰觸到了，相容夾片7〇2就會被托起來。大碟片就滑 入了相容夾片702之下並且停置在内滑件6〇9的光碟容置The slope 620 on block 617 corresponds to an oblique angle. In addition, a pair of curved dams 718 with guiding ramps 719 are mounted at the foremost end of the compatible clips 7〇2. The curved retaining ring 718 functions like a disc receiving slot for receiving a small disc that is inserted into the system. However, the s-a-disc enters the loading system, and the disc first touches the guiding ramp 7 at the top of the collet 702. Once the guide bevel Mg is touched by the large disc, the compatible clip 7〇2 is lifted. The disc slides under the compatible clip 702 and is placed in the disc of the inner slide 6〇9.

^ 708之上。在内滑件6〇9之上光碟容置槽7〇8比碟片夾 托a 703略低。光碟容置槽7〇8相當於一個容置槽和一個 限位元裝置。 圖9、® 10可更進一步的展示出内滑件609和相容夾 片7〇2的構。相容炎# 702通過植紐裝置802被固定在 内滑件_上。這相容夾片702可以在殼體内部空間内開 …磁塊705和與之對應的鐵片鳩用來提供碟片失的 作二。-組大光碟㈣8〇1被安裝在内滑件_的上表面 ’當大碟片被***時用來判斷大碟片的尺寸。有一組孔洞 16 1328218 804對應限位元裝置8〇3設置。限位元裝置803是用來防止 光碟被過度地用力插進深入内滑件609並觸動大光碟控制 801 ° 當一個小碟片被***，相容夾片702前端的小光碟控 制710會被首先觸動。相容夾片7〇2的弧形擋圈718將托 住小碟片並且啓動小光碟的傳送操作。換言之，弧形檔圈 718也將限制小夫;碟停留在光碟托盤7〇8的一部分。在小碟 片到達最終指定的位置後，凸塊617托起分離凸塊707使 得相容夾4 702打開，並且從内滑件中釋放小碟片。碟片 夹608會和小碟片落下並且緊緊的將光碟夾在光碟轉盤621 上資料°賣寫操作開始。本發明使用一組小光碟控制以防 止由於大碟片不平衡的***而引起的錯誤啓動。 田個大碟片被***，由於光碟的直徑太大以至於不 月b觸動j光碟控制71〇。取而代之的是，大碟片會觸動安裝 在相容夾片702尖端弧形擋圈718的導向斜面719並且托 <相谷夾片702。***的光碟進入内滑件6〇9與相容夾片 之門大碟片於是被進一步***並且達到位於矩形開槽 704内邊緣附近的大光碟控亲"01處。接著，大光碟傳送操 作被啓動。 圖〇展示了載入系統的俯視圖。一個光碟***插口 807啓動内滑件609進行移動。導凸606，607設置在内滑 牛09的兩側。導凸6〇6，6〇7***在由上蓋咖緊扣底盒 W所形成的執道618中。當内滑件_向載人系統的後端 私動日守’短導& 607可以通過由上蓋_外表面凹槽所形 17 1328218 成的停止點605。但是，長導凸606不能通過停止點6〇5。 當短導凸607到達軌道618末端，底盒6ι6上的巴塊617 就會接觸並托起分離凸塊707,並藉此相容夾片7〇2將打開 並釋放被夾在内部的光碟。隨後，内滑件6〇9沿著軌道618 末端的斜面下滑並且下降到低於光碟轉盤62丨的位置。 與此同時，參考圖11、圖12，在内滑件6〇9下方的下 壓塊906壓迫槓桿的一個桿柄9〇2末端使其下降，並且强 制位於插口 807附近的槓桿另一桿柄上升，藉此，托起擋 • 片903擋住插口 807。圖11、圖12展示了本發明具體實施 例的兩張剖面圖◊槓桿裝置裝有支點轉轴901，一桿柄902 末端傾斜依靠於凸塊617而另一桿柄延伸至處於插口 807 下方的擋片903。當下壓塊906壓下槓桿桿柄9〇2時擋片 903就會上升並且擋住插口 8〇7防止再***光碟。 圖11、圖12展示形成在台階型側壁6〇4内表面的軌道 618的剖面圖。在閒置狀態，㈣件_靜止於載入系統的 上前端插口 807附近。一個支撑裝置9〇〇設置在底盒616 _ #側壁上’用以支撑内滑件609。當内滑件609剛開始沿著 轨道618移動，短導凸607因爲小通過停止點6〇5，支撑裝 置900與此支撑起内滑件6〇9以免其滑入第一斜面9〇4。内~ 滑件609將會繼續移動。 /在傳送過程的後期，長導凸刚會被停止㉟6〇5卡住 因爲支擇裝置900已經不在内滑# _的下面提供任何支 援了。因此，内滑件609的短導凸6〇7將滑下斜面9〇7並 且停置在平坦段烟。與此同時，在另一側，内滑件_的 18 1328218 長導ώ 606將滑下斜面904並且停置在平坦段905。斜面 904和平坦段905分別與斜面907和平坦段908平行。内滑 件609最終停置在載入系統的後下端。此外’在平坦段9〇5 ，908的初始傳送動作能産生慣量使得内滑件6〇9在卸載過 程中更容易的攀升斜面取出光碟。 現在參考圖13、圖14，展示出了載入系統的剖面圖和 底盒616的俯視圖。在剖面圖中主要展示出支撑裝置900 以及它和内滑件609的相對位置。而且，底盒616的俯視 • 圖展示出支撑裝置9〇〇在一側壁上的位置以及它和其他部 件的相對位置。槓桿裝置1〇〇〇與支撑裝置9〇〇被安裝在底 盒616的一側，而蝸桿蝸輪615和馬達614在另一側❺光 學讀寫頭與支架619將被安置在底盒616底部的一個適當 位置上。 胃 圖15展不出了上蓋600，帶有相容夾片7〇2的内滑件 6〇9，和底盒616的仰視圖。底盒616展示了本發明載入系 統的所有主要部件。在圖15的俯視圖中能更好的展示出轨 ^ $ 618上的平行斜面904，9〇7。環繞限位孔洞601的圓環 uoi也被清晰地描述在圖中。齒條712在内滑件一側而^ 壓塊906在另-側。特別是，底± 616上的特殊設計過的 驅動齒輪1102在圖中清晰展示。圖16、圖17、圖18中更 多的剖面圖描述出載入系統内部主要部件的相對位置，例 如内滑件616和槓桿機制12G1，還有内滑件616與驅動裝 置 1202 。 、 整個光碟的夾送過程在圖〗9至圖22有進一步的描述 19 1328218 。在圖19中’展示閒置狀態時的内滑件609，相容夾片 702，光碟轉盤621，並且碟片夾608停置在碟片夾托盤 703上。在閒置狀態，從***光碟的插口 8〇7前方觀察載入 系統的結構時可以清楚看到光碟轉盤621的中間凸起部分 1301。 當光碟1401剛剛被***時，内滑件6〇9是在前端插口 807的附近，如圖20所示。内滑件6〇9然後緊緊夾住光碟 並且沿著光碟***的方向移動。碟片夾6〇8從停置在碟片 夾托盤703上轉移至停置在被***光碟14〇1並且最終停置 在***光碟1401上。到達最終指定的位置後，由於相^夾 片702被分離凸塊707托起，***的光碟〗4〇1與其上的碟 片夾608與内滑件6〇9分離。内滑件6〇9下降被***光 碟1401與碟片夹608 一起下落到光碟轉盤621上，如圖21 所示。光碟轉盤621的中間凸起部分13〇1鎮進了光碟中心 的孔洞中使得光碟轉盤卡緊㈣旋轉。這也是在圖Μ 不到中間凸起部分丨3〇] τ . _ 屹丨刀1301 了。在廷一位置，光碟轉盤Μ! 内滑件609的位置略高。 圖22所示爲卸載操作中碟片被取出 作剛開始’相容夹《如會緩慢閉合而内滑件卿=2 面攀升並且略微升到能夾住在讀寫位置的***人的 被***碟片1401被托起而光碟轉盤621保持不動. 因此中間凸起部分則在圖22中再次顯現。 動’ 因此’基於以上陳述的操作，被構築的光學 木與本發明的效率和摔 .·.·員框 姊忭在相關。内滑件009的高度， 20 /、 的南度’和相容夾片7〇2的高度需要仔細計 斤以確保光碟能被平穩的傳送。本發明㈣到特別製造的 防振螺絲以確保高品質的資料讀寫操作。 &惟以上所述者，僅為本發明之較佳實施例而已，當不 :以此限定本發明實施之範圍’即大凡依本發明申請：利 乾圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】^ Above 708. The disc receiving groove 7〇8 is slightly lower than the disc holder a 703 on the inner slider 6〇9. The disc receiving slot 7〇8 is equivalent to a receiving slot and a limiting unit. Figures 9,® 10 further illustrate the construction of the inner slide 609 and the compatible clip 7〇2. Compatible inflammation # 702 is fixed to the inner slide_ by the planting device 802. The compatible clip 702 can be opened in the interior space of the housing ... the magnetic block 705 and the corresponding iron piece 鸠 are used to provide the disc loss. - Large disc (4) 8〇1 is mounted on the upper surface of the inner slide _. When the large disc is inserted, it is used to judge the size of the large disc. There is a set of holes 16 1328218 804 corresponding to the limit position device 8〇3 setting. The limiting device 803 is used to prevent the optical disc from being excessively forced into the inner sliding member 609 and to touch the large optical disc to control 801 °. When a small disc is inserted, the small optical disc control 710 at the front end of the compatible clip 702 is firstly Touch. An arcuate retaining ring 718 of compatible clips 7〇2 will hold the small disc and initiate the transfer operation of the compact disc. In other words, the curved stop 718 will also limit the cab; the disc stays on a portion of the disc tray 7〇8. After the small disc has reached the final designated position, the projection 617 holds the separation tab 707 to open the compatible clip 4 702 and release the small disc from the inner slider. The disc holder 608 will fall with the small disc and tightly hold the disc on the disc turntable 621. The present invention uses a set of small disc controls to prevent erroneous activation due to unbalanced insertion of the disc. A large piece of the disc was inserted, because the diameter of the disc was too large to touch the j-disc control 71 不. Instead, the large disc will actuate the guide ramp 719 mounted on the curved retaining ring 718 of the compatible clip 702 and support the <valley clip 702. The inserted disc enters the inner slider 6〇9 and the compatible disc's door disc is then further inserted and reaches the large disc control "01 located near the inner edge of the rectangular slot 704. Then, the large disc transfer operation is started. Figure 〇 shows a top view of the loading system. A disc insertion slot 807 activates the inner slider 609 to move. The guide projections 606, 607 are disposed on both sides of the inner horn 09. The guide projections 6〇6, 6〇7 are inserted into the lane 618 formed by the upper lid and the bottom box W. When the inner slide_to the rear end of the manned system, the private guide 'short guide& 607 can pass the stop point 605 formed by the upper cover_outer surface groove 17 1328218. However, the long guide 606 cannot pass the stop point 6〇5. When the short guide projection 607 reaches the end of the track 618, the block 617 on the bottom case 6ι6 will contact and lift the separation projection 707, and thereby the compatible clip 7〇2 will open and release the inner disc. Subsequently, the inner slider 6〇9 slides down the slope of the end of the rail 618 and descends to a position lower than the disc turntable 62丨. At the same time, referring to Figs. 11 and 12, the lower pressing block 906 under the inner slider 6〇9 presses the end of one of the levers 9〇2 of the lever to lower it, and forces the lever located near the socket 807 to be the other lever. Ascending, thereby, the lift block 903 blocks the socket 807. 11 and 12 show two cross-sectional views of a specific embodiment of the present invention. The lever device is provided with a fulcrum shaft 901. The end of one shank 902 is inclined to lean against the projection 617 and the other shank extends below the socket 807. Block 903. When the lower pressing block 906 depresses the lever lever 9 〇 2, the flap 903 rises and blocks the socket 8 〇 7 to prevent reinsertion of the disc. 11 and 12 show cross-sectional views of the rail 618 formed on the inner surface of the stepped side wall 6〇4. In the idle state, (4) _ is stationary near the upper front socket 807 of the loading system. A support device 9 is disposed on the bottom case 616 _ # sidewall to support the inner slider 609. When the inner slider 609 has just started to move along the rail 618, the short guide projection 607 passes through the stop point 6〇5, and the support device 900 supports the inner slider 6〇9 so as not to slide into the first slope 9〇4. Inside ~ Slide 609 will continue to move. / At the end of the transfer process, the long guide will just be stopped 356〇5 because the support device 900 has not provided any support under the #__. Therefore, the short guide projection 6〇7 of the inner slider 609 will slide down the slope 9〇7 and be stopped in the flat section of smoke. At the same time, on the other side, the 18 1328218 long guide 606 of the inner slide _ will slide down the ramp 904 and rest in the flat section 905. The ramp 904 and the flat section 905 are parallel to the ramp 907 and the flat section 908, respectively. The inner slide 609 is finally parked at the rear lower end of the loading system. Furthermore, the initial transfer action at the flat section 9〇5, 908 can generate an inertia such that the inner slide 6〇9 can easily remove the disc from the climbing ramp during the unloading process. Referring now to Figures 13 and 14, a cross-sectional view of the loading system and a top view of the bottom case 616 are shown. The support device 900 and its relative position to the inner slide 609 are primarily shown in cross-section. Moreover, the top plan view of the bottom case 616 shows the position of the support device 9 on a side wall and its relative position to other components. The lever device 1A and the support device 9A are mounted on one side of the bottom case 616, while the worm gear 615 and the motor 614 are on the other side. The optical pickup and the holder 619 are to be placed at the bottom of the bottom case 616. In a proper position. Stomach Figure 15 shows the upper cover 600, the inner slide 6' with the compatible clips 7〇2, and the bottom view of the bottom case 616. The bottom case 616 shows all of the major components of the loading system of the present invention. In the top view of Fig. 15, the parallel slopes 904, 9〇7 on the rail ^ 618 can be better shown. The ring uoi surrounding the limit hole 601 is also clearly depicted in the figure. The rack 712 is on the side of the inner slider and the pressing block 906 is on the other side. In particular, the specially designed drive gear 1102 on the bottom ± 616 is clearly shown in the drawings. More cross-sectional views of Figures 16, 17, and 18 depict the relative positions of the main components within the loading system, such as inner slide 616 and lever mechanism 12G1, as well as inner slide 616 and drive unit 1202. The pinning process of the entire optical disc is further described in Fig. 9 to Fig. 22 19 1328218. The inner slider 609 in the idle state is shown in Fig. 19, the clip 702, the disc turntable 621, and the disc clip 608 are stopped on the disc holder tray 703. In the idle state, the intermediate convex portion 1301 of the disc turntable 621 can be clearly seen when the structure of the loading system is viewed from the front of the socket 8〇7 inserted into the optical disc. When the optical disk 1401 has just been inserted, the inner slider 6〇9 is in the vicinity of the front end socket 807 as shown in FIG. The inner slider 6〇9 then grips the disc tightly and moves in the direction in which the disc is inserted. The disc holder 6〇8 is transferred from the disc holder tray 703 to the disc placed on the inserted disc 14〇1 and finally stopped on the insertion disc 1401. After reaching the final designated position, since the phase chuck 702 is lifted by the separation projection 707, the inserted optical disk 〇4〇1 is separated from the disk clamp 608 and the inner slider 6〇9 thereon. The inner slider 6〇9 is lowered and the inserted optical disc 1401 is dropped onto the disc turntable 621 together with the disc holder 608, as shown in Fig.21. The intermediate raised portion 13〇1 of the disc turntable 621 is plunged into the hole in the center of the disc so that the disc turntable is fastened (four). This is also in the middle of the figure 丨3〇] τ . _ 屹丨 130 1301. In the Tingyi position, the disc turntable Μ! The position of the inner slide 609 is slightly higher. Figure 22 shows the unloading operation in which the disc is taken out as the beginning of the 'compatible clip'. If it will slowly close and the inner slide is up 2, it will rise and rise slightly to the inserted position that can be clamped in the reading and writing position. The insertion disc 1401 is lifted and the disc turntable 621 remains stationary. Therefore, the intermediate raised portion appears again in Fig. 22. Based on the operations stated above, the constructed optical wood is associated with the efficiency and fall of the present invention. The height of the inner slide 009, the south degree of 20/, and the height of the compatible clip 7〇2 need to be carefully counted to ensure that the disc can be smoothly conveyed. The invention (4) is to a specially manufactured anti-vibration screw to ensure high-quality data reading and writing operations. The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the practice of the present invention, that is, the application according to the present invention: the simple content of the Legan Wai and the description of the invention, etc. Both effect changes and modifications are still within the scope of the invention patent. [Simple description of the map]

圖1所不爲已知技術的吸入式光碟載入系統的示意圖 ，包括一個殼體，一個内滑件，一組夾片，一個相容裝置 ’和具有光碟夾的頂蓋； 圖2所示爲已知技術的吸入式光碟載入系統的傳送機 制部分示意圖； 圖3所示爲圖1中吸入式光碟載入系統的調位元信號 控制部分的示意圓；Figure 1 is a schematic illustration of a prior art suction-type optical disc loading system including a housing, an inner slide, a set of clips, a compatible device 'and a top cover with a disc holder; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 3 is a schematic diagram showing a transmission mechanism of a slot-loading optical disc loading system of the prior art; FIG.

圖4所示爲圖1中吸入式光碟載入系統的相容裝置部 分的示意圖； 圖5所示爲圖1中吸入式光碟载入系統的信號控制部 分的電路連接圖； 圖6所示爲本發明具有流暢播放能力的吸入式相容光 碟載入系統的實施例示意圖； 圖7所示爲本發明實施例中的内滑件和相容夾片的部 分的仰視圖； 圖8所示爲本發明實施例中的内滑件和相容夾片的俯 21 视圖； 圖9所示爲相容夾片的結構示意圖； 圖10所示爲本發明實施例的俯視圖； 圖Π所示爲本發明具體實施例的剖面圖，顯示了内滑 件和槓桿裝置的運轉與互動關係； 圖u所示爲本奋明具體實施例的剖面圖，顯示了内滑 件和槓桿裝置的運轉與互動關係；Figure 4 is a schematic view showing a compatible device portion of the slot-loading optical disc loading system of Figure 1; Figure 5 is a circuit connection diagram of the signal control portion of the slot-loading optical disc loading system of Figure 1; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 7 is a bottom view of a portion of an inner slider and a compatible clip in accordance with an embodiment of the present invention; FIG. FIG. 9 is a schematic view showing the structure of the inner slide member and the compatible clip; FIG. 9 is a schematic view showing the structure of the compatible clip; FIG. 10 is a top view of the embodiment of the present invention; A cross-sectional view of a particular embodiment of the invention showing the operation and interaction of the inner slide and the lever assembly; Figure u is a cross-sectional view of the specific embodiment of the present embodiment showing the operation and interaction of the inner slide and the lever assembly relationship;

圖丨3所示爲本發明具體實施例的支撑裝置剖面圖； 圖14所不爲本發明具體實施例的底盒示意圖； 圖15所不爲本發明具體實施例中的底盒，帶有相容夾 片的内滑件，和頂蓋的仰視圖； 圖16所示爲本發明具體實施例中所採用的内滑件，驅 動裝置，和槓桿裝置結構的剖面圖； 圖17所不爲本發明具體實施例中所採用的内滑件，驅 動裝置，和槓桿裝置結構的剖面圖；Figure 3 is a cross-sectional view of a support device according to a specific embodiment of the present invention; Figure 14 is a schematic view of a bottom case which is not a specific embodiment of the present invention; Figure 15 is not a bottom case of a specific embodiment of the present invention, with phase FIG. 16 is a cross-sectional view showing the structure of the inner slide member, the driving device, and the lever device used in the embodiment of the present invention; A cross-sectional view of the inner slide, drive, and lever assembly structure employed in the specific embodiments of the invention;

圖18所示爲本發明具體實施例中所採用的内滑件驅 動裝置’和槓桿裝置結構的剖面圖； 圖9所τ A本發明具體實施例的剖面圖，顯示碟片夹 :轉20盤，和内滑件在空閒時的相對位置關係； : 斤丁爲本發明具體實施例的剖面圖，顯示碟片夾 ,m 先碟轉盤，和内滑件在光碟***時的相對 圖21所示 ’被***光碟， 爲本發明具體實施例的剖面圖，顯示碟片夾 光碟轉盤，和内滑件在進行讀寫過程中的 22 1328218Figure 18 is a cross-sectional view showing the structure of the inner slider driving device' and the lever device used in the embodiment of the present invention; Figure 9 is a cross-sectional view of the embodiment of the present invention showing the disc holder: 20 disks And the relative positional relationship between the inner slide and the inner slide; : is a cross-sectional view of a specific embodiment of the present invention, showing the disc clip, the m first disc turntable, and the inner slide when the optical disc is inserted as shown in FIG. 'Insert disc, a cross-sectional view of a specific embodiment of the invention, showing the disc holder disc turntable, and the inner slide during the reading and writing process 22 1328218

相對位置關係；及 圖22所示爲本發明具體實施例的剖面圖，顯示碟片夾 ，被***光碟，光碟轉盤，和内滑件在進行卸載光碟過程 中的相對位置關係。 23 1328218 【主要元件符號說明】The relative positional relationship; and Figure 22 is a cross-sectional view showing a relative positional relationship of the disc holder, the inserted disc, the disc turntable, and the inner slide during the unloading of the optical disc, in accordance with an embodiment of the present invention. 23 1328218 [Key component symbol description]

100… …·殼體 123… •…立壁 101… •…碟片夾 124… …·調位元控制 102… •…第二鐵片 125… …·立壁 103… •…小光碟控制 126… •…壁槽 104… •…弧形擋圈 127… …·調位元控制 105… .···導向斜面 200… •…立壁 106… •…第一磁塊 201… —光碟插口 107… •…第二光碟控制 202… •…碟片夾 108 ... •…第二磁塊 203… •…壁槽 109… •…第一鐵片 204… …·。齒和齒條 110 ... •…光碟容置槽 205… …·導桿 111 ··· •…開槽 300… …·調位元控制 112… …·凸塊 301… •…彈片 113 ... •…媧桿渦輪 302… •…可調螺絲 114 ... 馬達 303… •…電路連接器 115… .…插口 305… •…可調螺絲 116… •…光碟轉盤 306… •…支架 117… •…相容裝置 400… •…相容裝置 118… •…第二分離凸塊 401… —導向斜面 119… 失片 402… •…弧形擋圈 120… •…第三分離凸塊 500… •…基本結構連接 121… •…第三光碟控制 501… •…傳導金屬 122… …·内滑件 502… •…塑膠殼 24 1328218100... ...the housing 123... •...the vertical wall 101...•...the disc holder 124...the adjustment element 102...the second iron piece 125...the vertical wall 103... •...the small disc control 126... •... Wall groove 104... •...Arc-shaped retaining ring 127...·Positioning element control 105............................................................................................................................................................................................................................................................................................. Disc control 202... • ... disc clip 108 ... • ... second magnet block 203... • ... wall slot 109... • ... first iron piece 204.... Tooth and rack 110 ... • ... disc receiving groove 205 ... ... · guide rod 111 · · · • ... slot 300 ... ... aligning element control 112 ... ... bump 301 ... ... ... shrapnel 113 .. •...Mast Turbine 302...•...Adjustable Screw 114...Motor 303...•...Circuit Connector 115.... Socket 305...•...Adjustable Screw 116...•...Disc Turntable 306...•...Bracket 117... • Compatible device 400... • Compatible device 118... •...Second separation bump 401... - Guide bevel 119... Lost film 402... •... Arc stop ring 120... •...Second separation bump 500... ...basic structure connection 121... •...third disc control 501... •...transferred metal 122...internal slider 502...•...plastic shell 24 1328218

600 · ••…上蓋 625… •…防塵板 601.. ••…限位孔洞 702… …相谷炎片 602 ·· …· ·開口 703… …·碟片夾托盤 603 .. …··上連凸片 704… •…矩形開槽 604 · ••…台階型側壁 705… …·磁鐵 605 ·· • ·…停止點 706… …·鐵片 606.. .····導凸 707… •…分離凸塊 607.. ••…導凸 708… …·光碟容置槽 608 .· ····.碟片夾 710… •…小光碟控制 609.. .....内滑件 712… …·齒條 611 ·. .....電源插頭 718… •…弧形擋圈 612.. ••…下連凸片 719… —導向斜面 613 ·· •…·側壁 720… …·斜面 614 ·· …··馬達 801… …·大光碟控制 615.. .....鋼桿鋼輪 802… •…樞紐裝置 616 .· .....底盒 803… …·限位元裝置 617 · •…·凸塊 804… .…孔洞 618 ••…軌道 807… …·插口 619·· •光學讀寫頭與支架 900 ··· …·支撐裝置 620 .· .....斜面 901… •…支點轉軸 621 ·· ••…光碟轉盤 902… •…桿柄末端 622 .· ……防振螺絲 903… …·擋片 623.. ……停止開關 904… ----斜面 624.. ••…固化凸桿 905… •…平坦段 25 1328218 906 ···· …下壓塊 1201··· …槓桿機制 907 ··.· …斜面 1202··. …驅動裝置 908 ..·· 1301··· …中間凸起部分 1000 ·· …槓桿裝置 1401··· …光碟 1101··· …圓環 1102··· …驅動齒輪600 · ••...Upper cover 625... •...Dust-proof plate 601..••...Restricted hole 702...phase 谷炎片602 ·····Opening 703... ...·Disc clip tray 603 ........·· Cone tab 704... •...Rectangular slot 604 · ••...stepped side wall 705...· magnet 605 ·· • ·...stop point 706...··iron piece 606.....····Convex 707... ...separation bump 607.. ••...convex 708....·disc holding slot 608.·····. disc clip 710... •...small disc control 609......inslider 712 ...·································································································· 614 ··························································································· 617 · •··Bump 804.... Hole 618 ••...Track 807...·· Socket 619··•Optical head and bracket 900·····Support device 620 ..............Bevel 901 ... •... pivot point 6 21 ·· ••...Disc Rotary 902... •...Tail end 622 .·......Anti-vibration screw 903...·Block 623........Stop switch 904... ----Bevel 624..••...Cure Protruding rod 905... •... Flat section 25 1328218 906 ····... Lower pressing block 1201···...Lever mechanism 907 ····...Slope 1202··....Drive unit 908 ..·· 1301··· ... Intermediate raised portion 1000 ···Leverage device 1401····Disc 1101···...ring 1102···...drive gear

2626

Claims (1)

1328218 . 第9S130125號發明專利0案替換頁(替換曰期2010.01) ·、十、中請專利範圍：ff年ί月If曰修正本 ，·丨.一種可相容大小碟片的吸入式光碟載入系統，包含： —個由上蓋與底盒形成的殼體，該殼體包含一個内 滑件具有一定數量的相容夾片；及 —定數量的在殼體插口兩侧立壁上形成的轨道。 2.依據申請專利範圍第1項所述之可相容大小碟片的吸入 式光碟载入系統，其中，一定數量的相容夾片包含一定 數量的小光碟控制。 鲁3.依據申請專利範圍第2項所述之可相容大小碟片的吸入 式光碟载入系統，其中，一定數量的相容夾片還包含一 組分離凸塊用來在内滑件到達最終讀寫位置時釋放*** 入的光碟。。 〆 4·依據申請專利範圍第3項所述之可相容大小碟片的吸入 式光碟载入系統，其中，一定數量的相容夾片包含一定 數量的弧形擋圈用來作爲光碟托盤；和一定數量的設置 在孤形擋圈前端使大碟片滑入相容夾片之下的導向斜面 •。 5·依據申請專利範圍第3項所述之可相容大小碟片的吸入 式光碟載入系統，其中，底盒包括一組凸塊對應一組分 離凸塊’用來托起一定數量的相容夾片從而將光碟由内 滑件中釋放出來。 6.依據申請專利範圍第1項所述之可相容大小碟片的吸入 式光碟載入系統，其中，内滑件還包括一定數量的大光 碟控制；和一個下壓塊用來啓動槓桿機制來擋住插口防 27 13282181328218 . The replacement page of the invention patent No. 9S130125 (replacement period 2010.01) ·, ten, the scope of the patent: ff year ί月 If 曰 revision, 丨. A compatible size disc of the inhaled disc Into the system, comprising: a casing formed by an upper cover and a bottom box, the casing comprising an inner sliding member having a certain number of compatible clips; and a predetermined number of tracks formed on the two sides of the housing socket . 2. A slot-in disc loading system for compatible discs as described in claim 1 wherein a number of compatible clips contain a certain number of small disc controls. Lu 3. A slot-loading optical disc loading system of compatible size discs according to the scope of claim 2, wherein a certain number of compatible clips further comprise a set of separate lugs for the inner slider to reach The inserted disc is released when the position is finally read or written. . 〆4. The inhalable optical disc loading system of a compatible size disc according to claim 3, wherein a certain number of compatible clips comprise a certain number of curved retaining rings for use as a disc tray; And a number of guide ramps that are placed at the front end of the orphaned retaining ring to slide the large disc under the compatible clips. 5. The slot-loading optical disc loading system of a compatible size disc according to claim 3, wherein the bottom box comprises a set of bumps corresponding to a set of split bumps for holding up a certain number of phases The clips are used to release the disc from the inner slide. 6. The slot-loading optical disc loading system of a compatible size disc according to claim 1, wherein the inner slider further comprises a certain number of large disc controls; and a lower pressing block is used to activate the lever mechanism To block the socket protection 27 1328218 * 琉發明專利申請案替換頁（替換曰期2〇ι〇〇ι) 止再***光碟。 :據申請專利範圍第6項所述之可相容大小碟片的吸入 一“，載入系統’其中’内滑件在它的立側面還包含一 疋數1的導凸，這-定數量的導凸有不同的尺寸，在後 端的導凸比在前端的導凸要小。 8. 依據申請專利範圍第1項所述之可相容大小碟片的吸入 =光碟载人系統’吸人式光碟裁人系統可成爲光電技術 裝置的元件，例如，電腦、光碟機等。* Replace the invention patent application replacement page (replace the period 2〇ι〇〇ι) and insert the disc again. : Inhalation of a compatible size disc according to claim 6 of the scope of the patent application, "loading system" wherein the inner slide member also includes a number of guide projections on its vertical side, which is a predetermined number The guide protrusions have different sizes, and the guide protrusion at the rear end is smaller than the guide protrusion at the front end. 8. Inhalation of a compatible size disc according to the scope of claim 1 = disc manned system' suction type The disc cutting system can be a component of an optoelectronic technology device, such as a computer or a CD player. 9. 依射請專利範圍第丨項所述之可相容大小碟片的吸入 式光碟載入系統，其中，相容夾片還包含一定數量的磁 ，對應-定數量的在内滑件上的鐵月來保持在移動時相 容夾片與内滑夾的嚴密貼緊。 1 〇.依據中„月專利圍第9項所述之可相容大小碟片的吸入 式光碟載人系統，其中，内滑件還包含了 —個限位元裝 置可以防止被***的光碟太過重地推壓大光碟控制；和9. The slot-loading optical disc loading system of the compatible size disc described in the scope of the patent, wherein the compatible clip further comprises a certain amount of magnetic, corresponding to a predetermined number of inner slides. The iron moon keeps the tightness of the compatible clips and the inner slide clips when moving. 1 〇. According to the suction-type disc manned system of compatible size discs as described in item 9 of the monthly patent, wherein the inner slide further comprises a limit element device to prevent the inserted optical disc from being too Pushing large disc controls too heavily; and -定數量的小孔對應—定數量的在相容夾片丨的限位元 裝置。 11. 依據中請專利範圍第丨項所述之可相容大小碟片的吸入 式光碟載入系統，其中，一定數量的軌道在上蓋與底盒 結合後産生殼體後的立側面的内表面上形成。 12. 依據中請專利範圍第u項所述之可相容大小碟片的吸入 式光碟載入系統，其中，一定數量的轨道是水平的第一 軌道延著光碟的***方向的，在這水平軌道的末端是一 個向下的斜面可以讓内滑件與被傳送的光碟分離。 28 ^18 13.依攄申过亩心# '、目佚貝（替換日期2010.0- A fixed number of small holes correspond to a fixed number of limiter devices in the compatible clips. 11. The slot-loading optical disc loading system of a compatible size disc according to the above-mentioned patent scope, wherein a certain number of rails are combined with the bottom cover to produce an inner surface of the rear side of the housing. Formed on. 12. A slot-loading optical disc loading system of compatible size discs according to the scope of claim 5, wherein a certain number of tracks are horizontal first tracks extending in the direction of insertion of the discs, at this level The end of the track is a downward bevel that separates the inner slide from the transported disc. 28 ^18 13. 依摅申过亩心# ',目佚贝 (replace date 2010.0 第刪丨25號發明㈣請案喊（替換日細〇 1 筮 1 0 TS π，_ 一 . :據申s，專利範圍第12項所述之 式光碟載入糸# ^ ^ 八J磲片的吸入 第二水平的軌道。 料端又轉而成爲 14.依據申請專利範 式光碟载入系統 執道平行。 圍第13項所述之可相容大小碟 ，其_，第一段水平執道盒第 片的吸入 二段水平 15.依據中請專利範圍第丨項所 -V 4, _ ^ 日令人小碟片的吸入The first deletion of the 25th invention (four) the case shouting (replacement day fine 〇 1 TS 1 0 TS π, _ a. : According to the application s, the patent range of the 12th type of the disc loaded 糸 # ^ ^ eight J 磲 film Inhaling the second level of the track. The material end is turned into 14. According to the patent application paradigm, the disc loading system is parallel. The compatible size disc mentioned in Item 13 is _, the first paragraph is obeying The second level of inhalation of the first piece of the box 15. According to the scope of the patent scope -V 4, _ ^ day inhalation of small discs '碟载入系統’其中，立侧壁還包含-個凹槽在台階 形側壁形成當作—個阻止大導凸的停止。 16.依據申請專利範 式光碟載入系統 一個卸載停止。 圍第1項所述之可相容大小碟片的吸入 ，其中，底盒還包含一個載入停止；和 項所述之可相容大小碟片的吸入 ，上蓋還包含一個限制孔洞有一 17·依據申請專利範圍第1 式光碟載入系統，其中 個向下的圓環可以限制碟片夾在光學讀寫頭光碟轉盤的 上方。 18·依據申請專利範圍第17項所述之可相容大小碟片的吸入 式光碟載入系統，其中，碟片夾在閒置時靜止在内滑件 的上方，當内滑件移動到最終位置碟片夾與被***的光 碟落在光學讀寫頭的光碟轉盤上。 19.依據申請專利範圍第18項所述之可相容大小碟片的吸入 式光碟載入系統’其中’在被***光碟上方的碟片夾在 卸載操作中是被内滑件所托起並且被再次地鑲入限制孔 洞的向下圓環中。 29In the 'disc loading system', the vertical side wall further includes a groove formed in the stepped side wall as a stop for preventing the large guide protrusion. 16. According to the patent application mode, the disc loading system stops. The inhalation of a compatible size disc according to item 1, wherein the bottom box further comprises a loading stop; and the inhalation of the compatible size disc described in the item, the upper cover further comprising a limiting hole having a According to the patent application scope type 1 disc loading system, a downward ring can restrict the disc from being caught above the optical pickup disc disc. 18. The slot-loading optical disc loading system of a compatible size disc according to claim 17, wherein the disc clip is stationary above the inner slider when idle, and when the inner slider moves to the final position The disc holder and the inserted disc are placed on the disc turntable of the optical pickup. 19. A slot-loading optical disc loading system of a compatible size disc according to claim 18, wherein the disc clamped above the inserted disc is lifted by the inner slider during the unloading operation and It is again inserted into the downward ring that limits the hole. 29