(1) 1261815 九、發明說明 【發明所屬之技術領域】 本發明係有關用以將情報記錄入情報記錄媒體，例如 光碟，或自情報記錄媒體再生情報的光碟驅動器（optical disk drive )。具體言之，本發明係有關可減少當光碟高 速旋轉時產生振動而形成的噪音的結構，及使用該結構的 光碟驅動器。 【先前技術】 光碟係一種情報記錄媒體，存在於由 CD-ROM及 DVD-ROM代表的再生專用型、由CD-R及DVD-R代表的 單次寫入型、及由 CD-RW、DVD-RAM及 DVD-RW代表 的可再寫入型，其等可充當電腦的外部記憶體或記錄/錄 放的影像碟片。 用以將情報記錄在光碟，或光碟再生情報的光碟驅動 器具有：一甩以固持馬達的馬達固持單元，該馬達固持一 光碟及以一特定速度旋轉該光碟；一碟片托盤，將光碟容 置於一殼體內，或支撐光碟以自殼體吐出；及一馬達單元 退出機構，將馬達固持單元自碟片托盤移動區引退，以防 在載入/卸除碟片托盤或光碟時，馬達固持單元會接觸碟 片托盤。馬達固持單元也設有一光學頭（拾波頭），以將 情報記錄入光碟，或自光碟再生情報。因此，用以退出馬 達固持單元的馬達單元退出機構的空間在殼體內是設定成 最大，這對外部尺寸及體積需受限的殼體而言，係甚不利 -4 - (2) 1261815 白勺。 日本公開專利第7 - 1 5 3 1 6 3號案揭示有關上述背景的 及馬達單元退出機構。該機構藉在一與載入/卸除碟片托 盤的開口成相反方向的特定位置樞轉馬達固持單元，使馬 達固持單元傾斜，進而防止馬達固持單元在載入/卸除碟 片托盤時，接觸碟片托盤。 曰本公開第2 0 0 0 - 2 2 0 6 1 8號專利申請案揭示一種在曰 本公開專利第 7 - 1 5 3 1 6 3號案提及在傾斜馬達固持單元時 充當一樞轉支點的結構的相近似結構。此結構稱爲搭扣接 合，其中中空條片構形如一分裂模式的單一本體，且另設 有一電阻以連接中空條片的特定基底。 然而，在日本公開專利第7 - 1 5 3 1 6 3號案揭示的傾斜 馬達單元退出機構中，當光碟高速旋轉時，會有由於凸起 及相對應的固持單元之間的間隙導致的振動所產生的噪音 問題。 此外，即使揭示於日本公開第2 0 0 0 - 2 2 0 6 1 8號案內的 構件（結構）可用於光碟驅動器中，當施如振動時，也會 產生噪音。 【發明內容】 依據本發明的一型態，其提供一光碟驅動器，其特徵 爲包含：第一固持結構，其將用以固持一記錄媒體，及以 一特定速度旋轉該記錄媒體的馬達加以固持；及藉由發射 光在由一馬達所旋轉的記錄媒體上，以將情報紀錄在一記 (3) 1261815 錄媒體上、或將記錄在記錄媒體上的情報加以再生的光學 頭；容置該第一固持結構的殼體；記錄媒體固持結構，用 以固持記錄媒體及將其載入殼體、或將記錄媒體由殼體卸 除到外部；第二固持結構，當記錄媒體固持結構被移入殼 體內，或由殼體卸除到外部時，藉在形成於殼體一特定位 置上的旋轉樞軸上樞轉，而將第一固持結構定位在一特定 退出位置；及設於第二固持結構一特定位置上，且將第二 固持結構可旋轉的定位在殼體的旋轉樞軸上的樞銷；該樞 銷具有一凸起，會因一特定壓力而接觸殼體旋轉樞軸的開 口，及具有一狹縫，構製成可將凸起分割成數個部分。 依據本發明的另一型態，其提供一光碟驅動器，包含 :第一固持結構，其將用以固持一記錄媒體，及以一特定 速度旋轉該記錄媒體的馬達加以固持；及藉由將光發射到 由一馬達所旋轉的記錄媒體上，以將情報紀錄在一記錄媒 體上、或將記錄在記錄媒體上的情報加以再生的光學頭； 容置該第一固持結構的殼體；記錄媒體固持結構，用以固 持記錄媒體及將其載入殼體、或將記錄媒體由殼體卸除到 夕f部；及第二固持結構，當記錄媒體固持結構被移入殼體 內，或由殼體卸除到外部時，藉在形成於殼體一特定位置 上的旋轉樞軸上樞轉，而將第一固持結構定位在一特定退 出位置；其特徵爲：設於第二固持結構一特定位置上，且 將第二固持結構可旋轉的定位在殼體的旋轉樞軸上的樞銷 ;其中一彈力可施加在旋轉樞軸的開口的壁面，可減少由 於第一固持結構所固持的馬達旋轉時產生振動，而在該開 -6- (4) 1261815 口及殼體的旋轉樞軸之間的間隙導致的噪音。 依據本發明的再一型態，其提供一光碟驅動器，包含 :第一固持結構，其將用以固持一記錄媒體，及以一特定 速度旋轉該記錄媒體的馬達加以固持；及藉由將光發射到 由一馬達所旋轉的記錄媒體上，以將情報紀錄在一記錄媒 體上、或將記錄在記錄媒體上的情報加以再生的光學頭； 容置該第一固持結構的殼體；記錄媒體固持結構，用以固 持記錄媒體及將其載入殼體、或將記錄媒體由殼體卸除到 外部；及第二固持結構，當記錄媒體固持結構被移入殼體 內，或由殼體卸除到外部時，藉在形成於殼體一特定位置 上的旋轉樞軸上樞轉，而將第一固持結構、馬達及由該固 持結構所固持的光學頭定位在一不接觸該記錄媒體固持結 構的位置上；其特徵爲包含：設於第二固持結構一特定位 置上，且將第二固持結構可旋轉的定位在殼體的旋轉樞軸 上的樞銷；其中設有被一狹縫分割成兩部分的凸起，狹縫 將一樞銷分割成數個位置；及由該狹縫所提供的彈力可對 殼體旋轉樞軸的開口的壁面施力α —壓力。 【實施方式】 如圖1所示·，一光碟1將情報紀錄在記錄媒體上、或 由該記錄媒體上將情報加以再生。該光碟1具有一外殼3 、及一碟托盤5，設成可儲入外殼內或自外殼排出，以將 光碟送入外殼3內，或自外殼取出送至外部。 當形成於外殼3 —表面上的前面板7上的按鈕開關9 (5) 1261815 被按壓時，碟托盤5即被指示藉形成於外殼3內的載入機 構（未示）將光碟送入外殼3內，或自外殼取出送至外部 〇 圖2是一分解圖，顯示圖1的光碟驅動器的主要構件 〇 如圖2所示，光碟驅動器1具有一佔據外殻3大部分 空間的殼體1 1，且殼體1 1固持各種元件及結構。 殼體1 1內的拾取安裝座1 5的一特定位置上設有一拾 取架1 3，拾取架1 3具有一固持光碟的馬達，且當由光碟 讀取情報或將情報寫入光碟時，該馬達以一特定速度旋轉 該光碟。 如圖3所示，安裝座1 5具有一樞銷1 5 a，當插入一 位在外殼一特定位置上的旋轉樞軸1 1 a時，樞銷1 5 a可將 整體安裝座1 5相對於外殼3旋轉（傾斜）一特定角度（ 在拾取架1 3經安裝的情形下）。因此，當按鈕開關9發 出載入/送出光碟的指示時，安裝座1 5 (及固定至安裝座 1 5的拾取架1 3 )即沿樞銷1 5 a樞轉（傾斜），且退至一 特定退岀空間，在此空間，光碟擱置在碟托盤、馬達及拾 取架未接觸碟托盤5及光碟。 如圖4所示，樞銷1 5 a呈現分裂的銷結構，在安裝座 1 5的一特定位置處與安裝座1 5 —體成形，且具有一至少 分裂成兩部分（兩位置）的凸起1 5 b，及一狹縫1 5 c以使 凸起可彈性變形。由於安裝座1 5所使用的材料的彈性特 質，構成的凸起係暫時性的移位（彈性變形）至分裂側。 (6) 1261815 可使樞銷丨5"勺凸起 ，係由當模製安裝座^ 如丨果有確實的一特定彈性 ]5 b彈性變形的狹縫〗5 C的方向 時的「圖型化結構」控制’但是 ，則可選擇性的設定方向及形狀(1) 1261815 IX. Description of the Invention [Technical Field] The present invention relates to an optical disk drive for recording information into an information recording medium such as a compact disc or reproducing information from an information recording medium. Specifically, the present invention relates to a structure which can reduce noise generated when vibration is generated when a disc is rotated at a high speed, and a disc drive using the same. [Prior Art] A disc is an information recording medium existing in a reproduction-only type represented by a CD-ROM and a DVD-ROM, a write-once type represented by a CD-R and a DVD-R, and a CD-RW, a DVD. - Rewritable type represented by RAM and DVD-RW, which can serve as external memory of a computer or as an image disc for recording/recording. The optical disc drive for recording information on the optical disc or the optical disc reproducing information has: a motor holding unit for holding the motor, the motor holding the optical disc and rotating the optical disc at a specific speed; and a disc tray for accommodating the optical disc In a housing, or supporting the optical disc to be ejected from the housing; and a motor unit ejecting mechanism, retracting the motor holding unit from the disc tray moving area to prevent the motor from being held when loading/unloading the disc tray or the disc The unit will touch the disc tray. The motor holding unit is also provided with an optical head (pickup head) for recording information into the disc or reproducing information from the disc. Therefore, the space for the motor unit to withdraw from the motor holding unit is set to be the largest in the housing, which is disadvantageous for the outer size and volume of the housing. 4 - (2) 1261815 . Japanese Patent Publication No. 7 - 1 5 3 1 6 3 discloses the above-mentioned background and motor unit withdrawal mechanism. The mechanism pivots the motor holding unit at a specific position opposite to the opening of the loading/unloading disc tray to tilt the motor holding unit, thereby preventing the motor holding unit from loading/unloading the disc tray. Touch the disc tray. Patent Application No. 2 0 0 - 2 2 0 6 1 8 of the present disclosure discloses a use as a pivoting fulcrum when referring to a tilting motor holding unit in the case of Japanese Laid-Open Patent Publication No. 7 - 1 5 3 1 3 3 The approximate structure of the structure. This structure is referred to as a snap fit wherein the hollow strip is configured as a single body in a split mode and is additionally provided with a resistor to connect the particular substrate of the hollow strip. However, in the tilt motor unit retracting mechanism disclosed in Japanese Laid-Open Patent Publication No. 7-1353-1656, when the optical disc rotates at a high speed, there is a vibration due to a gap between the projection and the corresponding holding unit. The noise problem generated. Further, even if the member (structure) disclosed in the Japanese Patent Publication No. 2000-202061 is applicable to the optical disk drive, noise is generated when the vibration is applied. SUMMARY OF THE INVENTION According to one aspect of the present invention, a disc drive is provided, comprising: a first holding structure for holding a recording medium and holding the motor rotating the recording medium at a specific speed for holding And an optical head for reproducing information on a recording medium rotated by a motor to record information on a recording medium (3) 1261815 or reproducing information recorded on a recording medium; a housing of the first holding structure; a recording medium holding structure for holding the recording medium and loading the same to the housing, or removing the recording medium from the housing to the outside; and a second holding structure when the recording medium holding structure is moved in Inside the housing, or when being removed from the housing to the outside, pivoting on a rotating pivot formed at a specific position of the housing to position the first holding structure at a specific exit position; and at the second holding a pivot pin of the structure that is rotatably positioned on the rotating pivot of the housing; the pivot pin has a protrusion that contacts the housing due to a specific pressure The opening of the pivot, and having a slit, is configured to divide the projection into a plurality of sections. According to another aspect of the present invention, there is provided a disc drive comprising: a first holding structure for holding a recording medium and holding a motor that rotates the recording medium at a specific speed; and An optical head that is transmitted to a recording medium rotated by a motor to record information on a recording medium or to reproduce information recorded on the recording medium; a housing that houses the first holding structure; and a recording medium a holding structure for holding the recording medium and loading it into the casing, or removing the recording medium from the casing to the evening portion; and a second holding structure, when the recording medium holding structure is moved into the casing, or by the casing Disassembling to the outside, pivoting on a rotating pivot formed at a specific position of the housing, and positioning the first holding structure at a specific exit position; characterized by: being disposed at a specific position of the second holding structure And a pivot pin of the second holding structure rotatably positioned on the rotating pivot of the housing; wherein an elastic force can be applied to the wall surface of the opening of the rotating pivot, which can reduce the first holding structure The vibration caused by the movement of the held motor when rotating, and the gap between the opening -6- (4) 1261815 and the rotating pivot of the housing. According to still another aspect of the present invention, there is provided a disc drive comprising: a first holding structure for holding a recording medium and holding a motor that rotates the recording medium at a specific speed; and An optical head that is transmitted to a recording medium rotated by a motor to record information on a recording medium or to reproduce information recorded on the recording medium; a housing that houses the first holding structure; and a recording medium a holding structure for holding the recording medium and loading it into the casing, or removing the recording medium from the casing to the outside; and a second holding structure, when the recording medium holding structure is moved into the casing or removed by the casing When the outer portion is pivoted by the pivoting pivot formed on a specific position of the housing, the first holding structure, the motor and the optical head held by the holding structure are positioned not to contact the recording medium holding structure Positioned to include: a pivot pin disposed at a specific position of the second retaining structure and rotatably positioning the second retaining structure on a rotating pivot of the housing; The protrusion is divided into two parts by a slit, and the slit divides a pivot pin into a plurality of positions; and the elastic force provided by the slit can apply a force to the wall surface of the opening of the rotation pivot of the housing. . [Embodiment] As shown in Fig. 1, a disc 1 records information on a recording medium or reproduces information on the recording medium. The optical disc 1 has a casing 3 and a dish tray 5 which are arranged to be stored in or discharged from the casing to feed the optical disk into the casing 3 or to be taken out from the casing and sent to the outside. When the push button switch 9 (5) 1261815 formed on the front panel 7 on the surface of the outer casing 3 is pressed, the disc tray 5 is instructed to feed the optical disc into the outer casing by a loading mechanism (not shown) formed in the outer casing 3. 3, or taken out from the outer casing and sent to the outside. FIG. 2 is an exploded view showing the main components of the optical disc drive of FIG. 1. As shown in FIG. 2, the optical disc drive 1 has a housing 1 occupying most of the space of the outer casing 3. 1, and the housing 1 1 holds various components and structures. A picking frame 13 is disposed at a specific position of the pick-up mount 15 in the housing 11. The pick-up rack 13 has a motor for holding the optical disc, and when information is read from the optical disc or information is written to the optical disc, the The motor rotates the disc at a specific speed. As shown in Fig. 3, the mounting seat 15 has a pivot pin 15a which, when inserted into a rotating pivot 1 1 a at a specific position of the outer casing, the pivot pin 15 a can directly oppose the integral mounting seat 15 The outer casing 3 is rotated (tilted) by a specific angle (in the case where the pickup frame 13 is mounted). Therefore, when the push button switch 9 issues an instruction to load/send the optical disc, the mount 15 (and the pick-up rack 1 3 fixed to the mount 15) pivots (tilts) along the pivot pin 15 a, and retreats to A specific retreat space in which the disc is placed on the disc tray, the motor and the pickup frame are not in contact with the disc tray 5 and the optical disc. As shown in Figure 4, the pivot pin 15 a presents a split pin structure that is integrally formed with the mount 15 at a particular location of the mount 15 and has a projection that splits into at least two portions (two positions). From 1 5 b, and a slit 1 5 c to make the protrusion elastically deformable. Due to the elastic nature of the material used in the mount 15, the resulting projections are temporarily displaced (elastically deformed) to the split side. (6) 1261815 can make the pivot pin & 5 " the bulge of the spoon, when the molded seat ^ If the 有 fruit has a certain specific elasticity] 5 b elastic deformation of the slit 〗 5 C Structure "control", however, the direction and shape can be selectively set
1 5 b朝向凸起1 5 b徑向方向外側的力，是由樞銷 15的凸起1 5 ^的外形、及狹縫1 5 ◦及凸起1 5 b的形狀所 控制。如圖5 - 7所將揭示者，該力的形成是使得可至少部 分的接觸一相對應開口的內壁。 圖5 — 7說明圖4所示安裝座1 5的樞銷1 5 a及殼體3 的旋轉樞軸1 1 a (圖3 )之間的關係。爲了簡化說明，僅 顯示殼體3的旋轉樞軸1 1 a的開口（孔）。 如圖5所示，至少接觸開口 1 1 a兩側的樞銷1 5 a係藉 使旋轉樞軸（開口）1 1 a成接近正方形的長方形，且藉大 致平行於開口 1】a兩側形成的狹縫1 5 c來將樞銷1 5 a的凸 起1 5 b分割開而獲得。The force of 1 5 b toward the outside of the projection 15 5 in the radial direction is controlled by the shape of the projection 15 5 of the pivot pin 15 and the shape of the slit 15 5 and the projection 15 b. As will be disclosed in Figures 5-7, the force is formed such that at least a portion of the contact is corresponding to the inner wall of the opening. 5-7 illustrate the relationship between the pivot pin 15a of the mount 15 and the pivot pivot 1 1 a of the housing 3 (Fig. 3). In order to simplify the explanation, only the opening (hole) of the rotation pivot 1 1 a of the housing 3 is shown. As shown in FIG. 5, at least the pivot pin 15a on both sides of the contact opening 1 1 a is formed such that the rotation pivot (opening) 1 1 a is a square shape close to a square, and is formed substantially parallel to the sides of the opening 1 a. The slit 1 5 c is obtained by dividing the projection 1 5 b of the pivot pin 15 a.
易言之，沿垂直於圓形凸起的狹縫形狀的方向的間隙 ，可藉在圓形凸起（樞銷）的止推方向形成一狹縫而賦卞 一具有彈1生效應的壓力，及藉施加至一方形孔（開口）雨 側而消除之。 如圖6所示，接觸開口 1 1 a各側的樞銷1 5 a係藉使旋 轉樞軸（開口）1 1 a成接近正方彤的長方形，且藉大致平 行於開口 1 1 a相對角隅（任選的兩相對角隅）形成的狹縫 ]5 c來將樞銷1 5 a的凸起1 5 b分割開而獲得。易言之，沿 平行及垂直於方形開口一側方向的間隙，可藉在圓形凸起 -9- (7) 1261815 (樞銷）的止推方向形成一狹縫形狀而賦予一具有彈性效 應的壓力、將狹縫形狀的中心線與連接方形孔（開D )兩 角隅的，線相對齊、及藉將兩半圓形凸起施加至相毗鄰的兩 側而消除之。 如圖7所示，與開口 1 1 3狹縫1 5 c相平行的至少一側 ，及由去角（瑱料）所界定的兩側相接觸的樞銷〗5 a ’可 藉使旋轉樞軸（開口）1 1 a成接近正方形的長方形’使由 接觸該5方Μ ί壬一側的兩側所界定的兩角隅形成一具有去 角形狀1 1 b (瑱料’因其事實上是一孔）的變形六邊形、 及藉大致平行於開口 1 1 a的非去角（塡料）側形成的狹縫 15c 來將樞銷 15b ° 胃胃 & ’ @ 平行及垂S於β形凸起的狹縫形狀的方向的間隙，可藉在 1Η开彡β ίΕ ( ®銷、）的止推方向形成一狹縫形狀而賦予一具 有彈性效應的虜力、使方形孔（開口）任一側的兩毗鄰角 隅形成去角（#料）形狀，及藉將其中之一半圓形凸起施 加至平行於狹縫幵"犬@ 41心、線@力％孔^勺$ S胃f則’ @ 3 --半圓形凸起施邡至去角部分而消除之。 藉丨吏$ H 5 g 7所示的旋轉樞軸及樞銷，即使圖2所 〒拾取架1 3之）¾ ^ ^ A ^白勺® ® T @ 9 ；馬# + 心孔有偏心或離心@ 1W % 1 ^ 11 @ % ^@_ _ p $开彡，0防止由於馬達（轉盤及光碟）旋轉時產生 高頻振動所導致的噪音發生。例如，在以1 g/cm的離心力 旋轉光碟時（此乃製造光碟的上限），甚少有因爲安裝座 1 5的樞銷及開口（殼體旋轉樞軸）1 1 a之間的間隙而產生 -10- (8) 1261815 噪音的現象。 雖然本發明係以範例性實施例來敘述，惟應了解1本 藝之人士可對上述實施例進行修飾、增加或刪減，但此等 作爲仍應視爲在本發明之精神及範疇內。具體言之，本發 明之範疇不受所揭示的較佳具體實施例的限制。 如上所述，依據本發明，可簡易的藉稍微改變樞軸（ 開口）形狀及對應於樞軸的樞銷的形狀及結構，在不增加 成本的情形下，防止由於振動所導致的噪音發生。因此， __ 光碟可以高速旋轉。 【圖式簡單說明】 本發明之詳盡細節、優點及特色將在參照下文圖式及 說明而有進一步之認知。 圖1槪略顯示依據本發明一較佳實例的光碟驅動器； 圖2是一分解圖，顯示圖1的光碟驅動器的主要構件 圖3槪略顯示圖1所示光碟驅動器的安裝底座結構； 圖4槪略顯示圖3所示安裝底座的樞轉結搆： 圖5 — 7槪略顯示圖4的樞轉結構的範例。 【主要元件符號說明】 1 光碟驅動器 3 外殼 5 碟托盤 -11 - 1261815 Ο) 7 前面板 9 按鈕開關 1 1 殼體In other words, along the direction perpendicular to the shape of the slit of the circular protrusion, a slit can be formed in the thrust direction of the circular protrusion (the pivot pin) to impart a pressure with a bombing effect. And eliminate it by applying it to the rain side of a square hole (opening). As shown in FIG. 6, the pivot pin 15a on each side of the contact opening 1 1 a is such that the rotation pivot (opening) 1 1 a is a rectangle close to the square, and is substantially parallel to the opening 1 1 a. The slit (5 c formed by the optional two opposite corners) is obtained by dividing the projection 15b of the pivot pin 15a apart. In other words, the gap along the side parallel and perpendicular to the square opening can be elasticized by forming a slit shape in the thrust direction of the circular protrusion -9-(7) 1261815 (pivot pin). The pressure is removed from the center line of the slit shape and the two corners of the square hole (open D), which are aligned, and are applied by applying the two semicircular protrusions to the adjacent sides. As shown in FIG. 7, at least one side parallel to the opening 1 1 3 slit 1 5 c, and the pivot pin 〖 5 a ' in contact with the two sides defined by the chamfering (draft) can be used to rotate the pivot The shaft (opening) 1 1 a is formed into a square shape close to a square, so that the two corners defined by the sides contacting the side of the 5 square 隅 隅 are formed with a deangulated shape 1 1 b (due to the fact that Is a deformed hexagon of a hole), and a slit 15c formed by a non-angular (dagger) side substantially parallel to the opening 1 1 a to pivot the pin 15b ° stomach stomach & ' @ parallel and vertical S The gap in the direction of the slit shape of the β-shaped protrusion can be formed into a slit shape by a thrust shape in the thrust direction of the ΗβίΕ (® pin,) to impart an elastic force to the square hole (opening) ) Two adjacent corners on either side form a chamfered shape, and one of the semicircular protrusions is applied to parallel to the slit 幵"dog@41心,线@力%孔^勺$ S stomach f then ' @ 3 -- semi-circular protrusions are applied to the chamfered portion to eliminate it. By the rotation pivot and pivot pin shown in $H 5 g7, even if the pick-up frame of Figure 2 is 3⁄4 ^ ^ A ^ ® ® ® T @ 9 ; Ma # + heart hole is eccentric or Centrifugal @ 1W % 1 ^ 11 @ % ^@_ _ p $Open, 0 Prevents noise due to high frequency vibrations caused by the rotation of the motor (turntable and disc). For example, when rotating a disc at a centrifugal force of 1 g/cm (this is the upper limit of the manufacturing disc), there is very little because of the gap between the pivot pin of the mount 15 and the opening (the housing pivot) 1 1 a. Produces a noise of -10- (8) 1261815. Although the present invention has been described in terms of the exemplary embodiments, it is to be understood that those skilled in the art can make modifications, additions or deletions to the above-described embodiments, but such should still be considered to be within the spirit and scope of the present invention. In particular, the scope of the invention is not limited by the preferred embodiments disclosed. As described above, according to the present invention, it is possible to easily prevent the occurrence of noise due to vibration without slightly increasing the cost by slightly changing the shape of the pivot (opening) and the shape and structure of the pivot pin corresponding to the pivot. Therefore, the __ disc can be rotated at high speed. BRIEF DESCRIPTION OF THE DRAWINGS The detailed details, advantages and features of the present invention will be further appreciated by reference to the appended claims. 1 is a view showing an optical disk drive according to a preferred embodiment of the present invention; FIG. 2 is an exploded view showing the main components of the optical disk drive of FIG. 1. FIG. 3 is a schematic view showing the mounting base structure of the optical disk drive shown in FIG. 1. FIG. The pivoting structure of the mounting base shown in Fig. 3 is schematically shown: Fig. 5-7 shows an example of the pivoting structure of Fig. 4. [Main component symbol description] 1 Disc drive 3 Enclosure 5 Disc tray -11 - 1261815 Ο) 7 Front panel 9 Push button switch 1 1 Housing
11a 旋轉樞軸/開口 13 拾取架 15 安裝座 15a 樞銷 15b 凸起 15c 狹縫11a Rotating pivot/opening 13 Picking up frame 15 Mounting seat 15a Pivot pin 15b Bulging 15c Slit
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