TWI269276B - Compact disc drive - Google Patents

Abstract

The present invention provides a compact disc drive, which comprises a first chassis, a first rotation device mounted on the first chassis, a first displacement device, a second displacement device, a second rotation device, a first driving device, and a first sensing device; wherein, when pushing a disc into the compact disc drive, the first bump on the first displacement device and the second bump on the second displacement will position the disc in-between; then, the disc will be against the first bump and the second bump, and the first displacement device and the second displacement device will be retracted simultaneously in opposite direction; and, when the first displacement device triggers the first sensing device, the first driving device will drive the second driving device rotating to feed the disc into the compact disc drive.

Description

1269276

V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) [Technical Field to Be Invented by the Invention] A person _^^ is a (four) type of optical disk drive type optical disk drive. In particular, there is a kind of suction [previous technique] issued in the form of information explosion. The almost all aspects of the brain are present in the market, and can be divided into two different types of photosynthesis. At present, there are rumors that it can be divided into two types: the front and rear positioning side of the connecting rod, the optical disc drive, and the other - the inhalation positioning reliability of the disc and the above-mentioned tradition of anti-staying have the following fried today, due to consumption There is a disc-disc disc player with a disc that is heavy and heavy, and there are two types of disc-type discs that are included in the system: the disc-type optical disc player positions the disc. It is only applicable to the previous prescription, but its mechanism function has the problem of positioning in the former: Most of the popularization of multi-disc. This makes it possible. According to the requirements of the CD player and the inhalation, the disc drive is the latter. Usually, this one-piece light-positioned car father is quite complex.

The media products are all on the disc, so that each part of the disc is in the form of a disc drive in which the multimedia is fed by the disc player. In this case, the disc players are positioned in different ways, and the first group is set on the optical rod to position the light in and out. I is a CD-ROM drive that can be used for miscellaneous and ideal assembly. CD player

TW1288F(广明).ptd Page 6 1269276 V. Invention description (2) (1) During the process of feeding the optical disc, the male suction disc drive (hereinafter referred to as the optical disc drive) heart position H = ^ can not be made The disc maintains a moderate error in the disc drive, so that the disc drive will "have some kind of (1) traditional optical pick-up machine: ^ type, push the disc into a few..., to prevent users from The abnormal use of the party (3) is also the first disc player, which causes the disc player to fail. (3) If the disc drive is to be judged to be small, an additional set of photosensitive elements is needed to judge the disc. The increase in the size/inch is caused. g per production cost [invention] In view of the above, the object of the present invention is to provide a disc drive for the optical disc drive. The process is maintained at the center of the CD player. (2) The CD player can prevent the I Wang from using the disc. The CD is pushed into the CD player. (3) Effectively determine the size of the disc being pushed. According to the above object, the present invention provides an optical disk drive. The light includes: a first chassis; a first rotating component disposed on the second machine; a first translating component coupled to the first rotating component, the first chassis member having a first bump a second translating element, the second translating element and the first translating element are opposite to each other, the second translating element has a #bump, and the first translating element and the second translating element are transceivable a synchronous and reverse linkage; a second rotating element disposed on the first movement; a first driving element coupled to the second rotating element; and, bottom =

TW1288F (广明).ptd Page 7 1269276 V. Description of the invention (3) A sensing component, arranged in the first bottom connection; wherein, the push-disc enters the optical disk drive m: the system is positioned; The top of the disc is offset by ί:: ί. ί:: the shifting element and the second translating element can be reversed, and the first translating element touches the first sensing system to drive the second syllabary; when the wire is ^ τ 丨卞Brother: Ming? The rotating device can feed the optical disc into the optical disc drive. The optical disc drive may further include: placing on the first chassis and moving the first driving component toward the side of the first chassis and touching The second optical component of the present invention may further include: a first chassis disposed on the first chassis; a second driving component disposed on the second sensing component at t11, configured in the first a chassis and a piece of electrical connection, - first positioning block, Xiao second drive magic cattle drive 7L parts can drive the first positioning block to move; a second fixed two inclined surface and a bump, the second positioning The block has a guide groove with a beveled surface of the $1 element, and the second positioning block is butted through the convex f guide groove; a top plate is disposed above the second chassis; and three sensing elements are disposed on the top plate and the second a driving component, wherein when the optical disk is fed into the optical disk drive by the second rotating component, the second system touches the second sensing component, and the second driving component drives the first motion until the first positioning block touches the third sensing component, so that the first driving is stopped. The first positioning block moves; and the first positioning block moves The electrical connecting block and the second protruding block and the second convex direction are synchronously decoupled from the driving component measuring component, wherein when the second sensing element rotates, the second chassis of the light, the second chassis of the second chassis is coupled Connected, the second block has a positioning block; the point and the gate element and a first electrical connection; a translation component and a positioning block move 'one drive 7' movement, first

TW1288F(广明).ptd Page 8 1269276 V. INSTRUCTIONS (4) ~ The clamp block pushes the second positioning block to lower the guide arm. The bump of the 疋 疋 block is turned into a ^ ^ ^ & 疋 疋 block moves, and the card is offset between the first translation element and the second. The above-mentioned optical disc::: the bump and the second bump are positioned on the optical disc drive and the first driving element is electrically: the wide piece: the fourth sensing element is arranged on the top plate, and #^接'纟中中一一The positioning block is moved to the group of pieces. The first driving member stops driving the first transmission element. The root=description (:) is pushed. The other is proposed in the month--the control unit of the optical disc machine is operated - the -) is placed on the optical disc. An optical disc drive, wherein a first flat optical disc is positioned therebetween: the second convex block of the shifting element can erect the translation element 盥 _ τ 茱 苐 苐 苐 苐 凸 与 与 与 与 与 与 与 与 与The first sensing element can be broken by rotating the 乂B f rotating element in the opposite direction, (b) the first 'first translational part is touching the first-second rotating element to rotate: 70 pieces of light - The first driving element drives the first-furnace to feed the optical disc into the optical disc player; (C) the optical disco A brother feeds the optical disc into the optical disc, and the first-translating element moves toward the optical monument machine. The second rotating element is driven by the optical disk supporting the first-translation element and the second flat element: the two pieces of the moving piece are reversely driven, and the second driving element is driven by the second rotating element to feed the optical disk. The optical disc member and the second translating element are first: when the machine is in position, the first-translating element is explored by a translating element and directed to the optical disc drive TW1288F (Guangming). ptd page 9 1269276 V. Description of the invention 5) one side is retracted and touches the first sensing element; (f) the optical disc is completely fed out of the optical disc by the second rotating element, returning the first translating element to the original position, and triggering the first sensing element; (g) The first sensing element causes the first driving element to stop driving the second rotating element. Furthermore, the method for controlling the operation of the optical disc drive may further include: (h) if the first translating element touches the second sensing element, the second sensing element causes the first driving element to continue before the step (d) Driving the second rotating element to feed the optical disc into the optical disc drive, and then the first translating element returns to the original position, the first translating element and the second sensing element are again activated; (i) the second sensing element causes a second driving The component drives a first positioning block to move until the first positioning block touches a third sensing component; (j) the third sensing component stops the second driving component from driving the first positioning block, thereby stopping the movement of the first positioning block a bump of the first positioning block is guided by a guide on a second positioning block to lower a gate element; (k) the optical disk is completely fed into the optical disk drive by the second rotating component, the first translation component Returning to the original position with the second translating element, the first translating element and touching the first sensing element; (1) the first sensing element stops the driving of the second rotating element by the first driving element, and then the first sensing element Order first The driving element reversely drives the second rotating element; (m) the first translating element and the second translating element are distracted from the optical disc, and the first translating element is again retracted toward one side of the optical disc drive and touches the first sensing element, a sensing component causes the first driving component to stop driving the second rotating component; (n) the first sensing component and causes the second driving component to drive the first positioning block to move until the first positioning block touches a fourth sensing component; And (0) the first positioning block is raised against a guide frame, and the guide frame raises the second rotating element to make the second rotating element

TW1288F(广明).ptd Page 10 1269276 V. Invention description (6) The piece is separated from the disc 'then' and the fourth sensing element is moved. The first positioning block is stuck to the first Zhuo 7 brother. The driving element stops rotating and shifts 7C pieces. The more and more bumps and the second bumps are positioned on the optical disc: the translating element, so that the above objects and features of the present invention are made. In the following, the preferred embodiment is described, and the I can be more clearly understood. The drawings and the detailed description are as follows. [Embodiment] Please refer to Fig. 1 for an exploded view of the kiosk. The first chassis 1, 2, and the first bottom disc of the optical disk device of the present invention are useful for setting the respective pieces of a track 104 and a top plate 1〇6. For example, the first rotating element 108 of the gear is disposed on the first base 102. For example, the first translational element u〇 and the second translational element 11 2 of the rack are respectively coupled to the first rotary element 丨〇 8 . The first translating member 1 1 〇 and the second translating member i i 2 have two bumps 114 and a second bump 116, respectively. The first translating element 11A and the second transducing element 11 2 are opposed to each other, and the first translating element 丨丨〇 and the second translating element u 2 are synchronously and inversely linked by the first rotating element 1 〇 8 . For example, the second rotating member 丨丨8 of the roller is disposed on the first chassis 102. For example, the first drive element (not shown) of the motor is coupled to the rotary member 11 8 . The first sensing element 1 2 is disposed on the first chassis 110, and the first sensing element 丨2 〇 is electrically connected to the first driving element. The optical disc drive 100 of the present invention may further include a first transmission component group 1 22, the first transmission component group 1 2 2 being respectively associated with the first driving component and the second rotation

TW1288F (Guangming). Ptd Page 11 1269276 V. Description of the invention (7) The moving element 118 is lightly connected. The first drive 1 2 2 drives the second rotating element 11 8 〇 and the first transmission element group 1 2 2 constitutes a gear set. In addition, the second sin is electrically connected to a driving element of the first sensing element 1 2 〇. The second chassis 104 is disposed on the first driving component 1 2 6 and the measuring component 1 2 4 , and is disposed on the first bottom and the second driving component 1 26 electrically connected to the first positioning block 128 , and the first component The 1 2 6 system can drive the first positioning with a slope 132 and a bump 1 34, the jth positioning block 128. The component is permeable to the first transmission component group, and the second sensing component 124 is disposed on the first bottom side by the plurality of gears, and the second sensing component 1 24 is coupled to the first chassis 1 0 2 . For example, the horse may be disposed on the second chassis 104. On the second sensor frame 102, the second sensing elements 124 are connected in parallel. A drive element 1 26 is depleted and the second drive block 1 2 8 is moved. The second positioning block 丨3 is equipped with two guiding blocks 1 3 0 which are abutted by the inclined surface 丨 3 2 and the guiding element 136 has a guiding groove 138. The second positioning block 130 is in contact with the guiding groove 138 of the gate element 136 through the bump 134. The top plate 1〇6 is disposed above the second chassis 104. The third sensing element 140 is disposed on the top plate 1〇6, and the third sensing element 1404 is electrically connected to the second driving element 1262. The second translating element 11 2 and the second chassis 104 are connected by a first elastic element 142. The first resilient element 142 causes the second translating element 1 1 2 to cause the first translating element 110 to have a tendency to move toward the first sensing element 120. The second elastic member 144 is disposed between the gate member 136 and the top plate 106, and the second elastic member 144 is configured to cause the gate member 136 to move toward the first chassis 110. The third elastic element 1 4 6 is used to connect the second positioning

TW1288F (广明).ptd

1269276 V. DESCRIPTION OF THE INVENTION (8) The block 130 and the first block 128^^ the chassis 4 have a tendency for the second positioning block 13〇 to move toward the first fixed position. The second optical disc drive 100 of the present invention may further have a movable member member group 148 such as a gear train. The second transmission component group 148 is coupled to the second drive H and the first positioning block 128, respectively. The second drive element 1 2 can drive a set of transmission elements 148 to drive the first positioning block 128. The fourth sensing is disposed on the top board 106 and electrically connected to the first driving element. The second picture is shown in combination with the optical disk of the preferred embodiment of the present invention. The components of the first chassis 102, the f chassis 104 and the top plate 106, and the coupling between the components are respectively illustrated in FIG. After the first chassis 1〇2, the second chassis 1〇4, and the top plate 106, which are provided with the respective components, are combined, the optical disk drive 1010 as shown in FIG. 2 is assembled to facilitate the clear description of the optical disk. The operating principle of the machine 100, in the following description of the optical disk drive 100, the top plate 106 is omitted, and the dry picture is not taken, and the stand 1 is shown to be the optical disk drive and the plug-in device of the present invention. The disc player's CD: think w. The top plate is omitted and is not drawn, but only the third sensing element 140 and the fourth sensing element 152 placed on the top plate. The 1st disc 154 is pushed into the disc drive in the direction of the arrow pushing direction shown in the figure. I) U ° When the temperature is changed to the first tenon 11 4 * * block 116. When the optical disk 154 is pushed into the optical disk drive - 'the first bump 114 and the second bump 116 (located in the second translation element ιι2

TW1288F (广明).ptd

1269276 V. Description of the Invention (9) 1 below, see Figure 1) The optical disc 154 can be positioned therebetween. The optical disc 1 5 4 is abutted against the first bump 1 1 4 fish first-a secret, the first flat block 116, the first translational element u〇 and the brother thousand moving element 112 can be synchronously retracted in opposite directions . When the first translating element 1 1 〇 touches the first sensing element 1 2 〇, the first turning face A ^ ^ 曰 , 曰 "out" drives the second rotating element 1 1 8 rotates 'feeds the optical disc 154 to the optical disc drive 1发 ^ 的 的 的 的 的 的 的 的 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 It is used to access a disc with a diameter of 8 cm. : Light: When the disc 154 of the machine is a disc of 8 cm in diameter, when the 11 〇 is not touched by the second sensing element 124, the UU element drives the second rotating element in reverse. 118 转此/弟:: The moving component is 10〇. Leder, the first disc 154 is fed out to the disc player and the disc 154 is a disc with a diameter of 12 cm (when the light 1=° acceptable size) The larger diameter U 154 of the 154 can open the first translational element 11 to the first = car: = 'first disk to the second sensing element 124, so that the first driving element 7 is 110 A schematic diagram of feeding into the optical disk drive. When the light monument 154# is /-± the rotating component (1) is fed into the optical disk drive 100, the first-flat; dynamic component component 124. "The second touch sensing system parameter β ?, May square FIG. 6, which is depicted is the first day • sensing 1 ^ R nr ΛΑ J music gauge 128 is not intended to drive a piece goods drop position. Because the first translating element 110 touches the first clamping block 128 to drive the gate element

1269276 V. Description of the invention (10) The block element 124 causes the second driving element 126 to drive ^^ 4 4 5 5 . . . ^ ^ until the first positioning block 128 touches the third sensing element - the driving element 126 stops driving A positioning block 128 moves. When the no vertical block 128 moves, the first positioning block 128 pushes the second fixed 138 乂Η - 2 1 132, so that the bump 134 of the second positioning block 130 passes through the guide 1 3 8 to block the tl piece 1 3 6 drops. 116 will be the light ginseng, / picture: it is shown in the first bump 114 and the second bump, "疋 in the CD player. At the same time, the first fixed, block 128 moves, and the card A translating member ιι and a second translating member 112 enable the optical disc 154 to be positioned in the optical disc player 100 by the first bump 114 and the second bump 116 (located under the first t-th member 112, see FIG. 1). And: the two-bit block 128 moves to touch the fourth sensing element 152, so that the first driving element stops driving the first transmission element group 丨2 2 . The optical disk drive 100 of the present invention is described by a structure and a device. The method of controlling the operation of the optical disc drive is controlled by ΐι, which controls the operation of the optical disc drive, in addition to the method of controlling the optical disc drive itself, and is used to assist in explaining the structure and operation principle of the disc drive 100. Please refer to FIG. 1 and υ The figure, the figure 8 and the figure 8 show a flow chart of the method for controlling the operation of the first disk drive of the present invention. In step 800, the operation of controlling the operation of the optical disk drive 1 is started. In step 802, 'the optical disk 154 is pushed into the optical disk drive 100, so that the first bump 114 of the first thousand element 110 And the second =6 of the second translating element 112: positioning the optical disc 154 therebetween. The optical disc 154 abuts against the first: the block 114 and the 4 two bumps 116, the translating element 110 and the second translating element

TW1288F (广明).ptd 1269276 V. Description of the invention (11) 1 The second line is transmitted and the first one turn: the element 108 is selected, and can be moved in the opposite direction with the iron %, 70 pieces of 1 1 The first sensing element is 120. The second component is in the range of 2Γ-°4, and the first sensing element 120 is used to feed the first drive to the optical drive! The member 1 18 (for example, a scroll wheel) is rotated to move the optical disk 154. Thereafter, in step 060, the optical disc 154 is opened by the second rotation 154. When the disc player is 〇〇, the first translating element 110 is touched by the optical disc to move the translating member 1 1 toward the optical disc player 1 One side of the 54 moves, and the 繁 ^ ^ ^ ^ 1 1 1 ( ( ( ( ( ( ( ( ( ( ( ( ( ( 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 In step 8〇8, if the first translating element 丨1〇 does not touch the first: Sense:: 124, for example, if the optical disc 154 is pushed to a diameter of 8 cm, the second 154 will not be able to The first translational element 1 1 0 is extended until it touches to the second 1 ===124. The first translation element 11. Returning to the second translational element 112, the first translational element 110 and touching the first sensing component 1 Z 0 °. Then, in step 8 1 , the first sensing component i 2 A driving element 11 0 reversely drives the second rotating element 丨丨 8 to rotate to feed the optical disk 丨 5 4 out of the optical disk drive ίο/. While the optical disc 154 is fed out of the optical disc drive 1 Ο by the second rotating member 118, the first translating member 丨丨〇 and the second translating member 丨丨2 are again opened, and the first translating member 11 is turned toward the optical disc drive 1 One side of the crucible is retracted and the first sensing element 1 220 is activated. Thereafter, in step 812, the optical disk 1 54 is completely fed out of the optical disk drive 100 by the second rotary element 118, causing the first translational element 11 to return to the original position, and the first sensing element 1 2 亚 is sub-touched. Next, in step 8丨4, the first sensing 1269276 5. The invention (12) element 1 2 0 causes the first driving element to stop driving the second rotating element 11 8 . Finally, in step 8 1 6 , the operation of controlling the optical disk drive 结束 is ended. The above method of controlling the operation of the optical disk drive 00 can be performed on a disc that is not suitable for the optical disk drive 100, for example, an optical disk of 8 cm diameter, after being fed into the optical disk drive 100 and judged by the optical disk drive 1 The second rotating element 丨丨8 feeds out the disc of the size that does not correspond to the access size. Therefore, the optical disk drive 1 of the present invention has a function of judging the size of the optical disk to be placed and feeding out the optical disk whose size is not suitable for access.

Then, in step 818, if the first translating element 110 is touched to the second sensing element 1 24, for example, if the optical disc 1 54 is a disc having a diameter of 12 cm, the optical disc 1 54 can move the first translating element 1 1 The second sensing element 丨24 causes the first driving element to continue to drive the second rotating element 丨丨8 to drive the optical disk 1 5 4 It is fed into the optical disk drive 100. The first translating element 11 is returned to the original position, the first translating element 11 0 and the second sensing element 丨 24 is again activated.

Then, in step 820, the second sensing element 124 causes the second driving element to drive the positioning block 128 to move until the first positioning block 128 touches the second sensing element 140. Thereafter, in step 82 2, the third driving device 126 stops driving the first positioning block 128*, thereby causing the = : = block 128 to stop moving, and the bump 134 of the first positioning block 128 The guide 138 of J is located on the second positioning block 136, so that the gate element 136 is fed back to the λ':

1269276 V. INSTRUCTION DESCRIPTION (13) 11 2 returns to the original position, the first translating element 11 0 and touches the first sensing element 1 2 0. Then, in step 8 2 6 , the first sensing element 120 causes the first driving element to stop driving the second rotating element 11 8 , and the first sensing element 1 2 0 causes the first driving element to reverse drive the second The element 11 8 is rotated. Thereafter, in step 828, the first translating element 11 〇 and the second translating element 11 2 are distracted from the optical disc 1 54 , and the first translating element 11 退 is again retracted toward one side of the optical disc drive 1 0 and the first The sensing element 120, the first sensing element 120 causes the first driving element to stop driving the second rotating element 11 8 . Next, in step 830, the first sensing component 120 causes the second driving component 126 to drive the first positioning block 128 to move until the first positioning block 丨 28 touches the fourth sensing component 152. Then, in step 832, the first positioning block 丨28 is raised against the guide frame 156. The guide 156 raises the second rotating member 118 to disengage the second rotating member 118 from the optical disk 154. The fourth sensing component 152 stops the rotation of the second driving component 126. The first positioning block 128 is engaged with the first translational component 11 () and the second translational component 112 such that the first bump 114 and the second bump 116 The disc 154 is positioned in light, 10G. Finally, in the step 6, the control of the optical disk drive 1 has the advantage that the optical disk drive disclosed in the above embodiment of the present invention has the advantage that the positioning of the optical disk drive can be improved: ϊ碟=会=

1269276 V. INSTRUCTION DESCRIPTION (14) (2) The optical disk drive of the present invention can effectively prevent the user from pushing the optical disk into the optical disk drive in an abnormal manner, thereby causing the optical disk drive to fail. (3) The optical disk drive of the present invention can effectively judge the size of the optical disk that is pushed into the optical disk, that is, when the optical disk that is pushed into the optical disk cannot be sized to fit the optical disk size that the optical disk drive can access, the optical disk drive Unsuitable discs can be fed out and can continue to operate. In the above, the present invention has been disclosed in the above embodiments, and is not intended to limit the present invention, and various modifications and refinements may be made without departing from the spirit and scope of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims.

TW1288F (广明).ptd Page 19 1269276

[Simple diagram of the diagram] An exploded view of the machine. The combination of the machine. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a view showing an optical disc according to a preferred embodiment of the present invention. FIG. 2 is a view showing a disc of the preferred embodiment of the present invention. A schematic diagram of placing a disc. Figure 4 depicts the top of the disc with the first bump and the figure 0

Fig. 5 is a schematic view showing the second rotating element feeding the optical disc into the optical disc. Fig. 6 is a schematic view showing the first _th. The positioning block drives the plant, the soil, and the thinking of the gate element to descend. The bump and the second bump fix the optical disc to the optical disc. FIG. 8 is a flow chart of the control optical disc drive of the present invention. No. 100 optical disc drive 102 first chassis 104 second chassis 106 top plate 108 first rotating element 110 first translating element 112 second translating element 114 first bump

Page 20

1269276 Brief description of the pattern 11 6 : Second bump 1 1 8 : Second rotating element 1 2 0 : First sensing element 1 2 2 : First transmission element group 1 2 4 : Second sensing element 1 2 6 ·First driving element 1 2 8 : First positioning block 1 3 0 : Second positioning block 1 3 2 : Bevel 1 3 4 : Bump 1 3 6 : Gate element 138 : Guide groove 1 4 0 : Third sense Measuring element 1 4 2 : first elastic element 1 4 4 : second elastic element 1 4 6 : third elastic element 1 4 8 : second transmission element group 1 5 2 : fourth sensing element 154 : optical disc 1 5 6 : Guide

TW1288F (Guangming).ptd第21页

Claims (1)

1269276 6. Patent application scope 1. An optical disc drive comprising: a first chassis; a first rotating component disposed on the first chassis; a first translating component coupled to the first rotating component, The first translating element has a first bump; a second translating element coupled to the first rotating element and opposite the first translating element, the second translating element having a second bump, the second translating element having a second bump The first translating element and the second translating element are synchronously and inversely coupled through the first rotating element; a second rotating element is disposed on the first chassis; a first driving element, and the second rotation And the first sensing element is disposed on the first chassis and electrically connected to the first driving component; wherein, when the optical disk is pushed into the optical disk, the first bump is The second bump is configured to position the optical disc therebetween, and the optical disc abuts against the first bump and the second bump, and the first translating element and the second translating element are synchronously retracted in opposite directions; The first translating element touches the first When the sensing element, the first gear train driving the driving member rotates the second rotating member, the DVD disc fed into the machine. 2. The optical disk drive of claim 1, wherein the first rotary component is a gear, and the first translational component and the second translational component are racked. 3. The optical disc drive according to item 1 of the patent application, wherein the TW1288F (广明).ptd Page 22 1269276 VI. Patent Application Scope Two rotating components are rollers. 4. The optical disk drive of claim 1, wherein the optical disk drive further comprises a first transmission component group, the first transmission component group being coupled to the first driving component and the second rotating component respectively The first driving component can drive the second rotating component through the first transmission component group. 5. The optical disk drive of claim 4, wherein the first transmission component group is a gear set. 6. The optical disk drive of claim 1, wherein the first drive component is a motor. 7. The optical disk drive of claim 1, wherein the optical disk drive further comprises: a second sensing component disposed on the first chassis and electrically connected to the first driving component; When the first translating element moves toward one side of the first chassis and does not touch the second sensing element, the first driving element drives the second rotating element to rotate in reverse to feed the optical disc The CD player. 8. The optical disk drive of claim 1, wherein the optical disk drive further comprises: a second chassis disposed on the first chassis; a second driving component disposed at the second bottom a second sensing component disposed on the first chassis and electrically connected to the second driving component; a first positioning block coupled to the second driving component, the second driving component Driving the first positioning block to move; TW1288F(广明).ptd Page 23 1269276 -------------- VI. Patent Application Scope A second positioning block has a slope and a bump, and the second positioning block is The slanting surface is connected to the locating block; the damper element has a guiding groove, and the second positioning block is connected to the guiding groove of the gate element through the bump; a top plate is disposed above the second chassis And a third sensing component disposed on the top plate and electrically connected to the second driving component, Wherein, when the optical disc is fed into the optical disc drive by the second rotating component, the first translating component activates the second sensing component, so that the second driving component drives the first positioning block to move until the first positioning The block touches the third sensing component, causing the second driving component to stop driving the first positioning block to move "· while the first positioning block moves, the first positioning block pushes the second positioning block The slope causes the bump of the second positioning block to pass through the diagnostic element to cause the gate element to be 9. Hold 9. The optical disk drive of claim 8, wherein the "disc drive further comprises a first elastic component, the first elastic component is for the second translational component and the second chassis The second translating element causes the = translating element to move toward the first sensing element. 7 μ 10 · as claimed in claim 8 of the invention, the optical disc player a second elastic element disposed between the gate element and the top plate to move the gate element toward the first chassis. 11· As described in claim 8 The optical disk drive, wherein the optical disk drive further comprises a third elastic component, and the second elastic component is connected to 1269276 The patent application scope is followed by the tendency of the second positioning block to move with the second bottom and the second first positioning block. The squeezing block is oriented toward the optical drive of the invention of claim 8, wherein the optical disk drive includes a second transmission component group, and the second transmission component group; The second transmission element group drives the first positioning: m 1 3 · The second transmission element set gear of the optical disk drive according to claim 2 group. τ ^ 14 The optical disc drive of claim 8, wherein the second drive element is a motor. The optical disc drive of the invention of claim 8, wherein the optical disc drive further comprises: a ^ sensing component disposed on the top plate and electrically connected to the first driving component; Le 7G moves its U first positioning block, and the card abuts the second-: member, so that the optical disc can be positioned in the optical disc by the first bump and the second bump; In particular, the positioning block moves to activate the fourth sensing element such that a drive element stops driving the first transmission element group. The method for controlling the operation of the optical disc drive comprises: a first (:) bump setting; a light disc entering; entering a disc player, causing the -th-translating element to be in the middle, the =::= One of the second cymbals fixes the optical disc with a translation element, the yoke j and the yoke, and the tenth shifting element is transmitted through a first rotating element. TW1288F(广明).ptd Page 25 1269276 VI. The patent application scope is extended and can be synchronized back in the opposite direction, ^ ^ a first sensing element; and the first translation element is touched (b) the first a sensing component causes _ brother ~, 1 ε ^ a moving component to rotate 'to feed the optical disc into the stalking element to drive a second turn (C) the optical disc as the second rotating element " The translating element is detached by the optical disc, so that when the recording is entered into the optical disc drive, one side of the first moving machine moves to touch a second sensing-translating element toward the optical disc (d) if the first translating element 鹄Moving less than 70, a translating element and the second translating element smearing a sensing element, wherein the thousand elements return to the fifth translating element and actuate the first sensing element; the original position, the first (e) The first sensing element rotates the first driving element rotating element to feed the diaphragm out of the optical disk drive, and the first flat is turned when the second rotating element is fed out of the optical disk drive; The second translational element of the optical disc is again distracted, the first translational element being retracted toward the side Moving the first/sensing element; w-disc (f) the optical disc is completely fed out of the optical disc by the second rotating element, the first translating element returns to the original position, and the brigade touches the first sensing element; " (g) the first sensing element causes the first driving element to stop driving the second rotating element. 17) The method of controlling the operation of the optical disk drive as described in claim 16 of the patent application, wherein the method After the step (d), the method further includes: (h) if the first translating element touches the second sensing element, the first sensing element causes the first expelling element to continue to occlude the brother to rotate Component will 1269276 VI. Patent application scope The optical disc is fed into the optical disc drive, and then, the device is set back, ... the component is turned and touched again; the bit (i: > the second sensing component makes a second drive) Sensing the component, the bit block moves until the first positioning block is activated, and the first sensing element is driven by the third sensing element: the second driving device is second sensed: =^ a positioning block, thereby Stopping the first positioning block to stop driving the first bump system through the second positioning position to move the first positioning block gate element to descend; one of the guide blocks on the clamping block to make - (k) The optical disc is completely fed to the second translational element and the second translational element to the disc, a translational element and the first sensing element is touched; ', the first driving the first driving Element (1) the first sensing element causes the first driving element to rotate the element, and then the first sensing element further causes τ to drive the second rotating element in reverse; - the driving element stops (m) the first a translating element and the second opening, and the first translating element again faces the disc drive: The optical disk supports the first sensing component, the first sensing component causes the #1 side to retreat and touches and drives the second rotating component; X Di (n) the first sensing component and causes the first driving component The fourth sensing element of the component I is moved by the positioning block until the first positioning block is touched to drive the first and second positioning elements to abut the second rotating element of the guide frame. The second rotating element η leads the guide and raises the fourth sensing element to the second driving element of the optical disc, and then the rotation, the first positioning block 1269276 Sixth, the scope of the patent application card to the first translation component to open the second bump to the disc = the second two translation components, 18 · a folder in the CD player. Push-disc - enter one:: square A includes · · block top against the first disc, and the first disc machine, so that - [ pieces; Λ brother ~ panning elements touch! According to the rotation of the first sensing element, the first: light first driving the umbrella to find: the winning disc is fed into the side of the optical disk machine, and the age is 兮^ the first-flat sensing The element j breaks the translation of the first-translating element;: return: two; the first motion: the member rotates to the light; the device; the driving element stops driving the first translation element _ (four) the second sensing element The first one is a t-rotating element to feed the optical disc: the translating element returns to the original position, and the second-second siren-sensing element causes a first-macro-blocking block to touch a third sensing element to The Bayi Gate moves the optical disc completely by the second rotating element: the first translation 7 is returned to the original I and then the first convex soil and one of the translational elements are convexly moved to the first measuring element. Whether the component is touched toward the optical disk - the sensing component, the first driving component drives the optical disk drive in reverse, and then the second rotating optical component, the component continues to drive the first component, and then the first component And touch this again until the first position is lowered; the town enters the disc In the machine, the first sensing TW1288F (Guangming). ptd No. 1269276, the patent range component, so that the first driving component stops driving the second rotating component, and drives the second rotating component in reverse; The first translating element is again retracted toward one side of the optical disc drive and touches the first sensing element to stop driving the second rotating element; and the first positioning block moves until the first positioning block touches a first The fourth sensing component is configured to position the optical disc in the optical disc drive. im· TW1288F(广明).ptd Page 29 1269276 6. Designation representative diagram (1), representative diagram of the case: 1st image (2) The representative symbol of the representative figure of this case is briefly described: 100 optical disk drive 102 first chassis 104 second chassis 106 top plate 108 first - rotating element 110 first translational element 112 second translational element 114 first bump 116 second bump 118 second rotating element 120 first sense Measuring element 122 first transmission element group 124 first sensing element 126 second driving element 128 first positioning block 130 second positioning block 132 bevel 134 bump 136 gate element 138 channel 140 first sensing element 142 Elastic element TW1288F (Guangming).ptd Page 3 1269276 VI. Designation of representative figure 144 Second elastic element 146 Second elastic element 148 Second transmission element 152 Fourth sensing element 156 Guide frame 4 TW1288F (Guangming).ptd 1