JP2671721B2 - Disk storage magazine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a disk storage magazine in which a plurality of trays on which disks are mounted are densely stacked and stored in a disk storage magazine. The present invention relates to a disk storage magazine configured such that a desired tray can be selected and separated in a magazine mounting mechanism and a disk can be automatically played.

[0002]

2. Description of the Related Art In recent years, compact discs (CD), R
OM compact disc (CD-ROM), interactive compact disc (CD-I), video disc (V
It is well known that discs (optical discs) such as D) convert information signals such as audio information, image information, and character information into a plurality of minute pit rows and record a large amount of them.

When a user mounts the above-mentioned disc on a disc playing device and reproduces (or records) a reproduction surface (or a recording surface) with an optical pickup, information signals such as audio information, image information and character information are desired. Since the user can quickly reproduce (or record) from the position, the user is very pleased.

[0004] Among the above-mentioned disk playing devices, a disk storage magazine containing a plurality of disks is inserted into a magazine mounting portion in the automatic disk playing device, and a desired disk is selectively selected up to the disk playing portion. FIG. 25 shows a conventional disk storage magazine applied to a device configured to be able to be pulled out and played automatically.

In FIG. 25, a conventional disk storage magazine 200 (hereinafter, referred to as a magazine 200) has a box shape in appearance. In the magazine 200, the tray 201 is guided by the guide grooves 200b and 200b in the left and right guide grooves from the opening 200a and is detachable. Are stacked at intervals. This magazine 200 is inserted in the direction of the arrow from the insertion opening 210a of the automatic disk playing device 210, and the magazine mounting portion 21 is inserted.
0b. Then, a tray 20 on which a desired disk 202 is placed is loaded by tray pull-out means (not shown).
1 is pulled out to above the disk playing section 210c. Thereafter, the turntable 2 provided in the disk playing section 210c
The set of trays 201 pulled out to above the upper part 11 is lowered in the direction of the turntable by a tray vertical moving means (not shown), and only the disk 202 is turned on the turntable 211.
The disc 201 is placed on the upper side, the tray 201 is retracted below the turntable, and the optical pickup 212 plays the disk 202.

[0006]

By the way, in the conventional magazine 200, after the magazine 200 is mounted on the magazine mounting portion 210b in the automatic disk playing device 210, the tray 201 on which a desired disk 202 is mounted is played. The optical pickup 2 is selectively pulled out to the portion 210c and only the disk 202 is placed on the turntable 211.
12, the disc 202 can be automatically played, but a magazine loading section 210b for loading the magazine 200 and a disc playing section 210c for playing the disc 202 are set in adjacent different places in the apparatus 210.

That is, the installation position of the disk playing section 210c is set at a position where the tray 201 is completely pulled out from the magazine 200, and requires an area substantially equal to the area occupied by the magazine mounting section 210b. Therefore,
Even if the outer dimensions of the magazine 200 are set to be large enough to accommodate the disk 202, the area occupied by the device 210 must be at least twice as large as the area occupied by the magazine 200. There is a problem that it is difficult to reduce the size of the disk automatic performance device 210 employed. Further, the magazine 200 is formed in a box body and is guided by the guide grooves 200b and 200b so as to be easily pulled out, and is stacked at a predetermined interval. And the mobile performance is reduced.

Therefore, there is a demand for a magazine having a structure capable of setting a small occupation area on the device 210 side and having good portability.

[0009]

The present invention SUMMARY OF] has been made in view of the above problems, is applied to the disk automatic performance apparatus, a magazine mounted in the apparatus a tray fitted with a disk with multiple storage morphology In a disc storage magazine that is placed on a disc portion and configured to selectively play a desired disc, an R portion that is slightly larger than the outer shape of the disc is provided.
The outer circumference is formed on a part of the side surface of the outer peripheral portion and other than the R portion
The tray with the rectangular side surface and the outer peripheral part
A tray mounting table , which is formed so as to substantially coincide with the outer peripheral portion of the lay, and in which the plurality of trays are closely stacked, and a part of the outer peripheral portions of the plurality of trays and the tray mounting table are integrated in a portable state. And a magazine slide plate that form a framework and slide along the outer periphery of the tray and the tray mounting table from the first position to the third position via the second position, the tray mounting table, and the magazine. A disk is provided between the slide plate and a magazine slide plate movement restricting means that allows the magazine slide plate to move between the first position and the second position and restricts the movement to the third position. When the magazine slide plate reaches the first position, the disc storage magazine is in a portable state, and the disc can be attached to and detached from the tray. Is regulated by the position of the down slide plate, when the magazine slide plate has reached the second position, said disk storing magazine is portable state and,
It is allowed by the position of the magazine slide plate to attach / detach the disc to / from the tray and the R part side of the tray mounting table , the disc storage magazine is placed on the apparatus, and the magazine slide plate is When the movement restriction is released by the apparatus-side magazine slide plate movement restriction releasing means to reach the third position, a desired tray is selected by the tray selection and separation mechanism section on the apparatus side at the mounting position, and The desired tray is separated so as to maintain a predetermined space between the desired tray and a tray adjacent to the desired tray or the tray mounting table, and within this predetermined space, the disc playing mechanism on the device side. Parts of the tray and the
Provided is a disc storage magazine characterized in that it can be exposed from the R portion side of a tray mounting table.
Things .

[0010]

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a disk storage magazine according to the present invention will be described below with reference to FIGS. 1 to 24 {Configuration of disk storage magazine}, {Usage form of disk storage magazine}, and {Disk storage magazine}. The configuration of the automatic disk playing device and the operation of each part {} and {the overall operation of the automatic disk playing device} will be described in detail in the order of items.

[Structure of Disk Storage Magazine] First, the structure of the disk storage magazine according to the present invention will be described with reference to FIGS. 1 to 6.

FIG. 1 is a perspective view showing the external appearance of a disk storage magazine according to the present invention, and FIG. 2 is an exploded perspective view showing the constituent members of the disk storage magazine in an exploded manner.

The disk storage magazine 1 (hereinafter referred to as magazine 1) shown in FIG. 1 is a disk (optical disk) such as a compact disk (CD) as will be described later.
Disk automatic performance device 20 for automatically performing the automatic selection of the disk 2
(FIG. 7).

The magazine 1 has an outer peripheral portion 2 of a disk 2.
a tray 3 (3A
1 to 3C), and in the portable initial state shown in FIG. 1, the trays 3 (3A to 3C) are densely stacked on a tray mounting table 4 serving as a base. And
Magazine slide plate 5 slidable in the directions of arrows X ₁ and X ₂
However, the frame is formed so as to be portable while partially surrounding the outer peripheral portions of the plurality of trays 3 and the tray mounting table 4. In the following description, “the state in which the trays 3 are densely stacked” means that the adjacent trays 3 are in contact with each other without any gap, and the trays 3 are also stacked on the tray mounting table 4 without any gap. State.

Further, in the initial state in which the magazine 1 is portable, a tray 3 in which a disc 2 is mounted in the magazine 1,
The tray 3 on which the disk 2 is not mounted can be mixed. Then, for example, three well-known compact discs
When the trays 3A to 3C are housed in pairs, and the trays 3A to 3C are densely stacked, the vertical and horizontal dimensions of the external dimensions of the magazine 1 are the external dimensions of a compact disk (120 mm in diameter). 125) slightly larger than
It is formed in an ultra-thin shape of about × 125 mm and has a height of about 10 mm, and has excellent portability.
In the embodiment, three discs 2 are stored in the magazine 1. However, the number of storages may be appropriately set at the time of designing.
The device 20 (FIG. 7) described later can be applied to a magazine in which the trays 3 are stacked in five layers.

Further, as will be described later, the magazine 1 is constructed so that it can be used in three forms depending on the sliding position of the magazine slide plate 5, that is, the magazine slide plate 5 is shown in FIG. In the first position state shown in (1), the magazine 1 is in a portable initial state, and the disc 2 is restricted from being attached or detached. Further, when the magazine slide plate 5 is in the second position state shown in FIG. 4, the magazine 1 is portable, and the mounting and dismounting of the disk 2 is permitted. Further, the magazine 1 is placed in the automatic disk playing apparatus 20 (FIG. 7), and when the magazine slide plate 5 is in the third position state shown in FIGS. 5 and 6, the magazine 1 is densely stacked on the tray mounting table 4. Tray 3 (3A
3C), a desired tray 3 is selected, a desired tray is separated below the desired tray 3 so as to maintain a predetermined interval K (FIG. 6), and a disc playing is performed within the predetermined interval K. It is in the form of facing the mechanism 130 (FIG. 14).

Next, the above-mentioned components of the magazine 1 will be described in more detail with reference to FIG.

In FIG. 2, the tray mounting table 4 is formed in an L shape using a resin material, and a side plate portion 4b is vertically upward from an end portion of an upper surface 4a which is thin and flat and partially rectangular. It is integrally projected. In addition, the side surfaces on the upper surface 4a side are formed with side surfaces 4c and 4d which are perpendicular to the side plate portion 4b and are opposed in parallel with each other, and side surfaces 4e which are spaced in parallel with the side plate portion 4b and are opposed in parallel, Further, at the corner where the side surface 4d and the side surface 4e intersect, an R portion 4f having an R diameter slightly larger than the outer dimension of the disk 2 is formed. As will be described later, the disc 2 can be easily attached to and detached from the R section 4f with the shortest distance, and the disc playing mechanism section 130 (FIG. 14) of the apparatus 20 (FIG. 7) also has the shortest moving (swinging) distance. You can enter.

The magazine slide plate 5 is integrally formed by using a thin stainless plate material or the like, the upper surface 5a is formed substantially flat in a trapezoidal shape, and the side plate portion 4 of the tray mounting table 4 is formed.
The side plates 5c and 5b are formed on a side surface 5b on the side b, and the side plates 5c, 5
d is formed bent at right angles upwardly, further, the bent portion 5c 1 by bending at right angles a small amount on the inside so that the upper end of the front side of the side plate portion 5c facing away top 5a and _spacing, 5c ₂ is formed On the other hand, an upper surface 5 is provided on an upper end portion of the rear side plate portion 5d.
bent portion 5d ₁ by bending at right angles a small amount on the inside so as to face away a and spacing are formed.

Here, the side plate portion 5 of the magazine slide plate 5
The magazine slide plate 5 is inserted into the back surface 4g side of the tray mounting table 4 while expanding a small amount of c and 5d against the elastic force of the material. At this time, the back surface 4g of the tray table 4, trapezoidal recess 4g ₁ large substantially trapezoidal amount to slide from the upper surface 5a of the magazine slide plate 5 is shallowly formed, further,
A long U-shaped concave portion 4 is formed on the side surface 4c, 4d of the tray mounting table 4.
c ₁ and 4d ₁ are formed extremely shallow. And back 4
g trapezoidal recess 4g ₁ and the upper surface 5a of the magazine slide plate 5
Are opposed to each other, and the side plate portion 5 of the magazine slide plate 5 is formed in the U-shaped concave portions 4c ₁ and 4d ₁ of the side surfaces 4c and 4d.
When c and 5d are brought into sliding contact, the magazine slide plate 5 can linearly slide in the directions of the arrows X ₁ and X _{2 with} respect to the tray mounting table 4. These long U-shaped concave portions 4c ₁ , 4d ₁
It is to restrict the movement of the arrow X ₁ direction of the magazine slide plate 5 at the right end, and restricts the movement of the direction of arrow X ₂ in the magazine slide plate 5 at the left end.

Further, rectangular holes 4a _{1 to} 4a ₃ are formed in the upper surface 4a of the tray mounting table 4 so as to penetrate to the back surface 4g.
Further, the fan-shaped concave portions 4a ₄ are connected to the rectangular holes 4a _{1 to} 4a ₃ and connected thereto.
Are formed shallowly. A hook member 7 that regulates the sliding range of the magazine slide plate 5 is supported by the fan-shaped recesses 4 a ₄ about a shaft 6. That is, a tension spring 8 is engaged between one end of the hook member 7 and the upper surface 5a of the magazine slide plate 5, and the tension spring 8
It provided without protruding to the upper surface 4a side in a _1. Then, the is biased clockwise in the drawing about the shaft 6 by the hook member 7 tension spring 8, the tension spring 8 is a magazine slide plate 5 the direction of arrow X ₁ (FIG. 3
(First position direction). Meanwhile, since the cut-and-raised pieces 5a ₁ is formed on the upper surface 5a of the magazine slide plate 5 faces the rectangular hole 4a _2, the contact portions 7a of the hook member 7 in cut-and-raised pieces 5a ₁ is in contact with the hook member 7 is regulated in the clockwise direction. Further, since the between the contact portion 7a to the locking portion 7b which is connected formed in a hook shape apart intervals, where both 7a, narrow the cut-and-raised pieces 5a ₁ of width than the spacing 7b are located, the magazine The slide plate 5 is slidable in the directions of the arrows X ₁ and X ₂ by an allowable movement distance. That is, when the magazine slide plate 5 is manually pushed, the magazine slide plate 5 is in the first position state (FIG. 3). And the second position state (FIG. 4). The cut-and-raised piece 5a ₁ , the hook member 7, the tension spring 8, and the like serve as a magazine slide plate movement restricting means.

Further, the guide groove 4g ₂ on the back surface 4g side from the side surface 4e of the tray table 4 is formed so as to connected to the rectangular hole 4a _3, the magazine loader unit bottom plate of the apparatus 20 side, which will be described later in the guide groove 4g ₂ Unlocking piece 42a ₂ formed on 42
(9) enters with the insertion operation the magazine 1, the hook member 7 unlocking pieces 42a ₂ took facing the rectangular hole 4a ₃
, The hook member 7 rotates counterclockwise around the shaft 6 against the tension spring 8,
Engagement of the strips 5a ₁ cutting and bending the hook member 7 is adapted to be released. Lock release piece 42a ₂ (FIG. 9)
Is a magazine slide plate movement restriction canceling means.

Further, a rectangular recess 4g ₃ is shallowly formed on the back surface 4g side of the tray mounting table 4, and the sliding member 48 on the apparatus 20 side is formed.
The protruding portion 48b (FIG. 9) formed at the bottom is inserted. Further, the tray table 4 sides 4d, 4e toward the upper surface 4a separating portion _4a 5, 4a ₆ (hereinafter, separation recesses _4a 5, referred to as 4a ₆₎ is formed shallowly, these separation recesses _4a 5, 4a ₆ When the lowering levers (113B) and 113A (FIG. 11) on the side of the apparatus 20, which will be described later, come into contact with each other, the tray mounting table 4 is pressed down when the tray 3 is separated.

Next, the plurality of trays 3 (3A to 3C) densely stacked on the upper surface 4a of the tray mounting table 4 are made thin and flat using a resin material, and the outer shape of the upper surface 4a of the tray mounting table 4 and the outer shape. The tray mounting table 4 has a substantially same shape.
The upper surface 3a, the side surfaces 3b to 3e, the R portion 3f, and the back surface 3g are respectively attached to the respective sections of the tray 3 corresponding to the upper surface 4a of the tray 3.
Of the plurality of trays 3, only the uppermost tray 3A has a partly different outer shape from the lower trays 3B and 3C, but this is because the disk 2 mounted as shown in FIG. Only the uppermost tray 3A is formed in a sealed structure so that the disc 2 does not enter and adhere, and the disc 2 is mounted on the back side of the tray 3A.
The components attached to the tray 3A are the lower tray 3B,
3C are all the same, so the tray 3
This will be described below using (3B, 3C).

Returning to FIG. 2, when the trays 3 are densely stacked on the upper surface 4a of the tray mounting table 4, the back surface 3g of the tray 3 is brought into contact with the upper surface 4a of the tray mounting table 4 while facing it. The side surface 3b of the tray 3 is positioned inside the side plate portion 4b of the tray mounting table 4, and the side surfaces 3c to 3e, R of the tray 3 are positioned.
The portion 3f is laminated so as to match the side surfaces 4c to 4e of the tray mounting table 4 and the R portion 4f. In particular, since the outer periphery of the R portion 3f is aligned with the outer periphery of the R portion 4f so as to be opposed to the outer periphery of the R portion 4f, as in the case of the R portion 4f, the disk 2 can be easily attached and detached at the shortest distance, and the device 20 (FIG. 7) side The disk playing mechanism 130 (FIG. 14) can be inserted with the shortest moving (swinging) distance. Further, since the side surfaces other than the R portions 3f and 4f are formed in a rectangular shape as described above, the magazine 1 does not roll and the portable performance is excellent.
Further, the R portion 3f of the tray 3 is formed to be thinner than other peripheral portions so that the disk 2 can be attached and detached even when densely stacked, so that the disk 2 is not damaged and dust and the like are not damaged. The insertion opening is formed so as not to enter.

Further, the side surface 3c of the tray 3, the 3d, the side plate portion 5c of the magazine slide plate 5 described above, 5d first recess _3c elongated sliding contact 1, 3d ₁ is shallowly formed. The first recess 3c of these long _1, 3d ₁ restricts the movement of the arrow X ₁ direction of the magazine slide plate 5 at the right end, and restricts the movement of the direction of arrow X ₂ in the magazine slide plate 5 at the left . Further, inside the first concave portions 3c ₁ , 3d ₁ , the bent portions 5c ₁ , 5c ₂ , 5 of the magazine slide plate 5 are provided.
The second recesses 3c ₂ , 3c ₃ , 3d _{2 which} are slightly larger than d ₁
When the tray 3 to be described later is separated, the second concave portions 3c ₂ , 3c ₃ , 3d ₂ of the stacked trays 3 are bent by the movement of the magazine slide plate 5 in the direction of the arrow X2.
It is possible to escape from c ₁ , 5c ₂ , 5d ₁ and allow the tray 3 to move upward.

Further, a central hole 3a ₁ larger than the central hole 2b of the disk 2 is bored through the back surface 3g at substantially the center of the upper surface 3a of the tray 3, and the central hole 3a ₁ is formed. A circular recess 3g ₁ for accommodating the disc 2 inserted from the R portion 3f on the side of the back surface 3g as a center is formed to be slightly larger than the outer dimension of the disc 2 and shallow. Incidentally, the uppermost tray 3A without drilling a central hole 3a, only circular recess 3 g ₁ is formed.

On the upper surface 3a side of the tray 3, a circular recess 3 is provided near the lower right corner in the figure and near the upper left corner in the figure.
a pair of disc gripping lever 9 (9A, 9B) for gripping the outer peripheral portion 2a of the disc 2 housed in g ₁ is provided so as to substantially face each other. These discs grip lever 9 (9A, 9B), the recess _3a 2, 3a ₃ was formed shallow tray 3 on the upper surface 3a so as not to protrude when stacked
It is rotatably supported about the shafts 10 and 10 while being urged by the torsion springs 11 (11A and 11B). That is, the lower disk gripping lever 9A is rotated clockwise about the shaft 10 by the torsion spring 11A. The upper disk gripping lever 9B is biased, while the torsion spring 11B is
Urged in a counterclockwise direction about the shaft 10. At this time, the other for gripping the outer peripheral portion 2a of the disc 2 facing the grip portion 9a formed at one end of the disk gripping lever 9, 9a from the through-holes _3a 4, 3a ₅ on the back surface 3g, via a shaft 10, 10 pressing portion 9b formed at an end portion, the concave portion 3e 9b is formed in the second recess 3d ₂ and side 3e formed on the side surfaces 3d
I am facing ₁ . Then, a disc grip release lever 121A of the device 20 described later is attached to these pressing portions 9b, 9b.
When the tray 3 is separated, the disc 2 can be easily released from the tray 3 when the tray 3 is separated from the tray 3 (FIG. 11). The disc grip levers 9 (9A, 9B) are provided substantially in the vicinity of the side end portions of the tray 3 so as to grip the disc 2 securely on the tray 3, so that when the magazine 1 is carried, it is vibrated and carried. There is no need to worry about directions. Also, during the operation of mounting the magazine 1 on the apparatus 20 and selecting and separating a desired tray 3, the disk 2 can be transported reliably.
Further, the disk 2 mounted on the circular recess 3g ₁ of the back surface 3g side of the tray 3 can be securely gripped the tray 3 against gravity.

Further, on the back surface 3g side of the tray 3, near the lower right corner in the figure and near the upper left corner in the figure, the second separating portions 3g ₂ and 3g ₃ (hereinafter, second separating concave portions 3g ₂ and 3g _{3) are provided.} Is formed shallowly, and these second separation recesses 3g ₂ ,
3g ₃ includes a lifter 111A (11
1B), the two claw portions 111a and 111b (FIG. 11) enter so that when the tray 3 is separated, the tray 3 and the retractable magazine mounting portion upper plate 41 (FIG. 9) can be vertically moved together. It has become.

Further, first separating portions 3a ₆ and 3a ₇ (hereinafter, referred to as first separating concave portions 3a ₆ and 3a ₇ ) are shallowly formed from the side surfaces 3d and 3e of the tray 3 to the upper surface 3a, and these first separating portions are formed. The recesses 3a ₆ and 3a ₇ are provided at the positions corresponding to the separation recesses 4a ₅ and 4a _{6 of} the tray mounting table 4 described above, and the push-down lever (113) on the device 20 side described later is provided.
B) and 113A (FIG. 11) enter, and when the tray 3 is separated, the tray 3 and / or the tray mounting table 4 below the selected tray 3 are pushed down.
Guides serving as tray positioning means for positioning the trays 3 at the time of stacking are provided near the lower right corner in the drawing and near the upper left corner in the drawing on the upper surface 3a side of the tray 3 and the upper surface 4a side of the tray mounting table 4. Pins 12, 12 are provided to project upward. Positioning holes are formed in the back surface 3g of the tray 3 in opposition to the guide pins 12, but are not shown. By providing the guide pins 12, even if the tray 3 is separated, the tray 3 can be reliably positioned on the tray mounting table 4 and stacked again. Note that the tray positioning means is not limited to the guide pin 12, but may be any structure that fits in the concave and convex.

Further, a shaft 13 is fixed on the upper surface 4a of the tray mounting table 4 in the vicinity of the side plate portion 4b. A plurality of disk ejection levers 15 urged by a torsion spring 14 are rotatably supported on the shaft 13. It can be pushed out of the R part 3f. Then, these disk ejection levers 15
It is attached to the inner in cutaway portions 3b ₁ formed in the side surface 3b of the tray 3 while being axially mounted, lever portion 15a
Is pressed with a finger, the disc ejection lever 15 is
4 to rotate counterclockwise around the shaft 13 against
The extruded portion 15b contacts the outer peripheral portion 2a of the disk 2,
Place the disc 2 in the tray 3 while resisting the gripping force of the disc 2.
In the direction of the R portion 3f. At this time, the tray plurality of cut on the sides 4c side of the placing table 4 away portion 3b lever 1 as shown in FIG. 1 by ₁
A space facing 5a is secured. In the embodiment, a plurality of disc ejection levers 15 are provided, each of which is configured to manually push out the disc 2 independently.
A configuration in which a plurality of disks 2 are pushed out at once by a single disk pushing lever may be adopted.

{Usage form of disc storage magazine} FIG.
FIG. 6 to FIG. 6 are views for explaining a usage form of the disk storage magazine according to the present invention.

Here, in the magazine 1 having the above-mentioned structure, the desired tray 3 among the trays 3 closely stacked on the tray mounting table 4 is selected only when it is inserted into the automatic disk playing device 20 (FIG. 7). A desired tray can be selected and separated below the desired tray 3 so as to maintain a predetermined space. The operation associated with the device 20 will be briefly described, and the details will be described later. Will be described in detail, and here, the usage of the magazine 1 will be mainly described.

In the usage pattern of the magazine 1 shown in FIG. 3,
As shown in FIG. 1, a plurality of trays 3 each having a disk 2 mounted thereon are densely stacked on a tray mounting table 4 and are formed integrally with a magazine slide plate 5 so as to be portable. and by the biasing force of the tension spring 8 which is hooked between the hook member 7 and the magazine slide plate 5 is moved linearly in the direction of arrow X _1, and are positioned regulated at a predetermined position shown, namely, the magazine Slide plate 5
Is an initial state reaching the first position. In the first position state, the mounting and dismounting of the disk 2 on the tray 3 is restricted by the magazine slide plate 5 reaching the first position. That is, the R portion 3f of the tray 3 (or the tray mounting table 4)
When trying to insert the disc 2 from the R part 4f) side of
The outer peripheral portion 2a of the disc 2 will abut from the outside to the end 5d ₂ formed in the side plate 5d of the magazine slide plate 5 located at the first position, thereby the disc 2 Tray 3
It is in a state where it cannot be attached to. Also, tray 3
The disc 2 mounted be extruded R portion 3f (or R portion 4f) in a direction by the disk ejection lever 15, since the outer peripheral portion 2a abuts from the inside end 5d _2, the can from the tray 3 Removing the disc 2 It is not possible.

Next, in the usage mode of the magazine 1 shown in FIG. 4, the magazine 1 is in a portable state as in FIG. 3, and when the magazine slide plate 5 is manually pushed against the tension spring 8, The magazine slide plate 5 linearly moves in the arrow X ₂ direction until the cut-and-raised piece 5a ₁ formed on the magazine slide plate 5 abuts on the locking portion 7b of the hook member 7, that is, the magazine slide plate 5 is moved to the second position. It has reached the position. In the second position state, the end portion 5d ₂ formed in the side plate portions 5d are also moved to the direction of arrow X _2, Yotsute the magazine slide plate 5 which reached the second position, removable disk 2 in the tray 3 You are allowed to. That is, disk 2
Since the end portions 5d ₂ to abutment against the outer peripheral portion 2a of is released is retracted, from the side (R portion 4f or tray table 4) R portion 3f of the tray 3 can be inserted disk 2, and ,
Move the disc 2 loaded on the tray 3 to the disc ejection lever 1
When extruded in the direction of the R portion 3f (or the R portion 4f) with 5, a part of the outer peripheral portion 2a protrudes from the R portion 3f,
The disk 2 can be easily removed by hand. When the magazine 1 shown in FIGS. 3 and 4 is in a portable state, the plurality of trays 3 and the tray
Is framed by the magazine slide plate 5, so that there is no need to use a conventional box, and the magazine 1 can be made ultra-thin.

Next, in the usage mode of the magazine 1 shown in FIG. 5, the magazine 1 is used as the automatic disc playing device 20 (FIG. 7).
The lock release piece 42 formed in the magazine mounting bottom plate 42 (FIG. 9) in the guide groove 4g ₂ (FIG. 2) of the tray mounting table 4 as described above.
a ₂ enters from the direction of arrow X ₂ in accordance with the insertion operation the magazine 1, the unlocking piece 42a ₂ is in contact with the unlocking portion 7c of the hook member 7 cut and raised between the hook member 7 pieces 5a ₁
With releasing the engagement between the side surfaces 5 of the magazine slide plate 5 unlocking pieces 42a ₂ is moved further in the direction of arrow X ₂
Since abuts on e, linearly move the magazine slide plate 5 is in direction of arrow X _2, i.e., in a state where the magazine slide plate 5 has reached the third position via the second position from the first position . In the third position state, the second concave portion 3c of the tray 3
The bent portions 5 of the magazine slide plate 5 are provided at ₂ , 3c ₃ and 3d _2.
Since c ₁ , 5c ₂ , and 5d ₁ match as shown in the figure, the stacked trays 3 can escape from the bent portions 5c ₁ , 5c ₂ , 5d ₁ , and the trays 3 are moved upward in the stacking direction as described below. You are allowed to.

After that, as shown in FIG. 6, when the magazine slide plate 5 reaches the third position, if the lowermost tray 3C is selected as a desired tray in the apparatus 20, as will be described later. , The two claw portions 111a, 1 of the lifter 111A (111B) on the tray 3C and the tray 3B.
11b (FIG. 11) and the push-down levers (113B) and 113A (FIG. 11) enter the tray mounting table 4, and thereafter, when the lifters 111A and 111B are moved upward, the trays 3A to 3C are densely stacked. remains moved upward (arrow Z ₁ direction) of, whereas, since the tray table 4 is held in situ, the predetermined distance K between the lowermost tray 3C and tray table 4 is maintained Is done. The disc playing mechanism 130 can enter the predetermined interval K. Therefore, since the disc 2 can be played at the place where the magazine 1 is placed,
There is no need to provide a separate place for playing the disk 2, and the occupied area on the device 20 side can be set small, which contributes to downsizing of the device 20. When the intermediate tray 3B is selected, the lowermost tray 3C is mounted on the tray mounting table 4, and the trays 3B and 3A move upward.
A predetermined interval K for the disc playing mechanism 130 to enter between B and the tray 3C is maintained. When the uppermost tray 3A is selected, the upper tray 3A is selected.
Moves, the trays 3C and 3B are placed on the tray mounting table 4, and a predetermined interval K is maintained between the tray 3A and the tray 3B.

{Structure of automatic disk playing device and operation of each part} Here, the disk storage magazine 1 according to the present invention.
The overall configuration of an automatic disk playing apparatus employing the above will be described with reference to FIGS.

FIG. 7 shows the overall structure of an automatic disk playing device using the disk storage magazine according to the present invention.
FIG. 8 is a partially cutaway perspective view showing a state where the tray is separated in the automatic disk playing apparatus.

The disk automatic performance device 20 (hereinafter also referred to as device 20) shown in FIGS. 7 and 8 uses the above-described disk storage magazine 1 (hereinafter also referred to as magazine 1) according to the present invention. The magazine 1 is inserted into the magazine placing section 45 of the magazine placing mechanism section 40 provided in the device 20, and is placed in a predetermined placing position in the tray-separable framework state shown in FIG. Then, the desired tray 3 is selected from the trays 3 closely stacked on the tray mounting table 4, and the desired tray 3 is maintained below the desired tray 3 so as to maintain a predetermined interval K (FIG. 6). 8 and the disc playing mechanism 130, which is swingably supported as shown in FIG. 8, is faced below the desired tray 3, and only the disc 2 mounted on the tray 3 is chucked on the turntable 143. Shi It is characterized in that it has configured to play by the optical pickup 145.

In addition, the schematic structure of the apparatus 20 is as follows: a frame 21 serving as a base of the apparatus 20, a magazine mounting mechanism section 40 and a slide mechanism section 60 constituting a magazine mounting section, a tray selecting and separating section. The slide mechanism section 60 and the cam wheel holding body 70 and the pair of tray selecting and separating mechanism sections 90 (90A, 90B), and the cam wheel holding body 70 and the disk playing mechanism section 130 that form the disk playing means can be roughly classified. The mechanism section of each means is configured to operate in association with each other as described above.

Further, among the above mechanical parts, the magazine 1
The magazine mounting mechanism 40 and the slide mechanism 60 are assembled as one unit as a mounting system for
As a performance system for selecting and separating the tray 3 in the tray and playing the desired disc 2, a cam wheel holder 70 integrally supporting the tray selection and separation mechanism unit 90 and the disc playing mechanism unit 130 is assembled as one unit, Both units are assembled and installed in the frame 21 with good workability.

In the automatic disc playing device 20, the ultra-thin magazine 1 containing compact discs is used.
Is adopted, the external dimensions of the device 20 are known DIN standard sizes (width × depth × height = 180 × 150 × 50 m
m), it is compactly housed, and is optimal for, for example, in-vehicle use. Hereinafter, each of the above-mentioned mechanism units will be described in detail in order.

<Regarding the Frame 21> As shown in FIG. 7, the frame 21 serving as the base of the apparatus 20 has a flat bottom surface 21a formed by using a sheet metal plate or the like, and is formed from both sides of the bottom surface 21a. Bend upward to form side faces 21b, 21c,
The cross-sectional shape is formed in a U-shape. And the frame 21
Are compactly formed so as to fit within the DIN standard.

<About Magazine Placement Mechanism Section 40> About Magazine Placement Mechanism Section 40 FIGS. 2, 3, 5 and 7-
This will be described with reference to FIG. FIG. 9 is an enlarged view of the magazine mounting mechanism.

The magazine mounting mechanism section 40 includes a frame 21.
Is fixedly installed on the bottom surface 21a in front of the
The state in which the magazine slide plate 5 is locked by the function of detachably mounting the
It has a function of releasing the first and second position states in FIG. 4) and a function of holding the trays 3 densely stacked in the mounting position after separation.

As shown in the enlarged view of FIG. 9, in the magazine placing mechanism section 40, the gazette placing section upper plate 41 and the magazine placing section bottom plate 42 are formed by using a sheet metal plate or the like.
It is connected to extend and contract freely via 3 and 44. That is, the flat surfaces 41a and 42a of the magazine mounting portion upper plate 41 and the magazine mounting portion bottom plate 42 are separated from each other vertically and face each other, and
A pair of cross arms 43 and 44 are connected to the side surfaces 41b, 41c, 42b and 42c so as to face each other and extend and contract,
It is framed as a magazine mounting part 45. Further, the pair of cross arms 43 and 44 employ a well-known pantograph mechanism rotatably provided while crossing the two arms, and only the magazine mounting portion upper plate 41 is arranged in parallel in the vertical direction. Stretched. Further, the magazine placing portion upper plate 41 and the magazine placing portion bottom plate 42 have flat surfaces 41a, 42a facing each other formed in substantially the same shape as the magazine 1, and the magazine placing portion upper plate 41 is contracted. In this state, the insertion holes 45a are formed at intervals so that the magazine 1 (FIG. 3) in the first position described above can be inserted. The right side surfaces 41b and 42b of the magazine mounting portion upper plate 41 and the magazine mounting portion bottom plate 42 correspond to the side plate portions 5c (FIG. 2) of the magazine slide plate 5 to be inserted, and the right side of the frame 21. The left side surface 41 is located on the surface 21b side.
The disk playing mechanism 13 is provided at a part of the rear R portions 41f and 42f connected to a part of the left and right side surfaces 41c and 42c.
An opening 45b through which 0 can face is formed.
The R portions 41f and 42f are provided with the R of the tray 3 and the tray mounting table 4.
It corresponds to the sections 3f and 4f.

[0049] Further, the bottom surface 21 of the magazine loader unit bottom plate pieces 42a ₁ cut and raised downward from the flat surface 42a of the 42 are formed, the frame 21 pieces 42a ₁ raised the cut
by fixing the a, it is formed only of the distance between the flat surface 42a and the bottom surface 21a, as the slide plate 61 to be described later in this interval (two-dot chain line) can be moved in the arrow X _1, X ₂ direction Has become. Also, the magazine mounting part bottom plate 42
Of the deeper flat surface 42a, unlocking pieces 42a ₂ as a magazine slide plate movement restricting release means is lanced formed above. Then, when the magazine 1 in the first position state (FIG. 3) is inserted, the unlocking piece 4
2a ₂ enters the guide groove 4g ₂ (FIG. 2) formed in the back surface 4g of the tray mounting table 4, unlocks the hook member 7 serving as the magazine slide plate movement restricting means, and moves the magazine slide plate 5 to the third position. Arrow X ₂ until state (FIG. 5)
Moving in the direction.

The flat surface 4 of the bottom plate 42 of the magazine mounting portion
The deeper the 2a, elongate rectangular slide hole 42a ₃ is punched. Further, the lever 47 rotates about the axis 46 from the back side of the flat surface 42a is provided, a sliding member 48 which is suspended on the distal end portion of the lever 47 is fitted to the slide hole 42a _3. Here, the sliding member 48 has a front end regulating portion 48a that regulates the position forward in the insertion direction of the tray mounting table 4 and is formed to protrude upward, and a square recess 4g ₃ formed on the rear surface 4g of the tray mounting table 4 on the near side. Projecting portion 48b fitted to (FIG. 2)
There has been formed to allow infested the sliding hole 42a ₃ is biased leaf spring (not shown).

When the magazine 1 is manually inserted, the front end of the tray mounting table 4 in the insertion direction is the tip regulating portion 48a.
Position is regulated in contact with, and, when the projecting portion 48b in a corner recess 4g ₃ is fitted, the magazine 1 and the sliding member 4 integrally
8 is moved in the arrow _{X 1} direction and the lever 47 is shaft 46
And rotate clockwise around. At this time, lever 47
Pin 49 which is fixed to is formed on the flat surface 61a of the lower slide plate 61 for "Ku-shaped" cam groove 61a ₂ "Ku-shaped"
As shown in FIG. Then, the slide plate 61
When automatically moves in the arrow X ₁ direction, the pin 49 is moved along the "Ku-shaped" portion of the "Ku-shaped" cam groove 61a _2, the sliding member 48 which is suspended on the distal end portion of the lever 47 The magazine 1 is inserted to the back through the. Here, the magazine 1 inserted to the back comes into contact with the positioning stoppers 41e and 42e bent and formed in the insertion direction back of the magazine mounting portion upper plate 41 and the magazine mounting portion bottom plate 42,
It is positioned and mounted at a predetermined mounting position. Incidentally, when the pin 49 is moved to the "straight" portion from the "Ku-shaped" cam groove 61a ₂ "Ku-shaped" section, "straight" part without involving the movement of the magazine 1, simply slide plate 61 It has a relief hole for further moves in the direction of arrow X _1.

Further, an erroneous insertion preventing stopper portion 41f ₁ is formed by bending downward on an R portion 41f near the positioning stopper portion 41e of the magazine placing portion upper plate 41. Here, since the erroneous insertion preventing stopper portion 41f ₁ is formed on the R unit 41f, when inserted from the wrong direction the magazine 1, the tray 3 and R portion 4f of the R portion 3f or tray table 4 matches Therefore, erroneous insertion of the magazine 1 can be reliably detected.

The right side surface 4 of the bottom plate 42 of the magazine mounting portion
2b holes 42b ₁ notched downward is formed in the projecting piece 42b ₂ are formed above the cutout portion 42b _1. Further, a magazine insertion detection lever 50 is supported by the flat surface 42a on the right side surface 42b side so as to rotate about a shaft 51. On the right side surface 42b, a magazine insertion detection switch lever 52 is provided with a shaft 54 by a tension spring 53.
And is pivotally supported while being urged clockwise about. When the magazine 1 is inserted, the tray mounting table 4
Insertion direction front corner abuts the abutting portion 50a of the magazine insertion detection lever 50, since the magazine insertion detection lever 50 is rotated counterclockwise around the shaft 51, the pressing portion that faces the notch hole 42b ₁ 50b pushes one end 52a of the magazine insertion detection switch lever 52, and rotates the magazine insertion detection switch lever 52 counterclockwise about the shaft 54 against the tension spring 53. This allows
Bending piece 52b formed at the other end of the magazine insertion detection switch lever 52, by departing from the switch SW ₁ which is soldered to the right side surface 21b of the wiring board 23 of the frame 21 (FIG. 7), the magazine 1 is Detected insertion. The operation timing of the switch SW ₁ is 2
It is shown in FIG.

The right side surface 4 of the bottom plate 42 of the magazine mounting portion
2b, a locking lever 55 having a hook portion 55a formed at one end and a pin 56 fixed to the other end is rotatably supported while being urged clockwise about a shaft 58 by a tension spring 57. . The hook portion 55a of the locking lever 55
And to be able to engage the bent piece 41b ₁ formed in the right side surface 41b of the magazine loader unit upper plate 41. Then, the flat cam surfaces 61b ₂ formed on the right side surface 61b of the slide plate 61 the pin 56 will be described later abuts, and, when the portion upper plate 41 mounting the magazine against the magazine loader unit bottom plate 42 is retracted , the hook portion 55a is engaged with the bent piece 41b _1, the magazine loader unit 45 is locked to the mechanical. Further, when the slide plate 61 is moved in the direction of arrow X _1, the pin 56 moves the inclined cam surface 61b ₁ of the front side which is connected to the flat cam surfaces 61b _2, the magazine placed as shown in FIG. 8 The lock between the top plate 41 and the magazine bottom plate 42 is released, and the magazine placement top plate 4 is unlocked.
1 can be moved up and down freely. The mechanical lock operation timing of the magazine 1 is shown in FIG.

<Regarding Slide Mechanism Section 60> The slide mechanism section 60 will be described with reference to FIGS.
FIG. 10 is a partially exploded perspective view showing the inside of the automatic disk playing device.

As described above, the slide mechanism section 60 includes the bottom surface 21a of the frame body 21 and the magazine mounting section bottom plate 42.
And a function of automatically moving the magazine 1 inserted into the magazine mounting mechanism 40 to a predetermined mounting position, and selecting a desired tray 3. And a function of moving to separate the cam wheel holding member 70 while supporting the cam wheel holding member 70.
And a function to move up and down stepwise in the tray stacking direction.

As shown expanded in FIG. 10, in the slide mechanism section 60, the slide plate 61 is formed by bending the cross section into a U shape using a metal plate or the like, and is formed on the bottom surface 21a side of the frame body 21. The flat surface 61a is formed, and the flat surface 6 is formed.
Side surfaces 61b and 61c are formed by bending upward from both sides of 1a, and the side surfaces 61b and 61c face each other in the side surfaces 21b and 21c of the frame 21.

On the flat surface 61a of the slide plate 61, the guide pins 22 fixed to the bottom surface 21a of the frame body 21,
Slide holes 61a ₁ , 61a ₁ for guiding the slide plate 61 in the directions of the arrows X ₁ , X ₂ along the direction 22 are formed, and
The above-mentioned “U-shaped” cam groove 61a ₂ is formed,
Notches 61a ₃ , 61a ₄ are formed at the back and inside the left side surface 61 to allow the attached components to escape.

[0059] Further, the inside of the left side surface 61c of the slide plate 61 has a rack 62 is secured, the rack 62 reduction mechanism 24 is disposed on the bottom surface 21a of the frame 21 in the ₄ notches 61a It is connected to the motor M ₁ via. And, it is away switch SW ₁ as described above,
After detecting that the magazine 1 has been inserted, the motor M ₁
But works, by moving the slide plate 61 in the direction of arrow X _1, are inserted magazine 1 automatically deeper. The operation timing of the slide plate 61 is shown in FIG.

Further, the inclined cam surface 61b ₁ and the flat cam surface 61b ₂ are formed on the front side of the right side surface 61b of the slide plate 61, and further, the mountain-shaped cam groove 61b ₃ is formed in the rear right side surface 61b. And a stepped cam groove 61b ₄ are formed. On the other hand, also left plane 61c of the slide plate 61, chevron-shaped cam groove 61c ₁ and stepped cam grooves _61c 2, 61c ₃ of the same shape are formed. The stepped cam grooves 61b ₄ , 61c ₂ , and 61c ₃ have pins 74A fixed to a bottom plate 72 of a cam wheel holder 70 described later.
To 74C are inserted respectively.
A~74C are inserted through each side 21b of the frame 21 extending, vertical hole _21b 1 formed in _21c, to 21c 1, 21c _2. Therefore, in cooperation with the movement of the slide plate 61, the cam wheel holding member 70 is
stepwise can move up and down in accordance with the shape of c _2, 61c _3, at this time, the vertical hole _{21b 1,} 21c _1, 21c ₂ Kamuhoiru holder 70 is restricted in the front-rear direction.

As described above with reference to FIG. 9, the inclined cam surface 61b formed on the right side surface 61b of the slide plate 61.
_1, the flat cam surfaces 61b _2, the locking lever 55 (FIG. 9)
With pin 56 which is fixed is in contact with the further the inclined cam surface 61b _1, the switch SW for detecting the initial state
A pin 26 fixed to an initial detection lever 25 that presses the button ₂ is in contact with the initial detection lever 25. The above initial detection lever 25
Is on the outside of the right side surface 21b of the frame 21, tension the spring 27 are supported rotatably around the shaft 28, device 20 is in a state in which the pin 26 is in contact with the inclined cam surface 61b ₁ is in the initial state I judge that there is. The initial detection operation determines whether the magazine 1 can be attached or detached. The operation timing of the switch SW ₂ is shown in Figure 24.

<Regarding the Cam Wheel Holding Body 70> The cam wheel holding body 70 will be described with reference to FIGS. 7 to 14. FIGS. 11 to 13 are diagrams for explaining a tray selection and separation mechanism in the cam wheel holder, and FIGS.
(A), (B) is a diagram for explaining the disk playing mechanism in the cam wheel holder.

As shown in FIG. 10, the cam wheel holder 70 is supported by the slide plate 61, and tray stacking is performed step by step in cooperation with the slide plate 61 that moves in accordance with the desired tray 3 selecting operation. It moves up and down in the direction
First and second cam wheels 76 and 77 connected to a drive source
The apparatus 20 is driven by the first and second cam wheels 76 and 77 and cooperates with the movement of the slide plate 61.
A desired tray 3 is selected from among the trays 3 densely stacked on the tray mounting table 4 in the magazine 1 moved to the back of the magazine 1, and a desired tray is maintained below the desired tray 3 at a predetermined interval. A pair of tray selecting and separating mechanisms 90 (90A, 90B) having a function of separating the disk 2 mounted on a desired tray 3 and a function of mounting only the disk 2 mounted on a desired tray 3 on a turntable 143 (FIG. 14). After the desired tray 3 is selected and separated, the tray 3 is driven by the first cam wheel 76 so as to face the predetermined position below the tray 3 on which the desired disk is placed, corresponding to a predetermined height position, and
A swingable disk playing mechanism 130 having means for playing the disk 2 at this position is provided integrally with the "inverted L-shaped" frame 71.

Of the above components, the frame 71, which is the base of the cam wheel holder 70, is framed by attaching the upper plate 73 at a predetermined height distance from the bottom plate 72, and has a plane shape in the front. When viewed from above, it is formed in an "inverted L shape" by using a sheet metal plate or the like. When the magazine 1 is mounted on the bottom plate 72 and the upper plate 73, R portions 72f and 73f facing the R portions 3f and 4f (FIG. 2) of the tray 3 and the tray mounting table 4 are formed. In particular, the R section 72
Since the area of the bottom plate 72 and the upper plate 73 can be made large by the shapes of the f and 73f, the first and second cam wheels 76 and 77 can be installed in the vicinity of the R portion 73f. A disc playing mechanism 130 described later can be stored with good area efficiency between the plate 73 and the vicinity of the R portion 72f.

Pins 74A to 74C are fixed to the side surfaces 72b and 72c of the bottom plate 72.
4A~74C are inserted respectively into stepped cam groove _{61b 4,} 61c _2, 61c ₃ which is formed in the slide plate 61 as described above, further,縱孔_21b 1 formed in the frame 21,
21c ₁ and 21c ₂ are respectively inserted. As a result, the cam wheel holder 70 can move up and down stepwise in the tray stacking direction in cooperation with the movement of the slide plate 61 as described above.

The upper plate 73 is rotatably supported by a first cam wheel 76 meshed with a motor M2 serving as a drive source via a reduction mechanism portion 75, and a second cam wheel 77 meshed with the first cam wheel 76. Has been done. 1st, 2nd
A plurality of cam grooves are formed on the upper and lower surfaces of the cam wheels 76, 77. Of these cam grooves, one end of the switch lever 78 is in contact with a cam groove 76a formed on the upper surface of the first cam wheel 76. The other end of the switch lever 78 contacts and separates the switches SW ₄ and SW ₅ soldered to the wiring board 79 to control the motor M2. The operation timing of these switches SW ₄ and SW ₅ is shown in FIG.

The bottom plate 72 and the upper plate 73 have first and second
A pair of tray selection / separation mechanisms 90 (90A, 90B) connected to the second cam wheels 76, 77 are provided, that is, the second cam wheels 76, 77 The tray selection and separation mechanism 90B driven by the first cam wheel 77 is provided on the upper plate 73 on the left front side of the apparatus 20. Although the mechanism parts 90A and 90B have a partially different connection relationship, they use substantially the same mechanism members to form the first and second cam wheels 76 and 90B.
It is driven synchronously by the engagement relationship of 77.

Further, a pair of tray selecting and separating mechanism section 9
Reference numerals 0A and 90B denote lifter parts 100A and 100B and disc grip release parts 120A and 120B, respectively. Of these parts, a connecting plate 91 engaged with a cam groove 77a formed on the upper surface of the second cam wheel 77 is provided. By sliding in the directions of the arrows Y ₁ and Y ₂ , the lifter unit 1 is moved.
00A, the connecting plate 93 engaged with a cam groove (not shown) formed on the lower surface of the second cam wheel 77 is moved by an arrow Y.
By sliding to _{1, Y 2} direction, and let to operate the disk gripping releasing unit 120A.

On the other hand, the connecting plate 95 engaged with the cam groove 76b formed on the upper surface of the first cam wheel 76 has arrows X ₁ , X.
By sliding in _two directions, the lifter portion 100B is operated by the connecting plate 96 engaged with the cam groove 76c formed on the upper surface of the first Kamuhoiru 76 slides in the arrow X _1, X ₂ direction, The disc grip release unit 120B is operating.

Here, for convenience of illustration of the operation of the switch SW ₃ , only the tray selection and separation mechanism section 90A installed on the back side of the apparatus 20 will be described with reference to FIGS. 11 to 13.
The description of the front tray selection and separation mechanism unit 90B that performs the same operation in synchronization with this is omitted. FIG. 11 shows an initial state in which the magazine is not inserted into the slide plate, and FIG. 12 shows that the slide plate moves to the back.
FIG. 13 shows a state in which the lifter protrudes forward, and FIG. 13 shows a state in which the lifter rises with the slide plate moved to the back.

The lifter section 100 shown in FIGS.
In A, an L-shaped bent L is provided on the upper right of the bottom plate 72.
Character bracket 101 is suspended from the first vertical surface 10
1a and a second vertical surface 101b connected thereto and bent at a right angle in the front direction are formed. Further, the first vertical surface 101a horizontal holes 101a ₁ is bored in the upward, vertical hole 101a ₂ is bored in the vicinity of the second vertical surface 101b,
Furthermore, the arcuate hole 101a ₃ are drilled between the horizontal hole 101a ₁ and the vertical hole 101a _2. Also, three pins 1
02-104 "Ku-shaped" lever 105 which is fixed to the upper pin 102 is fitted in the horizontal hole 101a _1, protrudes forward while the center of the pin 104 is fitted into the arcuate hole 101a _3, lower while fitting the pin 103 to the vertical hole 101a ₂ are protruded forward. The first vertical surface 101 above the vertical hole 101a ₂ of the L-bracket 101
A lever 107 is supported on a shaft 106 fixed to a. A lower end of the lever 107 is engaged with a pin 104 protruding forward from the center of the “L-shaped” lever 105. Furthermore,
_First below the horizontal hole 101a1 of the L-shaped bracket 101
"L-shape" with the shaft 108 fixed to the vertical surface 101a as a fulcrum
A lever 92 is supported, and a pin 92 fixed to a bent portion 91a of the connecting plate 91 is engaged with one end of the "L-shaped" lever 109, and the "L-shaped" is attached to the other end via a shaft 108. "Pin 10 protruding forward from the center of lever 105
4 are engaged. Each of the above levers 105, 107, 10
Reference numeral 9 denotes a link mechanism that cooperates with the operation of the connecting plate 91 abutting on the cam groove 77a of the second cam wheel 77 sliding in the directions of the arrows Y ₁ and Y ₂ .

A compression spring 110 is inserted into the pin 103 projecting from the lower side of the "dogleg" lever 105 toward the front side, and further, a lifter 111 is attached to the pin 103 from the front side.
A is fitted against the compression spring 110 and the retaining ring 11
2 restricts the lifter 111A from jumping forward. The lifter 111A has a tray 3
(FIG. 2) and two claw portions 111a and 111b for integrally moving the magazine mounting portion upper plate 41 (FIG. 9) up and down,
The first vertical surface 101 of the L-shaped bracket 101 is formed at the front in the insertion direction of the magazine 1 with a slightly different height, and at the rear.
b, a guide hole 111c for moving up and down is formed.
1e is formed to protrude. The lifter 111A having a complicated shape as described above is integrally formed using a resin material. Accordingly, the lifter 111A is
It is slidably supported in the front-rear direction (arrows X ₁ and X ₂ directions) along the pin 103 while being urged to 0, and the operation in the front-rear direction cooperates with the slide plate 61 as described later. . Also, lifter 111A along the second vertical surface 101b slidably supported in the vertical direction (arrow _Z 1, _{Z 2} direction), and, the vertical operation of the second Kamuhoiru 77 as will be described later times Working with movement.

Further, the bottom plate 72 is provided near the lifter 111A.
Includes a push-down lever 113A for pushing down the tray 3 (FIG. 2) and / or the tray mounting table 4 (FIG. 2).
Are supported by a torsion spring 114 while being urged clockwise about a shaft 115, and are regulated forward by a stopper piece 72 a of a bottom plate 72. Also, the right protrusion 113a formed on the push-down lever 113A is
Since engages wraps around the back of the arm portion 111d formed on the left side of the lifter 111A, depressed portions 113b formed at the front, the operation in the longitudinal direction of the lifter 111A (arrow _X 1, _{X 2} direction), i.e. The following lifter 1
Claw portions 111a of 11A, is supposed to work with the cooperation of the front-rear direction (arrow _X 1, _{X 2} direction) of 111b.

Further, as described above, the pin 74A fixed to the side surface 72b of the bottom plate 72 is inserted into the stepped cam groove 61b ₄ formed in the slide plate 61, and the frame body 2 is further inserted.
It is inserted into縱孔21b ₁ formed in one of the right side surface 21b. At this time, the step-like cam groove 61 into which the pin 74A fits.
b ₄ is stepped cam portion _61b 4 -S is formed on the front side,
The stepped cam portion 61b 4 _-S corresponds from deeper from the bottom to the top by fart stages of trays 3 stacked on the tray table 4 toward the front, each stage height of about the thickness of the tray 3 The stair cam portions 61b ₄ -S are sequentially formed differently.
Here, is formed so that it can be applied to a magazine in which the trays 3 are stacked in five layers. Also, the stair cam part 61b ₄
Straight until deeper by concatenating the lowermost -S cam portion 61b ₄ -
L is formed. Also, the magazine 1 into the slide plate 61 is in the initial state of not being inserted, the pin 74A is fitted as illustrated in deeper linear cam portion 61b 4 _-L.

[0075] Further, bifurcated arm 30 is on the outside of the right side surface 21b of the frame 21 is rotatably supported about a shaft 31, against the switch SW ₃ and away from the switch contact portion 30
a and a bracket contact portion 30b that contacts the slide bracket 33 described below.

A pin 32 is fixed below the switch contact portion 30a of the bifurcated arm 30, and this pin 32 is
Was formed in the slide plate 61 through the holes 21b ₂ which is formed in the right side surface 21b of the frame 21 is fitted to the chevron-shaped cam groove 61b _3. Also, the mountain-shaped cam groove 6 into which the pin 32 fits.
1b ₃ are chevron-shaped cam portion _61b 3 -M is formed on the front side, and the linear cam portion _61b 3 -L is formed by concatenating the deeper chevron-shaped cam portion _61b 3 -M, and, chevron-shaped turn the tray 3 cam unit _61b 3 -M is toward the front from the deeper
Are formed from the bottom to the top when five layers are stacked. Further, in the initial state where the magazine 1 into the slide plate 61 is not inserted, the pin 32 is fitted as shown in deeper linear cam portion 61b 3 _-L.

[0077] Also, a deeper the elliptical hole 21b ₃ of縱孔21b ₁ formed in the right side surface 21b of the frame 21 is bored, span from the outside of the right side surface 21b toward the inside in the elliptical hole 21b ₃ Thus, the slide bracket 33 is slidably provided while being biased by the tension spring 34 in the arrow X ₂ direction. In the slide bracket 33, a bent portion 33a bent substantially at right angles is formed outside the right side surface 21b of the frame 21, and a lever portion 33b hanging down below the elliptical hole 21b ₃ is formed inside the right side surface 21b. ing. Bend 33 of slide bracket 33
a always presses the bracket contact part 30b of the forked arm 30 by the urging force of the tension spring 34. On the other hand, the pin portion 111e formed on the right side of the lifter 111A is in contact with the lever portion 33b of the slide bracket 33 from the rear, and the pressing force of the pin portion 111e is a compression spring that urges the lifter 111A. 1
It depends on 10.

Here, the claw portion 111 of the lifter 111A.
a, operation of the front-rear direction (arrow _X 1, _{X 2} direction) of 111b, the front-rear direction (arrow _X 1 in depressed lever 113A, X
₍₂ directions) and the lifter 111A is
The operation of sliding in the vertical direction (the directions of arrows Z ₁ and Z ₂ ) along 1b will be described with reference to FIGS.

As shown in FIG. 11, in the initial state where the magazine 1 (FIG. 1) is not inserted in the slide plate 61,
The connecting plate 91 that bears against the cam grooves 77a of the second Kamuhoiru 77 is moved as shown by the arrow Y ₁ direction, each lever to the coupling plate 91 cooperates with 105,
07,109 is reaches the link posture state shown, these, "Ku-shaped" pin 103 fixed to the lever 105 is positioned at the lowermost end of the vertical hole 101a _2, and, the pin 10
The lifter 111A fitted to the third position 3 is guided by the second vertical surface 101b and located at the lowermost end. The pin 32 fixed to the bifurcated arm 30, the chevron-shaped cam groove 61b ₃ of which linear cam portion _61b 3 -L fitted as deeper in the illustrated engaged in the slide plate 61, the inside of the right side surface 21b As seen from the above, the bifurcated arm 30 rotates counterclockwise about the shaft 31. At this time, the switch contact portion 30a of the bifurcated arm 30 is separated from the switch SW _3, although bracket contact portion 30b is in contact with the bent portion 33a of the slide bracket 33, bifurcated arm 30 of the rotation in the counterclockwise direction and is pressed oval hole 21b ₃ in the arrow X1 direction against the biasing force of the slide bracket 33 is tension spring 34. Therefore, the lifter 111 that is in contact with the lever portion 33b of the slide bracket 33
The pin portion 111e of A even against the biasing force of the compression spring 110 is pushed in the direction of arrow _{X 1,} the pin portion 111e
And two claw portions 111a and 111b integrated with the rear (arrow X).
Retracted in _one direction), and, depressed portion 113b of the arm portion 111d cooperating with depressed lever 113A is also retracted rearwardly (direction of arrow _{X 1),} which allows insertion of the magazine 1.

Next, in FIG. 12, although the magazine 1 (FIG. 1) inserted in the slide plate 61 is omitted,
As described above, by detecting that the magazine 1 is inserted, the slide plate 61 is moved in the direction of arrow X _1, the magazine 1 of the tip magazine loader unit upper plate 41 and the magazine loader unit bottom plate positioning stopper portion is deeper in the bent form of the 42 41e, in contact with the 42e (FIG. 9), after the magazine 1 is positioned placed at a predetermined placement position, only the slide plate 61 is further in the arrow X ₁ direction At this time, a desired tray 3 is specified in advance by a tray selecting means (not shown). Here, tray selection means sets the amount of movement of the slide plate 61 in accordance with the stacking order of the desired tray 3, namely, located in mountain shape cam portion 61b 3 _-M corresponding to the tray 3 selected pins 32 is, and and, are positioned in a stepped cam portion _61b 4 -S corresponding to the tray 3 selected pins 74A.

That is, in the state shown in FIG. 12, the case where the lowermost tray 3C (FIG. 1) is selected as the desired tray 3 will be described. Here, the second Kamuhoiru 77 remains stopped in the same manner as shown in FIG. 11, when only the slide plate 61 is moved in the direction of arrow X _1, the linear cam portion 61b of the chevron-shaped cam groove 61b ₃ 3 _-L deeper of The pin 32 that has been fitted into the groove falls into the “groove” of the mountain-shaped cam portion 61b ₃ -M corresponding to the lowermost tray 3C, and the forked arm 30 to which the pin 32 is fixed is attached to the inside of the right side surface 21b. When viewed from above, it rotates clockwise about the shaft 31. When the forked arm 30 is rotated clockwise, the forked arm 3 is rotated.
Since 0 of the switch contact portion 30a comes into contact with the SW _3, the movement of the arrow _{X 1} direction of the slide plate 61 is stopped. The same time, the stepped cam groove 61b ₄ of the straight cam portion 61b ₄ -
The pin 74A fitted to the back of L is the lowermost tray 3
Located in a stepped cam portion _61b 4 -S and the corresponding C. still,
The switch SW _3, the pin 32 is chevron-shaped cam portion 61b
_Since the signal is inverted by passing through the _3- M “mountain”, the number of pulses at this time can be counted, whereby the stacking order of the trays 3 can be detected, and it functions as an integrating switch. The operation timing of the switch SW ₃ is shown in FIG. 24. On the other hand, the clockwise rotation of the forked arm 30 causes the bracket contact portion 3 of the forked arm 30 to rotate.
0b contact with and is sliding bracket 33 is tensile biasing force of the spring 34 elliptically hole 21b ₃ in the arrow _{X 2}
Slide in the direction. Accordingly, since the movement in the arrow _{X 2} direction by the biasing force of the pin portion 111e the compression spring 110 of the lifter 111A which is in contact with the lever portion 33b of the slide bracket 33, two claw portions integrally with the pin portion 111e 111a, 111b protrude forward (direction of arrow _{X 2),} and a stopper piece 72a rotates clockwise by the urging force of the depressed portion 113b also torsion spring 114 of the arm portion 111d cooperating with depressed lever 113A lifter 111A while it is regulated in the projecting forward (direction of arrow X _2). After this, the two claw portions 11 of the lifter 111A are
1a and 111b are formed with slightly different heights.
g ₂ and this and enter each of the second separation recess 3 g ₂ adjacent upper tray 3B. On the other hand, lifter 111A
Push-down portion 113 of push-down lever 113A cooperating with
b also a tray table 4 pressed downward so enters from above the separation recesses 4a ₆ of the tray table 4 shown in FIG.

If a tray other than the lowermost tray 3C is selected, the two claw portions 111a, 11a of the lifter 111A are selected.
1b is a second separate recesses 3 g 2 of the tray 3 selected _(Figure 2) and this second separation recess 3 g ₂ engages the tray 3 of the upper adjacent tray 3 and retractable magazine loader on portion The plate 41 (FIG. 9) can be moved up and down integrally. On the other hand, the pressing portion 11 of the pressing lever 113A
3b is the first separation recess 3a ₇ of the tray 3 below the selected tray 3 (FIG. 2) or the separation recess 4a of the tray mounting table 4.
_{6 so} that the tray 3 and / or the tray mounting table 4 can be pushed down.

Next, also in FIG. 13, although the magazine 1 (FIG. 1) inserted in the slide plate 61 is omitted,
As described above, the movement of the slide plate 61 is stopped in the state of FIG.

Here, when the second cam wheel 77 is rotated clockwise, the connecting plate 9 abutting on the cam groove 77a is connected.
Since 1 is moved as shown by the arrow _{Y 2} direction, the levers to work the connecting plate 91 interacts 105, 107, 109
Reaches the link posture state shown in the drawing, in which the pin 103 fixed to the “L-shaped” lever 105 is inserted into the vertical hole 101.
Since moves upward along a _2, lifters 111A fitted to the pin 103 is moved upward by being guided by the second vertical surface 101b. Further, the pin 111e of the lifter 111A also moves upward while being in contact with the lever 33b of the slide bracket 33. At this time, the slide plate 61
Is stopped, the two claw portions 1 of the lifter 111A are stopped.
11a and 111b maintain a state of protruding forward, and in FIG. 12, the two claw portions 111a and 111b are adjacent to the second separation recess 3g ₂ (FIG. 2) of the lowermost tray 3C. Since it enters into the second separation recess 3g ₂ (FIG. 2) of the upper tray 3B, the lifter 111A
By the upward movement, the two claw portions 111a and 111b move the lowermost tray 3C upward while sandwiching the lowermost tray 3C. Therefore, the trays 3B and 3A stacked on the lowermost tray 3C and the retractable magazine mounting portion upper plate 41 (FIG. 9) can also be integrally moved.

On the other hand, the upward movement of the lifter 111A causes the push-down lever 113A, which cooperates with the arm portion 111d of the lifter 111A, to release the engaging relationship, but is rotated clockwise by the urging force of the screw spring 114 to stop. Since it protrudes forward (in the direction of arrow X ₁ ) while being regulated by the piece 72a, the separation recess 4a ₆ of the tray mounting table 4 (FIG. 2)
Is held down, and the tray mounting table 4 remains mounted on the magazine mounting portion bottom plate 42 (FIG. 9).
Therefore, a predetermined interval is formed between the lowermost tray 3C and the tray mounting table 4, and the tray 3 is separated. Within the predetermined interval, the disc playing mechanism 130
(FIG. 14).

As will be described later, when the lifter 111A is slightly lowered after the predetermined interval is formed, only the disc 2 mounted on the lowermost tray 3C is placed on the turntable 143 (FIG. 14). It becomes possible to do.
If a tray other than the lowermost tray 3C is selected, the lifter 111A (111B) and the push-down lever 113A
Since stepwise vertically moved at a predetermined height position via a chevron-shaped cam portion 61b 3 _-M and stepped cam portion 61b 4 _-S where Kamuhoiru holder 70 which holds the (113B) corresponding tray 3 selected The tray 3 selected by the lifter 111A (111B), the upper tray 3 adjacent thereto, and the magazine mounting portion upper plate 41 (FIG. 9) are integrally moved upward.
On the other hand, the push-down lever 113A (113B) pushes down the tray 3 and / or the tray mounting table 4 below the selected tray 3, so that the disc playing mechanism 1
A predetermined interval facing 30 (FIG. 14) can be formed.

Next, the disc grip release section 120A of the tray selection and separation mechanism section 90A shown in FIGS.
The disk grip lever 9 is used to release the grip of the disk 2 gripped by the tray 3 described with reference to FIG.
In (9A, 9B), the disk gripping lever 9A side is provided so as to release the gripping.

In FIG. 11, the disc grip release section 12
The disk grip release lever 121A on the 0A side is
The Y-shaped portion 121a at one end is engaged with the pin 94 fixed to the connecting plate 93, and the hanging portion 121b at the other end is connected to the upper plate 73.
Is formed so as to hang downward facing the notch portion 73a. Then, when the second Kamuhoiru 77 is positioned in the initial state, since the connecting plate 93 that bears against the rear surface side of the cam groove (not shown) is moved in the arrow Y ₁ direction, the disc gripping release lever 121A Is rotated clockwise about the shaft 122, whereby the hanging portion 121b is retracted rearward, and the insertion of the magazine 1 is allowed. On the other hand, as shown in FIG.
When moved in _two directions, the disc grip release lever 12
1A rotates counterclockwise about the shaft 122, whereby the hanging part 121b projects from the rear to the front side, and pushes the pressing portion 9b (FIG. 2) of the disk gripping lever 9A, whereby the disk 2 is moved to the tray 3 From the grip.

Next, as shown in FIGS. 14A and 14B, the disk playing mechanism section 130 swingably supported by the frame 71 of the cam wheel holder 70 will be described.

The disc playing mechanism section 130 moves up and down together with the vertical movement of the cam wheel holder 70. The disc playing section 140 for playing the disc 2 and the first cam wheel 76 protects the disc playing section 140. Anti-vibration support part 150 for vibration support and first cam wheel 76
Thus, the disc playing section 140 can be roughly divided into a swing support section 170 which faces the desired tray 3 within a predetermined interval below the tray 3.

In FIG. 14A, among the above-mentioned constituent members, the disc playing portion 140 is unitized and assembled in the box body 141. That is, the box 141 serving as a base of the disc playing unit 140 is formed in a box shape using a die-cast material, a resin material, or the like, and a turntable 143 fixed to a shaft of a motor 142 is rotatably attached to the interior 141a. Have been. On the turntable 143, a spindle portion 143a that fits into the center hole 2b (FIG. 2) of the disk 2 is formed to protrude upward, and is connected to the spindle portion 143a to lower the reproduction surface (or recording surface) of the disk 2 downward. The mounting portion 143b on which the side 2c is mounted is formed in a disk shape. Also, an elastic member such as rubber (not shown)
The chucking claws 144 urged to the
Three positions are provided so as to be able to advance and retreat with respect to the outer peripheral portion of 3a. At this time, since the spindle portion 143a having the chucking claw 144 is formed so as to protrude in an extremely thin shape about the thickness of the disk 2, the spindle portion 143a of the spindle portion 143a while holding the disk 2 on the tray 3 will be described later. The disc 2 can be reliably chucked to the turntable 143 from above, and can be chucked even in a closed structure in which a central hole is not formed as in the case of the uppermost tray 3A.

Furthermore, in the inside 141a of the box 141, the optical pickup 145 is arranged in the radial direction of the disk 2 (arrows D ₁ , D) on the reproduction surface (or recording surface) 2c side of the disk 2 chucked on the turntable 143. It is attached so that it can move in _two directions. The optical pickup 145 includes:
One side is guided by the guide rail 146, and the side opposite to the guide rail 146 is screwed to a screw rod 148 that is decelerated by the motor 147 and rotationally driven, so that the disk 1 can be moved in the radial direction. Has become.

The vibration isolation support 150 for vibration isolation supporting the disc playing portion 140 has three first and second support portions 141b and 141c formed along the outer circumference of the box 141. The first and second support portions 141b and 141c are arranged as triangular points by displacing the positions of each other and considering the weight balance. Among these, the first support portions 141b are formed to protrude below the outer periphery of the box 141, and anti-vibration rubbers 151 are fitted into these first support portions 141b, respectively. It is fixed to the chassis 152 below the body 141. On the other hand, the second support portion 141c is formed as a triangular pyramid-shaped pivot at an intermediate height position of the outer periphery of the box 141,
The following box support members 157 to 159 are freely movable.

As shown enlarged in FIG. 14B,
Below the bottom surface 141d of the box 141 and the chassis 1
A sliding member 153 and a plurality of box supporting members 157 to 159 cooperating with the sliding member 153 are provided on the sliding member 52. That is, the sliding member 153 is provided with the guide grooves 153a, 154 on the guide pins 154, 154 fixed to the chassis 152.
The sliding member 153a is guided by a tension spring 155 hooked on the chassis 152 and the sliding member 153.
3 is always urged in the arrow D ₂ direction and the bending piece 153a perpendicularly upward from one end are protruded. Then, a first cam wheel 7 described later is attached to the bent piece 153a.
6 is in contact with the floating lever 160.

Also, the shaft 156 fixed to the chassis 152.
Box support members 157 to 159 are rotatably supported by A to 156C, and among these, the box support members 157 and 158 are provided.
Are engaged with the sliding member 153, and the box supporting member 159 is engaged with the box supporting member 158. Further, the box supporting member 1
Each end bending piece at a right angle upward from the portion 157A～159a of 57-159 is formed to project, a circular hole 157a ₁ ~159a ₁ is formed in the bending pieces 157A～159a. These round holes 157a ₁ ~159a
₁ comes in contact with and separates from a pivot formed on the second support portion 141c of the box 141.

Here, the box body 141 holding the disc playing portion 140 is shown from above the sliding member 153 and the box body supporting members 157 to 159 while avoiding the bending pieces 153a and 157a to 159a formed respectively. As shown in FIG. 14 (A), the chassis 1 is provided with a plurality of anti-vibration rubbers 151.
52.

Next, the swing support portion 170 is attached to the chassis 15
2 above, the disk playing section 140 and the anti-vibration support section 1
The chassis 152 is swingably supported between the bottom plate 72 and the upper plate 73 of the cam wheel holder 70 in a state where the assembly 50 is assembled. That is, the swing support portion 17
In the reference numeral 0, a shaft 171 is fixed to the left end of the chassis 152, and an arm 173 biased by a torsion spring 172 is fitted to the shaft 171. Both ends of the torsion spring 172 are engaged with bent pieces 152a formed on the chassis 152 so that the arm 173 biases the shaft 171 in the counterclockwise direction. The torsion spring 172
The function of the disk playing unit 140 and the vibration isolating support unit 150
Is held so as to be housed between the bottom plate 72 and the upper plate 73. Further, the lower end of the shaft 171 is rotatably supported by the bottom plate 72,
The upper end of the shaft 171 is rotatably supported by a hole 73b formed in the upper plate 73.

On the other hand, on the rear surface side of the upper plate 73, there are provided a floating lever 160 and a swing lever 174 which cooperate with the first cam wheel 76. Of the above, the floating lever 160 is supported by a shaft 161 fixed to the rear surface of the upper plate 73, and has one end portion formed on the cam groove 76 on the rear surface.
d, and a pressing portion 160a is attached to the other end through the shaft 161.
Are formed. Further, the swing lever 174 is supported by a shaft 175 fixed to the rear surface of the upper plate 73, one end of which is in contact with the cam groove 76 e on the rear surface, and a pin 176 is fixed to the other end via the shaft 1751. ing. This pin 176
Is a bifurcated engagement portion 173 formed on the lower arm 173.
a.

Here, when the first cam wheel 76 rotates clockwise, the swing lever 1 attached to the cam groove 76e.
The arm 173 rotates clockwise around the shaft 171 against the torsion spring 172 via the
Playing section 140 and anti-vibration supporting section 15 supported by
0 also rotates clockwise integrally with the arm 173, so that the disk playing mechanism 130 is moved from the initial position shown in FIG. Projecting to the position shown in FIG.
The tray 3 and the R portions 3f and 4f (FIG. 2) of the tray mounting table 4 can be moved with the shortest moving (swinging) distance. This state is shown in FIG.
The state is the same as that shown in FIG.
Is located within a predetermined interval below the desired tray 3.

Returning to FIG. 14A, the disc playing section 14
0 and the anti-vibration support section 150 project to the illustrated position, the second support section 141c formed on the box body 141 of the disc playing section 140 is connected to the box support members 157 to 159 as shown by a two-dot chain line. since the fitted in the bent piece 157a~159 round hole 157a ₁ ~159a ₁ formed in the,
The disc playing section 140 is in a state of being firmly supported by the chassis 152. After this, the first cam wheel 7
When 6 is further rotated in the clockwise direction, the pressing portion 160a of the flow TIG lever 160 that bears against the cam groove 76d presses the bending piece 153a of the sliding member 153 in the arrow _{D 1} direction, the sliding member 153 Tensile Arrow D against spring 155
By moving in _one direction, the plurality of box supporting members 157 to 159 cooperating with the sliding member 153 are connected to the shafts 156A to 156.
It turns around 56C in the direction which expands the bending pieces 157a-159a. Accordingly, the round hole 157a ₁ ~159a ₁ formed in the bent piece 157a~159a is, as shown, so spaced from the second support portion 141c of the box 141, where the box body 141 is supported by the vibration isolating rubber 151 That is,
The disk playing section 140 is brought into a floating state with respect to the chassis 152 by the vibration-proof rubber 151. When the disk 2 chucked on the turntable 143 is reproduced (or recorded) by the optical pickup 145 in this floating state, disturbance such as external vibration is not applied to the optical pickup 145 by the action of the anti-vibration rubber 151. , The disk 2 can be played well.

{Overall operation of the automatic disc playing device 20}
Here, the overall operation of the automatic disk playing device 20 having the above configuration will be briefly described in the order of operation.

FIGS. 15 to 23 are schematic diagrams for explaining the overall operation of the automatic disk playing device in the order of operation.
(A) is a plan view, and (B) is a front view as viewed from a magazine insertion direction. FIG. 24 is a timing chart of the main components of the automatic disk playing device.

For convenience of explanation, the individual operation explanations of the constituent members shown in FIGS. 15 to 23 have already been described in detail, and therefore the description thereof is omitted here, and the magazine slide plate 5 constituting the magazine 1 serves as a device. In the following description, it is assumed that the third position state shown in FIG. 5 has already been reached within 20. Also,
The timing chart of the main components shown in FIG. 24 should be referred to as needed according to the description.

As shown in FIGS. 15 (A) and 15 (B), the magazine mounting portion upper plate 41 and the magazine mounting portion bottom plate 4 which are freely expandable and contractible.
A tray 3 on which a disk 2 is mounted is densely stacked on a tray mounting table 4 in a magazine 1 inserted between the tray 1 and the magazine 2. The disk 2 is held on the tray 3 by holding levers 9A and 9B. On the other hand, the first cam wheel 76
Switch lever 78 attached to the cam groove of the switch SW
₄ , the first and second cam wheels 76,
77 is stopped. In this state, the connecting plates 91, 9
3,95,96 has been spliced into the cam groove shown respectively, and, deeper of the connecting plate 91, 93 moves in the arrow _{Y 1} direction, arrow _X 2 connecting plates 95 and 96 of the front left, respectively, X It is moving in _one direction. Also, lifter 111
A, 111B are at the lowest position, and lifters 111A, 1
11B claw portions 111a, 111b and push-down lever 1
13A, 113B and disk grip release lever 121
A and 121B are retracted from the tray 3. Although not shown, the disc playing mechanism 130 is also located on the tray 3.
And is stored below the upper plate 73.

Next, as shown in FIGS. 16A and 16B, the first and second cam wheels 76 and 77 are stopped in the state of FIG. As described with reference to FIG. 11, when the lowermost tray 3C is selected by the operation of the slide plate 61, the claw portions 11 of the lifters 111A and 111B are selected.
1a and 111b enter the selected tray 3C and the upper tray 3B, and press down levers 113A and 113A.
3B enters the tray mounting table 4.

Next, as shown in FIGS. 17A and 17B, a command signal from a microcomputer (not shown) or the like causes the first and second cam wheels 76 and 77 to rotate clockwise and counterclockwise as indicated by arrows. When rotated clockwise, the connecting plates 91, 9
5 moves in the directions of the arrows Y ₂ and X ₁ , so that the lifter 11
1A and 111B rise. Thereby, the claw 111
a, 111b selected tray 3C and upper tray 3
B, 3A and the retractable magazine mounting portion upper plate 41 are moved upward. Further, the tray mounting table 4 is pressed against the magazine mounting section bottom plate 42 by push-down levers 113A and 113B. Therefore, a predetermined interval K is formed between the tray mounting table 4 and the selected tray 3C.

Next, as shown in FIGS. 18A and 18B, when the first and second cam wheels 76 and 77 further rotate in the direction of the arrow, the cam groove 76e (on the rear surface side of the first cam wheel 76) Since the arm 173 rotates clockwise about the shaft 171 via the swinging lever 174 attached to FIG. 14), the disk playing mechanism unit 130 moves within the predetermined interval K and the tray 3 and the tray mounting table. It faces the inside of the R portions 3f and 4f of No. 4. Here, the box 141 of the disc playing section 140
The chassis 152 is formed by the box supporting members 157 to 159.
(FIG. 14).

Next, as shown in FIGS. 19A and 19B, when the first and second cam wheels 76 and 77 further rotate in the arrow directions, the connecting plates 91 and 95 move to the arrows Y ₁ and X _2. Since it slightly moves in the direction, the lifters 111A and 111B slightly descend. Here, the disk 2 mounted on the selected tray 3C is placed on the turntable 143 in the box 141.
Is chucked. At this time, the disc 2 is placed in the tray 3
Since the user is chucked by the turntable 143 while being gripped by C, the chucking operation can be reliably performed.

Next, as shown in FIGS. 20A and 20B, when the first and second cam wheels 76 and 77 further rotate in the arrow directions, the connecting plates 93 and 96 move to the arrows Y ₂ and X _2. Disk grip release levers 121A, 1
21B protrudes toward the tray 3C, and the grip levers 9A, 9B
Press. Here, the disc 2 chucked on the turntable 143 is released from the tray 3C.

Next, as shown in FIGS. 21A and 21B, when the first and second cam wheels 76 and 77 are further rotated in the arrow directions, the connecting plates 91 and 95 are moved to the arrows Y ₂ and X _1. Since it slightly moves in the direction, the lifters 111A and 111B slightly move up and retract from the turntable 143. Therefore, only the disk 2 is chucked on the turntable 143, and the tray 3 and the selected tray 3
A predetermined interval K is formed again with C.

Next, as shown in FIGS. 22 (A) and 22 (B), when the first and second cam wheels 76 and 77 further rotate in the direction of the arrow, the cam groove 76d (on the rear surface side of the first cam wheel 76) Floating lever 16 attached to Fig. 14)
0 (FIG. 14), the round holes 157 a _{1 to} 159 a ₁ of the box supporting members 157 to 159 correspond to the second support portions 1 of the box 141.
41c, the box 141 is supported by the vibration isolating rubber 151 (FIG. 14).
0 is in a floating state.

Next, as shown in FIGS. 23A and 23B, since the switch lever 78 contacts the switch SW ₅ , the rotation of the first and second cam wheels 76 and 77 is stopped. Thereafter, the turntable 14 is floated.
The disk 2 chucked at 3 is rotated, and the optical pickup 145 is moved in the radial direction of the disk 2 to perform reproduction (or recording).

Further, as shown in FIG. 23C, for example, when the middle tray 3B is selected, the predetermined interval K facing the disc playing mechanism 130 is the uppermost tray 3.
A is formed between A and the lowermost tray 3C. On this occasion,
When the predetermined distance K referenced to part bottom plate 42 mounting the magazine, are formed above the height H _2, is higher than the height H ₁ of the case of FIG. 23 (B) the thickness of the tray 3 only. On the other hand, as described above, the disc playing mechanism 130 faces the cam wheel holder 70 moving up and down in the tray stacking direction stepwise in correspondence with the height position of the predetermined interval K.

The operation of returning the separated trays 3 to the original dense stacked state may be performed in the reverse order, and the description thereof will be omitted. Further, even when a tray other than the lowermost tray 3C is selected, the operation is substantially the same as described above, and the description is omitted.

15 to 23, that is, the tray 3 densely stacked on the tray mounting table 4 in the magazine 1.
Of the desired tray 3
A desired tray is separated so as to maintain a predetermined interval K below the disk playing mechanism 13 and the swinging supported disc playing mechanism 13
With the first cam wheel 76 and the second cam wheel 76, the operation until the disc 2 mounted on the tray 3 is chucked on the turntable 143 and played by the optical pickup 145 is performed. , 77, the continuous operation of the apparatus 20 is ensured, and the reliability and quality of the apparatus 20 can be contributed. Further, the first and second cam wheels 76, 7
7 does not require much known switches or circuit components, so that the cost of the device 20 can be reduced.

As described in detail above, in the disc automatic performance device 20, when the user inserts the makagin 1 into the device 20, the desired tray 3 can be randomly selected at a predetermined mounting position, and the desired disc 2 can be selected. In addition to having the advantage that the device 20 can be enjoyed very much, it is no longer necessary to separately provide a disc playing place in the device 20, which makes it possible to set a small occupied area on the device 20 side and contribute to downsizing of the device 20. Therefore, the disk automatic performance device 20 can be applied to, for example, a vehicle.

[0117]

According to the disk storage magazine according to the present invention described in detail above, according to the first aspect, a magazine slide plate in which a tray on which a disk is mounted is densely stacked on a tray mounting table and slidable. Is formed integrally with the frame so as to be portable while partially enclosing the outer periphery of the plurality of trays and the tray mounting table.In particular, the height dimension of the disk storage magazine can be made ultra-thin, and the portable performance is improved. It becomes good, which makes the user very happy. For example, when the automatic disk playing device is applied to a vehicle, the carrying of the disk storage magazine becomes convenient. Further, when the magazine slide plate in the disk storage magazine reaches the first and second positions, the disk storage magazine can be set in a portable state, and the disk can be attached or detached at the first position of the magazine slide plate. Since the disc is restricted and the disc can be attached and detached at the second position of the magazine slide plate, the user can safely operate the disc. Further, when the magazine slide plate reaches the third position, a desired tray is selected and separated at that position to form a predetermined interval, and the disc playing mechanism section on the device side is set within the predetermined interval. Since it is facing,
The disc can be played at the place where the disc storage magazine is placed, so that there is no need to separately provide a place for playing the disc, and the area occupied by the device can be set small, which contributes to downsizing of the device.

[0118] In addition, the tray and the tray mounting table, the outer periphery
R portions that are slightly larger than the outer shape of the disk are formed on a part of the side surfaces of the disk, and the side surfaces of the outer peripheral portion other than the R portion are rectangular.
To form trays and trays.
The disc can be easily attached to and detached from the R side of the mounting table in the tray at the shortest distance, and the disc playing mechanism on the device side can also be used .
The ray can be moved in from the R portion side of the tray and the tray mounting table at the shortest moving distance. In addition, the R of the tray and tray mounting table
Since the side surface of the outer peripheral part other than the part is formed in a rectangular shape,
Without magazine rolls, that is Do a good magazine of mobile performance.

[Brief description of the drawings]

FIG. 1 is a perspective view showing the appearance of a disk storage magazine according to the present invention.

FIG. 2 is an exploded perspective view showing components of the disk storage magazine in an exploded manner.

FIG. 3 is a diagram for explaining a usage mode of the disk storage magazine.

FIG. 4 is a diagram for explaining a usage mode of the disk storage magazine.

FIG. 5 is a diagram for explaining a usage mode of the disk storage magazine.

FIG. 6 is a diagram for explaining a usage mode of the disk storage magazine.

FIG. 7 is a perspective view showing an entire configuration of an automatic disk playing apparatus employing the disk storage magazine and showing an initial state.

FIG. 8 is a partially broken perspective view showing a state where a tray is separated in the automatic disk playing device.

FIG. 9 is an enlarged view of a magazine mounting mechanism.

FIG. 10 is a perspective view showing a part of the inside of the automatic disk playing device in a developed state.

FIG. 11 is a diagram for explaining a tray selection and separation mechanism of the cam wheel holder.

FIG. 12 is a diagram for explaining a tray selection and separation mechanism of the cam wheel holder.

FIG. 13 is a view for explaining a tray selection and separation mechanism of the cam wheel holder.

FIG. 14 is a view for explaining a disk playing mechanism in the cam wheel holder.

FIG. 15 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 16 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 17 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 18 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 19 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 20 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 21 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 22 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 23 is a schematic diagram for explaining the overall operation of the automatic disk playing device in the order of operation.

FIG. 24 is a timing chart of main components of the automatic disk playing device.

FIG. 25 is a perspective view for explaining a conventional disk storage magazine.

[Explanation of symbols]

1 ... Disc storage magazine (magazine), 2 ... Disc, 3 (3A to 3C) ... Tray, 3b to 3e ... Side, R
Parts ... 3f, 4 ... Tray mounting table, 4b ... Side plate parts, 4c-4
e ... Side surface, R part ... 4f, 5 ... Magazine slide plate, 5a
₁ ... Cut and raised piece, 7 ... Hook member, 8 ... Tension spring, 5
a ₁ , 7, 8 ... Magazine slide plate movement restricting means, 20
... automatic disc playing device (device), 42 ... magazine loader unit bottom plate, 42a 2 _... unlocking piece, 42a 2 _... magazine slide plate movement restriction releasing means, 45 ... magazine loader unit, 9
0 (90A, 90B) ... Tray selection and separation mechanism section, 1
30 ... Disk playing mechanism section, K ... Predetermined interval.

Claims (1)

(57) [Claims] 1. A disc which is applied to an automatic disc playing device and which is mounted on a magazine mounting portion in the device in a form accommodating a plurality of trays mounted with the disc so that a desired disc can be selectively played. In the storage magazine, the R part, which is slightly larger than the outer shape of the disc, is located on the outer peripheral side.
It is formed on a part of the surface, and the side surface of the outer peripheral portion other than the R portion is formed.
A tray formed in a rectangular shape and an outer peripheral portion of the tray are formed to substantially match the outer peripheral portion of the tray, and
One, a tray mounting stage densely stacking a plurality of the trays, with integrally framework formed in a portable state while surrounding a portion of the outer peripheral portion of the plurality of the trays and the tray table, the tray and the tray 1st along the outer periphery of the mounting table
A magazine slide plate that slides from a position to a third position via a second position; and a magazine provided between the tray mounting table and the magazine slide plate, and between the first position and the second position. A disc storage magazine is configured with a magazine slide plate movement restricting means that allows movement of the slide plate and restricts movement to the third position. When the magazine slide plate reaches the first position, The disc storage magazine is in a portable state, and attachment / detachment of the disc to / from the tray is restricted by the position of the magazine slide plate. When the magazine slide plate reaches the second position, the disc storage magazine is stored. magazine is a portable state, and, the
It is allowed by the position of the magazine slide plate to attach / detach the disc to / from the tray and the R part side of the tray mounting table, the disc storage magazine is placed on the device, and the magazine slide plate is attached to the device. When the movement restriction is released by the magazine slide plate movement restriction releasing means on the side, the tray selection / separation mechanism section on the apparatus side selects a desired tray at the loading position and the desired tray The desired tray is separated so as to maintain a predetermined space between the tray of (1) and a tray adjacent to the desired tray or the tray mounting table, and within this predetermined space, the disc playing mechanism section of the apparatus side. Is the tray or the tray mounting table R side
Disc storage magazine, characterized by being configured so as to be able to face al.