JP2002237104A - Disk production system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a disk production system by which a stacker 21 storing CDs can be easily loaded and unloaded without being given a vibration, and the stacker 21 is not moved, even if the vibration is added to it from the outside after the stacker 21 is set. SOLUTION: A bottom plate of a housing device housing the stacker 21 is formed so as not to have a projecting part which abuts on the stacker 21 when the stacker 21 is loaded and unloaded, whereas the bottom plate is provided with an engagement hole. Moreover, a pawl 61 which engages in the engagement hole is provided at the bottom surface of the stacker 21. Thereby, the stacker 21 is positioned and fixed to the bottom plate, and the stacker 21 storing the CDs can be easily loaded and unloaded without being given vibration. The stacker 21 is not moved, even if the vibration is added to it from the outside after the stacker 21 is set.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] 1. Field of the Invention [0002] The present invention relates to a disk manufacturing system capable of automatically performing data recording and label printing on a disk-shaped recording medium on which no data is recorded.

[0002]

2. Description of the Related Art At present, various media have been widely used as information recording media. Among them, disc-shaped recording media have been receiving attention because of their large storage capacity. Although a CD-ROM in which data cannot be recorded by a user has been generally used, a recordable CD-R, a rewritable CD-RW, and the like have recently become widespread.

In such a situation, for example, when so-called α-version or β-version is produced as an evaluation version of software produced by a company, production by CD-R or CD-RW is economical and effective. . Hereinafter, these are simply described as CD.

However, the number of CDs used in such applications is, for example, in units of 50 or 100, and if these CDs are manufactured one by one, the time required by the creator will be enormous. A disc production system for automatically producing a number of CDs has been proposed.

FIG. 11 shows US Pat. No. 5,734,629.
FIG. 1 is a block diagram of a disk manufacturing system disclosed in Japanese Patent Application Laid-Open Publication No. H10-207, in which the disk manufacturing system 100 stores data in a CD.
, A recorder 130 for checking whether or not the recording was properly performed, a label printer 120 for performing a printing process on a CD label, a recording CD stacker 151 for storing a recording CD, and data being correctly recorded. CD
CD stacker 152 for storing a CD, a defective CD stacker 153 for storing a CD for which recording was not performed correctly, and a transport device 140 including an arm 141 for transporting the CD.
And the like.

[0006] Recording data and print data are received from a personal computer or the like externally connected, and CD data recording and label printing are automatically produced.

[0007] Such fabrication is performed in the following procedure. First, a desired number of recording CDs are stored in the recording CD stacker 151. As a result, the transport device 140 takes out one recording CD from the recording CD stacker 151, places it on the recording tray 131 of the recorder 130, and the recording data is sent from the personal computer to perform recording.

The recording CD stacker 151, the recorded CD stacker 152, and the defective CD stacker 153 are provided on a rotary table and rotate in synchronization with the movement of the transport device 140.

Next, the data of the recorded CD is read out, collated with the recorded data, and a check is made as to whether or not the data has been correctly recorded.

If the recording is correct, the transport device 140 transports the CD from the recorder 130 to the label printer 120, and the label printer 120 performs printing based on print data from a personal computer. Thereafter, the transport device 140 removes the CD from the label printer 120 and records the CD stacker 152 on which the CD has been recorded.
To be stored.

On the other hand, if the data is not correctly recorded on the CD, the CD is not conveyed to the label printer 120 but is conveyed to the defective CD stacker 153 as it is.

Such processing is automatically performed on a desired number of CDs in sequence, and when all the processing is completed, the user takes out the produced CDs and packs them one by one into, for example, a CD case.

[0013]

However, in the above configuration, since the recording CD stacker 151 is fixed to the apparatus, when storing a CD, the user can use the recording desk one by one or a plurality of recording desks. The recording CD stacker 1
51, and if the disc manufacturing system 100 is installed in a dusty place such as an office, there is a problem that dust easily adheres to the recording CD.

Needless to say, the recording CD stacker 151 can be put in and taken out, and a recording article CD is stored in the stacker in a dust-free room, and the CD is stored in the disc producing system 1.
It is also possible to adopt a configuration in which the stacker is set to 00.
D may dance in the stacker and get hurt.

In this case, if the stacker is merely mounted on the disc production system 100, the stacker will be displaced due to, for example, vibration such as an earthquake, and it will not be possible to take out a CD thereafter. Therefore, there is a possibility that the recording process or the like is interrupted.

Normally, when the stacker is formed in such a manner that the stacker can be taken in and out, it is easy to provide a positioning mechanism for determining the set position. In this case, however, the stacker to be set is not required. It is necessary to prevent the positioning mechanism from hitting, and care must be taken in the setting work and the like, which is troublesome.

In view of the above, according to the present invention, a stacker in which a CD is stored can be easily moved in and out without giving vibration, and the stacker does not move even if vibration is applied from the outside after the stacker is set. An object is to provide a disk manufacturing system.

[0018]

In order to solve the above-mentioned problems, the invention according to claim 1 is provided in an apparatus housing for recording data on a disk-shaped recording medium, and reproducing the recorded contents for recording. And a storage device having a stacker for storing the disk-shaped recording medium, and a storage device provided with a stacker for storing the disk-shaped recording medium, and a disk-shaped device between the recorder, the label printer, and the storage device. A disk manufacturing system having a transport device for transporting a recording medium and automatically performing data recording and label printing on a disk-shaped recording medium for recording. And a small hole in which the hemispherical leg is appropriately fitted in the bottom plate of the storage device in which the stacker is stored, a large hole in which the whole fits, and the small hole and the large hole. A sliding hole formed by a smooth connection and a connection hole that allows movement between the small hole and the large hole by sliding the hemispherical leg is provided, and the stacker in which the disk-shaped recording medium is stored is provided. It is characterized in that it can be easily moved in and out without giving vibration and that the stacker does not move even if vibration is applied from outside after the stacker is set.

According to a second aspect of the present invention, the bottom plate is formed so as not to have a convex portion which comes into contact with the stacker when the stacker is moved in and out, the engagement plate is provided with an engagement hole, and the bottom surface of the stacker is provided. An engaging claw that engages with the engaging hole is provided on the bottom plate so that the stacker can be positioned and fixed to the bottom plate.

According to a third aspect of the present invention, the engaging pawl is provided adjacent to the hemispherical leg, and the engaging hole is formed by connecting the engaging hole to the large hole. By doing so, the engaging pawl is engaged with the engaging hole to perform positioning and fixing of the stacker.

According to a fourth aspect of the present invention, a stacker positioning guide having a tapered tip at the center of the bottom surface of the stacker is provided, and a reference position hole into which the stacker positioning guide is inserted is provided on the bottom plate. The insertion position of the stacker positioning guide and the reference position hole is adjusted at the tapered tip, and the stacker positioning guide is adjusted to the reference position when the hemispherical leg smoothly slides in the sliding hole. It is characterized by being inserted into a hole to define the swing center of the stacker.

The invention according to claim 5 is characterized in that the height of the stacker positioning guide is lower than at least the height of the hemispheric leg.

[0023]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is an external perspective view of a disk manufacturing system 10 according to the present invention. 2 to 5 are views showing the internal configuration when the housing case is removed. FIG. 2 is a perspective view, FIG. 3 is a top view, FIG. 4 is a front view, and FIG. 5 is a right side view.

Although the stacker 21 is formed of a transparent member as will be described later, it is noted that the stacker 21 is shown in the same manner as the opaque member for easy understanding.

The disk manufacturing system 10 has a housing 11 provided with a front door 12 that can be opened and closed. Openings of storages 14, 15, and 16 are provided on the front panel, and an operation state is displayed. Various indicators 13 are provided.

The storage 14 is provided with a recording CD stacker 21a for storing a recording CD on which no data is recorded, and the storage 15 stores a CD on which data recording and label printing have been normally performed. Recorded CD stacker 21
b, and a collection box 22 for collecting and storing CDs for which data recording was not performed normally is installed in the storage 16.

In the following description, the recording CD stacker 21a and the recorded CD stacker 21b have the same configuration as described later. Therefore, if there is no need to distinguish them, they are collectively referred to as the stacker 21 as appropriate. To be described.

Data is recorded on a CD inside the housing 11,
Further, a recorder 17 for reproducing the recorded contents and checking the suitability of the recording, a label printer 18 for printing on a CD label, a storage device 19 for storing the stacker 21 and the collection box 22, and a CD for the recorder 17 and the label printer 18 And a transport device 20 for transporting between the storage device 19 and the like.

The front door 12 is formed so as to cover the openings of the storages 14, 15, and 16 with a single door, and is provided to prevent indoor dust and the like from entering the inside of the apparatus through the openings. Have been.

As will be described later, data recording on a CD and label printing are performed in a batch process, and the stacker 21 and the collection box 22 enter and exit only at the start and end of the process. Therefore, if doors are individually provided at the openings of the storages 14, 15, and 16, the opening and closing of the doors becomes cumbersome, so that one door is used.

Further, the front door 12 is made of a transparent resin so that the installation status of the stacker 21 and the like and the progress of the processing can be checked at a glance.

Thus, for example, the recording stacker 21a
When the amount of CDs in the recorded stacker 21b is abnormally small compared to the amount of CDs carried out from the storage box (ie, when a large number of CDs are stored in the collection box 22), the recording CD
It is considered that some trouble, such as a defect, has occurred, so that it is possible to easily obtain information for determining whether to continue or interrupt the process and investigate.

Of course, it is possible to obtain such judgment information with a personal computer and make a judgment. However, in this case, it is necessary to judge the situation from the display contents of the display, so that the judgment cannot be made when the operator is absent. Or inconvenience.

The transport device 20 includes a horizontal arm 24 having a transport chuck 23 for chucking a CD, an elevating unit 25 for vertically moving the horizontal arm 24, and a horizontal arm by swinging the elevating unit 25 in a horizontal plane. And a swing unit 26 for swinging the slide 24 in the horizontal plane.

The elevating unit 25 includes a main column 27 on which a slider 26 is inserted. A pulley 28 provided at an upper end of the main column 27 and a motor 2 provided at a lower end of the main column 27.
9 is connected to the slider 26 so as to extend the motor 2 for lifting and lowering.
9 is rotated to move the slider 26 up and down.

Since the horizontal arm 24 described above is fixed to the slider 26, the horizontal arm 24 moves up and down when the elevating motor 29 moves.

The oscillating portion 26 is provided with a main column oscillating gear 51 having a main column 27 fixed at the center of rotation, and an oscillating motor 45 for rotating the main column oscillating gear 51.

The recorder 17 has a recorder case 30, and is supported by a recorder support member 31 so that the recorder 17 is located at a predetermined position in the disc production system 10.

In the recorder case 30, a loading mechanism (not shown) for inserting and removing the recording tray 32 is provided, and data is recorded by rotating a CD at a high speed and irradiating a laser spot. A recording / reproducing mechanism (not shown) for reproducing the data is provided.

The label printer 18 includes the ink head 4
6, a printing tray 47 on which a CD to be printed is placed, a recording tray moving mechanism (not shown) for moving the position of the printing tray 47, an ink head moving mechanism 48 for moving the position of the ink head 46, and the like. ing.

The ink head moving mechanism 48 reciprocates the ink head 46 in parallel with the label surface of the CD, and the recording tray moving mechanism moves the recording tray by a predetermined pitch every time the ink head 46 reciprocates. 32 is moved in a direction perpendicular to the direction in which the ink head 46 moves.

The recording tray 32 and the printing tray 47 have circular recesses 49 and 50 corresponding to the outer diameter of the CD.
Is provided so that the center position of the concave portion 49 in the recording tray 32 is opposed to the position of the turntable chuck when the recording tray 32 is loaded. The printing position is determined for the concave portion 50 in the tray 47.

The storage device 19 is, as described above, a storage 1
4, 15 and 16, a recording CD stacker 21a for storing a recording CD on which data is not recorded is installed in each storage 14, and data recording and label printing are normally performed in the storage 15. A recorded CD stacker 21b for storing recorded CDs is provided, and a collection box 22 for collecting and storing CDs for which data recording has not been normally performed is provided in the storage 16.

The stacker 21 is formed of a transparent resin member (for example, polycarbonate) so that the weight can be reduced and the stored CD can be visually recognized.

The stacker 21 has a structure as shown in FIGS. FIG. 6 is a perspective view when a CD is stored, and FIG. 7 is a bottom perspective view of the stacker 21. FIG. 8 is a top view, and FIG. 9 is a side view. Further, the bottom plates 7 of the storages 14 and 15 in which the stacker 21 is stored.
0 has a configuration as shown in FIG. FIG. 10 is a top view.

The stacker 21 is formed of a transparent member as described above, and a handle 54 is formed on a side surface.
A rib frame 53 having a cup shape in which a horizontal arm opening 56 is formed, and a storage positioning rib 55 for positioning the stored CD at three circumferential locations on the side surface of the inner wall.
Is provided.

The storage positioning rib 55 makes point contact with the outer periphery of the CD to regulate the stacking position of the CD. With such a configuration, the CD is positioned in point contact with the storage positioning rib 55, so that when the CD is carried out to the recorder 17, unnecessary force does not act on the CD, so that the CD can be easily carried out. is there.

Further, since a space S is formed between the outer periphery of the CD and the side surface of the inner wall of the stacker 21 at equal intervals, even when the CD is horizontal and the stack is dropped into the stacker 21, the air is isotropic. It is possible to store while keeping the horizontal position to escape. Therefore, it is possible to prevent the dropped CD from hitting the previously stacked CD and causing a scratch or the like.

The storage positioning rib 55 is provided in the rib frame 53 and is supported by the rib frame 53. This is for the following reasons. That is, since a large number of CDs (for example, 50) are stacked on the stacker 21, the stacker 21 becomes relatively heavy, and it is necessary to secure appropriate strength.

In particular, since the horizontal arm opening 56 is provided by opening the side wall of the stacker 21, and the handle 54 is provided at a position facing the horizontal arm opening 56, the horizontal arm is provided by the load of the CD. The mouth 56 tends to deform significantly. Such deformation does not occur unless the bottom of the stacker 21 is completely deformed, and does not occur if the side wall of the stacker 21 is not completely deformed.

However, since it is practically difficult to completely prevent such deformation because the material is resin, the present invention provides the rib frame 53 to absorb the load at the frame portion. Thus, the deformation of the side wall is prevented.

The bottom surface of the stacker 21 is provided with a plurality of bottom reinforcing ribs 59 having the same action as described above, and a pipe-shaped stacker positioning guide having a tapered tip at the center. 60, three engaging claws 61 and a hemispherical hemispherical leg 62 are provided therearound. Further, a switch contact protrusion 63 is provided on the bottom surface of the stacker 21.

The taper formed at the tip of the stacker positioning guide 60 is formed from the outer periphery toward the center.

Stacker positioning guide 60 and engaging claw 61
Is provided so as to be located slightly below the tip end position of the hemispherical leg 62. Even when the stacker 21 is placed on the table, the stacker positioning guide 60 and the engaging claw 61 It does not touch. That is, the height of the stacker positioning guide 60 is lower than the height of the hemispherical leg 62.

On the other hand, as shown in FIG.
The bottom plate 70 of the fifth embodiment is a flat plate having no projection, and has a reference position hole 71 through which the stacker positioning guide 60 is inserted, a swing hole 72 in which the hemispherical leg 62 is slidably provided, and an engagement claw 61 engaged with the engagement claw 61. Mating hole 76, switch hole 6 into which switch contact projection 63 enters
4 are provided.

A switch (not shown) is provided in the switch hole 64, and when the switch contact protrusion 63 enters the switch hole 64 and presses this switch,
It can be detected that the stacker 21 is properly installed.

The swing hole 72 is provided in the hemispherical leg 62 of the stacker 21.
Is formed by a small hole 73 of a size that fits a little, a large hole 74 of a size that the hemisphere leg 62 fits all, and a connection hole 75 formed so that the small hole 73 and the large hole 74 are continuously connected.
4 is in communication with an engagement hole 76.

Since the connecting hole 75 is formed so that the small hole 73 and the large hole 74 are continuously connected, the stacker 21 is placed on the bottom plate 70, and the hemispherical leg 62 is addressed to the small hole 73. Is swung toward the large hole 74, the hemispherical leg 62 is guided to the connection hole 75.

At this time, since the degree of fitting between the hemispherical leg 62 and the connection hole 75 is small, the hemispherical leg 62 may come off from the connection hole 75 when a force in the radial direction of the stacker 21 is acting. If you forcibly swing in such a situation,
The stacker 21 cannot be fixed at a predetermined position.

Therefore, when the hemispherical leg 62 fits into the small hole 73, the stacker positioning guide 60 is in a state immediately before fitting into the reference position hole 71. Of course, in this state, since the tip of the stacker positioning guide 60 is formed in a tapered shape,
This tip is located substantially directly above the reference position hole 71.

When the stacker 21 is swung in such a state, the hemispherical leg 62 slides in the connecting hole 75, and the hemispherical leg 62 gradually fits into the connecting hole 75 according to the amount of the swing. The stacker positioning guide 60 is positioned at the reference position hole 71.
It will fit in.

Therefore, even if a radial force acts on the stacker 21, the hemispherical leg 62 does not come off the connection hole 75 because the stacker positioning guide 60 is inserted into the reference position hole 71.

When the hemispherical leg 62 is fitted into the large hole 74, the engaging claw 61 comes to face the engaging hole 76. By further swinging the stacker 21 from this state, the engaging claw 61 The engagement hole 76 can be easily engaged.

Next, an operation procedure in the disk manufacturing system 10 having the above configuration will be described. First, the front door 12 of the apparatus is opened, and the stacker 21 collection box 22 is removed from each of the storages 14, 15, and 16.

Then, the recording CDs corresponding to the number of sheets to be processed are stacked in the recording stacker 21a and set in the storage 14, and the empty recorded stacker 21b and the collection box 2 are stored.
2 are set in the storages 15 and 16, respectively.

When the recording CDs are set in the recording stacker 21a, the recording CDs are slowly and individually stored one by one or a predetermined number of sheets while pressing the CDs from the horizontal arm opening 56 by hand.

The recording stacker 21a in which the CDs are stored in this way is inserted into the storage 14, and the bottom plate 70 is slowly inserted.
Place on. Since the bottom plate 70 is a flat plate having no convex portion, the CD is stored and becomes heavy, and even if the bottom plate 70 side is not visible, the stacker 21 can be easily inserted without giving an impact.

When the stacker 21 is placed on the bottom plate 70, the hemispherical leg 62 is placed in the small hole 73 of the swing hole 72 or in the vicinity thereof. Rock it.

As a result, the hemispherical leg 62 smoothly slides from the small hole 73 to the connecting hole 75, and the stacker positioning guide 60
Is guided by the taper formed at the tip and inserted into the reference position hole 71 to regulate the swing center of the position of the stacker 21.

Further, when the stacker 21 is swung, the hemispherical leg 62 slides smoothly from the connection hole 75 to the large hole 74,
The engaging claw 61 engages with the engaging hole 76.

Therefore, only by slowly turning the stacker 21, the mounting position and the support of the stacker 21 can be securely performed without giving an impact to the CD, and the stacker 21
The stored CD is positioned by the positioning ribs, so that the stored CD is positioned with respect to the bottom plate 70.

As the hemispherical leg 62 slides through the connection hole 75, the distance between the bottom surface of the stacker 21 and the top surface of the bottom plate 70 becomes smaller, and the switch contact projection 63 becomes the switch hole 64.
Invade. Then, when the engaging claw 61 is engaged with the engaging hole 76, the switch contact protrusion 63 presses a switch provided in the switch hole 64, thereby detecting that the stacker 21 is properly installed.

In FIG. 10, the hemispherical leg 62 is
A virtual line indicates a state in which the engaging claw 61 is engaged in the engaging hole 76, a state in which the engaging claw 61 is engaged in the engaging hole 76, and a state in which the switch contact protrusion 63 enters the switch hole 64.

When the stacker 21 is stored in this way, the front door 12 is closed and the data recording and label printing processes are started. Note that the recording data and print data are sequentially transmitted from the personal computer.

When the process is started, first, the lifting motor 2
9 is rotated to move the horizontal arm 24 to the recording stacker 21a.
Is moved to a position above the horizontal arm opening 56 as appropriate.

Thereafter, the swing motor 45 is rotated by a predetermined amount, and the horizontal arm 24 is moved from the horizontal arm opening 56 to the stacker 2.
The transport chuck 23 is inserted into the chuck hole of the CD.

At this time, the transfer chuck 23 operates assuming that the chuck hole is at a predetermined position, and does not check the position of the chuck hole.

As described above, the CD is positioned with respect to the stacker 21 by the storage positioning rib 55, and the stacker 21 is positioned with respect to the bottom plate 70 by engaging the engaging claws 61 with the engaging holes 76. The transport chuck 23 is positioned with respect to the bottom plate 70.

Therefore, even if the position of the chuck hole is not checked at the time of chucking, there is no possibility that the position difference between the transport chuck 23 and the chuck hole occurs, and the CD can be chucked reliably.

After chucking the CD in this manner, the horizontal arm 24 moves up and stops when it is pulled out of the horizontal arm opening 56, and the chucked CD is transferred to another member such as the recorder 17 or the stacker 21. The swing motor 45 rotates so that the horizontal arm 2
Swing 4

Thereafter, the elevating motor 2 is moved so that the chucked CD is appropriately positioned higher than the recording tray 32.
When the motor 9 rotates and the rotation of the elevating motor 29 stops, the recording tray 32 is ejected and a CD is placed.

After that, the recording tray 32 is loaded and data from the personal computer is recorded, and it is checked whether or not the recording is correctly performed.

If the recording is not performed correctly,
0 transports the CD to the collection box 22, but transports the CD to the label printer 18 when the recording is correctly performed.

Since the label printer 18 is provided above the recorder 17, the horizontal arm 24 chucks the recorded and ejected CD, moves up as it is, and stops at a position appropriately higher than the printing tray 47. I do.

When the horizontal arm 24 stops, the printing tray 47 is ejected and the CD is released from chucking, so that the CD is placed in the recess 50 of the printing tray 47.

When the CD is placed on the printing tray 47,
The print data is sent from the personal computer,
As the ink head 46 reciprocates, the printing tray 47 moves in one direction in synchronization with the reciprocation, and ink is sprayed on the label of the CD to perform desired printing.

When the printing is completed in this manner, the transport device 20 transports the CD to the recorded stacker 21b and stores it, and such processing is automatically performed on all the recording CDs stored in the recording stacker 21a. It is done on a regular basis.

[0088]

As described above, according to the first aspect of the present invention, at least three or more hemispherical hemispherical legs are provided on the circumference of the bottom surface of the stacker, and the stacker for storing the stacker is provided. A small hole into which the hemispherical leg fits properly in the bottom plate, a large hole into which the whole fits, and a connecting hole for smoothly connecting the small hole and the large hole so that the hemispherical leg slides to move between the small hole and the large hole. Since the sliding hole formed by the above is provided, the stacker in which the disc-shaped recording medium is stored can be set while being easily positioned without giving any vibration when setting the stacker in the apparatus. Reliability is improved.

According to the second aspect of the present invention, the bottom plate is formed so as not to have a convex portion which comes into contact with the stacker when the stacker is put in and out, and the engagement hole is provided. Since the engaging claw that engages with the mating hole is provided,
Since the stacker can be positioned and fixed to the bottom plate, the stacker in which the disk-shaped recording medium is stored can be easily moved in and out without giving a vibration, and vibration is applied from outside after the stacker is set. Since the stacker does not move, reliability is improved.

According to the third aspect of the present invention, the engaging claw is provided adjacent to the hemispherical leg and the engaging hole is formed by connecting the engaging hole to the large hole. By swinging, the engagement claws are engaged with the engagement holes, so that the positioning and fixing of the stacker are performed, and the reliability is improved.

According to the fourth aspect of the present invention, the stacker positioning guide having a tapered tip at the center of the bottom surface of the stacker is provided, and the reference position hole into which the stacker positioning guide is inserted is formed on the bottom plate. The stacker positioning guide and the reference position hole are adjusted at the tapered tip so that the insertion position of the stacker positioning guide and the reference position hole can be adjusted. Since the swing center of the stacker is defined by being inserted into the reference position hole, the stacker can be easily fixed without giving vibration or the like, and the reliability is improved.

According to the fifth aspect of the invention, since the height of the stacker positioning guide is at least lower than the height of the hemispherical leg, for example, the stacker positioning guide may be damaged even when the stacker is used on a table. And reliability is improved.

[Brief description of the drawings]

FIG. 1 is an external perspective view of a disk manufacturing system applied to the description of an embodiment of the present invention.

FIG. 2 is a perspective view showing an internal configuration of the disk manufacturing system.

FIG. 3 is a top view showing the internal configuration of the disk manufacturing system.

FIG. 4 is a front view showing the internal configuration of the disk manufacturing system.

FIG. 5 is a right side view showing the internal configuration of the disk manufacturing system.

FIG. 6 is a perspective view showing a state where a CD is stored in the stacker.

FIG. 7 is a bottom perspective view of the stacker.

FIG. 8 is a top view of the stacker.

FIG. 9 is a side view of the stacker.

FIG. 10 is a top view of the bottom plate.

FIG. 11 is an exploded perspective view of a disc manufacturing system applied to the description of the conventional technique.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Disc manufacturing system 11 Housing 12 Front door 14, 15, 16 Storage 17 Recorder 18 Label printer 19 Storage device 20 Transport device 21a (21) Recording stacker 21b (21) Recorded stacker 22 Collection box 24 Horizontal arm 32 Recording Tray 49 concave portion 53 rib frame 54 handle 55 rib 56 horizontal arm opening 59 bottom reinforcing rib 60 stacker positioning guide 61 engaging claw 62 hemispheric leg 70 bottom plate 71 reference position hole 72 swing hole 73 small hole 74 large hole 75 connection hole 76 engagement Hole

Claims (5)

[Claims] 1. A recorder provided in an apparatus housing for recording data on a disk-shaped recording medium and reproducing the recorded contents to check whether a recording state is appropriate, and printing on a label of the disk-shaped recording medium. A label printer, a storage device provided with a stacker for storing the disk-shaped recording medium, and a transport device for transporting the disk-shaped recording medium between the recorder, the label printer, and the storage device; A disk manufacturing system for automatically performing data recording and label printing on a disk-shaped recording medium, wherein at least three or more hemispherical hemispherical legs are provided on the circumference of the bottom surface of the stacker, and the stacker is stored. A small hole into which the hemispherical leg fits properly on the bottom plate of the device, a large hole into which the entirety fits, and the small hole and the large hole are smoothly connected to slide the hemispherical leg. Disc manufacturing system characterized in that a slide hole formed by a coupling hole to be more able to move between the small hole and large hole. 2. The stacker according to claim 1, wherein the bottom plate is formed so as not to have a convex portion that comes into contact with the stacker when the stacker is moved in and out, and an engagement hole is provided. 2. The disk producing system according to claim 1, wherein an engaging claw is provided for engaging the hole, so that the stacker can be positioned and fixed to the bottom plate. 3. The stacker is provided adjacent to the hemispherical leg, and the engaging hole is formed to be connected to the large hole, and the stacker swings after the hemispherical leg is fitted into the large hole. 3. The disk manufacturing system according to claim 1, wherein the engaging pawl engages with the engaging hole to perform positioning and fixing of the stacker. 4. A stacker positioning guide having a tapered tip at the center of the bottom surface of the stacker.
The bottom plate is provided with a reference position hole into which the stacker positioning guide is inserted, so that the insertion position of the stacker positioning guide and the reference position hole is adjusted at the tapered tip portion, and 2. The stacker positioning guide is inserted into a reference position hole when the hemispherical leg slides smoothly in the sliding hole to define a swing center of the stacker. 4. The disk manufacturing system according to any one of claims 1 to 3. 5. The disk manufacturing system according to claim 1, wherein the height of the stacker positioning guide is lower than at least the height of the hemispheric leg.