JPH06284370A - Subject image output device for image recording disk, image recording disk with subject image and case for image recording disk - Google Patents

Abstract

PURPOSE:To make it possible to display a subject image for confirming the recorded image contents of the image recording disk of a CD, etc., to be used for a printing image processing, etc., on an image recording disk. CONSTITUTION:These are an image recording disk A with subject image and a case for image recording disk which output and display a subject image P on a subject image output device and an image recording disk A which are provided with a subject image data reading means reading subject image data to be subject image for displaying image recorded contents recorded in an image recording disk A, a subject image data storage means storing subject image data obtained from the subject image data reading means temporarily and a subject image output means outputting and displaying a subject image PK on an image recording disk based on the subject image data read from the subject image data storage means.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is for outputting and displaying a title for confirming the contents of a recorded image recorded on an electronic image recording disc such as a compact disc (CD) on the image recording disc. The present invention relates to a title image output device for an image recording disc, an image recording disc with a title image, and a case for the image recording disc.

[0002]

2. Description of the Related Art Conventionally, when confirming an image content recorded on an electronic image recording body such as a CD as a visible image, the image data recorded on a recording medium is read out by an image data reading means and reproduced. The content of the recorded image is confirmed by displaying the image on the CRT display screen based on the output and reproduced image data or by displaying the image on the sheet as a visible image by a scanner image output machine.

Examples of the electronic image recording medium include:
"Kodak Photo CD" (made by Kodak,
There is also a photographic image recording compact disc (photographic picture recording compact disc) such as another name: PCD, photo CD).

This PCD is one in which a film image such as a color film photographed and developed is read by a scanner image reading means, and the read image data is recorded on a compact disc (CD) as electronic image data. . Conventionally, when recording the above PCD, a list (list) of recorded contents by reduced images is output as an index print (list hard copy) at the same time as recording, and P
The contents of the image recorded on the CD can be confirmed, and the index print can be properly stored in the storage case together with the PCD.

In the index printing method, as seen in a recording medium such as a floppy disk, a cassette tape, a compact disk (CD), a storage case (transparent plastic case or the like) and a content (recording medium main body) are separated. Even if an index print is attached to the storage case, there is no title for displaying the unified contents showing the recorded contents on the CD (PCD) inside the case, and the CD (PCD) and its Mismatch with the storage case is likely to occur.

Further, the PCD CD-ROM medium (Co
mpact Disk Read-Only-Memory) and other CDs (CDs that do not have a unified content display showing the recorded contents) are used for computer peripherals, after the CDs are taken out of the storage case, they are used for computer equipment. It is premised that it be put in a protective caddy case (CD-Caddy) and then loaded into a computer device for use.

The protective caddy case is used by being attached to a computer peripheral device as a separate body, and a plurality of protective caddy cases having spare compatibility are often used. It is a factor that exacerbates the discrepancy with the CD.

Due to the occurrence of this disagreement, the C content
The contents stored in D become unclear, or when the contents are stored again in the protective case, it is not possible to easily check the contents recorded in the recording medium, and it is inconvenient to handle the contents such as rearranging and storing them. It becomes necessary to reproduce and check the recording medium, and management of the recording medium becomes inconvenient.

[0009]

In the case of a recording medium such as a CD which does not display the unified recording contents as described above, particularly an image recording medium used for image processing such as printing, the number of sheets to be processed is plural. Or, since there are many sheets and the recorded contents of these image recording media are different for each recording medium, it takes time and effort to attach the label onto the recording medium, and no mistakes are made in the attachment. Not necessarily.

The present invention is a C used for print image processing and the like.
A title image for confirming the contents of image data recorded on an image recording medium such as D is to be displayed on the image recording medium easily and without error, and is also displayed on the image recording medium. The title should be optically magnified so that it can be easily visually confirmed.

[0011]

The first invention of the present invention is as follows:
Title image data reading means for selecting and reading title image data, which is a title image for displaying the recorded image content recorded on the image recording disk, from the image recording disk, and the title obtained by the title image data reading means. Title image data storage means for temporarily storing image data, and subject image processing such as scaling, rotation, trimming, etc., if necessary, based on the title image data read from the title image data storage means, and then the image recording disk A title image output device for an image recording disc, comprising a title image output means for outputting and displaying a title image on the surface.

Further, according to a second aspect of the present invention, a title image for displaying the image recording contents output and displayed based on the image data recorded on the image recording disc is provided on the image recording disc. It is an image recording disc with a title image.

The third aspect of the present invention is to record an image by an electronic image processing means by accommodating an image recording disc with a title image, in which a title image for displaying recorded image contents is provided on the image recording disc. In the protective caddy case to be loaded into the disc drive mechanism, the protective caddy case constituent plate facing the title image displayed on the image recording disc is provided with an optical magnifying lens such as a Fresnel lens for magnifying the title image. An image recording disc protection caddy case with a title image, which is characterized in that

Further, a fourth aspect of the present invention is an image storage device for storing an image recording disc with a title in which a title image for displaying recorded image contents is provided on the image recording disc. An image recording disc storage case with a title image, characterized in that the storage case constituting plate facing the title image displayed on the disc is provided with an optical magnifying lens such as a Fresnel lens for magnifying the title image. .

[0015]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a title output device for an image recording disk according to the first invention of the present invention is shown in FIGS.
Will be described in detail below.

FIG. 1 is a block diagram showing the function of a title output device for an image recording disc in one embodiment of the first invention, and it is a block diagram showing a plurality of data recorded on the image recording disc using electronic recording means or the like. Title image data reading means 1 for reading all or part of the recorded image data from the recorded image data and reading the title image data as a title for displaying the recorded contents of the recording disk.
The title image data storage means 2 and the stored title image data are read out, and the title image data is read out by an image output system such as a thermal transfer printer, a pressure transfer printer, an ink jet printer, a laser printer. A title image output means 3 for outputting and displaying a title image based on the title image data is provided on the image recording disk.

The title image data reading means 1 reads the title image data and attached information (image number, recording position, etc. regarding the image data) from one image recording disk (eg CD).

The title image data to be read from one image recording disc can be appropriately selected, for example, in whole or in part from the image data recorded in the image recording disc. The selection command is
This is possible by inputting the image number (code number) of the image data to the reading means 1.

The read title image data is stored in the title image data storage means 2, and finally, the title image output means 3 reads the stored title image data from the title image data storage means 2 and records it. The title image is output on the disc.

FIG. 2 is a hardware block diagram showing the hardware of an apparatus that realizes each function shown in the functional block diagram of FIG. 1, and the read head mechanism of the title image data reading means 1 is provided on the bus line 10. 6, a RAM 8 (Random-Access-Memory) of the title image data storage unit 2, a print mechanism 9 of the title image output unit 3, a central control unit 4 (CPU) for controlling and operating each of these units, and the central control unit 4 ROM5 which stores the operation control program for operating
(Read-Only-Memory) is provided.

The CPU 4 controls each unit according to the operation control program stored in the ROM 5, and the disk drive mechanism 7 drives and rotates while controlling the image recording disk body.

The disc drive mechanism 7 drives and rotates the image recording disc when the title image data is read from the image recording disc by the reading operation of the title image data reading unit 1, and the image recording by the title image output unit 3 is performed. This is to drive and rotate the image recording disk in outputting the title image on the disk.

The title image data storage means 2 for storing the title image data by the RAM 8 stores the number of image data (images to be title images) for one image recording disc (one image recording disc). The required storage capacity is determined depending on whether (data) is a unit of storage processing.

The storage processing unit, that is, the number n of image data to be stored and processed per storage processing unit is defined by the operation control program stored in the ROM 5.

As the processing flow chart in the above-mentioned one embodiment of the first invention, the title image data reading means 1 is
n title image data (n image data displayed as a title image on the image recording disk among a plurality of N image data recorded on one image recording disk,
A command to read N ≧ n) is output from the CPU 4 as a read command signal.

By the read head 6 of the title image reading means 1 and the drive mechanism 7, n pieces of image data (n pieces of title image data) are read from the image recording disk.
The additional information data attached to it is read out and the RAM 8
Memorized in.

When n pieces of title image data are stored in the RAM 8, a command signal for outputting and displaying n pieces of title images on the image recording disk body is output from the CPU 4, and RA
Based on the attached information (image number, image recording position, etc.) of M8, the drive mechanism 7 sets the output head of the title image output mechanism 9 of the title image output means 3 and the image recording medium for outputting and displaying the title image. Move to an appropriate position, then R
One of the n title image data stored from the AM 8 is read, and the read title image data is read by the title image output mechanism 9 (a thermal transfer printer, a pressure sensitive transfer printer, an ink Jet printer,
(A laser printer, etc.) outputs and displays one title image at an appropriate position on the image recording disk, and repeats this output process until there are no more n title image data to be output and displayed. The title image to be displayed is displayed on the image recording disc.

In the embodiment of the first aspect of the invention, the CPU 4 shown in FIG. 2 and the RAM 8 are provided with an interface (not shown) on the bus line 10, for example, and a CPU mounted on a computer connected thereto. Alternatively, the entire processing may be performed from the application software on the computer using the RAM or the RAM.

In the above embodiment, the CPU 4
Part or all of the functions of the ROM 5 and the ROM 5 may be configured by hardware logic installed in the computer.

The image recording disk on which the title image is output and displayed by the title image output device according to the first embodiment of the present invention is a magnetic head recording / reproducing type magnetic disk or a combined recording of a laser beam and a magnetic head. An image recording disk such as a magneto-optical disk according to a reproducing method or an optical disk (CD-ROM) according to a laser light irradiation head recording / reproducing method is a target, and the image recording disk is installed facing the output head of the title image output mechanism 9. While holding by the chuck mechanism, the title image is output to the image recording disk surface while being relatively moved by the loading mechanism or the disc driving mechanism.
In the present invention, in addition to the image recording disc, for example,
It is possible to output and display the title image on ordinary paper, sheets such as plastic film, labels, etc., and it is possible to create index print (hard copy) or a title image display label attached to the floppy disk surface. Is.

FIG. 3A is a plan view of the CD-ROM disc A. As shown in FIG.
The disk A has a diameter r with the drive rotation center as O.
₀ = 118 mm, and in general, a diameter r ₂ = at which a disc drive driving rotating portion (not shown) of the disc drive mechanism 7 for rotating the disc A is fitted in the central portion thereof.
A disk mounting hole B of about 17 mm is provided.

Outside the mounting hole B, a diameter r ₄ = 47 m
A donut ring-shaped non-recording area 20 of about m is provided, and a donut ring-shaped recording area 21 of diameter r ₁ = 116 mm is provided outside the non-recording area 20.

The outermost circumference of the recording area 21 (diameter r ₁ = 11
6 mm) and the outermost periphery (diameter r ₀ = 118 mm) of the CD-ROM disc A main body, a donut ring-shaped non-recording area 22 having a width of about 1 mm is provided.

The main body of the CD-ROM disk A shown in FIG. 3A is generally stored in a storage case of a predetermined size when not in use, and when used, it is taken out from the storage case and used as a protective caddy. After being loaded in the case, it is mounted in the disc drive mechanism 7 for each protective caddy case, and in the state of being loaded in the protective caddy case, it is rotationally driven by the disc drive mechanism 7 to perform recording or reproduction. .

FIG. 3B is a side sectional view showing a state in which the main body of the CD-ROM disk A is loaded in the protective caddy case K. The protective caddy case K has a bottom plate portion 30 and its outer periphery. A CD-ROM equipped with a side plate portion 31 and an upper plate portion 32 provided in the bottom plate portion 30
At a portion corresponding to the disc mounting hole B of the disc A main body, a diameter r ₃ = 3 for inserting the disc drive driving rotating portion is provided.
A through hole 33 having a size of about 3.5 mm is provided, and a slide shutter portion 38 that is slidable along the end holding portion 39 and that opens and closes the through hole 33 is provided below the through hole 33.

The CD-RO in which the upper plate 32 is loaded
A disc-shaped hub 34 that freely rotates is provided at a portion corresponding to the disc mounting hole B of the M disc A main body.
A circular coating plate 37 made of metal is integrally attached and fixed to the upper plate portion 32 at the upper side.

The bottom plate portion 30 of the protective caddy case K
Each of the side plate portions 31 erected around the periphery is separated from the upper plate 32 at a portion 36, and the side plate portion 31 at one end thereof has
An upper plate part 32 of the protective caddy case K is provided with a hinge part 35 connected to the upper plate part 32 separated at the portion 36.
Can be opened and closed via the hinge portion 35.

In the present invention, the CD-ROM disc A
As shown in FIG. 3A, the standard of the display area (title image print area) for outputting and displaying the title image P on the surface is from the inner diameter r ₃ of the disc A to the outer diameter r ₁ . The display area E ₁ is suitable, and in some cases, the disc A between the inner peripheral diameter r ₃ of the disc A and the outermost peripheral diameter r ₀ thereof.
It may be all of the area.

Alternatively, the diameter r of the shaft hole B of the disk A
_The entire area E ₀ including the area between ₂ and the inner diameter r ₃
It is also possible to display in.

Next, the image recording disk with a title of the second invention of the present invention will be described in detail according to the embodiments. FIG. 4A is a plan view of the image recording disk A with a title output and displayed on the image recording disk A by the title output device for the image recording disk of the first invention. In the example, each image of the title image P output and displayed based on the recorded image data of the image recording disk A output and displayed by the title image output mechanism 9 of FIG. 2 on the surface of the image recording disk A using the PCD. P
_1, P _2, P _3, shows the arrangement of _{· · ·} P _n, in this embodiment, first in the display region shown in FIG. 3 (a), is recorded in the image recording disc A (PCD) All images (N images) based on all the image data (N image data) are output and displayed as the title image.

FIG. 4B shows one title image P of the title images P output and displayed by the apparatus of the first invention.
_The size of one image displayed as an output (printed display) of _k is, for example, 10 mm in length × 6.67 mm in width (width).
Is.

As a result, as shown in FIG.
on r _0/2 = 59mm image recording disk (PCD), output is displayed 24 images P _k is a donut ring shape of the display area of the range of diameters = 26mm~36mm, also range in diameter 37mm~47mm 34 images P _k are output and displayed in the donut ring-shaped display area of
The 45 pieces of picture P _k is a donut ring shape of the display area of the range of diameters 48mm~58mm (r _1/2) is outputted displayed.

In the present invention, some image data (n image data) out of all image data (N image data) recorded on the image recording disc (PCD-ROM disc A). It is possible to output and display n title images in an appropriate display area on the image recording disk by selecting.

The general PCD image recording disk A used in the above-mentioned embodiment has a recording capacity of electronic image data of up to 100 image data. As shown above, 24 images, 34
Images, 45 images in total 103 images can be output and displayed,
In addition, in practice, the number of recordable images decreases if additional recording is performed on the PCD. Therefore, the output display of the title image P according to the present invention is the same as the title image for the maximum recording capacity of 100 images on the PCD image recording disc A. Output display is possible, and the output display specifications of the title image of the PCD image recording disk A are sufficiently satisfied.

The title image output mechanism 9 for outputting and displaying the title image P on the image recording disk A is theoretically the same as the title image P when the image recording disk A is a PCD.
The number of pixels required for one image to be output and displayed is 19
Since the size is 2 pixels × 128 pixels, the print resolution required for the title image output mechanism 9 is about 488 dpi. Therefore, as the title image output mechanism 9, a sublimation transfer type print printer or the like which is normally used can be used. Is.

Next, the protection caddy case K of the third invention of the present invention will be described with reference to FIGS. 3 (a) to 3 (b) and FIG. 5 (a).
The details will be described below according to the embodiments shown in FIGS.

As shown in the side sectional view of the protective caddy case of FIG. 3 (b) and the plan view of FIG. 5 (a), the protective caddy case K is shown in FIG. It is used when loading into the disc drive mechanism 7 shown, and after the transparent plastic upper plate portion 32 is opened through the hinge portion 35, the image recording disc A (CD-ROM disc) is The shaft hole portion B and the opening portion 33 of the protective caddy case K are made to correspond to each other and are put into the protective caddy case K, and the upper plate portion 32 is covered and accommodated.

The image recording disk A housed in the protective caddy case K is used by being loaded in a predetermined loading portion of the drive mechanism 7 for each protective caddy case K.

The magnifying lens 4 is provided at an appropriate portion on the outer surface or the inner surface of the transparent upper plate portion 32 of the protective caddy case K.
0 (concentric Fresnel lens or flat convex lens having a relatively large curvature) is provided by plastic molding or laminating.

The magnifying lens 40 may be formed by integrally molding with the plastic upper plate 32, or may be provided.
Alternatively, after the magnifying lens 40 is formed as a separate sheet, the sheet-shaped magnifying lens 40 is appropriately attached to the outer surface or the inner surface of the upper plate portion 32 with an adhesive or by heat fusion. You may Note that FIG. 5B is a plan view of the sheet-shaped magnifying lens 40.

The magnifying lens 40 is provided on the outer surface or the inner surface of the upper plate portion 32 corresponding to the circumferences of the innermost peripheral portion, the intermediate inner peripheral portion and the outer peripheral portion on which the title image on the image recording disk A is output and displayed. It may be provided one by one, or continuously along each circumference, or
A plurality may be provided at appropriate intervals along each circumference.

The magnifying lens 40 reduces each title image P _K output and displayed (for example, 10 mm × 6.67).
mm) is appropriately magnified (for example, 2 times) for observation.

The lower side of the magnifying lens 40 is opened by opening a shutter portion (not shown) mounted on the back surface side (bottom plate portion 30 side) of the protective caddy case K and rotating the central portion of the image recording disk A with a finger. Although the desired title image P _K is moved and magnified and observed, it is possible to reduce the amount of movement when magnifying and observing by providing magnifying lenses 40 at a plurality of positions on the upper plate portion 32.

Further, in the upper plate portion 32, a portion not provided with the magnifying lens 40 corresponds to the image recording disc A of the upper plate portion 32 so that the entire title image P on the image recording disc A can be clearly seen. It can be provided in about 1/3 of the entire area.

Next, the storage case according to the fourth aspect of the present invention will be described in detail with reference to the embodiment shown in FIG. 6. In the storage case S, the image recording disk A is taken out from the protective caddy case K and the storage case S is appropriately used. It is used for storage and storage, and has a bottom plate portion 50, and an upper surface of the bottom plate portion is a circular shape for accommodating a disc-shaped image recording disc A (compact disc, photographic picture recording-compact disc, etc.). A recess 51 is provided, and a transparent plastic upper plate 52 that can be opened and closed via a hinge 55 is provided at one end of the bottom plate 50.
The left and right sides of 2 are provided with side plate portions 53, 53.

By closing the transparent upper plate portion 52 on the bottom plate portion 50 so as to overlap with each other, the storage case S is covered and the image recording disk A stored in the recess 51 is stored in the storage case S. Is stored in.

A magnifying lens 40 (a concentric Fresnel lens or a flat convex lens having a relatively large curvature) is formed on an appropriate portion of the outer surface or the inner surface of the transparent upper plate portion 52 of the storage case S by plastic molding, or It is provided by laminating.

The magnifying lens 40 may be formed by integrally molding with the plastic upper plate portion 52, or may be provided.
Alternatively, after the magnifying lens 40 is formed as a separate sheet, the sheet magnifying lens 40 may be attached to the outer surface or the inner surface of the upper plate portion 52 by an appropriate adhesive agent or heat fusion. You may

The magnifying lens 40 is provided on the outer surface or the inner surface of the upper plate portion 52 corresponding to the circumferences of the innermost peripheral portion, the intermediate inner peripheral portion and the outer peripheral portion on which the title image on the image recording disk A is output and displayed. It may be provided one by one, or continuously along each circumference, or
A plurality may be provided at appropriate intervals along each circumference.

The magnifying lens 40 reduces each title image P _K output and displayed (for example, 10 mm × 6.67).
mm) is appropriately magnified (for example, 2 times) for observation.

Further, in the upper plate portion 52, a portion not provided with the magnifying lens 40 corresponds to the image recording disc A of the upper plate portion 52 so that the entire title image P on the image recording disc A can be seen well. It can be provided in about 1/3 of the entire area.

Thus, the plastic upper plate portion 5 of the storage case S for storing and storing the image recording disk A is described.
The above protective caddy case K on the outer or inner surface of 2.
A magnifying lens 40 similar to the above is provided.

[0063]

In the title image output device for the image recording disc of the first aspect of the present invention, the title image data reading means serves as a title image for displaying the image recording contents recorded on the image recording disc. Selected from the image recording disk and read out, the title image data storage means temporarily stores the title image data obtained by the title image data reading means, and the title image output means reads out the title image data storage means. Based on the title image data, the title image can be output and displayed on the surface of the image recording disc from which the title image data is read out, and the thus obtained image recording disc with the title image of the second invention is , By visually confirming the title image output on the disc, the recorded image contents can be easily It is those that can Rukoto.

In the present invention, for example, a sheet or a label which can be attached to a disc of a recording medium such as a CD (compact disc) on which appropriate information data such as image information is recorded is prepared, and the sheet is prepared. Alternatively, the title image may be attached to the recording medium after the title image is once output and displayed on the label or the label by the title image output means.

The image recording disk protective caddy case of the third aspect of the present invention is a protective caddy case component plate for accommodating an image recording disk and loading it in the image recording disk drive mechanism of the electronic image processing means. An optical magnifying lens such as a Fresnel lens for magnifying the title image is provided at a portion opposite to the title image displayed on the image recording disc, so that the title image reduced and displayed on the image recording disc is displayed. Can be enlarged and checked in an easy-to-see state.

The image recording disk storage case according to the fourth aspect of the present invention is characterized in that a portion of the constituent plate of the storage case for storing and storing the image recording disk is opposed to the title image displayed on the image recording disk. Since an optical magnifying lens such as a Fresnel lens for magnifying the title image is provided, the title image that is reduced and output and displayed on the image recording disk can be magnified for easy viewing.

[0067]

INDUSTRIAL APPLICABILITY The present invention is recorded on an image recording disk such as a CD without displaying the recorded contents, and particularly on an image recording disk used for image processing such as printing of a plurality of or a large number of processed sheets. The image content displayed on the disc can be easily known by the title image displayed on the disc, and the title for confirming the content of the image data recorded on the image recording disc can be reliably displayed on the image recording disc. There is an effect that it can be easily displayed in the absence state, and there is an effect that the title image displayed on the image recording disk can be optically enlarged and easily confirmed.

[Brief description of drawings]

FIG. 1 is a block diagram of a title image output device according to a first invention of the present invention.

FIG. 2 is a block diagram of the title image output device of the first invention of the present invention.

FIG. 3A is a plan view of an image recording disk output and displayed by the title image output device of the first invention of the present invention, and FIG. 3B is a side view of the image recording disk and the protective caddy case. FIG.

FIG. 4 (a) is a plan view of an image recording disk with a title image according to the second aspect of the present invention, and FIG. 4 (b) is a plan view of one title image.

FIG. 5A is a plan view of a disk protection caddy case of the third invention of the present invention, and FIG. 5B is a plan view of a sheet-shaped magnifying lens provided in the disk protection caddy case.

FIG. 6 is a perspective view of a disk storage case according to a fourth aspect of the present invention.

[Explanation of symbols]

1 ... Title image data reading means 2 ... Title image data storage means 3 ... Title image output display means 4 ... Central control unit 5 ... RO
M 6 ... Read head mechanism 7 ... Disk drive mechanism 8 ... RAM 9 ... Output display mechanism 10 ... Bus line 20 ... Non-recording area 21 Recording area 22 ... Recording area outer peripheral portion 30 ... Bottom plate portion 31 ... Side plate portion 32 ... Upper plate portion 33 ... Opening part 34 ... Hub 35 ... Hinge part 36 ... Separation part 3
7 ... Cover plate 38 ... Sliding shutter part 39 ... Holding part 40 ... Enlarging lens part 50 ... Bottom plate part 51 ... Recessed part 52 ... Upper plate part 53 ... Side plate part 54 ... Disk holding convex part 55 ... Hinge part A ... Image recording disk B … Shaft hole O… Drive rotation center K… Disk protection caddy case S… Disk storage case r ₀ … Disk diameter r ₁ … Outer diameter of image recordable area r ₂ … Shaft hole diameter r ₃ … Image non-recording area Diameter of the image E ₀ ... Title image displayable area E ₁ ... Title image display optimum area P ... Title image P _1, P _2, P _{3, ...} P _n ... Each title image P
_K ... 1 title image

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁵ Identification code Office reference number FI technical display location H04N 5/93 C 4227-5C

Claims (4)

[Claims] 1. Title image data reading means for selecting and reading title image data, which is a title image for displaying image recording contents recorded on an image recording disk, from the image recording disk, and the title image data reading means. Title image data storage means for temporarily storing the obtained title image data, and title image processing such as scaling, rotation and trimming is performed as necessary based on the title image data read from the title image data storage means. A title image output device for an image recording disk, further comprising a title image output means for outputting and displaying a title image on the surface of the image recording disk. 2. A title image for displaying, on the image recording disk, a title image for displaying the image recording contents output and displayed based on the image data recorded on the image recording disk. Image recording disc with. 3. A protection for accommodating an image recording disc with a title image, in which a title image for displaying recorded image contents is provided on the image recording disc, and loading the image recording disc drive mechanism of the electronic image processing means. In the caddy case, the protective caddy case constituent plate facing the title image displayed on the image recording disc is provided with an optical magnifying lens such as a Fresnel lens for magnifying the title image. Image recording disc protection caddy case. 4. A storage case for storing and storing an image recording disc with a title, in which a title image for displaying the content of a captured image is provided on an image recording disc. An image recording disk storage case with a title image, characterized in that the storage case constituent plate is provided with an optical magnifying lens such as a Fresnel lens for magnifying the title image.