JPH068982B2 - Image recording medium storage method, container, and picture card - Google Patents

Description

Detailed Description of the Invention [Industrial applications]

The present invention accommodates an image recording medium such as a still video floppy, a picture card in which a still recording image recorded on an optical disc or a video disc is printed on one recording sheet, and an image recording medium loaded with this picture card. The present invention relates to a container to be stored and a storage method thereof.

[Prior art]

Image recording media having a function of reading by an electrical, optical, or magnetic method as a means for recording (including temporarily storing) an image include a still video floppy, an optical disc, etc. The still video floppy will be described. The still video floppy is a 2-inch floppy disc that is mounted on a dedicated still video camera to record and record still images. When used with NTSC signals, it is standardized to record 50 screens for field recording and 25 screens for frame recording. Therefore, each recorded screen can be viewed on an NTSC television. The still video floppy is taken out from the still video camera and stored in a case for storage. A transparent hard case or soft case is usually used for this, and it is possible to see from the outside whether the still video floppy is stored in the case. However, I do not know the contents of each still screen recorded on this still video floppy, so I stuck a label on the surface of this floppy, or put an index card in the above case and put data such as titles on them. It has been described. However, the area of description of these is too small to list all the data. Also, the described data alone is not sufficient to represent the still screen content.

[Problems to be Solved by the Invention]

As explained above, the case of the still video floppy is often made of transparent material so that the inside can be seen, but the contents of the screen recorded on the still video floppy are not known, and for that reason, you can watch it on TV one by one. Without it, it cannot be confirmed. Therefore, it is very convenient if the contents of the screen recorded with the still video floppy stored in the case are roughly known.

[Means for Solving the Problems]

The present invention proposed to solve the above-mentioned problems is to provide at least one of images corresponding to a plurality of still recording image data recorded on an image recording medium inside a container having a transparent portion. An image-recording-medium storage container in which a part is printed on a single card according to the arrangement of a plurality of image recordings, and the card is loaded inside a storage container having a transparent part. Further, according to the present invention, an image corresponding to a plurality of images recorded on an image recording medium is printed on one card arranged in the order of recording, and the card can be housed integrally with the image recording medium. It is a recording medium storage method. Further, according to the present invention, a still image recorded on an image recording medium having a shape that can be inserted inside a transparent case for accommodating the image recording medium is printed on a single card by a printer and printed. It provides a card.

【Example】

An example of the image recording medium storage container of the present invention will be described below with reference to the still video floppy storage container. In Figure 1, the still video floppy 30 has a frame recording
Twenty-five screens and fifty screens are recorded by field recording and are stored in the cartridge 31. The still video floppy 30 is housed in the case 20 by inserting the shutter portion 32 of the cartridge 31 into the head. Further, 10 is a picture card of the present invention, and all screen contents (for example, 25 screens) recorded on the still video floppy 30 are reduced and printed to display indexes of the respective screens. In FIG. 1, the storage case 20 of the still video floppy 30 has a lid 22 and a case body 21 both made of transparent resin. The picture card 10 of the present invention, which will be described later in its printing method, will be described in full screen contents of the still video floppy 30 being recorded, that is, 25 if frame recording.
The screen is printed. Since this picture card 30 is inserted into the case lid 22 and loaded, the case lid 22
It is made slightly smaller than the inner size of the case lid 22 so as to fit the inside of the insertion guide. The still video floppy 30 that should be stored should be set by inserting the cartridge 31 inside the picture card 10 at the beginning, and the case cover.
It is configured to be stored in the case body 21 when 22 is closed. FIG. 2 is a perspective view showing a television screen. As shown in the figure, the aspect ratio (B / A) of a general television screen is 3: 4. However, as shown in FIG. 5, the internal aspect ratio (b3 / a3) of the case lid 22 is not necessarily the same as the aspect ratio of the television screen. Therefore, a picture card 10 having vertical and horizontal lengths that are almost the same as the inner dimensions of the case lid 22 is created, and each of the 25 screens recorded by dividing the picture card 10 is reduced and printed in these 25 sections. For that purpose, as shown in FIG. 3, the both ends 2 of the basic TV screen 1 are slightly cut so as not to impair the subject of the recording screen, and the print screen 3 having vertical and horizontal directions of b1 and a1 is formed. Constitute. That is, as shown in FIG. 4, almost b1 / a1 = b2 / a2 is set, and the entire screen is printed to make the picture card 10. As a result, it is possible to fit the 25 screens into the picture card 10 properly and print them in sequence. A picture card 10 comprising a print screen group thus reduced and printed is the perspective view of FIG. 5 and the development view of FIG. 7. As shown in the side view, the case back cover 10A and the folded back portion 10B are made to be slightly longer, and the case cover 22 is mounted by bending and making it visible to the outside. By this folding back, the still video floppy 30 is protected and the picture card 10 can be stably attached to the case lid 22. Still video floppy in this state
FIG. 6 shows an external view of the case 30 stored in the case 20. It is even more convenient to enter the recording date and time, title, data, etc. of the still video floppy 30 on the spine cover portion 10A and the folded portion 10B of the case of the picture card 10. In addition, as shown in the development view and side view in FIG. 8, a picture card
11 may be attached only by the spine cover portion 11A without attaching the folded portion. Next, in the case of frame recording, since there are 50 screens, a reduced print array of 50 screens is required. In this case, as shown in the developed view of the picture card of FIG. 9 and the perspective view after folding, the above-mentioned folded-back portion is made to have the same size as the lid surface of the case to form two continuous screen groups 121, 122. That is, a picture card 12 having 25 screens in series is created with the spine cover portion 12A of the case as the middle. Then, the picture card 12 is bent in the same manner as described above and mounted inside the case lid 22, and the still video floppy 30 is sandwiched between the two screen groups.
Insert and store. Also, as shown in the developed view and perspective view of FIG.
It is created by adding the back cover portion 13A and the folded portion of the case to the picture card 13 on which two 25 screens (50 screens) are printed. Then, by folding the two screen groups into two, a picture card 13 of 50 screens, each of which has 25 screens, is produced, and this is bent as before and mounted on the case lid 22. That is, 25 of the first surface 131 of the screen group
The screen is visible from the outside of the case as before, but the second surface 132
For 25 screens, open the case lid 22 and check from the inside. The opening / closing type case 20 has been described as another application example. However, as shown in the development view of the picture card in FIG. 11 and the perspective views of the still video floppy, the picture card, and the case, the insertion type transparent case is shown. The same applies to 23. That is, a picture card 14 having 50 screens printed is prepared in accordance with the inner method of the insertable transparent case 23 and mounted in the case 23. Further, it is also possible to apply a folding part to 25 screens in the same manner as described above. Next, in order to make such a picture card, it can be easily made by the video printing system shown in FIG. That is, the still video camera 45 equipped with the still video floppy 30 captures a still image like a conventional photograph. As a result, the still video floppy 30 records 25 images in frame recording and 50 images in field recording. Then, if this still video floppy 30 is set in the still video player 40 and the screen is confirmed on the monitor TV 44, the aspect ratio is changed and the 25 screens are combined on the frame memory 41 as described above. By operating the system including the 42 and the automatic developing machine 43, a target picture card can be easily created. Such still video cameras 45
The player 40, the video printer 42, and the automatic processor 43 are developed as a video print system and are commercially available, so that they can be easily used. Some of these video printing systems utilize technologies such as silver halide photography, thermal transfer recording, ink jet, and electrophotography. If a large amount is needed, it is effective to make one original and make a picture card by color copying or printing. As the image recording medium, in addition to the still video floppy, it is applicable to an optical disc recording a plurality of still images, a compact disc (CDV) recording a plurality of still images and audio, and the like. It is also possible to use a transparent container that can store a card on which an image is printed.

【The invention's effect】

As described above, when the still video floppy is housed in the case, there has been a drawback that the contents of the conventional recording screen are unknown. However, according to the present invention, a picture card in which the entire screen recorded on the still video floppy is reduced and printed is created, and the picture card is mounted in a transparent case so that it can be seen from the outside. I have come to know.

[Brief description of drawings]

FIG. 1 is a perspective view showing a mounting relationship between a still video floppy, a picture card of the present invention, and an openable / closable transparent case. 2, FIG. 3, and FIG. 4 are explanatory views showing the television screen, the print screen, the print arrangement of the picture card, and the respective sizes thereof, which are the basis for producing the picture card of the present invention, and FIG. FIG. 6 is a perspective view showing a mounting relationship between a case and a picture card, and FIG. 6 is an external view of the case in which the picture card is mounted. 7 and 8 are diagrams showing application examples of a picture card provided with a spine cover portion and a folded portion of the case, and FIGS. 9 and 10 are application examples of a picture card in which 50 screens are printed and arranged. FIG. Further, FIG. 11 is a diagram when the same picture card is applied to an insertion type case, and FIG. 12 is a flow chart of a video system showing a procedure for producing the picture card of the present invention. 1 …… TV screen, 2 …… Both ends 3 …… Print screen 10,11,12,13,14 …… Picture card 20,23, …… Case, 21 …… Case body 22 …… Case lid 30 …… Still video floppy 31 …… Cartridge 40 …… Still video player 42 …… Video printer 43 …… Automatic processor

Claims (5)

[Claims] 1. At least a part of an image corresponding to a plurality of still recording image data recorded on an image recording medium is provided inside a container having a transparent portion in accordance with the arrangement of the plurality of image recordings. An image recording medium storage container in which the card is printed, and the card is loaded inside a storage container having a transparent portion. 2. An image recording in which images corresponding to a plurality of images recorded on an image recording medium are printed on one card arranged in the order of recording, and the card can be housed integrally with the image recording medium. Medium storage method. 3. A picture card produced by arranging and printing on a single card a still recording image recorded on an image recording medium that can be loaded inside a transparent case for accommodating the image recording medium. 4. The image recording medium storage container according to claim 1, wherein the image recording medium is a still video floppy. 5. The image recording medium storage container according to claim 1, wherein the image recording medium is an optical disk.