JPH0863574A - Electronic album system - Google Patents

Abstract

PURPOSE: To automatically reproduce and display a required print on a screen in required order by previously generating editing information of a reproduction picture. CONSTITUTION: An electronic album system is the system whereby plural frames of picture information which are recorded in at least one developed silver salt film are edited and displayed. A barcode 1b concerning the required frame of an index print 1 is read by a barcode reading device 2, required picture information is selected, address data of the picture selected by a magnetic disk memory 6 is stored as editing information file and a control circuit 23 selects only information which is required to be reproduced and displayed from picture information stored in an optical disk memory 15 based on the editing information file and displays it in a monitor 22.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic album system for inputting, storing, searching and displaying image information recorded on, for example, a silver salt film.

[0002]

2. Description of the Related Art Conventionally, a plurality of images recorded on a silver salt film or the like are read by an image scanner, temporarily stored in a memory, and then displayed on a monitor or the like as required so that a user can confirm the images. Such a system has been realized.

In Japanese Patent Laid-Open No. 2-111161, for example, a bar code is added to a part of a printed image, and a bar code reading device reads the bar code to output a desired image from a memory. Techniques for searching are disclosed.

Further, in Japanese Patent Laid-Open No. 3-110680, an image is output from a memory by arranging a plurality of bar code-attached prints on a sheet of paper as an index print and reading the bar code with a desired bar code. Technology is disclosed.

[0005]

However, in the technique disclosed in Japanese Unexamined Patent Publication No. 2-111161, it is necessary to read and output the bar code for each sheet. It took a long time to display, and the work was troublesome.

Further, in the technique disclosed in the above-mentioned Japanese Patent Laid-Open No. 3-110680, it is necessary to read a desired bar code at the time of display / reproduction, so that there is a problem that at least one exclusive person is required at the time of reproduction. It was

The present invention has been made in view of the above problems. An object of the present invention is to create edit information of a reproduced image in advance and automatically reproduce and display desired prints in a desired order on a screen. Is to let.

[0008]

In order to achieve the above object, the electronic album system according to the first aspect of the present invention can edit and display image information of a plurality of frames recorded on a recording medium. In this electronic album system, selecting means for selecting desired image information from the recording medium, storing means for storing the image information selected by the selecting means, and image information stored in the storing means Reproduction editing means for editing the display state when selecting and displaying the information to be reproduced and displayed.

The electronic album system according to the second aspect is characterized in that the selection by at least one of the selecting means and the reproducing / editing means is selected by bar code information.

Further, the electronic album system according to the third aspect is an electronic album system capable of editing and displaying image information of a plurality of frames recorded on at least one developed silver salt film, Selection means for selecting desired image information recorded on the silver salt film and the developed silver salt film, storage means for storing the information selected by the selection means, and information of the information stored in the storage means. It is characterized by comprising a reproduction editing means for selecting the information to be reproduced and displayed from the inside and editing the display state at the time of displaying.

[0011]

That is, in the electronic album system according to the first aspect of the present invention, the desired image information is selected from the recording medium by the selection means, and the image information selected by the selection means is stored by the storage means, and is reproduced and edited. By means of the means, the display state when the information to be reproduced and displayed is selected and displayed from the image information stored in the storage means is edited.

Further, in the electronic album system according to the second aspect, the selection by at least one of the selecting means and the reproducing / editing means is selected by the bar code information.

Further, in the electronic album system according to the third aspect, the developed silver salt film and the desired image information recorded on the developed silver salt film are selected by the selection means, and the storage means selects the desired image information by the selection means. The selected information is stored, and the display state when the information to be reproduced and displayed is selected and displayed from the information stored in the storage means by the reproduction / editing means is edited.

[0014]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 shows the configuration of an electronic album system according to the first embodiment of the present invention, which will be described. As shown in FIG. 1, the control circuit 23 that controls the entire control includes
The bar code reading device 2, the key input device 3, the search information creating device 4, the editing information creating device 5, and the magnetic disk memory 6 are electrically connected to each other.

The light source device 7 is arranged at a position where the developed film 24 loaded in the electronic album system of this embodiment is irradiated, and the light emitted from the light source device 7 passes through the film 24. The image scanner 8 is arranged at a position where the received light is received. The output of the image scanner 8 is connected to the input of the frame memory 12, and the output of the frame memory 12 is the compression circuit 1
3, the optical disk memory 15 through the frame memory 14
Connected to the input of.

Further, the output of the optical disk memory 15 is connected to the input of the frame memory 16, and the output of the frame memory 16 is connected to the inputs of the frame memories 18 and 19 via the expansion circuit 17, respectively. The outputs of the frame memories 12 and 14 and the frame memories 18 and 19 are respectively connected to the inputs of the synthesizing circuit 20, and the outputs of the synthesizing circuit 20 are connected to the monitor 22. The output of the character information creation circuit 21 is also connected to the input of the synthesis circuit 20.

The film encoder 10 is connected to the film 24, and the output of the film encoder 10 is connected to the film feeding circuit 9. The control circuit 23 is also connected to the magnetic information reading circuit 11, the film feeding circuit 9, the light source device 7, the image scanner 8, and the character information creating circuit 21.

In such a construction, the index print 1 is constructed in detail as shown in FIG. 2, and an image for one film is printed with each frame being small. The bar code 1a attached to the index print 1 has the same content as the code indicating the film number magnetically recorded on the lead portion of the film 24 by the camera at the end of shooting.
The bar code 1b is coded and printed with the frame number and the date of photographing recorded on the magnetic recording layer outside the film screen by the magnetic recording circuit of the camera for each frame at the time of photographing.

When the bar code reader 2 reads the bar codes 1a and 1b attached to the index print 1, the information is output to the control circuit 23, and the key input device 3 outputs predetermined information. Is input, the information is output to the control circuit 23. Further, the search information creation device 4 creates search information, film number, title, frame number, shooting date, importance rank, keyword, image length, etc. when the image information is stored. Then, the editing information creating device 5 selects and edits the stored image information of a huge number of frames so that it can be shown at a predetermined time, and the magnetic disk memory 6 creates the editing information creating device 5 in the editing information creating device 5. Screening information is stored.

On the other hand, the developed film 2 by the light source device 7
When the light is irradiated on the light source 4, the image on the film 24 is converted into an electric signal by the image scanner 8. At this time,
The film feed circuit 9 feeds the film 24 at a constant speed while the film feed amount is detected by the film encoder 10. The electric signal of the image scanner 8 is temporarily stored in the frame memory 12, and the image information is converted into JPEG (Joint Photographic Experts Gr) by the compression circuit 13.
After being compressed, it is temporarily stored in the frame memory 14 and then stored in the optical disk memory 15. Since the optical disc memory 15 has a large capacity, it can store a plurality of image information.

When the image information stored in the optical disk memory 15 is read out, the frame memory 16
The image information for one designated screen is read out from the optical disk memory 15 and stored, and the decompression circuit 17 causes
This compressed image information is decompressed and restored. Then, the decompressed image information is temporarily stored in the frame memories 18 and 19, and is synthesized by the synthesizing circuit 20 with the character information and the like created by the character information creating circuit 21. Is displayed.

The frame memories 18 and 19 are for expanding and preparing an image in the frame memory 19 for displaying the next frame while displaying the contents of the frame memory 18 on a monitor. These frame memories 18, 1
9 are alternately used, and the images stored in the frame memories 18 and 19 are sequentially displayed on the monitor 22.

Then, by the magnetic information reading circuit 11,
During film feeding, the frame number and shooting date information recorded on the magnetic recording layer outside the screen and the film number and title information recorded on the magnetic recording layer of the film reader are read.
The information is output to the control circuit 23. This content can also be displayed on the monitor 22 together with the image.

Details of the information stored in the magnetic disk memory 6 and the optical disk memory 15 are shown in FIG. That is, FIG. 3A shows the stored contents of the optical disk memory 15. In this optical disk memory 15, as search data, “image serial number”, “film number / title”, “frame number”, “date of photography”, “importance rank”, “keyword”, “image length”. Is stored, followed by actual image data. The "image serial number" is a serial number unrelated to the film, and the "film number / title" is magnetically recorded in the reader section of the film by the camera. The "frame number" and "imaging date" are also magnetically recorded by the camera on the magnetic recording layer outside the screen of each frame. The "importance rank" is an index showing how important the photo is to the user,
It is specified by the user together with the above “keyword”.
The “image length” means the length of the image after image compression. The length of the image data differs depending on each scene. The optical disk memory 15 has a capacity for storing hundreds of frames of a group of image information data configured as described above.

On the other hand, FIG. 3B shows the contents stored in the magnetic disk memory 6. In the magnetic disk memory 6, the number of frames necessary for one screening (usually several tens of frames) of the image information for several hundred frames stored in the optical disk memory 15 is edited, and the image information is stored. Address data on the optical disk memory 15 housed therein is recorded in order. At the time of screening, refer to the address data,
By sequentially reading the image information from the optical disk memory 15 and displaying it, the image information can be automatically viewed on the monitor 22 as an electronic album. The address data is edited in advance, and in addition to the address data, "screening title", "editing date", "editing film number condition", "editing shooting date condition", "editing importance rank condition", Information on "edit keyword condition", "number of screens", and "screening time" is also stored.

Hereinafter, with reference to the flowchart of FIG.
An image recording sequence according to the first embodiment will be described.
The index print 1 shown in FIG. 2 and the developed film 24 corresponding thereto are prepared. It is assumed that the developed film 24 is stored in the cartridge again after being developed and baked.

When this patrone is loaded into the electronic album system, the film feeding circuit 9 automatically carries out the blank feeding, and the film number and magnetic data of the reader portion of the film 24 are read by the magnetic information reading circuit 11.
The information is output to the control circuit 23 and displayed on the monitor 22 (steps S1 to S4).

Further, when the information of the bar code 1a on which the film number of the index print 1 is printed is read by the bar code reading device 2, the information is read by the control circuit 23.
To the index print 1 by the control circuit 23.
It is determined whether the types of the film and the film match (steps S5 and S6).

If the two do not match,
For example, after the warning is displayed on the monitor 22, after the index print 1 is replaced, the bar code is read again, the above operation is repeated. If the bar code is not read, the film 24 is rewound. The operation ends (steps S7 to S10).

Next, when it is desired to input a film title, the key input device 3 is used to input a film title such as "summer vacation" (steps S11 and S1).
2). Then, when the bar code 1b relating to the frame to be stored in the optical disk memory 15 is read by the bar code reading device 2 and input to the control circuit 23, the control circuit 23 recognizes the film frame number corresponding to the bar code information. Is
The film 24 is automatically fed to the frame by the film feeding circuit 9, the image scanner 8 operates to store the image information in the frame memory 12, and after the film 24 is stopped, the image is displayed on the monitor 22. Yes (step S1
3 to S20).

While watching the display on the monitor 22, the user
The key input device 3 is used to judge and input how important the photo is among the five levels. This state is as shown in FIG. 5, and in this example, the degree of importance is three star marks (steps S22 and S23).

Subsequently, an image compression operation is performed by the compression circuit 13, the compressed image is temporarily stored in the frame memory 14, and then the search data and the image data are stored in the optical disk memory 15 according to the format of FIG. 3 (step S).
24-S26).

In this way, when the image recording is continued, the process returns to the step S13 to repeat the above operation, and when the operation is ended, the film 24 is rewound and all the operations are ended (steps S27 to S29). ).

Next, with reference to the flow chart of FIG. 6, a sequence of editing information creation according to the first embodiment will be described. After preparing the index print 1 and setting the variable n relating to the number of frames to “0”, the index print 1
When the film number data bar code 1a of No. 1 is read by the bar code reader 2, the corresponding film number is found from the optical disk memory 15 (step S30-).
S34).

Subsequently, the frame number bar code 1b of the index print 1 is read, the frame number is searched from the optical disk memory 15, and the image serial number address is recognized (step S36). After performing this series of operations for the desired frame of the desired film (step S3
7 to S39), the screening piece "n" is displayed on the monitor 22, the screening title is input (steps S40 and S41), and the editing information file is stored in the magnetic disk memory 6 in the format as shown in FIG. After that, all the operations are finished (steps S42 and S43).

Next, with reference to the flow chart of FIG. 7, a screening sequence for sequentially displaying designated image information of the optical disk memory 15 on the monitor 22 based on the edit information file of the magnetic disk memory 6 will be described.

After the magnetic disk memory 6 and the optical disk memory 15 are loaded, when the screening title is input by the key input device 3, the editing information file is read from the magnetic disk memory 6, and the search condition, the screening piece, The show time is displayed on the monitor 22 (steps S70 to S).
75).

Then, the image serial number address Ad of the magnetic disk memory 6 is sequentially read, and the image data is read from the corresponding address on the optical disk memory 15,
The image is decompressed by the decompression circuit 17 and the frame memory 18,
Alternately stored in 19 and shown for each predetermined time (steps S76 to S92).

As described above, the electronic album system according to the first embodiment is characterized in that the index print 1 is used to easily record an arbitrary image and edit the desired image to be displayed.

Next, a second embodiment of the present invention will be described. Since the configuration of the second embodiment is similar to that of the first embodiment described above, the description thereof is omitted here. The image recording sequence according to the second embodiment will be described below with reference to the flowchart of FIG. When the electronic album system is loaded with a cartridge, the film feeding circuit 9 idle-feeds the film 24, and accordingly, magnetic data relating to the film number is read by the magnetic information reading circuit 11 and displayed on the monitor 22 (steps S100-). S10
3).

Subsequently, the data barcode 1a relating to the film number of the index print 1 is read by the barcode reading device 2, and when the film number and the index print 1 do not match, the monitor 22
In case of reading again, the process returns to the step S104.
Is rewound by the film feeding circuit 9 and the operation is finished (steps S104 to S109).

Next, in the case of inputting the film title, after inputting (steps S110, S111), in the case of storing the images of all frames, the sequence shifts to the sequence of FIG. This will be described later (step S112).

When the images of all the frames are not stored, the bar code 1b of the image to be stored is read by the bar code reading device 2 (step S113), and the input frame is marked on the corresponding frame of the index print (step S113). (S114), the input frame number, the shooting date, etc. are displayed on the monitor 22 (step S115).

Further, the film 24 is fed until the film counter FC becomes equal to the input frame, the image scanner 8 is operated to convert the image into an electric signal, which is once stored in the frame memory 12, and then the film 24 is driven. Is stopped and an image is displayed on the monitor 22 (step S116-).
S121). Subsequently, the image is compressed by the compression circuit 13 and temporarily stored in the frame memory 14, and then the search data and the image data are stored in the optical disk memory 15 (steps S122 to S124).

If this image storage is to be continued, the process proceeds to step S113 and the above operation is repeated. If it is not continued, the film 24 is rewound and all the operations are finished (steps S126 and S127).

On the other hand, if it is determined in step S112 that the images of all the frames are to be stored, the process moves to the sequence of FIG. 9, and the bar code reading device 2 reads the data bar code 1a of the film number of the index print 1 again. The film number data of the index print 1 is marked with all frames entered (steps S128 to S1).
29).

Then, after setting the variable n to "1" and the film counter FC to "0", the film 24 is fed and the image scanner 8 is operated to convert the image information into an electric signal. The frame number is temporarily stored in the frame memory 12, the input frame number and the shooting date are displayed on the monitor 22, and after the film 24 is stopped, the image is displayed on the monitor 22 (steps S130 to S138).

Then, the compression circuit 13 compresses the image and, after temporarily storing it in the frame memory 14, stores the search data and the image data in the optical disk memory 15, and repeats this until the end of the film (step S13).
9-S143). When the film end is reached in this way, the film is rewound and the operation is completed (step S14).
4, S145).

As described above, in the second embodiment, the image is stored based on the index print 1 as in the first embodiment, but the "frame" or the "whole film" on which the image is recorded is recorded.
In contrast, the marking that indicates that the input has been completed is printed near the corresponding barcode. This is for marking the index print 1 from the bar code reading device 2 when reading a bar code, which can be visually perceived by humans, so the "piece" or "whole film" can be edited at the time of editing.
Whether or not is stored in the optical disk memory 15 can be instantly determined and can be recognized by the barcode reading device 2, so that a warning can be issued even if the user tries to edit a frame that has not been input.

Next, referring to the flowchart of FIG.
A sequence of editing information creation according to the second embodiment will be described. After preparing the index print 1 and setting the variable n relating to the number of frames to “0”, the index print 1
The data bar code 1a of the film number is read by the bar code reading device 2, and if there is a marking indicating that all frames have been input, all frames can be input is displayed on the monitor 22, and then the head of the film number is read from the optical disk memory 15. If there is no marking that has been input, a display that cannot be edited is displayed on the monitor 22 (steps S150 to S158).

If there is an input marking, the frame number of the optical disk memory 15 is searched and the image serial number address is stored. This is performed for a desired frame of the desired film 24 (steps S159 to S16).
3). Thus, the screening piece is displayed, the screening title is input, the editing information file is stored in the magnetic disk memory 6, and all the operations are completed (steps S164 to S16).
7).

As described above, in the electronic album system according to the second embodiment, it is possible for a human to visually or mechanically determine whether or not the data has been input to the optical disk memory 15 by marking. It is characterized by having done.

Next, a third embodiment of the present invention will be described. The configuration of the third embodiment is the same as that of the first embodiment described above, and therefore the description thereof is omitted here. Below, FIG.
An image recording sequence according to the third embodiment will be described with reference to the flowchart of FIG. When a patrone is loaded into the electronic album system, the film 24 is fed by the film feeding circuit 9 and the film title is subsequently read (steps S200 to S202). If there is a film title, the film title is displayed on the monitor 22, and if there is no film title, the display without the film title is displayed on the monitor 22 (steps S203 to S203).
205).

When the index display is performed, "1" is put in the flag ID, and when the index display is not performed, "0" is put in the flag ID (step S20).
6 to S208), "1" is put into the variable n and the film counter FC is set to "0" (steps S209 and S21).
0).

Next, the film 24 is fed by the film feeding circuit 9, and when the variable n becomes equal to the film counter FC, the image scanner 8 is operated to convert the image information into an electric signal and the frame memory 12 Is temporarily stored in (steps S211 to S214). Next, after the date of photography and the input frame number are read and combined with the image, the image compression operation is performed by the compression circuit 13 and the film 24 is stopped. If the flag ID is "1", the index display image is displayed. Processing is performed, and this is performed up to the film end (steps S211 to S222).

When the film end is reached in this manner, the film 24 is rewound, and then the index display is performed (steps S223 and S224). Then, when the image recording frame is designated and the designated frame is displayed on the monitor, it is displayed. When recording, the index display address is stored after the index display, the designated frame marking display is performed, and this operation is continued. If so, the process returns to step S225 and the above operation is repeated (steps S225 to S232).

If the process is not continued in this way (step S
232), if the film title is input in the index display, enter the title (steps S233, S
234), the index display image processing of only the designated frame is redone (step S235), the search data of the index display and the monitor display and the image data are stored in the optical disk memory 15 (see FIG. 12), and all the operations are completed. (Steps S236, S237).

Next, referring to the flowchart of FIG.
A sequence of editing information creation according to the third embodiment will be described. If the title of the index display is searched, the process proceeds to step S251. If not searched, the process proceeds to step S257.

When the process proceeds to step S251, a title is input, the optical disk 15 is searched based on the title, and if the search cannot be performed, the process returns to step S250 (steps S250 to S253). If the image data file can be searched, the image data file is read out and the index is displayed (steps S255 and S256).

Subsequently, when an edit frame is designated and displayed on the monitor 22, the frame number is searched, the image data file is read, and the monitor display is performed (steps S263 to S2).
67). The user confirms the displayed contents and, if OK, stores the image serial number address (step S26).
(8, S269), if other frames are also edited, the process returns to step S263 to repeat the above operation, and if other frames are not edited, the process proceeds to step S271 (step S270).

Then, if another file is edited in step S271, the process moves to step S251 if the title search is performed, and if not, step S251.
Move to 258. If the other files are not edited, the screening title is input (step S27).
3) The edit information file is stored in the magnetic disk memory 6 (step S274), and all the operations are finished (step S275).

On the other hand, if the index display title is not searched in step S250, the address counter of the optical disk memory 15 is initialized (step S257), the index search is performed, and if the search is successful, the image data file is searched. Reading is performed and index display is performed. If the index is acceptable, the process proceeds to step S263 (steps S258 to S26).
2). If the index is not good, the process returns to step S258 and the above operation is repeated.

As described above, in the third embodiment, first, a frame to be displayed is designated based on the index display, and if only that frame is desired to be confirmed, only that frame is displayed. Then, in the case of screening, the image serial number address of the image is stored. Finally, the screening titles are input to the plurality of displayed frames and stored in the magnetic disk memory 6 in the format as shown in FIG. Naturally, the images with the serial number addresses are sequentially displayed at the time of screening.

As described above, the electronic album system according to the third embodiment is characterized in that it is possible to easily store a desired frame and edit the exhibition frame information without the index print.

Next, a fourth embodiment of the present invention will be described. Since the configuration of the fourth embodiment is similar to that of the first embodiment, the description thereof will be omitted here. Below, FIG.
An image recording sequence according to the fourth embodiment will be described with reference to the flowchart of FIG. When the cartridge is loaded into the electronic album system, the film feeding circuit 9 performs the blank feeding (steps S300 and S301).

Subsequently, the variable n is set to "1" and the film counter FC is set to "0", and the film is fed (steps S302 and S304). When the variable n becomes equal to the film counter FC, the image scanner 8 is operated, the image signal is converted into an electric signal, and the frame memory 1
It is temporarily stored in step 2 (steps S305 and S307).

Subsequently, the frame number and the magnetic information of the photographing date are read, the images are combined and displayed on the monitor 22 (steps S308 to S310). Next, when recording an image, an image compression operation is performed and search information is attached, and when the image is not recorded, the image information is deleted (step S311).
~ S314). This is repeated until the film end is reached (steps S315 and S316). When the film end is reached, the film 24 is rewound, image processing for index display is performed, each frame image data is arranged, an index display title is input, and an index display is input. Each frame data of the display data is stored in the optical disk memory 15, and the image recording data is stored in the magnetic disk memory 6 (step S3).
17-S322).

When image recording is to be performed, the process returns to step S300 to repeat the above operation, and when it is not continued, all operations are ended. (Step S323,
S324). The image recording format of the magnetic disk memory 6 is as shown in FIG. As described above, in the fourth embodiment, not only the information of the frame designated at the time of image recording is stored in the optical disk memory, but also the address information thereof is stored in the magnetic disk memory. If index display is first required based on the address information of the magnetic disk memory at the time of editing information creation, the frame display can be performed, so that the time required for search can be shortened.

As described above, since the electronic album system according to the fourth embodiment has the image address information of the optical disk memory 15 in the magnetic disk memory 6 separately, the search time is short when the edit information is created. It is characterized by that.

As described in detail above, in the electronic album system of the present invention, a desired image can be easily stored, and the image to be displayed can be easily edited and displayed as a series of groups.

According to the above embodiment of the present invention, the following constitution can be obtained. (1) An electronic album system capable of editing and displaying image information of a plurality of frames recorded on at least one developed silver salt film, wherein an index print in which image information of the silver salt film is printed on one sheet When,
Selection means for selecting the index print and a shooting frame on the index print, storage means for storing the information selected by the selection means, and selection of information to be reproduced and displayed from the information stored in the storage means. And a playback editing means for editing the display state when displaying,
An electronic album system comprising: (2) The electronic device according to (1), wherein the index print has a bar code for each image information, and the selection means has a bar code reading means for reading the bar code. Album system. (3) The electronic album system according to (1), further comprising marking means for marking the index print corresponding to the image information selected by the selection means, the marking means indicating that the index print has been selected. (4) A recording medium for recording image information of a plurality of frames, a selection unit for selecting desired image information from the image information of a plurality of frames recorded on the recording medium, and image information selected by the selection unit. An electronic album system comprising: a storage unit that stores the image; and an editing unit that creates information necessary for reproducing and displaying a plurality of image information items to be reproduced and displayed from the image information items stored in the storage unit. . (5) A recording medium for recording image information of a plurality of frames, a selection unit for selecting desired image information from the image information of a plurality of frames recorded on the recording medium, and the selection unit selected by the selection unit. A conversion means for converting the image information into an electric signal, a storage means for storing the electric signal related to the image information converted by the conversion means, and a plurality of reproduction information to be displayed from the image information stored in the storage means. An electronic album system comprising: an editing unit that creates information necessary for reproducing and displaying image information. (6) A silver salt film for recording image information of a plurality of frames, a selection unit for selecting desired image information from the image information of a plurality of frames of the silver salt film, and the image information selected by the selection unit. Conversion means for converting into electric signals, storage means for storing electric signals relating to the image information converted by the conversion means, and reproduction display of a plurality of image information desired to be reproduced and displayed from the image information stored in the storage means An electronic album system comprising: an editing unit that creates necessary information for the electronic album system. (7) A silver salt film for recording image information of a plurality of frames, a selection unit for selecting desired image information from the image information of a plurality of frames of the silver salt film, and the image information selected by the selection unit. Conversion means for converting into electric signals, storage means for storing electric signals relating to the image information converted by the conversion means, and reproduction display of a plurality of image information desired to be reproduced and displayed from the image information stored in the storage means Editing means for creating information necessary for
An electronic album system, wherein at least one of image information selection by the selecting means and information creation by the editing means interposes barcode information. (8) A silver salt film for recording image information of a plurality of frames, a selection means for selecting desired image information from the image information of a plurality of frames of the silver salt film, and the image selected by the selection means. Conversion means for converting the information into an electric signal; storage means for storing the electric signal relating to the image information converted by the conversion means; and a plurality of pieces of image information to be reproduced and displayed from the image information stored in the storage means. An electronic album system comprising: an editing unit including a barcode reading unit that creates information necessary for reproduction display. (9) A silver salt film for recording image information of a plurality of frames, an index print in which the image information of a plurality of frames of the silver salt film is printed on one sheet and a bar code is provided outside the screen, and the bar code A bar code reading means for reading, a selection means for selecting desired image information from the image information of a plurality of frames of the silver salt film using the bar code reading means, and the selection means selected by the selection means. Conversion means for converting image information into an electric signal,
Storage means for storing electric signals relating to the image information converted by the conversion means, and bar code reading information necessary for reproduction display of a plurality of image information to be reproduced and displayed from the image information stored in the storage means. An electronic album system comprising: an editing unit created using the unit. (10) A silver salt film for recording image information of a plurality of frames,
Image information of plural frames of the silver salt film is printed on one sheet and an index print having a bar code outside the screen, bar code reading means for reading the bar code, and plural frames of the silver salt film. Selecting means for selecting desired image information from the image information using the bar code reading means; marking means for marking the image information selected by the selecting means on the index print; From the conversion means for converting the image information selected by the selection means into an electric signal, the storage means for storing the electric signal relating to the image information converted by the conversion means, and the image information stored in the storage means Editing for creating information necessary for reproducing and displaying a plurality of image information to be reproduced and displayed by using the barcode reading means. Electronic album system, characterized by comprising: a stage, a. (11) A silver salt film for recording image information of a plurality of frames,
A conversion means for converting the image information of the silver salt film into an electric signal, a monitor display means for displaying the electric signal of the conversion means on a monitor, and a plurality of images based on the display of the monitor display means. Selection means for selecting necessary image information from the information, storage means for storing the image information selected by the selection means, and reproduction and display from the image information stored in the storage means An electronic album system comprising: an editing unit that creates information necessary for reproducing and displaying a plurality of image information based on the image information on the monitor unit. (12) A silver salt film for recording image information of a plurality of frames,
A conversion means for converting the image information of the silver salt film into an electric signal, a monitor display means for displaying the electric signal of the conversion means on a monitor, and a plurality of images based on the display of the monitor display means. A selection means for selecting necessary image information from the information and an electric signal relating to the image information converted by the conversion means are stored, and each film has an image data area for index display. Storing means and editing means for creating information necessary for reproducing and displaying a plurality of image information to be reproduced and displayed from the image information stored in the storing means, based on the image information on the monitor means. An electronic album system characterized by being provided. (13) A silver salt film for recording image information of a plurality of frames,
A conversion means for converting the image information of the silver salt film into an electric signal, a monitor display means for displaying the electric signal of the conversion means on a monitor, and a plurality of pieces of image information based on the display of the monitor display means. Selection means for selecting necessary image information from the inside, storage means for storing the image information selected by the selection means, and address means for storing address information of the image information stored in the storage means When,
Information necessary for reproducing and displaying a plurality of image information to be reproduced and displayed from the image information stored in the storage means is created by displaying the image information on the monitor display means based on the information of the address means. An electronic album system comprising: an editing unit.

[0072]

As described above, according to the present invention, it is possible to provide an electronic album system in which edit information of reproduced images is created in advance and desired prints are automatically reproduced and displayed on a screen in a desired order.

[Brief description of drawings]

FIG. 1 is a diagram showing a configuration of an electronic album system according to a first embodiment of the present invention.

FIG. 2 is a diagram showing a detailed configuration of the index print 1.

FIG. 3 shows a magnetic disk memory 6 and an optical disk memory 1.
5 is a diagram showing a storage format of information stored in FIG.

FIG. 4 is a flowchart showing an image recording sequence according to the first embodiment.

FIG. 5 is a diagram showing display contents on a monitor 22.

FIG. 6 is a flowchart showing a sequence of editing information creation according to the first embodiment.

FIG. 7 is a flowchart showing a screening sequence in which designated image information in the optical disk memory 15 is sequentially displayed on the monitor 22 based on the edit information file in the magnetic disk memory 6.

FIG. 8 is a flowchart showing an image recording sequence according to a second embodiment.

FIG. 9 is a flowchart showing a sequence of image recording according to the second embodiment.

FIG. 10 is a flowchart showing a sequence of editing information creation according to the second embodiment.

FIG. 11 is a flowchart showing an image recording sequence according to a third embodiment.

FIG. 12 is a diagram showing a state of search data and image data stored in an optical disk memory 15 and an index display corresponding thereto.

FIG. 13 is a flowchart showing a sequence of editing information creation according to the third embodiment.

FIG. 14 is a flowchart showing an image recording sequence according to a fourth embodiment.

FIG. 15 is a diagram showing a format of image recording in the magnetic disk memory 6.

[Explanation of symbols]

1 ... Index print, 2 ... Bar code reader,
3 ... Key input device, 4 ... Search information creating device, 5 ... Editing information creating device, 6 ... Magnetic disk memory, 7 ... Light source device,
8 ... Image scanner, 9 ... Film feeding circuit, 10 ...
Film encoder, 11 ... Magnetic information reading circuit, 12 ...
Frame memory, 13 ... Compression circuit, 14 ... Frame memory, 15 ... Optical disk memory, 16 ... Frame memory,
17 ... Decompression circuit, 18 ... Frame memory, 19 ... Frame memory, 20 ... Compositing circuit, 21 ... Character information creating circuit,
22 ... Monitor, 23 ... Control circuit.

Claims (3)

[Claims] 1. An electronic album system capable of editing and displaying image information of a plurality of frames recorded on a recording medium, comprising: selecting means for selecting desired image information from the recording medium; Storage means for storing the image information selected by the means; and reproduction / editing means for selecting the information to be reproduced and displayed from the image information stored in the storage means and editing the display state at the time of display. An electronic album system characterized by: 2. The electronic album system according to claim 1, wherein the selection by at least one of the selection unit and the reproduction / editing unit is selected by barcode information. 3. An electronic album system capable of editing and displaying image information of a plurality of frames recorded on at least one developed silver salt film, the developed silver salt film and the developed silver salt film. Selecting means for selecting desired image information recorded in, storage means for storing the information selected by the selecting means, and information to be reproduced and displayed from the information stored in the storing means, An electronic album system comprising: a reproduction editing unit that edits a display state at the time of displaying.