JPH05284445A - Silver salt camera camcorder, silver salt photosensing material reader and picture reproduction device - Google Patents

Abstract

PURPOSE:To automatically implement program-searching reproduction of a moving picture by using a still picture as the retrieval information. CONSTITUTION:When the CAMCORDER with a silver salt camera picks up a still picture during pickup of a moving picture, information representing cross-reference between a prescribed moving picture and a still picture is recorded. Then still picture information read photoelectrically from a silver salt film is recorded on an optical disk and its medium is set to the integrating reproduction device which is capable of still picture reproduction from the optical disk and of moving picture reproduction from a video tape. When a still picture used to decide the reproduction position of a moving picture among still pictures stored on the optical disk is selected (S22), a prescribed picture in the moving picture corresponding to the selected still picture is retrieved (S23). Then the moving picture is program-searched and reproduced based on the picture position to be retrieved (S24).

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a video camera integrated with a silver salt camera, a silver salt photosensitive material reading device and an image reproducing device. More specifically, still image information is used as search information for cue reproduction of a moving image. The present invention relates to an image reproducing device capable of automatically reproducing audio information of a corresponding portion of a moving image when reproducing a still image, and a silver salt camera integrated video camera and a silver salt photosensitive material reading device suitable for a system using such an image reproducing device.

[0002]

2. Description of the Related Art In recent years, a silver salt camera-integrated video camera in which a silver salt camera for shooting a still image using a silver salt photosensitive material and a video camera for photoelectrically shooting a moving image using an image sensor are integrated. Has been proposed (JP-A-3-274033).
No. With this silver salt camera integrated video camera, it is possible to record a still image that you want to leave with high image quality using a silver salt film while shooting a moving image, and the moving image is generally recorded on a video tape. It can be reproduced and viewed with a conventional video reproducing device, and the filmed silver salt film is printed after development as in the case of using a general silver salt camera.

On the other hand, at a developing station, a silver salt film photographed and exposed by a silver salt camera is photoelectrically read after development,
A system for recording this on an optical disc and providing the optical disc in addition to a general print service has been proposed. Therefore, if the system that stores the captured image on the optical disc as described above is applied to the development processing of the silver salt film shot by the silver salt camera integrated video camera, the moving image is recorded on the video tape and the still image by the silver salt camera is used. The image will be recorded on the optical disc, and both the moving image and the still image will be displayed using a display device such as a CRT.

Therefore, in this case, if an integrated reproducing apparatus capable of reproducing both a moving image from a video tape and a still image from an optical disk is provided, the usability of the silver salt camera-integrated video camera is improved. Is predicted.

[0005]

By the way, in shooting with the above-described video camera with a built-in silver salt camera, it is assumed that a moving image shooting with the video camera and a still image shooting with the silver salt camera are used separately for the same shooting target. Was
In this case, the recorded moving image and the still image have a relationship, and the still image recorded on the optical disk has the character as a representative image in the moving image recorded on the video tape. Become.

Therefore, by reproducing and confirming the still image stored on the optical disk, the content of the moving image recorded on the video tape can be inferred. However, although the still image search from the optical disk can be performed at high speed, the image searchability on the video tape is poor, so even if it is possible to easily confirm that the desired image is stored on the video tape based on the stored image on the optical disk, On the basis of this, there is a problem that it takes time to search for a desired moving image portion and reproduce that portion.

Further, the still image information read from the silver salt film is recorded on the optical disc, and normally, when the still image is reproduced from the optical disc, only the still image is reproduced in a silent state. Become. However,
If you shoot a still image while shooting a video with the silver salt camera integrated video camera, the audio information when the still image is played back with the silver salt camera will be recorded on the video side. If the audio information of the portion to be reproduced can be reproduced, the sound corresponding to the still image can be output at the time of reproduction to enhance the realism.

However, even in this case, since the video tape has a poor image retrievability as described above, the audio information corresponding to the still image to be replayed is retrieved even when the integrated replay device is used. It takes a lot of time and effort, and outputting the audio information corresponding to the still image from the video side makes the operation complicated. The present invention has been made in view of the above problems, and is particularly suitable for reproduction of moving images and still images captured by a video camera integrated with a silver salt camera, which enhances image searchability of moving images and improves the searchability. Provided is an image reproducing device capable of providing audio information at the time of shooting when reproducing a still image, and is suitable for exhibiting a reproducing function in the image reproducing device. The purpose is to provide a device.

[0009]

Therefore, the silver salt camera-integrated video camera according to the present invention records the moving image information obtained by the image pickup device in the moving image information storage medium, and at the same time, the silver salt photosensitive material during the recording of the moving image. A silver-salt camera-integrated video camera capable of shooting a still image using, when at least a still image is shot by the silver salt camera during movie shooting, at least the moving image information storage medium and the silver salt photosensitive material. On the other hand, it is provided with a correspondence information writing unit that writes information that associates a predetermined image in the captured moving image information with the image captured by the silver halide camera.

Here, the silver salt photosensitive material may be provided with a magnetic layer on which information is magnetically recorded, and the corresponding information writing means may magnetically record the corresponding information on the magnetic layer.
Further, the correspondence information writing means is configured to include a light emitting element for exposing the silver salt photosensitive material, and the correspondence information is exposed and recorded on the silver salt photosensitive material by controlling light emission of the light emitting element. It may be configured to.

On the other hand, the silver salt photosensitive material reading device according to the present invention reads still image information recorded on the silver salt photosensitive material, and additionally accompanies each still image recorded at the time of photographing on the silver salt photosensitive material. Information is read, and the read still image information and the supplementary information are associated with each other and recorded in a disc-type information storage medium. Furthermore, the image reproducing device according to the present invention is
It is configured as shown in FIG. 1 or 2.

In FIG. 1, the moving picture reproducing means reproduces a moving picture from the moving picture information storage medium in which the moving picture information is stored, and the still picture reproducing means stands still from the still picture information storage medium in which the still picture information is stored. Play the image. The reproduction start position selecting means selects a still image for determining the reproduction start position of the moving image from the still images reproduced by the still image reproducing means.

On the other hand, the reproduction start image retrieving means is based on the information indicating the correspondence between the still image stored in at least one of the moving image information storage medium and the still image information storage medium and the predetermined image included in the moving image. A predetermined image in the moving image corresponding to the still image selected by the reproduction start position selecting means is searched. Then, the cue reproducing unit causes the moving image reproducing unit to reproduce the moving image in accordance with the reproduction start position based on the predetermined image searched by the reproducing start image searching unit.

In FIG. 2, the moving picture / sound reproducing means reproduces a moving picture and a sound from a moving picture / sound information storage medium in which moving picture information and sound information accompanying the moving picture information is stored, and the still picture reproducing means is The still image is reproduced from the still image information storage medium in which the still image information is stored. In addition, the corresponding moving image position searching means, based on the information indicating the correspondence between the still image stored in at least one of the moving image / sound information storage medium and the still image information storage medium and the predetermined image included in the moving image, A predetermined image in the moving image corresponding to the still image reproduced by the image reproducing means is searched.

The still image audio reproduction control means causes the moving image / audio reproducing means to reproduce the audio information from the moving image / audio information storage medium with the predetermined image searched by the corresponding moving image position searching means as the reproduction reference position. , Is output as audio information corresponding to the reproduced still image. Here, when the still image information storage medium is configured to be able to store audio information in association with each still image information together with the still image information, the audio information reproduced by the still image audio reproduction control means is stored as still image information. An audio information recording means for recording in the still image information storage medium in association with information can be provided and configured.

[0016]

According to this structure, in the silver halide camera-integrated video camera, when a still image is photographed by the silver halide camera while the moving image is photographed by the image pickup device, the moving picture information storage medium and the silver halide photosensitive material. In at least one of the above, information that associates a predetermined image in the captured moving image information with the image captured by the silver salt camera is written.

On the other hand, in the silver salt photosensitive material reading device, the additional information written at the time of photographing is read together with the still image information, and the still image information and the additional information are recorded in the disc type information storage medium. Further, in the image reproducing device, a predetermined image in the moving image information having a correspondence relationship with the still image selected from the still images stored in the still image information storage medium is searched, and the searched predetermined image is searched. The playback of the moving image is started based on.

Further, when the still image is reproduced, a predetermined image corresponding to the still image is searched from the moving image, and the searched predetermined image is used as a reproduction reference position, and the audio stored with the moving image is searched. Play the information and use this audio information
Output as the one corresponding to the reproduced still image. Here, the output audio information can be stored in a still image information storage medium.

[0019]

EXAMPLES Examples of the present invention will be described below. Figure 3
1 is a block diagram showing an overall configuration of an image system including a video camera integrated with a silver salt camera, a silver salt photosensitive material reading device, and an image reproducing device according to the present invention.

Here, a video camera 1 with an integrated silver salt camera
Is a video camera for recording moving image information obtained by the image pickup device on a video tape (magnetic tape) 2 as a moving image information storage medium and a moving image / sound information storage medium, and a silver salt film 3 as a silver salt photosensitive material. It is a camera integrally provided with a silver salt camera that shoots a still image, and can shoot a still image by the silver salt camera while shooting a moving image.

The silver salt film 3 photographed by the silver salt camera-integrated video camera 1 is usually printed after development processing. In this embodiment, the film 3 (negative film or negative film) developed by the developing device 4 is used. An image (still image) of a positive film) is photoelectrically read by the color scanner 5 and recorded on an optical disc 6 (still image information storage medium) which is a kind of disc type information storage medium.

The image read by the color scanner 5 is
It may be an image printed from the film 3. In addition, in the present embodiment, the silver halide camera integrated video camera 1 is used.
When a still image is shot by the silver salt camera during movie shooting, the information indicating that the simultaneous shooting is performed is recorded in the corresponding frame portion of the silver salt film 3 and at the time other than the simultaneous shooting. However, information such as the shooting date and time, white balance information obtained from the video side, print instruction information, and the like are recorded on the silver salt film 3, and various incidental information including such simultaneous shooting information can also be read. Then, it is recorded on the optical disk 6 in the same manner as the still image information.

When the white balance information is written on the silver salt film 3 as described above, the reading condition of the color scanner 5 may be changed according to the white balance information. For the supplementary information such as the simultaneous photographing information, for example, a transparent magnetic layer is provided on the back surface of the silver salt film 3 and magnetic recording is performed on this magnetic layer, or a light emitting element for information recording is provided in the camera 1. A configuration in which incidental information is exposed and recorded on the silver salt film 3 by a light emitting element may be used.

Here, when the magnetic layer is provided on the film 3, the information recorded on the magnetic layer cannot be read by the color scanner 5. Therefore, a magnetic reading device 7 is additionally provided, and the magnetic reading device 7 is provided. The information written in the magnetic layer on the back surface of the film 3 by 7 is read. In the case of a structure in which the film 3 is conveyed and the developed film 3 is automatically conveyed to the color scanner 5, the magnetic reading device 7 may be arranged before or after the color scanner 5. The scanner 5 may have a built-in configuration.

As described above, the moving images taken by the silver salt camera integrated type video camera 1 are recorded on the video tape 2 and the still images are finally recorded on the optical disk 6. These reproductions are performed by individual reproducing devices. In the case of the present embodiment, the integrated player (image reproducing device) 8 having both the moving image reproducing function from the video tape 2 and the still image reproducing function from the optical disk 6 is used instead.

The integrated player is a video tape 2
A general video player 9 (video playback means, video / audio playback means) for playing back video information and audio information from
A general optical disc player 10 (still image reproducing means) that reproduces still image information from the optical disc 6 is integrally provided inside, and each can operate individually as a normal player. As will be described later, the embodiment has a mode in which image reproduction is performed by mutually related operations, and in order to enable such related operations, the CPU 11 which controls the reproduction operation of the video player 9 and the optical disk player 10 respectively. Is provided.

Further, there is provided a controller 12 as a man-machine interface for instructing reproduction mode selection, reproduction image selection, and reproduction processing (partial enlargement, trimming, vertical / horizontal conversion, etc.). The monitor television 13 is a CRT device for displaying a reproduced image, and the speaker 14 is for reproducing audio information corresponding to the reproduced image and is attached to the monitor television 13.

Here, the internal structure of the silver halide camera integrated video camera 1 will be briefly described with reference to FIG. In the silver halide camera-integrated video camera 1 according to the present embodiment, the constituent elements of the automatic focus adjustment function (AF), the automatic exposure adjustment function (AE), and the strobe function that are used by both the silver halide camera and the video camera are shared. Has become.

For the automatic focus adjustment function, an AF sensor 21, an AF light emitting circuit 22, and an AF light emitting element 23 are provided, and a focusing mechanism 24 operates a focus lens on the silver halide camera side on the basis of the distance measurement information. 25 and the focus lens 26 on the video camera side are driven and controlled respectively. Further, an AE sensor 27 (photometric element) is provided for the automatic exposure adjustment function, and based on the detection result of the AE sensor 27, the exposure control circuit 28 controls the aperture mechanism 29 on the silver halide camera side and the video camera side. The diaphragm mechanism 30 and the diaphragm mechanism 30 are driven and controlled respectively.

Further, a strobe light emitting circuit 31 and a strobe light emitting body 32 are provided for the strobe function. The optical image incident through the focus lens 25 and the diaphragm mechanism 29 is exposed on the silver salt film 3, and the silver salt film 3 is exposed.
Are automatically fed by the film feeding mechanism 33.

Further, an additional information writing device 34 is provided as a corresponding information writing means for writing various additional information to the silver salt film 3. When the transparent magnetic layer is provided on the back surface of the silver salt film 3, the incidental information writing device 34 is a magnetic recording device for magnetically recording information on such a magnetic layer, and the auxiliary information writing device 34 is a film recording device for each frame photographed. In synchronization with winding, additional information such as simultaneous shooting with video and white balance information and trimming information (shooting information,
Write playback print information).

When the silver salt film 3 does not have a magnetic layer, the incidental information writing device 34 has a light emitting element, and the light emitting element is made to blink in synchronization with the winding of the film to expose the incidental information. The surface is exposed and recorded. On the other hand, an optical image incident through the focus lens 26 and the diaphragm mechanism 30 is received by a CCD 35 as an image pickup element and photoelectrically converted by the CCD 35. The image signal (moving image information) obtained by the CCD 35 passes through the image pickup circuit 36, the image circuit 37, and the memory section 38, and then, together with the sound information obtained through the microphone 39 and the sound circuit 40, by the recording circuit 41,
Magnetic recording is performed on the video tape (magnetic tape) 2 by a magnetic head (not shown).

The magnetic head is driven by a head cylinder drive mechanism 42, and the video tape 2 is automatically fed by a tape feeding circuit 43. Further, a white balance sensor 44 is provided, and automatic white balance adjustment is performed based on the detection result of the white balance sensor 44. Further, an operation display unit 45 is provided to display information such as shooting conditions. Reference numeral 46 is a system control circuit that receives the detection signals from the above-mentioned sensors and controls the operation of each circuit / device.

In the silver salt camera-integrated video camera 1 shown in FIG. 4, the photographing lenses are provided independently on the silver salt camera side and the video camera side, respectively.
The configuration may be such that a part of the taking lens is shared. Here, the silver salt film 3 is integrated with the silver salt film-integrated video camera 1 having the above-described structure during moving image shooting by the video camera.
The control in the case of performing still image shooting using will be described with reference to the flowchart in FIG.

According to the silver halide camera integrated type video camera 1 as in the present embodiment, while a moving image is being photographed by the video camera,
You can easily take still images with high image quality using a silver salt camera. When the still image shooting (S2) is performed during the moving image shooting (S1), the additional information writing device
Using the 34 and the magnetic head, information indicating that the images are simultaneously photographed is written on the frame of the silver salt film 3 and the video tape 2 at that time (S3). The part of S3 corresponds to the correspondence information writing means.

Here, since it is necessary to associate the still image photographed by the silver halide camera with the predetermined image (predetermined time) portion of the moving image photographed by the video camera in a one-to-one correspondence, it is duplicated. Record the unique code information (serial number etc.) that will not be used on the silver salt film 3 and the video tape, or pay attention to the fact that the simultaneous shooting dates and times do not overlap. timing)
May be recorded.

When the simultaneous shooting is performed as described above, the information indicating the correspondence is provided so that the predetermined image in the moving image corresponding to each still image recorded on the silver salt film 3 can be specified. In the case of recording on the film 3, as shown in the flowchart of FIG. 6, after developing the silver salt film 3 (S11), the still image on the film is photoelectrically read by the scanner 5 (S12), and the above-mentioned measures are taken. Various incidental information including information indicating the relationship is also read (S13), and the still image information and the incidental information are recorded on the optical disc 6 in a corresponding relationship (S14).

The part shown in the flow chart of FIG. 6 shows the control contents of the silver salt photosensitive material reading device in this embodiment. Next, the video tape 2 on which the moving image information shot by the video camera is recorded, and
A description will be given of how reproduction control is performed in the image reproducing apparatus of this embodiment in which the optical disk 6 on which the still image information obtained by photoelectrically reading the silver salt film 3 is recorded is set.

Assuming that the still image stored in the optical disc 6 is simultaneously shot during the moving image shooting as described above, if the still image stored in the optical disc 6 is reproduced and displayed, The still image has the character of a moving image. Therefore, when the desired moving image is cue-played from the video tape 2, first, as shown in the flowchart of FIG. 7, all the still images stored in the optical disc 6 are played back so that they can be viewed. It is displayed side by side on the monitor TV 13 (S21). Then, an operation of selecting a still image related to the moving image to be reproduced is performed (S22).

Since each still image has a corresponding relationship with a predetermined image in the moving image, and the information of the corresponding relationship is recorded, when the still image is selected, the moving image corresponding to the still image is selected. A predetermined image in the inside is searched based on the information on the correspondence (S23). Then, the reproduction of the moving image is started from the position of the searched predetermined image, that is, the time when the selected still images are simultaneously photographed (S24).

Incidentally, S in the flow chart of FIG.
The portion 22 corresponds to the reproduction start position selecting means, the portion S23 corresponds to the reproduction start image searching means, and the portion S24 corresponds to the cue reproducing means. In this way, the stored contents of the moving image can be estimated from the still image information stored on the optical disc 6,
However, since the cue reproduction can be performed using the still image information as the search information, it is possible to reliably and easily reproduce the desired moving image portion while compensating for the poor searchability of the image on the video tape. ..

Incidentally, in the above-mentioned cueing reproduction, even if the recording start position of the moving image portion including the selected still image is searched, and the cueing reproduction is performed with the search position as the reproduction start position. good. Further, the image reproducing apparatus is not used only for reproducing an image captured by the silver salt camera-integrated video camera 1 as described above, and for example, a representative image in a moving image captured by the video camera is selected. It is also possible to dubb this on a disc-type information storage medium such as an optical disc or a magnetic disc having good image searchability, and use the dubbed still image information as search information.

By the way, when a still image is photographed by a silver halide camera, the audio information at that time is not generally recorded, but a moving image is being photographed by the silver halide camera integrated video camera 1 as described above. When a still image is shot by the silver salt camera, the audio information at the time of shooting the still image is recorded on the moving image side. Therefore, when the still image captured by the silver salt camera and stored on the optical disk 6 is displayed on the monitor television 13 for viewing, if the audio information at the time of capturing stored on the video side can be output, the still image of the still image can be output. Even at the time of viewing, you can enjoy the image together with the audio information.

Therefore, in this embodiment, when a still image is taken during the shooting of a moving image, the correspondence between the still image and a predetermined image in the moving image is recorded. As shown in the flowchart of FIG. 8, the audio information stored in the corresponding portion on the video side can be automatically searched for and output during reproduction of a still image. That is, a desired reproduction image is selected from the optical disc 6 and the monitor television
When a still image is displayed on S13 (S31), the predetermined image portion in the moving image having the corresponding relationship as described above is searched based on the information indicating the corresponding relationship (S32), and the searched predetermined image is found. Is used as a reproduction reference position (the search image position is set as the reproduction start position, or the start position of the recording portion including the search image is set as the reproduction start position), and the audio information stored in the video tape 2 is reproduced. Then, (S33), this is output from the speaker 14 as an audio signal corresponding to the still image being reproduced.

In this way, the audio information of the corresponding portion can be picked up and reproduced from the video side without recording the audio information specially for the still image, and the still image is reproduced together with the audio information. Then, it is possible to perform a realistic image confirmation. Further, the process of searching the corresponding portion from the video side and playing the audio information as described above may be performed every time the still image is played, but the audio information can be played relatively easily by the automatic search. Although it is possible, searching from a video tape will take time.

Therefore, the audio information retrieved and reproduced from the video side as described above is recorded on the optical disc 6 side,
From now on, it is preferable that only the optical disk 6 can reproduce the still image and the audio information at the same time. In the flowchart of FIG. 8, the mode in which the audio information of the corresponding portion is reproduced from the video side as described above and the audio information is recorded on the optical disc 6 in association with the still image information is referred to as an audio recording mode. If this mode is selected (S34) and the audio information is unrecorded, the audio information reproduced from the video tape 2 side (audio information for a fixed time) is written to the optical disk 6 side. Let it be done (S35).

Incidentally, S in the flow chart of FIG.
The portion 32 corresponds to the corresponding image position searching means, the portion S33 corresponds to the still image voice reproduction control means, and the portion S35 corresponds to the voice information recording means. If the audio information of the video tape is stored on the optical disc 6, it is not necessary to set the video tape 2 to output the audio information when the still image is reproduced, and the audio information is associated with the still image on the optical disc 6 to store the audio information. Since it is stored, the audio information can be output without delaying the reproduction of the still image.

When the audio information stored on the video tape side as described above is recorded on the optical disk 6 side, the audio information is temporarily stored in another memory and another audio information ( For example, it is preferable that the optical disk 6 can be recorded after editing such as adding voice input from a microphone). In addition, the silver salt camera-integrated video camera 1 is provided with a configuration for recording audio information for shooting by the silver salt camera, and the still image shooting is performed when the image information on the silver salt film is recorded on the optical disc 6. The still image and the audio information may be simultaneously reproduced by simultaneously recording the recorded audio information.

In the case of a voice recording device for photographing a still image, when the silver salt film 3 is provided with a transparent magnetic layer, voice information inputted from a microphone can be magnetically recorded on this magnetic layer, and Alternatively, a configuration may be employed in which a voice recording storage medium (micro magnetic tape, magnetic disk, etc.) is separately provided, and voice information is recorded in this storage medium at the time of shooting.

When a separate storage medium is provided for audio recording as described above, it is possible to write shooting information or information indicating the correspondence with a predetermined image of a moving image in this storage medium. Furthermore, the silver salt film 3 on the optical disk 6
When recording the above image information, it is possible to superimpose a telop character on the screen such as a title and a description, or to perform layout editing, and then store the processed image on the optical disc 6. Such superimposing information may be stored in advance in the magnetic layer of the film 3 or a storage medium provided for voice recording and may be automatically processed.

Further, in the image reproducing apparatus shown in this embodiment,
By providing a mechanism capable of playing various kinds of music software during image playback from a video tape or an optical disc, for example, it becomes easy to play an image while playing background music and the usability is improved. In this case, the music stored in the various music software may be selectively dubbed on the optical disc 6 side.

[0052]

As described above, according to the present invention,
By using still image information, the searchability of moving image information can be improved, and the audio information recorded on the moving image side can be used for still image reproduction. In particular, a video camera integrated with a silver salt camera is used. There is an effect that usability can be improved in reproducing moving images and still images captured by

[Brief description of drawings]

FIG. 1 is a block diagram showing a basic configuration of an image reproducing apparatus according to the present invention.

FIG. 2 is a block diagram showing a basic configuration of an image reproducing device according to the present invention.

FIG. 3 is a block diagram showing an image system according to an embodiment.

FIG. 4 is a block diagram showing the configuration of a silver salt camera-integrated video camera.

FIG. 5 is a flowchart showing control during simultaneous shooting by a video camera integrated with a silver salt camera.

FIG. 6 is a flowchart showing reading control of a silver salt film.

FIG. 7 is a flowchart showing cue playback using still image information.

FIG. 8 is a flowchart showing output of audio information corresponding to a still image.

[Explanation of symbols]

 1 Video camera with integrated silver salt camera 2 Video tape 3 Silver salt film 4 Developing device 5 Color scanner 6 Optical disk 7 Magnetic reader 8 Image reproducing device 9 Video player 10 Optical disk player 11 CPU 12 Controller 13 Monitor TV 14 Speaker

Claims (7)

[Claims] 1. A video camera integrated with a silver salt camera capable of recording moving image information obtained by an image pickup device in a moving image information storage medium, while still image shooting using a silver salt photosensitive material during shooting of the moving image. When a still image is shot by a silver salt camera during movie shooting, a predetermined image in the shot moving image information and the silver salt camera are shot on at least one of the moving image information storage medium and the silver salt photosensitive material. A video camera with a built-in silver salt camera, comprising: correspondence information writing means for writing information for associating with a photographed image. 2. The silver salt photosensitive material is provided with a magnetic layer on which information is magnetically recorded, and the corresponding information writing means magnetically records corresponding information on the magnetic layer.
A video camera with a built-in silver salt camera. 3. The correspondence information writing means includes a light emitting element for exposing the silver salt photosensitive material, and the correspondence information writing means controls the light emission of the light emitting element to control the light emission of the light emitting element. The silver salt camera integrated video camera according to claim 1, wherein the material is exposed and recorded. 4. The still image information recorded on the silver salt photosensitive material is read, and the incidental information for each still image recorded at the time of photographing on the silver salt photosensitive material is read to obtain the read still image information. A silver salt photosensitive material reading device for recording in a disc type information storage medium in association with supplementary information. 5. A moving picture reproducing means for reproducing a moving picture from a moving picture information storage medium storing moving picture information, and a still picture reproducing means for reproducing a still picture from a still picture information storage medium having still picture information stored therein. A reproduction start position selecting means for selecting a still picture for determining a reproduction start position of a moving picture from a still picture reproduced by the still picture reproducing means, and at least one of the moving picture information storage medium and the still picture information storage medium. Reproduction start image search for retrieving a predetermined image in the moving image corresponding to the still image selected by the reproduction start position selecting means based on the stored information indicating the correspondence between the still image and the predetermined image included in the moving image Means and a cue reproducing means for causing the moving image reproducing means to reproduce a moving image in accordance with the reproduction start position based on the predetermined image searched by the reproducing start image searching means. Image reproducing apparatus for. 6. A moving image / sound reproducing means for reproducing a moving image and a sound from a moving image / sound information storage medium storing moving image information and sound information accompanying the moving image information, and a still image storing still image information. Still image reproducing means for reproducing a still image from an information storage medium, and a correspondence relationship between a still image stored in at least one of the moving image / sound information storage medium and the still image information storage medium and a predetermined image included in the moving image. Corresponding video position searching means for searching a predetermined image in the video corresponding to the still image reproduced by the still image reproducing means, and reproducing the predetermined image searched by the corresponding video position searching means based on the information indicating As a reference position, the moving image / sound is reproduced by the moving image / sound reproducing means.
An image reproduction device comprising: a still image audio reproduction control means for reproducing audio information from an audio information storage medium and outputting the reproduced audio information as audio information corresponding to the reproduced still image. .. 7. The still image information storage medium is configured to be able to store audio information in association with each still image information together with still image information, while audio information reproduced by the still image audio reproduction control means. 7. The image reproducing apparatus according to claim 6, further comprising audio information recording means for recording in the still image information storage medium in association with still image information.