JP3461381B2 - Voice input camera - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [0001] BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention
Voice input camera that can write informationTo laRelated. [0002] 2. Description of the Related Art Conventionally, in addition to a photographic screen, especially a record of a user.
Technology that can record and play back audio
For example, JP-A-1-265246 and JP-A-5-15
No. 8138, JP-A-5-224320, etc.
Various proposals have been made. That is, Japanese Unexamined Patent Publication No. Hei 1-265246 discloses this technique.
Then, attach the magnetic tape to the photographic print and
There has been disclosed a technology capable of recording audio on a tape. Soshi
In Japanese Patent Application Laid-Open No. 5-158138, voice input is disclosed.
A technology related to a control signal for associating an image with an image is disclosed.
ing. Further, in Japanese Patent Application Laid-Open No. Hei 5-224320,
A / D conversion of the voice to enable editing of the voice
A technique for performing code recording at the time of printing is disclosed. [0004] SUMMARY OF THE INVENTION
Japanese Unexamined Patent Publication No. 1-265246 discloses a magnetic recording method for a film.
Nothing is described about the record,
No. 58138 discloses what about recording on prints.
Etc. are not described. Further, Japanese Patent Application Laid-Open No. 5-224320
In the official gazette, the audio information is transmitted from film to print.
Although the recording technology is described,
Are recorded in codes such as barcodes, so the playback device
His body was massive. In addition, the above-mentioned Japanese Patent Application Laid-Open No. 5-224320 is disclosed.
As in the technology according to the above, audio is recorded on one frame of the film screen.
Recording timing is limited to before and after shooting
There is a drawback that it will be lost.
If the recorded part is too short to record words that are just greetings
There was a problem. For example, if the length of one film is 3
cm, the analog of a compact cassette
Recording was only 0.6 seconds. And provisional
Digital compression technology for voice used in telephones
Even if used, recording was limited to one second. [0006] The present invention has been made in view of the above problems.
The purpose is to shoot and record independently.
And record for a long time, use
It is intended to make it easy for people to enjoy audio recordings. [0007] [MEANS FOR SOLVING THE PROBLEMS] To achieve the above object
In the present invention,oneThe voice input camera according to the aspect is an object image.
ToOn filmShooting mode for shooting and the above shooting modes
The sound corresponding to the frame shot atPhotography and film
After winding, the film
ToVoice input card having a recording mode capable of recording
MelaAndIn the above recording mode,
Number of corresponding shooting piecesOr represents the number of piecesEnter data
Force means and the number of frames input by the input meansOr number of pieces
Sound already exists on the piece corresponding to the data representingEntered
Determination means for determining whether or not
Number of frames input by the input meansOr data representing the number of frames
Sound already exists on the piece corresponding toEnteredPlaceIn case, police
And warning means for making a notification. [0008] [0009] [0010] [0011] [Action]BookInventiononeIn the voice input camera according to the mode
Indicates the sound to be recorded in the recording mode by the input means.
Number of corresponding shooting piecesOr represents the number of piecesData is entered
The number of frames input by the input means by the determination means
Or the voice already exists in the frame corresponding to the data indicating the number of frames.Input
It is determined whether or not the input
Number of piecesOr the voice already exists in the frame corresponding to the data indicating the number of frames.
ButEnteredPlaceWarning is given by the warning means
It is. [0012] [0013] [0014] [0015] Embodiments of the present invention will be described below with reference to the drawings.
Will be described. First, FIG. 1A shows a first embodiment of the present invention.
A configuration of an audio input camera according to an example is shown and described. In the figure
As shown, in this audio input camera, the microphone 2
Output is connected to input of driver 7 via A / D converter 3
The output of the driver 7 is the input of the magnetic head 8.
And a speaker via a D / A converter 5
6 is also connected. And one chip my
The arithmetic and control circuit (CPU) 1 composed of an A / D
Converter 3, numeric keypad 4, LED 9, AF unit 10, shutter
Drive unit 14, film feed unit 15, voice input switch
16, film frame counter 17, display 18
Each is electrically connected. The film feeding section 15
Is connected to the film 11, and the shutter drive unit 14
Connected to shutter 12. In such a configuration, the photographing lens 1
3. Film 1 on which an image is exposed through shutter 12
1 is in contact with a magnetic head 8. And my
A / D converter 3 converts the audio signal input from
After being converted to a magnetic signal, it is input to the driver 7 and
The digital signal is stored in the magnetic memory of the film 11 by the
Recorded in the department. Further, the CPU 1 controls the voice input switch.
The film 11 is rewound based on the input state of the switch 16
After that, there is no screen from the top magnetic recording portion of the film 11 to the screen.
It is also possible to control to record the audio signal continuously in the relationship
it can. In this way, the correspondence between the screen and the audio information is different information.
It is possible to record for a long time by recording
are doing. Hereinafter, referring to the flowchart of FIG.
Details of the operation of the voice input camera according to the first embodiment
Will be described. The power switch (not shown) is turned on and the power
Is supplied, the CPU 1 sets the “recording mode”
ON / OFF of the switch 16a for the
S1). Then, if the “recording mode” is selected
CPU 1, the film frame number counter 17
The currently set frame position KN1 of the film 11
Received and stored (step S2), the film feeding unit 15
Rewinds the film 11 through the unrecorded film 11
It stops at the head of the part (step S3). Subsequently, the film frame number counter at this time
Based on the frame count value of 17 and the length of the film used
To calculate the recordable time and display it on the display unit 18 (S
Step S4). The length of the film used is
It can be input to the camera by encoding it with the electrode shape etc.
It depends on the number of shots KN0.
U1 calculates the recordable time TREC by the following calculation
I do. [0019] (Equation 1) Next, the start / end of the recording is determined by the switch 16.
b) (step S5), and recording is started.
Then, the feeding of the film 11 by the film feeding unit 15 is performed.
Start (step S6), and start operation of the microphone 2 and the like.
(Step S7). On the other hand, the process skips step S5 with "No".
Then, switch 16a for recording mode setting is detected again
(Step S14), and the input of the switch 16a is reset again.
When detected, the film was rewound to the beginning of the film 11.
Thereafter, the process returns to step S4 (step S15). this
Steps S14 and S15 are over the already recorded part
This is a loop when writing and rewriting. Subsequently, an audio signal input from the microphone 2
Is converted into a digital signal by the A / D converter 3,
The digital data is recorded on the magnetic recording portion of the film 11 through the magnetic head 8.
The tall signal is recorded (steps S8, S9, S16).
This recording is time-limited (step S16).
And the recording start / end switch 16b is operated.
(Step S9). Next, the film feeding unit 15 is stopped.
The film feeding is stopped (step S10), and the CPU 1
The voice recorded from the connected numeric keypad 4
Enter a code representing the number of frames or frames (step S1
1) When this input is completed (step S12),
The number or code is recorded on the magnetic recording portion of the film 11
Equivalent to the number of frames KN1 recorded in step S2
Rewind the film 11 to a position where shooting is possible.
S13). Note that the corresponding frame number is
Recording may be performed before step S5 for starting recording.
No. On the other hand, the recording mode is set in step S1.
If not, the process moves to step S17, and the shooting mode is set.
State. At this time, pressing the release button of the camera
When the first release switch that turns on inside turns on, A
The subject distance 1 is detected by the F unit 10 (step S1).
8) Further, the release button of the camera is pushed in, and the second release
When the release switch is turned on (step S19),
Focusing is performed on the subject distance l, and the lens 12 is
Exposed light is exposed on film 11 through shutter 12
Is performed (step S21). Subsequently, a frame No. is input using the ten keys 4.
Is determined (step S22).
Is input (step S24), and the input ends.
Then (step S25), the numeric string input with the ten keys 4
As the code name of the frame where the
It is easy to apply. The number of frames and the corresponding code
The name is recorded at the end of the film 11 (step
S26). Thus, the film feeding section 15 is operated, and the sound is transmitted.
Send to the next frame by high-speed winding compared to voice recording mode
(Step S27), return (Step S2)
8). The input end switch in step S26
Can also be used as the switch 16b.
If operation is troublesome, turn on the 1st release switch
By recording only the number of frames at that time,
Good (step S23). As described above, the numeric keypad 4 is used to copy the frame.
If a code name is given, for example, as shown in FIG.
So, the photo of the birthday party is 9428 of that date
"Happy" to be recorded later
  "Birthday" voices
it can. That is, as described above, “9” in step S11
428 ". FIG. 5 shows the recorded magnetic information as a file.
FIG. 7 is a diagram showing how the light source is arranged on the
You. In this film 11, reference numeral 51 denotes an image exposure unit
And reference numeral 50 denotes a magnetic recording unit. This magnetic recording section
50, a reference numeral 50a denotes an audio recording unit, and a reference numeral 50b denotes a pair.
The number of frames or code name input section, and reference numeral 50c indicates the number of frames,
This is the code name corresponding part. Next, referring to the flowchart of FIG.
The film removal sequence will be described. Film taking
Wind up the film 11 to the end before unloading (step
S40), rewinding is started (step S41), and the magnetic
Information that associates the code name with the number of frames using the head 8
Recording is performed on the film 11 (step S42). Next, the magnetic head 8 is referred to as a reproducing head.
When a part without magnetic recording is detected (step
Step S43), the LED 9 is made to emit light, and the predetermined
Exposure at a position (reference numeral 52 in FIG. 5) is performed as visual information.
(Step S44). The rewinding ends when the number of film frames reaches
When it is detected by the printer 17 (step S45), the feeding unit
15 is stopped (step S46), and the film 11
End the extraction sequence. Thereby, in FIG.
As indicated by reference numeral 52, a light spot
Visual information can be recorded as
This is convenient when searching for magnetic information that cannot be found. Next, FIG. 1 (b) shows the audio input camera.
Therefore, the first actual printing of the film 11 taken
A configuration of a printing apparatus according to the embodiment will be shown and described. In the figure
As shown, the microcomputer (hereinafter, Myco
The output of 20 is supplied to the lamp 2 through the lighting circuit 23.
8 is connected. Further, the microcomputer 20 includes the feeding unit 1
9, the storage unit 35, the transmission unit 36, and the amplifier 22
The output of the storage unit 35 is D / A conversion.
To the recording head 25 via the changer 21 and the driver 24.
Has been continued. Then, the feeding section 19 applies the film 11
The sending sections 36 are connected to the printing paper 27, respectively. Sa
Further, a reproducing head 26 is electrically connected to the amplifier 22.
Has been continued. In such a configuration, the microcomputer 20
Controls the feeding of the film 11 by the feeding unit 19,
The lamp 28 is turned on through the lamp circuit 23 to enlarge the light.
Exposure is performed on the photographic paper 27 via the academic system 29. This file
A reproduction head 26 is in contact with the lum 11, and
The magnetic field written during the film winding operation by the
After the power information is read and amplified by the amplifier 22,
It is input to the controller 20. Based on this result, the microcomputer
Reference numeral 20 denotes the above-described magnetic field by the storage unit 35 and the D / A converter 21.
Converts information into analog signals and converts the analog data
On the photographic paper 27 by means of the recording head 25 through the cover 24
In the magnetic recording unit. Hereinafter, referring to the flowchart of FIG.
The operation of the printing apparatus according to the first embodiment will be described in detail.
You. First, the film 11 is wound up by the feeding section 19.
Magnetic information is read from the
Digital information recorded in the LUM 11 is input to the storage unit 35
(Steps S50 to S53). In this process,
The icon 20 indicates the relationship between each frame and the code name,
The relationship with each frame is associated. Then, film 1
1 is completed (step S53), the film
Expose film screen for exposure operation while rewinding 11
Adjust to the position (steps S54, S55). afterwards,
The microcomputer 20 uses the light of the lamp 28 on the photographic paper 27.
The image on the film 11 is exposed (step S56). Next, the photographic paper after the exposure is sent out by the sending unit 36.
At this time, but is stored at step S51.
D / A conversion of the corresponding audio signal according to the digital information
Recording head 2 after converting it into an analog signal through
5 on the magnetic recording portion of the photographic paper 27 (step
S57). When this operation is completed (step S5)
8), the process proceeds to step S59, and the film 11 ends.
The process from step S54 is repeated until the process. And
Exposure and magnetic information corresponding to all frames on the film 11
When the input is completed (step S59), the sequence ends.
(Step S60). The print 27 thus obtained is shown in FIG.
As shown in (d), the photographic paper 27 is displayed on the photographic paper 27a.
And a magnetic recording unit 27b. Next, FIG.
(C) shows a first embodiment of reproducing the sound of the print.
The configuration of the audio playback adapter device according to the example is shown and described.
You. With this audio playback adapter device, photos can be viewed
You can enjoy the audio that was played. [0038] As shown in FIG.
The adapter device is stored in the cassette storage section 340 of the regenerator.
The magnetic recording portion 27b of the print is sandwiched between the grooves 42.
The sound can be reproduced by the user. This groove 42
The print 27 that has passed through the groove 33 of the regenerator
And passes the magnetic recording contents to the speaker 3
Play from 1 Thus, the audio playback adapter device
Just by storing it, you can convert it to a conventional cassette tape recorder 30.
A function to reproduce the print 27 can be provided.
Not only as a lint sound reproducer, but
Put the cassette tape in the set tape storage section 340,
It can also be used as a cassette tape recorder.
In addition, the microphone of the regenerator, not from the camera 40
Button 27 and switch 34 to print
Magnetic recording is possible. Also connected to the camera 40 of the present invention.
The sound of the cassette tape to the film in the camera 40
You can also record. Further, as shown in FIG.
In the voice reproducing adapter device, the pinch roller of the reproducer 30 is used.
Is transmitted to a roller 46 via a belt 45,
The roller 46 sends the print 27 at a constant speed, and
The audio information b is input to the reproducing head 43 at a constant speed. this
Audio magnetic recording information read by the reproducing head 43
Is a magnetic head 4 by a buffer circuit 48 including an amplifier.
7 and the magnetic head 47 has a cassette tape recorder
The playback head of the recorder 30 contacts the normal cassette.
Exactly the same method as converting tape magnetic recordings to audio.
The audio output from the speaker 31 is reproduced in the process. In addition,
Reference numeral 49 denotes a button battery.
Power supply. FIG. 2 (c) shows the audio reproduction
FIG. 3 shows a side view of the dapper device. As shown in the figure,
The audio playback adapter device is completely tape-recorded here.
Since it has the same shape as the cassette tape of
Has the same structure as a conventional cassette tape recorder.
Groove 33 for passing the print
It is only necessary to devise to provide For this reason, the user
In order to reproduce the lint 27, the audio reproduction adapter of the present invention is used.
There is no need to purchase the equipment to which the
In addition, recording and playback of conventional cassette tapes
It is considered possible to help spread the present invention. The buffer 48 shown in FIG.
If a switch is provided, the head 47 is used for reproduction and the head 4
3 for recording from the microphone 32 of the tape recorder 30
Sound can be recorded on the magnetic recording section 27b of the print 27.
Can be done. Further, as shown in FIG.
0 D / A converter output for tape recorder 30 recording
(REC) terminal.
The sound recorded on the film is recorded on print 27.
It is also possible to record. As described above, the audio reproducing device shown in FIG.
The main body 30 to which the adapter is to be mounted is a conventional cassette.
It is possible to use a print tape recorder, and the print 27 passes.
Since only the groove 33 needs to be provided,
Print tape-shaped adapter 41 and print 2
7 just plug in the sound by the tape recorder 30
Voice reproduction becomes possible. According to the first embodiment of the present invention described above.
Voice input camera and print device, voice playback adapter
According to the device, as shown in FIG.
Simultaneously record the cry, and birth as shown in FIG.
Post the mail with the voice of the person in the commemorative photo for student
There is an application that can be used instead of a greeting card.
Market expansion into fields not available with true print
Becomes Next, as shown in FIG.
Input the character 70 based on the voice information on the shooting screen of the
A second embodiment will be described. First figure
8, the sound according to the second embodiment will be described.
The operation of the voice input camera will be described. Sequence of the same figure
1 is based on the configuration shown in FIG.
It is an alternative to charts. Here, expensive but non
Uses a head 8 that can always magnetically record on film at high density
Then, voice input that can input voice for 2-3 seconds between frames
Assuming a power camera, input audio for each shot
Specification. In this sequence, the magnetically recorded voice is sentence
Click the variable m to specify whether to play back
A (step S70), press the camera release button
Check the input state of the 1st release switch
Release (step S71), the first release switch is turned off.
Then, the distance is measured (step S72). Then, the release switch is depressed.
Is detected by the second release switch (step
(Step S73), focus and shut
Exposure control is performed by the data 12 (step S75).
In step S73, input of the 2nd release switch
If there is no, the state of the 1st release switch is detected
If the switch is turned on, step S
If it is off, go to step S71
(Step S74). Up to this point, conventional cameras
The same use as, but the subsequent sequence is different. First, the "recording mode" is activated by the switch 16a.
Is detected and in the recording mode (step S7).
6) A switch (not shown) for setting whether or not to print characters
The switch setting state is detected (step S77). this
At this time, if the character print setting state, the above variable m is set to "1".
Then, the process proceeds to step S79 (step S78). Then, a recording start / end switch 1
6b (step S79), the film
The film is slowly wound up using the feeding section 15
Step S80). Thus, the film 11 starts to be sent.
(Step S80), as the A / D converter 3 during recording
What was used and what format was used for A / D conversion
Enter the variable m for recording format and whether to print characters.
(Step S81), the microphone 2 is enabled.
(Step S82), the operation of the recording start / end button is detected.
Or time limit by CPU1 built-in timer
Is determined and the sound is output until the feeding of the film 11 is stopped.
A / D conversion and recording are performed (steps S83 to S8).
6). In step S76, the "recording mode"
If not, a high-speed winding is performed (step S8).
7). This is because magnetic recording is not performed during winding.
You. The film 11 thus obtained is shown in FIG.
Thus, the recording format magnetic recording unit 50d is
The audio digital signal recording units 50a are regularly arranged. Next, FIG.
FIG. 9 shows a configuration of a printing apparatus according to a second embodiment for lint.
And explain. This is a device corresponding to FIG.
The microcomputer 20 has a voice recognition unit 20a, and
Into a character by the word processor 60,
To print on the print. Not traditional
The light from the light source 38 may be used to expose the print surface.
No. Hereinafter, the second embodiment will be described with reference to FIG.
A sequence of the printing apparatus according to the example will be described. fill
11 is fed in the direction of the arrow and is
Before each frame is sent to the exposure position, the magnetic
The information in the recording section is read and exposed by the light of the lamp 28
Is done. The photographic paper 27 that has been exposed in this way is indicated by the arrow.
Characters and magnetic information on the photographic paper 27 while being fed
Is recorded (steps S100 to S105). As described above, in the second embodiment, the recording time
Although the restrictions are large, film information can be stored in a simple sequence.
The advantage is that the information can be printed. Soshi
Thus, the sequence of the second embodiment (FIG. 8) is the same as that of the first embodiment.
Magnetic recording only in the wound state after shooting to differentiate
However, as in the first embodiment, the recording mode is set.
If you can, you can always record to the corresponding frame
It is also possible. At this time, after setting the recording mode,
If you set the corresponding frame with
It should be possible to send and record. Further, when recording is not completed in one frame
Is used to enable recording over the magnetic recording section of the next frame.
It may be used. However, at this time, the next frame cannot be recorded.
Since there is no warning, use the display unit 18 to give a warning.
Good. Such developments are also within the scope of the application of the present invention.
Of course. This corresponds to the correspondence between the voice of the first embodiment and the screen.
Instead of magnetically recording the information (50b in FIG. 5)
Align the point where voice input started with the end of the screen frame
In this way, the correspondence is established by controlling the film feed.
U. Therefore, the audio information recorded in this manner is
Arranged with respect to film 11 as shown at 50a in FIG.
Is done. Taking the example of FIG. 10, it is written as 1 of 50a.
The recorded audio information corresponds to 1 of the screen 51, and 2
Warn when recording on screens 4 and 5
What should I do? Hereinafter, referring to the flowchart of FIG.
We will explain the sequence for such specifications.
You. This sequence is basically the same as the sequence in FIG.
However, when recording, specify the frame using the numeric keypad 4 (step
Steps S112 and S113) to detect whether the frame is unrecorded or not.
(Step S114) If the frame has been recorded, a warning is issued.
Then, the process returns to step S110 (step S115). On the other hand, at step S114,
If it is, the process proceeds to step S116 and thereafter, and the recording standby state is set.
I do. Then, align the edge of the screen with the position of the magnetic head.
The film is sent to the corresponding frame (step S116),
Display the recording time from the number of frames up to the next recorded frame
(Step S117). Here, the recording start / end switch is set to O
If N, the process proceeds from step S118 to step S120.
Only, film start, microphone enable (step S
120, S121), and proceed to digital recording processing (step S121).
Step S122). At this time, the sound is recorded by the counter 17.
The film part used for
Or not, and this is stored in the CPU 1 (step
S123). Based on this storage result, step S114
Is not recorded and the recording time is displayed in step S117.
It is. When the recording was finished, the film stopped.
Then, rewind to the stored original shooting frame KN1.
(Steps S124 to S127). On the other hand, in step S110, the recording mode
When not set, press camera release button
Switch (1st release switch, 2nd
Step S128 or later depending on the state of the release switch)
Shift to the descending shooting sequence. Subsequent processing is described above.
The description is omitted here. However, dew
Winding at the end of the light (step S133) is performed by magnetic recording.
Since it is not performed, it is of course performed at high speed. As described in detail above, according to the present invention,
Record audio for a long time on film at the desired timing
Voice input camera, and print on photographic paper when printing.
A printing device that records images and sound in association with each other, and is commercially available
The print can be done simply by attaching it to the tape recorder.
To provide an audio playback adapter device that enables audio playback
can do. According to the embodiment of the present invention, the following:
When the configuration is obtained. (1) For cameras that can use films with magnetic recording media
Then, the sound is converted into an electric signal and is recorded on the magnetic recording medium.
Recording means for recording and recording of voice by the recording means
Recording mode setting means to be set and this recording mode
When the film is fed to the unrecorded position,
Control means for permitting the recording of the sound.
A voice input camera characterized by the following. (2) The recording means combines the recording with the identification code.
The audio input camera according to the above (1), wherein the audio input camera records the data. (3) Combining the above identification code and photographed frame information
It further comprises a recording means for recording on a magnetic recording medium.
The voice input camera according to the above (2). (4) The apparatus further comprises a manually operable recording start means.
The control means responds to the operation of the recording start means to perform the recording.
(1) to (3), characterized in that the process is started.
Voice input camera. (5) The voice information recorded on the magnetic recording medium is
To print the above photographic film
(1) to (7) further including a recording unit for recording the information.
The voice input camera according to (4). (6) Exposure photographing surface and information recording section capable of recording various information
Using a photographic film with
Information recording camera with recording means for recording
User can set the voice input means and voice input mode
Mode input switch and means for feeding the film
And a feed state switching means, wherein the mode input switch is provided.
Switch means for switching the film feeding state according to the input state of the switch.
Controlling the camera. (7) A recording start button and audio A / D conversion means are further provided.
After operating the recording start button, the A / D conversion means
Actuating the film winding means
The camera according to the above (6). (8) Describe the part of the film used for the next shooting
A memory for storing the mode input switch.
At the time of operation, the storage means is operated to switch the feeding state.
By means, rewind the film to a predetermined position
Operating the voice input means from
The camera according to (6). (9) The feeding state switching means includes an exposure on the film.
After completing the exposure operation on the shooting surface,
When not operating, wind the film in the first winding state
When the mode switch is operated, the second winding state
Switching operation to wind up the film with
The camera according to the above (6), which is a feature. (10) Photographic print surface and recording for recording magnetic recording information
Copying and writing information on photographic paper
The exposure processing surface and the various
A photographic film having an information recording section capable of recording information
When printing, the information recorded on the information
Write the magnetic recording information of the photographic paper according to the recording information.
And a print processing apparatus. (11) The information to be written in the magnetic recording section of the photographic paper is
The digital signal of the information recording section of the film is converted to an analog signal
To (10) above,
A print processing apparatus as described in the above. (12) Photographic print surface and recording for recording magnetic recording information
Means for sandwiching and holding a photographic paper having a
Using the power of the pinch roller of the tape recorder
Scanning means for scanning photographic paper at a constant speed;
Reads recorded information from the magnetic recording section of the photographic paper at the time of scanning
Reading with a first magnetic head and the first magnetic head
Circuit for transmitting magnetic information to a second magnetic head
And magnetic information captured by the first magnetic head
Is applied to the reproducing head of the cassette tape recorder.
And the second magnetic head.
Adapter for audio reproduction of drawing paper. (13) Exposure photographing surface and magnetic recording unit capable of recording various information
Using a photographic film having
Information-recordable camera with recording means for recording energy information
Light in the vicinity of the magnetic recording section and the exposure photographing surface.
A light emitting means for projecting, and a magnetically recorded
Control means for causing the light emitting means to emit light at a place where no light is emitted.
Camera equipped with. (14) Magnetic recording that can magnetically record the exposure photographing surface and various information
A camera using a photographic film having a recording unit,
Recording means for recording on the film magnetic recording section,
The mode setting switch for setting the mode and the corresponding
The number of frames input means for inputting the number and the operation of the recording means
In advance, according to the input result of the above switch and input means
A film that feeds a film to a predetermined frame position on the film
Turtle feeding control means.
La. (15) A predetermined film feed is performed during the operation of the recording means.
The film feed control means operates as shown
Detection means for detecting the film position and the detection result
And a storage means for storing.
The camera according to (14). (16) The storage result of the storage means and the frame number input means
Warning means for giving a warning according to the input result of
The camera according to (15), wherein: (17) The storage result of the storage means and the frame number input means
To calculate and display the recordable time according to the input result of
The above further comprising a calculation means and a display means
The camera according to (15). (18) A photograph file with an information recording unit capable of recording various information
In a camera that can use LUM, the first speed and this
Any of the feed speeds of the second speed lower than the first speed
A feeding means capable of feeding the photographic film,
Voice input means for converting a voice into an electric signal and inputting it;
The voice input by the voice input means
Setting means for setting the recording mode for recording in
And the recording mode is set by this mode setting means.
The photographic film is fed by the feeding means
Feed control means for switching the speed to the second feed speed
And after the switching of the feeding state by the feeding control means.
Then, do not feed the photographic film at the second feeding speed.
Then, the voice information input by the voice input means is
Recording means for recording on the information recording section.
A voice input camera characterized by the following. (19) A photo file with an information recording unit capable of recording various information
In a camera that can use LUM,
Feeding means for feeding, and converting voice to electric signal and inputting
Voice input means, and input by the voice input means.
Set the recording mode to record the recorded audio on the photographic film
Mode setting means for performing
After the switching of the feeding state, the voice input means
A voice recording for recording the input voice information in the information recording section.
Recording means, and the sound recorded by the sound recording means.
Voice information is converted to text information by voice recognition and printed on photographic paper.
Data record to record data to instruct lint
Means, and a voice input camera. (20) Voice information and converting the voice information into text information
On which printable information can be recorded
In printing equipment that prints from true film,
Reproduction means for reproducing the audio information from the photographic film
And a detecting means for detecting whether the above-mentioned instruction information is recorded.
And the instruction information is recorded by the detecting means.
Playback by the playback means when
Converting means for converting the above-mentioned voice information into text information;
The character information converted by the conversion means is printed on photographic paper.
And printing means for printing.
Printing device. According to the voice input camera described in the above (1),
Start recording after feeding the film to the unrecorded position
Recording for a long time. As described in (2) above
According to the voice input camera, in combination with the identification code
Because it records, it is easy to search the recording information. In (3) above
According to the described voice input camera, the voice and
It becomes easy to perform. Voice input turtle according to (4) above
According to La, you can start recording at any time
it can. According to the audio input camera described in the above (5),
Whether to record audio information as it is when printing photos
You can select whether to convert to text information and record
You. According to the camera described in the above (6), recording for a long time
It can be performed. According to the camera described in (7) above
For example, recording can be performed at an arbitrary timing. the above
According to the camera described in (8), the unrecorded portion is used effectively.
It can be used for long time recording. the above
According to the camera described in (9), when no voice is input
The film can be wound at high speed,
Can be shortened. The pre-processing described in the above (10)
According to the film processing unit, the recording information of the film information recording unit is recorded.
Information can be recorded on the photographic paper according to the
You. According to the printing device described in (11) above,
Digital signal to an analog signal, D / A converter
Plays audio information even with a general tape recorder without function
can do. The audio playback device described in (12) above.
According to the dapper device, a commercially available cassette tape recorder can be used.
You can easily play audio using it. The above (1
According to the camera described in 3), no information is recorded.
The location can be easily recognized. Note in (14) above
According to the camera described above, a predetermined photographing frame position that can be specified arbitrarily
You can record from. The above (15) and (1)
According to the camera described in 6), the recorded position is stored.
Can be erased by mistake.
Absent. According to the camera described in the above (17), recording is possible
The user can easily determine whether recording is possible or not by displaying
I understand. According to the audio input camera described in (18) above,
For example, recording audio information while feeding film
Storage for temporarily storing audio information
No means required. The voice input card described in (19) above
According to Mera, voice information is converted to text information and printed
It is convenient because you can do it. Print according to (20) above
According to the device, voice is converted to characters and printed
Therefore, the general user does not need a special reproducing device. [0064] According to the present invention, shooting and recording can be performed independently.
Recording for a long time.
Users can easily enjoy voice recording.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1A is a diagram illustrating a configuration of a voice input camera according to a first embodiment, and FIG. 1B is a diagram illustrating a configuration of a printing apparatus according to the first embodiment. is there. FIG. 2 is a diagram for explaining an audio reproduction adapter device according to the first embodiment. FIG. 3 is a flowchart illustrating an operation of the voice input camera according to the first embodiment. 4A is a diagram illustrating a print magnetically recorded according to the first embodiment, and FIG. 4B is a diagram illustrating a print in which characters relating to voice information are input according to the second embodiment. FIG. 5 is a diagram showing an arrangement of magnetic information recorded on the film 11 according to the first embodiment. FIG. 6 is a diagram showing a sequence of film removal by the audio input camera according to the first embodiment. FIG. 7 is a flowchart illustrating an operation of the printing apparatus according to the first embodiment. FIG. 8 is a flowchart illustrating an operation of the voice input camera according to the second embodiment. 9A is a diagram illustrating a configuration of a printing apparatus according to a second embodiment, FIG. 9B is a diagram illustrating a state of magnetic recording on a film 11, and FIG. 9C is a diagram according to the second embodiment. FIG. 4 is a flowchart illustrating an operation of the printing apparatus. FIG. 10 is a diagram illustrating a state in which a point at which voice input is started and an end of a screen frame are aligned. FIG. 11 is a flowchart showing an operation according to the embodiment for aligning a point at which voice input has started with an end of a screen frame. [Description of References] 1 CPU, 2 microphone, 3 A / D converter, 4 numeric keypad, 5 D / A converter, 6 speaker, 7 driver, 8 magnetic head, 9 LED 10 ... AF unit, 11
... Film, 12 ... Shutter, 13 ... Shooting lens, 14
... Shutter drive unit, 15 ... Film feeding unit, 16 ... Operation switch, 17 ... Film frame number counter, 18 ... Display unit, 19 ... Supply unit, 20 ... Microcomputer, 21 ... D / A converter, 22 ... Amplifier , 23 ... lighting circuit, 24 ... driver,
Reference numeral 25: recording head, 26: reproducing head, 27: photographic paper, 28: lamp, 29: enlargement optical system, 30: main body, 31: speaker, 32: microphone, 33 ...
Groove, 34 switch, 35 storage unit, 36 sending unit.

Continuation of front page (56) References JP-A-5-224320 (JP, A) JP-A-2-297534 (JP, A) JP-A-3-279930 (JP, A) JP-A-5-100306 (JP) JP-A-5-158138 (JP, A) JP-A-6-54247 (JP, A) JP-A-6-102576 (JP, A) JP-A-6-95240 (JP, A) 1-265246 (JP, A) JP-A-62-289076 (JP, A) JP-A-5-28635 (JP, A) JP-A-57-192937 (JP, A) JP-A-60-260932 (JP, A) A) Japanese Utility Model Sho 55-108438 (JP, U) Japanese Utility Model Sho 59-22444 (JP, U) Japanese Utility Model Sho 63-115143 (JP, U) (58) Fields surveyed (Int. Cl. ⁷ , DB name) ) G03B 31/00-31/08 G03B 17/24

Claims (1)

(57) [Claims 1] A photographing mode for photographing a subject image on a film and a sound corresponding to a photographed frame photographed in the photographing mode are photographed and the film is wound up.
An audio input camera having a recording mode that can be recorded on the film independently, in the recording mode, input means for inputting the number of frames or data representing the frame number of the photographic frame corresponding to the voice record And the number of frames input by the input means or data representing the number of frames.
Determining means for determining whether or not voice has already been input to the frame corresponding to the data, and the determining means determines that the voice has already been input to the frame corresponding to the number of frames input by the input means or data representing the number of frames. the case that has been entered, the voice input camera characterized by comprising a warning means for performing warning, the.