JPS61257087A - Camera - Google Patents

Abstract

PURPOSE:To obtain a voice recording avoiding the wasteful use of capacity of voice recording memory by providing a displaying part which displays a signal concerning remaining capacity of voice recording memory after a specific time since the beginning of recording to the voice recording memory. CONSTITUTION:The voice recording memory which has the capacity corresponding to one track magnetic disc is installed inside a camera body 2. When the first step of shutter is turned on, the voice caught by a microphone 4 is once recorded on the voice recording memory. When the collecting sound time exceeds the recording capacity of the voice recording memory, voices recorded overflow in first-in first-out basis. When the first step of the shutter is turned off, the voice recorded in the voice recording memory is transferred to the magnetic disc. Light emitting displaying means 8 installed in the camera body 2 is lit by the turn-on of the first step of a shutter button 5. As the rays of light are put out when the recordable time of the voice recording memory has elapsed, a user can record the desired voice as far as this light is on.

Description

[Detailed description of the invention] The camera of the present invention will be explained according to the following items.

A. Industrial field of application B0 Summary of the invention C3 Background technology 0 Problems to be solved by the invention [Figure 14] E6 Means for solving the problems F, Example F-1, First implementation Examples [Figures 1 to 6] a, Camera C Figures 1 to 3] b, @ sign display mode b-1゜First display mode [Figure 4] b-2, Second display mode Display mode [Figure 5] b-3, Third display mode [Figure 6] b-, 4, Other display modes C1 Modification of display section [Figure 7 J F-2, Second embodiment [Figure 8] F-3, third embodiment [Figure 9 1 F-4, fourth embodiment [Figures 10 to 12] a. Finder panel [Figure 10] b. Signal display Mode b-1, First display mode [Figure 11] b-2, Second display mode [Figure 12] b-3, Other display mode F-5, Fifth embodiment [Figure 13] Figure = Shade = Figure] G1 Effects of the Invention (A, Industrial Application Field) The present invention relates to a novel camera. More specifically, it relates to a camera equipped with a single image shooting function and an audio recording function, and in particular, a camera that uses an audio recording memory with a limited recording capacity for audio recording, and describes the quantitative recording situation in the audio recording memory. etc. can be made known to the photographer or the person to be photographed, etc., thereby making it possible to perform audio recording without wasting the recording capacity, and also to perform audio recording in accordance with the timing of image shooting. The aim is to provide a new camera that enables

(B. Summary of the Invention) The camera of the present invention is a camera that records audio using an audio recording memory with a limited recording capacity. It is possible to notify the photographer or the person being photographed of the quantitative recording status, etc., thereby making it possible to perform audio recording without wasting the recording capacity of the audio recording memory, and also to improve the timing of image shooting. This allows audio recording to be performed in accordance with the

(C. Background Art) Recently, for example, in electronic still cameras, when an image is taken, there is also sound at the shooting site, for example, if the subject is a person, the sound emitted by the subject, or the voice of the photographer explaining the subject. It has been proposed to record ambient sounds, etc.

In this way, by recording the sounds, etc. at the shooting location when images are taken, when the images are played back, they can listen to the recorded sounds and give the viewer a sense of realism.
Even if the photographer is not present, the user can receive an explanation about the image.

It should be noted that the audio recording method in electronic cameras, especially the recording method regarding the audio recording capacity, is that there is a certain limit to the recording capacity of recording media such as magnetic disks, and that audio recording is usually not performed in correspondence with each image. Generally speaking, audio is temporarily recorded in an audio recording memory having a certain recording capacity, and at a predetermined timing, the audio recorded in the audio recording memory is transferred to a predetermined recording medium. It is conceivable to adopt a method such as recording the information in

By the way, when audio recording in an electronic camera is performed using an audio recording memory having a certain recording capacity as described above, the recording to the audio recording memory and the recording of the audio recorded in the audio recording memory are There are several possible methods for controlling recording on a medium. As one of the methods, a method has been proposed in which control is performed by the movement of a shutter button.

In other words, this method takes into consideration the fact that the shutter button of an electronic camera or the like is normally pressed in two strokes, so that the sound captured by the microphone is recorded in the audio memory when the shutter button is pressed in the first step. When pushed to the position where r'ONJ is in the stroke (hereinafter referred to as
The state at this time is called "first stage ONJ".The shooting starts when the shutter button is pushed to the "ON" position in the second stroke (hereinafter referred to as "ONJ"). , the state at this time is called “Second
When the shutter button is returned to the position where it becomes roFFJ in the first stroke (hereinafter, this state is referred to as [first stage 〇FFJ)], the sound The audio recorded in the recording memory is recorded on a recording medium such as a magnetic disk.

(D. Problems to be Solved by the Invention) [Figure 14] The audio recording methods for electronic cameras that have been proposed in the past are as described above, but such audio recording methods often cause problems. This may cause audio recording to end without using up the specified recording capacity.
Another problem is that it is extremely difficult to record audio at the same time as the shooting.

The reason why such a problem occurs will be explained with reference to FIG.

FIGS. 14(A) to 14(I) are chart diagrams showing examples of timings 11 for image capturing and audio recording performed by an electronic camera whose audio recording method is as described above.

Incidentally, the inverted triangular marks shown in the same figure indicate the predetermined states of the shutter button, and the white one indicates the first stage ON, that is, the predetermined mechanism of the camera is activated to take a picture. The state in which recording is possible and the start of recording to the audio recording memory is triggered, and the shaded state is the second stage ON, that is, the state at the time when shooting is performed, and the blacked out state is The first stage is OFF. In addition, "T" in the figure is the first button of the shutter button.
The time from the stage ON to the first stage OFF, that is, the time during which the microphone captures the sound (hereinafter referred to as "sound collection time"), and "t" is the time recorded in the sound recording memory. This is the possible time, that is, the temporal recording capacity.

Therefore, the utilization of the temporal recording capacity of the audio recording memory in each case (A) to (I) shown in the figure is as follows.

First, (A) to (C) show examples in which image shooting is performed between the first step ON and the first step OFF of the shutter button. Of these, (A) is the case where the first step of the shutter button is turned off after L hours after the first step of the shutter button is turned on.In this case, T=t, so the recording capacity of the audio recording memory is all In addition to being utilized, all the collected sounds will be recorded.

In addition, (B) is 1 from the first step ON of the shutter button.
This is a case where the first stage is turned OFF after a time exceeding the time has passed, and in this case, T>t, so the entire recording capacity of the audio recording memory is utilized.
Of the collected sounds, the sound for time T- will not be recorded. In this case, when T>t, the audio recording memory is overflowed with the previously recorded audio after time t has elapsed.

And (C) is a case where the first step of the shutter button is turned off before L time has elapsed since the first step of the shutter button was turned on, and in this case, it becomes Tit.

Although all the collected sounds will be recorded, the recording capacity t-T of the audio recording memory will not be utilized. In other words, recording ends with a portion of the audio recording capacity remaining.

In addition, (D) to CF) show examples when the shutter button is turned on in the first step and then turned on in the second step, and (G) to (I) are the cases in which the shutter button is turned on in the second step. This shows an example where the first stage OFF is performed consecutively to the second stage ON.

Of these (D) to CI), (D) and CG
) is the case where the first shutter button is turned off after L hours after the first shutter button is turned on, as in (A) above, so T;L, and therefore the recording capacity of the audio recording memory is All of the collected sounds will be used and recorded.・Furthermore, (E) and (H) are cases where the first step of the shutter button is turned off after more than one hour has passed since the first step of the shutter button was turned on, as in (B) above. Ti
Therefore, the entire recording capacity of the audio recording memory will be utilized, but the first T- portion of the collected audio will not be recorded.

Similarly to (C) above, (F) and (D) are the cases where the first step of the shutter button is turned off before t time elapses after the first step of the shutter button is turned on, so it becomes Ti.
Therefore, all the collected sounds will be recorded, but the recording capacity of the audio recording memory will not be utilized for t-T.

In this way, depending on the timing of operating the shutter button, the degree of utilization of the recording capacity of the audio recording memory and the recording rate of the collected audio will differ.
In general, it is thought that the operations CG) to CI) described above are often performed. In other words, as a photographer, when you turn the shutter button to the second step ON, that is, when a picture is taken, you think that all the camera operations related to the image capture are complete, and at that point you press the shutter button. It seems that there are many cases where the . In this case, there is no problem if T = t as shown in (G), but aim at the subject while reading the elapsed time from the first shutter button ON, and take pictures while paying attention to the sound. Since it is extremely difficult to do so, it is considered that (H) or (I) is usually the case.

Therefore, as mentioned above, audio recording may end with some recording capacity left in the audio recording memory, or
This means that only part of the collected audio is recorded. Moreover, in the latter case, that is, in the case of CB), (E), and (H), the first T
If there is a necessary sound in the -t portion, the necessary sound will not be recorded.

(E. Means for Solving the Problems) In order to solve the above-mentioned problems, the camera of the present invention records audio using an audio recording memory with a limited recording capacity. A display section is provided to display a signal regarding the audio recording capacity after a predetermined period of time has elapsed from the start of recording in the recording memory.

Therefore, according to the present invention, the photographer or the person to be photographed can know the quantitative recording status in the audio recording memory from the signal displayed on the display unit, so pay attention to the displayed signal. By capturing or emitting sound while recording, it is possible to make full use of the recording capacity of the sound recording memory, and to perform sound recording in accordance with the timing of image photography.

(F. Embodiments) Details of the camera of the present invention will be described below in accordance with each embodiment shown in the accompanying drawings.

(F-1, First Embodiment) [Figs. 1 to 6] Figs. 1 to 6 show a first embodiment of the camera of the present invention.

(a, Camera) [Figures 1 to 3] Reference numeral 1 in the figure is an electronic camera. 2 is a camera body of an electronic camera l, 3 is a photographic lens section, and 4 is a microphone (only its front end surface is shown in the drawing).

5 is a shutter button, and this shutter button 5
is a so-called two-stage push type, and when the first stage is turned on, a predetermined operating mechanism of the electronic camera 1 is prepared to be in a state for photographing, and the sound captured by the microphone 4 is activated. Recording to an audio recording memory (not shown) is started. When the shutter button 5 is turned on in the second step, photographing is executed, and when the shutter button 5 is turned off in the first step, audio is recorded on the recording medium. .

Although not shown in the drawings, the image capturing system and audio recording system using the electronic camera 1 are configured as follows.

That is, a shutter that is closed when the second step of the shutter button 5 is turned on is arranged behind the photographing lens section 3, and a solid-state imaging device such as a charge-coupled device (COD) is arranged behind the shutter. The solid-state imaging device is arranged such that light from the subject passes through the photographing lens section 3 and is irradiated onto the solid-state imaging device, where it is converted into an electrical signal. Then, the shutter button 5 is turned on to the second stage.
When the shutter closes, the electrical signal of the light irradiated on the solid-state image sensor is output to the video processor, where it is converted into a video signal, and the video signal is transferred to the magnetic disk via the recording magnetic head. It is set to be recorded.

Furthermore, an audio recording memory having a recording capacity equivalent to one track of a magnetic disk is provided inside the camera body 2, and when the shutter button 5 is turned on to the first stage, the sound captured by the microphone 4 is recorded. is temporarily recorded in the audio recording memory. Note that if the time from the first ON of the shutter button to the first OFF of the shutter button, that is, the sound collection time (T) exceeds the temporal recording capacity (1) of the audio recording memory, the audio recording The memory is overflowed in the order of the audio recorded first. Then, the shutter button 5 is pressed to the first
When the stage is turned OFF, all the audio recorded in the audio recording memory at that time will be recorded on the magnetic disk via the recording magnetic head.

Therefore, in audio recording, if the sound collection time (T) is less than or equal to the temporal recording capacity (1) of the audio recording memory, all of the collected sound will be recorded on the magnetic disk (
If T) exceeds (1), among the collected sounds, (1)
) The audio from back in time will be recorded.

Reference numeral 6 denotes a so-called range-type finder, which has a built-in movable lens for focusing, and by turning the focusing ring 7 of the photographic lens section 3, focusing is performed in synchronization with the focusing of the photographic lens section 3. It has become.

8 is a light emitting diode (LE) provided on the camera body 2.
D), etc., and the light emitting surface of the light emitting display means 8 is disposed on the rear surface of the camera body 2 at a position on the left side of the eyepiece 6a of the finder 6 in close proximity thereto. The light-emitting display means 8 displays, depending on its light-emitting state, a signal regarding the recording capacity of the audio recording memory, for example, a signal indicating whether the recording amount of audio in the audio recording memory has reached its recording capacity. belongs to.

(b. Mode of Signal Display) FIGS. 4 to 6 are charts showing different examples of the mode of signal display by the light emitting display means 8, that is, the mode of light emission.

(b-1, 1st display mode) [Figure 4] The display mode shown in Figure 4 turns on the light emitting display means 8 at the same time as the first step of the shutter button 5 is turned on, and then records the sound in the audio recording memory. The light is turned off when the possible time (1), that is, the temporal recording capacity has elapsed. Note that if the first step of the shutter button 5 is turned off before (1) time has elapsed since the first step of the shutter button 5 was turned on, the light is turned off at that point.

Therefore, if you want to record all the sounds collected while this light is on, you can turn the shutter button 5 to the first step OFF when this light goes out, and while this light is on, If the desired sound is not collected, keep pressing the shutter button 5 even if the light goes out, and when the desired sound is collected, press the shutter button 5.
By turning OFF in the first stage, it is possible to record the previous (1) hour of audio including the desired audio.

Incidentally, image shooting is performed before or approximately at the same time as the shutter button 5 is turned off in the first step.

(b-2, Second Display Mode) [Figure 5] The display mode shown in FIG.
For example, when 1/2 (1) time has elapsed, the mode switches to blinking, and the width of the blinking is gradually narrowed, and then (1) time has elapsed since the shutter button 5 was turned on in the first step. It was designed to turn off the light. In this case as well, from the first step of the shutter button 5 being turned on (mu)
If the first stage is turned off before the time elapses, the light is turned off at that point.

Therefore, according to this display mode, when the light emitting display means 8 starts blinking, it is possible to know that the recording Rm of the voice in the audio recording memory has reached half of its recording capacity, and the width of the blinking As the area becomes narrower, you can know that the time limit for reaching the recording capacity is approaching.

(b-3, third display mode) [Figure 6] The display mode shown in FIG. It is designed to switch to blinking after a certain amount of time has elapsed.

In this case as well, the first stage O of the shutter button 5
If the first stage is turned off before (1) time has elapsed since N, the light is turned off at that point.

Therefore, with this display mode, it is possible to know that the amount of audio recorded in the audio recording memory has reached its recording capacity by the fact that the light emitting display means 8 starts blinking.
If there is a sound that you want to record among the previous sounds, press the shutter button 5 to the first position when the flashing starts.
It should be F.

(b-4, Other Display Modes) In addition to the display modes shown in FIGS. 4 to 6, the following display modes can be considered by the light emitting means 8.

For example, the light emitting display means 8 is turned on when t time has elapsed since the first step of the shutter button 5 was turned on, or the light emitting display means 8 is turned on after 1/2 of the time has elapsed since the first step of the shutter button 5 was turned on. It is also conceivable to turn off the light after 5 hours have elapsed since the first stage was turned on.

Further, as the light emitting display means 8, a light emitting means capable of emitting light in a plurality of colors, such as a so-called two-color light emitting diode, is used.
For example, at the same time as the first step of the shutter button 5 is turned on,
It is also conceivable to start lighting with blue light emission and to switch to lighting with red light emission when one-half time or t time has elapsed since the first stage ON.

(c. Modification of Display Section) [FIG. 7] FIG. 7 shows a modification of the arrangement of the light-emitting display means of the electronic camera 1 in the first embodiment. The light emitting display means 8' shown in FIG.
The photographer can certainly see the display by the light-emitting display means 8'.

(F-2, Second Embodiment) [FIG. 8] FIG. 8 shows a second embodiment of the camera of the present invention. The difference between this second embodiment and the first embodiment is that a so-called eye reflex type finder is used as the finder, and a light-emitting display means is provided on the panel surface within the finder. This is the only point that is provided. Therefore, FIG. 8 conceptually shows only the interior of the finder when viewed from the eyepiece side.

Incidentally, the relationship between such structural differences and the drawings also applies to the third and fourth embodiments described later.

In the figure, 9 is a panel surface inside the finder, and 10 is a screen. Reference numeral 11 denotes a light emitting display means provided on a portion of the panel surface 9 other than the screen 10, and this light emitting display means 11 uses a light emitting diode or the like. 12 is a so-called image split for focusing.

The way the light-emitting display means 11 displays the signal regarding the recording capacity of the audio recording memory may be the same as that described for the light-emitting display means 8 in the first embodiment.

CF-3, Third Embodiment) [Fig. 9] Fig. 9 shows a third embodiment of the camera of the present invention.

In the figure, 13 is a panel surface inside the finder, 14 is its screen, and 15 is an image split.

Reference numeral 16 denotes a light-emitting display section provided on a portion of the panel surface 13 other than the screen 14, and this light-emitting display section 16 is shielded from light while leaving a portion of the panel surface 13 that will become a predetermined display element 17 such as a character or symbol. In addition to forming the treated display mask 18, a light emitting source (not shown) such as a light emitting diode is provided close to the rear surface of the display mask 18, that is, the surface of the display mask 18 opposite to the surface facing the viewfinder eyepiece. It is constituted by providing.

When the light emitting source (not shown) emits light, the light passes through the display element 17 of the display mask 18 and is irradiated toward the eyepiece side of the finder. will be done.

Incidentally, the display mode of the signal regarding the recording capacity of the audio recording memory by the light emitting display section 16 may be the same as the display mode described regarding the light emitting display means 8 in the first embodiment.

It is also conceivable that the one-light-emitting display section 16 is constituted by a liquid crystal display device.

(F-4, Fourth Embodiment) [Figures 10 to 12] Figures 10 to 12 show a fourth embodiment of the camera of the present invention.

(a, finder panel) [Figure 1O] In the figure, 19 is the panel surface inside the finder, 20 is the screen,
Further, 21 is an image splitter, and 22 is a light emitting display section consisting of a liquid crystal display device. 23.23,... The pot is an electrode, and these electrodes 23.
23...The functions are arranged in a line along the left-right direction, and three of them located on the right side are smaller than those located on the left side.

(b. Mode of Signal Display) FIGS. 11 and 12 show different examples of the mode of signal display by the light emitting display section 22. Note that among the electrodes 23, 23, . . . in FIGS. 11 and 12, the shaded ones indicate the electrodes that emit light.

(b-1, first display mode) [Fig. 11] The display form shown in Fig. 11 shows that the electrodes are 23.23, The number of the fists ◆・ that emit light is increased. That is, at the same time that the shutter button 5 is turned on to the first stage, as shown in FIG. When a predetermined time has elapsed, as shown in Figure (B), the second one from the left also lights up, so that two lights are emitted, and in this way the number of lights emitted can be increased. t from the first step ON of shutter button 5 while increasing
When time elapses, the electrode 23
．． 23. All of the building is made to emit light.

(b-2, Second Display Mode) [Figure 12] The display mode shown in Figure 12 shows that the electrodes are 23.23, -Φ are made to emit light one by one starting from the one located at the left end. That is, at the same time that the shutter button 5 is turned on to the first stage, the image shown in FIG.
As shown in A), the one located at the left end of the electrodes 23, 23°... emits light, and after a predetermined period of time, as shown in FIG. The one on the left disappears and the second one from the left emits light, and in this way, the electrodes that emit light are sequentially switched to the one on the right as shown in (C) to (G) in the same figure. This is what I did as I went along.

(b-3, Other Display Modes) The following may be considered as further signal display modes by the light emitting display section 22 described above.

For example, from the first step ON of the shutter button 5, the first
As shown in Figure 1, the number of electrodes that emit light may be increased, and when the time elapses, the light emission of all the electrodes may be made to blink, or when the time elapses, the light emission of the electrodes may be made to blink. It is also conceivable to increase the luminous intensity of the emitted light.

In addition, as shown in FIG. 12, the electrodes that emit light are sequentially switched from the first ON of the shutter button 5, and when the time elapses, all the electrodes are made to emit light, or It is also conceivable to make all or part of it blink.

Furthermore, it is also possible to use a light emitting diode or the like instead of the electrodes 23, 23, . can also be considered.

(F-5, Fifth Embodiment) [Figure 13] Figure 13 shows the fifth embodiment IA of the camera of the present invention, and this embodiment is used for time display when performing self-timer photography. The display means is used as a means for displaying a signal regarding the audio recording capacity.

Of the parts of the electronic camera LA shown in this embodiment, the parts that are not different in basic configuration and function from the electronic camera 1 shown in the first embodiment will be designated by the reference numerals used in the first embodiment. Explanation will be omitted by assigning a reference numeral with a "'" symbol.

In the figure, 24 is a single-lens reflex finder.

Reference numeral 25 denotes a light emitting display section provided on the front surface of the camera body 42', and this light emitting display section 25 uses a light emitting diode.

Reference numeral 26 denotes a switch button for switching the display function of the light-emitting display section 25, and by switching the position of this switch button 26, the light-emitting display section 25 can display either the time display function or the function of displaying a signal regarding the audio recording capacity. is now selected.

Therefore, when the one-flash display section 25 is to function as a display section for displaying time during self-timer photography, the switch button 26 is moved to the position where that function is selected. As a result, the light emitting display section 25 operates as a display section for displaying time.

In this case, several methods can be considered as to when to start recording the audio to the audio recording memory and to record the recorded audio to the recording medium. For example, when the shutter button 5 is pressed. Recording to the audio recording memory may start from the time when ' is turned ON, and the audio recorded in the audio recording memory may be recorded to the recording medium when L time has elapsed since then. The recording on the recording memory may be performed from the time t before the shutter is released, and the recording on the recording medium may be performed when the shutter is released.

On the other hand, when the light emitting display section 25 is to function as a display section for a signal regarding the audio recording capacity, the switching button 26 is moved to a position where that function is selected.

There are several ways to display the signal in this case.For example, if you want the sound to be generated for t hours from the time the shutter button 5' is turned on, the light will be emitted at the same time as the shutter button 5' is turned on. The display section may be made to emit light and turned off after a time has elapsed, or the sound for t hours after the shutter is released or 2 minutes after the shutter is released, or the shutter is released. If you want to record t hours worth of audio from the time the shutter is released, the light emission display starts from the time t time or 2 minutes itt time from the time the shutter is released, or from the time the shutter is released. It is also possible to cause the parts to emit light and to turn off the light after t time has elapsed from those points.

Furthermore, when the time display means used when performing self-timer photography is used as a means for displaying a signal regarding the audio recording capacity, the light emitting display section 25 may be able to perform both functions continuously. Possible 0 For example, when the shutter button 5' is turned on in the self-timer shooting mode, the light emitting display section 25 is first turned on to function as a time display section, and from the time the shutter is released, It is conceivable that by blinking the light-emitting display section 25 for a period of time t, the light-emitting display section 25 can now function as a display section for a signal related to the audio recording capacity.

(G. Effects of the Invention) As is clear from the above description, the camera of the present invention is a camera having an audio recording function equipped with an audio recording memory with a limited recording capacity. The present invention is characterized in that a display section is provided that displays a signal regarding the audio recording capacity after a predetermined time has elapsed from the start of recording.

Therefore, according to the present invention, the photographer or the person to be photographed can know the quantitative recording status in the audio recording memory from the signal displayed on the display unit, so pay attention to the displayed signal. By capturing or emitting sound while recording, it is possible to make full use of the recording capacity of the sound recording memory, and to perform sound recording in accordance with the timing of image photography.

Incidentally, the display means shown in the second to fourth embodiments described above can also be applied to a camera equipped with a so-called EVF, that is, an electric view finder.

[Brief explanation of drawings]

1 to 6 show a first embodiment of the camera of the present invention, FIG. 1 is a perspective view, FIG. 2 is a perspective view seen from a different direction from FIG. 1, and FIG. 3 is a perspective view. 4 to 6 are chart diagrams showing different examples of signal display modes by the display section, and FIG. 7 is a rear view showing the main parts enlarged.
FIG. 8 is a view showing the inside of the finder of the second embodiment of the camera of the present invention, and Figure fs9 is a viewfinder of the third embodiment of the camera of the present invention. The internal views, Figures 1 through 12, show the fourth embodiment of the camera of the present invention.
The figure shows the inside of the finder, and Figures 11 and 12 show different examples of how signals are displayed on the display section. ), FIG. 13 is a perspective view showing the fifth embodiment of the camera of the present invention, and FIGS. 14 (A) to (I) are image capturing timings by an electronic camera equipped with an audio recording function. FIG. 4 is a chart diagram showing different examples of audio recording timing for each. Explanation of symbols: l pot #red camera, 8##-display section, 8'...display section, 11...fist display section, 16...kai display section, 22...display section, IA fist fist camera, 2
5e・Dispute display part off figure Z 8! shi, good j, mairiri wasu &h hikari 11 CE > Locoro = Kororororo (C) 2 = Nicolo Kororo 4 mouths (D) Roco Nico Nico Z Rororo (E) Roco Nico Nico Rorororo (F) Th0 [m Kororo Z mouth ( G) = Koniko Nikororororo, 16,111 pieces of ji fangs, 16111 pieces of color, 12th picture, Masai is also old (example of 16111 pieces of ji fang) Figure 13

Claims (1)

[Claims] In a camera having an audio recording function and equipped with an audio recording memory with a limited recording capacity, a display that displays a signal regarding the audio recording capacity after a predetermined period of time has elapsed from the start of recording in the audio recording memory. A camera characterized by having a section.