JPH09233413A - Camera with display device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a camera with display device which is miniaturized and easy for carrying by eliminating a projecting part by integrally constituting a main body equipped with an image display part and a video camera part so as to turn them. SOLUTION: This camera is composed of a parallelopiped case main body 1 to be provided with a liquid crystal display part 3 and a parallelopiped video camera part 2, and the video camera part 2 is fitted to the case main body 1. When the case main body 1 and the video camera part 2 are set in prescribed position relation, concerning the entire shape of the case main body 1 and the video camera part 2, both the front side and the rear side can be made into parallelopiped object on the same surface. Thus, the camera is shaped so as to be miniaturized and easily carried.

Description

Detailed Description of the Invention

[0001]

The present invention relates to a camera with a display device.

[0002]

2. Description of the Related Art Conventionally, a video camera provided with a display device and a video camera in which a camera unit is rotatable or detachable have been considered.

[0003]

Since a conventional video camera is large and has a shape with many irregularities,
It was inconvenient to carry. The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a camera with a display device that is compact and easy to carry.

[0004]

The present invention comprises a substantially rectangular parallelepiped main body provided with an image display portion, and a substantially rectangular parallelepiped television camera portion. The television camera portion is rotatably mounted on the main body. When the main body and the television camera portion are in a predetermined positional relationship, the overall shape of the main body and the television camera portion is configured such that both the front surface and the rear surface are substantially flush with each other.

[0005]

Embodiments of the present invention will be described below with reference to the drawings. First, the external structure will be described with reference to FIGS. In FIG. 1, reference numeral 1 denotes a case body, and a television camera section 2 is detachably provided on one side. As shown in the drawings, the case body 1
Both the TV camera unit 2 and the TV camera unit 2 have a rectangular parallelepiped shape, and the overall shape of the case body 1 and the TV camera unit 2 is configured so that both the front surface and the rear surface are substantially flush with each other. A liquid crystal display unit 3 and a tuning unit 4 are provided at the center on the front surface of the case body 1, and a cassette unit 5 and a speaker 6 are provided on the right side thereof. Also,
A key operation unit 7 and a rod antenna 8 are provided on an upper part of the case body 1. The key operation unit 7 is provided with, for example, a power switch, a television image adjusting knob, various operation keys for the cassette unit 5, and the like.

The camera unit 2 is provided with a small-sized image pickup device (not shown) using, for example, a solid-state image pickup device CCD, and a lens 9 is attached to the tip portion thereof. The camera unit 2 is detachably attached to the case main body 1 at a portion A near the lower end portion.
As shown in the figure, the upper end can rotate in the front-rear direction with the above-mentioned part A as a central axis.

FIG. 4 and FIG. 5 show a sectional structure of a joint portion between the case body 1 and the camera portion 2. The case main body 1 has a circular coupling window 11 formed at a position where the case main body 1 is coupled to the camera unit 2, and a coupling groove 12 is provided along an inner peripheral edge thereof. An annular elastic member 13 is provided in the coupling groove 12.

On the other hand, the camera unit 2 has a case 1
4, the coupling groove 12 as shown in FIGS.
And a pair of engaging claws 15a, 15b is formed.
The engaging claws 15a and 15b are arranged in a substantially fan-like shape and are vertically opposed to each other.
Are formed narrower than the other engagement claws 15b. In this case, the engaging claws 15b are formed to project from the inner side wall 14b of the case 14, but the engaging claws 15a are formed on the outer side wall 1 of the case 14.
It is formed at the tip of the lever 16 extending from 4a. The engaging claws 15a and 15b are inserted into the case main body 1 through the coupling window 11, and are located in the coupling grooves 12 to couple the camera unit 2 to the case main body 1. The lever 1
A push button 17 is integrally formed in the center of the case 6, and a tip end of the push button 17 protrudes outside through a hole 18 provided in a lower surface of the case 14.

Therefore, the lead wire 19 from the image pickup device in the camera section 2 is led out through the through hole formed between the engaging claws 15a and 15b, and is connected to the case body 1 through the coupling window 11.
Is inserted into. Then, the lead wire 19 is connected to a terminal portion of a print base 20 provided in the case body 1. As described above, the camera unit 2 is
a, 15b are located in the annular coupling groove 11 and the case body 1
Can be rotated at the connecting portion. During this rotation, the engagement claws 15a and 15b slide within the annular coupling groove 11.

When the camera unit 2 is removed from the case 1, the push button 17 is pressed to release the engagement between the engagement claw 15a and the engagement groove 11 as shown in FIG. 5, and the engagement is performed in this state. The camera portion 2 and the case body 1 are separated by letting the claws 15a come out from the coupling window 11. in this case,
If a margin is provided for the length of the lead wire 19 and the margin is stored in the case body 1 or the camera unit 2, the camera unit 2 is separated from the case body 1 according to the length of the lead wire 19. be able to. Further, the camera unit 2 can be mounted on the case main body 1 by performing an operation reverse to the above-described separating operation.

In the above embodiments, the case is shown as a horizontal type, but it may be a vertical type as shown in FIG. Note that the same parts as those of the above-described embodiment are denoted by the same reference numerals, and detailed description is omitted.

Next, the structure of the electronic circuit section will be described with reference to FIG. In the figure, reference numeral 2 denotes the above-described television camera unit,
Reference numeral 21 denotes a television receiver. Video signals are output from the TV camera unit 2 and the TV image receiving unit 21, selected by the selector 22, and sent to the video processing unit 23. The video processing unit 23 includes an A / D conversion circuit 24 and a memory circuit 2 for storing image data for one screen, as will be described later in detail.
5, a synchronization separation circuit 26, a switch unit 27, and a timing circuit 28, and the video signal from the selector 22 is A
/ D conversion circuit 24 and sync separation circuit 26.

The A / D conversion circuit 24 converts the input video signal into a digital signal and stores it in the memory circuit 25. Further, the synchronization separation circuit 25 detects a vertical synchronization signal from the input video signal, outputs a timing signal φv, and supplies the timing signal φv to the memory circuit 25 and the switch unit 27.
The switch unit 27 includes a control switch for displaying a still image, a switch for controlling reading / writing of the cassette unit 5, and the like, and outputs various switch signals in synchronization with the timing signal φv. This switch unit 27
Is output to the memory circuit 25 and the timing circuit 28. This timing circuit 28
Always generates clock pulses φ1 and φ2,
The frequency of the clock pulses φ1 and φ2 is switched according to a switch signal from the switch unit 27. The clock pulses φ1 and φ2 output from the switch unit 27 are sent to the memory circuit 25. Normally, the memory circuit 25 outputs data from the A / D conversion circuit 24 to the display unit 3 and performs storage processing on the data. Write or read data.

FIG. 9 shows the details of the video processing section 23. The A / D conversion circuit 24 converts the input video signal into a 4-bit digital signal,
Output to The memory circuit 25 includes the A / D conversion circuit 2
4 is read into the flip-flop 31 in synchronization with the clock pulse φ2, output to the display unit 3 via the gate circuit 32, and input to the input terminals I1 to I4 of the RAM 35 via the gate circuit 34.

The RAM 35 has a capacity capable of storing one frame of image data, and the input terminals I1 ...
Data read from the cassette unit 5 by the MT control unit 36 is input to I4 via the gate circuit 37.
The operation mode of the sync separation circuit 26 is designated by the switch signal C from the switch unit 27. As shown in FIG. 10, in the normal TV display mode, each vertical sync signal in the video signal is detected. Timing signal φv
In the write / read mode for the cassette section 5, the timing signal .phi.v having an n-times cycle is output.

The timing signal φv is input to the clear terminal CL of the address counter 38. The address counter 38 counts up by the clock pulse φ2 from the timing circuit 28 and specifies an address of the RAM 35. The timing signal φv output from the sync separation circuit 26 is input to flip-flops 41a to 41c in the switch unit 27 as a read clock. The flip-flops 41a to 41c read the key input from the key input unit 43 latched by the latch circuits 42a to 42c in synchronization with the timing signal φv.

The key input section 43 is a writing key K1 for instructing data writing to the cassette section 5, the cassette section 5
A read key K2 for instructing data read from the memory, a stop key K3 for instructing the display of a still image, and a release key K4 for releasing the display of a still image are provided. One terminal of each of the keys K1 to K4 has a VDD power supply, That is, a “1” signal is given. The operation signal of the write key K1 is sent to the set terminal S of the latch circuit 42a, the operation signal of the read key K2 is sent to the set terminal S of the latch circuit 42b, and the operation signals of the read key K2 and the stop key K3 are sent to the OR circuit 44. The signal is input to the set terminal S of the latch circuit 42c. Also,
The operation signal of the release key K4 is transmitted to the latch circuits 42a and 42b.
Are input via OR circuits 45 and 46, respectively, and are also directly input to the reset terminal R of the latch circuit 42c. The outputs of the flip-flops 41a and 41b are further input to the OR circuits 45 and 46, respectively.

Thus, the output of the flip-flop 41a is taken out as the switch signal D and is also inputted to the NOR circuit 47 and the OR circuit 48. The output of the flip-flop 41b is taken out as a switch signal B, and is also input to a NOR circuit 49 and an OR circuit 48. The output of the OR circuit 48 becomes a switch signal C.
Then, the output of the flip-flop 41c is taken out as the switch signal E and is input to the NOR circuit 47 via the inverter 50 and the NOR circuit 49. The output of the NOR circuit 47 becomes the switch signal A.

As described above, the switch signals A to E are output from the switch section 27, and the switch signal A is RA together with the clock pulse φ 1 via the NAND circuit 51.
It is input to the read / write terminal R / W of M35. The switch signal B is input to the MT control unit 36 as a read command R, and is also input directly to the gate circuit 37 and to the gate circuit 34 via an inverter 52 as a gate signal. The switch signal C is sent to the sync separation circuit 26 and the timing circuit 28 as a mode signal. The timing signal D is input to the MT control unit 36 as a write command W. The timing signal E is output from the inverter 53.
Is sent to the gate circuit 32 as a gate signal.

The data read from the RAM 35 is input to the MT controller 36. The timing signal φv and the clock pulses φ1 and φ2 are further input to the MT control unit 36. The MT control section 36 performs data read / write control on the cassette section 5 in accordance with signals B and D from the switch section 27. The data read from the RAM 35 is a switch signal E.
Is sent to the display unit 3 via the gate circuit 54, which is gate-controlled by the.

Next, the operation of the above embodiment will be described. The selector 22 in FIG. 8 selects the television camera unit 2 or the television receiving unit 21 according to the operation of the selection switch provided on the key operation unit 7. Now, TV receiver 2
If 1 is selected, the video signal output from the television receiver 21 is sent to the A / D converter 24 and the sync separator 26 in the video processor 23. The television receiver 21 performs processes such as channel selection, frequency conversion, amplification, and detection on radio waves received by the rod antenna 8,
Output as a video signal.

Therefore, the A / D conversion circuit 24 converts the input video signal into a 4-bit digital signal,
The data is written into the flip-flop 31 in synchronization with the clock pulse φ2. In this case, the switch signals A to E output from the switch unit 17 in the normal television reception mode are A
Are held in a "1" state, and BE are held in a "0" state. Therefore, as shown in FIG.
A clock signal φ1 and φ2 of MHz are generated, and the synchronization separation circuit 26 outputs a timing signal φv every time each vertical synchronization signal is detected. The cycle of the timing signal φv at this time is 262.5H (1H is one horizontal scanning cycle).

When the switch signals B and E are "0", the gates of the gate circuits 34 and 32 are opened and the gates of the gate circuits 37 and 54 are closed. Therefore, the flip-flop 31 reads the input data by the clock pulse φ2 of 3 MHz and outputs it to the display unit 3 through the gate circuit 32.

The data held in the flip-flop 31 is sent to the RAM 35 and stored in the RAM 35 in accordance with the address designated by the address counter 38. The address counter 38 is cleared by the timing signal φv, and then counts the clock pulse φ2 to
Specify the address of M35. In this case, the switch unit 2
The switch signal A output from 7 opens the gate of the NAND circuit 51 at "1", and outputs an inverted signal of the clock pulse φ1 to the RAM 35. The RAM 35 performs a write operation in synchronization with the inverted signal of the clock pulse φ1.
The video signal sent via the. Thereafter, the same operation is performed, and an image for one field is always stored in the RAM 35.

When it is desired to freeze the display image in the above television receiving state, the stop key K3 in the switch section 27 is operated. When the stop key K3 is operated, the "1" signal is latched in the latch circuit 42c, and the latch output is read into the flip-flop 41c in synchronization with the timing signal .phi.v output from the synchronization separation circuit 26. As a result, flip-flop 4
The switch signal E output from 1c becomes "1", and the gate of the gate circuit 54 opens and the gate of the gate circuit 32 closes. When the switch signal E becomes "1", the output of the inverter 50 becomes "0", the output of the NOR circuit 49 becomes "1", and the output of the NOR circuit 47 becomes "0". When the output of the NOR circuit 47, that is, the switch signal A becomes "0", the output of the NAND circuit 51 is held at the "1" signal state, and the RAM 35 enters the read mode. Therefore, the image data stored in the RAM 35 is sequentially read in accordance with the count content of the address counter 38 and sent to the display unit 3 via the gate circuit 54. The image data thus stored in the RAM 35 is displayed on the display unit 3.
And displayed as a still image.

Then, in order to return from the still picture display state to the normal television display state, the release key K4 in the switch section 27 is operated. When the release key K4 is operated, the latch circuit 42c is reset, and the synchronization separation circuit 2 is reset.
The "0" signal is read into the flip-flop 41c in synchronization with the timing signal .phi.v output next from 6. As a result, the switch signal A output from the switch circuit 27 is output.
ＥE return to the initial state, and each circuit section also returns to the initial state, so that the normal television image is displayed on the display unit 3 as described above.

When the image displayed on the display unit 3 is stored in the cassette unit 5 in the above television receiving state, the write key K1 in the switch unit 27 is operated. By operating this write key K1, the latch circuit 4
2a is set, and the latch output is set to the timing signal φ.
The data is read into the flip-flop 41a in synchronization with v. As a result, the output of the flip-flop 41a, that is, the switch signal D becomes "1", the latch circuit 42a is reset, and the MT control unit 36 enters the write mode.
When the switch signal D becomes "1", the switch signal A output from the NOR circuit 47 becomes "0" and the switch signal C output from the OR circuit 48 becomes "1" as shown in FIG.

When the switch signal A becomes "0", the output of the NAND circuit 51 becomes "1" as described above, and RA
M35 is in the read mode. When the switch signal C becomes "1", the cycle of the timing signal .phi.1 output from the synchronization separation circuit 26 becomes n times as shown in FIG. 10, and the timing signals .phi.1 and .phi.2 output from the timing circuit 28. Becomes 1 / n. Therefore, the count-up speed of the address counter 38 is 1 / n of the normal time.
The image data stored in the RAM 35 is read out at 1 / n of the normal speed and sent to the MT control unit 36. When the switch signal D is given from the switch unit 27, the MT control unit 36 drives the cassette unit 5 and
The image data sent from 35 is written on a magnetic tape.

While the image data is being written on the magnetic tape, a normal television image is displayed on the display unit 3. The image data for one field stored in the RAM 35 is stored in the MT control unit 36.
Is read out and written on the magnetic tape, a timing signal .phi.v is thereafter output from the synchronization separating circuit 26. The "0" signal is read into the flip-flop 41a by the timing signal .phi.v, the switch signals A to E return to the initial state, the respective circuit sections return to the initial state, and the writing of image data to the cassette section 5 is completed.

When the image data stored in the cassette unit 5 as described above is displayed as a still image,
The read key K2 in the switch unit 27 is operated. The operation of the read key K2 causes the latch circuits 42b, 42
c is set, and the "1" signal is read into the flip-flops 41b and 41c in synchronization with the timing signal φ2.
As a result, the switch signal B output from the flip-flop 41b becomes "1", the latch circuit 42b is reset, and the MT control unit 36 enters the read mode.
Further, the gate of the gate circuit 37 is opened and the gate circuit 3 is opened.
Gate 4 closes. Also, when the switch signal B becomes "1", the switch signal C output from the OR circuit 48 becomes "1", and as described above, the sync separation circuit 2
6, the cycle of the timing signal .phi.v becomes n times, and the frequency of the clock pulses .phi.1, .phi.2 outputted from the timing circuit 28 becomes 1 / n. Therefore, the cycle of the write command W (clock pulse φ1) input to the RAM 35 via the NAND circuit 51 and the count-up speed of the address counter 38 become 1 / n of the normal.

On the other hand, when the switch signal B is given, the MT control section 36 enters the reading mode and the cassette section 5
To sequentially read the image data stored in the magnetic tape, and input the read image data to the RAM 35 via the gate circuit 37. The RAM 35 sequentially stores the image data sent from the MT control unit 36 at the address specified by the address counter 38. The flip-flop 4
The output of 1c is output as the switch signal E, and the gate of the gate circuit 54 opens and the gate of the gate circuit 32 closes. In this case, when the switch signal E is output, the output of the inverter 50 becomes "0". At this time, since the switch signal B is output, the output of the NOR circuit 49 is held at "0" and , The output of the NOR circuit 47,
That is, the switch signal A is held in the “1” state,
Data writing to M35 is performed without any trouble.

When the transfer of the image data for one field from the cassette unit 5 to the RAM 35 is completed, the timing signal φv is output from the sync separation circuit 26 and "0" is written in the flip-flop 41b. At this time, since the "1" signal is latched in the latch circuit 42c, the "1" signal is written into the flip-flop 41c again. Accordingly, the switch signals B and C become "0", the switch signal A outputted from the NOR circuit 47 becomes "0", the output of the NAND circuit 51 becomes "0", and the RAM 35 switches to the read mode. When the switch signal C returns to “0”, the synchronization separating circuit 26 and the timing circuit 28 return to the normal operation. Therefore, the address counter 38 performs a count-up operation at a normal speed, and sequentially designates a read address of the RAM 35. The data stored in the RAM 35 is sequentially read out via the gate circuit 54 according to the address designation, and displayed on the display unit 3. Thus, the image data stored in the cassette unit 5 is read out to the RAM 35 and displayed on the display unit 3. Then, in this still image display state, if the release switch K4 in the switch section 27 is operated,
As described above, the switch unit 27 and each circuit unit return to the initial state, and return to the normal television reception state.

In the above embodiment, the field image data for one field is stored in the RAM 35, but the image data for one frame or more may be stored.

In the above embodiment, the cassette 5
Although the description has been given of the case where the image data for one screen is written / read in FIG.

[0035]

According to the above construction, when the main body provided with the image display section and the television camera section are in a predetermined positional relationship while the video camera section is rotatable, the main body and the television set can be rotated. Since the entire shape of the camera unit is configured to be a substantially rectangular parallelepiped on both the front surface and the back surface, it is possible to provide a camera with a display device that has no projection and is easy to carry.

[Brief description of drawings]

FIG. 1 is a front view showing an external configuration according to an embodiment of the present invention.

FIG. 2 is a perspective view showing an external configuration.

FIG. 3 is a side view showing a rotating state of a camera unit.

FIG. 4 is a cross-sectional view showing a coupling portion between a case body and a camera unit.

FIG. 5 is a cross-sectional view showing a connection portion between a case body and a camera unit.

FIG. 6A to FIG. 6C are views showing a connecting portion of the camera unit to the case main body.

FIG. 7 is a perspective view showing another embodiment of the external configuration.

FIG. 8 is a block diagram illustrating a schematic configuration of the entire electronic circuit.

FIG. 9 is a circuit configuration diagram showing details of a video processing unit in FIG. 7;

FIG. 10 is a timing chart for explaining the operation of FIG. 9;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Case main body 2 Television camera part 3 Liquid crystal display part 4 Tuning part 5 Cassette part 8 Rod antenna 21 Television receiving part 23 Video processing part 24 A / D conversion circuit 25 Memory circuit 26 Synchronization separation circuit 27 Switch part 36 MT control part 41a- 41c flip-flop 42a-42c latch circuit 43 key input unit

─────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] March 21, 1997

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claims

[Correction method] Change

[Correction contents]

[Claims]

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0004

[Correction method] Change

[Correction contents]

[0004]

Means for Solving the Problems To achieve the above object,
According to the first aspect of the present invention, the image display unit is provided.
An almost rectangular parallelepiped body and a nearly rectangular parallelepiped TV camera
The TV camera unit includes a lens for imaging.
Provided and rotatably attached to the main body,
When the main body and the TV camera unit are in a predetermined positional relationship,
The overall shape of the main body and the TV camera unit is both front and back
Be configured so that it is almost flush and almost rectangular parallelepiped
A camera with a display device characterized by the following features:
You. This allows the video camera to rotate
From the main unit equipped with the image display unit and the TV camera unit.
When in a positional relationship, the main unit and the entire TV camera unit
The action that the front and back sides are almost the same rectangular parallelepiped
With no projections and easy to carry
LA can be provided. The invention according to claim 2
Then, the TV camera unit and the main unit are detachable.
The display according to claim 1, wherein the display is attached.
A camera with a device is provided. This allows
This has the effect of increasing the degree of freedom in the image direction and the imaging location.
According to the third aspect of the present invention, the substantially rectangular parallelepiped television is provided.
The bi-camera unit is located on the side surface of the substantially rectangular parallelepiped main body.
The length of the TV camera unit and the length of the main unit are almost equal
2. A camera with a display device according to claim 1, wherein:
Is what you do. This allows for the length of the main unit and the TV camera
The length of the rubber part is almost the same, there are no protrusions,
A camera with a pan display device can be provided. Ma
According to the fourth aspect of the present invention, the substantially rectangular parallelepiped television is provided.
The camera section is located on the longitudinal side of the
The display device according to claim 3, wherein the display device is provided.
Camera. This allows the length of the body
The length in the hand direction and the length of the TV camera
Camera with a display device that is easy to carry
Can be provided. In the invention according to claim 5,
Is the almost rectangular TV camera unit,
Characterized in that it is located on the short side of the body.
A camera with a display device according to claim 3,
is there. This allows the length of the main unit in the short side direction and the TV camera
The length of the rubber part is almost the same, there are no protrusions,
A camera with a pan display device can be provided. Ma
In the invention according to claim 6, the detachable television camera is provided.
When the camera unit is attached to the main unit, the image display unit
However, it is almost a rectangular parallelepiped including the main body and the TV camera section.
It is arranged so as to be located at almost the center of the whole.
When the camera is removed from the main unit, the image display
It is characterized by being located off the center of the body
A camera provided with a display device according to claim 2.
It is. This allows the TV camera unit to be integrated with the main unit.
When capturing or displaying images with the
Because it comes to the center of the screen, it has the effect of making it easier to see the display.
You. Further, in the invention according to claim 7, the main body includes
Non-detachable memory for storing
The display device according to claim 1, wherein the display device is provided.
Camera. Thereby, claim 1
In addition to the operation of the described invention, the image is captured by the TV camera unit.
The image can be stored in the main body, the memory
Is integrated into the main unit, so you can capture
The saved image can be saved on the spot. Also, billing
In the invention described in Item 8, the main body is the TV camera unit.
Removable memo for storing images captured by
2. The display according to claim 1, further comprising:
A camera with a device is provided. As a result,
In addition to the effects of the invention described in claim 1, the captured image is
You can save a number, even if the memory is full,
If you replace the memory, you can save more images
it can. In the invention according to claim 9, the removable
The memory mounting surface and the image display unit are
9. Arranged on one surface, 9.
The present invention provides a camera with a display device. This
To replace the memory while viewing the image display.
Is a magnetic tape, etc.
You can check it. Also after looking at the image
When replacing the memory, turn the unit over.
You can quickly replace the memory without. In addition,
In the invention according to claim 10, the main body includes a speaker.
The display device according to claim 1, wherein
A camera is provided. Thereby, claim 1
Record images with audio information in addition to the effects of the above-mentioned invention
Do not connect a separate speaker when playing or playing
There is an effect that may be. Further, according to the eleventh aspect,
In the description, the speaker and the image display unit are connected to the main body.
2. The device according to claim 1, wherein the first and second surfaces are arranged on the same surface.
0 is provided. This
Accordingly, the television camera unit and the image display according to claim 10 are displayed.
In a camera with a display device equipped with a
The speaker and the image display unit are located on the same surface of the main unit.
Therefore, when displaying an image accompanied by audio,
Has the effect of hearing voice. Further, according to the twelfth aspect,
In the clear, the main unit causes the image display unit to display a moving image.
And a means for displaying a still image.
The image captured by the TV camera unit is displayed as a moving image.
And means for displaying as a still image.
The turtle with a display device according to claim 1, wherein
Is to provide LA. This allows the TV camera unit
While capturing a moving image, save it as a still image as appropriate.
You can check the saved image as a still image
Can be. According to the thirteenth aspect, an image display
Unit, and a TV camera unit.
The TV camera unit is provided with a lens for imaging.
It is rotatably attached to the main body and
The lens of the TV camera unit is located on the side of the main unit
With display device characterized by being configured as follows
It is to provide mela. This allows you to
There is no lens in the center of the body as in
Be new and have the image display in the center
Has the effect of being easy to use. Also, billing
Item 14 is the television camera.
At least one fee for storing the image captured by the unit
Semiconductor memory with a capacity of
A camera with a display device according to claim 13 is provided.
Is what you do. Thereby, the invention of claim 13
In addition to the function, it also captures captured images and TV images
There is an operation that can be stored as a still image. In addition,
In the invention according to claim 15, the main body is the television camera.
Detachable to store multiple images taken by the camera unit
The method according to claim 13, further comprising a memory.
A camera with a display device is provided. This
In addition to the effect of the invention of claim 13,
Store multiple images and still images as images
And by replacing the memory
Further, there is an operation capable of storing a large number of images. Ma
According to the sixteenth aspect of the present invention, the predetermined operation is
Images captured by the TV camera unit are stored as still images.
Writing means for writing to the memory;
An image may be displayed on the image display section even during the writing process.
14. The display device according to claim 13, wherein:
A camera with a camera is provided. This allows the
Shooting by the TV camera unit
During the process of writing the captured image to memory as a still image
Can also display images.
Display can be continued even if it takes
You. According to the seventeenth aspect, the image display section
Is the size that occupies most of the area on the front of the main unit.
The turtle with a display device according to claim 14, wherein
Is to provide LA. This allows the conventional camera
As the viewfinder is not small with respect to the main body,
It is possible to easily monitor an image to be viewed.

Claims (1)

[Claims] 1. A display characterized in that a main body provided with an image display section and a television camera section are integrally and rotatably configured, and have a small and easily portable shape without a projection. Camera with device.