JP3439753B2 - Photography equipment - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a photographic device for photographing a subject in a photographing area together with a background image projected on a screen behind it.

[0002]

2. Description of the Related Art In recent years, a lot of photo vending machines for taking photographs and making sticker prints have been installed in game centers and the like. As such a photo vending machine, a photo vending machine as shown in FIG. 9 is generally used. In this case, a mirror 51 is provided inside a housing 50 at an angle of about 45 °. A camera 52 for photographing the subject M is provided behind the mirror 51, and a monitor 53 for displaying an image photographed by the camera 52 is provided below the mirror 51. On the other hand, the photographing booth 54 is arranged so as to form a pair with the housing 50, and the subject M is photographed there. In the figure, reference numeral 55 is a controller, and 56 is a printer for printing a photographic print 57.

In the above photo vending machine, an image taken by the camera 52 through the mirror 51 is displayed on the monitor 53,
The image displayed on the monitor 53 is reflected by the mirror 51 and can be confirmed by the subject M. Then, the subject M takes a desired pose while confirming his / her appearance on the monitor 53, and operates the controller 55 at a favorite position to shoot a still image. Then, this still image is combined with an appropriate frame or foreground image and printed as a photographic print 57.

[0004]

By the way, recently, as the number of users of photo vending machines has increased, their needs have diversified. Therefore, in order to meet these needs, many frames with various tastes are provided as frames and backgrounds to be combined with the image of the subject. As one of them, an attempt has been made to project various background images on a screen behind a subject and shoot the images.

In the projection of such a background image, the structure for that purpose must be formed more rationally as the entire structure of the photographic device. For example, the arrangement of the background image projection device, its screen, the photographing device, the lighting device, and the like must be more excellent in terms of space and simplification of the structure of the photographing device.

The present invention has been made in view of the above circumstances, and an object thereof is to provide various devices constituting a photographic device under an excellent arrangement.

[0007]

In order to achieve the above object, a photographic device of the present invention comprises a photographing means for photographing a subject within a photographing region, an illuminating means for illuminating the subject.
A photographic device comprising a screen existing in a back area of the subject, on which a background image is projected, and a projection means for projecting the background image on the screen, wherein the photographing means and the illuminating means are the subject. is arranged at a predetermined position of the front, the screen and the projection means is disposed at a predetermined position of the object behind, it said illuminating means, irradiation range of that are arranged so as not to reach the above screen, the scree
A rectangular frame-shaped shield with a specified depth on the subject side
The gist is that the optical member is arranged .

That is, the photographing means and the illuminating means are arranged at predetermined positions in front of the subject, and the screen and the projection means are arranged at predetermined positions behind the subject.

For this reason, the image pickup means and the illumination means, which are required to be placed in front of the subject, are placed at predetermined positions, while the screen which is required to be placed behind the subject is required. And projection means are arranged at predetermined positions. By arranging as described above in the state of being divided into the front and the rear of the subject in this way, the screen and each means can be arranged compactly in the entire photography apparatus. In particular, in a place where a wide variety of game machines are installed, such as a game center, the space limitation becomes large, but the arrangement configuration as described above can reduce the space required for the photographing device. Therefore, it can be easily installed even in a narrow environment.

Further, by arranging the above-mentioned arrangements in front of and behind the subject, it becomes easy to standardize the structure of each part of the photographic device, which is advantageous for improving productivity, quality and cost.

In the photography apparatus of the present invention, the projection means is arranged in the equipment unit section, and the screen is paired when it is provided in the screen section which is paired with the equipment unit section. Since the projection device and the screen are arranged in the device unit section and the screen section, respectively, the projection apparatus and the screen can be mounted in a predetermined relative positional relationship, and the background image is projected at the correct position on the screen. can do. Furthermore, the space occupied by the projection device and the screen can be reduced, which is effective for downsizing the entire photography device.

In the photography apparatus of the present invention, when the back screen unit is composed of the device unit section and the screen section, the back screen unit is composed by combining the machine unit section and the screen section. Therefore, the back screen unit can be easily completed only by combining the two parts of the device unit part and the screen part.

Further, by separately manufacturing the above-mentioned two parts and appropriately combining them, it is possible to select various forms of the photographic device and to enrich the variety of the photographic device. A large number of device units and screens with different specifications are manufactured in advance, and by combining these appropriately, a simple assembling work becomes possible and rationalization in terms of production can be achieved. Further, by forming the device unit part and the screen part in a single casing structure, it is possible to form a one-piece type back screen unit from the beginning. With such a one-piece type, the production process is simplified and the cost is advantageous as compared with the above-mentioned combination method.

In the photographic apparatus of the present invention, when the equipment unit section accommodates a projection apparatus as the projection means and a computer apparatus for performing image combining processing, the projection apparatus and the computer apparatus are combined. Since it can be housed in the device unit in a compact state, the device unit can be downsized and the unity as the back screen unit is improved. In particular, since the device unit is downsized, the screen can be upsized, and the background image can be projected large and the image content can be further enriched.

In the photography apparatus of the present invention, when the equipment unit section accommodates the computer apparatus for performing the image combining processing with the projection apparatus and the printer for printing the image, the projection apparatus and the computer. Since the device and the printer can be housed in the device unit in a compact state, the device unit can be downsized and the unity as the back screen unit is improved. In particular, since the device unit is downsized, the screen can be upsized, and the background image can be projected large and the image content can be further enriched. Further, since the location of the printer can be freely selected in the device unit, the print picture can be taken out in any direction.

In the photographic apparatus of the present invention, when a display for editing an image is arranged behind the back screen unit, the user goes out of the photographing booth and edits outside. After the user comes out,
Immediately after that, the next user can enter the shooting booth and shoot, and the waiting time of the user can be shortened and the photographing device can be used efficiently. In addition, since an inclined surface is easily formed behind the back screen unit in relation to the inclined arrangement of the screen, by disposing the display at such an inclined position, it is possible to perform editing which is easy to see and easy to operate. .

In the photographic apparatus of the present invention, the back screen unit is provided with an inclined surface behind which the background image is reflected or projected, and when the display is arranged on this inclined surface, an inclined screen or Since the inclined surface is formed outside by the arrangement of the mirrors, it is possible to arrange the display for editing in a convenient state.

In the photography apparatus of the present invention, when a light-shielding means for limiting the light incident on the display is provided, for example, the display for editing can be viewed by darkening the light-shielding means such as a curtain. This allows the user to perform better editing in an easy-to-see state.

In the photographic device of the present invention, when the screen is configured so that light does not enter, the incident light to the screen is limited, so that the background image projected on the screen is always displayed. Clearly displayed,
The background of the photo taken is beautifully finished. In particular, in the method of synthesizing the photographed image of the subject and the background image using the computer device, the contour of the hair disappears or the contour line becomes unclear, but unnaturalness is unavoidable, but According to the present invention, since a clear background image is projected on the screen, it is possible to shoot with the background as a background, and a natural background blending can be realized.

The above description "the screen is configured so that light does not enter" means that the screen is not directly irradiated with light. Therefore, for example, the illumination range of the illumination device does not reach the screen. When doing so, the direction of the irradiation optical axis of the illumination light is additionally considered.

In the photographic device of the present invention, when the above-mentioned light is the irradiation light from the illumination means, the irradiation light from the illumination means is most likely to enter the screen, and moreover, the sharpness of the background image on the screen is improved. Although it reduces the most, it is possible to further improve the clarity of the background image on the screen by configuring this irradiation light so that it does not enter the screen, and the background of the photographed photo is beautiful. Finish.

In the photography apparatus of the present invention, when the irradiation range of the illumination means is set so as not to reach the screen, for example, the irradiation angle of the illumination means, the irradiation range, the mounting position, etc. are appropriately selected. By doing so, since the screen is not directly illuminated, the sharpness of the background image on the screen can be further improved, and the background of the photographed picture is finished beautifully.

In the photographic device of the present invention, when a light-shielding member is arranged on the subject side of the screen, the light-shielding member blocks the light incident on the screen. The background of photographed pictures can be finished beautifully.

In the photography apparatus of the present invention, when the light blocking member is a light blocking plate, the light blocking plate set to a predetermined size blocks the light incident on the screen, so that the background image on the screen is displayed. The sharpness can be further improved, and the background of the photographed photo will be beautifully finished.

In the photography apparatus of the present invention, in the back screen unit, when the device unit section is arranged on the lower side and the screen section is arranged on the upper side, the apparatus unit section arranged on the lower side and the device unit section arranged on the upper side. The back screen unit is formed with a simple structure by combining the arranged screen portions. That is, the back screen unit can be completed simply by combining the two parts of the device unit part and the screen part. In the case where the device unit portion and the screen portion are combined as described above, it is only necessary to separately produce the above-mentioned portions and assemble them, so that the production can be rationalized.

In the photographic device of the present invention, when the projection light source of the projection means is the flash light generator of the flash light illuminator, a clear background image is displayed on the screen by using the flash light generator of a sufficient light amount. Can be displayed on the screen, the clarity of the background image on the screen can be further improved, and the background of the photographed photograph can be finished beautifully. Further, by irradiating the flash light in synchronization with the shutter timing of shooting, it is possible to prevent the occurrence of image unevenness due to the insufficient light amount of the background image, and it is possible to always shoot a clear background image.

In order to achieve the above object, the photographic device of the present invention includes a photographing means for photographing an object in a photographing area, an illuminating means for illuminating the object, and an area which is a back of the object. A gist of the present invention is provided with a screen that is present and projects a background image, and a projection means that projects the background image onto the screen, and is configured so that light does not enter the screen.

That is, since the screen is configured so that light does not enter, the incident light to the screen is limited, and the background image projected on the screen is always displayed clearly and the photographed image is The background is beautifully finished.

The above description "the screen is configured so that light does not enter" means that the screen is not directly irradiated with light. Therefore, for example, the illumination range of the illumination device does not reach the screen. When doing so, the direction of the irradiation optical axis of the illumination light is additionally considered.

[0030]

BEST MODE FOR CARRYING OUT THE INVENTION Next, embodiments of the present invention will be described in detail.

FIG. 1 and FIGS. 5 to 8 are views showing a first embodiment of the photographing apparatus of the present invention. The photographic device 1 mainly includes a photographic booth 2 for photographing a subject M and a back screen unit 3. The shooting booth 2 includes a wall board 4 arranged in front of the subject,
The wall plates 5 and 6 arranged on the left and right of the subject M, the wall plate 7 forming the ceiling, and the like are assembled in a box shape.
Entrances 8 and 9 are provided in the wall plates 5 and 6, and the curtain 1
It is separated from the outside by 0 and 11. Reference numeral 12 is a floor plate. The wall plate 6, the doorway 9, the curtain 11 and the like are not shown because they are in front of FIG.

The camera 13, which is a photographing means, is arranged in front of the subject M and is attached to a predetermined portion of the wall plate 4. The illuminating device 14, which is an illuminating means, is also arranged in front of the subject M. As will be described later with reference to FIGS. 7 and 8, the illuminating device 14 is arranged at a position slightly ahead of the subject M in the vertical and horizontal directions so that the irradiation light from the illuminating device 14 does not enter the screen described later. It is said that.
Therefore, the expression “in front of the subject M” means a space region including the upper, lower, left, and right slightly ahead of the subject M, and further in front of it.

The location of the lighting device 14 is set according to the above-described principle. In FIG. 1A, the upper lighting device 14 is placed on the wall plate 7 and the lower lighting device 14 is placed on the floor plate 12. Installed. The guide monitor 15 for explaining how to use the photographic apparatus 1 for the subject M is arranged at a position where the subject M is easily seen, and is attached to the wall plate 4 in front of the subject M here.

The illuminating device 14 can be arranged so as to irradiate the subject M from above or from the rear so that the illumination can be varied as long as the illuminating light does not enter the screen 18. It is also possible to implement such illumination by indirect illumination.

Furthermore, as one of the measures for preventing the entry of light into the screen 18, there is the use of a polarization filter. It is effective that this filter is combined with the illumination device 14 to give directionality to the irradiation light.

A back screen unit 3 is provided in order to allow a background image to exist in a region of the back of the subject M. The back screen unit 3 is configured by combining an equipment unit portion 17 in which the projection device 16 is arranged and a screen portion 19 in which the screen 18 is arranged. The device unit section 17 is arranged on the lower side, and the screen section 19 is arranged on the upper side. Inside the apparatus unit section 17, a photograph including a projection device and an image synthesizing process outside the projection device 16 is taken. A computer device 20 that controls the overall operation of the photographing apparatus 1 and a printer 21 that prints a photograph are housed. The photograph from the printer 21 is displayed in the lateral direction of the back screen unit 3, that is, in the direction perpendicular to the paper surface of FIG.

As is apparent from FIG. 5, the member forming the outer shape of the device unit portion 17 is the device box 22 made of a synthetic resin panel material or the like, and the outer shape of the screen portion 19 is formed. The member to be shielded is the light shielding wall 23 made of the same panel material. The device box 22 has an opening 24 for allowing projection light from the projection device 16 which is projection means to pass therethrough. The light shielding wall 23 is composed of a square inclined wall plate 25 and triangular light shielding wall plates 26 arranged on both sides thereof. The screen 18 is attached to the inclined wall plate 25, and the image from the projection device 16 is projected thereon.

On the back surface of the inclined wall plate 25, that is, behind the back screen unit 3, a display 27 for image editing is attached, and a light shielding means 28 is provided to make it easy to see. The light shielding means 28
Has a function of limiting the light incident on the display 27. The ceiling wall plate 7 is extended rearward and a curtain 29 is attached around the wall plate 7. Note that reference numeral 2
7A is a touch pen for a display.

The relative position of the screen 18 with respect to the subject M is set so that the screen 18 is present in the area which is the back of the subject M. By doing so, the screen 18 and the projection device 16 on the screen 18 are located behind the subject M. It is placed in place.

In order to prevent light from entering the screen 18, a light shielding member 30 is provided on the side of the subject M of the screen 18. The light shielding member 30 is formed by forming an elongated plate material as shown in FIG. 6 into a rectangular frame shape, and has an appropriate depth length L. It is effective to finish the inner surface 31 of the light shielding member 30 so that the surface has good light absorption. For example, the surface roughness is appropriately selected or black coating is applied. By installing the light-shielding member 30 as described above, the background image on the screen 18 appears more clearly and a high-quality photograph can be obtained.

As shown in FIG. 1B, by forming the projection light source of the projection device 16 with a flash light generator 32 of the type like a strobe, a clear background image can be taken in accordance with the shutter timing. . In addition, the projection device 16
Since the projection optical axis is not perpendicular to the screen 18, it is effective to allow the projection device 16 to have a trapezoidal distortion correcting means.

7 and 8 are a plan view and a side view showing a state in which the illuminating device 14 is illuminating the subject M and the illuminating device 14.
FIG. In any of the lighting devices 14, the irradiation range 33 does not reach the surface of the screen 18, and here, in order to further reduce the incident light of the screen 18, the irradiation range 33 does not reach the light shielding member 30. There is. As described above, by narrowing the irradiation range 33 of each illuminating device 14 and illuminating the subject M from multiple directions, more appropriate illumination that does not cause insufficient illumination is possible.

As the illuminating device 14 having the irradiation range 33 narrowed as described above, there are a spotlight type and a strobe type, and a specific example thereof is a structure shown in FIG. 8C. This is a pin spotlight type, and a front condenser condenser lens 35 and a reflecting mirror 36 are arranged in front of and behind the light bulb 34.
By selecting the refraction characteristics of the condenser lens 35 and the shape of the reflecting mirror 36, the width of the irradiation range 33 can be set appropriately.

The back screen unit 3 is constructed by combining the device unit section 17 and the screen section 19, but two types of construction methods can be adopted. First, as shown in FIG.
This is a system in which the device box 22 and the light shielding wall 23 are manufactured separately and then both are combined. In this case, as shown in FIG. 5B, the device box 22 is divided into a large box 22A and a small box 22B, the projection device 16 is housed in the large box 22A, and the computer device 2 is stored in the small box 22B.
0, printer 21, etc. are accommodated.

By adopting the form of the split type box in this way, the projection device 16, the computer device 20, the printer 21 and the like can be separately housed in the respective boxes 22A and 22B, and the respective functions can be accurately performed. It will be possible to demonstrate. Furthermore, each large and small box 22
Since it is divided like A, 22B and the light shielding wall 23, it is easy to carry, and the back screen unit 3 can be easily formed by assembling on site even if the installation location of the photographing device is small.

Secondly, although not shown, the device unit section 17 and the screen section 19 are integrally manufactured from the beginning. For example, the light blocking wall plate 26 and the lateral side plate of the device box 22 are manufactured from one plate material, and then the device box 22 and the light blocking wall body 23 are manufactured.

Further, by integrally manufacturing as described above, the number of manufacturing steps is reduced, which is advantageous in terms of production management and cost.

Next, the operation of the photographic apparatus having the above structure will be described.

When the subject M, who is the user, enters the photographing booth 2 and inserts a predetermined amount of coins or the like into a coin slot (not shown), the computer device 20 is activated, and then the subject M is The operation proceeds according to the operation procedure displayed on the guide monitor 15. First, a plurality of reduced background images are read from the computer device 20 and displayed on the guidance monitor 15. When a favorite one is selected from the touch pen 27A or the like, the background image is projected from the projection device 16 to the screen 18 via the computer device 20.

Next, the subject M makes various poses in front of the camera 13, which are displayed on the guide monitor 15, and the subject M operates the shutter when he / she likes. When the image is taken in this manner, the background image selected in advance is also included in the image, and the subject M is imaged in a harmonious state in the background image. At the time of this photographing, the illuminating device 14 illuminates the subject M, but the irradiation light thereof is prevented from reaching the screen 18. When the background image is selected, paused, or photographed as described above for a predetermined number of times, all the photographed image data are stored in the computer device 20.

The subject M, whose photography has been completed in this way, moves from the photography booth 2 to the back of the back screen unit 3 and operates the display 27 to perform editing work.
This editing work is performed using, for example, the touch pen 27A, draws characters or figures on the display 27, inputs them to the computer device 20, and combines them with the captured image. The combined image is displayed on the display 27, finally confirmed, and then printed by the printer 21 to complete the editing work.

In parallel with the above-mentioned editing work, the next user enters the shooting booth 2 and the shooting operation and the editing work proceed at the same time so that the photographic device 1 can be used efficiently.

According to the above-described embodiment, the camera 13 and the illumination device 14, which are indispensable to be arranged in front of the subject M, are arranged at predetermined positions, while on the other hand, they are arranged behind the subject M. The screen 18 and the projection device 16, which are required to be performed, are arranged at predetermined positions. By thus arranging as described above in the state in which the subject M is divided into the front and the rear, the screen 18 and the projection device 16,
The camera 13 and the illuminating device 14 can be arranged compactly because they are in the entire photographing device 1. Especially in places where a wide variety of game consoles are installed, such as game arcades, the space constraints increase.
With the above arrangement, the space required for the photographing device can be reduced, and the device can be easily installed even in a narrow environment.

Further, by arranging the above-mentioned arrangements in front of and behind the subject M, it becomes easy to standardize the structure of each part of the photographing apparatus 1, which is advantageous for improving productivity, quality, or cost reduction. .

Since the projection apparatus 16 is arranged in the equipment unit section 17 and the screen 18 is provided in the screen section 19 forming a pair with the equipment unit section 17, the projection apparatus 16 and the screen 18 are arranged in a predetermined manner. The background image can be projected at the correct position on the screen 18. Further, the space occupied by the projection device 16 and the screen 18 can be further reduced, which is effective for downsizing of the entire photography device 1.

The device unit section 17 and the screen section 1
Since the back screen unit 3 is constituted by 9, the back screen unit 3 is easily completed by combining the two parts of the device unit part 17 and the screen part 19.

Further, by separately manufacturing the above two parts 17 and 19 and appropriately combining them, it is possible to select various forms of the photographic device 1 and to enrich the variety of the photographic device 1. You can Device unit 17 and screen 19 with different specifications in advance
By making a large number of these and combining them appropriately, it becomes a simple combination work and rationalization in terms of production can be achieved. Further, by forming the device unit portion 17 and the screen portion 19 in a single casing structure, a one-piece type back screen unit can be formed from the beginning. With such a one-piece type, the production process is simplified and the cost is advantageous as compared with the above-mentioned combination method.

FIG. 2 shows a second embodiment. In this structure, a mirror 37 for reflecting a background image is attached to the inner surface of the inclined wall plate 25, and the screen 18 stands up without tilting toward the subject M side of the mirror 37. A light shielding member 30 is arranged on the side of the subject M of the screen 18.
When the above-mentioned configuration is focused on the mirror 37, the back surface of the back screen unit 3 is an inclined surface due to the arrangement of the inclined mirror 37 for reflecting the background image, and the display 27 is arranged on this inclined surface. It means that Other than that, it is the same as the above-mentioned embodiment, and the same reference numerals are given to the same parts.

Since the projection light from the projection device 16 is reflected by the mirror 37 and the background image is projected on the upright screen 18, the background image can be made to exist near the subject M. It is possible to take a picture by making the relationship between the subject M and the background image more preferable. Other than that, the same operational effects as those of the above-described embodiment are obtained.

FIG. 3 shows the third embodiment. This is a case where the arrangement of the light shielding member 30 is stopped and the screen 18 is arranged closest to the subject M. Other than that, it is the same as each of the above-described embodiments, and the same reference numerals are given to the same portions.

Since the projection light from the projection device 16 is reflected by the mirror 37 and the background image is projected on the screen 18 which is erected, the background image can be made to exist at a position near the subject M. It is possible to take a picture by making the relationship between the subject M and the background image more preferable. Further, when the screen 18 is closest to the subject M in this way, it is desirable to project a background image suitable for it. Other than that, the same operational effects as the above-described respective embodiments are exhibited.

FIG. 4 shows a fourth embodiment. The light shielding wall 23 here is a case where the internal space is a rectangular parallelepiped as shown in FIG. 5 (C). Therefore, the back plate 38 is provided with a substantially horizontal upper plate 39 in an upright state, and the light shielding wall plate 26 has a square shape. The display 27 is attached to the upright back plate 38 in a substantially vertical posture. This display 27 has a back plate 38.
And the inclined wall plate 25 are used for the space. Other than that, it is the same as each of the above-described embodiments, and the same reference numerals are given to the same portions.

Since the display 27 is arranged by utilizing the space between the back plate 38 and the inclined wall plate 25,
The dead space can be effectively used. Other than that, the same operational effects as the above-described respective embodiments are exhibited.

[0064]

As described above, according to the photographing apparatus of the present invention, the photographing means and the illuminating means, which are indispensable to be arranged in front of the subject, are arranged at predetermined positions, while The screen and the projection means, which are required to be arranged behind the subject, are arranged at predetermined positions. By arranging as described above in the state of being divided into the front and the rear of the subject in this way, the screen and each means can be arranged compactly in the entire photography apparatus. In particular, in a place where a wide variety of game machines are installed, such as a game center, the space limitation becomes large, but the arrangement configuration as described above can reduce the space required for the photographing device. Therefore, it can be easily installed even in a narrow environment.

Further, by arranging the above-described divided arrangements in front of and behind the subject, it becomes easy to standardize the structure of each part of the photographic device, which is advantageous for improving productivity, quality and cost.

Further, since the projection means is arranged in the equipment unit section and the screen is arranged in the screen section which is paired with the equipment unit section,
The projection device and the screen can be attached in a predetermined relative positional relationship, and the background image can be projected at the correct position on the screen. Furthermore, the space occupied by the projection device and the screen can be reduced, which is effective for downsizing the entire photography device.

In addition, the irradiation light from the illumination means is the most screened.
It's easy to get into lean, and the background is on screen.
The above-mentioned illuminating means causes the sharpness of the image to be reduced most.
However, it is arranged so that the irradiation range does not reach the above screen.
The background image on the screen becomes clear by placing it on the screen.
The photos taken can further improve the degree
The background is beautifully finished. Moreover, the screen shot
A rectangular frame-shaped light blocking member with a predetermined depth on the body side
Since it is arranged, the square-shaped light-shielding member
Since the incident light to the clean is blocked, it goes to the screen.
Incident light is further restricted, and the spine projected on the screen
The scene image is always displayed clearly and the background of the photographed picture is
Beautifully finished. Especially when using a computer device
In the method of synthesizing the captured image and the background image of
Guo disappears or the outline becomes blurred
Inevitably, unnaturalness was unavoidable.
According to, a clear background image is projected on the screen
So you can shoot with it as a background and blend in with a natural background
Only can be realized.

[Brief description of drawings]

FIG. 1 is a sectional view showing an embodiment of a photographic device of the present invention.

FIG. 2 is a cross-sectional view showing another embodiment of the photographic device of the present invention.

FIG. 3 is a sectional view showing still another embodiment of the photographic apparatus of the present invention.

FIG. 4 is a sectional view showing still another embodiment of the photographic device of the present invention.

FIG. 5 is a perspective view showing a configuration form of a back screen unit.

FIG. 6 is a perspective view of a light blocking member.

FIG. 7 is a plan view showing an irradiation state of a lighting device.

8A and 8B are a plan view, a side view, and a cross-sectional view of a lighting device showing an irradiation state of the lighting device.

FIG. 9 is a cross-sectional view showing a conventional technique related to the present invention.

[Explanation of symbols]

M subject 1 Photographing device 2 Shooting booth 3 Back screen unit 4 wall boards 5 wall boards 6 wall boards 7 wall boards 8 doorways 9 doorways 10 curtains 11 curtains 12 floor boards 13 Photography means, camera 14 Lighting means, lighting device 15 Information monitor 16 Projection means, projection device 17 Equipment unit 18 screen 19 Screen section 20 Computer equipment 21 Printer 22 Equipment Box 22A large box 22B small box 23 Shading wall 24 openings 25 inclined wall board 26 Shading wall board 27 display 27A touch pen 28 Light-shielding means 29 curtains 30 Light-shielding member L depth length 31 Inside 32 Flash generator 33 irradiation range 34 light bulb 35 Condenser lens 36 Reflector 37 Mirror 38 Backboard 39 Upper plate

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Claims (8)

(57) [Claims] 1. A photographing means for photographing a subject within a photographing area, an illuminating means for illuminating the subject, a screen on which a background image is projected in a region which is the back of the subject, and a background on the screen. A photography apparatus comprising a projection means for projecting an image, wherein the shooting means and the illumination means are arranged at predetermined positions in front of the subject, and the screen and the projection means are arranged at predetermined positions behind the subject, the illumination means, the illumination range of that are arranged so as not to reach to the screen, on the subject side of the screen
A photographic device having a rectangular frame-shaped light-shielding member having a predetermined depth length . Inner surface according to claim 2, wherein said light shielding member is photographing apparatus according to claim 1, wherein the absorption of light is it is finished in a good state. 3. A photographic apparatus according to claim 1 or 2, wherein the irradiation range of the illumination means is set so as not reach the light-shielding member. By combining polarization filters wherein the illumination means, photography apparatus according to any one of claims 1 to 3, to prevent entry of the illumination light to the screen. 5. By narrowing the irradiation range using a pin spotlight as the illuminating means, photography apparatus according to any one of claims 1 to 4 to prevent entry of the illumination light to the screen. 6. The projection means is arranged in an equipment unit section, and the screen is provided in a screen section forming a pair with the equipment unit section, and the equipment unit section is provided with the projection apparatus which is the projection means. And a computer device for performing image synthesizing processing and a printer for printing images are housed, a back screen unit is constituted by the device unit section and the screen section, and a display for performing image editing etc. behind the back screen unit. There photographing apparatus according to any one of claims 1 to 5 arranged. 7. The photographing apparatus according to claim 6, wherein the equipment unit was large screen portion is downsized. 8. A projection light source of said projection means, photography apparatus according to any one of claims 1 to 7 in accordance with the shutter timing of shooting a flash generator flash lighting device for irradiating a flash light.