JP2003032518A - Image print supply device, edit processing method and background processing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an image print supply device that can generate virtual realistic image data with presence and to provide an edit processing method and a background processing method by which enjoyable background image data with ease of writing can be provided to a plurality of users. SOLUTION: The image print supply device is provided with a light source information storage section that stores light source information with respect to variations of combination of lights to be lit among a plurality of lights and the luminous quantity, an exposure information storage section that stores proper exposure information by each light source information stored in the light source information storage section, a luminous quantity adjustment means that can adjust the luminous quantity of the lights lit on the basis of the light source information, and an exposure correction means that can correct the exposure on the basis of the exposure information.

Description

Detailed Description of the Invention

[0001]

[Industrial field of application] The present invention is a "print club" which is nicknamed "Purikura" originally developed by the applicant.
An image print supply device that is an advanced type of the image print supply device that enables more realistic and virtual reality shooting, and an edit processing method in the image print supply device that enables editing of a plurality of image data on a single monitor, and The present invention relates to a background processing method in an image print supply device that facilitates creating a background for writing, and is mainly used in the field of these entertainment machines.

[0002]

2. Description of the Related Art Conventionally, a photographing method of illuminating a subject with a plurality of lights including a strobe light when photographing in a studio (Japanese Patent Laid-Open No. 11-24138) and a photo vending machine for photographing a subject using light sources of different colors. (JP 2001
Prior art relating to a method and apparatus for photographing an object using a plurality of lights including a strobe light and an RGB light, such as -100305). Further, as to a technique of performing appropriate lighting according to a shooting mode and storing the lighting conditions in a storage device so that the lighting suitable for a subject at the time of shooting can be selected, the technique described in JP-A-11- It is disclosed in Japanese Patent No. 24138.

However, regarding the appropriate lighting according to the photographing mode and the storage of the lighting conditions as disclosed in Japanese Patent Laid-Open No. 11-24138, the former selects a card in which an appropriate writing pattern is written. Then, the setting is performed according to the pattern, and the latter is stored as a sample image or image data together with the lighting condition in advance, and the optimum lighting condition is set while reading out and referring to these when photographing. However, in both cases, the photographer has to manually set the lighting settings, which is troublesome.

In addition, since this prior art has the content of making optimum lighting settings for a subject, and is for the purpose of optimizing the photographic image of the subject, for example, It was not possible to intentionally create a backlit lighting situation or create a lighting situation with a realistic and virtual reality as if taken in a club or live house.

As a prior art capable of displaying a plurality of image pickup data, there is a utility model registration No. 3055836 by the applicant. This invention makes it possible by providing a plurality of displays. On the display of
The content of displaying a plurality of image pickup data together with the input operation section corresponding to each piece of the image pickup data and performing the editing process is not the content.

Further, "chroma key" is known as an image synthesizing technique. However, since it is necessary to make the back surface of the subject a blue background or a green background, the background of the background where the user writes images such as characters and figures is known. There is a problem that the color is always limited to blue or green.

[0007]

SUMMARY OF THE INVENTION Therefore, the present invention not only enables a subject to be photographed favorably, but also has a realistic sensation as if the subject was photographed under conditions of backlight, oblique light, or the like. It was developed with the object of providing an image print supply device capable of automatically setting various lighting situations and appropriate exposures according to the lighting situations so that prints of images with virtual reality can be obtained.

Further, according to the present invention, when a large number of users collect imaged data, a plurality of users can independently edit the same or different imaged data, and at the same time, the interior of the shooting room can be modified. The development task is to provide a method of editing processing and background processing in the image print supply device that can configure the wall surface in the shooting room with each color so that the image print can be enhanced and more satisfactory image print can be obtained.

[0009]

According to the present invention, as means for solving the above-mentioned problems, image pickup data of a user who took a photograph and various image data are combined, and the image data created by the combination is printed out. Alternatively, in an image print supply device that is capable of being transmitted to various information communication terminals and provided with a plurality of lights for illuminating a user at the time of shooting, regarding a combination variation and a light amount of the lights to be turned on among the plurality of lights. Based on the light source information, a light source information storage unit that stores light source information, an exposure information storage unit that stores appropriate exposure information of the camera at the time of shooting for each light source information stored in the light source information storage unit, A light quantity adjusting means for adjusting the light quantity of the light that is turned on; and an exposure correcting means for correcting the exposure based on the exposure information. Suggest comprising image printing supply apparatus (claim 1).

Further, according to the present invention, in the invention according to claim 1, the light source information storage section has at least forward light.
In addition to the basic modes such as backlight, oblique light, and top light, and for each attribute mode such as place, person, or time, or for each category, light source information related to the combination variation of the lights to be turned on and the light amount, and the exposure information storage unit are also included. Proposes an image print supply device (claim 2) in which the appropriate exposure information is stored.

Further, according to the present invention, claim 1 or claim 2 is provided.
In the invention described above, a standing position for instructing an optimum standing position of the user in the photographing room 2 for each light source information stored in the light source information storage unit or for each exposure information stored in the exposure information storage unit. An image print supply device (claim 3) comprising a light is proposed.

In addition, according to the present invention, in the invention described in claim 1 or 2, the user's standing position is detected so that the optimum light source information and exposure information are selected based on the user's standing position. However, an image print supply device (claim 4) is also proposed in which a sensor for emitting a signal regarding the detected standing position to the light source information storage unit and the exposure information storage unit is provided.

Further, in the present invention, claims 1 to 4 are provided.
In the invention described above, in addition to or instead of the light source information, an image print supply device having a light source changing means capable of arbitrarily changing a combination of lights to be turned on among the plurality of lights and a light amount (claim 5) is provided. Also suggest.

Further, according to the present invention, in the image print supply device for synthesizing the imaged data of the photographed user and various image data and printing out the image data created by the synthesizing or transmitting to the various information communication terminals,
A step of displaying a plurality of different image pickup data and an input operation section corresponding to each of the image pickup data on a built-in monitor; and a step of editing each of the different image pickup data through the corresponding input operation section, Storing each of the edited image data in a storage means,
And a step of selecting image data desired to be printed out from the stored image data, the editing processing method in the image print supply device (claim 6).
To propose.

In addition, according to the present invention, in an image print supply device for synthesizing image data of a photographed user and various image data, and printing out or transmitting image data created by the synthesizing to various information communication terminals. Prior to combining the imaged data and various image data, a step of preliminarily photographing a user, a step of monochromatically processing a primary image obtained by the preliminary photographing, and a recognition of the monochromatically processed secondary image as a background Of the production image, the step of taking a real image of the user, the step of superposing the production image obtained by the production image with the secondary image to form a composite image, and the production image and the secondary image by the superposition. A step of performing arithmetic processing on a difference generated between them to perform monochromatic processing, and a step of extracting the monochromatic processed difference and a secondary image from the composite image, Background processing method in an image printing supply apparatus comprising (claim 7) also proposes together.

[0016]

According to the first aspect of the present invention, among a plurality of lights, a combination variation of the lights to be turned on, a light amount, and exposure data for each variation are stored in advance. Lighting, light quantity, and exposure that appropriately reflect the variation are automatically set only by reading and selecting, so there is no need to manually set all these settings.

According to the second aspect of the present invention, the combination variation of the lights to be turned on, the light amount and the exposure data are set for each of various modes or categories. The type and field of can be easily selected, and the setting related to the selection can be performed instantly, so that the usage time can be shortened.

According to the third aspect of the present invention, the standing position of the user is instructed for each of various modes or categories, so that the user is always guided to the optimum position and is not frustrated or confused immediately before shooting.

According to the invention of claim 4, since the standing position of the user is always detected and the light source information and the exposure information suitable for the standing position are determined, there is no trouble of setting the combination of the lights to be turned on and the exposure. .

According to the invention of claim 5, the user can arbitrarily change the combination of the lights to be turned on and the amount of light.
It is possible to capture image data with uniqueness and a high degree of interest.

According to the invention of claim 6, since a plurality of different image data can be displayed on one monitor and edited individually, it is possible not only for a large number of people to enjoy at the same time but also to save the use time. it can. Further, compared with the case where a plurality of monitors are provided to display a plurality of image pickup data, the cost can be significantly reduced and the entire apparatus can be downsized.

In the invention of claim 7, since it is not necessary to limit the color of the back wall surface to blue or green, the color of the wall surface of the photographing room can be changed to various colors or various facilities can be provided to enhance the interior. Can be planned.

[0023]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. 1 is a schematic perspective view of an image print supply device according to the present invention as seen from the shooting room side, FIG. 2 is a schematic diagram showing an embodiment inside the shooting room, FIG. 3 is a system configuration diagram of the present invention, and FIG. 4 is the present invention. FIG. 5 is a flowchart showing a processing flow of the image print supply apparatus according to FIG. 5, FIG. 5 is a flowchart showing a processing flow of (A) to (B) in FIG.
FIG. 6 is a schematic plan view showing an example of lighting when a light is installed on a ceiling or a side wall of a photographing room, and FIG. 7 is a schematic front view showing an example of an input unit in the editing processing method of the present invention.

[0024]Image print supply device The image print supply device according to the present invention is as shown in FIG.
It consists of a device body 1 and a shooting room 2
The user is the main component of the main unit 1.
Cameras 3 and 4 for shooting, images containing user's image data
Monitor 5 displaying image data, selection of image data
Input unit 6 and input pen 7 for writing and writing
A plurality of lighting devices 8 for shining, a coin slot 9, etc.
be able to. As a characteristic component of the present invention
Is to change the combination of lights to be turned on and the amount of light.
The light source changing means 10 capable of
I can list the points. In the present invention,
Is the number and types of cameras and lighting devices provided in the device body 1.
The types are not limited to those illustrated.

Next, regarding the photographing room 2, in the embodiment shown in FIG. 2, the fluorescent lights 1 provided on the ceiling and the left and right wall surfaces.
1. Spotlights 12 provided on the left and right ceiling corners, and a plurality of strobe lights 1 provided on the back wall surface
3 and the RGB light 14 provided on the upper part thereof, which are turned on based on the light source information set for each selected mode or category, and to the exposure information set correspondingly. The exposure is determined based on this, and the user is photographed. In addition, in FIG.
The color of the back wall of the shooting room 2 is black, but this is designed to be used when shooting in a dark background such as in club mode, which will be described later. A curtain 17 that can cover the back wall surface is installed so that it can be used for shooting. In addition,
When the strobe lights 13 buried in the holes on the back wall surface of the photographing room 2 are turned on all at once, a fantastic backlight photograph can be taken due to the amount of light. Further, for example, when a camera is installed in the upper rear part of the photographing room 2 (not shown) and the user is photographed from a special viewpoint, it can also be used as illumination for the user.

As a feature of the system configuration of the present invention, as shown in FIG. 3, among the various lights described above, light source information relating to the combination of lights to be turned on for each mode or category and the light amount thereof is stored. Light source information storage unit 15
And an exposure information storage unit 16 that also stores the exposure information.
However, further, a light amount adjusting means 18 for adjusting the light amount of a light to be turned on based on the light source information and an exposure correcting means 19 for correcting the exposure based on the exposure information are selectably provided. be able to.

The light source information stored in the light source information storage unit 15 includes basic modes such as normal light, backlight, oblique light, and top light, places such as clubs and concert venues, people such as models and idols, day and night. Are set for each attribute such as time, etc., and the user can select these attributes by mode or category from the input unit 6. Then, in the exposure information storage unit 16, the appropriate exposure information is set for each of the attributes according to the above-mentioned modes and categories. For example, a plurality of patterns of light source information are stored for each mode or category, and when a certain category is selected, as shown in FIG. 6, the user's front side is diagonally forward left and the user's right side is diagonally right rearward. It is desirable that the combination of lights to be turned on can be selected from a plurality of patterns so that the lights provided in and are turned on.

Further, according to the present invention, in order to guide the user to the optimum position in the photographing room 2 when the photographing is performed by selecting the mode or the category, the standing position is designated as shown in FIG. Multiple standing position lights 2
One of the characteristics is that 0 is provided. In FIG. 2, a plurality of standing position lights 20 are provided on the floor surface, and among them, the standing position 20 at the optimum position for the user to light up to guide the user, but the optimum position for the user. As long as it can teach,
It is possible to irradiate the floor surface which is the optimum position with a standing position light installed on the ceiling, or to irradiate the optimum position with one movable standing position light. Which standing position light is turned on or which position is illuminated is set for each of the above-mentioned light source information or each exposure information, and by automatically selecting a mode or category, the setting is automatically adjusted according to the setting. The standing position light is turned on or the optimum position is illuminated.

In the present invention, as another aspect, instead of or in addition to the standing position light 20,
The position of the user in the shooting room 2 is detected, and the detection signal is used as the light source information storage unit 15 and the exposure information storage unit 16.
Accordingly, the similar problem can be solved by determining the optimum light source information and exposure information, which is also one of the features of the present invention. Specifically, as shown in FIG. 2, a sensor 21 is laid under the floor of the shooting room 2, and the standing position is detected by turning on the sensor at the position where the user stands, and the detection signal is the light source information. By being issued to the storage unit 15 and the exposure information storage unit, appropriate light source information and exposure information corresponding to the detection signal are calculated. In the embodiment of FIG. 2, the sensor 21 is a capacitance type sensor known as a mat switch for automatic doors, and it is planned to lay a plurality of such sensors. Further, as an embodiment other than that shown in the drawings, it is also planned to install a limited stationary object detection type sensor such as a light switch (reflection type) in the upper part of the photographing room.

In addition, in the present invention, in order to correct the light source information set in each mode or category stored in the light source information storage unit 15, or independently of this, the light to be turned on arbitrarily is provided. The combination and the amount of light can be changed, and this point is also one of the characteristic parts. Specifically, as shown in FIG. 1, the present invention employs a rotatable turntable-shaped light source changing means 10. It is desirable that the light source changing means 10 is provided with a color sample continuous from a cold color to a warm color around the turntable so that the user can easily understand it. By rotating the turntable, dozens of lights can be displayed. You can change the combination of lights that should be turned on. In addition, the amount of light is automatically changed by the rotation of the turntable according to the combination of lights to be turned on. The turntable is designed so that the user can rotate it by operating it with his / her palm, but the turntable / rotation may be controlled electrically by turning on / off a switch (not shown).

[0031]Editing method in image print supply device
Law Next, in the present invention, the printing is performed by the image print supply device.
Created interesting image data by creating
Therefore, multiple image data and corresponding
Display the number of input operation units
Through the input operation unit corresponding to each of the data
The feature of the editing processing method that enables editing processing is
I have one. Traditionally, imaging data and image data
Appears as having multiple displays to display
Publication of utility model registration No. 3055836 owned by the applicant
There is a device described in Section 1.
As a device in which two people can input image data
Although the invention described in the publication of 000-69404 exists,
Inputs corresponding to different image data on one monitor.
Force operation section is displayed, and edit processing can be performed for each imaged data.
There is no such thing yet.

Specifically, as shown in FIG. 7, a plurality of different image pickup data A and B are displayed on one input unit 6, and in addition, an input operation unit 22 for performing an edit process of the image pickup data A. And the input operation unit 23 for performing the editing process of the imaging data B are displayed.
Image data is written into each of them, or the image data to be stored is selected, and the image data is edited, and the edited data is stored in the storage means 24. In this case, desired image data is selected from the storage means 24.

[0033]Background processing method in image print supply device
Law Further, according to the present invention, the back wall surface in the photographing room 2 can be colored in various colors.
That is why the original background processing method is adopted so that
It is one of the features. With conventional chroma key processing,
Not only hard chroma key, but soft chroma key
The contours of the composite are unclear and unnatural,
Also, because of the complementary color relationship with human skin color, the background color is blue or
Is green (when the subject wears blue clothing
It was necessary to However, the imaging data
It is common to write image data in the margins.
In addition, for example, when shooting at a club or concert venue,
Captures virtual and realistic imaging data as if it were
It is essential to make effective use of the margins in
Also, the color of the back wall must be a color other than blue or green.
The need has arisen.

Therefore, in the present invention, preliminary photographing is performed prior to the actual photographing so that the outline obtained by combining the image data and the background becomes clear, and the primary image obtained thereby is subjected to monochromatic processing, and the monochromatic processing is performed. The secondary image is recognized as the background, and then the actual image is taken, and the actual image obtained thereby is superimposed on the secondary image to form a composite image. By arithmetically processing the difference generated between the image and the single color processing, and extracting the difference and the secondary image from the composite image,
It is possible to combine image data with a background that is not blue or green. By performing this background processing, it is possible to effectively use the blank area that is the background of the imaged data, and since the color of the back wall surface can be black or another color,
It is possible to create realistic image data as if it were taken at a club or concert venue. The color of the back wall surface of the shooting room 2 is black so that shooting can be performed on a dark background, but a curtain 17 that can cover the entire back wall surface is provided so that shooting can be performed on a light background. There is.

[0035]Workflow until printout Next, it is created using the image print supply device according to the present invention.
Workflow for printing out selected image data
Will be described with reference to FIGS. 4 and 5. First, the image pre
When the main body 1 of the component supply device is turned on and activated.
("Start" in the figure), initial processing is performed ("Initialization" in the figure).
, ”Monitor 5, input unit 6 or both.
Advertised display is made ("Advertisement table" in the figure
Show "). Therefore, insert a predetermined amount into the coin slot 9.
Then, it will be displayed whether or not the credit has been established.
("Is credit established?" In the figure)
(“Yes” in the figure), the screen for selecting the shooting mode is displayed.
Is displayed ("Mode selection screen" in the figure)
If (“No” in the figure), the “Advertisement display” step again
Return to the floor.

In the mode selection screen, in the embodiment shown in FIG.
"Club Mode" and "Preset" and "Manual"
The three modes are displayed on the input section 6 in a selectable manner, and the user uses the input pen to select the desired mode. First, when the “club mode” is selected (“club mode” in the figure), the optimum light source information as taken by a club is called from the light source information storage unit 15, and the lights of the combination according to the setting are automatically generated. The light source is turned on, or the optimum light source information of a plurality of patterns is called from the light source information storage unit 15. Therefore, by selecting the desired light source information from the light source information, the light of the combination related to the automatically selected light source information is turned on. It will be done ("Lighting selection" in the figure). At this time, the light amount is also adjusted by the light amount adjusting means 18 to be suitable for the “club mode”. Therefore, the user decides a pose or the like and shoots (“shooting” in the figure), but at that time, appropriate exposure information corresponding to the light source information is called from the exposure information storage unit 16, and the exposure of the camera 24 is exposed. The correction means 19 also corrects the image to be suitable for the "club mode".

When the "preset" mode is selected ("preset" in the figure), for example, "model system" is selected.
Categories such as "Cute" and "Cool" are displayed on the screen, so select the desired category ("Category selection" in the figure). If "model system" is selected, the light source information suitable for shooting the model is called from the light source information storage unit 15, and the lights of the combination according to the setting are automatically turned on, or the optimal light source of a plurality of patterns is selected. Since the information is called from the light source information storage unit 15, by selecting the desired light source information from the light source information, the light of the combination related to the selected light source information is automatically turned on (“Lighting selection” in the figure). ). Thus, the user decides the pose etc. and shoots (“shooting” in the figure), but at that time, the light intensity of the light and the exposure of the camera are automatically adjusted or corrected to the optimum one as described above. It In addition, it is desirable that a plurality of patterns of light source information can be selected for each category such as “cute type” and “cool type” as well as “model type”. Further, in the “preset” mode of the present invention, after the “lighting selection”, the standing position light 20 is turned on (“standing position lighting” in the figure), and the optimum standing position is instructed for each category. You can easily navigate to that position. This is not necessarily adopted only in the "preset" mode, but may be adopted in the above-mentioned "club mode" or the "manual" mode described later. In addition, the standing position light 2 described above
In place of or in addition to 0, a sensor 21 for detecting the standing position of the user is provided and the detection signal is issued to the light source information storage unit 15 or the exposure information storage unit 16 to select the optimum light source information or exposure information. It is also possible to do so.

Next, when the "manual" mode is selected ("manual" in the drawing), the light source changing means 10 is operated ("writing operation" in the drawing) to change the combination of lights to be turned on and the amount of light. It is possible to change.
In the embodiment shown in FIG. 1, the light source changing means 10 is a turntable type, and the user himself / herself rotates the turntable 360 degrees to make the combination of lights to be turned on and the amount of light infinite and simple. Can be changed. Thus, when the combination of lights and the light source are determined by the user, shooting is performed (“shooting” in the figure). At this time, the exposure of the camera 24 is corrected to the optimum value by the exposure correction unit 19, as described above.

In the shooting in each of the above modes,
Before the actual shooting, the preliminary shooting is performed, the primary image of the preliminary shooting is processed so that the secondary image obtained by monochromatic processing is recognized as the background, and the production image obtained by the actual shooting and the secondary image are processed. By superimposing them as a composite image, the difference between the two is subjected to monochromatic processing, and the difference and the secondary image are extracted from the composite image, so that the contours of the imaged data and the background, which is a margin, are clear. It is possible to create various composite images.

When the photographing is completed in this way and the image pickup data having the background suitable for writing is created, then,
Work from (A) to (B) in the figure is performed. The work between (A) and (B) has a main content of writing image data on the background, which is a blank portion of the created image pickup data. First of all, do normal graffiti (writing) by yourself,
Alternatively, a method such as whether or not a plurality of people perform graffiti is selected (“Graffiti method selection” in the figure). Then, the imaging data for writing by the selected method is selected (“imaging selection” in the figure). When the imaged data is selected, a screen for writing the imaged data by the above method is displayed (“Graffiti screen display” in the figure). Writing is performed by the method ("Graffiti input process" in the figure). Thus, when the writing of the image data into the imaging data is completed and the image data to be printed out is created, the layout such as the number of divisions of the image data is selected and determined (“layout selection” in the figure).

In the present invention, a plurality of different image pickup data are displayed on one input section together with the corresponding input operation section, so that a plurality of users can simultaneously display (A)-(B) in FIG. You can perform editing work. Specifically, as shown in FIG. 7, the image pickup data A and the input operation section 22 corresponding to the image pickup data A are different from the image pickup data B different from A.
And the corresponding input operation unit 23 is displayed on one input unit 6. Therefore, one user can use the input pen 7 through the input operation unit 22 and the other user can use the input pen 7 through the input operation unit 23 to perform the editing work separately and simultaneously.

Thus, when the editing work and the layout selection are completed, the image is supplied by the printer 25 provided in the image print supply device or the external printer 25, and the series of work is completed. Upon completion of the work, the image print supply device returns to the "advertisement display" stage and waits for the next user to use it.

[0043]

The image print supply device according to the present invention is
The combination variation of the lights to be turned on, the light intensity, and the exposure data for each variation are stored in advance, and the user can simply read out and select the desired variation, and the lighting, light intensity, and exposure that appropriately reflect that variation can be obtained. Since it is automatically set, the best shooting can be performed stably, and there is no need to manually set all these settings. As a result, the usage time of the user can be significantly shortened, and the efficiency can be further improved.

Since the standing position light is provided, the standing position of the user is instructed for each mode or category, so that the user can always be guided to the optimum position. In addition, since the light source information and the exposure information suitable for the standing position are determined by providing the sensor for detecting the standing position of the user, there is no need to set the combination of the lights to be turned on and the exposure. In addition, since the user can arbitrarily change the combination of lights to be turned on and the amount of light, it is possible to perform shooting of image pickup data having more uniqueness and taste.

Furthermore, since a plurality of different image data can be displayed on one monitor and edited individually, it is possible not only for a large number of people to enjoy at the same time, but also for saving the use time. Further, compared with the case where a plurality of monitors are provided to display a plurality of image pickup data, the cost can be significantly reduced and the entire apparatus can be downsized.

By extracting the difference between the image of the preliminary shooting and the image of the actual shooting as the background, a background with a clear outline can be created, and it is not necessary to limit the color of the back wall surface to blue or green. Therefore, it is possible to enhance the interior by changing the color of the wall surface of the shooting room to each color and providing various facilities.

[0047]

[Brief description of drawings]

FIG. 1 is a schematic perspective view of an image print supply device according to the present invention as viewed from a shooting room side.

FIG. 2 is a schematic front view showing an embodiment inside the photographing room.

FIG. 3 is a system configuration diagram of the present invention.

FIG. 4 is a flowchart showing a processing flow of the image print supply apparatus according to the present invention.

FIG. 5 is a flowchart showing the flow of processing from (A) to (B) in FIG.

FIG. 6 is a schematic plan view showing an example of lighting when a light is installed on a ceiling or a side wall of a shooting room.

FIG. 7 is a schematic front view showing an example of an input unit in the editing processing method of the present invention.

[Explanation of symbols]

1 Main body of image print supply device 2 Shooting room 3 cameras 4 cameras 5 monitors 6 Input section 7 Input pen 8 lighting equipment 9 coin slot 10 Light source variable device 11 fluorescent lights 12 spotlights 13 Strobe lights 14 RGB light 15 Light source information storage unit 16 Exposure information storage 17 curtains 18 Light intensity control means 19 Exposure compensation means 20 standing light 21 sensor 22 Input operation section 23 Input operation section 24 storage means 25 printer

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Claims (7)

[Claims] 1. The image data of a user who has taken a picture and various image data can be combined, and the image data created by the composition can be printed out or transmitted to various information communication terminals. In an image print supply device provided with a plurality of lights to irradiate, a light source information storage unit that stores light source information regarding a combination variation of lights to be turned on among the plurality of lights and light amount, and the light source information storage unit. An exposure information storage unit that stores appropriate exposure information of the camera at the time of shooting for each stored light source information, a light amount adjustment unit that can adjust the light amount of a light that is turned on based on the light source information, and the exposure information. Exposure compensation means that can compensate the exposure based on
An image print supply device, comprising: 2. The light source information storage unit and the exposure information storage unit include at least each basic mode such as forward light, backlight, oblique light, and top light, and each attribute mode such as place, person, or time, or each attribute mode. 2. The image print supply device according to claim 1, wherein light source information regarding a combination variation of lights to be turned on, light amount, and appropriate exposure information are stored for each category. 3. A standing position light for instructing an optimum standing position of a user in a photographing room for each light source information stored in the light source information storage unit or for each exposure information stored in the exposure information storage unit. The image print supply apparatus according to claim 1 or 2, further comprising: 4. The user's standing position is detected so that optimum light source information and exposure information are selected based on the user's standing position, and a signal relating to the detected standing position is sent to the light source information storage unit and the exposure. The image print supply apparatus according to claim 1 or 2, further comprising a sensor for emitting to the information storage unit. 5. In addition to or instead of the light source information,
The image print supply apparatus according to claim 1, further comprising a light source changing unit that can arbitrarily change a combination of lights to be turned on and a light amount of the plurality of lights. 6. An image print supply device for synthesizing image data of a photographed user and various image data, and printing out the image data created by the synthesizing or transmitting the image data to various information communication terminals. A step of displaying a plurality of different image pickup data and an input operation section corresponding to each of the image pickup data; a step of editing each of the different image pickup data through the corresponding input operation section; Editing in an image print supply device, comprising: storing each of the image data in a storage means; and selecting image data desired to be printed out from the stored image data. Processing method. 7. An image print supply device for synthesizing image data of a photographed user and various image data, and printing out or transmitting the image data created by the synthesizing to the various information communication terminals. Prior to combining with various image data, a step of preliminarily photographing the user, a step of monochromatically processing the primary image obtained by the preliminary photographing, a step of recognizing the monochromatically processed secondary image as a background, a user Is photographed, the production image obtained by the production photography is superposed with the secondary image to form a composite image, and the difference generated between the production image and the secondary image by the superposition. And monochromatic processing, and extracting the difference and the secondary image subjected to the monochromatic processing from the composite image. Background processing method in an image print supply device.