JP3212469U - Vehicle shooting system - Google Patents

Abstract

The present invention provides a vehicle photographing system capable of relatively easily photographing photographs of a private car that is rich in unexpectedness. A first vehicle photographing system 10 includes a photographing room where a vehicle is arranged, a control unit 32, a background image storage unit 33 that stores a background image in advance, a generated image storage unit 34, and a camera 23. And a background material for chroma key composition arranged on the inner surface of the shooting room. The control unit 32 performs chroma key composition of the process of capturing the vehicle and the background material via the camera 23, the captured image and the background image in the background image storage unit 33, and an image in which the vehicle is superimposed on the background image. And a process of storing the generated image in the generated image storage unit 34. [Selection] Figure 5

Description

  The present invention relates to a vehicle photographing system, and more particularly, to a technique for photographing in a state where a real vehicle is arranged in a virtual landscape.

Automobiles are relatively expensive products, especially when purchasing high-end cars, a “delivery ceremony” was held lively as a customer service at the time of delivery of a new car, and a photograph of the purchaser and the vehicle at that time was a souvenir (See Non-Patent Documents 1 and 2).
By uploading this photo to your SNS, blog, etc., it will be possible to appeal your car to the surroundings, so this service is also popular among buyers.

Car delivery (part 1) Mercedes-Benz CLS400 Coupe Car delivery internet URL: http://blog.goo.ne.jp/nob-trip/e/708c392f76a0c25d1de044139d43bc53 Search date: June 1, 2017 Is it true that when you buy a new car, you have a "delivery ceremony"? Internet URL: https://autos.goo.ne.jp/car-i/articles/fPO3h Search date: June 1, 2017

  However, the service so far is only taken in the car dealer's store as a commemorative photo, so the change is scarce, and at the moment the existence of the delivery type is known to some extent, it has become less noticeable Is the actual situation.

  This invention has been devised in view of the above-described present situation, and an object thereof is to provide a technique capable of taking a photograph of a private car having a lot of unexpectedness relatively easily.

  In order to achieve the above object, a vehicle photographing system according to claim 1 includes a photographing region in which a vehicle is arranged, a control means, a background image storage means for storing a background image in advance, and a generated image storage means. , A camera, and a background material for chroma key composition arranged in the shooting area, and the control means captures the vehicle and the background material via the camera, and the captured image and the background image. A chroma key composition is performed on the background image in the storage means, a process for generating an image in which the vehicle is arranged on the background image, and a process for storing the generated image in the generated image storage means are performed. Yes.

  According to a second aspect of the present invention, there is provided a vehicle photographing system, a photographing region in which a vehicle is arranged, a control unit, a background image storage unit that stores a background image in advance, a generated image storage unit, a camera, and the photographing unit. A screen arranged in the area, and a projector that projects the background image onto the screen, and the control means projects the background image onto the screen via the projector and the camera via the camera. A process for capturing a background image projected on the vehicle and the screen and a process for storing the captured image in the generated image storage means are executed.

  According to a third aspect of the present invention, there is provided a vehicle photographing system including a photographing region in which a vehicle is disposed, a control unit, a background image storage unit that stores a background image in advance, a generated image storage unit, a camera, The background image display is disposed on the display, and the control means displays the background image on the background image display, and is displayed on the vehicle and the background image display via the camera. Further, it is characterized in that a process of photographing a background image and a process of storing the photographed image in the generated image storage means are executed.

  The vehicle photographing system according to claim 4 is a background image in which a background image is drawn in advance, which is disposed in a photographing region in which the vehicle is disposed, a control unit, a generated image storage unit, a camera, and the photographing region. A display member, a process of capturing a background image drawn on the vehicle and the background image display member via the camera, and a process of storing the captured image in the generated image storage unit are executed. Yes.

  The vehicle photographing system according to claim 5 is the system according to claim 4, wherein the background image display member is connected to a relatively long canvas in which a plurality of frames are set, and both ends of the canvas. The first winding mechanism and the second winding mechanism are provided, and one frame displayed on the front surface is made variable according to the rotation of each winding mechanism. Different background images are drawn, and the first winding mechanism and the second winding mechanism rotate according to the control signal output from the control means, and the frame displayed on the front surface changes. It is a feature.

  A vehicle photographing system according to a sixth aspect is the system according to the first to third aspects, further comprising a display for selecting a background image and an input unit, and a plurality of candidate images in advance in the background image storage unit. The control means is stored and the process for displaying each candidate image on the background image selection display and the one candidate image selected via the input means are recognized as the background image. It is characterized by executing processing.

  A vehicle photographing system according to a seventh aspect is the system according to the first to seventh aspects, further comprising an image distribution server installed on the Internet and a display for displaying a two-dimensional code, wherein the control means is , Processing for transmitting the generated image to the image distribution server, processing for converting a URL indicating the storage location of the generated image in the image distribution server into a two-dimensional code, and displaying the two-dimensional code in the two-dimensional code display It is characterized by executing processing to be displayed on the display.

  The vehicle photographing system according to claim 8 is the system according to claims 1 to 7, and further for changing at least one of the arrangement, angle (angle), and position (height) of the camera. A camera moving device, a captured image display, and an input means for instructing the movement of the camera, wherein the control means displays the video captured from the camera on the captured image display in real time; A drive signal corresponding to a camera movement command input via the input means is output to the camera moving device, and processing for moving the camera is executed.

A vehicle photographing system according to a ninth aspect is the system according to the first to eighth aspects, wherein the control means is described on a license plate of the vehicle from among images photographed through the camera. A feature is that a character string is detected and a blurring process is performed on each character string.
Here, the “smearing process” means a masking process such as “blurring”, “mosaic”, or “overlaying an image such as a character” on a character string.

  A vehicle photographing system according to a tenth aspect is the system according to the first to ninth aspects, further comprising a color printer, wherein the control means stores an image stored in the generated image storage means via the color printer. Is executed.

  In the case of the vehicle photographing system according to the present invention, since it has a mechanism for generating an image combining a real vehicle arranged in the photographing region and a background image, a famous tourist spot or a famous scene of animation as this background image By preparing one scene of a movie, it becomes possible to take a commemorative photo of a novel and unique car that has never been seen relatively easily.

FIG. 1 is a perspective view showing an external appearance of a first vehicle photographing system 10 according to the present invention. A rectangular parallelepiped photographing room 12 having an opening surface 11 and an operation panel attached to an outer wall surface of the photographing room 12. 13 and.
The photographing room 12 is formed by transporting plate materials and frame materials constituting the floor surface 14, the ceiling surface 15, the front surface 16, the left side surface 17, and the right side surface 18 to a car dealer's store and the like and assembling them with screws or the like. .
The inside of the shooting room 12 is a shooting area.
The opening surface 11 can be closed by providing an opening / closing door.

FIG. 2 is a perspective view showing a state in which the ceiling surface 15 of the shooting room 12 is removed, and the background for chroma key shooting is provided on the inner surface of the floor surface 14, the front surface 16, the left side surface 17, and the right side surface 18 of the shooting room 12. The material 20 is stuck.
The background material 20 refers to what is called a chroma key curtain, a green background, a blue background, or the like.

As shown in FIG. 3, a rail 22 for moving the camera is laid on the inner surface of the ceiling surface 15, and a camera 23 is engaged with the rail 22.
The camera 23 is engaged with the rail 22 via a multistage rod 24, and the height position of the camera 23 can be adjusted by extending and retracting the multistage rod 24 via a motor (not shown). Yes.
Further, the engaging portion 25 between the main body of the camera 23 and the tip of the multistage rod 24 is engaged with a variable angle by a motor (not shown).

The base end portion 26 of the multistage rod 24 is engaged with the rail 22 so as to be slidable by a motor and a wheel (not shown).
As a result, as shown in FIG. 4, the camera 23 can move around the rounded rectangular rail 22 to photograph the surroundings of the vehicle 28.
In the drawing, only one camera 23 is arranged, but it is naturally possible to engage a plurality of cameras 23 with the rail 22.

  FIG. 5 is a block diagram illustrating a functional configuration of the system 10, and includes a touch panel display (hereinafter, “touch panel 30”) attached to the operation panel 13, and a control unit 32 provided in the operation panel 13. A background image storage unit 33, a generated image storage unit 34, a camera moving device 35, and a digital camera 23 are provided.

The control unit 32 is realized by the CPU on the motherboard arranged in the operation panel 13 operating according to a control program stored in a storage medium such as an SSD or an SD card.
The control unit 32 is connected to an image distribution server 37 installed on the Internet via a communication line 36.

  Instead of the operation panel 13, the control unit 32, the touch panel 30, the background image storage unit 33, and the generated image storage unit 34 can be configured by a notebook PC or tablet terminal disposed in the vicinity of the shooting room 15.

The background image storage unit 33 and the generated image storage unit 34 are provided in the storage medium.
In the background image storage unit 33, a large number of image data (such as a panoramic picture of a landscape taken with a 360-degree camera and a CG image) are stored in advance as background image candidates.

The camera moving device 35 is a generic name for the hardware system including the angle adjusting motor, the multistage rod expansion / contraction motor, the slide moving motor, the drive circuit of each motor, the control circuit, the power supply circuit, the position sensor, etc. It is connected to the control unit 32 wirelessly or by wire.
The camera 23 is also connected to the control unit 32 wirelessly or by wire.

Next, the operation procedure of the system 10 will be described according to the flowchart of FIG.
First, as a preliminary preparation, the car dealer staff moves the vehicle 28 from the opening surface 11 of the photographing room 12 to the inside.
Next, the staff operates the touch panel 30 of the operation panel 13 to display the menu screen, and touches the background image selection button (S10).
Receiving this, the control unit 32 displays a background image selection screen on the touch panel 30 (S12).

Although not shown, this background image selection screen displays selection buttons for various categories such as country, region, era, myth, fairy tale, animation, etc., and the user selects one of them ( For example, when “Europe” is touched, a button for selecting a lower subcategory included in the category is displayed.
On the other hand, when the user selects one subcategory (for example, “Spain street corner”), the control unit 32 extracts a specific image included in the subcategory from the background image storage unit 33 and displays each thumbnail on the touch panel 30. Is displayed.

  When the user selects one of these images (S14), the control unit 32 recognizes this as an official background image (S15) and displays a shooting direction selection screen on the touch panel 30 (S16).

On this shooting direction selection screen, although not shown, selection buttons for camera arrangement (relative position with respect to the vehicle 28), position (distance from the floor 14), and angle (elevation angle / elevation angle) are displayed. .
Here, when the user touches each selection button, for example, the following shooting direction is selected (S18).
■ Location: Left side of vehicle ■ Position: 2m from floor
■ Angle: -10 degrees

  Each time the user touches the selection button, a control signal is output from the control unit 32 to the camera moving device 35, and the arrangement, height, and angle of the camera 23 are adjusted (S20) and captured by the camera 23. The vehicle image and the background image selected by the user are combined with a chroma key and displayed on the touch panel (S22).

  FIG. 7 shows an example of this chroma key composition. As a result of chroma key composition of the photographed image of FIG. 7 (a) and the background image of FIG. 7 (b), as shown in FIG. A composite image in which the user's vehicle 28 is arranged on (Spain street corner) is obtained.

Here, when the composite image is different from the image that the user has imagined, the user can select the background image and the shooting direction again and again until the user is satisfied or within a predetermined number of times.
Further, as shown in FIG. 8A, the user can move the vehicle to an arbitrary position on the background image by holding the vehicle portion with a finger on the composite image confirmation screen.
Similarly, as shown in FIG. 8 (b), the user can enlarge / reduce the vehicle at an arbitrary magnification by pinching in / out the vehicle portion with two fingers.

Next, when a user who is satisfied with the workmanship of the composite image touches the confirmation button on the touch panel 30 (S24), a message “Please get on” is displayed (S26).
In response, the user gets into the driver's seat of the vehicle 28, and the staff who confirms the situation on the composite image display screen on the touch panel 30 touches the shooting button on the touch panel 30 (S28).
Of course, the user can also take a picture while standing next to the vehicle 28 instead of getting on. In addition, the user can complete the shooting without the help of the staff by using a self-timer function that is automatically shot after a certain period of time.

As a result, the control unit 32 captures the vehicle 28 at that moment via the camera 23, and chrominance-combines the captured image with the background image selected by the user and stores it in the generated image storage unit 34 (S30). .
In this chroma key composition, the control unit 32 makes the background material 20 part in the captured image transparent and enlarges / reduces the other part (the part of the vehicle 28) at a magnification specified in advance by the user. The image is superimposed on the position on the background image specified by the user.

The user can continue to create another composite image in which the shooting direction and the background image are changed.
The composite image is printed out via a color printer 42 connected to the control unit 32 and provided to the purchaser as a commemorative photo 44.

Further, after storing the composite image in the generated image storage unit 34, the control unit 32 transmits the composite image to the image distribution server 37 (S32).
The image distribution server 37 stores the composite image in a predetermined storage device, and then returns a URL indicating the storage location to the control unit 32.
The control unit 32 converts this URL into a two-dimensional code 45 and displays it on the touch panel 30 (S34).

The user can download the composite image by photographing the two-dimensional code 45 with a camera such as a smartphone 46 or a tablet terminal and accessing the URL.
The URL may be directly transmitted from the image distribution server 37 to a user's registered mail address.

  At the time of the above chroma key composition, the control unit 32 automatically recognizes a character string (such as a license plate) in the photographed image, and at the same time, from the viewpoint of privacy protection, blurring, mosaic, character image, etc. Apply (masking treatment).

In the above, the final image is generated by performing chroma key composition of the background image and the captured image of the vehicle 28, but the background image is directly displayed on the inner surface of the imaging room 12, and the vehicle 28 is captured together with the background image. You can also
FIG. 9 shows a second vehicle photographing system 50 as an example, and a screen 52 is pasted on the inner surface of the front surface 16, the left side surface 17 and the right side surface 18 of the photographing room 12, and a background image 54 is displayed there. The projected state is drawn.

  That is, as shown in FIG. 10, a plurality of ultra near-focus projectors 56 are installed on the ceiling surface 15 of the photographing room 12, and the screens 52 of the front surface 16, the left side surface 17, and the right side surface 18 are set by each projector 56. A corresponding background image 54 is displayed on the screen.

FIG. 11 is a block diagram showing a functional configuration of the second vehicle photographing system 50. As shown in the figure, a left side projector 56, a front projector 56, and a right side projector 56 are provided. Except for the first vehicle photographing system 10.
Each projector 56 is connected to the control unit 32 via an HDMI (registered trademark) cable or the like.

Next, the operation procedure of the second vehicle photographing system 50 will be described according to the flowchart of FIG.
First, in the same manner as described above, the car dealer staff moves the vehicle 28 from the opening surface 11 of the photographing room 12 to the inside.
Next, the staff operates the touch panel 30 of the operation panel 13 to display the menu screen, and touches the background screen selection button (S40).
Receiving this, the control unit 32 displays a background image selection screen on the touch panel 30 (S42).

In the background image selection screen, selection buttons for various categories are displayed as described above, and are included in the category when the user touches one of them (for example, “World Heritage”). A button for selecting a lower subcategory is displayed.
On the other hand, when the user selects one subcategory (for example, “Machu Picchu”), the control unit 32 extracts a specific image included in the subcategory from the background image storage unit 33 and displays each thumbnail on the touch panel. .

  When the user selects one of these images (S44), the control unit 32 recognizes this as a background image (S45), and outputs a corresponding portion of the background image to each projector 56, and the front background image. The left-side background image and the right-side background image are projected on each screen 52 (S46).

At the same time, since the shooting direction selection screen is displayed on the touch panel 30 (S48), the user sets the arrangement, position, and angle of the camera 23 according to the same procedure as described above (S50, S52).
At this time, the video (vehicle 28 and background image 54) captured by the camera 23 is displayed in a vehicle position confirmation window on the touch panel 30 in real time (S54).
Therefore, the user can finely adjust the shooting direction while browsing the vehicle position confirmation window.

Here, when the background image and the shooting direction are different from those imaged by the user, the selection of the background image and the shooting direction can be performed again and again until the user is satisfied or within a predetermined number of times.
The user can also enlarge / reduce the magnification of the background image by operating a zoom button displayed on the touch panel 30.

Next, when a user who is satisfied with the performance of the captured video touches the confirmation button on the touch panel 30 (S56), a message prompting to get on is displayed (S58).
Accordingly, after the user gets into the driver's seat of the vehicle 28 or stands beside the vehicle, the staff touches the shooting button on the touch panel 30 (S60), or when the set time of the self-timer function has elapsed. Then, the control unit 32 captures the vehicle 28 and the background image at that moment via the camera 23 and stores the captured image in the generated image storage unit 34 (S62).
This photographed image is printed out via the color printer 42 and provided to the purchaser as a commemorative photo 44.

At the same time, the control unit 32 transmits the captured image to the image distribution server 37 (S64).
The image distribution server 37 stores the captured image in a predetermined storage device, and then returns a URL indicating the storage location to the control unit 32.
The control unit 32 converts this URL into a two-dimensional code 45 and displays it on the touch panel 30 (S66).
The user can download the photographed image by photographing the two-dimensional code 45 with a camera such as a smartphone 46 or a tablet terminal and accessing the URL.

  At the time of the above shooting, the control unit 32 automatically recognizes a character string (such as a license plate) in the shot image, and at the same time, from the viewpoint of privacy protection, blurring, mosaic, character image, etc. Masking treatment).

In the above, an example in which the background image 54 is projected onto the screen 52 via the projector 56 has been described, but a large display (LED, plasma, organic, etc.) is provided on the front surface 16, the left side surface 17, and the right side surface 18 of the shooting room 12. EL, liquid crystal, etc.) can be installed and background images corresponding to each can be displayed.
Even in this case, each projector 56 shown in FIG. 11 can be replaced by a left side display, a front side display, and a right side display. Other configurations and processing procedures are the same as those of the second vehicle photographing system 50. Not substantially different.

Alternatively, a roll screen on which a plurality of predetermined background images are printed can be arranged on the inner surface of the shooting room 12, and the background image and the vehicle 28 can be shot with the camera 23.
FIG. 13 shows a third vehicle photographing system 70 as an example, and a front background image and a right background image 54 are respectively formed on the inner surfaces of the front surface 16 and the right side surface 18 of the photographing room 12. The state where the printed roll screen 72 is installed is drawn. Although illustration is omitted, a roll screen 72 on which a background image for the left side surface is printed is also arranged on the inner surface of the left side surface 17.

As shown in FIG. 14, the roll screen 72 includes a relatively long canvas 74 made of paper, cloth, plastic sheet or the like, a first winding mechanism 76 disposed on the left side, and a right side. And a second winding mechanism 78 disposed.
A plurality of frames (display units) are set on the surface of the canvas, and a background image 54 having a different pattern is printed on each frame.
Each of the first winding mechanism 76 and the second winding mechanism 78 includes a motor-driven shaft center, and the left side and the right side of the canvas 74 are connected to each shaft center.

As shown in FIG. 15, each roll screen 72 is connected to the control unit 32 via a cable, and a motor is required in the necessary direction in accordance with a control signal (signal specifying a frame) from the control unit 32. The frame is rotated by an amount, and the frame of the background image selected by the user is arranged on the front surface (display surface).
In addition, when the user requests a change of the background image, a control signal for designating the changed background image is output from the control unit 32 to each roll screen 72, and each motor rotates the necessary amount in the necessary direction, A frame on which a corresponding background image is printed is placed on the front.

  Incidentally, in the case of the third vehicle photographing system 70, the background image storage unit 33 stores a sample image of the background image printed on each frame of each roll screen 72, and the control unit 32 displays the background image selection screen. When displaying on the touch panel 30, the sample image in the background image storage unit 33 is used.

  Thus, since a plurality of patterns of background images are printed on each roll screen 72, the background image can be changed according to the user's preference, but only one pattern of background images corresponding to each other can be obtained. It is also possible to configure the system so that the printed panels are pasted on the front surface 16, the left side surface 17, and the right side surface 18 of the photographing room 12, and the vehicle 28 and the background image are photographed by the camera 23 from any direction.

In this case, as a matter of course, the freedom of selection on the user side is limited, but the configuration can be simplified and the cost can be reduced accordingly.
It is also possible to prepare a plurality of patterns of panels in advance and operate them so that they can be replaced as desired by the user.

The vehicle photographing system according to the present invention is not limited to use in a car dealer's store. For example, it can be installed in a general parking lot, car supply store, home center, amusement facility, shopping mall, etc. Is possible.
In this case, it is desirable to provide a fee settlement device, a color printer, or the like in the vicinity of the operation panel 13 so that the collection of fees and the printout are completed on the spot.

In the above, background images corresponding to the front 16, left side 17, and right side 18 of the shooting room 12 are arranged virtually or realistically, and the vehicle 28 is taken from various directions by the self-propelled camera 23. Although configured so as to be able to, this invention is not limited to this.
For example, the camera 23 can be operated so as to be moved manually.
Alternatively, the background image may be arranged only on one surface in the photographing room 12, and the vehicle 28 and the background image may be photographed by the fixed camera 23 from the opposite side.
In these cases, the convenience at the time of shooting and the degree of freedom in selecting the background image cannot be denied, but the configuration can be simplified and the initial cost can be reduced accordingly.

  Or conversely, background images corresponding to all directions in the shooting room 12 including the ceiling surface 15, the floor surface 14, and the opening surface 11 can be arranged so that the camera 28 and the background image can be taken from all directions by the camera 23. You may comprise.

It is a perspective view showing the appearance of the 1st vehicle photography system concerning this device. It is a perspective view which shows the state which removed the ceiling surface of the imaging | photography room. It is a figure which shows the rail and camera for camera movement installed in the inner surface of a ceiling surface. It is the figure which observed the rail for camera movement from the ceiling surface side. It is a block diagram which shows the function structure of a 1st vehicle imaging | photography system. It is a flowchart which shows the operation | movement procedure of a 1st vehicle imaging | photography system. It is a figure which shows an example of chroma key composition. It is a figure which shows a mode that the relative position of a vehicle and a background image is changed in the case of chroma key composition, and a mode that a vehicle is expanded. It is a perspective view which shows the state which removed the ceiling surface of the imaging | photography room in the 2nd vehicle imaging | photography system which concerns on this device. It is a figure which shows the rail for a camera movement, the camera, and projector which were installed in the inner surface of the ceiling surface. It is a block diagram which shows the function structure of a 2nd vehicle imaging system. It is a flowchart which shows the operation | movement procedure of a 2nd vehicle imaging | photography system. It is a figure which shows the roll screen and background image of the 3rd vehicle imaging system which concern on this device. It is a figure which shows the structure of a roll screen. It is a block diagram which shows the function structure of a 3rd vehicle imaging | photography system.

10 First vehicle photography system
11 Opening surface
12 Shooting room
13 Control panel
14 Floor
15 Ceiling surface
16 front
17 Left side
18 Right side
20 Background material
22 rails
23 Camera
24 Multistage rod
28 vehicles
30 Touch panel
32 Control unit
33 Background image storage
34 Generated image storage
35 Camera moving device
36 Communication line
37 Image distribution server
42 Color printer
44 Commemorative photo
45 Two-dimensional code
46 Smartphone
50 Second vehicle shooting system
52 screen
54 Background Image
56 Projector
70 Third vehicle photography system
72 roll screen
74 canvas
76 First winding mechanism
78 Second winding mechanism

A vehicle photographing system according to a sixth aspect is the system according to the first to third aspects, further comprising a display for selecting a background image and an input means, and a plurality of candidate images in advance in the background image storage means. The control means is stored and the process for displaying each candidate image on the background image selection display and the one candidate image selected via the input means are recognized as the background image. It is characterized by executing processing.

Claims (10)

A shooting area for placing the vehicle;
Control means;
Background image storage means for storing a background image in advance;
Generated image storage means;
A camera,
And a background material for synthesizing the chroma key arranged in the shooting area,
The control means is a process of photographing the vehicle and background material via the camera;
A process for chroma key composition of the captured image and the background image in the background image storage means to generate an image in which the vehicle is arranged on the background image;
A process of storing the generated image in the generated image storage means;
The vehicle photographing system characterized by performing. A shooting area for placing the vehicle;
Control means;
Background image storage means for storing a background image in advance;
Generated image storage means;
A camera,
A screen arranged in the shooting area;
A projector for projecting the background image onto the screen,
The control means includes a process of projecting the background image onto the screen via the projector;
Processing for capturing a background image projected on the vehicle and the screen via the camera;
A process of storing the captured image in the generated image storage means;
The vehicle photographing system characterized by performing. A shooting area for placing the vehicle;
Control means;
Background image storage means for storing a background image in advance;
Generated image storage means;
A camera,
A display for displaying a background image arranged in the shooting area,
The control means includes a process of displaying the background image on the background image display display;
Processing for capturing a background image displayed on the vehicle and the background image display via the camera;
A process of storing the captured image in the generated image storage means;
The vehicle photographing system characterized by performing. A shooting area for placing the vehicle;
Control means;
Generated image storage means;
A camera,
A background image display member in which a background image is drawn in advance, disposed in the shooting area;
A process of photographing a background image drawn on the vehicle and the background image display member via the camera;
A process of storing the captured image in the generated image storage means;
The vehicle photographing system characterized by performing. The background image display member includes a relatively long canvas in which a plurality of frames are set, and a first winding mechanism and a second winding mechanism connected to both ends of the canvas. One frame displayed on the front according to the rotation consists of a roll screen made variable,
Each frame above has a different background image drawn,
5. The frame according to claim 4, wherein the first winding mechanism and the second winding mechanism rotate in accordance with a control signal output from the control means, and the frame displayed on the front surface changes. Vehicle shooting system. A background image selection display;
Input means,
The background image storage unit stores a plurality of candidate images in advance.
The control means includes a process of displaying each candidate image on the background image selection display;
A process for recognizing one candidate image selected through the input means as the background image;
The vehicle photographing system according to claim 1, wherein the vehicle photographing system is executed. An image distribution server installed on the Internet;
With a two-dimensional code display,
The control means transmits the image stored in the generated image storage means to the image distribution server;
A process of converting a URL indicating the storage location of the image in the image distribution server into a two-dimensional code;
Processing for displaying the two-dimensional code on the two-dimensional code display,
The vehicle photographing system according to claim 1, wherein the vehicle photographing system is executed. A camera moving device for changing at least one of the camera arrangement, angle, and position;
A display for displaying captured images;
Input means for instructing the movement of the camera,
The control means includes a process of displaying the video captured from the camera on the captured image display display in real time;
8. A process of moving a camera by outputting a drive signal corresponding to a camera movement command input via the input means to the camera moving device. Vehicle shooting system.   The control means detects a character string described on a license plate of the vehicle from an image photographed through the camera, and performs a blurring process on each character string. The vehicle photographing system according to any one of claims 1 to 8. Equipped with a color printer,
10. The vehicle photographing system according to claim 1, wherein the control unit executes a process of outputting an image stored in the generated image storage unit via the color printer.

Images