KR102550518B1 - Photo kiosk apparatus for unmanned photo studio - Google Patents

Abstract

The present invention relates to a photo kiosk device for an unmanned photo studio, wherein a stand (11) erected in a photographing booth, and a camera ( 12), a display 13 installed on the lower side of the camera 12 to display captured images or displaying various explanations for manipulation, a printer 14 that outputs captured images to photo paper, and cash or card A kiosk body 10 including a payment unit 15 for payment; A remote controller 20 connected to the stand 11 and a wire W to remotely and manually operate the shooting of the camera 12; And it is installed on the front of the stand 11 and characterized in that it comprises a main lighting unit 30 for irradiating illumination light for photographing the subject.

Description

Photo kiosk apparatus for unmanned photo studio {Photo kiosk apparatus for unmanned photo studio}

The present invention relates to a photo kiosk device installed in an unmanned photo shop, and more particularly, to a photo kiosk device for an unmanned photo shop capable of enabling high-quality photography by improving a lighting environment.

In general, a photo studio is a place where a professional photographer resides, takes pictures of various poses taken by a subject, and prints or prints the photographed photographic image and provides it to the subject. It was mainly prevalent in the past when help was needed. However, as photographing devices such as cameras capable of taking high-quality pictures without the help of a photographer have become common due to the recent development of photography technology, the popular photo studios in the past are gradually disappearing.

On the other hand, in recent years, unmanned photo studios that are operated unmanned and allow subjects to take self-portraits in various poses are increasing. The unmanned photo studio is equipped with several independent shooting booths, and each shooting booth includes a camera for shooting, a display displaying captured images and various explanations for manipulation, and a printer outputting the captured images. A photo kiosk device in which a payment unit for cash or card payment is integrated is installed. Since these unmanned photo studios allow taking selfies in various poses without worrying about the eyes of others, they are increasing in line with the trend of the times that value individuality.

However, as time goes by, there are cases where a relatively large number of people flock to or avoid certain booths among the many shooting booths installed in unmanned photo studios. because it is better

Therefore, there was a problem in that an obstacle occurred in effectively operating an unmanned photo studio as a shooting booth was generated in which people excessively flocked or avoided.

The present invention was created to solve the above problems, and to provide a photo kiosk device for an unmanned photo studio that can prevent crowding to a specific shooting booth by enabling high-quality shooting by improving the lighting environment. The purpose.

In order to achieve the above object, a photo kiosk device for an unmanned photo studio according to the present invention is a photo kiosk device installed in a photo booth (B) for an unmanned photo studio, including a stand 11 erected in the photo booth, the stand A camera 12 installed on the upper front side of the camera 11 to take a photograph of a subject entering the shooting booth B, and a camera 12 installed on the lower side of the camera 12 to display or manipulate the captured image. A kiosk body 10 including a display 13 for displaying various explanations, a printer 14 for outputting a photographed image on photo paper, and a payment unit 15 for cash or card payment; A remote controller 20 connected to the stand 11 and a wire W to remotely and manually operate the shooting of the camera 12; And it is installed on the front of the stand 11 and characterized in that it comprises a main lighting unit 30 for irradiating illumination light for photographing the subject.

In the present invention, the main lighting unit 30 includes a horizontal lighting unit 31 installed long in the horizontal direction on the stand 11 on the upper side of the camera 12 to irradiate illumination light diffused in the horizontal direction, and the display (13) includes a vertical lighting unit 32 installed on the stands 11 on both sides in the vertical direction to irradiate illumination light diffused in the vertical direction.

In the present invention, first and second sub-lighting units 40 and 40' disposed on both sides of the stand 11 in a longitudinal direction to emit lighting light having a color temperature different from that of the main lighting unit 30; It further includes first and second side brackets 50 and 50' fixed to both sides of the stand 11 and rotatably supporting the first and second sub-illumination units 40 and 40'.

In the present invention, the first and second sub-illumination units 40 and 40' are implemented by placing a rectangular housing 41 open to the front side and a plurality of LEDs installed on the bottom surface of the housing 41 and a diffusion sheet 43 covering the entrance of the housing 41 and diffusing the light emitted from the lighting panel 42 .

In the present invention, the 1.2 side brackets 50 and 50' are hinged to the first bracket hinge 51 fixed to both sides of the stand 11 and the first bracket hinge 51 installed on the rear surface of the first support wing 52, the second support wing 53 hingedly connected to the first support wing 52, and the first and second sub-lighting units 40 and 40' It includes a second bracket hinge 54 hingedly connected to the second support wing 53.

In the present invention, a manual light control unit 60 for manually adjusting the color temperature and illuminance of the first and second sub-lighting units 40 and 40' is further included, and the manual light control unit 60, First and second color temperature buttons 61 and 62 installed on the side of the remote controller 20 to adjust the color temperature of the light emitted from the first and second sub-lighting units 40 and 40'; An illuminance button 63 is installed between the two color temperature buttons 61 and 62 to increase or decrease the intensity of illumination of the first and second sub-lighting units 40 and 40'.

In the present invention, an automatic light control unit 70 for automatically adjusting the illuminance of the first and second sub-illumination units 40 and 40' by reflecting the facial skin tones of the plurality of subjects when photographing a plurality of subjects is further included. The automatic light control unit 70 is arranged in a fan shape with respect to the center in the horizontal direction of the stand 11, and detects the face image light of the subject irradiated from each front side and corresponds to the corresponding image light. A plurality of image light detectors 71, 71', 71" generating illuminance signals, and an average illuminance value from image light illuminance signals generated by the image light detectors 71, 71', 71" and an illuminance average value generation unit 72 that generates an illuminance average value, and an illumination intensity varying unit 73 that varies the total illuminance of the first and second sub-lighting units 40 and 40' in association with the illuminance average value.

In the present invention, the image light detectors 71, 71', and 71" are installed at the tube body 71a installed so as to be immersed in the surface of the stand 11 and at the entrance of the tube body 71a. and focused by the cylindrical lens 71b for focusing the image light reflected from the face of the subject to be photographed to the inside of the tube body 71a, and the cylindrical lens 71b installed inside the tube body 71a. It includes an optical sensor 71c for sensing the illuminance of the image light and generating a corresponding illuminance signal.

According to the present invention, the main lighting unit 30 is vertically installed on the stand 11 on both sides of the horizontal lighting unit 31 and the display 13 installed long in the horizontal direction on the stand 11 on the upper side of the camera 12. It consists of a long vertical lighting unit 32 and can irradiate illumination light over a large area, thereby preventing the occurrence of shadows around the curved part of the subject's face or the bridge of the nose.

In addition, the first and second sub lighting units 40 and 40', which are vertically disposed on both sides of the stand 11, provide daylight white and light bulb color lighting that give a softer and warmer feeling compared to the daylight color of the main lighting unit 30. is irradiated to the person to be photographed, and accordingly, the photograph of the subject to be photographed can be taken in a natural and soft quality.

In addition, by adopting the manual dimming unit 60 for manually adjusting the illuminance and color temperature of the first and second sub-illumination units 40 and 40', it is possible to implement lighting of a color temperature preferred by the person to be photographed, and thus photographing. The skin tone of the subject's face can be photographed with the color temperature and illumination preferred by the subject.

In addition, by adopting an automatic dimming unit (I70) that automatically adjusts the illuminance and color temperature of the first and second sub-illumination units (40, 40'), the first and second sub-illumination units (40) (40') reflect the skin tone of each face when photographing a plurality of subjects. The illuminance and color temperature of the two sub-lighting units 40 and 40' can be automatically adjusted, and accordingly, high-quality shooting that can be satisfied by a relatively large number of people is possible.

1 is a perspective view of a photo kiosk device for an unmanned photo studio according to the present invention;
2 is a front view of the photo kiosk device of FIG. 1;
3 is a perspective view for explaining that first and second sub-illumination units, first and second side brackets, a manual dimming unit and an automatic dimming unit are installed in the stand of FIG. 1;
4 is a cross-sectional view taken along line IV-IV of FIG. 3, a view for explaining that first and second sub-illumination units are rotatably connected to both sides of the stand;
5 is a view for explaining the configuration of first and second sub-illumination units of FIG. 4;
6 is a view for explaining the configuration of first and second side brackets for supporting the first and second sub-illumination units of FIG.
7 is a view for explaining that the first and second sub-illumination units of FIG. 6 are overlapped on both side surfaces of the stand;
8 is a view for explaining a manual light control unit installed in the remote controller of FIG. 3;
9 is a view for explaining the arrangement structure of an automatic light control unit installed in the stand of FIG. 3;
10 is a block diagram for explaining the configuration of the automatic light control unit of FIG. 9;
11 is a perspective view of an image light sensing unit of FIG. 10;
Fig. 12 is a cross-sectional view along line XII-XII of Fig. 11;

Hereinafter, a photo kiosk device for an unmanned photo studio according to the present invention will be described in detail with reference to the accompanying drawings.

Hereinafter, what is described as "above" or "above" may include not only what is directly on top of contact but also what is on top of non-contact. Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. Terms are only used to distinguish one component from another. Singular expressions include plural expressions unless the context clearly dictates otherwise. In addition, when a certain component is said to "include", this means that it may further include other components without excluding other components unless otherwise stated. In addition, terms such as "...unit" and "module" described in the specification mean a unit that processes at least one function or operation.

1 is a perspective view of a photo kiosk device for an unmanned photo studio according to the present invention, and FIG. 2 is a front view of the photo kiosk device of FIG. 1 .

As shown, the photo kiosk device 100 for an unmanned photo studio according to the present invention is installed in a shooting booth B for an unmanned photo studio, and includes a stand 11 erected in the shooting booth and a front upper side of the stand 11. A camera 12 installed in the camera 12 for photographing a subject entering the photographing booth B, and a display 13 installed on the lower side of the camera 12 to display a photographed image or display various explanations for manipulation. ), a kiosk body 10 including a printer 14 for outputting a photographed image on photo paper and a payment unit 15 for cash or card payment; A remote controller 20 connected to the stand 11 by a wire W and remotely and manually controlling the shooting of the camera 12; It is installed on the front of the stand 11 and includes a main lighting unit 30 for irradiating illumination light for photographing a subject.

The camera 12 is installed in the center of the upper side of the stand 11 to take an image image based on the face of the person to be photographed entering the shooting booth B, and the captured image image is stored in a memory (not shown) for editing. It is displayed through the display 13 at the same time as being stored in .

The display 13 displays an image image taken by the camera 12, and accordingly, the person to be photographed can check the pose they are taking. In addition, the display 13 is made of a touch screen and is also used for manipulation such as selecting a frame applied to a picture to be output or selecting the number of pictures to be output.

The printer 14 outputs the image image applied to the frame selected in the display 13 to photo paper, and the payment unit 15 pays for the photographing and output in the form of cash or card.

The remote control 20 is connected to the stand 11 and a wire W, and a photographing button 21 for manually manipulating a photographing point of the camera 12 is installed on the front side. By such a remote controller 20, for example, when it takes a lot of time for the subject to pose, the shooting operation of the camera 12 is operated until the subject takes a perfect pose by manipulating the shooting button 21. It can be stopped, and shooting operations can be performed as needed. When the photographing button 21 is pressed, camera photographing starts 10 seconds later.

The main lighting unit 30 is installed in the horizontal direction on the stand 11 on the upper side of the camera 12, and the horizontal lighting unit 31 irradiates lighting light diffused in the horizontal direction, and the stands 11 on both sides of the display 13 ) and a vertical lighting unit 32 installed long in the vertical direction to irradiate illumination light diffused in the vertical direction. The horizontal lighting unit 31 and the pair of vertical lighting units 32 are installed in a right angle direction so that the illumination light can be irradiated over a wide area, thereby preventing the formation of shadows around the curved part of the face or the bridge of the nose of the person to be photographed. can

The horizontal lighting unit 31 and the vertical lighting unit 32 are configured by covering an LED panel with a diffusion plate in which a plurality of LEDs generating daylight color having a color temperature of 5000 to 6500K (Kelvin) close to sunlight are installed. Accordingly, the light of strong illumination emitted from the LED panel is diffused by the diffusion plate, so that the occurrence of shadows can be further prevented around the curved part of the subject's face or the bridge of the nose, resulting in high-quality shooting.

FIG. 3 is a perspective view illustrating the installation of first and second sub lighting units, first and second side brackets, a manual light control unit, and an automatic light control unit in the stand of FIG. 1; In addition, FIG. 4 is a cross-sectional view along line IV-IV of FIG. 3, illustrating that first and second sub-illumination units are rotatably connected to both sides of the stand, and FIG. 5 is the first and second sub-illumination units of FIG. 4 It is a drawing for explaining the configuration of. 6 is a view for explaining the configuration of the first and second side brackets for supporting the first and second sub-lighting units of FIG. It is a drawing for explaining that the lighting unit is overlapped on both sides of the stand.

The photo kiosk device 100 of the present invention includes first and second sub lighting units 40 and 40' disposed on both sides of a stand 11 and radiating lighting light having a color temperature different from that of the main lighting unit 30. and; first and second side brackets 50 and 50' fixed to both sides of the stand 11 and rotatably supporting the first and second sub-lighting units 40 and 40'; a manual light control unit 60 for manually adjusting the color temperature and illuminance of the first and second sub lighting units 40 and 40'; An automatic light control unit 70 for automatically adjusting the illuminance of the first and second sub-illuminators 40 and 40' by reflecting facial skin tones of the plurality of subjects when photographing a plurality of subjects.

The first sub-illumination unit 40 and the second sub-illumination unit 40' have the same configuration and add soft light having a color temperature different from that of the main lighting unit 30 so that a photo of a person to be photographed can be taken in a natural and high-quality manner. to investigate As shown in FIG. 5, the first and second sub-illumination units 40 and 40' have a rectangular housing 41 open to the front and a plurality of LEDs installed on the bottom surface of the housing 41. and a diffusion sheet 43 covering the entrance of the housing 41 and diffusing the light emitted from the lighting panel 42 .

The housing 41 has a rectangular box shape with a flat shape, and is open to the front side.

The lighting panel 42 is installed on the inner bottom of the housing 41 and is implemented by placing a plurality of LEDs on a substrate. The lighting panel 42 includes a first lighting panel 42a for irradiating daylight white light with a color temperature of 3500 to 4000K and a second lighting panel 42b for irradiating light bulb color with a color temperature of 3000K or less, and the housing 41 ) are arranged in a row on the floor.

The diffusion sheet 43 completely covers the opening of the housing 41 to diffuse the light emitted from the lighting panel 42 .

By adopting the first and second lighting units 40 and 40', daylight white and light bulb color lighting, which gives a warm feeling compared to the daylight color of the main lighting unit 30, is provided to the stand 11 in the vertical direction from both sides of the subject. By being able to irradiate the target, it is possible to take a high-quality shot more naturally and softly.

As shown in FIG. 6, the 1.2 side brackets 50 and 50' are hinged to the first bracket hinge 51 fixed to both sides of the stand 11 and the first bracket hinge 51 The first support wing 52, the second support wing 53 hingedly connected to the first support wing 52, and installed on the rear surface of the first and second sub-lighting units 40 and 40', It includes a second bracket hinge 54 hingedly connected to the two support wings 53.

Since the first bracket hinge 51, the first support wing 52, the second support wing 53, and the second bracket hinge 54 are all hinged, they can be mutually overlapped or unfolded.

When the first and second support wings 52 and 53 are unfolded by the 1.2 side brackets 50 and 50', the first and second sub-illumination units 40 and 40' are provided on both sides of the stand 11. , and at the same time, the direction of the illumination light emitted from the first and second sub-illumination units 40 and 40' can be varied in the left and right directions with respect to the front.

In addition, as shown in FIG. 7, since the first bracket hinge 51, the first support wing 52, the second support wing 53 and the second bracket hinge 54 can be overlapped with each other, The 1st and 2nd sub lighting units 40 and 40' can be brought into close contact with both sides of the stand 11, and accordingly, when the photo kiosk device of the present invention is distributed or stored, the first and second sub lighting units 40 and 40' ) can be kept more secure.

FIG. 8 is a diagram for explaining a manual light control unit installed in the remote controller of FIG. 3 .

The manual light control unit 60 is installed on the remote controller 20 so that a subject to be photographed can manually adjust the brightness and color temperature. The manual light control unit 60 is installed on the side of the remote controller 20 and includes first and second color temperature buttons 61 for adjusting the color temperature of the light emitted from the first and second sub-lighting units 40 and 40'. 62 and the first and second color temperature buttons 61 and 62, and includes an illuminance button 63 for increasing or decreasing the illuminance of the first and second sub lighting units 40 and 40'. do.

When the first color temperature button 61 is pressed, the illuminance of the first lighting panel 42a that emits daylight white light becomes stronger than the illuminance of the second lighting panel 42b that emits light bulb color, and the second color temperature button 62 ) to reverse. Accordingly, when one of the first and second color temperature buttons 61 and 62 is pressed, the total color temperature of the illumination light emitted from the first and second lighting units 40 and 40' is converted from daylight white to light bulb color. do.

With this manual light control unit 60, the person to be photographed can adjust the first and second sub-illumination units 40 and 40' so that the light of the desired intensity and color temperature is irradiated, and accordingly, the subject's skin tone can be adjusted to himself. It is possible to take pictures with the preferred color temperature and illumination.

9 is a diagram for explaining the arrangement structure of the automatic light control unit installed in the stand of FIG. 3, FIG. 10 is a block diagram for explaining the configuration of the automatic light control unit of FIG. 9, and FIG. 11 is the image light detection of FIG. It is a perspective view of an extracted part, and FIG. 12 is a cross-sectional view taken along line XII-XII of FIG. 11 .

The automatic light control unit 70 automatically adjusts the illuminance and color temperature of the first and second sub-lighting units 40 and 40' by reflecting the skin tone of each subject when taking pictures of a plurality of subjects in the shooting booth B. As shown in FIG. 9, the automatic light control unit 70 is disposed in a fan shape with respect to the center in the horizontal direction of the stand 11, and detects the face image light of the subject to be photographed from each front side. In this embodiment, 5 image light detection units 71, 71', 71" and image light detection units 71, 71', 71" An illuminance average value generating unit 72 that generates an average illuminance value from the image light illuminance signal generated from the illuminance average value, and an illumination intensity varying unit that varies the overall illuminance of the first and second sub-illumination units 40 and 40' in conjunction with the average illuminance value. (73).

Each of the image light detectors 71, 71', and 71" has the same configuration, and is installed at regular intervals in the horizontal direction on the front side of the stand 11, but is fan-shaped with respect to the center of the stand 11. The image light detectors 71, 71', and 71" are installed at the entrance of the body 71a and the body 71a installed to be immersed in the surface of the stand 11, so that they can be photographed from the front. Sensing the illuminance of the cylindrical lens 71b, which focuses the image light reflected from the subject's face to the inside of the body 71a, and the cylindrical lens 71b installed inside the body 71a and focused by the cylindrical lens 71b and an optical sensor 71c for generating a corresponding illuminance signal.

Since the tube body 71a is arranged in a fan shape with respect to the center of the stand 11, it independently separates image light reflected from the faces of a plurality of subjects and guides them to the respective optical sensors 71c.

As shown in FIG. 11, the cylindrical lens 71b has a curvature only on one side, so that the image light emitted from the subject's face is focused long in the horizontal direction. Accordingly, even if a plurality of subjects move in a horizontal direction to take a pose, the light sensor 71c may focus the image light of the subject's face.

If the lens condensing the image light on the optical sensor 71c is a general convex lens, even if the subject moves slightly in the horizontal direction, the focused image light escapes from the optical sensor 71c, in which case the image light cannot be detected. do.

By this automatic light control unit 70. For example, when three subjects are simultaneously photographed, image light reflected from each subject is independently focused on each of the image light detectors 71, 71', and 71" arranged in a fan shape; Each of the image light detectors 71, 71', and 71" independently detects image light of bright or dark intensity according to the skin tone of the subject's face and generates a corresponding illumination signal. That is, the plurality of image light detectors 71, 71', and 71" sense the skin tones of the faces of the subjects to be photographed, respectively, and generate independent illuminance signals.

The illuminance signal detected by each of the image light detectors 71, 71', and 71" is calculated as an illuminance average value by the illuminance average value generator 72, and the illuminance average value is calculated by the lighting illuminance variable unit 73. By interlocking with a signal that varies the overall illuminance of the first and second sub-illumination units 40 and 40', relatively high-quality images can be taken when subjects of various facial skin tones are photographed together, and accordingly, a relatively large number of It can enable high-quality shooting that people can be satisfied with.

In this way, according to the present invention, the main lighting unit 30 is installed on the stand 11 on the upper side of the camera 12 in the horizontal direction and the horizontal lighting unit 31 and the stand 11 on both sides of the display 13 It is composed of a vertical lighting unit 32 installed long in the vertical direction to irradiate illumination light over a large area, and accordingly, it is possible to prevent the occurrence of shadows around the curved part of the subject's face or the bridge of the nose.

In addition, the first and second sub lighting units 40 and 40', which are vertically disposed on both sides of the stand 11, provide daylight white and light bulb color lighting that give a softer and warmer feeling compared to the daylight color of the main lighting unit 30. is irradiated to the person to be photographed, and accordingly, the photograph of the subject to be photographed can be taken in a natural and soft quality.

In addition, by adopting the manual dimming unit 60 for manually adjusting the illuminance and color temperature of the first and second sub-illumination units 40 and 40', it is possible to implement lighting of a color temperature preferred by the person to be photographed, and thus photographing. The skin tone of the subject's face can be photographed with the color temperature and illumination preferred by the subject.

In addition, by adopting an automatic dimming unit (I70) that automatically adjusts the illuminance and color temperature of the first and second sub-illumination units (40, 40'), the first and second sub-illumination units (40) (40') reflect the skin tone of each face when photographing a plurality of subjects. The illuminance and color temperature of the two sub lighting units 40 and 40' can be automatically adjusted, thereby enabling high-quality shooting that relatively many people can be satisfied with.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is only exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom.

100 ... photo kiosk devices
10 ... kiosk body 11 ... stand
12 ... camera 13 ... display
14 ... printer 15 ... payment unit
20 ... remote control 21 ... shooting button
30 ... main lighting unit 31 ... horizontal lighting unit
32 ... vertical lighting unit 40, 40 ' ... first and second sub-illumination units
41 ... housing 42 ... lighting panel
42a ... first lighting panel 42b ... second lighting panel
43 ... diffusion sheet 50, 50 ' ... 1st, 2nd side bracket
51 ... first bracket hinge 52 ... first support wing
53 ... 2nd support wing 54 ... 2nd bracket hinge
60 ... manual light control unit 61,62 ... 1st and 2nd color temperature buttons
63 ... illuminance button 70 ... automatic dimming unit
71, 71', 71" ... image light sensor 71a ... tube body
71b ... Cylindrical lens 71c ... Optical sensor
72 ... Illuminance average value generation unit 73 ... Lighting intensity variable unit

Claims (8)

In the photo kiosk device installed in the shooting booth (B) for unmanned photo studios,
A stand 11 erected in a photographing booth, a camera 12 installed on the front upper side of the stand 11 to photograph a subject entering the photographing booth B, and a lower side of the camera 12 It is installed on the display 13 for displaying the captured image or displaying various explanations for manipulation, a printer 14 for outputting the captured image on photo paper, and a payment unit 15 for cash or card payment. A kiosk body (10) to;
A remote controller 20 connected to the stand 11 and a wire W to remotely and manually operate the shooting of the camera 12;
A main lighting unit 30 installed on the front of the stand 11 to irradiate illumination light for photographing a person to be photographed;
first and second sub lighting units 40 and 40' disposed on both sides of the stand 11 in a vertical direction to emit lighting light having a color temperature different from that of the main lighting unit 30; and
First and second side brackets 50 and 50' fixed to both sides of the stand 11 and rotatably supporting the first and second sub-lighting units 40 and 40';
The 1.2 side brackets 50 and 50' include a first bracket hinge 51 fixed to both sides of the stand 11 and a first support wing hingedly connected to the first bracket hinge 51 52, the second support wing 53 hingedly connected to the first support wing 52, and the second support wing installed on the rear surface of the first and second sub-lighting units 40 and 40' A photo kiosk device for an unmanned photo studio, characterized in that it comprises a second bracket hinge 54 hingedly connected to (53). The method of claim 1, wherein the main lighting unit 30,
A horizontal lighting unit 31 installed long in the horizontal direction on the stand 11 on the upper side of the camera 12 to irradiate illumination light diffused in the horizontal direction;
Characterized in that it comprises a vertical lighting unit 32 installed in the vertical direction on the stand 11 on both sides of the display 13 to irradiate the lighting light diffused in the vertical direction. Photo kiosk device for unmanned photo studios. delete The method of claim 1, wherein the first and second sub-illumination units 40 and 40',
A rectangular housing 41 opened to the front side;
A lighting panel 42 implemented by placing a plurality of LEDs installed on the bottom surface of the housing 41;
A photo kiosk device for an unmanned photo studio, comprising a diffusion sheet 43 covering the entrance of the housing 41 and diffusing the light emitted from the lighting panel 42. delete According to claim 1,
Further comprising a manual light control unit 60 for manually adjusting the color temperature and illuminance of the first and second sub-lighting units 40 and 40';
The manual light control unit 60,
First and second color temperature buttons 61 and 62 installed on the side of the remote controller 20 to adjust the color temperature of the light emitted from the first and second sub-lighting units 40 and 40';
characterized in that it includes an illuminance button 63 installed between the first and second color temperature buttons 61 and 62 to increase or decrease the illuminance of the first and second sub lighting units 40 and 40' A photo kiosk device for unmanned photo studios. According to claim 1,
Further comprising an automatic light control unit 70 that automatically adjusts the illuminance of the first and second sub-illuminators 40 and 40' by reflecting facial skin tones of the plurality of subjects when photographing a plurality of subjects,
The automatic light control unit 70,
A plurality of image light detection units arranged in a fan shape with respect to the center in the horizontal direction of the stand 11 and generating corresponding image light intensity signals by detecting the face image light of the subject irradiated from each front side. (71)(71')(71");
An illuminance average value generator 72 for generating an illuminance average value from the image light illuminance signal generated by the image light detector 71, 71', and 71";
A photo kiosk device for an unmanned photo studio, characterized in that it includes a lighting intensity varying unit 73 for varying the total illuminance of the first and second sub lighting units 40 and 40' in conjunction with the average illuminance value. The method of claim 7, wherein the image light detector (71) (71') (71"),
A tube body 71a installed to be immersed in the surface of the stand 11;
A cylindrical lens (71b) installed at the entrance of the body (71a) to focus the image light reflected from the face of the subject in front to the inside of the body (71a);
An optical sensor 71c installed inside the tube body 71a to sense the illuminance of the image light focused by the cylindrical lens 71b and generate a corresponding illuminance signal. kiosk device.

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