JP2023147877A - System, program and the like - Google Patents

Abstract

To provide a system and a program that allow a user to change a processing content of an image captured by the user based on an advice from a third party.SOLUTION: A system that performs predetermined image processing on a face image including at least a part of a face includes a plurality of patterns of the content of image processing to be collectively applied to a plurality of different parts of the face. When it is selected by a user's operation which pattern should be applied, the image processing of the selected pattern is collectively applied to the plurality of different parts of the face.SELECTED DRAWING: Figure 4

Description

The present invention relates to, for example, a system and a program.

The user is photographed with a camera, the photographed image is edited based on the user's operations, and the edited image is sent to an external system via a network or printed on a sticker sheet. Photographic editing devices are known that print and provide photographs on media such as .

For example, a print sticker machine that photographs a subject including multiple users multiple times with a camera, edits the photographed images using a touch pen, etc., and prints the edited images on sticker paper, and a network that prints the images. A service using a print sticker machine that can send stickers to an external device via a printer is known. Such systems generate an image of the photographed subject, combine it with a background image selected by the user, and then make corrections to eye size, skin color, facial contour, etc. An image for printing is generated by performing editing processes such as adding or overlapping characters and patterns called "doodles." In addition, multiple users who take pictures together can perform touch operations such as multi-touch operations using multiple touch pens or fingers on the display screen, allowing friends to enjoy the process from shooting to editing together. There is a system that can do it. The system is not limited to this, and various systems for taking photographs and editing the taken photographs have been proposed.

Japanese Patent Application Publication No. 2015-207114

However, conventional systems have various problems.
Therefore, an object of the present invention is to provide a system, a program, etc., which have characteristics superior to those of the prior art.

The purpose of the present invention is not limited thereto, and the present invention intends to acquire rights through divisional applications, amendments, etc. for structures that aim to obtain effects from the parts of the structures disclosed in this specification, drawings, etc. For example, the present specification discloses a problem in which passages such as ``can be done'' or ``possible'' are read as ``the problem is.'' Each issue is described as an independent entity, and we intend to acquire rights to the structure for solving each issue individually through divisional applications, amendments, etc. Even if the problem is implicitly understood from the description of the specification, the present applicant has the intention to claim a part of the structure described in the specification in an amendment or divisional application. The company also discloses a structure that solves a problem that combines these independent problems, and has the intention to acquire the rights to it.

(1) A system that applies processing to a photographed image of an area including a human face in accordance with a user operation,

A configuration including a function of displaying an image of a person different from the person who was photographed, and outputting advice information regarding the user operation or the processing by a person different from the person who was photographed. It is good to say.

In this way, advice information regarding user operations or processing is outputted by a person different from the user who took the image. Therefore, the user can change the content of the processing of the image taken by the user based on advice from a third party.

For example, a learning model that has been trained on an image with an overdone condition for comparison is provided, and the probability of coincidence between the currently adjusted image and the overdone image is determined by inference. When the probability is equal to or greater than a predetermined value, a notification that "may be too busy" is made.

In particular, it is preferable to have a configuration that outputs the evaluation of the user's own finishing operation. In this way, it is easy to know the evaluation and make adjustments. It can add entertainment value.

For example, images of collaborating models, talents, characters, etc. are displayed on the screen, and speech bubbles around their mouths prompt users to respond with messages such as ``Maybe it's too big,'' ``Looks good,'' and ``Let's grow more eyelashes!'' It is preferable to display a text string or picture of advice depending on the location and degree of the problem.

(2) As advice information regarding the user operation or the processing, the configuration may include a function of outputting different information depending on the degree of processing for each location on the face where the user operation has been performed.
In this way, the user can receive advice depending on the location of the face, for example, the degree of processing for each part of the face.

In particular, when a user is adjusting the thickness of an individual part, advice is given in real time about the degree of machining of the part being adjusted, based on the balance with the degree of machining (also referred to as the degree of thickness) of other parts. Good. The advice may be given in a voice audible to the user.

(3) As advice information regarding the user operation or the processing, advice information corresponding to the processing amount of the second facial part on which the user operation was performed is output according to the processing amount of the first facial part. It is preferable to adopt a configuration having a function of varying the degree.
(4) The degree of processing includes a degree to which the face is processed unnaturally;

It is preferable that the configuration includes a function of outputting, as the advice information, information indicating that the image has been unnaturally processed when the user operation has been performed to the extent that the image has been unnaturally processed.
(5) The output of advice information regarding the user operation or the processing by a person different from the person who took the photograph may be performed during the user's operation.

(6) The advice information regarding the user operation or the processing may be output to a person other than the user who is around the photographing device.

In particular, the system (also called Puri machine) usually takes pictures in groups of two to several people, but the notification of Puri machine is mainly to inform the people who are currently playing, and it is not a publicity for people outside the group. is weak. If there is too much excitement, it is preferable to use a speaker or a volume that can be used to notify people outside the play machine other than the user who is playing, saying, "It's too much! It's too much!" It is preferable to output the information not to the user who is processing the image, but to a person other than the user who is in the vicinity of the device for photographing.
Install speakers facing the outside of the enclosure away from the graffiti booth. Speakers may be installed around the Puri machine at positions independent of the Puri machine.

You can get people around the Puri machine to pay attention to the Puri machine, and you can develop new customers. It is possible to inform the people in the group waiting to use the Puri machine about the status of the Puri in the previous group and make it a hot topic, contributing to increasing the repeat rate.

(7) Output not to the user but to people other than the user who are around the device for photographing is performed by audio output from a speaker installed at a location different from the editing machine that performs the processing. It is good to have a configuration.
(8) The program may be a program for causing a computer to implement the functions of the system described in any one of (1) to (7).

The inventions shown in (1) to (8) above can be combined arbitrarily. For example, at least a part of the structure of at least one invention described in (2) and subsequent ones may be added to all or part of the structure of the invention shown in (1). In particular, it is preferable to create an invention in which at least a part of the structure of at least one invention after (2) is added to the invention shown in (1). Further, arbitrary configurations may be extracted from the inventions shown in (1) to (8) and the extracted configurations may be combined. The applicant of this application intends to acquire rights to inventions containing these structures. Furthermore, even if there is a description of "in the case of" or "at the time of", the description is not intended to be limited to those cases or times. These are examples of better configurations, and we intend to acquire rights to these cases and other configurations as well. Furthermore, the sections described in order are not limited to this order. It also discloses a configuration in which some parts have been deleted or the order has been changed, and we have the intention to acquire the rights.

According to the present invention, it is possible to provide a system etc. that is superior to conventional systems.

Note that the effects of the invention of the present application are not limited to these, and effects obtained from the parts of the configuration disclosed in the present specification, drawings, etc. are also disclosed, and the configurations that provide the effects are also disclosed by divisional applications, amendments, etc. Have the intention to acquire the rights. For example, in this specification, passages such as "can be done," "is possible," etc. are descriptions that clearly indicate the effect to be achieved, and even if there is no description such as "can be done," or "it is possible," the effect can be obtained. There is a part shown. Further, even without such a description, there are effects that can be understood from the configuration.

1 is a diagram showing the overall configuration of a system having an image processing function, which is a preferred embodiment of an apparatus according to the present invention. (A) A perspective view of the print seal machine, and (B) a plan view of the print seal machine seen from above. It is a block diagram of a print seal machine. It is a flowchart of batch filling processing. It is a figure showing the selection screen of the first batch filling process. FIG. 3 is a diagram showing a photographing processing screen and a processed image displayed during photographing processing. It is a diagram showing a selection screen for batch serving/individual part serving. It is a figure showing the selection screen of the second batch filling process. It is a figure showing an individual arrangement screen. It is a figure showing the batch level adjustment screen. It is a figure showing a graffiti screen.

Hereinafter, embodiments for carrying out the present invention will be described with reference to the drawings. In addition, the embodiment shown below is one embodiment which provided this invention, and the content of this invention is not limited and interpreted based on the following description.
<Description of the system with image processing function>

A system having an image processing function according to an embodiment of the present invention will be described below with reference to FIG. The system is composed of a print sticker machine 100 and a server 200. The print sticker machine 100 and the server 200 are communicably connected by a wired or wireless communication means 300. Wired and wireless communication means include the Internet, mobile phone lines, Wi-Fi (registered trademark), LAN (Local Area Network), and the like.

The print sticker machines 100 are installed in tourist spots, shopping streets, and shopping malls all over the world, and each print sticker machine 100 is connected to a communication means 300. A server 200 on the cloud that is accessed by these print sticker machines is connected to the communication means 300. This server 200 includes a communication means 300, a terminal of a company that sells the print sticker machine 100, an operator terminal 600 that manages the installation location of the print sticker machine 100, a user terminal 500 of a user of the print sticker machine, etc. connected via. Furthermore, terminals of other stores that have a predetermined locational proximity relationship with the location where the print sticker machine 100 is installed, such as in a tourist spot, a shopping district, or a shopping mall, are also connected to the server 200 via the communication means 300. ing. The operator terminal 600 described above includes a smartphone having a touch panel and a communication function, a mobile tablet, a personal computer, and the like.

The print sticker machines 100 include the company's print sticker machines 100 and print sticker machines 100 of a plurality of other companies. The print sticker machines 100 of the company (Company A) and other companies (Companies B, C, D, etc.) each have multiple models. Hereinafter, in this specification, each print sticker machine 100 will be given a name for easy differentiation. The parts written with the names indicate each print sticker machine 100. The company's print sticker machines 100 include the already sold print sticker machine "Mizu" and the newly released "CubeFIT". Other companies' print sticker machines 100 include Company B's "105%", "Mori Lulu", "Aoza", "Mix eyes", "Hide 4", etc., Company C's "Minna", "Boys&Girls", "HenshinTime", "MV", etc. These include Company D's ``Motemote,''``Prisugiga,'' and ``Potato.'' The above-described server 200 is installed and managed by each company, and basically each company's print sticker machine 100 can access the company's server 200.
<Structure of print sticker machine 100>

The print sticker machine 100 will be described below with reference to FIG. 2 for CubeFit, which is the model mainly explained this time. As shown in FIG. 2, the print sticker machine 100 includes a receiving section 110, a photographing section 120, an editing section 130, and a printing section 140. The touch panels described below each include a display screen and a touch sensor, such as a capacitive type, that is provided on the display screen and outputs a touch position on the display screen. Although descriptions are omitted below, unless otherwise noted, a program for realizing each function is stored, and a control section equipped with a computer controls each section based on the stored program to perform each function. It has been realized.

The reception section 110 includes a first touch panel 111, a fee payment section 112, and a first speaker 113. The first touch panel 111 displays information regarding settings. It has a function of changing the settings of the print sticker machine 100 by detecting a touch operation on the first touch panel 111 by the user. The fee payment section 112 includes a cash slot 112a into which banknotes and coins are inserted, a card reading section 112b which reads credit cards and debit cards, an electronic money reading section 112c which reads electronic money, and a coin return section 112d into which coins are returned. have.

A process for paying the user's fee by cash, credit card, debit card, electronic money, etc. to the fee payment unit 112 is executed, and when the payment is completed, a touch operation on the first touch panel 111 is detected and a print sticker is printed. The settings of the machine 100 are determined, and the user's e-mail address is input. After completing the input process of the user's e-mail address, the print sticker machine 100 performs the process of issuing the user's ID. This ID is transmitted to user terminal 500. Settings for the print sticker machine 100 include selection of full-body photography, close-up photography, and background selection. After the user determines the settings for the print sticker machine 100, the user displays a guide on the first touch panel 111 and plays the guide from the first speaker 113. As shown by the arrow, move to the photographing section 120.

The photographing section 120 is formed with a photographing space 121 which is a box-shaped space, and an entrance/exit 122 which is an opening of the photographing space 121. The photographing section 120 is provided with a curtain 123 that blocks the entrance/exit 122. Note that in FIG. 2A, for convenience, only the upper part of the curtain 123 is shown so that the inside of the photographing section 120 can be seen. The user can enter the photographing space 121 through the entrance/exit 122 by rolling up the curtain 123 .

A first camera 124, a light 125, a second touch panel 126, a second display section 127, and a second speaker 128 are provided on the back wall of the photographing space 121 of the photographing section 120. The first camera 124 photographs and acquires a still image of the user within the photographing space 121 . The light 125 emits light when the first camera 124 takes a picture, illuminating the user. The second touch panel 126 displays operation instructions for the user and a photographed image of the user. The second speaker 128 reproduces operation guidance for the user.

A "start shooting" button is displayed on the second touch panel 126, and when the "start shooting" button is tapped, a sound indicating that shooting will start is output from the second speaker 128. When it is detected that the "Start Photographing" button has been tapped by the user, the first camera 124 starts photographing. The second display section 127 is arranged next to the second touch panel 126. The second display unit 127 displays a preview of the user's face image taken by the first camera 124 or after the user's face image has been subjected to graffiti processing. When the first camera 124 completes shooting, an instruction to leave the shooting section 120 and move to the editing section 130 is displayed on the second touch panel 126, and the audio of the instruction is played back and output from the second speaker 128. let The user moves to the editing section 130 according to the instructions.

The editing section 130 is provided with a third touch panel 131, two stylus pens 132, a third speaker 133, a second camera 134, and a microphone 135. The third touch panel 131 displays an image of the user captured by the first camera 124 of the imaging unit 120. The user uses the stylus pen 132 or his finger to decorate his own image displayed on the third touch panel 131 and to be edited, add stamps, or edit various parts of his face. Editing is performed such as so-called "priming", in which decoration, transformation, and coloring are applied to the image. This system also has a batch fill function that allows you to edit different parts at once. The second camera 134 captures an image of the user who is arranging or processing the image in the editing section 130. The microphone 135 acquires the user's speaking voice which is being edited or processed in the editing section 130. A control unit 700 shown in FIG. 2A, which will be described later, outputs the editing result to a printing device 141, which will be described later, and also uploads it to the server 200 via the communication means 300.

The printing section 140 includes a printing device 141 and a receiving section 142 from which printed stickers printed by the printing device 141 are discharged. The printing device 141 prints the user's image taken by the first camera 124 and edited by the editing unit 130 on a print sticker.
<Block diagram of print sticker machine 100>

A block diagram of the print sticker machine 100 will be described below using FIG. 3. As shown in FIG. 3, the print sticker machine 100 has a control section 700. The control unit 700 controls the print sticker machine 100 in an integrated manner. The control unit 700 includes a CPU 701, a RAM 702, and a ROM 703. The CPU 701 functions as an arithmetic processing device that executes arithmetic processing, etc., and implements various functions by executing various programs stored in the ROM 703. RAM 702 is used as a work area for CPU 701. The ROM 703 stores various programs executed by the CPU 701, mapping data, and the like.

The control unit 700 is communicably connected to the first touch panel 111, the second touch panel 126, the third touch panel 131, the fee payment unit 112, the first camera 124, the second camera 134, the printing device 141, and the communication unit 150. . Further, the control section 700 outputs signals to the first speaker 113, the second speaker 128, the light 125, the second display section 127, and the third speaker 133. The audio signal acquired by the microphone 135 is input to the control unit 700 . The communication unit 150 communicates with the server 200 via the communication means 300. Communication unit 150 may communicate directly with user terminal 500.
<Batch template function>

An embodiment of the batch template function will be described below. In the following description, "enhancement" refers to applying image processing to each part of a face image to make it look cuter, more beautiful, or more handsome. Note that although the drawings appearing in the following process show a state in which one user is using the print sticker machine 100, a plurality of people may use the print sticker machine 100 at the same time.

A flowchart of the "batch filling process" will be described below using FIG. 4. In addition, in parallel with the "batch processing", the control unit 700 performs a "reception process" in which the reception unit 110 accepts the payment of the user's fee and a change in settings by the user, and a "reception process" in which the photography unit 120 photographs the user. Execute "shooting process".

When the print sticker machine 100 is powered on, the process proceeds to S111, and if the control unit 700 determines that the reception has started in the reception unit 110 (S111: YES), the control unit 700 advances the program to S112, and the reception unit 110 If it is determined that reception has not started (S111: NO), the process of S111 is repeated. When the control unit 700 determines that the user has paid the fee at the fee payment unit 112, the control unit 700 determines that reception has started.

In S112, the control unit 700 causes the first touch panel 111 to read the "first batch selection screen" stored in the ROM 703 and display the first batch selection screen as shown in FIG. A screen for selecting whether the user is a woman or a man is displayed on the first batch selection screen. When the user selects either female or male, the selected gender is highlighted and a plurality of bulk patterns corresponding to the gender are displayed. This batch pattern is a pattern in which changes are made to different parts of the face (for example, eyes, flowers, mouth, etc.) all at once, and sample face images before and after the pattern is applied are displayed. The sample face image before pattern application in each batch pattern is not a user's face image but a pre-stored female or male face image. When the selected gender is female, the multiple patterns include natural, gal style, older sister style, half style, and ethnic style. When the selected gender is male, the plurality of all-in-one patterns include natural, gal-man style, older brother style, half-style style, and ethnic style. The user taps and selects one of the plurality of all-in-one patterns. When it is detected that the No. 1 batch pattern has been selected, the selected batch pattern is highlighted. The batch selection screen displays a "next" button and a "select later" button. When the user selects the "Next" button, the control unit 700 stores the selected batch pattern in the RAM 702, and the program to be executed proceeds to S121. On the other hand, when it is detected that the user has selected the "select later" button, the control unit 700 stores in the RAM 702 that the user has selected to select the batch pattern in the editing department, The program proceeds to S121. In this way, the user can select one of the plurality of batch patterns displayed on the first touch panel 111 by one-touch input.

In S121, the control unit 700 executes a photographing process. Specifically, the control unit 700 displays the photographing processing screen 126a on the second touch panel 126, and displays the processed image 127a on the second display unit 127, as shown in FIG. On the photographing processing screen 126a, a user's face image 126b photographed in real time by the first camera 124 and a photographing start button 126c are displayed. The processed image 127a is a user's face image obtained by processing the user's face image, which is photographed in real time by the first camera 124, such as embellishment or graffiti. In S112, if the user has not selected a batch pattern, the user's face image after applying a plurality of batch patterns is displayed as a processed image 127a, as shown in FIG. In S112, if the user has selected the batch pattern, the user's face image after applying the selected batch pattern is displayed as the processed image 127a. While the user is photographing in the photographing section 120, it is difficult for the user to imagine the finished image after the graffiti has been applied, but the user can see the processed image 127a which is the preview image displayed on the second display section 127. By looking at the image, you can visualize the finished image. When the user taps the shooting start button 126c, the user's face image shot by the first camera 124 at that moment is stored in the RAM 702, and the program proceeds to S131.

In S131, if the control unit 700 determines that the user has selected "Select later" on the "first batch selection screen" in S112, the control unit 700 advances the program to S132, and selects "Select later" in S112. If it is determined that "Yes" has not been selected, the program advances to S151.

In S132, the control unit 700 reads the data of the "batch serving/individual part serving selection screen" from the ROM 703, and displays the "batch serving/individual part serving selection screen" as shown in FIG. 7 on the third touch panel 131. . On the "batch serving/individual part serving selection screen", a button for "serve all at once?" and a button for "serve individual parts first?" are displayed. If the control unit 700 determines that the user has tapped the button "Place all at once?", the control unit 700 advances the program to S133. On the other hand, if the control unit 700 determines that the user has tapped the button "Place individual parts first?", the control unit 700 advances the program to S141.

In S133, the control unit 700 reads the "second batch selection screen" from the ROM 703 and displays the "second batch selection screen" as shown in FIG. 8 on the third touch panel 131. The "second batch selection screen" is basically the same as the "first batch selection screen" shown in FIG. 5, but differs from the "first batch selection screen" in the following points. The "second batch selection screen" does not have a "select later" button. Further, the sample face image before the pattern is applied in each batch pattern on the "second batch selection screen" is the user's face image photographed by the first camera 124 of the photographing unit 120. Further, the sample face image after the pattern is applied in each batch pattern on the "second batch selection screen" is an image obtained by changing each part of the user's face image photographed by the first camera 124. . When the user selects either female or male, the selected gender is highlighted and a plurality of bulk patterns corresponding to the gender are displayed. The user selects one batch filling pattern from among the plurality of batch filling patterns. When a batch pattern is selected, the selected batch pattern is highlighted. When the user taps the "Next" button, the control unit 700 stores the selected batch pattern in the RAM 702 and advances the program to S135. In this way, the user can select one batch pattern among the plurality of batch patterns displayed on the third touch panel 131 with a one-touch input.

In S135, the control unit 700 reads the "individual stack screen" from the ROM 703 and displays the "individual stack screen" as shown in FIG. 9 on the third touch panel 131. The "individual embroidery screen" is a screen for individually embossing each part of a person's face such as eyes, nose, mouth, eyebrows, eyelashes, etc., and performs image processing of the batch embroidery pattern selected in S133 on the user's face. A user's face 131k added to a plurality of different parts at once is displayed. Then, when the user taps a part of a person's face, a slider 131m corresponding to the degree of bulge of that part is displayed, and the user's movement operation of the slider is detected, and the degree of bulge of each part of the user's face is displayed. Perform individual adjustment processing. In this way, the user can finely adjust the degree of enhancement of each part of his or her face after the batch enhancement pattern is applied. There may be one type of parameter for adjusting the degree of bulge for one facial region, or there may be multiple types. The control unit 700 causes the RAM 702 to store the results of individually adjusting the degree of fullness of each part of the user's face.

In addition, on the "individual height screen", facial images 131n of collaborating models, talents, characters, etc. are displayed, and speech bubbles from their mouths are displayed such as "Maybe it's too much", "Looks good", "More eyelashes" Advice strings such as "Let's grow!" are displayed according to the user's individual preferences. The control unit 700 refers to the "individual serving advice data" stored in the ROM 703, and determines whether the part being adjusted is in balance with other parts and depending on the level of individual serving while adjusting the part. Advice on the amount of parts added is displayed in real time, and an audio signal of the advice is output to the first speaker 113, second speaker 128, and third speaker 133. The ROM 703 stores a "learning model program" which is a learning model program that has learned an external image of overdoneness for comparison. The control unit 700 executes this "learning model program" to estimate the probability of coincidence between the currently adjusted user's face image and the overdone image. When the matching probability is equal to or higher than a specified value, the control unit 700 notifies the advice that "this may be too high."

Since the advice is broadcast from the first speaker 113 to the third speaker 133, it is not only broadcast to the user who is performing the processing, but also to people around the print sticker machine 100 who are using the print sticker machine 100 other than this user. The above advice will also be sent to those who are present. In this way, the advice is played not only on the third speaker 133 in the editing department 130 but also on the first speaker 113 and the second speaker 128, so that people around the print sticker machine 100 can listen to the print sticker machine 100. You can get people's attention and develop new customers. In other words, the print sticker machine 100 is usually used to take pictures in groups of two to several people, but the print sticker machine 100 mainly sends notifications to the users who are currently using it, and not to people outside the group. Although public relations is weak, it is possible to inform people who are waiting to use the print sticker machine 100 about how previous users are using the print sticker machine 100 and make it a hot topic, increasing the repeat rate of the print sticker machine 100. I can contribute to that. The speaker for notifying the above-mentioned advice may be placed at a position independent of the print sticker machine 100. An "end individual serving" button is displayed on the "individual serving screen", and when the user taps the "end individual serving" button, the process of S135 ends and the program proceeds to S155.

In S141, the control unit 700 reads the "individual stack screen" from the ROM 703 and displays the "individual stack screen" as shown in FIG. 9 on the third touch panel 131. The process in S141 is similar to the process in S135 described above, but the user's face image photographed by the first camera 124 is displayed, and the user adds individual enhancements to this face image. The control unit 700 causes the RAM 702 to store the results of the user individually adjusting the degree of swelling of each part of the user's face. When the user taps the "end individual serving" button, the process of S141 ends and the program proceeds to S142.

In S142, the control unit 700 reads the "second batch selection screen" from the ROM 703 and displays the "second batch selection screen" as shown in FIG. 8 on the third touch panel 131. The process in S142 is similar to the process in S133 described above, but the sample face image before the pattern is applied is the user's face image to which the individual embellishment was applied in S141. When the user selects the "next" button, the control unit 700 stores the selected batch pattern in the RAM 702. If the user taps the "Next" button, the program advances to S155. In this way, the user can select one batch pattern from among the plurality of batch patterns displayed on the third touch panel 131 with one-touch input.

In S151, the control unit 700 reads the "individual stack screen" from the ROM 703 and displays the "individual stack screen" as shown in FIG. 9 on the third touch panel 131. The processing in S151 is similar to the processing in S135 described above, but the image processing of the batch pattern selected by the user in S112 is applied to the user's face image photographed by the first camera 124 for a plurality of different faces of the user. The user's face image that has been added to the body parts in batches is displayed, and the user adds individual markings to the user's face image to which the batch markings have been applied. The control unit 700 causes the RAM 702 to store the results of the user individually adjusting the degree of swelling of each part of the user's face. When the user taps the "end individual serving" button, the process of S151 ends and the program proceeds to S155.

In S155, the control unit 700 reads the "batch filling degree adjustment screen" from the ROM 703 and causes the third touch panel 131 to display the "batch filling degree adjustment screen" as shown in FIG. On the "Batch fill level adjustment screen", the user's face image 131f before the batch fill level adjustment, the user's face image 131g after the batch fill level adjustment, the slider 131h for adjusting the batch fill level adjustment, and the "Batch fill level adjustment complete" button. A button 131i is displayed. The user's face image 131f before the batch adjustment is the user's face image after the adjustment in S133, S135, S141, S142, and S151. The user can adjust the degree of batch filling by sliding the slider 131h. The user's face image 131g after the batch height adjustment reflects the result of sliding the slider 131h by the user in real time. When the user taps the "end batch fill level adjustment" button 131i, the control unit 700 stores the user's batch fill level adjustment result in the RAM 702, and the program proceeds to step S161.

In S161, the control unit 700 reads the "doodle screen" from the ROM 703 and displays the "doodle screen" as shown in FIG. 11 on the third touch panel 131. The "doodle screen" includes a user's face image 131a, a plurality of stamps 131b, a pen color selection screen 131c, a pen thickness selection screen 131d, a "print" button 131e, and a "request doodle from a friend" button 131p. Displayed. The user's face image 131a is the user's face image that has been enhanced in S133, S135, S141, S142, and S151, and the degree of batch enhancement has been adjusted in S155. The user taps and selects one stamp from among the plurality of stamps 131b and drags it to a desired position on the user's face image 131a after placing the stamp on the user's face image 131a after placing the stamp. can be added. The user can select a desired pen color and thickness by tapping the pen color selection screen 131c and the pen thickness selection screen 131d. Then, the user can use the stylus pen 132 to doodle on the user's face image 131a after marking.

In S161, when the user taps the "Request doodle from a friend" button 131p, the control unit 700, via the communication unit 150 and the communication means 300, requests the friend's SNS (Social networking service) account registered in advance in the app. Send a message and a link to the graffiti site to. When the user's friend taps the above link, a doodle screen site opens, and the user's friend can doodle on the user's face image 131a on the doodle screen site. This doodle includes the addition of stamps. The content of the user's friend's doodle on the doodle site is transmitted to the control unit 700 via the communication means 300 and the communication unit 150. The control unit 700 reflects the content of the user's friend's graffiti on the user's face image 131a on the “doodle screen”. In this way, even people who are not in the editing department 130 can draw doodles on the user's face. In the above example, we explained an example in which the user's friends were asked to do graffiti, but instead of the user's friends, a message and a link to the graffiti site were sent to the SNS account of a professional such as an artist, and this professional, etc. It may also be an embodiment in which the user is asked to doodle.

In S161, the control unit 700 links the contents of the doodle by the user (for example, the contents of the doodle based on the position information of the stylus pen 132 on the third touch panel 131) with the time data, the user's ID, and the ID of the print sticker machine 100. The graffiti data is stored in the RAM 702 as time-series data. Then, when the user taps the "print" button 131e, the control unit 700 transmits the graffiti time series data stored in the RAM 702 to the server 200 via the communication unit 150 and the communication means 300. Note that the graffiti by the user also includes the addition of stamps. The server 200 generates a video in which a user is adding graffiti to his or her own face image based on the graffiti time series data. When the user holds the screen of the user terminal 500 on which the barcode or two-dimensional code is displayed over the second camera 134, the control unit 700 recognizes the user's ID from the barcode or two-dimensional code read by the second camera 134. do. Then, the control unit 700 transmits the recognized ID of the user and the ID of the print sticker machine 100 to the server 200 via the communication unit 150 and the communication means 300. The server 200, which has received the user's ID and the ID of the print sticker machine 100, sends an e-mail containing a URL for playing a video matching these IDs to the user's e-mail address via the communication means 300. When a user taps the URL included in the email, a video of the user adding graffiti to their own face image is played. This video can be played in reverse, and you can repeat the process by playing in reverse to return to a state without graffiti, or by playing normally to change to a state with graffiti. In this way, after using the print sticker machine 100, the user can watch a video in which the user is adding doodles to his or her own face image. Therefore, the user can review the doodle procedure later, or watch the video with friends and have fun. Further, the print sticker machine 100 can be advertised through word of mouth. In addition to the user's doodles, an embodiment may be adopted in which a moving image is generated in which batch marking, individual marking, and adjustment of the degree of batch marking are added to the user's face image. Further, an embodiment may be adopted in which audio such as a voice emitted by a user using the microphone 135 is stored and the audio is played back together with the video.

Note that in S161, the second camera 134 captures an image of the user doodling, and stores the image in the RAM 702 in association with the user ID. Images of users doodling include both still images and videos. The control unit 700 stores in the RAM 702 the editing result of adding a stamp or doodling to the user's face image 131a after the user has added it. When the user taps the "Print" button 131e, the program proceeds to S162.

In S<b>162 , the control unit 700 sends the data of the user's face image that has been edited by the user, which is stored in the RAM 702 , and the data of the user's figure doodling, which is stored in the RAM 702 , to the printing device 141 . The print sticker is output and printed by the printing device 141. Note that the data of the appearance of the user doodling may be obtained by applying the batch dot and individual dots selected by the user. The print sticker printed by the printing device 141 is discharged to the receiving section. On the print sticker, both the user's face image, which has been placed and edited by the user, and the user's doodle are printed on the same sheet. In addition, the control unit 700 links the data of the user's face image that has been edited by the user and the data of the user's doodle, which are stored in the RAM 702, with the user's ID and the user's email address. The data is output to the communication section 150, and the communication section 150 transmits it to the server 200. When the process of S162 is completed, the "batch filling process" program ends.
(Another embodiment)
The process of S155 in FIG. 4 may be executed after S133 or before S151.
Alternatively, it may be configured as follows.

(A-1) A system that performs predetermined image processing on a facial image that includes at least a part of the face, and that has multiple patterns of image processing that is applied to multiple different parts of the face at once. When a user selects which pattern to apply through an operation, image processing of the selected pattern may be applied to a plurality of different parts of the face all at once.

In this way, the user can apply image processing to a plurality of different parts of the face all at once by simply selecting a desired pattern from among the plurality of patterns.

For example, it's fun but time-consuming to add layers to each part of the face, but this way you can maintain the fun while reducing the time it takes to add layers. Therefore, for example, it is possible to increase the number of customers per unit time, and sales can be increased.

(A-2) The process of applying the selected pattern of image processing to multiple different parts of the face at once is the process of applying the image processing of the selected pattern to at least one part of the face based on the user's operation on the photographed face image. It is preferable to include a function to perform processing on a face image after applying the process.

In this way, after the user applies image processing to a desired part of the face on a photographed face image, the user can select a desired pattern from among a plurality of patterns on the image after applying the image processing. By simply selecting , you can apply image processing to multiple different parts of the face in the image after applying it.

Therefore, users can first apply image processing individually to parts of the face that they particularly want to apply image processing to, and then easily perform image processing on multiple parts of the face at once on the image after applying the image processing. More can be added.

(A-3) After the image processing of the selected pattern is applied to multiple different parts of the face at once on the photographed face image, at least one part of the face is processed based on the user's operation. It is preferable to have a function of further applying image processing to a part.

In this way, by simply selecting a desired pattern from among a plurality of patterns, the user can apply image processing to multiple different parts of the face in the image after applying the pattern, and After applying image processing to multiple different parts of the face at once, user v in the image further applies image processing to the parts of the face that he or she particularly wants to apply image processing to, thereby creating an image that is closer to his or her ideal image. Obtainable.

(A-4) It is preferable to have a function of displaying sample images before and after the pattern is applied. In this way, the user can look at the sample image and select which pattern to select from among multiple patterns of image processing content that is applied to multiple different parts of the face all at once. You can decide while you are at it.

(A-5) It is preferable to provide a function for selecting the plurality of patterns by one-touch input within one screen. In this way, it is possible to easily specify a pattern to be selected from among a plurality of patterns of image processing contents to be applied to a plurality of different parts of the face all at once.

(A-6) A reception section, a photographing section, an editing section, and a printing section are provided, the reception section is provided with a function for making the selection, and the editing section applies the pattern selected by the reception section. It is preferable to have a function of displaying the image after image processing. In this way, the user can immediately view the image after image processing to which the pattern selected at the reception section is applied in the editing section after taking the image.

Furthermore, for example, if the configuration is such that the pattern selected at the reception section cannot be changed at the editorial department, the user will have to select a different pattern again at the reception section and take a picture, which will require re-charging, and this system This will contribute to improving sales at stores that have installed this.

As an example of (1) to (6) above, for example, you can prepare a preset pattern that applies bulk to facial components (parts) all at once, and when the user selects it, apply it all at once. It's good to do that. It is preferable to do this at the terminal in the graffiti booth, but it may also be applied all at once at the reception machine. Preferably, the preset pattern to be applied can be selected from among a plurality of preset patterns. The preset pattern may be applied to the photographed image itself, or may be applied to the image after it has been added by the user. After applying the preset pattern, it is preferable to be able to apply markings to individual parts, such as markings. (It may also be applied to the entire area based on what has been done after the individual parts are finished (it is better to have a configuration in which the state of the individual parts is not reset when the preset pattern is applied).

Alternatively, after the user has determined the amount of filling for each part (after placing each part individually), the amount of filling of all parts may be changed at once. Unlike the template function, it is preferable to simply increase or decrease the degree of deformation of parts at once.

(A-7) Generate an NFT (Non-Fungible Token) based on both the face image before performing the predetermined image processing and the face image after performing the predetermined image processing. It is preferable to adopt a configuration that performs processing for this purpose.
In this way, one unique NFT can be generated based on both the face image before the predetermined image processing and the face image after the predetermined image processing.

The process for generating an NFT is to generate one image file that includes both an image based on the image taken by the imaging unit and an image after performing predetermined image processing on that image, and It is preferable to send this to a server that generates an NFT to generate an NFT. Alternatively, for example, a process may be performed in which the server generates a URL for downloading the generated NFT, and the generated URL is sent to the user's pre-registered email address.
It is preferable to include a function of printing both a face image before performing the predetermined image processing and a face image after performing the predetermined image processing on one sheet.
(A-8) The program may be a program for causing a computer to implement the functions of the system described in any one of (A-1) to (A-7).
(B-1) A system that applies processing to a photographed image of an area including a human face according to a user operation,

A configuration including a function of displaying an image of a person different from the person who was photographed, and outputting advice information regarding the user operation or the processing by a person different from the person who was photographed. It is good to say.

In this way, advice information regarding user operations or processing is outputted by a person different from the user who took the image. Therefore, the user can change the content of the processing of the image taken by the user based on advice from a third party.

For example, a learning model that has been trained on an image with an overdone condition for comparison is provided, and the probability of coincidence between the currently adjusted image and the overdone image is determined by inference. When the probability is equal to or greater than a predetermined value, a notification that "may be too busy" is made.

In particular, it is preferable to have a configuration that outputs the evaluation of the user's own finishing operation. In this way, it is easy to know the evaluation and make adjustments. It can add entertainment value.

For example, images of collaborating models, talents, characters, etc. are displayed on the screen, and speech bubbles around their mouths prompt users to respond with messages such as ``Maybe it's too big,'' ``Looks good,'' and ``Let's grow more eyelashes!'' It is preferable to display a text string or picture of advice depending on the location and degree of the problem.

(B-2) The configuration may include a function of outputting different information as advice information regarding the user operation or the processing, depending on the degree of processing for each location on the face where the user operation was performed.
In this way, the user can receive advice depending on the location of the face, for example, the degree of processing for each part of the face.

In particular, when a user is adjusting the thickness of an individual part, advice is given in real time about the degree of machining of the part being adjusted, based on the balance with the degree of machining (also referred to as the degree of thickness) of other parts. Good. The advice may be given in a voice audible to the user.

(B-3) As advice information regarding the user operation or the processing, advice information corresponding to the processing amount of the second facial part in accordance with the processing amount of the first facial part on which the user operation was performed. It is preferable to have a configuration that includes a function of varying the degree of output.
(B-4) The degree of processing includes a degree to which the face is processed unnaturally,

It is preferable that the configuration includes a function of outputting, as the advice information, information indicating that the image has been unnaturally processed when the user operation has been performed to the extent that the image has been unnaturally processed.

(B-5) The output of advice information regarding the user operation or the processing by a person different from the person who took the photograph may be performed during the user's operation.

(B-6) The advice information regarding the user operation or the processing may be outputted to a person other than the user who is around the photographing device.

In particular, the system (also called Puri machine) usually takes pictures in groups of two to several people, but the notification of Puri machine is mainly to inform the people who are currently playing, and it is not a publicity for people outside the group. is weak. If there is too much excitement, it is preferable to use a speaker or a volume that can be used to notify people outside the play machine other than the user who is playing, saying, "It's too much! It's too much!" It is preferable to output the information not to the user who is processing the image, but to a person other than the user who is in the vicinity of the device for photographing.
Install speakers facing the outside of the enclosure away from the graffiti booth. Speakers may be installed around the Puri machine at positions independent of the Puri machine.

You can get people around the Puri machine to pay attention to the Puri machine, and you can develop new customers. It is possible to inform the people in the group waiting to use the Puri machine about the status of the Puri in the previous group and make it a hot topic, contributing to increasing the repeat rate.

(B-7) The output not to the user but to people other than the user who are in the vicinity of the device for photographing is the audio output from a speaker installed at a location different from the editing machine that performs the processing. It is preferable to use a configuration that performs the following.
(B-8) The program may be a program for causing a computer to implement the functions of the system described in any one of (B-1) to (B-7).

(C-1) An editing section is provided in a location separate from the shooting space in which the shooting section is installed, which displays images shot by the shooting section on a display section and edits the displayed images according to the user's operations. The system includes a second display section that is a display section different from the display section of the editing section in the shooting space, and displays a type of display that can be displayed on the display section of the editing section during editing by the editing section. It is preferable to include a function of displaying the processed image on the second display section.

In this way, while photographing in the photographing space, it is possible to view an image that has undergone the type of processing that can be displayed on the display section of the editing section. Therefore, for example, it is easy to imagine the finished image after editing (for example, processing or doodling) in the editing department when photographing. For example, when equipped with a function to take multiple shots in a shooting space in succession, you can imagine the finished image after doodling when taking the first shot, decide on a pose for the second shot, etc., and then take the next shot. can be repeated in the shooting space.

For example, when taking pictures in a photo booth, which is a photo shoot space, immediately after taking the picture, a sample image to which the embellishment is automatically applied is displayed on the screen inside the photo booth. The image displayed in the booth and to which the embossment has been applied automatically may be printed as a sticker as is, but it is preferable to have a function to display it on the display section of the editing machine for further processing by the user.

For example, at least two displays are installed in the photo booth, one below the camera and one next to the display. The display below the camera may display the video being shot, while another display may display the type of processed image that can be displayed on the editing booth display.

(C-2) The second display section has a function of simultaneously displaying images that have been processed in a plurality of different pattern types that can be displayed on the display section of the editing section during editing by the editing section. Good.

In this way, it is possible to take pictures while being aware of a plurality of patterns that have been subjected to different processing. For example, when the editing department or the like has a function of selecting one pattern from a plurality of patterns that have been subjected to different processing, it is possible to decide during shooting which pattern to select.

(C-3) The display section may have a function of displaying the processed image displayed on the second display section for at least one of further processing and printing.
In this way, the processed image displayed in the photo booth can be further processed or printed. It is especially good to have this function in the editorial department.

(C-4) Out of the images processed with a plurality of different pattern types that can be displayed on the display section of the editing section, images processed with at least two different pattern types are printed on one sheet. It is preferable to have a configuration with functions.
In this way, the user can obtain images that have been processed in a plurality of different pattern types as seen in the photographing space, printed on one sheet.

In particular, it is preferable to have a function of printing all images processed with different pattern types on one sheet among images processed with a plurality of different pattern types that can be displayed on the display section of the editing section. .

(C-5) NFT (Non-Fungible It is recommended that the configuration is configured to perform processing to generate a non-fungible token (Token: non-fungible token).

In this way, one unique image based on an image processed with at least two different pattern types among a plurality of images processed with different pattern types that can be displayed on the display section of the editing section. You can generate two NFTs.

The processing for generating an NFT includes, for example, an image processed with at least two different pattern types among images processed with a plurality of different pattern types that can be displayed on the display section of the editing department. It is preferable to generate one image file and send the image file to a server that generates an NFT to generate an NFT. Alternatively, for example, a process may be performed in which the server generates a URL for downloading the generated NFT, and the generated URL is sent to the user's pre-registered email address.
(C-6) The program may be a program for causing a computer to implement the functions of the system described in any one of (C-1) to (C-5).

(D-1) A photographing unit equipped with a first camera that photographs images, and a photographing space that is installed in a location different from the photographing space where the photograph is taken by the photographing unit, allows the user to view images photographed by the first camera of the photographing unit. A system comprising an editing department that edits according to the operation of the system,

A function that includes a second camera for photographing a user editing by an editing department, and processes an image based on an image photographed by the second camera in association with an image based on an image photographed by the photographing section. It is a good idea to have the following.
In this way, it is possible to process an image of a user who is editing an image photographed by the photographing part in the editing part by associating it with the image.

The image based on the image taken by the second camera may be the image itself taken by the second camera, or may be an image obtained by processing the image based on the image taken by the second camera.

The image based on the image photographed by the photographing section may be the image itself based on the image photographed by the photographing section, or may be an image obtained by processing the image photographed by the photographing section.

As a function of processing an image based on an image taken by the second camera in association with an image based on an image taken by the photographing unit, for example, as described in (2) below, the image taken by the second camera can be It is preferable that the function is to print the image based on the image based on the image taken by the first camera of the image capturing section on the same sheet.

The function that associates and processes the image based on the image shot by the second camera and the image based on the image shot by the shooting unit is the function that processes the image based on the image shot by the second camera and the image shot by the shooting unit. It may also be a function of storing the information in association with the base image. In particular, it is possible to have a function for uploading an image based on an image taken by the second camera and an image based on an image taken by the photographing unit, which are stored in association with each other, to a server from which the user can associate and download the images for display on the user's smartphone. good. For example, an image based on an image taken by the camera unit is displayed in the upper row of a smartphone app screen, and an image based on an image taken by a second camera associated with that image is displayed in the same way. It is best to display it at the bottom of the screen. For example, it brings back memories of the fun you had when you and your friends were busy editing images at a graffiti booth.

In addition, for example, as an image based on an image taken by the imaging unit, the ID (or URL) of the image or the corresponding image taken by the associated second camera may be placed in the corner of the image based on the image taken by the imaging unit. An image including a QR code, etc. of the image ID (or URL) based on the image may be generated and uploaded to the server. It is also advisable to perform processing to print this image. For example, if you hold your smartphone's camera over a purikura (hereinafter also referred to as puri) that contains a printed image, the URL in the puri's QR code will be accessed, and a movie of the puri doodle will be downloaded from that URL. and display it on your smartphone. Similarly, it is a good idea to record the audio and play it back. Since the shooting space is only for the purpose of filming, we purposely do not film the scene, so we can achieve a unique atmosphere. Just by holding your smartphone over the screen, you'll be able to relive the fun you had while you were jotting down notes with your friends at the doodle booth. Also, by showing other friends how happy they are, their friends will also want to take pictures, contributing to expanding the number of users.

The function that associates and processes the image based on the image shot by the second camera and the image based on the image shot by the shooting unit is the function that processes the image based on the image shot by the second camera and the image shot by the shooting unit. It is preferable to have a function that saves the base image and the base image in one image file. In particular, it is preferable to process the data into one image data.

As a function to associate and process an image based on an image taken by the second camera and an image based on an image taken by the photographing unit, for example, as in (6) described later, The process may be performed to generate an NFT (Non-Fungible Token) based on both the image and the image based on the image photographed by the photographing unit. As a process for generating an NFT, for example, one image file is generated that includes both an image based on an image taken by a second camera and an image based on an image taken by a photographing unit, and the image file is It is preferable to send it to a server that generates NFTs and have them generate NFTs. Alternatively, for example, a process may be performed in which the server generates a URL for downloading the generated NFT, and the generated URL is sent to the user's pre-registered email address.

Although the image may be a still image, it is better to use a moving image. The image may be a photograph, but it is better to use a movie. In particular, it is preferable that the image taken by the first camera be a still image, and the image taken by the second camera be a moving image. For example, it would be a good idea to display an image based on a still image taken by the imaging unit in the upper row of the smartphone app screen mentioned above, and display an image based on an image taken with a second camera associated with that image in the lower row of the same screen. .

The shooting space may be a so-called photo booth. The location other than the imaging space may be a location outside the imaging space and near the imaging space. The location other than the shooting space may be, for example, an editing booth.

For editing, it is best to use processing. As for editing, it is preferable to perform so-called enhancement on the image. For editing, it is particularly preferable to detect a user's operation and perform processing in accordance with the user's operation.

(D-2) It is preferable to include a function of printing an image based on an image taken by the second camera and an image based on an image taken by the first camera of the imaging unit on the same sheet.

In this way, the images taken in the shooting space and the images taken in the editing department can be grasped at a glance by just looking at one sheet. For example, in the photo booth, you can see an image taken while posing properly, and an image of the editing department making changes to the video shot while posing in that pose, all on the same sheet. Therefore, the user can easily recall the situation when the image was taken at a glance.

(D-3) The image based on the image taken by the second camera is processed by adding the user's processing state to the image taken by the first camera to the image taken by the second camera. It is best to configure it as an image.

In this way, the image based on the image taken by the second camera can be an image that has been processed by taking into account the state of the user's processing of the image taken by the first camera. Therefore, it is possible to prevent the image taken of yourself being edited from being printed without editing or uploaded to a server, making it possible to protect your privacy, and also to prevent images based on the image taken of yourself. Because it exists, it is possible to leave a trace of it.

Note that the process of "adding and processing" involves image recognition of the position of each part of the user's face, and a second camera that captures the processing status of each part of the user's face for the image taken with the first camera. The process may be applied to the state of processing of each part of the user's face on the image.

(D-4) A function of transmitting an image based on an image taken by the first camera to a terminal other than the editorial department via a network, and a function of transmitting an image based on an image taken by the first camera to a terminal other than the editorial department, A function to edit an image based on an image taken with one camera, and a function to print the edited image in a printing section installed in a place different from the shooting space and adjacent to the shooting space. It's good to be prepared.

In this way, an image based on an image taken by the first camera can be edited using a terminal other than the editing department. For example, editing can be done on a device such as an artist's smartphone or tablet located in another location via a network. In particular, if the second camera is a camera of an artist's terminal such as a smartphone or tablet, an image taken of the artist editing can be processed in association with an image taken of the user. For example, you can print both images on one sheet, or display an image based on the user's image taken by the camera unit in the upper row of the smartphone app screen mentioned above, and display a second camera associated with that image. It is a good idea to display images based on the artist's images taken at the bottom of the same screen. In addition, especially if the configuration (6) described later is also provided, it is possible to generate NFTs that are a collaboration between artists and users.

(D-5) Record information on the order and degree of processing of images taken by the first camera by the editorial department, and display the information on a display unit separate from the display unit in the editorial department. Obtain an image based on the history information and an image taken by the camera in the shooting space, and apply at least a part of the history information to the image based on the acquired image taken by the camera in the shooting space. It is preferable to perform a process of reproducing the machining process on the other terminal.

In this way, the processing order and degree of processing can be reproduced and reproduced on another terminal. For example, the operation data of the doodling machine that is the editorial department is stored together with the pre ID and time data. Time data of the writing position with the pen, etc. are also stored as operation data. When printing a app, the operation data itself or the app's ID for identifying the operation data is printed as a QR code near the image. When you hold your smartphone over a Puri, the Puri's ID is identified from a QR code, etc., and based on the operation data associated with that Puri's ID, the chronological operation of the graffiti and the corresponding change in height are played back on the smartphone. . Or, if you hold your smartphone over the Puri, the Puri's operation data will be read out from a QR code, etc., and the chronological operation of the graffiti and the accompanying change in height will be played back on your smartphone. Sound may be similarly recorded and played back in synchronization with the operation. It would be especially interesting if a smartphone app etc. had a function that repeats the process from the pre-filled state (filled state) to the full state by reverse playback, and then back to the full state by normal playback.

(D-6) An NFT (Non-Fungible Token) based on both an image based on an image taken by the second camera and an image based on an image taken by the first camera of the photographing section. It is preferable to have a configuration that performs processing for generation.

In this way, one unique NFT can be generated based on both the image based on the image taken in the shooting space and the image taken at the editing department.

As a process for generating an NFT, for example, one image file is generated that includes both an image based on an image taken by a second camera and an image based on an image taken by a photographing unit, and the image file is It is preferable to send it to a server that generates NFTs and have them generate NFTs. Alternatively, for example, a process may be performed in which the server generates a URL for downloading the generated NFT, and the generated URL is sent to the user's pre-registered email address.
(D-7) The program may be a program for causing a computer to implement the functions of the system described in any one of (D-1) to (D-6).

Shown in (A-1) to (A-8), (C-1) to (C-6), (D-1) to (D-7), and (B-1) to (B-8) above. These configurations can be combined arbitrarily. Also, as shown in (A-1) to (A-8), (C-1) to (C-6), (D-1) to (D-7), and (B-1) to (B-8). It is also possible to extract arbitrary configurations from the extracted configurations and combine the extracted configurations.

The applicant of this application intends to acquire rights to inventions containing these structures. Furthermore, even if there is a description of "in the case of" or "at the time of", the description is not intended to be limited to those cases or times. These are examples of better configurations, and we intend to acquire rights to these cases and other configurations as well. Furthermore, the sections described in order are not limited to this order. It also discloses a configuration in which some parts have been deleted or the order has been changed, and we have the intention to acquire the rights.

Note that the scope of the present invention is not limited to the configuration explicitly described in the specification, but also includes combinations of various aspects of the invention disclosed in this specification. Of the present invention, the structure for which a patent is sought has been specified in the attached claims, but at present, even if the structure is not specified in the claims, it is not disclosed in this specification. We intend to include such configurations in the scope of claims in the future.

The present invention is not limited to the configuration described in the embodiments described above. The components of each of the embodiments and modifications described above may be arbitrarily selected and combined. Also, any component of each embodiment or modification, any component described in the means for solving the invention, or a component that embodies any component described in the means for solving the invention. It may be configured in any combination. The applicant intends to acquire rights to these matters through amendments to the application or divisional applications. Even if there is a description of ``in the case of'' or ``in the case of'', the description is not intended to be limited to that case or at that time. We have also disclosed these cases and other configurations, and we intend to acquire the rights. Furthermore, the sections described in order are not limited to this order. It also discloses a configuration in which some parts have been deleted or the order has been changed, and we have the intention to acquire the rights.

In addition, the applicant intends to acquire rights to the entire design or partial design by converting the application to a design registration application. Although the drawing depicts the entire device using solid lines, the drawing includes not only the overall design but also the partial design claimed for some parts of the device. For example, it is a drawing that not only includes some members of the device as a partial design, but also includes some parts of the device as a partial design regardless of the members. The part of the device may be a part of the device or a part of the device. We intend to obtain rights not only for the entire design, but also for partial designs in which any part of the solid line part of the drawing is a broken line part. In addition, the modules, members, parts, etc. inside the device housing shown in the drawings are all subject to independent transactions, and similarly, they are included in the design registration application. There is an intention to make changes and obtain rights.

100 Print sticker machine 110 Reception section 111 First touch panel 112 Fee payment section 112a Cash slot 112b Card reading section 112c Electronic money reading section 112d Coin return section 113 First speaker 120 Photographing section 121 Photographing space 122 Entrance/exit 123 Curtain 124 First camera 125 Light 126 Second touch panel 126a Shooting processing screen 126b Face image 126c Shooting start button 127 Second display section 127a Processed image 128 Second speaker 130 Editing section 131 Third touch panel 132 Stylus pen 133 Third speaker 134 Second camera 135 Microphone 140 Printing section 141 Printing device 142 Receiving section 150 Communication section 200 Server 300 Communication means 500 User terminal 600 Operator terminal 700 Control section

Claims (8)

A system that processes a photographed image of an area including a human face according to a user operation,
A function is provided for displaying an image of a person different from the person photographed, and outputting advice information regarding the user operation or the processing by a person different from the person photographed. A system featuring: The system according to claim 1, further comprising a function of outputting different information as advice information regarding the user operation or the processing, depending on the degree of processing for each location on the face where the user operation has been performed. . As advice information regarding the user operation or the processing, the extent to which advice information is output in accordance with the processing amount of the second facial part on which the user operation has been performed is varied according to the processing amount of the first facial part. 3. The system according to claim 1, further comprising a function of The degree of processing includes a degree to which the face is processed unnaturally,
2. The apparatus according to claim 1, further comprising a function of outputting, as the advice information, information indicating that the information has been unnaturally processed when the user operation is performed to the extent that the information has been unnaturally processed. 3. The system according to any one of 3. 5. The system according to claim 1, wherein advice information regarding the user operation or the processing by a person different from the person who took the photograph is outputted during the user's operation. Any one of claims 1 to 5, characterized in that the output of the advice information regarding the user operation or the processing is provided with a function of outputting it to a person other than the user who is around the device for photographing. The system described in Crab. The output, not to the user but to people other than the user who are around the device for photographing, is performed by audio output from a speaker installed at a location where the processing machine that performs the processing is located. 7. The system according to claim 6. A program for causing a computer to implement the functions of the system according to claim 1.

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