JP3515977B2 - Image printing apparatus and method - Google Patents

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD OF THE INVENTION

According to the present invention, a user enjoys taking a picture and at the same time, an existing frame or a frame is added to the taken photographic image.
Regarding an image printing apparatus and method for synthesizing image data added by graffiti and further outputting and printing, even though the play time that the user can enjoy is set to be much longer than before, the operation of this apparatus It is an image printing apparatus and method embodying a structure and system of the apparatus that can achieve a high turnover ratio which is unthinkable in conventional sales.

[0003]

2. Description of the Related Art Conventionally, image printing is performed by photographing a subject, superimposing and combining image data such as an illustration frame prepared in advance on the image, and printing it on a sticker or the like for output. A device (for example, Print Club (trademark)) is known, but even in the short history from the birth of the device to the present day, after the user inserts a coin that indicates the intention to start shooting, shooting and graffiti editing are completed. In recent years, it is common to take about 6 minutes to occupy the device until it is printed out, especially in view of shooting a plurality of shots and securing a graffiti editing time for them.

That is, a conventional general image printing apparatus has a structure shown in FIG. The main body 101 is provided with the camera 102, the monitor 103, and the printer 104, and the processing proceeds according to the following process.

First process: a process in which the user 105 puts coins into the coin accepting machine 106 to express his or her intention to play. Second process: a step of taking an image of the user 105 by the camera 102, either automatically or manually. Third process ... Image data image such as an illustration and a title character image prepared in advance are combined with the photographed user image by a program processing such as a PC in the main body through the monitor 103. Editing work process. Fourth process: a step of printing the edited and combined image data by the printer 104.

The time required to complete all of these processes is 30 to 30 in the first process (loss time that occurs before coins are inserted for putting luggage on the floor, taking out coins from the wallet, repairing makeup, etc.). 60 seconds, about 120 seconds in the second process (shooting multiple shots and re-shooting operations), the third process ( doodle editing that users enjoy the most,
If this time is short, it will take about 120 seconds for the graffiti editing on all of my photos taken multiple times, and I will be dissatisfied. 4th process (from data transfer to the time when printed matter comes out of the outlet) It takes about 60 seconds. That is, when these times are summed up, it can be seen that the rotation rate of one device is about 6 minutes / cycle.

[0007] For this 6 minutes turnover rate, for the convenience of the operator who wants to raise more sales, in order to set this time short, shorten the time of the second process and the third process. It is possible. However, in that case, the complaints of users who pay money and enjoy themselves will be high, especially when the graffiti is interrupted due to a time-out during editing and printed in that state. As a result, the tendency for the utilization rate of the device to be lowered becomes remarkable.

On the other hand, it is not always the case that the satisfaction of the user can be obtained by setting the times of the second process and the third process to be long. When the user waits, the user tends to hate that the waiting time becomes long, and if the waiting time becomes long by setting the second process and the third process to be long, the device becomes They have conflicting feelings that they often give up their use.

According to the observation made by the present inventor, even if the users are lined up in front of the device, if the user waits for the device to be used, the number of the devices is at most two. If three or more pairs are lined up,
If the device is a new product and has never been photographed, or if the device usage is concentrated and the absolute number of devices with respect to the number of users is small, even in that case, the third set In this case, there is a group currently playing in the device, so it is practically the fourth group.If the waiting time is longer than this, you can either look for another device or give up and go to another store. Many are supposed to reduce sales.

[0010] This loss has been an invisible loss that is difficult for the operator to grasp numerically.

Therefore, in order to solve this problem, the device shown in FIG. 15 has been developed in recent years. This device was released around July 2001 under the product name "Chill Tea Shot". This device is a camera 20
A shooting space 201 with 0s and a storybook to enjoy after shooting
The graffiti editing section 202 separates the location of the editing apparatus 202 can be placed outside the imaging space 201, a structure formed outside the further printed seal outlet 203 also apparatus main body, following use in graffiti edited The person 205 can take a picture.

In other words, as the first user 204 shifts to the editing work, the next user 205 enters the shooting space 201 in turn, and the next shooting is advanced during the scribbling , which is an efficient use of the apparatus. Is what you expect. This aims at obtaining a highly efficient device operation rate (hereinafter, simply referred to as a rotation rate).

[0013]

However, even if the first user 204 starts scribbling , a situation arises in which the next user 205 cannot enter the shooting space 201 which should have been empty, which is not always the intention of the device development maker. There was a real problem of not passing.

The problem is that one of the first users 204
Even when a person enters the editing process and starts graffiti , the companion 206 of the first user 204 is still in the shooting space 2
It means that there are many situations that remain in 01 and wait until the graffiti ends.

Generally, most users come to the store with two or more people, and in many cases, there are three to four or more people. 1
In many visits, users often play more than once, especially when there are three or more people, they often play three or more times.

Although a plurality of similar devices are installed in the store, users tend to concentrate on relatively new devices or favorite and popular devices among these devices.

When a user enjoys playing with such a device, it often happens that he or she successively enjoys playing twice or three times with his or her favorite popular device and returns.

Therefore, even in the device of FIG. 15 in which the graffiti editing device 202 is provided outside the main body of the device, if the user wants to play continuously with this device, the companion will often have a companion space 201. There is a situation where they are staying in and waiting for the graffiti to finish. Companion 2
No. 06 secures a place for continuous play, and the separate feature of the photographing space 201 and the graffiti editing device 202, which is the main feature of this device, is completely meaningless.

The means for securing the place is not limited to the method in which the person remains in the photographing space 201, but also when the person is carrying a luggage, especially in the case of a large luggage, the photographing space 201.
It is often seen that it is left inside.

That is, in general, when a user wants to play a plurality of times while the next user is lined up outside,
It does not line up again after each play, which is also due to the fact that the waiting time is unknown when there are multiple sets of waiting.

Even if the previous set of users has finished printing,
The user may continuously occupy and play the device, and the subsequent set is “play time of device × number of previous set =
Instead of “waiting time”, “the number of consecutive plays of the previous group × the play time of the device” is added, and if the third group is lined up, it will be the fourth group considering the group currently shooting. ,
If you calculate the device occupancy time in 6 minutes, and assuming that each group has played two consecutive plays, the fourth group (three groups waiting outside the device) has their own turn. It means that the waiting time up to 36 minutes really took. From this, it can be easily understood that even if the shooting is finished, the user remains in the shooting space until the pictures of the remaining members are taken.

An example of the current situation will be described with reference to the time scale shown in FIG.

This time scale is the second waiting time including the waiting time when four users A, B, C and D line up in the device and each enjoys playing twice. The time required for the play to end is explained together with the process of the device.

When four sets of A, B, C and D are lined up in this device, the set A immediately enters the device and is ready to start playing, and because continuous play is performed, the waiting time is Does not occur. Three sets of B, C and D will be waiting outside.

According to this time scale, when each group plays two consecutive games, the waiting time until group D shown in FIG. 17 starts playing is actually 36 minutes,
The time I finished playing two 6-minute sessions was 48 minutes later.

Even if group A, B and C stop playing once, group D has a waiting time of 18 minutes.
It can be confirmed that the waiting time increases by a multiple of 6 minutes if one group plays two times or the worst three times or more.

Also in the apparatus shown in FIG. 15, each set of A, B and C is twice or A is twice and B is set by sitting.
As shown in FIG. 19 , the waiting time until the start of play of D becomes 48 minutes when C is played once and C is played three times.

The time when the user substantially enjoys playing is
But only when graffiti and editing during shooting device shown in FIG. 15, in particular in order to produce the difference between the general device of FIG. 14, from the idea that the separation structure is made for the purpose of high efficiency of the theory Therefore, these times are set to be long.

That is, the actual play time in the case of FIG. 14 is 4 minutes in total (shooting (2 minutes) and scribbling (2 minutes)) as compared with FIG.
In the case of 5, a total of 6 minutes of shooting (3 minutes) and graffiti (3 minutes),
It is set to basic (changeable).

If the apparatus shown in FIG. 15 is used ideally, the time scale is as shown in FIG. 18, but the waiting time for group D is still 2 as shown in FIG.
It takes 0 minutes, and the time at the end of the play (when all the groups play twice) is actually 36 minutes later.

If the photographing / graffiti time of this device is reduced from the above 3 minutes to 2 minutes like the general machine of FIG. 14, the waiting time of D is 15 minutes as shown in FIG. Therefore, such a time setting feels that there is little time merit for the user to enjoy playing for a long time, and rather, the burdensome demerit of moving the place may be increased.

However, in order to operate the apparatus shown in FIG. 15 according to the theory, it is necessary to have a staff member at the scene and change the traffic arrangement for the user at the same time when the photographing is completed. It is impossible.

As a result, even if this device has a structure in which the photographing space and the graffiti editing device are separated, the position is merely moved, and all the users who want to continuously play out after photographing. There is no system that realizes the certainty of yielding to the next group.

Further, as an implicit rule, even if the player goes out and gives up to the next group, the next group will take the shooting space 20.
Even until the end of 1, the graffiti editing time continues to be consumed, and in many cases, the handed over group loses time until the shooting is started by inserting coins, and as a result, The graffiti of the first user who gave up ends after the end time of the shooting of the given set, and there is a situation where you have to wait here to play again, and the user who experienced it will start from the next time As mentioned above, even if the shooting ends, the fellow will stay in the shooting space and as soon as the graffiti ends,
They tend to take action to continue shooting again.

Subsequent users, waiting in line, expect that the group currently in use will leave this device after having the printed sticker and can now use it. However, when entering a continuous occupation state in which coins are inserted again and played continuously, there is a feeling of disappointment and there is anxiety about the time to wait, resulting in a considerably high stress state.

The reason for continuous occupancy is not only for the reasons described above, but also for the device environment in which it is easy to do so. Most of recent devices have a relaxed environment like the device shown in FIG. A large shooting space 201 is provided, and a translucent curtain 208 is provided at the entrance / exit 207 in order to prevent the pose during shooting from being seen from the outside, which is separated from the outside. This is because the environment creates a space where people who do not participate in editing can wait comfortably without worrying about the outside world.

What is common to the two conventional models described so far is that the coin accepting machines 105 and 209 are provided in the apparatus, so that the user can start playing in a spacious photographing space. There is no need to hurry, rather, because of the security of being able to occupy the equipment, we often prepare coins including discussions about who will make money while chatting and making up makeup, and mechanical time is not visible here. This is a point that is overlooked by the operator as a loss.

Further, allowing the space partitioned from the surroundings to be formed for a long time may cause a crime. For example, immediately after the user enters the shooting space 201, another person may enter and threaten blackmail.

One of the reasons why such an event occurs is that the curtain 208 separates the space from the outside as described above, and the curtain 208 is made semitransparent, and the lower end of the curtain 208 is approximately from the floor. It is caused by being hung at a position of about 30 cm.

By making the curtain 208 opaque and opening a gap from the floor, the device development maker can confirm the presence of the user during shooting from the outside, and is surprised to the user who is concentrated on shooting. The purpose is to prevent the curtain from being opened, but on the contrary, this results in the formation of a safe space for the extortionist.

As a result, the device shown in FIG.
The rotation every 4 minutes (the rotation time when the shooting space is transferred to the next user without fail when moving to graffiti editing) is nothing but a desired value. That is, with the shooting space
The structure that simply separates the graffiti editing space can be expected to improve the utilization efficiency of the device to some extent compared to the conventional general machine, but it is a structure (system) that can guarantee that it will rise surely. Not not.

SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide an image printing apparatus and a method thereof in which the above-mentioned various types of loss time are almost eliminated and unnecessary occupancy of a photographing space is impossible. In addition, the present invention promises a reliable device operation (rotation) in a minimum time as designed, and enables a high rotation rate that could not be realized by the conventional device, and for the user, It is an object of the present invention to provide a structure and method of an image printing apparatus, which seems to be very contradictory, that can provide a long play time which has never been achieved.

[0043]

In order to achieve the above object, the image printing apparatus and method according to the present invention divides the flow from photographing to output (printing, etc.) into minute processes, and the user follows the progress of a series of processes. Is a system that can be moved (must be moved) to be completely executed, and each time the first user moves each process, the second and third groups follow each process. By moving each space as the play (photographing, etc.) progresses, it is possible to secure a long play time for the user and a high turnover rate for the operator.

That is, according to the first aspect of the present invention, a photographing start acceptance unit for accepting a decision as to whether or not to start playing from photographing a user to editing and outputting the photographed image, and a photographing space. An imaging unit including an image capturing device, an editing unit including an editing device that allows a user to edit a captured image captured by the imaging unit, and an output unit including an output device that outputs edited image data from the editing unit. In the image printing apparatus including the above, a plurality of photographing units are provided so that the photographing spaces are independent from each other, and the user sequentially moves the photographing spaces to photograph in the respective photographing spaces so that the photographing of one play is completed. Multiple editing departments outside the shooting department.
Edit any one of the captured images obtained by the camera
Edited by the user who passed the shooting section after transferring to each section
Each captured image distributed to any one of the parts
So that they can be edited independently. Here, it is preferable that one or more CCD cameras or the like are provided as the image capturing devices of the respective image capturing units.

Therefore, since the user can move the plurality of photographing units in order at regular intervals, it becomes impossible to sit or take a place in the photographing space. If someone remains in the first shooting department, they will not be able to participate in the shooting in the next shooting department.
(Because you will not be able to see yourself), and during the first shooting, the next user who has been waiting in the shooting start reception section outside will come into this shooting section, so be sure that all users are You will move to the next place (process). Further, since the subsequent user also moves at the same time as following the previous user, the time set by the first imaging unit can be set as the rotation rate (minutes / times) of the entire apparatus. For this reason, even when a plurality of users are lined up in the device, the waiting time is much shorter than that in the conventional device, and the waiting time can be clearly calculated (the number of groups in front of me x the first group). Less time to wait).

In addition, configuring a plurality of photographing units determines the number and position of photographing devices such as cameras, the color of the internal background (curtains, etc.), the photographing procedure (method), sound effects, etc. Since it can be set differently, it is possible to create a presentation that does not make the user tired.

Further, a plurality of editing units are provided outside the photographing unit, and a photographed image obtained by the photographing unit is distributed to any one of the editing units and transferred. Each captured image can be edited independently. Therefore, the photographed images of the two sets of users, which are photographed separately at different times, can be independently scribble-edited . Configuration
Even if the user comes out from the last shooting unit at each shooting time ,
Since it is possible to sequentially distribute the edits to a plurality of editing sections, the user's graffiti editing time can be set to a sufficient length of (the number of editing sections × shooting time). For example, the first
When the shooting time in the shooting unit of is set to 2 minutes, even if a plurality of users come out of the shooting unit at the end every 2 minutes, they are distributed to these editing units in order.
The user's graffiti editing time can be set to a sufficient length, for example, 4 minutes or less if there are two editing sections and 6 minutes or less if there are three editing sections.

[0048] Further, an invention according to claim 2, wherein, in the image printing apparatus <br/> claim 1, imaging start accepting portion is provided outside the imaging unit, the intention of the play participant user As a means to confirm , have a coin acceptor or a selection button ,
Further, it is characterized in that it has an instruction means for guiding the movement to the photographing section which is the next process. In this case, there is no loss time from the user entering the shooting space to the start of shooting.

The invention according to claim 3 is the same as claim 1.
In the plurality of image capturing units of the image printing apparatus described in item 1 or 2, the image capturing spaces that are independent from each other are arranged side by side, and a passage means through which a user who communicates with the image capturing spaces can move is provided. It is characterized in that it has an instruction means for guiding the person to the next photographing section or the next editing section.

The invention according to claim 4 is the same as claim 1.
In the image printing apparatus according to any one of Items 1 to 3, the user enters the photographing space of the photographing unit from the photographing start reception unit in the photographing unit at one end of the plural photographing units arranged in parallel. There is an entrance part for the purpose, and the imaging part at the other end is
An exit is provided so that a user who has completed all shooting can move to the editorial department.

The invention according to claim 5 is the same as claim 1.
In the image printing apparatus according to any one of items 4 to 4 , the editing device includes a monitor that displays a photographed image of the user and a programming image into which characters and pictures can be inserted in the edited image. An edit accepting device that can recognize the coordinate position on the monitor surface according to the operation of the user's finger or touch pen is attached integrally, and guides the user's movement to the output unit, which is the next process. The instructing means is configured.

[0052] The invention of claim 6, wherein the claim 1 乃
When the user inputs a coin or accepts a button operation in the image capturing start accepting unit of the image printing apparatus according to any one of items 5 to 5, it is determined whether or not the image is being captured by the first image capturing unit, and the image capturing is performed. If the shooting is not performed, the user is instructed to move to the first imaging unit, and if the shooting is performed, an announcement means is provided for instructing a standby state until the end. .

A claim according to the invention of claim 7
The image printing apparatus according to any one of 1 to 6 sends an instruction of automatic photography or manual photography to the user through a designation means within a preset photography time in a plurality of photography spaces, After the end of shooting, give an instruction to move the user to the next shooting space or the editing unit, and return to the initial state where it is possible to accept the next user in the shooting start reception unit or the shooting space in the previous stage. There is. In this case, it is possible to smoothly guide the user, who has completed the shooting in the shooting unit, to the next shooting or editing process without delay.

Here, the shooting start acceptance section, the first and second shooting sections, and the first and second editing sections are as follows to the user at the time of explanation of the playing method and the end of processing in each process. It is preferable to provide an instruction means such as a monitor or a speaker for guiding the movement to the location. In this case, the movement of the user can be smoothly guided.

The invention according to claim 8 is the same as that of claims 1 to 7.
In any one of the image printing apparatuses, the output unit is provided near the shooting start acceptance unit. In this case, when the user on standby for output desires continuous play, processing at the shooting start acceptance unit can be performed during print output. In addition, the image printing apparatus of the present invention is capable of capturing images for
From the shadow to editing and outputting the captured image
Shooting start acceptance section that accepts the decision whether to start playing
And a photographing section having a photographing space and a photographing device,
An editing device that allows the user to edit the images taken by the department
Outputs the edit section provided and the edited image data from the edit section
An image printing device comprising an output unit equipped with an output device
Therefore, the shooting start reception section is provided outside the shooting section.
As a means to confirm the user's intention to participate in the play,
With a money acceptor or select button, and in the next process
It has an instruction means to guide the movement to a certain imaging unit,
Multiple shooting units are provided with separate shooting spaces.
The user moves sequentially through the shooting space and
Complete one-play shooting by shooting in shadow space
It is characterized by tying. The editing section is located outside the shooting section.
One is the number of images taken by the shooting unit
Was transferred to the editorial department of the
Users are assigned to one of the editorial departments
You may make it possible to edit these captured images independently.
Photographing spaces that are independent of each other are arranged side by side in the plurality of photographing units.
Users who communicate with those shooting spaces may move.
Access means are provided, and users can be added to each shooting space.
Guidance to move to the next shooting department or the next editing department
You may make it have an instruction | indication means. Duplicated in parallel
Of the several shooting units, the shooting unit on one end
For the user to enter the shooting space of this shooting unit from the attachment
An entrance is provided, and the shooting section at the other end finishes all shooting.
There is an exit that allows completed users to move to the editorial department.
You may do it. The editing device is an image taken by the user.
Also, it is possible to insert characters and patterns into this edited image.
A monitor for displaying the programming image is provided.
Depending on the action of the user's finger or touch pen,
An edit acceptance device that can recognize the coordinate position on the monitor surface is
It is physically attached and is the next process.
It constitutes an instruction means to guide the movement of the user to the power unit.
You may do it. At the shooting start reception section,
When the coin insertion or button operation of the user is accepted,
The first shooting unit determines whether or not shooting is being performed, and
If there is no shadow, the first
If you instruct to move to the shooting unit and shooting is in progress,
It has an announcement means for instructing the standby state until the end
You may do it. In multiple shooting spaces,
Within the set shooting time, instructing means for the user
Via automatic shooting or manual shooting via
After the shooting is completed, the user is taken to the next shooting space or edition.
There is an instruction to move to the collection section and there is a shooting start reception section
Or accept the next user in the previous shooting space
You may make it return to the initial state which enables it. The output
The section should be located near the shooting start reception section.
May be.

According to a seventeenth aspect of the present invention, in the image printing method, a photographing start acceptance process for accepting from the user a decision as to whether or not to start photographing and play of editing the photographed image, and use after finishing the photographing start acceptance The shooting process, which consists of a plurality of shooting processes for sequentially moving a person in a plurality of shooting spaces and shooting in each shooting space to complete a series of shooting in one play; A process of sequentially allocating users to any one of the above and independently editing photographed images by different users, and an output process of outputting edited image data created by these editing units from an output device. It consists of multiple groups of users, one for each process or process, so that these groups can be processed in parallel at the same time. That.

According to the eighteenth aspect of the invention, in the image printing method according to the seventeenth aspect , when the user inserts a coin or accepts a button operation in the image capturing start acceptance process, whether the image is captured by the first image capturing section. It is judged whether or not, if the photographing is not performed, the user is instructed to move to the first photographing unit, and if the photographing is performed, the standby state is instructed until the end. I am trying.

The invention described in claim 19 is the same as claim 1.
In the image printing method according to Item 7 or 18, when performing a plurality of image capturing processes in the image capturing process, an automatic image capturing operation or a manual image capturing operation is performed for the user within a preset image capturing time through an instruction unit. After sending the instruction, after the shooting time is over, it issues an instruction to move the user to the shooting unit or the editing process that executes the next shooting process and enables the shooting start acceptance process or the user of the previous shooting process to be accepted. I am trying to return to the initial state.

The invention according to claim 20 is the same as claim 1
In the image printing method according to any one of 7 to 19 ,
A plurality of image capturing processes included in the image capturing process is the same as or shorter than the image capturing process in the previous stage, and within the preset image capturing time, the user is instructed to perform automatic image capturing or manual image capturing through the instruction unit. Is presented and the initial state is set so that the next user can be accepted. For example, regarding the relationship between the required times of the image capturing units at three or more locations, the required time of the second image capturing unit is the first image capturing unit or less, the third image capturing unit is the second image capturing unit, with the first image capturing unit as a reference. The required time for shooting is set based on the following relationship.

Further, the invention of claim 21 is the same as claim 1.
The image printing method according to any one of 7 to 20 ,
A total number of processes and a number of recording areas corresponding to a plurality of processes included in the processes are formed in the control device, and in each recording area, the play condition selected and determined by one user in the shooting start acceptance process, In the photographing process, a plurality of photographing spaces are sequentially moved to temporarily record the photographed images obtained by the photographing process executed, and the editing device edits the respective edited image data edited by the user in the photographing process. The image data is managed for each user group until the output is completed while re-recording the editing process contents, and the total number of processes and the number of groups corresponding to a plurality of processes included in the process are grouped. It enables parallel processing for users. In this case, for each group of users, images sequentially and sequentially shot in a plurality of shooting spaces are temporarily recorded for each group of users and transferred to the designated editing unit, and the plurality of groups are recorded. There is no doubt that users of can edit and output in parallel.

[0061]

BEST MODE FOR CARRYING OUT THE INVENTION The structure of the present invention will be described below in detail based on the embodiments shown in the drawings. FIG. 1 shows an embodiment of an image printing apparatus of the present invention. This image printing apparatus includes a shooting start acceptance unit A that accepts a decision as to whether or not to start playing from shooting a user to editing and outputting the shot image, a shooting space, and a shooting apparatus. A plurality of photographing units B and C, a plurality of editing units D and E including editing devices that allow the user to edit the photographed images captured by the photographing units B and C, and edited images from the editing units D and E An output unit F having an output device for outputting data, and a control device for performing a series of temporary recording and transfer processing of a user's captured image and edited image data, and a capturing space of a plurality of capturing units B, C 13 and 18 are made independent from each other, and the user sequentially moves to the plurality of independent shooting spaces 13 and 18 and shoots in the respective shooting spaces 13 and 18 to complete one-play shooting. .

The common flow of play (processing) in this image printing apparatus is mainly coin insertion, photography, graffiti editing,
Although it will be described in four steps of print output, in the present invention, these are defined as independent process processes, and further, photographing is divided into two or more places (two or more steps) to be an independent process process.

That is, in this embodiment, the first process
(Acceptance of photographing start and its processing) -Second process (first photographing performed in the first program pattern) -third process (second photographing performed in the next program pattern) -fourth process (in the second and third processes) A structure including five processes, that is, a process of performing graffiti editing on a photographed image) and a fifth process (process of printing out a graffiti edited image) will be described.

Furthermore, two graffiti editing points in the fourth process are also provided to reflect the idea of the present invention, and these are intended for different users. (For users) and 4B process (for later users).

Based on the above concept, in the schematic view of the image printing apparatus of the present invention shown in FIG. 1, there are two locations, a first photographing section B (second process) and a second photographing section C (third process). The shooting parts of are arranged side by side in a serial relationship, and between these,
A housing case 1 to which various devices to be described later are mounted in a housed or exposed state is provided.

This housing case 1 outside the apparatus main body (on the front side)
The user R1 will play (photographing and
An imaging start acceptance unit A (first process) for performing acceptance processing to start ( doodle editing) is provided.

Located on the outside (front side) of the apparatus main body, the first
A first editing unit D (fourth A process) and a second editing unit E (fourth B process) are provided on the outer side surfaces of the photographing unit B and the second photographing unit C, respectively.

Below the photographing start acceptance section A (lower part of the front surface of the housing case 1), the first editing section D and the second editing section E are provided.
An output unit F (fifth process) that outputs the edited images edited by and is provided.

In order for the user S1 to move along each process, an entrance 2 is provided in the first imaging section B, an exit 3 is provided in the second imaging section C, and a rear surface side of the housing case 1 is provided. As a passage means through which the user can move from the first photographing unit B to the second photographing unit C, a communication passage 5 on which an openable / closable partition curtain 4 is suspended is provided.

Further, curtains 6 and 7 are provided at the entrance 2 and the exit 3 so that the photographed state cannot be directly seen from the outside.

In the processing from the first process to the fifth process, the flow of the processing when two sets of users are lined up in this apparatus is as follows: the first process ... Processing by A (later user R2 is waiting behind) Second process ... User R1 moves to first imaging unit B and starts imaging (user R2 is imaging start acceptance unit of first process) Processing by A) Third process: User R1 moves to the second imaging unit B and starts imaging (User R2 starts imaging by the first imaging unit A of the second process) Fourth A process: Usage The person S1 moves to the first editing unit D and starts editing (the user R2 starts shooting in the second shooting unit B of the third process) Fourth B process ... The user R1 continues to perform the first editing unit D
Editing (User R2 is the second editor E of the 4B process)
5th process: The user R1 waits for printout at the output unit F (user R2 is continuously editing as the 4B process in the 2nd editing unit E), and the previous use The user R1 and the subsequent user R2 follow each process independently and continuously, and the first editing unit D and the second editing unit E have a plurality of sets of users alternately. Be assigned to.

When a user is buried in each of all these processes, a control device for controlling a maximum of 6 sets of users (R1, R3, R4, R5, R6 and R7 in the figure) in this embodiment. 8 is provided inside the housing case 1.

(Structure of Shooting Start Accepting Section A of First Process) The shooting start accepting section A comprises a coin accepting machine 9, a speaker 10, a monitor 11, and a selection button 12 which are fixed to the front surface of the housing case 1. , And these are electrically connected to the control device 8.

When a predetermined number of 100-yen coins are inserted into the coin accepting machine 9, a monitor 11 mounted on the coin accepting machine 9 displays an explanation of the photographing method and the like from now on. Announcements such as music and explanations are emitted from the speaker 10 provided above the speaker 10.

The user R1 selects a play method such as a shooting play method according to the description of the monitor 11 by using the selection button 12
Is used to select in advance before the start of shooting.

At this time, even if the user R3 who started playing before the user R1 is shooting by the first shooting unit B, conditions such as shooting method are determined during this time, and the user R1 As soon as the photographing of the user R3 by the first photographing unit B is completed, the first photographing unit B is put in the first photographing unit B and stands by.

(Structure of First Photographing Section B in Second Process) The first photographing section B is provided on the right side of the housing case 1 and the first photographing space 13 as a photographing space formed on the right side of the housing case 1. First speaker 14 and first CCD camera 1 provided
5, a first mini monitor 16, and a first lighting device 17, which are also electrically connected to the control device 2.

In this embodiment, the first CCD is used as the photographing device.
Although the camera 15 is selected, this camera may be an analog or digital camera, and the first mini monitor 16 provided in the vicinity of the camera 15 displays a subject image for each shooting so that the user can confirm the image. Reference numeral 14 is provided as an instruction means for informing the user of the timing of shooting, guidance, and the like, and for instructing movement to the second shooting unit C after the end of shooting.

The shooting time in the first shooting section B serves as a reference time for determining the total play time of the present invention and the rotation rate of the apparatus, and the shooting procedure is automatic shooting of several shots according to the programming process, or An operation button (not shown) is provided so that the user can perform photographing and retaking several times within a set time by the operation of the user.

The photographing here is, for example, about 3 shots, and if it is possible to temporarily store these images, it is considered that 2 minutes is an appropriate time including the re-taking time. As described below.

First photographing section B for user R3 in the figure
When the image data captured by the image capturing device is received by the image capturing start receiving unit A, a temporary recording area corresponding to the user R3 is secured in the control device 8, and the image is captured by the second image capturing unit C in this area. While the image data is added, the editing data of the image performed in the editing process is also recorded until the image output is completed.

The first photographing section B prompts the user R3 to perform the first speaker 1 immediately after the photographing is finished (immediately after the set time is finished).
After issuing an instruction to move from No. 4 to the second imaging unit C, the initial state of the imaging start in which the next user R1 can be accepted is returned to.

(Structure of Second Photographing Section C in Third Process) The second photographing section C has the same structure as the first photographing section B and serves as a photographing space formed on the left side of the housing case 1. A second photographing space 18, a second speaker (not shown), a second CCD camera, a second mini monitor, and a second illumination device (not shown) are provided on the left side surface of the housing case 1, and these are also electrically connected to the control device 8. .

The photographing time in the second photographing section C is the same as that in the first photographing section B.
It is set to be the same as or shorter than that, and the user R4 exits from the exit 3 at the same time as or earlier than the time when the user R3 moves from the communication passage 5.

Immediately after the photographing by the second photographing section C is completed, the user R4 is moved to the first editing section D or the second editing section E from a second speaker (not shown), as judged by the control device 8. Instructions are issued.

(Structure of First Editing Section D of Process 4A) The first editing section D is provided outside the main body on the side of the first shooting section B, and is provided as a tool for enjoying scribble editing of the photographed image of the user R5. The first editing device 19 and the speaker 20 as a means for issuing guidance during editing or issuing an instruction after the editing is completed,
It is attached to this outer surface.

The first editing device 19 includes the first editing monitor 2
1, a touch panel 22 integrally attached to the surface of the touch panel 1, and a scribble pen 23 provided in the vicinity of the touch panel 22.

In the state of FIG. 1, the first editing monitor 2
On the first screen, a plurality of photographed images photographed by the user R5 by the first photographing unit B and the second photographing unit C and an editing screen by a program for assisting the input of graffiti are displayed.

[0089] graffiti pen 23 is electrically connected to the controller 8 with the touch panel 22, a first editing unit 19, touched on the edit screen on the first editing monitor 21 makes a successful
A signal from the touch panel 22 that senses this coordinate position is reflected on the writing pen 23 in a program so that the image can be edited continuously and continuously.

There is also a type of touch panel 22 that is sensed by the touch of a human fingertip.

The graffiti editing time of the first editing section D is set to be equal to or less than twice the set time of the second photographing section C.

After the editing is completed, the edited image data made by the user R5 is sent from the control device 8 to the output section F, and thereafter, the edited image data in the temporary recording area temporarily reserved for the user R5 is stored. The data is cleared, and this temporary recording area is used again by a new user at the shooting start section A.

After the graffiti editing is completed, the user R5 is instructed by the speaker 20 to move to the output unit F.

(Structure of the second editing unit E of the 4th B process) The second editing unit E has the same structure as the first editing unit D, and includes the second editing monitor 24, the touch panel 25, and the graffiti pen 26.
And a speaker 28.

A first editing section D and a second editing section E provided at two locations.
In this case, a plurality of sets of users who move in order from the second imaging unit C are distributed alternately or in sequence, and by this system, they move from the second imaging unit C every two minutes. It is possible to edit graffiti in about 4 minutes, which is twice as long as that of users.

From the idea of the present invention, these graffiti editing points can be increased to three or more, and the length of the graffiti time at that time is the time of the second photographing section C × the number of graffiti editing points. Becomes

(Structure of the Output Section F of the Fifth Process) After the graffiti editing of the image, the final image output process is performed, and the process is located below the photographing start acceptance section A and is stored in the storage case 1.
A print sticker take-out port 29 is provided in the lower front portion of the printer 3, and the printer 3 electrically connected to the control device 8 is provided inside the housing case 1 corresponding to the print sticker take-out port 29.
0 is set.

Since the position of the output section F is provided below the photographing start acceptance section A, the user R7 is waiting for the output in the figure, but the user R7 plays the continuous play. If desired, the users can be lined up behind the user R2 during the printing, and if there are no users R1 and R2, coins can be immediately inserted, and the processing at the photographing start acceptance unit A is advanced.

(Explanation of overall control by the block diagram of FIG. 2) FIG. 2 shows a block diagram of the present apparatus. A CPU (Centoral Processing Unit) 301 provided in the control unit 8
Controls the entire apparatus and each processing unit through a bus 303 by a program stored in a ROM (Read Only Memory) 302.

A RAM (Random Access Memory) 304 is
The driver 306 has a function of temporarily storing control data from the CPU 301, work data from each processing unit, etc. according to the status of each processing unit, and the driver 306 has a function of driving a recording medium 307 such as a CDROM. To do.

Further, a temporary recording device (hard disk or the like) 305 capable of rewriting and storing data provided in the control device 8
Are the users R1 to R7 who play in sequence with the present device.
On the other hand, photographed images, edited image data, etc. are classified into one-to-one recording areas (files / folders, etc.) corresponding to each user, at least from the start of photographing acceptance until the end of output. It is used as one method to manage it.

In the present embodiment, each processing unit has a photographing start acceptance unit A, a first photographing unit B, a second photographing unit C, and a first editing unit D.
The second editing unit E and the output unit F are configured.

The photographing start acceptance section A issues a signal when the user R1 inserts a coin, etc., and the control unit 8 causes the monitor 11 to receive a signal.
The speaker 10 is explained through the selection button 12 how to use it, decides the type of selection of how to play, etc., determines the operating state of the first imaging unit B, which is the next process, and determines the user R1. Is a process until the first demo screen (standby state) is reached when the instruction to guide the camera to the first shooting space 13 or to wait is transmitted, and when the instruction to move to the first shooting unit B is completed. .

In the first photographing space 13, the first photographing unit B selects the user R3 freely (in this case, a selection button is required although not shown in FIG. 1) or by a program pattern. The photographing is performed several times in a certain time, and at the end of the photographing, the user R3 is instructed to move to the second photographing space 18 through the first speaker 14, and the next user R1 is also indicated. One process is to return to an acceptable state.

The second photographing section C has the same system as that of the first photographing section B, but is controlled by the control device 8 based on the setting of the photographing time shorter than the first photographing section B or at the same time, and the photographing is performed. At the end, set the user R4 to the first
A movement guide is issued to one of the editing unit D or the second editing unit E,
After that, the process until returning to the standby state in which the next user R3 from the first image capturing unit B can be accepted is one process.

If the first editing section D and the second editing section E are in a state where a plurality of sets of users are playing continuously as in the state shown in FIG. Thus, the graffiti editing process is performed on each of the image data from the temporary recording device 305, which corresponds to the users R5 and R6 sent out from the second photographing section C independently, and the photographed images of both are recorded. After the set time, which is about 4 minutes in the case of the present embodiment, is instructed to move to the output unit F, and the final edited image data here is sent to the printer 30, and then the next user is sent. One process is to return to an acceptable standby state.

The output section F uses one process until the printer 30 finishes outputting the image data.

Next, an example of the processing of this apparatus will be described with reference to the flowcharts shown in FIGS. FIG. 3 shows a processing flow of this device. After the power of the main body is turned on, an initialization process is first performed (step 1). Then, for each user, a reception process (step 2), a first shooting process (step 3), a second shooting process (step 4), a first image editing process or a second image editing process (step 5A or step). 5B) and the image output process (step 6) are sequentially performed. Here, acceptance processing (step 2), first shooting processing (step 3), second shooting processing (step 4), first
Image editing process (step 5A), second image editing process
(Step 5B) and the image output process (Step 6) are independent processes, and can be processed in parallel. Each process will be described in detail below.

FIG. 4 shows an example of a detailed flowchart of the initialization process (step 1). In the initialization process of this embodiment, the control distribution flag, the shooting flag,
Initial values are stored in the first editing flag and the second editing flag, respectively (steps 101 to 104).

The control distribution flag is used to determine whether the user is to be distributed to the first editing section D or the second editing section E, and has a value of 0 or 1. When the control distribution flag is 0, the user is distributed to the first editing unit D in principle. On the other hand, when the control distribution flag is 1, the user is basically distributed to the second editing unit E. An initial value of 0 is stored in the control distribution flag (step 101).

The shooting flag is used to determine whether or not there is a user who is shooting in the first shooting section B, and has a value of 0 or 1. If the shooting flag is 0,
This means that no user is photographing in the first photographing unit B. A shooting flag of 1 indicates that there is a user who is shooting in the first shooting unit B. The shooting flag is set to 0 as an initial value (step 10).
2).

The first editing flag or the second editing flag is used to determine whether or not there is a user who is editing in the first editing section D or the second editing section E, respectively. Or it takes a value of 1. First editing flag is 0
In the case of, it means that no user is editing in the first editing unit D. When the second editing flag is 0, it means that no user is editing in the second editing section E. When the first editing flag is 1, it means that there is a user who is editing in the first editing unit D. When the second editing flag is 1, it means that there is a user who is editing in the second editing section E. 0 is stored as an initial value in each of the first editing flag and the second editing flag (step 103, step 104).

Next, FIG. 5 shows an example of a detailed flowchart of the reception process (step 2). In the reception processing of the present embodiment, first, a demo screen is displayed on the monitor 11 so that the monitor 11 is ready for reception, that is, in a reception waiting state (step 20).
1). For example, under the control of the CPU 301, a CD-ROM
Data for the demo screen is read from the recording medium 307 such as the above and displayed on the monitor 11 via the bus 303. Here, for example, in the present embodiment, when the coin receiving machine 9 receives a payment, an interrupt signal (hereinafter referred to as a payment input signal) is sent to the CPU 301. The payment input signal from the coin accepting machine 9 is the CPU 30.
The demo screen is displayed until it is confirmed by 1 (step 202; No, step 201). On the other hand, when the CPU 301 confirms the payment input signal from the coin accepting machine 9 (step 202; Yes), the process proceeds to the following steps.

That is, in the temporary recording device 305, a user-specific recording area (hereinafter referred to as a user-specific recording area).
Is provided (step 203). In the present embodiment, for example, this individual user recording area is a temporary recording area assigned to each individual user until the final image data is transferred to the printer 30. This user individual recording area is provided with an area in which setting information such as play contents is recorded, an area in which a user distribution flag is recorded, and an area in which image data is recorded.

Next, a necessary explanation will be announced regarding how to play the shooting (step 204). The announcement may use one or both of a voice message using the speaker 10 and a screen message using the monitor 11. Then, the selection of the play method (how to play regarding shooting) or the like is accepted (step 205). In the present embodiment, the selection of the playing method or the like by the user is performed by the selection button 12. The content selected by the selection button 12 is recorded in the individual user recording area as setting information such as the individual play content of the user (step 206).

Here, for example, in the present embodiment, in principle, the user allocates the first editing section D and the second editing section E alternately. Therefore, for example, the following processing is performed. That is, it is confirmed whether the control distribution flag is 0 (step 207). If the control distribution flag is 0 (step 207; Yes), 0 is stored in the user distribution flag in the individual user recording area (step 208). When the distribution flag for users is 0, the users are in principle the first
It is distributed to the editorial department D. Then, in order to distribute the subsequent users to the second editing unit E, the control distribution flag is set to 1
(Step 209). On the other hand, if the control distribution flag is 1 (step 207; No), 1 is stored in the user distribution flag in the user individual recording area (step 210). When the user distribution flag is 1, the user is basically distributed to the second editing unit E. Then, the control distribution flag is changed to 0 in order to distribute the subsequent users to the first editing unit D (step 211). Through the above processing, the subsequent user can be assigned to an editing unit different from the preceding user.

Then, it is confirmed whether or not there is a user who is photographing in the first photographing section B. Therefore, in the present embodiment, it is confirmed whether the shooting flag is 0 (step 212). If the shooting flag is not 0 (step 2)
12; No), which means that the preceding user is shooting in the first shooting unit B. Therefore, the user is instructed to wait (step 213). On the other hand, if the shooting flag is 0 (step 212; Yes), it means that there is no preceding user shooting in the first shooting unit B. Therefore, the user is instructed to move to the first imaging unit B (step 214). It should be noted that the standby or movement instruction may use one or both of a voice message using the speaker 10 and a screen display message using the monitor 11. Then, the address in the temporary recording device 305 of the user individual recording area is notified to the first photographing process which is the next process (step 215).
The notification can be realized, for example, by writing the address in a specific area in the temporary recording device 305 and reading the data in the specific area in the temporary recording device 305 during the first shooting process.

From the above, regarding a certain set of users,
The acceptance process ends. When there is a subsequent user, the next reception process is subsequently performed for the subsequent user.

Next, FIG. 6 shows the first photographing process (step 3).
An example of a detailed flow chart is shown. In the first shooting process of this embodiment, first, the user individual recording area to be processed is specified based on the address of the user individual recording area notified by the reception process (step 30).
1). Then, 1 is stored in the shooting flag (step 302). As a result, the reception processing recognizes that there is a user who is photographing in the first photographing unit B. Then, the first timer is started (step 303).
Shooting is performed based on the setting contents such as the playing method recorded in the individual user recording area (step 304).
The captured image data is stored in the individual user recording area (step 305). Then, the shooting time indicated by the first timer is a predetermined time limit (for example, 2 minutes).
It is confirmed whether it is less than (step 306). It is also possible to take a plurality of times within the time limit (step 306; Yes, step 304, step 305).

When the photographing time indicated by the first timer exceeds the time limit (step 306; No), the user is instructed to move to the second photographing section (step 307). still,
One or both of a voice message using the speaker 14 and a screen message using the monitor 16 may be used as the movement instruction. Then, the second photographing process, which is the next process, is notified of the address in the temporary recording device 305 of the user individual recording area (step 308). Then, the shooting flag is changed to 0 (step 309). As a result, the reception process recognizes that there is no user who is shooting with the first shooting unit B.

From the above, regarding a certain set of users,
The first shooting process ends. If there is a subsequent user, the subsequent first shooting process is subsequently performed on the subsequent user.

Next, FIG. 7 shows the second photographing process (step 4).
An example of a detailed flow chart is shown. In the second photographing process of the present embodiment, first, the user individual recording area to be processed is specified based on the address of the user individual recording area notified from the first photographing process (step 40).
1). Then, the second timer is started (step 402). Then, photographing is performed based on the setting contents such as the playing method recorded in the individual user recording area (step 403). The photographed image data is stored in the individual user recording area (step 404). Then, it is confirmed whether or not the shooting time indicated by the second timer is less than a predetermined time limit (for example, 2 minutes) (step 405). It is also possible to take a plurality of times within the time limit (step 405; Yes, step 40
3, step 404).

When the photographing time indicated by the second timer is equal to or longer than the time limit (step 405; No), the movement to the first editing section D or the second editing section E is instructed. Here, in principle, the user has the first editing unit D and the second editing unit E
It is distributed alternately. In this case, due to individual differences in the time required for the graffiti editing of each user, etc., the first editing unit E is still available and the first editing unit D is in use, but the first editing unit D is in use. It is possible that an instruction to move to the section D is given. Therefore, for example, in the present embodiment, in order to avoid inefficiency, exception processing as described below is performed.

That is, it is confirmed whether or not the user distribution flag recorded in the target individual user recording area is 0 (step 406). User sorting flag is 0
In the case of (step 406; Yes), the user is in principle assigned to the first editing unit D. Therefore, the first editing section D is currently in use (first editing flag = 1).
Moreover, it is confirmed whether or not the second editing section E is in an exceptional state of not being used (second editing flag = 0) (step 407). If it is not in such an exceptional state (step 407; No), the user is instructed to move to the first editing unit D (step 40).
8). On the other hand, if it is in such an exceptional state (step 407; Yes), the user is instructed to move to the second editing unit E (step 411). Similarly,
When the distribution flag for users is 1 (step 406; N)
o), in principle, the user is assigned to the second editorial department E. Therefore, at the present time, an exceptional state that the second editing section E is in use (second editing flag = 1) and the first editing section D is not used (first editing flag = 0) Confirm whether or not (step 41)
0). If it is not in such an exceptional state (step 410; No), the user is instructed to move to the second editing unit E (step 411). On the other hand, if it is in such an exceptional state (step 410; Y
es), and instructs the user to move to the first editing unit D (step 408). The first editing unit D or the second editing unit E
One or both of a voice message using the speaker 14 ′ and a screen display message using the monitor 15 ′ may be used as the instruction to move to.

Then, the first image editing process or the second image editing process, which is the next process, is notified of the address in the temporary recording device 305 of the user individual recording area corresponding to the user. In addition, when notifying the address,
The first user may be in the process of performing the first image editing process or the second image editing process. Therefore, for example, in the present embodiment, a queue area of the first-in first-out system is provided in the temporary recording device 305 for the first image editing process or the second image editing process, and the address of the individual user recording area is set to the queue. (Step 409 or step 412).

As described above, for a certain set of users,
The second shooting process ends. If there is a subsequent user, the subsequent second shooting process is subsequently performed on the subsequent user.

Next, FIG. 8 shows an example of a detailed flowchart of the first image editing process (step 5A). In the first image editing process of this embodiment, the user individual recording area to be processed is specified based on the address at the head of the queue for the first image editing process (step 501).
A). Then, 1 is stored in the first editing flag (step 502A). As a result, it is recognized that the first editing unit D is in use in the second shooting process. And
The image data stored in the user individual recording area to be processed is read into, for example, the work area in the temporary recording device 305 (step 503A). Then, the third timer is started (step 504A). The user edits graffiti on the image data read in the work area (step 505A). For example, in the graffiti editing in this embodiment, is the user inputting the graffiti end button displayed on the touch panel 22 (step 506).
A; Yes), until the editing time indicated by the third timer becomes equal to or longer than a predetermined time limit (for example, 4 minutes) (step 507A; No).

When the user inputs the end-of-graffiti button (step 506A; Yes) or when the editing time indicated by the third timer exceeds the time limit (step 507A; No), the image edited in the work area is displayed. The data is recorded in the user individual recording area (step 508A). Then, the edited image data in the individual user recording area is transferred to the memory provided in the printer 30 (step 509A). For example, the edited image data is adjusted in layout and the like so as to correspond to the output paper of the printer 30, converted into a data format for print output, and added to the printer queue as a print job. Then, the user is instructed to move to the printer 30 (step 510A). The movement instruction may use one or both of a voice message using the speaker 20 and a screen display message using the monitor 21. Then, the data in the individual user recording area is cleared (step 511A). The cleared area of the temporary recording device 305 becomes an empty area and can be used as a user individual recording area for a new user. Then, the first editing flag is changed to 0 (step 512A). As a result, it is recognized that the first editing unit D is empty in the second shooting process.

Incidentally, also in the second image editing process (step 5B) shown in FIG. 9, the same process as the above-mentioned first image editing process is performed. That is, the user individual recording area to be processed is specified based on the address at the head of the queue for the second image editing processing (step 501B). Then, 1 is stored in the second editing flag (step 50).
2B). Then, the image data stored in the individual user recording area to be processed is read into the work area in the temporary recording device 305 (step 503B). Then, the fourth timer is started (step 504B). The user edits graffiti on the read image data (step 505B). In the graffiti editing, whether the user inputs the graffiti end button displayed on the touch panel 25 (step 506B; Yes), or the editing time indicated by the fourth timer is a predetermined time limit (for example, 4 minutes) or more. (Step 507B; N
o), continue. When the user inputs the graffiti end button (step 506B; Yes) or when the editing time indicated by the fourth timer exceeds the time limit (step 507B; No), the image data edited in the work area is It is recorded in the user individual recording area (step 508B). Then, the edited image data in the individual user recording area is transferred to the memory provided in the printer 30 (step 509B). Then, the user is instructed to move to the printer 30 (step 511).
B). After that, the data in the individual user recording area is cleared (step 510B). Then, the second editing flag is changed to 0 (step 512B).

As described above, for a certain set of users,
The first image editing process or the second image editing process ends.
When there is a subsequent user, the subsequent first image editing process or second image editing process is subsequently performed on the subsequent user.

In the image output process (step 6), the print jobs accumulated in the printer queue are sequentially printed out. The image output processing in this embodiment is processing by a well-known printer, and thus detailed description thereof will be omitted. In order to recover after a power failure, a non-volatile recording device (for example, a hard disk or the like) is provided with a user individual recording area, a control distribution flag, a shooting flag, a first editing flag, a second editing flag, The contents of a print job or the like may be recorded.

As described above, in the image printing apparatus according to the present embodiment having the two photographing sections and the editing section shown in the flow charts of FIGS. 3 to 9, the photographing start acceptance section (first process), the first
Imaging unit (second process), second imaging unit (third process), first editing unit (fourth A process), second editing unit (fourth B process), output unit (fifth process), and independent structure And since the system is used, the minimum number of users that can be processed at one time by one device is 6 sets, and if the shooting section or editing section is added, the number of processing can be increased by that number. it can. This processing state is shown in FIG.
7, the second user corresponds to R6, the third user corresponds to R5, the fourth user corresponds to R4, the fifth user corresponds to R3, and the sixth user corresponds to R1. The situation at this time will be described with reference to the time scale in FIG. 10. Even when a plurality of sets of users start playing continuously with this device, each process is consumed every two minutes, and FIG. 7 shows the state when the time elapses at the time of "T", and it is clearly shown that at the maximum operation, up to 6 sets of simultaneous processing are performed, and that the rotation is surely performed every 2 minutes.

11 to 13 show another embodiment. This image printing device can secure up to 6 minutes of graffiti editing time without changing the shooting time of the first shooting unit by providing the editing units at three locations. Figure 1
In the embodiment, since the shooting time in the first shooting unit B is set to 2 minutes, the device rotation rate of "2 minutes / time" is obtained, but the graffiti editing time at this time is about 4 minutes. Although it has been secured, it is desirable for the operator to give a more relaxed graffiti editing time while maintaining the turnover rate of 2 minutes. This is made possible by the fact that FIGS.
3 is the device shown in FIG.

In the other embodiment, in order to increase the installation efficiency of the entire apparatus, the floor of the first photographing section Bb is raised, and the third editing section Gg is provided below the floor, and the first photographing section Bb of the first photographing section Bb is provided. A first editing unit Dd is provided on the right side of the outer side surface, and a second editing unit Ee is provided on the outer front surface of the second photographing unit Cc.

In order to enter the first photographing section Bb, a step 31 is provided in the vicinity of the entrance 2, and the vicinity of the step 31 is used as the output section Ff, the printer 30 is provided in the step 31, and a print sticker is provided on the front surface thereof. There is an outlet 29, and
In the third editorial department Gg, so that you can sit down and do graffiti editing,
A chaise longue 32 is provided.

In this embodiment, the first photographing section Bb is used for sitting and the second photographing section Cc is used for standing, so that the user can enjoy a considerably different photographing environment. Further, as shown in FIG. 12 seen from the plane and FIG. 13 seen from the back side, by forming the communication passage 5 into a slide shape, it is possible to provide an interesting structure with increased playability for the user.

Further, in this embodiment, the second photographing section C
The user who has finished shooting in c has a process flow in which the user is sequentially assigned to the first editing unit Dd, the second editing unit Ee, and the third editing unit Gg.

The above embodiment is an example of the preferred embodiment of the present invention, but the present invention is not limited to this, and various modifications can be made without departing from the gist of the present invention. For example, although not shown, it is possible to use two or more printers for the output section and to allow the user to select a desired type by combining different types (printing methods, etc.). Even if the stand breaks down, the other can make up for it. In addition, in the present embodiment, the plurality of photographing units B and C are arranged in parallel and the photographing spaces 13 and 18 are connected to each other by the communication passage 5, but the present invention is not limited to this, and the photographing units are not limited thereto. They may be installed separately as independent structures. In this case, the user once exits the housing (imaging space) of the device body provided with the first image capturing unit, and then the device body provided with the second image capturing unit at a remote place. The shooting of one play may be completed by entering the housing (shooting space). In this case, the layout can be freely changed according to the shape and size of the space where the image printing device is installed, and further, while moving between a plurality of image capturing units, other stores or exhibitions in the store or in the facility. Items can be exposed to users.

[0139]

As is apparent from the above description, the image printing apparatus according to the present invention is provided with two or more photographing locations,
Since we have realized a structure and system in which the user moves or is forced to move at regular intervals, with a structure that expects all users to completely exit from the shooting location where there is only one location, such as with conventional equipment. However, the first shooting location is always free after a certain time, the next user can start shooting without any delay, and a reliable rotation rate within the set time is secured. What's more, even though the user has less waiting time,
You will be satisfied that you will be able to use the device longer.

Further, since the image printing apparatus according to the present invention is provided with the photographing start acceptance section (coin acceptance machine) on the outside of the main body, the acceptance processing is completed during the photographing by the previous user, and the location of the former photographer is completed. Since it is possible to move to the shooting location almost at the same time as moving, there is no time loss until the start of shooting. Further, for the operator of the apparatus, since the user cannot spend an unnecessary time from entering the shooting space to starting the shooting, the turnover rate becomes high, so that the sales can be expected to increase.

Since the image printing apparatus according to the present invention is provided with a plurality of editing locations to accommodate different users,
For the user, it is possible to secure an editing time that is a multiple of the rotation rate (time / time) of the device. As a result, the rotation rate of the device (time /
Even if the number of times is increased, the total shooting time and graffiti editing time that the user can enjoy as a real play can be set longer than ever. It is possible to provide satisfaction to both the device operator and the user.

For example, in the conventional apparatus shown in FIG. 14, the user's substantial play time (2 minutes for photographing + 2 minutes for scribbling ) is 4 minutes, and the rotation rate of the apparatus is 6 minutes / time. On the device, the play time (3 minutes for shooting, 3 for graffiti) is limited only when the user is replaced under the guidance of the staff in the store.
By setting the minute to 6 minutes, a reliable maximum rotation rate (the rotation rate is 4 minutes (range K in FIG. 5) / time) can be realized. In contrast,
Image printing apparatus of the present invention, when having an editing section two photographing unit, the user of playtime (second and third process a total of 4 minutes shooting time + 4 minutes drop in the 4A Process
8 minutes (maximum time never before) can be secured for writing and editing, while the rotation rate of the device (depending on the setting time of the second process) is 2 minutes / time (high rotation never seen before) Rate) and a device that makes both users and operators very satisfied.

In the image printing apparatus according to the present invention, the output section is provided outside the apparatus main body and in the vicinity of the photographing start acceptance section. Has clearly realized a system in which the behavior of the user is different (especially when the user wants to play continuously). In other words, when users play continuously, even if the device has a conventional output unit externally, many users start to insert coins after confirming the output result, so that more output will be made during the loss time. In addition to time, which causes a considerable decrease in rotation efficiency, in the present invention, it is possible to perform reception processing at the shooting start reception unit from that location even during output, and if the user finishes print output, Even if you are standing in front of the shooting start reception unit, if it is outside the device, if there is another user who wants to use it, the device will either proceed with the reception process or the rotation time is guaranteed. It is a system in which it is very unlikely that the phenomenon of lowering the rotation efficiency of the main body of the device will be given to the applicant first.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of an image printing apparatus of the present invention.

FIG. 2 is a block diagram showing a configuration example of an embodiment of the image printing apparatus.

FIG. 3 is a flowchart illustrating an embodiment of processing of an image printing method according to the present invention.

FIG. 4 shows an example of a detailed flowchart of the initialization process (step 1) of the flowchart of FIG.

5 shows an example of a detailed flowchart of the acceptance process (step 2) of the flowchart of FIG.

FIG. 6 shows an example of a detailed flowchart of the first photographing process (step 3) in the flowchart of FIG.

FIG. 7 shows an example of a detailed flowchart of the second photographing process (step 4) in the flowchart of FIG.

8 shows an example of a detailed flowchart of the first image editing process (step 5A) of the flowchart of FIG.

9 shows an example of a detailed flowchart of the second image editing process (step 5B) of the flowchart of FIG.

10 is an example of a time scale of the image printing apparatus of the embodiment shown in FIG.

FIG. 11 is a perspective view showing another embodiment of the image printing apparatus of the present invention.

12 is a plan view of the image printing apparatus of FIG.

13 is a rear view of the image printing apparatus of FIG.

FIG. 14 is a perspective view showing a conventional general image printing apparatus.

FIG. 15 is a perspective view of a conventional image printing apparatus developed in recent years.

FIG. 16 is a time scale showing a case where four groups of users play twice in the image printing apparatus according to the present invention.

FIG. 17 is a diagram of the device of FIG.
It is a time scale showing the case where the player has played consecutively.

FIG. 18 is a time scale showing a case where four users in the device of FIG. 15 play twice according to the rules of the device.

FIG. 19 is a time scale showing a case where four users in the apparatus of FIG. 15 continuously play twice in an occupied state.

[Explanation of symbols]

1 Storage Case 2 Entrance 3 Exit 4 Middle Partition Curtain 5 Communication Passages 6 and 7 Curtain 8 Control Device 9 Coin Acceptor 10 Speaker 11 Monitor 12 Select Button 13 First Photographing Space 14 First Speaker 15 First CCD Camera 16 First Mini Monitor 17 First lighting device 18 Second shooting space 19 First editing device 20, 28 Speaker 21 First monitor for editing 22,25 Touch panel 23, 26 Graffiti pen 24 Second monitor for editing 27 Second editing device 29 Print sticker take-out port 30 Printer 31 Step 32 Chaise longue R1, R2, R3, R4, R5, R6, R7 User A, Aa Photographing start acceptance section B, Bb First photographing section C, Cc Second photographing section D, Dd First editing section E, Ee Second editing unit F, Ff Output unit Gg Third editing unit 301 CPU 302 ROM 303 Bus 304 RAM 3 5 Temporary recording device 306 Driver 307 Recording medium First process time Second process time Third process time A Fourth A process time (first edit) B Fourth B process time (second edit) Fifth process time Loss time until coin insertion Shooting time Graffiti editing time Print time K Device rotation time Wt when the user complies with the rule that the shooting location is always given when the user edits graffiti Waiting time T before playing outside the device T shown in FIG. In the state (6 players are playing and 1 person is waiting) Fa in FIG. 16, each waiting time until four groups of users finish taking two images, and the end time Fb in FIG. Each waiting time until the group of users finishes taking two images, and the maximum end time Fc In FIG. 18, each waiting time until four groups of users finish taking two images Time and end time Fd Four sets of waiting times when the shooting time and the graffiti editing time of the device of FIG. 2 according to FIG. 19 are reduced by 2 minutes

Claims (21)

(57) [Claims] 1. A photographing start acceptance unit that accepts a decision as to whether or not to start playing from photographing a user to editing and outputting the photographed image, and a photographing unit including a photographing space and a photographing device. And an image printing apparatus including an editing unit including an editing device that allows the user to edit a captured image captured by the imaging unit, and an output unit including an output device that outputs edited image data from the editing unit. in the imaging unit is independent from each other imaging space has multiple, so the user is completed the shooting of one play by taking shooting space respectively sequentially moving the imaging space, the editing There are multiple parts outside the imaging part, and the imaging part
Allocate the obtained captured images to one of the editorial departments
A user who has transferred and passed through the shooting unit is
Each captured image is independently divided into one gap
An image printing device characterized in that it can be edited . 2. The photographing start acceptance section is provided outside the photographing section, and has a coin acceptor or a selection button as means for confirming the user's intention to participate in play.
The image printing apparatus according to claim 1, further comprising an instruction unit that guides movement to the photographing unit which is the next process. 3. The plurality of photographing units are provided with photographing spaces which are independent of each other, and are provided with a passage means for communicating the photographing spaces to allow the user to move. 3. The image printing apparatus according to claim 1 , further comprising an instruction unit that provides guidance for moving the image capturing unit or the next editing unit. 4. juxtaposed more of the imaging unit, the imaging unit at one end, the user from the imaging start accepting unit inlet portion for entering the imaging space of the imaging unit provided, the imaging portions in the other end, according to one of claims 1 to 3, characterized in that the user has been completed all photography is provided an outlet portion that may be moved to the editing unit Image printing device. Wherein said editing device, the user of the photographed image and monitor letters or figures, etc. to display the programming images that can be inserted is provided for the edited image, this monitor, a finger of the user Alternatively, an edit acceptance device capable of recognizing the coordinate position on the monitor surface according to the operation of a touch pen or the like is integrally attached, and further guides the movement of the user to the output unit, which is the next process. 5. An instruction means is configured, and the instruction means is constituted .
The image printing apparatus according to any one of claims. 6. The imaging start accepting unit, upon receiving a coin or button operation of the user, and determines whether or not taken by the first of the imaging unit is being performed,
If shooting is not performed, it is necessary to have an announcement means for instructing the user to move to the shooting unit for the first time, and if shooting is being performed, instructing a standby state until the end. An image printing apparatus according to any one of claims 1 to 5, characterized in that: 7. In the plurality of photographing spaces, an instruction for automatic photographing or manual photographing is sent to the user through the instruction means within a preset photographing time,
After the shooting is completed, an instruction to move the user to the next shooting space or the editing unit is issued, and the initial state is set to allow the next user in the shooting start reception unit or the previous shooting space to be accepted. The image printing apparatus according to claim 1, wherein the image printing apparatus is an image printing apparatus. 8. The apparatus according to claim 1, wherein the output unit is provided in the vicinity of the shooting start acceptance unit .
The image printing apparatus according to any one of claims. 9. It was taken from the shooting for the user
Whether to start playing until the image is edited and output
The shooting start reception section that accepts the decision of
An image capturing unit including a shadow device, and an image captured by the image capturing unit
An editing unit including an editing device that allows the user to edit an image
And an output device for outputting edited image data from the editing unit
In an image printing apparatus comprising an output section equipped with The shooting start reception unit is provided outside the shooting unit, and
User's intention to participate in play As a means to confirm the indication
Have a coin acceptor or a selection button, and
It has an instruction means to guide the movement to the imaging unit
And A plurality of shooting units are provided so that shooting spaces are independent from each other.
The user moves sequentially through the shooting space.
One shot by shooting in each shooting space
An image printing device characterized by completing the shooting of b. 10. A plurality of the editing units are provided outside the photographing unit.
One of the captured images obtained by the imaging unit
Is transferred to the editorial department of the company and passed through the shooting department.
Users who have been assigned to one of the editorial departments
The feature is that each captured image can be edited independently
The image printing apparatus according to claim 9. 11. The plurality of image capturing units are independent of each other.
Shadow spaces are arranged side by side to connect these shooting spaces
A means of passage through which the user can move is provided, and
Move the user in the shadow space to the next shooting unit or the next
It must have an instruction means to guide you to move to the editorial department.
The image printing device according to claim 9 or 10, characterized in that
Place 12. The method according to claim 12, Of the plurality of imaging units arranged side by side,
The image capturing unit at one end is provided with the information from the image capturing start receiving unit.
Entrance for the user to enter the shooting space of this shooting unit
Is provided, and the shooting section at the other end has finished shooting all
An exit is provided to allow the user to move to the editor.
The method according to any one of claims 9 to 11, characterized in that
Image printing device. 13. The editing device is a photographed image of the user.
Characters and pictures can be inserted into the image and this edited image
A monitor is provided to display the programming image.
The monitor can be used for the operation of the user's finger or touch pen.
In response to the edit position, the coordinate position on the monitor surface can be recognized.
Attached device, and the next process
Finger that guides the movement of the user to the output unit
9. The display means is configured as shown in FIG.
2. The image printing device according to any one of 2. 14. In the shooting start acceptance section,
When the coin insertion or button operation of the user is accepted,
It is the first time to judge whether or not shooting is being performed in the shooting section.
However, if the shooting is not done,
The first movement was instructed to move to the shooting section, and shooting was performed.
If you have an announcement hand
14. The method according to claim 9, further comprising a step.
An image printing apparatus according to claim 1. 15. In multiple shooting spaces,
Means to instruct the user within the set shooting time
If you send an instruction for automatic or manual shooting via
In addition, after the shooting is completed, the user can move to the next shooting space.
Will issue an instruction to move to the editorial department and
The next reception in the first reception area or the shooting space at the front
Characterized by returning to the initial state that enables acceptance of users
The image printing device according to any one of claims 9 to 14.
Place 16. The output unit of the shooting start acceptance unit
It is provided in the vicinity, and it is characterized by the above-mentioned.
5. The image printing device according to any one of 5 above. 17. A shooting start acceptance process for accepting from the user a decision as to whether to start shooting and an edit play for the shot image, and moving the user who has finished the shooting start acceptance to a plurality of shooting spaces sequentially. A shooting process consisting of a plurality of shooting processes that completes a series of shootings by shooting in each shooting space, and a user who has completed the shooting process is sequentially assigned to one of a plurality of editing units. It consists of a process of allocating and editing the captured images independently by different users, and an output process of outputting the edited image data created by these editing units from the output device. Alternatively, an image printing method is characterized in that one group is placed for each processing, and parallel processing can be simultaneously performed on the plurality of groups. 18. In the photographing start acceptance process,
When accepting the coin insertion or button operation of the user, it is determined whether or not the image is first captured by the image capturing unit. If the image capturing is not performed, the first 18. The image printing method according to claim 17, further comprising a process of instructing a movement to the photographing unit and, when photographing is being performed, instructing a standby state until the photographing is completed. 19. In the photographing process, when executing a plurality of photographing processes, an instruction for automatic photographing or manual photographing is given to the user within a preset photographing time through a monitor display or voice. And send an instruction to move the user to a shooting unit or an editing process that executes the next shooting process after the shooting time ends, and it is possible to accept the user of the shooting start acceptance process or the previous shooting process. 19. The image printing method according to claim 17, wherein the image printing method returns to the initial state. 20. A plurality of the photographing processes included in the photographing process are displayed on a monitor or sound to the user within a preset photographing time which is the same as or shorter than the preceding photographing process. through, characterized in that return to the initial state to allow acceptance of the next user while presenting an indication of automatic photographing or manual photographing claim 1
20. The image printing method according to any one of 7 to 19 . 21. A control device is formed with a recording area of a number equal to or more than the total number of processes and a plurality of processes included in the process, and one user selects each recording area in a photographing start acceptance process. While temporarily recording the determined play condition and the captured image obtained by the capturing process executed by sequentially moving the plurality of capturing spaces in the capturing process,
The edited image data edited by the user in the editing process in the editing process is reflected in the editing device, and the contents of the editing process are recorded again and output to the individual user groups until the output is completed. performs image data management, claims 17 to 20, characterized in that it may be parallel processing to the user of the number of groups corresponding to a plurality of processes included in the process total sequence the process
The image printing method according to any one of 1 .