JP3687679B2 - Information providing method and event providing system for event - Google Patents

Description

  The present invention relates to an event providing method and an event providing system.

  JP-A-2002-224447 is cited as a prior art for taking a user terminal into a computer game that is a virtual world. In this prior art, a mobile phone is included in the list of tools displayed on the display, and a destination that exists in virtual reality (virtual reality) on the mobile phone selected by the user operating the input unit. By inputting a fictitious phone number indicating, the atmosphere is as if the user had a conversation with a mobile phone. However, this does not use the mobile phone itself that users usually use in the real world.

Japanese Unexamined Patent Application Publication No. 2002-049881 is a prior art that incorporates user behavior in the real world into a virtual reality using a user terminal. In this prior art, a user who actually moves in the real world according to the progress of the game obtains information from a store or facility that actually exists in the real world and inputs it to the user terminal carried by the user. Incorporating user behavior in the world into the progress of a virtual reality game.
JP 2002-224447 A Japanese Patent Laid-Open No. 2002-049881

  With the development of communication infrastructure and the rapid spread of mobile phones, mobile phones are now an indispensable tool for our lives. The gaming industry, which has been pursuing virtual reality for its mobile phone, has gained attention.

  In the first place, a game pursuing virtual reality projects itself as a character in a virtual space prepared in advance, and a user gives an instruction to the character using some input device, It begins with a so-called pseudo-experience as if the user is freely acting in the virtual space by the user selecting the set option. .

  However, these virtual spaces are just like a miniature garden that is sensuously isolated from the user, and no matter how realistic the settings and effects are, the keyboard and the display device such as the display Even if it was operated by an input device such as a mouse or a controller, it seemed to the user that it was different from the real world. That is, there is a problem that no matter how much the realistic setting or production is devised, the user is merely “intent” in the virtual space.

  Therefore, the user terminal that the user normally uses is used as an input / output device for the game, the real-world location (current location) where the user is actually located is acquired, and a map around the current location is obtained from the user terminal. Invented a game that prompts a user who actually moves in the real world to execute an event related to the event spot by guiding to an event spot (where the event occurs) displayed in advance on the map Has been. In this game, the map displayed on the user terminal is a map representing the real world, but the event that occurs on the user terminal is a kind of virtual reality, and both are merged by incorporating virtual reality into the real world. I am trying to let you.

  However, people need some kind of motive to think about something, and “it is better to do something” is only a weak motive. In other words, “you have to do something” is a stronger motive than “you should do something”. There was a problem that it was only a weak motivation to choose either “good” or “do not have to” option.

  In other words, there was a lack of consideration on how to produce a situation where “you have to do something now” that makes the user worried.

  The essence of the present invention is that the first feature shown below makes it easy to empathize with the realistic virtual reality prepared in advance by the event providing system, and the second feature shown below makes the user aware of it. The purpose is to provide an event that creates a situation where “I have to do something now”.

  The first feature is to first present (via the user terminal) information to the user in advance so that the situation that will happen to the user can be easily accepted. The situation that will happen to the user as described in the above is actually caused by the user terminal in front of the user.

  Note that the previous information mentioned here is information to explain in advance so that the situation that occurs in the user's body is easy to accept, and an explanation about the fictitious situation setting regarding the user in the event. It is composed of explanations that a ringing tone suddenly sounds in the call function of the user terminal, which is the reality in front of the user. Further, the fictitious situation setting regarding the user in the event referred to here is a situation set as a fictitious virtual reality in the world of the event to be provided.

  The second feature is that the instruction information included in the event information provided by the event providing system is sent to the user (using the call function of the user terminal or as if using the call function). And telling the user “(() by starting the countdown of the time limit allowed to achieve the task included in the instruction information and the direction that hangs up the call unilaterally if only telling the instruction information. (In virtual reality) This person is useless to say anything, I can't seem to hear what you say, then I have to do it myself " It is to draw out similar feelings and the thresholds for the actions caused by those feelings. Once a user who has been diligently saying “I have to do something myself” starts acting with strong motivation, it can be in a situation where “I have to do something now”. .

The present invention has a user, a call means used for a call, an information transmission / reception means for transmitting / receiving information to / from an external device via a network, a call switch for instructing a call start, and an instruction to end a call that sends event information to the user terminal and information output means for outputting the call end switch information, a method of providing information regarding the events for the user, the event providing system server, said event The user sets a fictitious situation setting for the user and the previous information explaining that a ringing tone indicating the incoming call of the calling means is suddenly sounded, and the user makes a call according to the ringing sound sounded as described in the previous information. Instruction information that is output by voice after the switch is pressed and instructs the user to execute the task, and achieves the problem indicated by the instruction information Event information including time limit information allowed for the user until the user is stored in the event information database in advance, and the event providing system server sends a request for transmission of information related to the event from the user terminal. When received, the event information is acquired from the event information database by the information acquisition means, and the acquired event information is transmitted by the information transmission means to the user terminal that has requested transmission, and the user terminal When the information is received from the event providing system server, the preceding information of the received event information is output to the information output means, and the ringing tone is output as described in the preceding information after outputting the preceding information. By the means, and according to the ringing tone When the user manipulates the serial call switch, the instruction information output to the audio output means of the event information received, the output of the instruction information is completed, the call until the user operates the call end switch The non-sound is output by the voice output unit , and the count-down execution unit starts counting down the time limit based on the time limit information included in the event information from the start of output of the call non-sound, and the count-down is performed. The time limit is output to the information output means.

  Consideration to make it easier to transfer emotions to the virtual reality filled with realism prepared in advance by the event providing system is to output the previous information in the event information received by the user terminal, and then output the previous information by using the previous information. Supports ringing as described.

  First of all, the user who read the previous information is the same as that written in the previous information. The imaginary situation setting shown can be as if it were real. To put it another way, virtual reality is real world in the sense of the user as if the fictitious situation setting was real, as the reality in front of it moved according to the pre-existing information provided in advance. It can be said that it can be fused. Alternatively, it can be said that the fictitious situation setting and the real world have been switched by a natural connection by the user terminal of the user.

  In other words, if what happened in advance in the previous information actually occurs, this previous information is also a kind of prophecy for the user, and I have witnessed a prophecy that seems to be in the future. It can be said that the user can easily believe the information provided by the system. In other words, the ringtone that actually sounds in front of the user is a “trigger” that makes it easier for the user to empathize.

  Therefore, with the mechanism that realizes this consideration, the event is not just “intent” for the user to be in the virtual space, but the user enjoys the event as an event in the real world in front of the virtual reality settings I can do it.

  In addition, the consideration for directing the situation “I have to do something now” that makes the user worried is that the user can make a call according to the ringtone that the user terminal has made. When the switch is operated, the instruction information of the received event information is output. When the output of the instruction information is completed, the call interruption sound is output until the user operates the call end switch, and the call interruption sound is output. It corresponds to starting the countdown of the time limit based on the time limit information included in the event information from the start, and outputting the time limit that has been counted down to the information output unit of the user terminal.

  The ring tone and call disconnection sound output from the user terminal are not emitted because the phone is in a call state with an external call terminal, but it seems to the user as if the phone was actually in a call state. It's just a voice production to make it happen. However, thanks to this ringtone, the user feels as if someone has received a call, and because of this call disconnection, the user feels as if the call has been unilaterally disconnected from that person. I can do it.

In this way, the fictitious partner created by the system conveys information unilaterally to the user and makes the user feel that it is a partner that unilaterally hangs up the call if it only conveys it. Once the user recognizes that the person is an insane person who doesn't accept common sense, he doesn't want to persuade him. In addition, you can choose either “do it” or “do not do it” by letting the user see that time is running out even while thinking about something. This is not a weak motive, but "If you don't do it yourself, you can't solve anything", so you can make most users decide on their actions with a strong motive (because they act anyway). .

  Therefore, the mechanism that realizes this consideration is not a weak motive that users can choose between “Yes” and “No” options, but they must do it now. You can act with a strong motivation not to become.

  Of course, the event delivery system not only increases the number of users who are interested and interested by this kind of opportunity to empathize with emotions, but also gives them strong interest and interest. As a result, there is an increase in the proportion of users who actually use it, and as a result, the use of events provided by the event providing system (specifically, the number of users, the number of uses, and the frequency of use) is increased. Can also increase. In other words, it leads to an increase in the number of communication between the event providing system server and the user terminal, and the usage fee that the user pays directly or indirectly as the communication frequency increases or the communication frequency increases. Can be increased.

  In addition, the event providing system server sounds as described in the preceding information, which describes the fictitious situation setting related to the user in the event and that a ringing tone indicating the incoming call of the calling means suddenly sounds. The information output by voice after the user presses the call switch according to the incoming ring tone, and indicates the instruction information for instructing the user to execute the problem, and the problem indicated in the instruction information is achieved. Event information including time limit information permitted for the user is stored in the event information database in advance, and the event providing system server receives a transmission request for information on the event from the user terminal. Then, the event information is acquired from the event information database by the information acquisition means, and the acquired event The previous information and the time limit information in the event information are transmitted to the user terminal that requested transmission by the information transmitting means, and the user terminal sends the previous information and the time limit information to the event providing system server. The information is output to the information output means, and the event providing system server transmits the information to the user terminal, and when the predetermined time elapses, the user terminal The voice information output means outputs the instruction information to the user terminal through a call line when the telephone call is made by the call means and the call state based on the operation on the user terminal side making the call is confirmed. When the output of the instruction information is completed, the communication with the user terminal is terminated by the call termination means for disconnecting the telephone line. When the user terminal detects a call interruption state due to an operation on the event providing system server side, the countdown execution means starts counting down the time limit based on the received time limit information, and the time limit is counting down. May be output to the information output means.

  That is, the instruction information included in the event information can be output via a telephone line that brings the event providing system and the user terminal into a call state by using a calling means of the user terminal. However, even if the call function of the user terminal is used, the same effect can be obtained because the same event is obtained for the user even if it is actually used.

  In addition, the event providing system server is associated with the preceding information that explains the fictitious situation setting related to the user in the event and that a ringing tone indicating an incoming call of the calling means suddenly rings, and the usage information Event information consisting of advance information including instruction information for instructing task information to be executed by a user and time limit information allowed for the user until the task indicated in the instruction information is achieved. The event providing system server stores the event information from the event information database by the information acquisition unit upon receiving a transmission request for information related to the event from the user terminal, and stores the acquired event in the database. In order to connect the prior information of the information to the calling means of the user terminal The information transmission means transmits the call code received from the user terminal to the call center terminal by the information transmission means, and the information transmission means transmits the previous information and the time limit information of the event information to the user terminal that has requested transmission. And when the call center terminal receives the advance information and the call code of the user terminal from the event providing system server, the call center terminal outputs the advance information of the received information to an information output unit, and When receiving the previous information and the time limit information from the event providing system server, the person terminal outputs the previous information to the information output unit, and the call center terminal uses the call code. The user terminal is called by a calling means, and the operator makes a call Upon receiving a call end operation from the call means, the call end means disconnects the call line, and when the user terminal detects a call interruption state due to an operation on the call center terminal side, the received restriction is received. Countdown of the time limit may be started by countdown execution means based on the time information, and the time limit that has been counted down may be output to the information output unit.

  Further, when the event providing system server receives the result information for the task from the user terminal, the event providing system server transmits the additional advance information to the call center terminal as needed by the information transmitting means, and the call center terminal When the additional advance information is received from the event providing system server, the received additional advance information is output to an information output unit, and the event providing system server transmits the additional advance information to the call center terminal. Transmitting the call code acquired from the event information database to the user terminal to connect to the call means, and the user terminal sends the call code for connecting to the call means of the call center terminal to the event When received from the providing system server, the received call code is converted into the call means. It may be input.

  In order to convey the instruction information to the user in this way, by utilizing the operator in charge of the actor in the call center, the range of character setting of the fictional character in the event is expanded, and the virtual reality world in the event is more realistic. I can make it.

  The event providing system server, when there is grant information to be given to the event information acquired from the event information database, grants the grant information to the acquired event information and transmits it to the user terminal by the information transmitting means. And when the said user terminal receives the said grant information from the said event provision system server, you may make it output the received grant information to the said information output part, when predetermined conditions are prepared.

  The event providing system server may select the attached information by an information selecting unit according to the achievement result of the event received from the user terminal.

People tend to think that they have value for their hard work, and one theory is that they don't want to think that their hard work is wasted, saying, "I have had so much trouble and I need to have value." It is also said that it is because of the self-defense instinct. Therefore, when the given information is something that prompts the user to take some action like coupon information, for example, a secondary effect that the use is promoted can be expected.

The event is for attracting a plurality of users by transmitting the same task information to a plurality of user terminals, and the event providing system server finds the user as the event information. stores the instruction information that instructs the event information database input of key information for the event providing system server selects a first user and a second user to be matchmaking, the first By sending the instruction information to the first user terminal of one user and the second user terminal of the second user by the information sending means, each user can input clue information for the other party to find himself / herself. The received clue information is received from the first and second user terminals, and the first user terminal receives the clue information received from the second user terminal. While sending the credit information to the second user terminal, the clue information received from the first user terminal is sent to thereby attract the first user and the second user. You may make it provide a subject .

The problem in the event of bringing together a plurality of users is achieved by transmitting information received from the other user by the user to the event providing system server via the user terminal. You may do it. That is, the event providing system server transmits a first keyword to the first user terminal, while transmitting a second keyword to the second user terminal, and the first user terminal transmits the second keyword to the first user terminal. If two keywords are received, the first user is considered to have achieved the task, and if the first keyword is received from the second user terminal, the second user is considered to have achieved the task.

  In this way, by cooperating a plurality of users toward the same goal, a kind of solidarity can be generated between the cooperating users.

The event is for the match came actor staff and pull the user, the event providing system server, as the event information, and the clue information for finding the staff, associated with the該手takes information stores a priori information for the staff in the event information database, the event providing system server receives a request for transmission of information relating to the event from the user terminal, the event information from the event information database Acquired by the information acquisition means, the prior information of the acquired event information is transmitted to the staff terminal of the staff by the information transmission means, and the clue information of the event information is requested to be transmitted Information is transmitted to the user terminal. It may be transmitted Te.

  In this way, by using the staff in charge of the actors in the event, it is possible not only to make the user act to achieve the task by relying on the information sent to the user terminal, but also to provide an event that makes the user more entertaining .

  Further, a location where the task is executed may be specified as a destination for the task indicated by the instruction information.

  Thus, by designating the place where the task is executed as the destination, the user moves toward the destination, so that it can be applied to sightseeing that enjoys visiting various places.

If the current location of the user or the user terminal can be acquired when the event providing system server receives a transmission request for information related to the event, the event providing system server determines the current location according to the acquired current location. You may make it perform the process which selects the destination. In addition, when the event providing system server can acquire the current position of the user or the user terminal when receiving the transmission request for information related to the event, the event providing system server acquires the current position Based on the above, a process of adding or subtracting time to the time limit may be executed.

  In this way, by setting the destination reflecting the current position of the user, the user can be guided intentionally, and by adjusting the time limit by adding or subtracting the time limit, the difficulty level and usage of the event A person's moving speed can be adjusted intentionally.

  According to the present invention described above, it is information for explaining in advance so that the situation occurring in the user's body is easy to be accepted, an explanation about the fictitious situation setting regarding the user in the event, and the user For the user terminal, which is the reality in front of the user, using the premise information consisting of explanation that the ringtone suddenly sounds, after outputting the premise information, ring the ringtone as explained in the premise information As a result, it is possible to make it easier to transfer emotions to the virtual reality filled with realism prepared in advance by the event providing system.

  With this mechanism to realize this consideration, the event is not simply “intent” for the user to be in the virtual space, but the user can view the event as an event in the real world in front of the virtual reality settings. I can enjoy it.

  In addition, when the user operates the call switch in response to the ring tone that the user terminal rang, the instruction information is output from the received event information, and when the instruction information is output, the user ends the call. Until the switch is operated, a call interruption sound is output. From the start of the call interruption sound output, the time limit starts counting down based on the time limit information included in the event information. By outputting to the output unit, the user is not weakly motivated to choose between “Yes” and “No” options, but has to do something right now. Can act with strong motives.

  Of course, the event delivery system not only increases the number of users who are interested and interested by this kind of opportunity to empathize with emotions, but also gives them strong interest and interest. As a result, there is an increase in the proportion of users who actually use it, and as a result, the use of events provided by the event providing system (specifically, the number of users, the number of uses, and the frequency of use) is increased. Can also increase. In other words, it leads to an increase in the number of communication between the event providing system server and the user terminal, and the usage fee that the user pays directly or indirectly as the communication frequency increases or the communication frequency increases. Can be increased.

  Moreover, when the grant information given along with the progress and result of the event prompts the user to take some action, a secondary effect that the use is promoted can be expected.

  Furthermore, by setting the destination reflecting the current position of the user, the user can be guided intentionally, and by adjusting the time limit by adding or subtracting the time limit, the event difficulty level and user You can intentionally adjust the movement speed of the user, and by specifying the place where the task is to be performed as the destination, the user will move toward that destination. It can be applied to enjoy sightseeing.

In addition, by using an operator in charge of actors for interaction with the user via the user terminal, it is possible to eliminate the incongruity that is unavoidable if the event providing system is to accept and respond to the user. By expanding the range of character settings for fictional characters, the virtual reality world in the event can be made more realistic. More specifically, in order to make the actor responsible operator who is waiting at the call center as a fictitious person in the event provided by the event providing system perform the face-to-face information to the call center terminal of the officer responsible operator, The operator performs an action based on the back-to-back information received by the call center terminal. As a result of the performance of the operator in charge of the actor, the user who received the event information through the call function of the user terminal seems to be interacting with a person somewhere in the real world even though it is a fictional event world. I can feel it.

  It is to be noted that supporting the operator in charge who plays many roles in the virtual reality created by the event in this way is an effect unique to the event providing system of the present invention. In other words, if you play many roles alone, the system can support the acting of the actor operator who may mess up the role of the virtual reality created by the event.

  Furthermore, by sending the clue information received from one user terminal to the other user terminal, the other user can meet one user, and each has a separate user terminal. It is possible to use the same task event in which the users participate as a clue for the users to meet each other based on information input by the users via the user terminal. Users who meet temporarily using the clue information entered from each other can expect to feel a kind of solidarity by performing the same task, and the interaction between the terminal and the system tends to be inorganic. The effect of promoting the use of the event provision system can be expected.

  In addition, by sending additional clue information that is considered when users cannot easily meet each other to both user terminals, it is possible to know who is participating in the same task event. It should be noted that the action to be directed is not confusing, but rather is an unnatural action, and floating on the spot (so-called out of place) creates a kind of solidarity between users. In addition, the provided events are less likely to be inorganic, and further promotion of use of the event providing system is expected.

  Furthermore, the presence of the staff in charge of actors who perform roles in accordance with the event can bring the humanity to the event provided by the event providing system and bring the virtual reality created by the event closer to the real world.

  In addition, by using the staff in charge of the actors for the events provided by the event provision system, not only can the virtual reality created by the event be brought closer to the real world, but also in the event that it is difficult to determine the achievement of the problem by processing the system It can be left to the judgment of the staff in charge.

  It is to be noted that supporting the staff in charge of the actor who plays many roles in the virtual reality created by the event in this way is an effect unique to the event providing system in the present invention. In other words, if you play many roles by yourself, the system can support the acting of the staff in charge of the actors who may mess up the role of the virtual reality created by the event.

  Hereinafter, specific embodiments of an event providing system according to the present invention will be described in detail with reference to the drawings.

(First embodiment)
1st Embodiment in this invention is described using FIGS. 1-34. The event information provided by the event providing system includes an issue for the user to execute, and in some cases, a place for executing the issue is specified as a destination. Of course, the events provided by the event provision system can be established only by issues, but by specifying the destination, the user will move toward the destination and enjoy sightseeing in various places. Application to can be expected.

  Therefore, in the following embodiments, the description will be basically based on the “task specifying a destination”, which is more complicated, but it may be considered that the mechanism is the same even if it is “task only”.

  FIG. 1 is an overall system diagram of an event providing system according to an embodiment of the present invention.

  In the figure, the event providing system server 1 issues a problem (or purpose) acquired from the event information DB (database) 4 based on the user terminal address acquired directly or indirectly from the user terminal 3 of the user 2. Event information including the location and the task) is transmitted to the user terminal 3. The event may be started in response to an instruction from the user 2 or may be started by a trigger (trigger) prepared in advance after receiving a request from the user 2.

  The trigger here refers to, for example, information indicating that the user 2 has reached or passed a certain place or area. For example, the location information acquired from the location information tag 5 is used as an event providing system. It occurs when the server 1 acquires directly or indirectly. This trigger may be used to trigger event progress. Note that the location information indicating the current position where the user 2 is located may be acquired from the location information acquisition function of the user terminal 3 or acquired from the user terminal 3 by the user 2 himself / herself.

  FIG. 2 is an overall system diagram of the event providing system according to the embodiment of the present invention, which is different from FIG.

  This figure shows a case where information relating to the user 2 that has passed the pass gate 6 is used as the trigger described in FIG. In the figure, the user 2 passes through the pass gate 6 using the information storage medium 7 or the user terminal 3. When the user 2 passes, the pass gate 6 reads the user terminal address from the information storage medium 7 or the user terminal 3 and sends the pass detection result of the user 2 together with the pass gate code of the pass gate 6 in advance to the event providing system server. 1 to send. The event providing system server 1 transmits event information including the assignment (or destination and assignment) acquired from the event information DB (database) 4 to the user terminal 3 based on the user terminal address acquired from the passgate 6.

The destination may be selected based on the installation location of the pass gate 6 indicated by the pass gate code. The installation location of the pass gate 6 through which the user 2 has passed means the passage location through which the user 2 has passed, and the destination can be set in accordance with the behavior of the user 2. The pass gate 6 is an entrance to a moving vehicle such as an automatic ticket gate or a train or bus installed at a public transport station or the like, and an information storage medium 7 is a boarding ticket (you can get on and off many times, for example, one day If a boarding ticket or commuter pass is preferable), event information can be transmitted without using the user 2 while the boarding ticket is being used while the boarding ticket is valid. That is, when the pass gate 6 is used, it is possible to provide information in consideration of the privacy of the user 2.

  The passgate code referred to here is a code used by the received event providing system server 1 to acquire basic information about the passgate 6 from a database that stores in advance, and can reduce the amount of information related to communication. Of course, the basic information about the pass gate 6 may be received each time without using the pass gate code.

  FIG. 3 is a hardware block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, a server operator 8 is an operator of the event providing system server 1 and is a server manager (including management, monitoring, maintenance, etc.). The HMI (Human Machine Interface) input / output unit 9 is a part having an input / output function for the event providing system server 1 to perform various exchanges with the server operator 8. As the input device, for example, a keyboard, a numeric keypad, a mouse, a barcode reader, and the like are applicable, and any type can be used as long as the input of the server operator 8 transmits information to the system. As the output device, for example, a display, a printer, or the like is applicable, and any type can be used as long as information can be transmitted from the system to the server operator 8. The calculation unit 10 is a part having a calculation function for driving and processing each function by executing a program, and is generally configured by a CPU (Central Processing Unit). The memory unit 11 is a part of an execution area of a program executed by the calculation unit 10. The communication unit 12 is a part that controls communication with an external system via the network 13. The DB (database) management unit 14 is a part having a function of managing various data structures and data entities.

  The processing program 15 managed by the DB management unit 15 is a program necessary to achieve the purpose of use of the event providing system server 1, and includes an OS (operating system). Similarly, the event information DB 4 refers to event information transmitted to the user terminal 3 and information related to the event information (for example, a destination location, public transportation, walking, etc., which is basic information for selecting event information). This is a database that stores information such as the required time when moving with a). Similarly, the distribution information DB 16 is a database that stores information transmitted from the event providing system server 1 to the user terminal 3 or other terminals as a distribution result. Similarly, the assignment information DB 17 is a database that stores information assigned to transmitted event information. Similarly, the other program data 19 corresponds to, for example, application software such as a word processor or a spreadsheet program used by the server operator 9 other than the above, data associated therewith, and the like.

  FIG. 4 is a hard block diagram of the pass gate in the embodiment of the present invention.

In the figure, the door control unit 19 is a part that gives an instruction to open and close the door based on predetermined conditions and determination logic. The conditions and determination logic based on this include door opening / closing determination processing and safety confirmation for the user 2 regarding the purpose of existence of the pass gate 6. The information acquisition unit 23 is a part that acquires information from the information storage medium 7 or the user terminal 3 of the user 2 that has passed through the gate when the door is opened, and acquires information by the user 2's voluntary action. Or the request information is output from the information acquisition unit 24 and the reply information is acquired. The purpose of existence of the pass gate 6 is a purpose of use that becomes the significance of the existence of the pass gate 6. The door opening / closing judgment process relating to the existence purpose is, for example, the entry of the user 2 into the station premises by the pass gate 6. If it is an automatic ticket gate that manages exit, it is a process related to the passage permission of the user 2 having an appropriate ticket.

  The calculation unit 20 is a part having a calculation function for driving and processing each function by the pass gate 6 executing a program, and is generally configured by a CPU (Central Processing Unit). The memory unit 21 is a part of a storage area for storing a program necessary for achieving the purpose of the pass gate 6 and an execution area of a program executed by the arithmetic unit 21. The transmission / reception unit 22 is a part that transmits / receives information via the network 13 when communicating with the event providing system server 1 or the like.

  FIG. 5 is a hardware block diagram of the user terminal in the embodiment of the present invention.

  In the figure, an HMI input / output unit 24 is a part having an input / output function for the user terminal 3 to perform various exchanges with the user 2. As the input device, for example, a numeric keypad, a kana key, a touch switch, a voice input, or the like is applicable, and any type can be used as long as the input of the user 2 transmits information to the user terminal 3. As the output device, for example, a display, an audio output device, and the like are applicable, and any type can be used as long as information can be transmitted from the user terminal 3 to the user 2. It should be noted that a call function in which the user 2 communicates with another person via the user terminal 3 may be interpreted as a part of the HMI input / output unit 24, and generally the voice (sound wave) of the user 2 as an input device. And a speaker for transmitting the voice of the other party received as an electrical signal to the user 2 as an output device.

  The calculation unit 25 is a part having a calculation function for driving and processing each function by the user terminal 3 executing a program, and is generally configured by a CPU (Central Processing Unit). The memory unit 21 is a part of a storage area for storing a program necessary for achieving the purpose of the user terminal 3 and an execution area for a program executed by the calculation unit 21. The transmission / reception unit 22 is a part that transmits / receives information via the network 13 when communicating with the event providing system server 1 or the like. Note that the voice of the user 2 and the voice of the other party converted into voice signals by the call function may be interpreted as being transmitted / received to / from the other party's call terminal via the network 13.

  First, using FIG. 6 to FIG. 12, the user 2 feels that the event information provided from the event providing system server 1 to the user terminal 3 is “as if it was conveyed by a phone call to the user terminal 3”. The case where it provides with the production to be performed is demonstrated.

  FIG. 6 is a functional block diagram of the event providing system server and the user terminal in the embodiment of the present invention.

  In the figure, the event providing system server 1 has a function of receiving an event information transmission request from the user terminal 3 or the passgate 6, a function of reading event information from the event information DB 4 based on the received transmission request, and a read It has a function of transmitting event information to the user terminal 3 indicated by the transmission request, and a function of storing a transmission result transmitted to the user terminal 3 in the distribution information DB 16. The user terminal 3 has a function of receiving event information from the event providing system server 1 and a function of storing the received event information in the storage unit 26.

  FIG. 7 is a functional block diagram of the user terminal in the embodiment of the present invention.

  In the figure, the user terminal 3 has a function of reading out the previous information from the storage unit 26 among the received event information, a function of outputting the read out previous information to the information output unit, and outputting the previous information to the information output unit. A function for sounding a ringtone of a call function with a lapse of a certain time later (a function for outputting a ringtone indicating “incoming call” from an external call terminal to the call function of the user terminal 3 to the voice output unit) Have

  The method of outputting the previous information may be a method of displaying text / image information conveyed to the visual sense of the user 2 on a display unit (for example, a display), or an audio output unit (for example, a speaker) ) May be used. That is, the information output unit may be interpreted as a part that outputs any of character information, image information, and audio information in order for the user terminal 3 to transmit some information to the user 2, and so on.

  When the previous information is output as character information using the display screen, the user terminal 3 may have a function of stopping the output of the previous information along with the output of the ring tone. When this function is used, the displayed previous information disappears at the same time as the ring tone sounds, so that the user 2 can feel as if the previous information corresponding to the introduction has faded out.

  The previous information mentioned here is information for explaining in advance so that the situation that occurs in the future of the user 2 is easy to accept, an explanation about the fictitious situation setting regarding the user 2 in the event, and This is composed of an explanation that a ringing tone suddenly sounds in the call function of the user terminal 3 which is the reality in front of the user 2. Specific examples thereof will be described later. In addition, by the effect that the previous information fades out when the ring tone sounds, even if the user 2 does not actually execute the contents of the virtual reality described in the previous information, the user seems to have executed it. The effect of being rubbed into the head of 2 can also be expected.

  FIG. 8 is a functional block diagram of the user terminal in the embodiment of the present invention.

  In the figure, the user terminal 3 has a function for confirming the operation of the call switch by the user 3 according to the ring tone output from the sound output unit, and the event information received based on the confirmation of the operation of the call switch. Among them, a function of reading out the instruction information and time limit information from the storage unit 26, a function of stopping the output of the ringtone output from the voice output unit when the instruction information and time limit information are read out, and a read out of the storage unit 26 A function to output the instruction information to the voice output unit among the instruction information and the time limit information, a function to output a call interruption sound to the voice output unit upon completion of output of the instruction information output from the voice output unit, Based on the time limit information read from the storage unit 26, the function for starting the countdown associated with the output of the call interruption sound and the time limit (remaining time) for starting the countdown are output as the information output unit. And a function of output.

  When outputting the time limit to the information output unit, it is preferable to simultaneously indicate the issues included in the instruction information. By doing so, the user 2 can clearly understand what (what problem) should be executed by when (the time limit for counting down becomes 0). In other words, it is a strong motivation to know what to do by when and understand the time limit that is decreasing every moment through the user terminal 3 in front of you. Can be given to user 2.

It should be noted that the ring tone and call disconnection sound output from the user terminal 3 are not emitted because the phone is in a call state with an external call terminal, but actually used as if the phone was in a call state. It is only a sound production to make the person 2 think. However, thanks to this ringing tone, the user 2 feels as if someone has received a call.
Can feel as if the person unilaterally hangs up.

  The ringing tone is a sound (or voice) that tells the user 2 that there is an incoming call in the calling function of the user terminal 3, and may be accompanied by vibration that vibrates the user terminal 3. The call switch is a switch operated by the user 2 to allow an incoming call (connection of a call line) to the user terminal 3. Similarly, the call end switch is an operation switch for the user 2 to instruct the user terminal 3 to end a call in progress (disconnect the call line). Further, the call interruption sound is a sound that reverberates on the audio output unit of the user terminal 3 after the call is unilaterally cut by the other party's operation.

  FIG. 9 is a flowchart in the event providing system server and the computing unit of the user terminal corresponding to the functional block diagram shown in FIG.

  In the figure, upon receiving an event information transmission request from the user terminal 3 or passgate 6 (ST901), the event providing system server 1 acquires event information from the event information DB 4 based on the received transmission request (ST902). The acquired event information is transmitted to the user terminal 3 indicated by the transmission request (ST903), the transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST904), and the process is terminated. When receiving event information from the event providing system server 1, the user terminal 3 stores the received event information in the storage unit 26 (ST905), and ends the process.

  FIG. 10 is a flowchart in the calculation unit of the user terminal corresponding to the functional block diagram shown in FIG.

  In the figure, when the user terminal 3 receives an instruction to start outputting event information (ST1001), the user terminal 3 acquires the previous information from the storage unit 26 among the received event information and acquires the previous information as an information output unit. (ST1002), and after a certain period of time has passed after the previous information is output to the information output unit (ST1003), the call function of the user terminal 3 is sounded with a ring tone indicating “incoming call” from an external call terminal. When output to the output unit (ST1004) and the previous information is output as character information using the display screen, the output of the previous information is stopped along with the output of the ringtone (ST1005), and the process is terminated. To do.

  FIG. 11 is a flowchart in the calculation unit of the user terminal corresponding to the functional block diagram shown in FIG.

  In the figure, the user terminal 3 determines whether or not the call switch is operated by the user 3 corresponding to the ring tone output from the voice output unit (ST1101), and the operation of the call switch is not confirmed. If it is determined that the predetermined time has elapsed (ST1102), if the predetermined time has elapsed, the output of the ringtone is stopped (ST1103), and the process is terminated. If it is determined in ST1102 that the predetermined time has not elapsed, the process returns to ST1101. When the operation of the call switch is confirmed in ST1101, the instruction information and the time limit information among the received event information are acquired from the storage unit 26 (ST1104), and the voice is output along with the reading of the instruction information and the time limit information. The output of the ringtone output from the storage unit is stopped (ST1105), and the instruction information out of the instruction information and the time limit information read from the storage unit 26 is output to the voice output unit (ST1106) and output from the voice output unit. Is completed (ST1107), the call interruption sound is output to the voice output unit (ST1108), and the countdown associated with the output of the call interruption sound is started based on the time limit information read from the storage unit 26. (ST1109), the time limit (remaining time) at which the countdown is started is output to the information output unit (ST1110), and the process ends. .

  FIG. 12 is a flowchart in the calculation unit of the user terminal according to the embodiment of the present invention.

  In the figure, when the user terminal 3 confirms the call end operation by the user 3 in response to the call interruption sound (ST1201), the user terminal 3 stops outputting the call interruption sound output from the audio output unit (ST1202). The process is terminated.

  A case where event information provided from the event providing system server 1 to the user terminal 3 is “transmitted by a telephone actually received by the user terminal 3” will be described with reference to FIGS. 13 to 18.

  FIG. 13 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 has a function of receiving an event information transmission request from the user terminal 3 or the passgate 6, a function of reading event information from the event information DB 4 based on the received transmission request, and a read Among the event information, the function of transmitting the previous information and the time limit information to the user terminal 3 indicated by the transmission request, the function of storing the transmission result transmitted to the user terminal 3 in the distribution information DB 16, and the information to the user terminal 3 And a function of calling the user terminal 3 after elapse of a certain time after transmitting (a function of calling the user 2 using a call function).

  FIG. 14 is a functional block diagram of the event providing system server and the user terminal in the embodiment of the present invention.

  In the figure, the user terminal 3 includes a function for receiving the preceding information and instruction information from the event providing system server 1, a function for storing the received event information in the storage unit 26, and the received preceding information and instruction information. The function of outputting the previous information to the information output unit, the function of ringing the incoming call from the event providing system server 1 to the telephone, and the operation of the call switch by the user 3 according to the ring tone output from the voice output unit A function for confirming the call switch, a function for stopping the output of the ringtone output from the voice output unit based on confirmation of the operation of the call switch, and an event providing system server 1 based on confirmation of the operation of the call switch. And a function to make a call. The event providing system server 1 outputs instruction information (using a call function) out of the event information read from the event information DB 4 to the user terminal 3 that is in a call state by the user 2 operating the call switch. It has the function to do. Further, the user terminal 3 has a function of receiving instruction information from the event providing system server 1 that is in a call state by the operation of the call switch by the user 2 and outputting the instruction information to the voice output unit.

  FIG. 15 is a functional block diagram of the event providing system server and the user terminal in the embodiment of the present invention.

In the figure, the event providing system server 1 has a function of disconnecting a telephone (call) to the user terminal 3 in a call state when the instruction information output using the call function is completed. . The user terminal 3 unilaterally disconnected by the event providing system server 1 detects a call disconnection with the event providing system server 1, and sends a call disconnection sound to the audio output unit based on the detection of the call disconnection. A function for outputting, a function for reading out the time limit information received from the event providing system server 1 from the storage unit 26 based on detection of the call disconnection, and an output of a call disconnection sound based on the time limit information read out from the storage unit 26 And a function for starting a countdown start time and a time limit (remaining time) for starting the countdown to the information output unit. When outputting the time limit to the information output unit, it is preferable to simultaneously indicate the issues included in the instruction information.

  FIG. 16 is a flowchart in the event providing system server and the computing unit of the user terminal corresponding to the functional block diagrams shown in FIGS. 13 and 14.

  In the figure, upon receiving an event information transmission request from the user terminal 3 or passgate 6 (ST1601), the event providing system server 1 acquires event information from the event information DB 4 based on the received transmission request (ST1602). In the read event information, the previous information and the time limit information are transmitted to the user terminal 3 indicated by the transmission request (ST1603), and the transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST1604). The process ends. When the user terminal 3 receives the previous information and the instruction information from the event providing system server 1, the user terminal 3 stores the received event information in the storage unit 26 (ST1605), and outputs the previous information from the received previous information and instruction information as information. (ST1606), and the process ends.

  FIG. 17 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagrams shown in FIGS.

  In the figure, the event providing system server 1 calls the user terminal 3 to call the user 2 (ST1702) when a certain time has elapsed after transmitting information to the user terminal 3 (ST1702). It is determined whether or not the communication state with the terminal 3 has been established (ST1703). If the call state has not been confirmed, it is determined whether or not a certain period of time has elapsed (ST1704) and a certain period of time has elapsed. In that case, the telephone call to the user terminal 3 (call, call by the user 2) is stopped (ST1705), and the process is terminated. When the call state with the user terminal 3 can be confirmed in ST1703, the instruction information of the event information read from the event information DB 4 is sent to the user terminal 3 in the call state (using the call function). When the output of the instruction information output using the call function is completed (ST1707), the telephone (call) with the user terminal 3 in the call is disconnected (ST1708), and the process is performed. finish.

  FIG. 18 is a flowchart in the calculation unit of the user terminal corresponding to the functional block diagrams shown in FIGS. 14 and 15.

  In the figure, when the user terminal 3 accepts an incoming call from the event providing system server 1 (ST1801), the user terminal 3 sounds a ringtone of the call function (ST1802), and the user according to the ringtone output from the voice output unit 3 determines whether or not the call switch has been operated (ST1803). If the call switch operation is not confirmed, has the incoming call stopped (calling of the user 2 from the event providing system server 1)? (ST1804), if the incoming call is stopped, the output of the ringtone is stopped (ST1805), and the process is terminated. If the incoming call is not stopped in ST1804, the process returns to ST1803. When the operation of the call switch is confirmed in ST1803, the output of the ringtone output from the voice output unit is stopped based on the confirmation of the operation of the call switch (ST1806), and the communication state with the event providing system server 1 (ST1807). When the call state is established, the instruction information of the event information is transmitted from the event providing system server 1 as voice on the call function, so that the instruction information output from the voice output unit of the user terminal 3 is transmitted to the user 2.

Furthermore, when the user terminal 3 detects a call interruption with the event providing system server 1 (ST1808), the user terminal 3 outputs a call interruption sound to the audio output unit based on the detection of the call interruption (ST1809), and the event providing system server 1 The time limit information received from the storage unit 26 is acquired from the storage unit 26 (ST1810), the countdown associated with the output of the call interruption sound is started based on the time limit information read from the storage unit 26 (ST1811), and the time limit when the countdown is started (Remaining time) is output to the information output unit (ST1812), and the process is terminated.

  Note that the processing in the case where the user 3 performs a call ending operation in response to the call interruption sound is the same as the flowchart shown in FIG.

  The processing subsequent to FIGS. 6 to 12 or FIGS. 13 to 18 will be described with reference to FIGS.

  FIG. 19 is a functional block diagram of the user terminal in the embodiment of the present invention.

  In the figure, the user terminal 3 has a function of receiving a result for a task included in the instruction information from the HMI input unit and a function of transmitting the received result information to the event providing system server 1. The event providing system server 1 that has received the result information for the task from the user terminal 3 executes a process based on the received result information and returns the process result to the user terminal 3. The user terminal 3 has a function of receiving the processing result information from the event providing system server 1, a function of storing the received processing result information in the storage unit 26, and the received processing result information from the storage unit 26 as necessary. A function of reading and a function of outputting the read information to the information output unit. “When necessary” in the function of reading out received processing result information from the storage unit 26 as necessary means “when processing result information must be output to the user 2 according to a pre-programmed process”. For example, when a certain period of time has elapsed due to the output conditions being met by the operation of the HMI input unit operated by the user 2.

  FIG. 20 is a functional block diagram of the user terminal in the embodiment of the present invention.

  In the figure, the user terminal 3 has the same function as detecting the count zero of the time limit (remaining time) at which the countdown is started, and the function of transmitting the detected count zero to the event providing system server 1 as result information. The information corresponding to the read count zero is read from the storage unit 26, and the information corresponding to the read count zero is output to the information output unit.

  FIG. 21 is a flowchart in the computing unit of the user terminal and the event providing system server corresponding to the functional block diagram shown in FIG.

  In the figure, when the user terminal 3 receives a result for the task included in the instruction information from the HMI input unit (ST2101), the user terminal 3 transmits the received result information to the event providing system server 1 (ST2102). When the event providing system server 1 receives the result information for the task from the user terminal 3, the event providing system server 1 executes processing based on the received result information (ST2103), returns the processing result to the user terminal 3 (ST2104), and uses it. The transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST2105), and the process is terminated. Further, when receiving the processing result information from the event providing system server 1, the user terminal 3 stores the received processing result information in the storage unit 26 (ST2106), and receives the received processing result information from the storage unit 26 as necessary. Obtained (ST2107), outputs the obtained information to the information output unit (ST2108), and ends the process.

  FIG. 22 is a flowchart in the calculation unit of the user terminal corresponding to the functional block diagram shown in FIG.

In the figure, when the user terminal 3 detects a count zero of the time limit (remaining time) at which the countdown is started (ST2201), the user terminal 3 transmits the detected count zero to the event providing system server 1 as result information (ST2202). Information corresponding to the detected count zero is acquired from the storage unit 26 (ST2203), and information corresponding to the acquired count zero is output to the information output unit (ST2204), and the process is terminated.

  Processing subsequent to FIGS. 6 to 12 and FIGS. 19 to 22 will be described with reference to FIGS.

  FIG. 23 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 receives a result information for a task included in the instruction information from the user terminal 3 and the target user terminal 3 from the event information DB 4 based on the received result information. A function of reading the transmitted event information, a function of determining the received result information based on the read event information (more specifically, an issue included in the instruction information), and the next event information or It has a function of reading the ending information from the event information DB 4, a function of transmitting the read information to the user terminal 3 to be transmitted, and a function of storing the transmission result transmitted to the user terminal 3 in the distribution information DB 16.

  FIG. 24 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG.

  In the figure, when the event providing system server 1 receives the result information for the task included in the instruction information from the user terminal 3 (ST2401), the target user terminal 3 from the event information DB 4 based on the received result information. (ST2402), and more specifically, it is determined whether the result information received based on the problem included in the instruction information clears the problem (ST2403). It is determined whether or not all events have ended from the determination results for (ST2404), and if it is determined that the event has ended, the ending information is acquired from the event information DB 4 (ST2405) and it is determined that the event has not ended. If the event information is received, the next event information is acquired from the event information DB 4 (ST2406), and the acquired information is used. Transmitted to the terminal 3 (ST2407), and stores the transmission results transmitted to the user terminal 3 to the distribution information DB16 (ST2408), the process ends.

  Note that the end of all events in ST2405 means the end of the game provided by the event providing system server 1, but the end of the game has a good ending (good end) and a bad ending (bad end), and the problem can be achieved. If not, it may be determined that all events have ended due to the event not being achieved.

  Processing subsequent to FIGS. 13 to 22 will be described with reference to FIGS.

  FIG. 25 is a functional block diagram of the event providing system server in the embodiment of the present invention.

In the figure, the event providing system server 1 receives a result information for a task included in the instruction information from the user terminal 3 and the target user terminal 3 from the event information DB 4 based on the received result information. A function of reading the transmitted event information, a function of determining the received result information based on the read event information (more specifically, an issue included in the instruction information), and the next event information or A function for reading out the ending information from the event information DB 4, a function for calling the user terminal 3 to be transmitted (a function for calling the user 2 using the call function), and a call switch operation by the user 2. The instruction information (using the call function) of the event information read from the event information DB 4 is sent to the user terminal 3 that has become It has a function of outputting, and a function of storing transmission result transmitted to the user terminal 3 to the distribution information DB 16.

  FIG. 26 is a functional block diagram of a user terminal corresponding to the functions of the event providing system server shown in FIG.

  In the figure, the user terminal 3 confirms the operation of the call switch by the user 3 according to the ringing tone output from the voice output unit and the function of ringing the telephone from the event providing system server 1 A function for stopping the output of the ringtone output from the voice output unit based on the confirmation of the operation of the call switch, and similarly, making a call with the event providing system server 1 based on the confirmation of the operation of the call switch. A function, a function of receiving instruction information (next event information) or ending information from the event providing system server 1 that has been in a call state by a user 2 operating a call switch, and outputting the instruction information to the audio output unit; and an event providing system A function for detecting a call disconnection with the server 1 and a function for outputting a call disconnection sound to the audio output unit based on the detection of the call disconnection. That.

  FIG. 27 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG.

  In the figure, when the event providing system server 1 receives the result information for the task included in the instruction information from the user terminal 3 (ST2701), the target user terminal 3 from the event information DB 4 based on the received result information. (ST2702), and more specifically, it is determined whether or not the result information received based on the problem included in the instruction information clears the problem (ST2703). It is determined whether or not all events have ended from the determination result for (ST2704). If it is determined that the event has ended, the ending information is acquired from the event information DB 4 (ST2705), and it is determined that the event has not ended. If the event information is received, the next event information is acquired from the event information DB 4 (ST2706), and the user 2 is called. Therefore, the user terminal 3 is called (ST2707), and it is determined whether or not the user terminal 3 is in a call state (ST2708). If the call state is not confirmed, a certain time has elapsed. (ST2709), if a certain period of time has passed, the telephone (call, call of user 2) to user terminal 3 is stopped (ST2710) and transmitted to user terminal 3 The transmission result is stored in the distribution information DB 16 (ST2714), and the process ends. When the call status with the user terminal 3 can be confirmed in ST2708, the instruction information or the ending information of the next event information read from the event information DB 4 is sent to the user terminal 3 in the call status. When the information output using the call function is completed (ST2712), the telephone call (call) with the user terminal 3 during the call is disconnected (ST2713). ), The transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST2714), and the process is terminated.

  Note that the flowchart in the calculation unit of the user terminal 3 corresponding to the functional block diagram shown in FIG. 26 is omitted by the same flow (ST1801 to ST1809) in the flowchart shown in FIG.

  28 to 34 show specific examples of the first embodiment. As shown in FIGS. 6 to 12, the user 2 feels that the event information provided from the event providing system server 1 to the user terminal 3 is “transmitted by a phone call to the user terminal 3”. Even in the case of providing by production, the event information provided from the event providing system server 1 to the user terminal 3 as shown in FIGS. Even if the event is “can be performed”, the event viewed from the user 2 is the same.

  FIG. 28 is a diagram for explaining a specific example of the first embodiment of the present invention.

  The figure shows a specific example of the user terminal 3 when an event provided from the event providing system server 1 starts. In FIG. 28A, FIG. 28A shows a display screen of the user terminal 3 that outputs the previous information as character information for explaining in advance so that the situation occurring in the user 2 can be easily accepted. Show. On the display screen, “Oh? A mobile phone has fallen in the middle of the road. I thought you would pick it up and then suddenly a bell would ring. "The phone has fallen in the middle of the road. I thought you would pick it up." This is a fictitious situation setting regarding the user 2 in the event provided from 1. Similarly, as the previous information, the part where “The bell will suddenly ring ...” is the specific situation that will occur to the user 2, and the ring tone indicating the incoming call function. Explains that suddenly sounds. In addition, the part displayed as “You unintentionally pressed the call switch” following the previous information is information for prompting the user 2 to take action, and induces the action of the user 2. It serves as a kind of implicit information.

  First of all, the user 2 who read the previous information is as described in the previous information (in the specific example in the figure, “the telephone bell rings”). By actually happening at the user terminal 3 that the user has, the imaginary situation setting shown in the previous information can be felt as if it were real. That is, according to this specific example, the user terminal 3 that the user 2 has personally ("Keitai" in the figure) is now the user terminal 3 picked up in the middle of the road. It seems to be. And since the user terminal 3 has been picked up, the user 2 has the persuasiveness that the user terminal 3 is involved in the situation that someone tells (actually fictitious). Therefore, it is possible to expect an effect that emotions can be naturally transferred to a fictitious situation setting full of realism of the event provided by the event providing system server 1.

  In other words, the reality in front of you moves according to the pre-existing information provided in advance, so that the virtual reality is real in the sense of the user 2 as if the fictitious situation setting was real. It can be said that it can be integrated with the world. Alternatively, it can be said that the fictitious situation setting and the real world are switched by the user terminal 3 of the user 2 with a very natural connection.

  In other words, if what happened in advance in the previous information actually occurs, this previous information is also a kind of prophecy for User 2, and we will witness the prophecies that seem to imply what will happen in the future. It can be said that the user 2 is in a state where it is easy to believe the information provided by the system. That is, the ringtone that actually sounds in front of the user 2 is a “trigger” that makes it easier for the user 2 to transfer emotions.

FIGS. 28B to 28D are audio information output from the audio output unit of the user terminal 3. FIG. 28B shows a ringing tone of the call function that the user terminal 3 has struck, and specifically outputs a sound “Trulu, Turu”. Fig. 28 (c) shows the audio information output from the audio output unit. Specifically, "Who are you (in the mysterious man's voice)? Well, I don't care about your name. Speaking of the first mission, what is the long-established Toraya confection founded in Kanei 3 years that is said to be in the approach to Kiyomizu-dera? Please report it by e-mail, of course, I think you know, but if you fail, you won't have your life. The word and sound shown in FIG. 28 (c) are output when the user 2 corresponding to FIG. 28 (b) operates the call switch, and “Who are you? From now on, we have become a spy on our side. I will tell you the first mission. ”And“ Of course, you know, but if you fail, you won't have your life. ” This is a continuation of the fictitious situation setting related to the user 2 in the event provided by. In addition, the phrase “What is the famous Toraya confection founded in Kanei 3 years that is said to be on the approach to Kiyomizu Temple? The time limit is 30 minutes. If you get the information, please report it by email.” This is instruction information for setting a fictitious situation, and basically consists of a destination and a task. In the example of the figure, “Kiyomizu-dera no Sando” is the destination, and within “30 minutes” of the time limit, it is a problem to “report by email” the answer to “What is a long-established Toraya confection founded in 3 years? It becomes. FIG. 28D shows a call interruption sound of the call function that the user terminal 3 rang, and is output when the output of the audio information shown in FIG. 28C is completed. Specifically, as the call disconnection sound, a sound of “toe, toe, toe” is output.

  As shown in FIGS. 6 to 12, the user 2 feels that the event information provided from the event providing system server 1 to the user terminal 3 is “transmitted by a phone call to the user terminal 3”. In the case of providing by production, the user terminal 3 outputs information downloaded from the event providing system server 1 from the voice information output unit for the words and sounds shown in FIG. The sound shown in FIG. 28D corresponds to the sound effect intentionally output by the user terminal 3.

  As shown in FIGS. 13 to 18, when the event information provided from the event providing system server 1 to the user terminal 3 is “informed by a phone call actually made to the user terminal 3”, FIG. The words and sounds shown in (c) are actually sent from the event providing system server 1 through the call line, and FIG. 28 (b) shows the call function in the same way as when the call function receives an incoming call from another call terminal. Similarly, FIG. 28D shows a call interruption sound indicating that the call has been disconnected from another call terminal.

  FIG. 28 (e) shows a user terminal that outputs a countdown of the time limit as text or image information to encourage the user 2 to have a strong motivation that he / she thinks “I have to do something”. 3 shows a display screen. In FIG. 28 (e) displaying the countdown of the time limit, it is better to simultaneously show the issues output by the voice information shown in FIG. 28 (c), and the user terminal 3 shows what the user 2 should do by when. Can be confirmed. Specifically, the “Report to Boss” icon displayed on the lower side of the countdown display indicating 29 minutes and 58 seconds is indicated by the voice information shown in FIG. "Report by mail" is supported, and the HMI input unit corresponding to this icon is operated to switch to the report screen shown in FIG.

In this specific example, there are several points in the production that gives the user 2 strong motivation. The first point is that the character of the fictitious person who is supposed to make a phone call to the user 2 (personality and personal characteristics that can be understood from the voice or speaking tone and its contents) is an insane person. That is. The insane person mentioned here is a person who makes the user 2 think that the common sense (that is, the common sense that the user 2 thinks) is not valid. Once the user 2 recognizes this fictional person as an insane person, the user 2 does not want to convince the other party. Insaneness is often reflected in the attitude of unilaterally pushing an unreasonable request to User 2 who is the first person to meet, and then unilaterally hangs up the phone. The insane thing is born out of words, attitudes and attitudes as if it were natural. The unreasonable demands mentioned here are concretely "to have spies without using any questions and answers" and "to give a task with a time limit (in other words, mission, mission)". In other words, with these effects, user 2 “can't help saying this (because the other person is an insane person). There is no choice but to do something with the rules shown”. It is possible to generate a feeling of being able to divide. The user 2 who is divisible with respect to acting once also has an effect of voluntarily continuing the action.

  The second point is that the character of a fictional person is also a moderate (irresponsible) person. The irresponsible person mentioned here is a person who gives the user 2 all responsibility for the actions performed by the user 2. Once the user 2 recognizes that this fictional person is an irresponsible person, the user 2 never wants to rely on this partner. In addition, irresponsibility is often expressed in the attitude of asking the user 2 himself / herself for the failure of the task given unilaterally. The example uses the expression "I think, of course, you know, but if you fail, there is no life" to expand your image as a spy living in an extraordinary world. “The authorities have no responsibility for, or have no knowledge about”, has the same effect.

  The third point is that while User 2 is saying something like “What is that!”, It is also restricted so that the act of not talking about whether to unilaterally talk and cut unilaterally is further pursued. It is to show the user 2 a display that does not say whether or not the time is reduced every moment. However, the countdown of the time limit may be notified by voice such as “58 seconds, 57 seconds,..., 2 seconds, 1 second, 28 minutes, 59 seconds, 58 seconds,. .

  In this way, for the instruction information given by the "partner who does not want to persuade" somehow directed by the first point, and from the "partner never thinks to rely" produced by the second point Then, by the third point, “You can do it” by “Looking at the moment that user 2 is losing time every moment while thinking about something”, “ It ’s not a weak motive that you do n’t have to do it, but it ’s a strong motive to “behave anyway (with the rules indicated by the other party)” because “if you do n’t do it yourself” Lets most users 2 decide the action. Of course, it is not only the user 2 who can clearly recognize that the reason for "being acted anyway" is "If you do not do it yourself, you will not solve anything", but unconsciously "If you do not do it yourself, you will not solve anything" There are many things, and the directing by these three points is useful for the motivation to “behave anyway”. In addition, even if User 2 thinks, for example, "I'm not messing around" or "I have to go to my destination first", or just saying something like that, It may be determined that the motivation to “behave anyway” has occurred.

  FIG. 29 is a diagram illustrating a specific example of the first embodiment of the present invention.

  29A is a display example of the user terminal 3 after operating the HMI input unit corresponding to the “report to boss” icon display shown in FIG. An input field for inputting the answer of the task from the user 2 ("Result for the task" shown in the functional block diagram of FIG. 19, "Nakagori Nagori" in the specific example in the figure) and the event providing system server 1 after the input A “send” icon for sending the reply information is displayed. FIG. 29 (b) is a display example of the user terminal 3 after operating the HMI input unit corresponding to the “send” icon display shown in FIG. 29 (a), and the answer input in FIG. 29 (a). The transmission confirmation is output to the user 2.

  FIG. 30 is a diagram illustrating a specific example of the first embodiment of the present invention.

This figure is an event providing system that has determined that the problem indicated in the instruction information has been cleared when the correct answer (result information indicating event clear) is input and transmitted to the event providing system server 1 in the answer input shown in FIG. A specific example of the next event information transmitted from the server 1 is shown. In FIG. 30A, FIG. 30A shows a ringtone that is made by the user terminal 3 as in FIG. 28B, and FIG. 30C shows the user terminal 3 as in FIG. 28D. This is a call disconnection sound for the call function. FIG. 30B shows audio information output from the audio output unit, which is output when the user 2 corresponding to FIG. 30A operates the call switch. Yes, there is something I've just anticipated, and I'll tell you the next task: go down Kiyomizu-dera Sando and go down Sannenzaka, and how many steps are there to Chion-in's Sanmon in front of Maruyama Park? The time limit is 45 minutes.If you get the information, please report it by e-mail.Of course, you know, but if you fail, you will not have your life. The word and sound are output. FIG. 30D shows the display screen of the user terminal 3 that outputs the countdown of the time limit as text or image information, as in FIG. When the next event information is acquired in ST2406 of the flowchart shown in FIG. 24 or ST2706 of the flowchart shown in FIG. 27, the next event is transmitted to the user 2 by the user terminal 3 in this way.

  “Better, better. There is something I just expected” shown in FIG. 30 (b) is a word of a fictitious person who is calling the user 2. However, in the fictional situation setting, “it happened that the user 2 happened to pick up the user terminal 3 in the middle of the road”, but when the task was successful, it seemed to be ridiculous as saying “I expected” Expresses humor. People seem to forgive that irresponsibility that does not allow compromise that it is completely irresponsible and conversely `` I can not help '', even if I remember anger and frustration for halfway irresponsibility . In other words, the re-recognition that "I always want to say what I want to say, one-sided person" and the irresponsibility that I am amazed again will make the character of a fictitious person clearer and understand better As a result, a kind of familiarity can be expected in the sense of the user 2. The destination “Chion-in” is “Chiyo-ji Temple,” which was the destination of the previous mission. This is because the role of route information for guiding the user 2 to the next destination “Chion-in” is casually incorporated into the instruction information. User 2 is guided by the route information and can go to the next destination.

  In addition, clichés and sounds such as “I think, of course, I know, but there is no life if I fail. By preparing many clichés and using them in the same place each time, it is possible to expect an effect that a kind of security and familiarity due to the rhythm is generated in the sense of the user 2 like a so-called standard TV program. In addition, since the same effect as the rhythm of the event can be expected for the theme song (theme music), an original theme song having some characteristic different from the other theme songs can be played at the same time (for example, by voice to the user 2). When a “mysterious man's voice” that conveys an instruction is released or withdrawn, a so-called rhythm is created between the event provided by the event providing system server 1 and the user 2. .

  FIG. 31 is a diagram illustrating a specific example of the first embodiment of the present invention.

This figure is output from the user terminal 3 when information that is not a correct answer (result information indicating event clear) is transmitted by the answer input shown in FIG. 29, or when the time limit countdown has become zero. An example of bad ending information is shown. In FIG. 31A, FIG. 31A shows a ringtone that is made by the user terminal 3 as in FIG. 28B, and FIG. 31C shows the user terminal 3 as in FIG. This is a call disconnection sound for the call function. FIG. 31B shows audio information output from the audio output unit, which is output when the user 2 corresponding to FIG. 31A operates the call switch. The word and sound are output. FIG. 31D shows a display screen of the user terminal 3 that outputs bad ending (bad end) information as text or image information. The figure “Mission failed. You were swept away by Kamogawa. Domburako, Domburako. How far can you leave the river and go?” Corresponding to “(Of course, you know, but if you fail, you will not have your life)” shown in 28 (c), content that makes you feel humor even in the tragic feeling that the problem could not be cleared It is.

  FIG. 32 is a diagram for explaining a specific example of the first embodiment of the present invention.

  In FIG. 29, information that is not a correct answer (result information indicating event clear) is transmitted by the answer input shown in FIG. 29, but the countdown of the time limit is not 0, so that all the events (games) are not finished. A specific example in the case of continuing to is shown. In FIG. 32A, FIG. 32A shows a ringtone that is made by the user terminal 3 as in FIG. 28B, and FIG. 32C shows the user terminal 3 as in FIG. This is a call disconnection sound for the call function. FIG. 32B shows audio information output from the audio output unit, which is output when the user 2 according to FIG. 32A operates the call switch. There is a word and a sound that says “Put (sound that unilaterally hangs up)”. FIG. 31D shows a display screen of the user terminal 3 that outputs a countdown of the remaining time limit as characters or image information as in FIG.

  FIG. 33 is a diagram illustrating a specific example of the first embodiment of the present invention.

  In FIG. 29, when a correct answer (result information indicating event clear) is input and transmitted to the event providing system server 1 by the answer input shown in FIG. 29, all events ( A specific example of good ending information output from the user terminal 3 when transmitted from the event providing system server 1 determined to have ended (game) is shown. In FIG. 33, FIG. 33 (a) shows a ringtone that is made by the user terminal 3 as in FIG. 28 (b), and FIG. 33 (c) shows the user terminal 3 as in FIG. 28 (d). This is a call disconnection sound for the call function. FIG. 33B shows audio information output from the audio output unit, which is output when the user 2 corresponding to FIG. 33A operates the call switch. Yes, there is only what I expected, but let's keep it in mind for today, and ask again. I'm outputting the word and sound "Put (a call that cuts unilaterally)" . FIG. 33 (d) shows a display screen of the user terminal 3 that outputs good ending information as text or image information. On the display screen, “All missions have been accomplished. You have finally been released. However, when the next mission may come from this irresponsible boss. Is the ending of the fictitious situation setting for the user 2 in the event provided from the event providing system server 1 shown in FIG. 28 (c), and has the implication that it leads to the event to be provided next time. This inclusion serves as a so-called hidden line that will make it easier to empathize at the next event.

  FIG. 34 is a diagram for explaining a specific example of the first embodiment of the present invention.

The figure shows a specific example of the user terminal 3 when the second and subsequent events provided from the event providing system server 1 start. In FIG. 34 (a), as in FIG. 28 (a), the preceding information for explaining in advance is output as character information so that the situation occurring in the user 2 can be easily accepted. The display screen of the user terminal 3 is shown. “Speaking of that, the phone you picked up is still in your hand. You ’ve forgotten that, but suddenly the bell rings again. .... You have inadvertently pressed the call switch. "The information in the previous article is" If you say so, the phone you picked up is still in your hand. "
The part displayed as “is completely forgotten for you,” is a fictitious situation setting regarding the user 2 in the event provided from the event providing system server 1. Similarly, the part where “The bell rings suddenly ...” as the previous information is a specific situation that will occur to the user 2, and the incoming call function is received as in FIG. The ringing tone indicating that the sound is suddenly sounded is explained in detail. Similarly to FIG. 28, the part “You have accidentally pressed the call switch” following the previous information is information for prompting the user 2 to take action. It plays the role of a kind of implicit information that induces action.

  34B to 34D are audio information output from the audio output unit of the user terminal 3 as in FIG. FIG. 34 (b) shows the ringing tone of the call function that the user terminal 3 rang in the same manner as FIG. 28 (b). FIG. 34 (d) shows the user terminal 3 in the same manner as FIG. 28 (d). It is a call interruption sound of the calling function. FIG. 34 (b) is the audio information output from the audio output unit. Specifically, “I am you again? I don't need detailed explanation. I'll tell you the first mission. Bridge: What is the famous singer's memorial at the base of Togetsu Bridge, and the time limit is 30 minutes.Please report it by e-mail when you get the information. You have no life, above. The words and sounds shown in FIG. 34 (c) are output when the user 2 corresponding to FIG. 34 (b) operates the call switch, and in order to produce a character of a fictional person who is dressed sideways. The explanation of the fictitious situation setting is “Hoshiru (omitted)”. The term “landwear” as used here is reflected in the awkwardness of being confused when you call yourself and say, “Is it you again? The user 2 who has been able to cut off at the previous event, for example, thinks “Ah, again”, but there is no sense of incongruity in the realistic situation setting prepared by the event providing system server 1 You can empathize without feeling.

  In the example, “Togetsukyo is the place for Arashiyama. What is the memorial hall of the famous singer at the base of Togetsukyo? The time limit is 30 minutes. Please report it by e-mail when you get the information.” Is the instruction information in the fictitious situation setting, and basically consists of the destination and the problem as in FIG.

(Second Embodiment)
A second embodiment of the present invention will be described with reference to FIGS. The feature of the second embodiment is to give the grant information read from the grant information DB 17 when transmitting the event information to the user terminal 3, and only differences from the first embodiment will be described below. The content of the grant information may be changed according to the event achievement result and the progress of the event.

  FIG. 35 is a functional block diagram of the event providing system server in the second embodiment corresponding to the functional block diagram shown in FIG. 23 in the first embodiment.

  In the figure, the event providing system server 1 receives a result information for a task included in the instruction information from the user terminal 3 and the target user terminal 3 from the event information DB 4 based on the received result information. A function of reading the transmitted event information, a function of determining the received result information based on the read event information (more specifically, an issue included in the instruction information), and the next event information or A function for reading out ending information from the event information DB 4, a function for reading out and assigning grant information to the event information or ending information read based on the determination result from the grant information DB 17, and granting to the user terminal 3 to be transmitted A function for transmitting event information or ending information to which information is added, and a transmission result transmitted to the user terminal 3 And a function of storing the signal information DB 16.

FIG. 36 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG.

  In the figure, when the event providing system server 1 receives the result information for the task included in the instruction information from the user terminal 3 (ST3601), the target user terminal 3 from the event information DB 4 based on the received result information. (ST3602) is acquired, and it is determined whether the result information received based on the acquired event information, more specifically, the issue included in the instruction information, has cleared the issue (ST3603). Whether or not all events have ended is determined from the determination result for (ST3604), and if it is determined that the event has ended, the ending information is acquired from the event information DB 4 (ST3605), and it is determined that the event has not ended. If the event information is received, the next event information is acquired from the event information DB 4 (ST3606) and added to the acquired information. Is determined based on the determination result in ST3603 (ST3607), and when there is the grant information, the grant information to be given to the acquired information is read from the grant information DB 17 and given (ST3608). If there is no additional information, the acquired information is transmitted to the user terminal 3 as it is (ST3609), the transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST3610), and the process is terminated.

  FIG. 37 is a flowchart in the calculation unit of the user terminal that has received the information with the added information from the event providing system server.

  In the figure, the user terminal 3 stores the received event information in the storage unit 26 (ST3702) when the grant information is given to the received information (ST3701), and the grant acquired from the storage unit 26 as necessary. Information is output to the information output unit (ST3703), and the process is terminated.

  FIG. 38 is a flowchart in the calculation unit of the user terminal that has received the information with additional information from the event providing system server in a case different from FIG.

  In the figure, the user terminal 3 stores the received event information in the storage unit 26 (ST3802) when the grant information is given to the received information (ST3801), and the grant acquired from the storage unit 26 as necessary. A link to the information is output to the information output unit (ST3803), it is determined whether there is an operation by the user 2 corresponding to the output link (ST3804), and if the operation is confirmed, the grant information Is obtained from the storage unit 26 and output to the information output unit (ST3805), and the process is terminated. If the operation is not confirmed, the process is terminated.

  FIG. 39 is a diagram for explaining a specific example of the second embodiment of the present invention.

  This figure is a specific example in the case where a coupon (so-called discount purchase ticket) as grant information is displayed on the display screen after the next event information is output from the user terminal 3. FIG. 39D is a display screen that is displayed after the call disconnection sound of the call function that the user terminal 3 rang as shown in FIG. 39C is sounded. Specifically, “mission 1 is cleared” "Gorbi" is a 10% OFF coupon for the well-established "Toraya" confectionary "Nagori Yuki", followed by a description of "Please show to the clerk" and the event screen The “Back” icon is displayed. Here, when the HMI input unit corresponding to the icon display of “return” is operated, the screen is switched to a display screen displaying a countdown of the time limit shown in FIG. When the user 2 shows the coupon displayed in FIG. 39D to the store clerk according to the explanatory text, the user 2 can receive a discount service when purchasing the target product. Of course, in order to implement this service, it is necessary to tie up with a dealer. However, an event provided by the event providing system server 1 may guide the user 2 around the destination designated by the event. It is possible, and it is relatively easy to build a cooperation system such as sightseeing spots and shopping streets.

  Also, people tend to think that it is valuable for their hard work, and one theory is that they don't want to think that their hard work is wasted, saying that they must have value because they have struggled so much It is also said to be due to the spiritual self-defense instinct. Therefore, even if it is the user 2 who did not look at only sending coupon information, it seems that the provision information obtained after overcoming the event provided from the event providing system server 1 is valuable. For this reason, when the given information is a coupon for promoting product purchase, it is possible to expect a secondary effect that the probability that the user 2 purchases the product (frequency of use) increases.

  That is, the “reward” given to the user 2 is a price for the hardship that the user 2 has received, so the contents may vary depending on factors such as the number of mission clears and the clear time. Everyone can be said to be unequal with the same reward, and it is not bad to make a difference depending on the outcome of the effort. However, it can not be said that it is good to manage the provided event so well, and what should be given according to what condition should be determined by the characteristics of the event (theme, message, policy, etc.).

  40 and 41 are specific examples of the second embodiment corresponding to the flowchart shown in FIG. 37, and FIGS. 42 and 43 are specific examples of the second embodiment corresponding to the flowchart shown in FIG.

  FIG. 40 is a diagram illustrating a specific example of the second embodiment of the present invention.

  This figure is a specific example in the case where the grant information output from the user terminal 3 is a hint for solving the problem output with the remaining time of the time limit countdown. In FIG. 40, FIG. 40A shows a specific example of a hint output to the user terminal 3 when the remaining time is 10 minutes, and a correct answer is guided with respect to the correct answer “Nagiri Yuki”. In order to show its leading and trailing characters. FIG. 40B shows a case where the time further changes with the time indicated by the countdown of the time limit. When the time limit reaches 5 minutes, the number of hints is increased. When it is 1 minute, a three-option display is displayed to select the answer of the task with three choices. Note that hints for solving the problem are not necessarily required, and may be used according to the difficulty level of the problem or the game characteristics of the event.

  FIG. 41 is a diagram for explaining a specific example of the second embodiment of the present invention.

  This figure is a specific example in a case where the grant information output from the user terminal 3 is the question information output when the task is not achieved. In Fig. 41 (a), the question "Why the mission failed? Ask the cause" and "(1) The boss's irresponsibility, (2) My sweetness, (3) Just luck, Answers with options of (4) Distance to destination, (5) Short time limit, (6) Difficulty of task are displayed. By the way, choices (4) to (6) correspond to a questionnaire to make the difficulty level of the event appropriate, and it is better to be mixed in with questions from fictional people than directly asking the difficulty level of the event It can be expected that the user 2 does not have to make an artificial impression. In other words, this means casually including an event improvement questionnaire.

FIG. 41B is a specific example in a case where the output information output from the event providing system server 1 changes depending on the answer from the user terminal 3 corresponding to the option presented in FIG. The example shows a display screen that shows the game ended by a fictional person when option (1) is selected, and the game continues for the time being when the option (3) is selected. It is a display screen which shows the appearance. When option (1) is selected, the message on the display of user terminal 3 is “A message from the boss. You should curse your immaturity. GAMEOVER. You were swept away by Kamogawa. "Burako. Donburako" is output as output information. Similarly, when option (3) is selected, “message from the boss. Let me give you another chance. Wait for the next instruction” is output as output information. In order to make the character of the fictional character even more impressive, no matter what option is selected by User 2, for example, "I don't know anything. You have no choice. "You may produce unreasonableness due to a one-sided attitude like the reply information output to the user terminal 3", and the continuation of the event is something of your kindness, such as "Okay, give me a chance again" You may produce arrogance just as you say. Of course, the result is incomplete, and the answer from the user 2 may be used to optimize the difficulty level of the event.

  FIG. 42 is a diagram illustrating a specific example of the second embodiment of the present invention.

  The figure is a specific example in which the grant information output from the user terminal 3 is output with good ending information (good end) in which coupon information similar to that in FIG. 39 has achieved all events, This is a case where the output link of the grant information is given to the output of the ending information. In FIG. 42, FIG. 42 (d) is a display screen of the user terminal 3 that outputs good ending information as text or image information as in FIG. 33 (d), and is displayed on the screen. Further, when the “Go reward” icon is operated, coupon information shown in FIG. In this example, the “Go reward” icon corresponds to a link for outputting grant information.

  FIG. 43 is a diagram illustrating a specific example of the second embodiment of the present invention.

  This figure shows a case in which the content is intentionally unknown only by the added information given to the output of the ending information, in contrast to the specific example shown in FIG. 42 where the specific content is displayed immediately. In FIG. 43, when the “development” icon displayed in FIG. 43D is operated, the grant information shown in FIG. 42E is output. What is it to the user 2 at this time? The information is unknown. Specifically, "There is a small reward from the boss. Please show this display screen at the Kyoto Station Information Center. The reward from the boss. Gobo No.12" is displayed, Based on the rules that have been exchanged in advance with the event provided from the event providing system server 1, something corresponding to the given information (more specifically, the displayed reward number) displayed on the display screen is determined. It should be handed over to the user 2.

  FIG. 44 is a flowchart in the calculation unit of the user terminal that has received information with additional information from the event providing system server in a case different from FIGS. 37 and 38.

  This figure shows a case where the assignment information is output after the event is ended as in the specific example shown in FIG. 39, but the next event is not started until an operation from the user 2 is performed. In the figure, when the given information is added to the received information (ST4401), the user terminal 3 stores the received event information in the storage unit 26 (ST4402) and completes the mission (achieves the task) ( (ST4403), the grant information is acquired from the storage unit 26 and output to the information output unit (ST4404). When the operation corresponding to the start of the next mission is confirmed (ST4405), the next event information is acquired from the storage unit 26. The next mission is started (ST4406), the start of the next mission is transmitted to the event providing system server 1 (ST4407), and the process is terminated. As described above, the event interval (rest) can be set while the grant information is output.

  FIG. 45 is a diagram illustrating a specific example of the second embodiment of the present invention.

This figure is a specific example corresponding to the flowchart shown in FIG. In FIG. 45, FIG. 45A displays the same coupon as FIG. 39 as the grant information, but the difference is the icon display of “To the next mission” for starting the next event. Thus, the user 2 starts operating the HMI input unit corresponding to this icon display, and the ringing tone of the call function shown in FIG. 45 (b) sounds (thus starting the next event). This interval is a moment when the user 2 is chased by the time limit in the event provided by the event providing system server 1, and the given information (in this case, discount purchase by coupon) is a relief. The effect of promoting the use can be expected.

(Third embodiment)
A third embodiment of the present invention will be described with reference to FIGS. 46 and 47. FIG. The feature of the third embodiment is that when the current position of the user 2 can be acquired in the overall system diagram shown in FIG. 1 or FIG. 2, the acquired current position is used for selection of event information or addition / subtraction in calculation of the time limit. Only the differences from the first embodiment will be described below.

  FIG. 46 is a functional block diagram of the event providing system server in the third embodiment corresponding to the functional block diagram shown in FIG. 6 in the first embodiment.

  In the figure, the event providing system server 1 receives event information based on the function of receiving a request for transmitting event information from the user terminal 3 or the passgate 6 and the current location of the received user 2 (or user terminal 3). A function of reading event information from the DB 4; a function of adding / subtracting based on the current position received at the time limit related to the read event information; a function of transmitting the read event information to the user terminal 3 indicated by the transmission request; And a function of storing the transmission result transmitted to the person terminal 3 in the distribution information DB 16. Reading event information based on the current position means that, for example, the nearest destination is selected from the current position, or a place where a preset user 2 is to be dropped is sandwiched between the current position and the destination. It may be selected according to a judgment condition such as selecting a destination. By setting such an intentional destination (specifically, selection of event information having the destination), the user 2 can visit various places.

  For example, information distribution at tourist sites so far has been merely tourist information, but it is used when the information distribution system is forced by tickling the curiosity of the user 2 at the event that gives destinations and issues in this way It is expected that the user 2 can visit various places without causing the user 2 to feel.

  47 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG.

  In the figure, when the event providing system server 1 receives an event information transmission request from the user terminal 3 or the pass gate 6 (ST4701), the received information includes the current position of the user 2 or the user terminal 3. If the current position is included, event information is selected (extracted) from the event information DB 4 based on the acquired current position (ST 4703), and it is necessary to change the time limit. If the change is necessary, the time limit is corrected by addition / subtraction according to the acquired current position (ST4705). If the change is not necessary, the user who indicates the acquired information as it is is shown in the transmission request. The transmission result transmitted to the terminal 3 (ST4707), the transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST4708), and the process is performed. finish. If the current position is not included in ST4702, event information is acquired from the event information DB 4 based on the transmission request (ST4706), and the processing after ST4707 is similarly executed, and the processing is terminated.

(Fourth embodiment)
A fourth embodiment of the present invention will be described with reference to FIGS. A feature of the fourth embodiment is that an operator 29 in charge of an actor is used for interaction with the user 2 via the user terminal 3, and only differences from the first embodiment will be described below.

  FIG. 48 is an overall system diagram of the event providing system in the fourth embodiment corresponding to the overall system diagram shown in FIGS. 1 and 2 in the first embodiment.

  FIG. 1 is an overall system diagram for explaining a mechanism for eliminating a sense of incongruity that cannot be avoided if an answer is given to the user 2 at an event provided by the event providing system server 1 in the first embodiment. Of course, even in the mechanism shown in the first embodiment, the character of the fictional character is consistently set as “a person who says unilaterally only what you want to say,” There is no problem if you do not listen to what User 2 says. However, when trying to obtain (provide more) a sense of realism during the interaction with User 2 (silent time between words) or ad lib to User 2 This embodiment is effective. For example, between words is like a conversational breath that can only be met when there is a partner, so set the character of a fictional person to be "a person who says unilaterally only what you want to say always" Without it, it would sound like a lie just a short delay in something. That is, it is possible to widen the character setting range of the fictional character in the event provided by the event providing system server 1 and make the virtual reality world in the event more realistic.

  In the figure, the event providing system server 1 is based on the event information acquired from the event information DB (database) 4 based on the user terminal address acquired directly or indirectly from the user terminal 3 of the user 2. In addition, after transmitting the prior information for talking back to the operator 29 in charge of the officer waiting at the call center 28 and the call code for calling the user terminal 3 to the call center terminal 30, Time limit information (that is, event information not via the operator 29 in charge of the actor) is transmitted. The advance information sent to the call center terminal 30 for back-to-back includes instructions for the operator 29 in charge of the officer and information to be transmitted to the user 2. Information is transmitted to the user 2 who is in a call state using a call code connected to the call function. The call code may be input by the operation of the operator 29 or may be automatically input after a certain period of time. With this mechanism, the user 2 can feel as if he / she is interacting with a person somewhere in the real world.

  FIG. 49 is an overall system diagram of the event providing system in the embodiment of the present invention in a case different from FIG.

  This figure is an overall system diagram of the fourth embodiment corresponding to FIG. In the figure, the user 2 passes through the pass gate 6 using the information storage medium 7 or the user terminal 3. When the user 2 passes, the pass gate 6 reads the user terminal address from the information storage medium 7 or the user terminal 3 and sends the pass detection result of the user 2 together with the pass gate code of the pass gate 6 in advance to the event providing system server. 1 to send. The event providing system server 1 transmits event information including the assignment (or destination and assignment) acquired from the event information DB (database) 4 to the user terminal 3 based on the user terminal address acquired from the passgate 6.

  FIG. 50 is a hardware block diagram of the call center terminal in the embodiment of the present invention.

In the figure, an information input / output unit 32 is a part having an input / output function for the call center terminal 30 to perform various exchanges with an operator 29 in charge of an actor. 32-2. The input device in the information input unit 32-1 includes, for example, a keyboard, a numeric keypad, a mouse, a barcode reader, and the like, and any type can be used as long as the input of the operator 29 transmits information to the system. As the output device in the information output unit 32-2, for example, a display, a printer, or the like is applicable, and any type can be used as long as information can be transmitted from the system to the operator 29. Note that the call unit 31 that communicates with the user terminal 3 may be interpreted as a part of the information input / output unit 32. In general, a microphone and an output device that convert the voice (sound wave) of the operator 29 into an electrical signal as an input device. As a speaker that transmits the voice of the other party received as an electrical signal to the operator 29. The calculation unit 33 is a part having a calculation function for driving and processing each function by executing a program, and is generally configured by a CPU (Central Processing Unit). The memory unit 34 is a part of an execution area of a program executed by the calculation unit 33. The communication unit 35 is a part that controls communication with an external system via the network 17. The DB (database) management unit 36 is a part having a function of managing various data structures and data entities.

  The processing program 37 managed by the DB management unit 36 is a program necessary for achieving the purpose of use of the call center terminal 30 and includes an OS (operating system). Similarly, the reception information DB 38 is a database that stores reception information such as prior information (face-to-face information) received from the event providing system server 1. Similarly, the other program data 39 corresponds to application software such as a word processor or a spreadsheet program used by the operator 29 other than the above, data associated therewith, and the like.

  51 to 53 show a case where the back-to-back information is transmitted from the event providing system server 1 to the call center terminal 30 each time. 54 to 56, all the event information, whether information through the officer operator 29 or not, is once transmitted from the event providing system server 1 to the call center terminal 30, and communicates with the call unit 31 of the call center terminal 30. The case where each is transmitted to the user terminal 3 using the unit 35 is shown. 57 to 62 show a case where the back-to-back information is transmitted from the event providing system server 1 to the call center terminal 30 in advance.

(4-1 embodiment)
FIG. 51 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 has a function of receiving an event information transmission trigger from the pass gate 6 and a function of determining (how to interpret) the meaning of the received information. The trigger (trigger) is as described in FIGS. The determination of how to interpret the meaning of the received information is, for example, based on the passgate code or basic information received from the passgate 6, the location of the user 2 (location such as the current location or passing location) or action ( Specifically, in the case of an automatic ticket gate installed at the entrance of a station, whether it is in a state where it is entering the station and trying to get on the train, or whether it is in a state where it has moved out of the station and moved by train It is a judgment of a rough or rough behavior that has been patterned to some extent. As described above, the event providing system server 1 that grasps the location and behavior of the user 2 can change the rhythm of the event by shortening or lengthening the set time of the event to be provided, for example. Of course, the contents of the event to be provided next and the success / failure determination of the event may be taken into consideration. As specific processing, the information received from the pass gate 6 is added to the acquisition timing of the event information and the transmission timing of the acquired information.

Furthermore, the event providing system server 1 has a function of receiving an event information transmission request from the user terminal 3, a function of acquiring information from the event information DB 4 based on information received from the passgate 6 or the user terminal 3, and an acquisition. Whether the information is sent to the call center terminal 30 or the user terminal 3 is determined based on whether or not the information is transmitted to the user 2 through the officer-in-charge operator 29 in the call center 28. A function for determining the transmission destination, a function for transmitting information acquired based on the determination result (including at least the back-to-back information and the call code of the target user terminal 3) to the call center terminal 30, and also based on the determination result A function for transmitting the acquired information to the user terminal 3 and a function for storing the transmission result in the distribution information DB 16. That. The transmission destination judgment of the acquired information is determined in advance each time (specifically, it may be judged by the type of information, and if the information type is face-to-face information, the call center terminal 30 is judged as the transmission destination, etc.) However, it is also possible to add destination information to the event information itself stored in the event information DB 4 in advance and make a determination based on the destination information provided to the event information. For example, information to be transmitted to the user 2 through the officer-in-charge operator 29 when creating event information is given transmission destination information with the call center terminal 30 as a transmission destination, and information not through the officer-in-charge operator 29 is used. It is good to give the transmission destination information which makes the user terminal 3 a transmission destination.

  FIG. 52 is a functional block diagram of the call center terminal in the embodiment of the present invention following FIG.

  In the figure, the call center terminal 30 stores the back-to-back information and the call code of the target user terminal 3 from the event providing system server 1, and stores the received back-to-back information and the call code in the reception information DB 38. With functions. Further, the call center terminal 30 has a function of acquiring the back-to-back information received from the reception information DB 38 as necessary, and a function of outputting the back-to-back information acquired from the reception information DB 38 to the information output unit 32-2. The actor operator 29 confirms the contents by the back-to-back information output to the information output unit 32-2, and if it feels that the preparation for the performance as instructed by the back-to-back information has been completed, the information output unit A preparation completion operation is executed according to the mouth-to-face information output to 32-2. There may be no response from the actor-in-charge operator 29 (predetermined time elapses), or the response may be dull (the operation is slow). When it is determined that the operation is no response (no response) or slow, warning information that prompts the officer 29 for operation or preparation is output to the information output unit 32-2, or in some cases, the call center. The person in charge may be changed to another officer-in-charge operator 29 at 28.

  Further, the call center terminal 30 has a function of receiving a signal indicating completion of preparation from the information input unit 32-1, and a function of acquiring the call code of the user terminal 3 that is a target of the call from the reception information DB 38 in response to the completion of preparation. , And a function of making a call by inputting the acquired call code to the call function.

  FIG. 53 is a flowchart in the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagrams shown in FIGS. 51 and 52.

In the figure, when the event providing system server 1 receives an event information transmission trigger from the pass gate 6 or receives an event information transmission request from the user terminal 3 (ST5301), the event providing system server 1 accepts it from the pass gate 6 or the user terminal 3. Information is obtained from the event information DB 4 based on the received information (ST5302), and the transmission destination of the obtained information is used via the officer-in-charge operator 29 in the call center 28 as to whether the destination is the call center terminal 30 or the user terminal 3. The destination of the information acquired based on whether or not the information is to be transmitted to the user 2 is determined (ST5303), and the information acquired based on the determination result (at least the back-to-back information and the call of the target user terminal 3) (Including the code) to the call center terminal 30 (ST5304) It transmits the acquired information based on the user terminal 3 (ST5
305), the transmission result is stored in the distribution information DB 16 (ST5306), and the process is terminated. When the call center terminal 30 receives the back-to-back information together with the call code of the user terminal 3 that is the target of the call from the event providing system server 1, the call center terminal 30 stores the received information in the reception information DB 38 (ST5307) and receives it as necessary. The acquired back-to-back information is acquired from the reception information DB 38, the acquired back-to-back information is output to the information output unit 32-2 (ST5308), and the process waits until a preparation completion operation is received from the officer-in-charge operator 29. When receiving event information from the event providing system server 1, the user terminal 3 stores the received event information in the storage unit 26 (ST5311), and outputs the received event information to the information output unit 24-2 as necessary. Then (ST5312), the process ends. When the call center terminal 30 receives a signal indicating the completion of preparation from the information input unit 32-1 (ST5309), the call center terminal 30 acquires the call code of the user terminal 3 that is the target of the call from the reception information DB 38 in response to the completion of preparation. The acquired call code is input to the call function to enter a call state (ST 5310), and the process ends. In ST5310, the user 2 having the user terminal 3 is called by inputting the call code of the user terminal 3 into the call unit 31 in the call center terminal 30, and the user 2 corresponding to the call is called the user terminal. The call center terminal 30 and the user terminal 3 are in a call state by operating the incoming call switch 3 (an action in which the user 2 permits a call for an external call).

(4-2th Embodiment)
FIG. 54 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 has a function for receiving a transmission trigger (trigger) of event information from the pass gate 6, a function for determining the meaning (how to interpret) of the received information, and a user terminal 3. A function for receiving a transmission request for event information, a function for acquiring information from the event information DB 4 based on information received from the passgate 6 or the user terminal 3, a function for transmitting all the acquired information to the call center terminal 30, and a transmission And a function of storing the result in the distribution information DB 16. The trigger (trigger) is as described in FIGS. 1 and 2, and the determination of how to interpret the meaning of the received information is as described in FIG.

  FIG. 55 is a functional block diagram of the call center terminal in the embodiment of the present invention following FIG.

  In the figure, the call center terminal 30 stores the back-to-back information and the call code of the target user terminal 3 from the event providing system server 1, and stores the received back-to-back information and the call code in the reception information DB 38. With functions. Further, the call center terminal 30 has a function of acquiring the back-to-back information received from the reception information DB 38 as necessary, and a function of outputting the back-to-back information acquired from the reception information DB 38 to the information output unit 32-2. The actor operator 29 confirms the contents by the back-to-back information output to the information output unit 32-2, and if it feels that the preparation for the performance as instructed by the back-to-back information has been completed, the information output unit A preparation completion operation is executed according to the mouth-to-face information output to 32-2. If there is no response from the actor operator 29 (predetermined time elapses) or the response is slow (operation is slow), the same processing as described in FIG. 52 is executed. Also good.

Further, the call center terminal 30 has a function of receiving a signal indicating completion of preparation from the information input unit 32-1, and a function of acquiring the call code of the user terminal 3 that is a target of the call from the reception information DB 38 in response to the completion of preparation. , Having the function of inputting the acquired call code into the call function and making a call, and receiving event information not via the officer-in-charge operator 29 upon completion of preparation.
A function acquired from B38, and a function of transmitting the acquired event information to the user terminal 3.

  FIG. 56 is a flowchart in the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagrams shown in FIGS. 54 and 55.

  In the figure, when the event providing system server 1 receives an event information transmission trigger from the pass gate 6 or receives an event information transmission request from the user terminal 3 (ST5601), the event providing system server 1 accepts it from the pass gate 6 or the user terminal 3. Information is acquired from the event information DB 4 based on the received information (ST5602), all the acquired information is transmitted to the call center terminal 30 (ST5603), the transmission result is stored in the distribution information DB 16 (ST5604), and the process is terminated. . When the call center terminal 30 receives the back-to-back information together with the call code of the user terminal 3 that is the target of the call from the event providing system server 1, the call center terminal 30 stores the received information in the reception information DB 38 (ST5605) and receives it as necessary. The back-to-back information is acquired from the reception information DB 38, the back-to-back information acquired from the reception information DB 38 is output to the information output unit 32-2 (ST5606), and a preparation completion operation is received from the officer-in-charge operator 29 (ST5607). In response to the completion of preparation, event information not via the officer-in-charge operator 29 is acquired from the reception information DB 38, and the acquired event information is transmitted to the user terminal 3 (ST5608). Call code from the reception information DB 38, and the acquired call code is a call function In the call state to input (ST5609), the process ends. Upon receiving event information from the call center terminal 30, the user terminal 3 stores the received event information in the storage unit 26 (ST5610), and outputs the received event information to the information output unit 24-2 as necessary. (ST5611), the process ends. In ST5609, it may be considered that the same processing as ST5310 is specifically executed.

(4-3 embodiment)
FIG. 57 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 has received the event information transmission trigger from the pass gate 6, the function of determining the meaning of the received information (how to interpret), and the pass gate 6. It has a function of acquiring information to be transmitted to the call center terminal 30 in advance based on the information from the event information DB 4, a function of transmitting the acquired information to the call center terminal 30, and a function of storing a transmission result in the distribution information DB 16. . The trigger (trigger) is as described in FIGS. 1 and 2, and the determination of how to interpret the meaning of the received information is as described in FIG. By combining these functions, it is possible to instruct the officer-in-charge operator 29 to prepare after estimating the behavior of the user 2 without a response (response) from the user terminal 3.

  FIG. 58 is a functional block diagram of the call center terminal in the embodiment of the present invention following FIG.

In the figure, the call center terminal 30 stores the back-to-back information and the call code of the target user terminal 3 from the event providing system server 1, and stores the received back-to-back information and the call code in the reception information DB 38. With functions. Further, the call center terminal 30 has a function of acquiring the back-to-back information received from the reception information DB 38 as necessary, and a function of outputting the back-to-back information acquired from the reception information DB 38 to the information output unit 32-2. The actor-in-charge operator 29 can confirm the contents by the back-to-back information output to the information output unit 32-2, and can make preparations in advance for the performance as instructed by the back-to-back information.

  FIG. 59 is a functional block diagram of the event providing system server in the embodiment of the present invention following FIGS. 57 and 58.

  In the figure, the event providing system server 1 has a function of receiving an event information transmission trigger from the pass gate 6 and a function of determining (how to interpret) the meaning of the received information. Furthermore, the event providing system server 1 has a function of receiving an event information transmission request from the user terminal 3, a function of acquiring information from the event information DB 4 based on information received from the passgate 6 or the user terminal 3, and an acquisition. Whether the information is sent to the call center terminal 30 or the user terminal 3 is determined based on whether or not the information is transmitted to the user 2 through the officer-in-charge operator 29 in the call center 28. A function for determining a transmission destination, a function for acquiring an information code corresponding to information acquired based on a determination result from the distribution information DB 16, a function for transmitting the acquired information code to the call center terminal 30, and a function based on the determination result A function of transmitting information acquired in this way to the user terminal 3, and a function of storing a transmission result in the distribution information DB 16 Having.

  FIG. 60 is a functional block diagram of the call center terminal in the embodiment of the present invention following FIG.

  In the figure, the call center terminal 30 has a function of receiving an information code from the event providing system server 1, a function of acquiring instruction information for the actor operator 29 from the reception information DB 38 based on the received information code, and a reception information DB. And the function of outputting the instruction information acquired from the information output unit 32-2. The actor-in-charge operator 29 can know that it is time to perform the performance that has been prepared in advance by the instruction information output to the information output unit 32-2. If there is no response from the actor operator 29 (predetermined time elapses) or the response is slow (operation is slow), the same processing as described in FIG. 52 is executed. Also good. However, since there is more mind than the mechanism shown so far, the fear is relatively low.

  Further, the call center terminal 30 has a function of receiving a signal indicating completion of preparation from the information input unit 32-1, and a function of acquiring the call code of the user terminal 3 that is a target of the call from the reception information DB 38 in response to the completion of preparation. , And a function of making a call by inputting the acquired call code to the call function.

  FIG. 61 is a flowchart in the event providing system server and the calculation unit of the call center terminal corresponding to the functional block diagrams shown in FIGS. 57 and 58.

  In the figure, when the event providing system server 1 receives a transmission trigger (trigger) of event information from the pass gate 6 (ST6101), the event providing system transmits information to the call center terminal 6 in advance based on the information received from the pass gate 6 as an event. Obtained from the information DB 4 (ST6102), sends the obtained information to the call center terminal 30 (ST6103), stores the transmission result in the delivery information DB16 (ST6104), and ends the process. When the call center terminal 30 receives the back-to-back information from the event providing system server 1, the call center terminal 30 stores the received information in the reception information DB 38 (ST6105), acquires the received back-to-back information from the reception information DB 38 as necessary, The back-to-back information acquired from the reception information DB 38 is output to the information output unit 32-2 (ST6106), and the process ends.

  FIG. 62 is a flowchart in the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagrams shown in FIGS. 59 and 60.

In the figure, when the event providing system server 1 receives an event information transmission trigger from the pass gate 6 or receives an event information transmission request from the user terminal 3 (ST6201), the event providing system server 1 accepts it from the pass gate 6 or the user terminal 3. The information is acquired from the event information DB 4 based on the received information (ST6202), and the transmission destination of the acquired information is used via the officer-in-charge operator 29 in the call center 28 regarding the call center terminal 30 or the user terminal 3. The transmission destination of the acquired information is determined based on whether or not the information is to be transmitted to the person 2 (ST6203), and an information code corresponding to the acquired information is acquired from the distribution information DB 16 based on the determination result and acquired. The transmitted information code is transmitted to the call center terminal 6 (ST6204). And transmits the acquired information are in the user terminal 3 (ST620
5) The transmission result is stored in the distribution information DB 16 (ST6206), and the process is terminated. When the call center terminal 30 receives the information code from the event providing system server 1, the call center terminal 30 acquires the instruction information for the officer in charge 29 from the reception information DB 38 based on the received information code (ST6207), and the instruction information acquired from the reception information DB 38 Is output to the information output unit 32-2 (ST6208), and the process waits until an operation for completion of preparation is received from the officer in charge 29. Upon receiving the event information from the event providing system server 1, the user terminal 3 stores the received event information in the storage unit 26 (ST6211), and outputs the received event information to the information output unit 24-2 as necessary. Then (ST6212), the process ends. When the call center terminal 30 receives a signal indicating the completion of preparation from the information input unit 32-1 (ST6209), the call center terminal 30 acquires the call code of the user terminal 3 that is the target of the call from the reception information DB 38 in response to the completion of preparation. The acquired call code is input to the call function to enter a call state (ST6210), and the process ends. In ST6210, it may be considered that the same processing as ST5310 is specifically executed.

  FIG. 63 is a diagram for explaining a specific example of the fourth embodiment of the present invention.

  In FIG. 63 (c), there is no need to bother to report by e-mail in a dialogue where the voice of a mysterious man speaks, but it is simply “Please report me”. In the specific example of the first embodiment, the user dares to create an insane impression about the character of the fictional character and to hide that he / she does not have the freedom to interact with the user 2 (cannot ad-lib). No. 2 uses a communication means called email that makes it difficult to contact. In the first embodiment, e-mail is a communication means that tends to be one-sided, and in spite of the fact that spy bosses are telephones in the first place, it is used to create an atmosphere that never appears on a phone like a flat spy. Yes. In the fourth embodiment, no consideration is given to not answering by phone, but in FIG. 63 (e), the call number of the other party is not notified and the user 2 is not told the specific call number. It would be better to produce a virtual reality world. This is because the virtual reality world that has been created will collapse if the user 2 makes a phone call. When the “report to boss” icon displayed in FIG. 63 (f) is operated, a call is made with the operator 29 in charge of the actor in the call center 28 via the event providing system server 1. Each booth where the operator 29 is located is subjected to soundproofing processing, and sound effects may be played immediately before talking to the user terminal 3 in accordance with the imaginary place where the imaginary person is present. The sound effect here refers to the crowd of the city, such as the sound of people walking and speaking, the horn of the car and the sound of driving, if an imaginary person is walking in the city, and does not specify a fictitious location. If so, it may be the theme song described above.

  FIG. 64 is a diagram for explaining a specific example of the fourth embodiment of the present invention.

This figure corresponds to ST6208 and ST6209 in FIG. In the same figure, as the instruction information to the actor operator 29, specifically, “Are you ready? Call me now. Please complete the role” is output to the information output unit 32-2. Yes. When the officer-in-charge operator 29 operates “preparation complete” displayed together with the instruction information, the call center terminal 30 receives a signal indicating preparation completion from the information input unit 32-1.

  FIG. 65 is a view for explaining a specific example of the fourth embodiment of the present invention.

  This figure is a specific example of the back-to-back information output to the call center terminal 30 and corresponds to FIG. 48 and FIG. In the figure, in order to make it easier for the operator 29 who is in charge of the actor to know what role to play and what to talk about, in the example in the figure, “position information”, “what you know (you can say, “Do not know”, “Do not know”, “Speaking according to the role”, “Situation (situation) information given to the user terminal 3”, and “Special attention”. The role information indicates what kind of person the operator 29 should be. Specifically, it is “a spy boss who is a mysterious man for the other party (user 2), whose personality is irresponsible. The bullet indicates that he is "selfish and well-tuned". It is preferable to show the minimum points to be held while giving the actor-in-charge operator 4 as much freedom as possible.

  What the fictitious person knows and does not know indicates an important position in the event provided by the event providing system server 1, and if this is neglected, it will immediately become inconsistent in advancing the event. Come. In addition, there are two kinds of things that you should know, that you should not say further, and that you should not pay special attention. It ’s important to know that “knowing (what you can say, what you ca n’t say) and what you do n’t know” is divided into three parts so that the actor operator 29 does not slip. It can be expected to have the effect of meaning a nail. In the example, even if you say that you know it, it is written as “Serif”, and it means that you can not say anything other than serif. In addition, the line information indicates that “the other party does not listen at all. Talking unilaterally and cutting unilaterally” is shown as an cautionary point, and the actor operator 29 can call attention when speaking the line. .

  Of course, as an officer-in-charge operator 29, a certain amount of practice may be necessary, but even an inexperienced officer-in-charge operator 29 can improvise the role given by this degree of instruction with the support of the event providing system. But I can perform well. In addition, the situation (situation) information given to the user terminal 3 is information useful for estimating the situation where the user 2 is placed, and contributes to the role of the actor operator 29. Even if you can't say it, it will be a reference for you to consider later developments and not to say things that are not suitable for this situation. Further, in the column of points to be particularly noted, consideration is given to the shape of the display window being changed prominently in the back-to-back information output to the call center terminal 30. Specifically, “(with user 2)” is considered. "First contact. Please give an insane human impression. The first is important."

(4-4 embodiment)
FIG. 66 is an overall system diagram of the event providing system in the embodiment of the present invention following the overall system diagram shown in FIG. 48 or 49.

The figure shows processing when providing event information including a destination and an issue to the user terminal 3 or when reporting from the user terminal 3 to a fictitious person in the event (an operator in charge 29 at the call center 28). Indicates. In the same figure, when any interaction between the user 2 and a fictitious person occurs, the call center 28 provides advance information for collating with the operator 29 in charge of the officer who is waiting in advance at the call center 28 from the event providing system server 1. After being transmitted to the terminal 30, the calling code of the calling unit 31 of the officer-in-charge operator 29 who has transmitted the back-to-back information is transmitted to the user terminal 3. Similarly, by this mechanism, the user 2 can feel as if he / she is interacting with a person somewhere in the real world. The call code transmitted to the user terminal 3 may be a code of a device capable of making a call with the operator 29 in charge of an actor who plays a fictional person. Thus, the call code connected to the call center terminal 30 and the call terminal 31 may be a handset terminal of the call center terminal 30.

  FIG. 67 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, a function for accepting a call start operation (operation for an event task) from the user terminal 3 and a face-to-face sent to the call center terminal 30 regarding an event provided to the user terminal 3 that accepted the call start operation. A function of acquiring an information code corresponding to the information from the distribution information DB 16, a function of transmitting the acquired information code to the call center terminal 30 together with notification information for notifying that the user terminal 3 has made a call start operation, and A function of receiving reception completion information from the call center terminal 30 for information, a function of acquiring the call code of the call center terminal 30 from the event information DB 4 in response to reception of the reception completion information, and the acquired call code of the user terminal 3 And a function to transmit to. In this functional block diagram, an information code corresponding to the back-to-back information transmitted to the call center terminal 30 is acquired from the distribution information DB 16, but the transmitted back-to-back information is converted into an event based on the information acquired from the distribution information DB 16. It may be acquired again from the information DB 4 and the acquired back-to-back information may be transmitted to the call center terminal 30.

  FIG. 68 is a functional block diagram of the user terminal in the embodiment of the present invention following FIG.

  In the figure, the user terminal 3 has a function of accepting a call start operation from the information input unit 24-1, a function of artificially outputting a ringing tone for calling the other party, and a pseudo ringing sound. It has a function of transmitting reception report information of a call start operation to the event providing system server 1. The ringing tone that is output in a pseudo manner is used to earn time until the setup is completed at the call center terminal 30. Furthermore, the user terminal 3 has a function of receiving the call code of the call unit 31 of the call center terminal 30 from the event providing system server 1, a function of inputting the received call code to the call function, Since a call sound for calling is output), the call sound that has been output in a pseudo manner and a function for calling with the call center terminal 30 using the acquired call code are provided.

  In order to report the execution result of the event (provided from the event providing system server 1) and sometimes to consult about the event, the user 2 is a fictitious person performed by the officer in charge of the operator 29. A call may be made using the call function of the terminal 3. At this time, a call start operation is performed from the information input unit 24-1, but it is not directly connected to the call center terminal 30. This is because the actor-in-charge operator 29 is acting only as a fictional person, and therefore, if he does not know which back-to-back information should be performed, he will immediately expose contradictions. Therefore, the event providing system server 1 mediates to receive the call from the user 2 after outputting the back-to-back information to the information output unit 32-2 of the call center terminal 30 in advance. Note that the call center terminal 30 directly receives the call start operation reception report information transmitted from the user terminal 3, and outputs the back-to-back information to the information output unit 32-2 based on the received information in advance. Processing for receiving a call from 2 may be executed.

FIG. 69 is a flowchart in the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagrams shown in FIGS. 67 and 68.

  In the figure, when the user terminal 3 accepts a call start operation from the information input unit 24-1 (ST6901), the user terminal 3 pseudo-outputs a ringing tone for calling the other party (ST6902), and pseudo-outputs the ringing tone. During this time, the reception report information of the call start operation is transmitted to the event providing system server 1 (ST6903). When the event providing system server 1 receives a call start operation (operation for an event problem) from the user terminal 3, the event providing system server 1 has already transmitted to the call center terminal 30 regarding the event provided to the user terminal 3 that has received the call start operation. An information code corresponding to the back-to-back information is acquired from the distribution information DB 16 (ST6904), and the acquired information code is transmitted to the call center terminal 30 together with the notification information notifying that the user terminal 3 has made a call start operation (ST6905). ). When the call center terminal 6 receives the information code together with the notification information from the event providing system server 1, the call center terminal 6 outputs the received notification information to the information output unit 32-2 (ST6906), and the back-to-back information is output to the information output unit 32 as necessary. -2 (ST6907), the information reception completion is returned to the event providing system server 1 (ST6908), and the process is terminated. When the event providing system server 1 receives the reception completion information from the call center terminal 30 for the transmitted information, the event providing system server 1 acquires the call code of the call center terminal 30 from the event information DB 4 in response to the reception completion information, and acquires the acquired call code. Is transmitted to the user terminal 3 (ST6909), the transmission result is stored in the distribution information DB 16 (ST6910), and the process is terminated. When the user terminal 3 receives the call code of the call unit 31 of the call center terminal 30 from the event providing system server 1, the user terminal 3 inputs the received call code to the call function (ST6911) and (actually calls with the call function) The ringing tone that was output in a pseudo manner is stopped (ST6912), and the process is terminated.

  FIG. 70 is a diagram illustrating a specific example of the fourth embodiment of the present invention.

  This figure corresponds to ST6906 in FIG. In the figure, in the call center terminal 30, “call from user terminal. Preparation as instruction information for prompting the officer in charge 29 to prepare for performance in a short time from the user terminal 3 until an actual call is made. "Please complete the role" is output to the information output unit 32-2.

  FIG. 71 is a diagram for explaining a specific example of the fourth embodiment of the present invention.

  This figure is a specific example of the face-to-face information output to the call center terminal 30 and shows a case where the operator 29 determines the result of the task heard from the user 2 (through the call function from the user terminal 3). The correct answer is shown in the special attention column, and the operator 29 determines whether or not the correct answer matches the correct answer, and the “correct” icon displayed in the correct / incorrect answer input field or Operate the "Incorrect" icon. As reference information, the information currently displayed on the user terminal 3 may be displayed. When the countdown information of the time limit is linked, it is used for ad lib to change the response according to the remaining time of the time limit. it can. The ad-lib mentioned here can be used for a production that makes the user 2 harassment (sometimes irritated), for example, when the time limit is sufficient, the user 2 hangs up by saying "I am busy now".

  FIG. 72 is a diagram for explaining a specific example of the fourth embodiment of the present invention.

The figure shows a specific example of the user terminal 3 when events provided from the event providing system continue. In FIG. 72A, the user 2 uses the call function of the user terminal 3 to answer the problem in the event provided by the event providing system server 1. Specifically, user 2 says, “The answer is snow! FIG. 72B shows the following information based on the face-to-face information obtained after the officer-in-charge operator 4 inputs the determination result of the task to the call center terminal 30 by the call with the user 2 who answered the correct answer in FIG. This shows a state in which information relating to the event is transmitted from the officer-in-charge operator 29 to the user 2.

(4-5 embodiment)
As shown in the fourth to fourth embodiments, the back-to-back information from the event providing system server 1 to the call center terminal 30 and the method of transmitting information to the user terminal 3 without using the officer-in-charge operator 29 in this embodiment. When it is transmitted each time, as shown in the 4-2 embodiment, when all event information is transmitted to the call center terminal 30 as well as information that does not pass through the officer-in-charge operator 29, or 4-3 As in the embodiment, it may be transmitted in advance. Here, as in the case of the fourth embodiment, the case where the back-to-back information is transmitted each time is shown, and the case similar to the other embodiments is omitted. Note that the mechanisms from the 4-1 embodiment to the 4-3 embodiment may be combined depending on the type of event.

  FIG. 73 is an overall system diagram of the event providing system in the embodiment of the present invention following the overall system diagram shown in FIG.

  In FIG. 71, in the specific example shown in FIG. 71, the officer in charge 29 determines the problem by calling with the user 2 and inputs the determination result to the call center terminal 30 (in the specific example of FIG. / Corresponding to “input incorrect answer”). In the figure, the call center terminal 30 transmits the determination result of the problem received from the officer-in-charge operator 29 to the event providing system server 1. The event providing system server 1 that has received the determination result of the assignment from the call center terminal 30 acquires the next prior information (face-to-face information) from the event information DB 4 based on the determination result, and sends the acquired information to the call center terminal 30. Information that does not need to go through the officer-in-charge operator 29 is sent to the user terminal 3. The call center terminal 30 that has acquired the next prior information (face-to-face information) from the event information DB 4 outputs the information acquired for the officer-in-charge operator 29 to the information output unit 32-2, and from the officer-in-charge operator 29 to the user terminal. 3 is transmitted to the user 2 by a call with 3. The user 2 receiving the new event information in this way performs the following action. It should be noted that the event providing system server 1 supports the call center terminal 30 for all the situations in the event (in the specific example of FIG. 71, when the contents answered by the user 2 are correct and incorrect). The prior information (back-to-back information) may be transmitted in advance.

  FIG. 74 is a functional block diagram of the call center terminal in the embodiment of the present invention.

  In the figure, the call center terminal 30 has a function of receiving a determination result of an assignment from the information input unit 32-1, a function of transmitting the determination result received to the event providing system server 1, and further, an event providing system server It has a function of receiving the next back-to-back information from one, a function of storing the received back-to-back information in the reception information DB 38, and a function of outputting the received back-to-back information to the information output unit 32-2.

  FIG. 75 is a flowchart in the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagram shown in FIG.

In the figure, when the call center terminal 30 receives the determination result for the event problem determined by the actor operator 29 (ST7501), the call center terminal 30 transmits the determination result received to the event providing system server 1 (ST7502). When the event providing system server 1 receives the determination result for the assignment from the call center terminal 30, the event providing system server 1 acquires the next event information from the event information DB 4 based on the received determination result (ST7503), and sets the transmission destination of the acquired information as the call center terminal. It is determined whether the information is to be transmitted to the user 2 through the officer-in-charge operator 29 in the call center 28 as to whether the information is to be set to 30 or the user terminal 3, and the transmission destination of the acquired information is determined. Information to be transmitted to the call center terminal 30 based on the determination result is transmitted to the call center terminal 30 (ST7504), and information not via the officer-in-charge operator 29 is transmitted to the user terminal 3 based on the determination result (ST7505). Is stored in the distribution information DB 16 (ST7506), and the process ends. When the call center terminal 30 receives the next contact information from the event providing system server 1, the call center terminal 30 stores the received information in the reception information DB 38 (ST7507), and outputs the received next contact information to the information output unit 32-2. Then (ST7508), the process ends. Upon receiving event information from the event providing system server 1, the user terminal 3 stores the received event information in the storage unit 26 (ST7509), and outputs the received event information to the information output unit 24-2 as necessary. (ST7510), and the process ends.

  FIG. 76 is a view for explaining a specific example of the fourth embodiment of the present invention.

  This figure shows a case where the operator 29 performs an operation corresponding to the icon display of “correct answer” in the specific example shown in FIG. 71. In the same figure, when the operation corresponding to the icon display of “correct answer” is performed, the dialogue for the correct answer is automatically opened.

  FIG. 77 is a diagram for explaining a specific example of the fourth embodiment of the present invention.

  This figure shows a case where the operator 29 performs an operation corresponding to the icon display of “incorrect answer” in the specific example shown in FIG. 71. In the figure, when an operation corresponding to the icon display of “incorrect answer” is performed, a dialogue in the case of an incorrect answer is automatically opened.

  FIG. 78 is a view for explaining a specific example of the fourth embodiment of the present invention.

  In the specific example shown in FIG. 71, FIG. 71 shows a case where the operator 29 performs an operation corresponding to the icon display of “incorrect answer”. Instead of unilaterally hanging up as shown in FIG. 77, The case where the help call from the user 2 is received within a range that does not destroy the predetermined character of the fictitious person is shown. In this figure, this function corresponds to an unexpected situation that cannot be avoided due to the progress of the event, and it is possible to utilize the operator 29 in charge of the officer as a contact person when the call function is used. I can do it. It is to be noted that when an operation corresponding to the icon display of “incorrect answer” is performed, the lines in the case of incorrect answers are automatically opened as in FIG. 77. Although it is left to the discretion of the operator 29 to determine what to say, the event provided by the event providing system server 1 based on the presence of the operator 29 after clearly indicating a line to be protected from the system It can be considered as a characteristic.

(Fifth embodiment)
A fifth embodiment of the present invention will be described with reference to FIGS. The feature of the fifth embodiment is to provide the same event information to a plurality of users 2 at the same time, and to cooperate with each other toward the same goal. Only the differences from the first embodiment will be described below. To do. In order for a plurality of users 2 to cooperate with each other toward the same goal, first, it is necessary to match the target users 2 with each other at the same destination using the same event information.

(Embodiment 5-1)
FIG. 79 is an overall system diagram of the event providing system in the fifth embodiment corresponding to the overall system diagram shown in FIGS. 1 and 2 in the first embodiment.

  This figure shows a case where an event for cooperating the users 2 is selected by transmitting the same problem to the plurality of user terminals 3 at the same time in ST902 of the flowchart shown in FIG. 9 or ST1805 of the flowchart shown in FIG. It is an embodiment. In the figure, the event providing system server 1 includes a user terminal 3-1 possessed by a user 2-1 who is a plurality of users 2 and a user terminal 3 possessed by a user 2-2 having the same destination and problem. -2 is added with clue information for attracting each other. The clue information transmitted to the user terminal 3-1 is clue information related to the user 2-2, and the clue information transmitted to the user terminal 3-2 is clue information related to the user 2-1. Each clue information may be input to each user 2 via the user terminal 3.

  FIG. 80 is an overall system diagram of the event providing system in the fifth embodiment corresponding to the overall system diagram shown in FIGS. 1 and 2 in the first embodiment.

  This figure shows the processing following FIG. In the figure, the user 2-1 and the user 2-2 aiming at the same destination indicated by the event information acquired from the event providing system server 1 can obtain the clue information output to the user terminal 3 at the destination. Reliable contact with another user 2 and transmission of information obtained from the other party to the event providing system server 1 can achieve the task.

  FIG. 81 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 has a function of accepting an event start from the user terminal 3 or the pass gate 6, a function of determining that the same task event is generated for a plurality of users 2, and a plurality of events participating in the event. A function of selecting a user terminal 3 possessed by the user 2, a function of transmitting an input instruction of clue information to be a clue for finding the user 2 to the selected user terminal 3, and one of the user terminals 3 -1 (3-2) function to receive clue information and event information for executing the same task is obtained from the event information DB 4 and received from one user terminal 3-1 (3-2) It has a function of adding clue information and a function of transmitting event information to which clue information is added to the other user terminal 3-2 (3-1).

  FIG. 82 is a functional block diagram of a user terminal according to the embodiment of the present invention.

  In the figure, one user terminal 3-1 (3-2) receives a clue information input instruction from the event providing system server 1 and outputs the received clue information input instruction to the information output unit. A function, a function of accepting input of clue information from the user 2-1 (2-2) according to the output instruction, and a function of transmitting the accepted clue information to the event providing system server 1. Furthermore, a function for receiving event information to which clue information of another person is attached from the event providing system server 1, a function for storing the received information in the storage unit 26, and acquiring the received information as necessary from the storage unit 26 And output to the information output unit 24-2.

  FIG. 83 is a flowchart in the event providing system server corresponding to the functional block diagrams shown in FIGS. 81 and 82, one user terminal, and the calculation unit of the other user terminal.

In the figure, when the event providing system server 1 determines that the same task event is generated for a plurality of users 2 (ST8301), the user terminal 3 of the plurality of users 2 to participate in the event is selected (ST8302). ), An instruction to input clue information that serves as a clue to find the user 2 is transmitted to the selected user terminal 3 (ST8303). Upon receiving the clue information input instruction from the event providing system server 1, the one user terminal 3-1 (3-2) outputs the received clue information input instruction to the information output unit (ST8304) and is output. The input of the clue information from the user 2-1 (2-2) according to the received instruction is accepted (ST8305), and the accepted clue information is transmitted to the event providing system server 1 (ST8306). Similarly, when the other user terminal 3-2 (3-1) receives the clue information input instruction from the event providing system server 1, the other user terminal 3-2 (3-1) outputs the received clue information input instruction to the information output unit (ST8307). The input of the clue information from the user 2 according to the output instruction is accepted (ST8308), and the accepted clue information is transmitted to the event providing system server 1 (ST8309).

  When the event providing system server 1 receives the clue information from the one user terminal 3-1 (3-2), the event providing system server 1 adds one user terminal 3-1 (3-2) to the event information for executing the same task. ) Is added (ST8310), transmitted to the other user terminal 3-2 (3-1) (ST8311), and similarly from the other user terminal 3-2 (3-1). When the clue information is received, the clue information received from the other user terminal 3-2 (3-1) is added to the event information for executing the same task (ST8310), and one user terminal 3- 1 (3-2) (ST8311), the transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST8312), and the process is terminated. When one user terminal 3-1 (3-2) or the other user terminal 3-2 (3-1) receives event information to which clue information is given from the event providing system server 1, the received information Is stored in the storage unit (ST8313, ST8315), the received information is output to the information output unit as necessary (ST8314, ST8316), and the process is terminated.

  FIG. 84 is a diagram for explaining a specific example of the fifth embodiment of the present invention.

  This figure shows a specific example in which the user terminal 3 outputs a clue information input instruction to the information output unit at the start of an event that simultaneously provides the same event information to a plurality of users 2. In this figure, in FIG. 84 (b), an instruction to input today's clothes and color regarding the user 2 is output. Go ahead and get in touch with other spies at Maruyama Park. The time limit is 45 minutes. First, please send me your clothes and colors by e-mail. " FIG. 84 (d) shows a display screen of the user terminal 3 that outputs a clue information input request as text or image information. Specifically, an instruction “What is your clothes and color?” It is displayed.

  FIG. 85 is a view for explaining a specific example of the fifth embodiment of the present invention.

This figure shows a specific example in which the user terminal 3 outputs the information output unit after operating the “report to boss” icon shown in FIG. 85A is a display example after the “Report to Boss” icon shown in FIG. 84D is operated, for the user 2 to input his / her today's clothes. Options and a “Next” icon are displayed. The choices for clothing input are specifically “(1) Jacket, (2) Shirt (with collar), (3) T-shirt, (4) Theta, (5) Other” and so on. When the “next” icon is operated by selecting “”, an option for inputting the clothing color and the “next” icon shown in FIG. 85B are displayed. The color selection does not need to be strictly subdivided and displays extremely common colors, specifically `` (1) White, (2) Black, (3) Red, (4) Blue, ( 5) Yellow, (6) Green, (7) Brown, (8) Gray (Gray), (9) Pink (Peach), (10) Other ”are displayed, and User 2 selects the option. When the “next” icon is operated, a result input by the user 2, a “yes” icon, and a “no” icon are displayed for input confirmation shown in FIG. When the “yes” icon is operated here, the input result “red setter” is transmitted to the event providing system server 1 as clue information for finding the user 2.

  FIG. 86 is a view for explaining a specific example of the fifth embodiment of the present invention.

  This figure shows a specific example of variation when the clue information input in FIG. 85 is insufficient. FIG. 86 (a) is a display example displayed when “Other” is selected in FIG. 85 (a). Specifically, “What is today's clothing? What is the most general expression? ”Is displayed to prompt the user 2 to input, and the user 2 inputs“ tank top ”. FIG. 86 (b) is a display example when inputting features other than clothes. Specifically, “glasses? (1) present, (2) absent” is displayed. You may enter something that is easy to see, such as bags and shoes.

  FIG. 87 is an explanatory diagram illustrating a specific example according to the fifth embodiment of the present invention.

  The figure shows a specific example of the task information after the clue information is input from the user terminal 3. In FIG. 87, the words and sounds shown in FIG. 87 (b) are output when the user 2 corresponding to FIG. 87 (a) operates the call switch. Tell the other spy (black tank top, with glasses) the cipher “Weddle cherry” at Maruyama Park, which is three years away from the Kiyomizu-dera approach, and the time limit is 45 minutes. But if you fail, you won't be killed. That's it. The words and sounds shown in FIG. 87 (b) are output when the user 2 corresponding to FIG. 87 (a) operates the call switch, and “simply tell the true mission” and “of course, understand. "If you fail, you won't have your life." Is the continuation of the fictitious situation setting for the user 2 in the event provided by the event providing system server 1. “Of course you know, but if you fail, you won't have your life.” The fictional character is a irresponsible person. I think, but if you fail, there is no guarantee of your life. "Or" Of course you know, but all our fate depends on you. "

  FIG. 88 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 has a function of receiving result information for a task included in instruction information from one user terminal 3-1 (3-2) and the other user terminal 3-2 (3 -1) is a function for acquiring event information transmitted from the event information DB 4, and result information received from one user terminal 3-1 (3-2) is the other user terminal 3-2 (3-1). A function for determining whether or not the event information has already been transmitted, a function for acquiring information from the event information DB 4 based on the determination result, and the acquired information as one user terminal 3-1 (3-2). ).

  89 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG. 88.

In the figure, when the event providing system server 1 receives the result information for the task already transmitted as event information from one user terminal 3-1 (3-2) (ST8901), the other user terminal 3-2. The event information transmitted to (3-1) is acquired from the event information DB 4 (ST8902), and the result information received from one user terminal 3-1 (3-2) is the other user terminal 3-2 (3 -1) is determined whether it matches the event information already transmitted (ST8903). If they match, it is determined that the mission is completed by clearing the task (ST8904), and all events are determined from the determination results for the task. Is determined (ST8905), and if it is determined that the process has ended, the ending information is acquired from the event information DB 4 (ST8906), and the process ends. If it is determined that it is not, the next event information is acquired from the event information DB 4 (ST8907), the acquired information is transmitted to the user terminal 3 (ST8910), and the transmission result transmitted to the user terminal 3 is distributed. It memorize | stores in information DB16 (ST8911), and complete | finishes a process. If they do not match in ST8903, it is determined that the task has not been cleared (Mission not achieved) (ST8908), and information for notifying the mission is acquired from the event information DB4 (ST8909) and acquired. Information is transmitted to the user terminal 3 (ST8910), the transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST8911), and the process is terminated.

  FIG. 90 is a diagram for explaining a specific example of the fifth embodiment of the present invention.

  The figure shows a specific example of the instruction information after the clue information is input from the user terminal 3. FIG. 90 (a) is a display screen of the user terminal 3-1 possessed by one user 2-1, and another usage input from the user terminal 3-2 possessed by the other user 2-2. The event providing system server 1 mediates the clue information about the person 2-2 “black tank top, with glasses”, and other spies in Maruyama Park just down Sannizaka from Kiyomizu-dera approach. (Black tank top with glasses) The code “Tell the weeping cherry” is displayed. Similarly, in the other user terminal 3-2, the cipher "Sakura Fubuki" is sent to other spies (red theta, no glasses) at Maruyama Park just down Sannizaka from Kiyomizu-dera Temple. Tell me "is displayed.

  One user 2-1 receives the “cherry blossom snow” that is encrypted from the other user 2-2 and transmits it to the event providing system server 1 to achieve the task. In addition, if it is a problem to convey the encryption to the other party as well, the achievement of the problem including that “weeping cherry tree” is transmitted from the other user terminal 3-2 to the event providing system server 1 The achievement may be reduced by using only one piece of information.

(Embodiment 5-2)
The second to fifth embodiments of the present invention will be described with reference to FIGS. The feature of the 5-22nd embodiment is that additional clue information that is taken into consideration when the users 2 cannot readily meet each other is transmitted to both user terminals 3. The additional clue information may be, for example, instruction information for instructing both users 3 to execute the same operation at the same time via the user terminal 3, and many people are around and participate in the event of the same task. Even if the existing user 2 does not know who each other, it can float well from the surroundings by performing the same operation at the same time. The term "floating" here means that the atmosphere given to the people around you is in a strange state, and you must float well so that many people will not be buried.

  FIG. 91 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 acquires from the event information DB 4 a function for measuring an elapsed time from the end of transmission of event information to which clue information is added, and additional clue information according to the measured elapsed time. A function and a function of transmitting the acquired additional clue information to both user terminals 3.

  FIG. 92 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG. 91.

In the figure, when the event providing system server 1 determines that the mission is not cleared (not completed) (ST9201), it determines whether or not a certain period of time has elapsed (ST9202), and must have elapsed. For example, the process returns to ST9201, and if it has elapsed, instruction information for simultaneously performing the same operation for a plurality of users 2 is acquired from the event information DB 4 (ST9203), and clue information for bringing the plurality of users 2 together. The information acquired as (hint) is transmitted to each user terminal 3 (ST9204), the transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST9205), and the process is terminated.

  FIG. 93 is a diagram for explaining a specific example of the fifth embodiment of the present invention.

  This figure is a specific example corresponding to the flowchart shown in FIG. In the figure, the event providing system server 1 transmits instruction information for simultaneously performing the same operation as clue information (hint) for attracting a plurality of users 2 to each other. Is displayed on each user terminal 3 as “Is it not found yet? Even if the destination where the user 2 arrives is a place where many people gather in a wide place, it is possible to match each other by causing the user 2 to perform some action at the same time. In addition, the action to be directed is not confusing, it is better to be an unnatural action, and to know who is the other spy indicated by the instruction information by floating on the spot (so-called out of place) I can do it. Of course, the out-of-place operation for the user 2 is accompanied by embarrassment, but it seems that the fictional character that the event provided by the event providing system server 1 is selfish and irresponsible appears to be bad, and to whom Can produce a sense of runaway as if unstoppable. However, if a fictitious person is so bad, there may be a kind of solidarity between the two users, such as “It ’s hard for each other.” This is the same situation (in this case, (Victim awareness) is also said to help people sympathize with each other. As the event provided by the event providing system server 1, it is sometimes more consistent and uncompromising, and the characteristics of the event will become clearer. It can be said that it is better to produce.

(5-3 embodiment)
The fifth to third embodiments of the present invention will be described with reference to FIGS. A feature of the fifth-3 embodiment is that a part of clue information acquired from one user terminal 3-1 (3-2) is daunted, and after the same task event is achieved, the clue that was dug down It is to transmit the additional problem information which asks the other user 2-2 (2-1) about the information to the other user terminal 3-2 (3-1). Specifically, ask one user 2-1 (2-2) who is relieved to achieve the event about the clothes of the other user 2-2 (2-1) that he met earlier. Is. Even if it is easy to notice if you observe carefully when you meet, it is something that you will not remember unexpectedly when asked later, and it is possible to provide a fun event that will appeal to the user 2 I can do it. Additional task information should be sent at the timing after each of the met users transitions to the next action.For example, if another task is given to each user terminal as the next event, it will be sent. Since the figure of the other user 2-2 (2-1) has already disappeared before, the one user 2-1 (2-2) in question has to rely on ambiguous memory.

  FIG. 94 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, an event providing system server 1 includes a function for receiving clue information from one user terminal 3-1 (3-2) and one user terminal 3 for event information for executing the same task. -1 (3-2), a function for assigning a part of the clue information received, and event information to which a part of the received clue information is assigned are transmitted to the other user terminal 3-2 (3-1). With functions.

  FIG. 95 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 is configured such that the result information received from one user terminal 3-1 (3-2) is the event information that has been transmitted to the other user terminal 3-2 (3-1). If it is determined that the same task event is achieved by the function of determining whether or not they match, an additional question that is not given to the clue information that is not given out of the clue information acquired from the other user terminal 3-2 (3-1) It has a function of acquiring task information from the event information DB 4 and a function of transmitting the acquired additional task information to one user terminal 3-1 (3-2).

  FIG. 96 is a flowchart in the event providing system server corresponding to the functional block diagram shown in FIG. 94, one user terminal, and the calculation unit of the other user terminal.

  In the figure, when the event providing system server 1 receives clue information from one user terminal 3-1 (3-2), the event providing system server 1 adds one user terminal 3-1 to event information for executing the same task. A part of the clue information received from (3-2) is added (ST9610), and transmitted to the other user terminal 3-2 (3-1) (ST9611). Similarly, the other user terminal 3- 2 When receiving the clue information from (3-1), a part of the clue information received from the other user terminal 3-2 (3-1) is added to the event information for executing the same task ( ST9610), transmitting to one user terminal 3-1 (3-2) (ST9611), storing the transmission result transmitted to the user terminal 3 in the distribution information DB 16 (ST9612), and ending the process.

  FIG. 97 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG. 95.

  In the figure, the event providing system server 1 is configured such that the result information received from one user terminal 3-1 (3-2) is the event information that has been transmitted to the other user terminal 3-2 (3-1). When it is determined whether or not they match, it is determined that the same task event has been achieved (ST9701). Among the clue information acquired from the other user terminal 3-2 (3-1), the clue information that is not given. Additional task information to be inquired is acquired from the event information DB 4 (ST9702), and the acquired additional task information is transmitted to one user terminal 3-1 (3-2) (ST9703) and transmitted to the user terminal 3. A result is memorize | stored in distribution information DB16 (ST9704), and a process is complete | finished.

  FIG. 98 is an explanatory diagram illustrating a specific example according to the fifth embodiment of the present invention.

In the figure, the event providing system server 1 uses “black tank top, with glasses” as clue information for adding event information to the clue information regarding the user 2-2 input from the user terminal 3-2. Then, the user terminal 3 having the user 2-1 as the additional task information after the event is achieved, specifically, “Please answer whether other spies I met a while ago had a ring, the time limit is 1 minute” To -1. Further, among the clue information related to the user 2-1 input from the user terminal 3-1, "red setter, no glasses" is used as clue information to be added to the event information, and additional issue information after the event is achieved. Specifically, “Answer the type of clock that another spy met earlier, answer the time limit is 2 minutes” is output to the user terminal 3-2 of the user 2-2. This is a catching problem, and the event providing system server 1 asks the type of clock while knowing from the clue information acquired from the user terminal 3-1 that “the user 2-1 is not wearing a clock”. Send additional assignment information. As for the psychology of the user 2-2 asked in this way, even though the user 2-1 did not remember well whether or not it was wearing a clock (even though the user 2-1 was actually wearing a clock). In many cases, however, the user 2-1 has the illusion that he was wearing some kind of clock. If you observe the clothes of the user 2-1 who met calmly, you will notice that the user 2-1 did not wear the watch, but many users are not so careful Therefore, most users 2-2 get caught in a clever trap set by the event providing system.

(Sixth embodiment)
The sixth embodiment of the present invention will be described with reference to FIGS. The feature of the sixth embodiment is that the officer staff member 40 is used for an event provided by the event providing system server 1, and only differences from the first embodiment will be described below.

  FIG. 99 is an overall system diagram of the event providing system in the sixth embodiment corresponding to the overall system diagram shown in FIGS. 1 and 2 in the first embodiment.

  This figure shows a mechanism in the case where the officer staff member 40 is arranged in advance at the destination to which the user 2 is directed and the officer staff member 40 is utilized for the progress of the event. In the figure, the event providing system server 1 transmits advance information for meeting with the officer staff member 40 to the staff terminal 41 of the officer staff member 40, and then sends the destination and problem to the user terminal 3. The clue information for attracting the officer staff member 40 is transmitted. When the user 2 who has received the clue information at the user terminal 3 arrives at the destination, the user 2 searches for the officer staff member 40 based on the received clue information.

  FIG. 100 is a hardware block diagram of the staff terminal in the embodiment of the present invention.

  In the figure, an information input / output unit 42 is a part having an input / output function for the staff terminal 41 to perform various exchanges with the staff in charge of the officer 40. The information input unit 42-1 and the information output unit 42 are roughly arranged. -2. As an input device in the information input unit 42-1, for example, a numeric keypad, a kana key, a touch switch, a voice input, and the like are applicable, and if the input of the officer staff member 40 transmits information to the staff terminal 5, the type is It doesn't matter. As the output device in the information output unit 42-2, for example, a display, an audio output device, and the like are applicable, and any type can be used as long as information can be transmitted from the staff terminal 41 to the officer staff member 40. The calculation unit 43 is a part having a calculation function for driving and processing each function by the staff terminal 41 executing a program, and is generally configured by a CPU (Central Processing Unit). The storage unit 44 is a part of a storage area for storing a program necessary for achieving the purpose of the staff terminal 41 and a program execution area executed by the calculation unit 43. The communication unit 45 is a part that transmits and receives information via the network 13 when communicating with the event providing system server 1 or the like.

  FIG. 101 is a functional block diagram of the event providing system server in the embodiment of the present invention.

In the figure, the event providing system server 1 has a function of receiving an event information transmission trigger from the pass gate 6 and a function of determining (how to interpret) the meaning of the received information. The trigger (trigger) is as described in FIGS. The determination of how to interpret the meaning of the received information is the same as in the functional block diagram shown in FIG. Further, the event providing system server 1 corresponds to the event information together with the event information from the event information DB 4 based on the function of receiving the transmission request of the event information from the user terminal 3 and the information received from the passgate 6 or the user terminal 3. A function for acquiring back-to-back information, a function for transmitting the acquired back-to-back information to the staff terminal 41, a function for receiving reception completion information from the staff terminal 41 that transmitted the back-to-back information, and reception completion from the staff terminal 41 It has a function of transmitting event information acquired from the event information DB 4 in response to reception of information to the user terminal 3 and a function of storing a transmission result in the distribution information DB 16.

  The staff terminal 41 that has received the back-to-back information outputs the received back-to-back information to the staff in charge of the officer 40 to the information output unit, and the actor who is ready for the role he / she performs by looking at the back-to-back information An input indicating completion of preparation from the staff member 40 is received from the information input means 42-1. When the information input unit 42-1 receives an input indicating that the preparation is complete from the officer staff member 40, the staff terminal 41 transmits reception completion report information of the back-to-back information to the event providing system server 1.

  No matter how excellent and how experienced the officer staff 40 is, they are one person. If you play a fictional character without being prepared, you may ruin the fictional world of the event. In addition, it is important to secure even a little time for preparing the mind in order to sufficiently bring out the ability of the officer staff 43. However, there may be no response from the staff terminal 40 (predetermined time elapses) or the response may be dull (the operation is slow). If it is determined that the operation is no response (no response) or slow, a warning for prompting preparation is given to the officer staff member 40 (from the event providing system server 1 or the staff terminal 41) in order not to delay the event. May be.

  The staff terminal 40 that has received the back-to-back information outputs the clue information included in the received back-to-back information to the information output means 42-2 (the clue information is output by the user 2 and the staff in charge of the officer 40). It means an instruction that the staff member 40 in charge of knowing the information to be used as a clue to meet), and after confirming the user 2 based on the clue information received from the event providing system server 1 The instruction information for instructing the user 2 to transmit the transmission information indicated in the back-to-back information may be output to the information output unit 42-2. By using such instruction information, it is possible to cause the staff in charge of the officer 40 to understand the purpose of the event provided by the event providing system server 1 and to expect smooth progress of the event from beginning to end.

  FIG. 102 is a flowchart of the event providing system server, the staff terminal, and the computing unit of the user terminal corresponding to the functional block diagram shown in FIG.

In the figure, when the event providing system server 1 determines that an event using the staff in charge of officers 40 is generated (ST10201), it acquires the back-to-back information corresponding to the event to be generated from the event information DB 4 (ST10202). The made back-to-back information is transmitted to the staff terminal 41 (ST10203). When the staff terminal 41 receives the back-to-back information from the event providing system server 1, the staff terminal 41 stores the received back-to-back information in the storage unit 44 (ST10204), and acquires the received back-to-back information from the storage unit 44 as necessary. Then, the acquired back-to-back information is output to the information output unit 42-2 (ST10205), and when an operation indicating completion of preparation is received from the information input unit 42-1 (ST10206), a reception completion report of the back-to-back information is provided as an event. The data is transmitted to the system server 1 (ST10207), and the process is terminated. When the event providing system server 1 receives the reception completion information from the staff terminal 41 that transmitted the face-to-face information, the event providing system server 1 acquires the event information from the event information DB 4 in response to the reception of the reception completion information from the staff terminal 41. Event information is transmitted to the user terminal 3 (ST10208), the transmission result is stored in the distribution information DB 16 (ST10209), and the process is terminated. The event information acquired from the event information DB 4 in ST10208 may be acquired together with the corresponding face-to-face information in ST10202. Upon receiving event information from the event providing system server 1, the user terminal 3 stores the received event information in the storage unit 26 (ST10210), and outputs the received event information to the information output unit 24-2 as necessary. Then (ST10211), the process ends. In this context, “as necessary” may mean “according to the progress of the event”.

  FIG. 103 is a functional block diagram of the event providing system server in the embodiment of the present invention.

  In the figure, the event providing system server 1 receives a result information for a task included in the instruction information from the user terminal 3 and the target user terminal 3 from the event information DB 4 based on the received result information. A function for reading the transmitted event information, a function for judging the result information received based on the read event information (more specifically, an issue included in the event information), and the next event information or It has a function of reading the ending information from the event information DB 4, a function of transmitting the read information to the user terminal 3 to be transmitted, and a function of storing the transmission result transmitted to the user terminal 3 in the distribution information DB 16.

  104 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG. 103.

  In the figure, when the event providing system server 1 receives the result information for the problem included in the event information from the user terminal 3 (ST10401), the event providing system server 1 sends the information from the event information DB 4 to the target staff terminal 41. The transmitted back-to-back information is acquired (ST10402), and it is determined whether or not the acquired back-to-back information matches the received result information (ST10403). If they match, it is determined that the mission is completed by clearing the task. (ST10404), it is determined whether or not all events have ended from the determination result for the task (ST10405). When it is determined that the event has ended, the ending information is acquired from the event information DB 4 (ST10406), and the processing ends. If it is determined that the event information DB It is obtained from (ST10407), and sends the acquired information to the user terminal 3 (ST10410), and stores the transmission results transmitted to the user terminal 3 to the distribution information DB16 (ST10411), the process ends. If they do not match in ST10403, it is determined that the task has not been cleared (mission not achieved) (ST10408), information for notifying the mission is acquired from the event information DB 4 (ST10409), and the acquired information Is transmitted to the user terminal 3 (ST10410), the transmission result transmitted to the user terminal 3 is stored in the distribution information DB 16 (ST10411), and the process is terminated.

  FIG. 105 is a view for explaining a specific example of the sixth embodiment of the present invention.

  The figure shows a specific example of outputting instruction information in an event using the officer staff member 40. FIG. 7105 (b) is the audio information output from the audio information output unit. Specifically, “Soon, tell the next mission. Other spies in Maruyama Park just down Sannizaka from Kiyomizudera approach road. Get a password and contact us with a time limit of 45 minutes.You can say "Spy" to those who are like that, and they will say "Great!" “That's fine, don't be suspicious by the people around you. I understand. I'll tell you by e-mail when I know the password.” FIG. 105 (d) shows the display screen of the user terminal 3 that outputs the countdown of the time limit as text or image information. Good to show.

  FIG. 106 is a view for explaining a specific example of the sixth embodiment of the present invention.

  The figure shows a specific example of advance information for face-to-face transmission transmitted to the staff terminal 41 possessed by the officer staff member 40. In the same figure, the display screen shows a password for confirming the user 2, a password to be transmitted to the user 2 who has confirmed the password, and characteristics of the role played by the staff in charge of the actor 40 as prior (face-to-face) information. ing. The secret word is specifically displayed as "If you hear" Spy ", say" Best! " The password is specifically displayed as “Toraya no Nagori Snow is now ready to eat”, and the type and content of the password are not particularly limited as long as it can be confirmed that the user 2 has been able to contact the officer staff 40. . The password may be used for advertisements, and in the example, it is used as an advertising phrase for a famous confection called “Nagori Yuki” at a tea confectionery shop called “Toraya”. It can be expected that the advertising phrase is dragged into the consciousness of the user 2.

  The role is specifically displayed as “It can only be seen by an ordinary person, but it is actually a spy”. Also, as cautionary points in the role, “When you say the word“ best! ”,“ Enjoy your partner (user 2)! "Leave the place" is displayed. The staff in charge of actors 40 can perform their own roles based on this prior information. By the way, in this event using the officer staff 40, at first the user 2 can be shaken by blurring the officer staff 40, and when the secret is said, the user 2 can be surprised, and the event sharpness is created well. I can do it.

  FIG. 107 is a view for explaining a specific example of the sixth embodiment of the present invention.

  107A is a display example of the user terminal 3 after operating the information input unit corresponding to the “report to boss” icon display shown in FIG. 105D. Enter the answer to the task from User 2 (“Result for the task” shown in the functional block diagram of FIG. 103, in the specific example in the diagram, the password “Toraya no Nagiri Snow is now ready to eat”) obtained from the officer staff 40 And a “send” icon for sending the reply information input to the event providing system server 1 after the input. FIG. 107 (b) is a display example of the user terminal 3 after operating the information input unit corresponding to the “send” icon display shown in FIG. 107 (a), and the answer input in FIG. 107 (a). The transmission confirmation is output to the user 2. This password is transmitted to the event providing system server 1 by the user terminal 3 and serves as a determination material for causing the event providing system server 1 to determine the achievement of the event.

(Seventh embodiment)
The seventh embodiment of the present invention will be described with reference to FIGS. The feature of the seventh embodiment is that it is not a service targeting only those who live in the land (country), but it is made compatible with a plurality of languages in order to make it a service targeting foreigners who visit the land. Only the differences from the first embodiment will be described below.

  FIG. 108 is a functional block diagram of the event providing system server in the seventh embodiment corresponding to the functional block diagram shown in FIG. 23 in the first embodiment.

  In the figure, the event providing system server 1 has a function of receiving a request for transmitting event information from the user terminal 3 or the passgate 6 and a function of determining a language used in the user terminal 3 based on the received information. A function for reading event information from the event information DB 4 based on the received transmission request, a function for transmitting the read event information to the user terminal 3 indicated by the transmission request, and a transmission result transmitted to the user terminal 3 And a function of storing in the information DB 16.

  FIG. 109 is a flowchart in the event providing system server and the computing unit of the user terminal corresponding to the functional block diagram shown in FIG.

  This figure shows the processing when the service providing location is Japan. In the figure, when the event providing system server 1 receives a transmission request for event information from the user terminal 3 or the passgate 6 (ST10901), based on the received information, is the language used in the user terminal 3 Japanese? (ST10902), if it is Japanese, Japanese event information is obtained from the event information DB 4 based on the received transmission request (ST10903), and if it is not Japanese, Based on the received transmission request, event information is acquired from the event information DB 4 in a corresponding language (ST10904), and the acquired event information is transmitted to the user terminal 3 indicated by the transmission request (ST10905). The transmitted transmission result is stored in the distribution information DB 16 (ST10906), and the process ends. When receiving the event information from the event providing system server 1, the user terminal 3 stores the received event information in the storage unit 26 (ST10907) and ends the process.

  FIG. 110 is a flowchart in the calculation unit of the user terminal corresponding to the functional block diagram shown in FIG.

  In the figure, when receiving an output request for help (help) information (ST11001), the user terminal 3 obtains help (help) information tailored to the event providing location (country and region) from the storage unit 26 (ST11002). ), The obtained help (help) information is output to the information output unit (ST11003), and the process is terminated.

  FIG. 111 is a diagram for explaining a specific example of the seventh embodiment of the present invention.

  This figure shows a specific example of a language input screen for acquiring the language used in the user terminal 3 in FIG. 108 from the user terminal 3. In the figure, an input icon for allowing the user 2 to select a language to be used is displayed. Specifically, it is Japanese, English, Chinese, and Korean, and the language used may be prepared according to the country and region where the service is provided. Other languages include French, German, Portuguese, Spanish, Italian and Russian.

  FIG. 112 is a diagram for explaining a specific example of the seventh embodiment of the present invention.

  This figure shows a specific example of output of help information corresponding to the flowchart shown in FIG. In FIG. 112 (a), the icon “Japane (Japanese)” is displayed on the display screen all shown in English or Roman characters. When this icon is operated, the display shown in FIG. 112 (b) is shown. Switch to the screen. FIG. 112 (b) is a display for people in the area where the service is provided (specifically, Japanese or someone who understands Japanese), and what the user 2 wants to do just by showing this display. Since it is transmitted to the other party, it is helpful for the user 2.

  FIG. 113 is a diagram for explaining a specific example of the seventh embodiment of the present invention.

This figure shows a specific example of help information in a case different from FIG. In this figure, even if the user 2 does not understand the language spoken by the person in the area where the service is provided (specifically, Japanese), he / she only shows the help (help) information shown in FIG. 113 (b). You can see at least which direction the destination you should aim for. If you repeat this, you can definitely reach your destination even if you don't understand the language. In the example, “I am very in trouble now. Please help. Which is“ Kiyomizu Temple approach ”?” Is displayed.

Overall system diagram of an event providing system in an embodiment of the present invention System overall view in the event providing system in the embodiment of the present invention in a case different from FIG. The hardware block diagram of the event provision system server in embodiment of this invention Hard block diagram of a pass gate in an embodiment of the present invention Hardware block diagram of a user terminal in an embodiment of the present invention Functional block diagram of event providing system server and user terminal in an embodiment of the present invention Functional block diagram of a user terminal in an embodiment of the present invention Functional block diagram of a user terminal in an embodiment of the present invention The flowchart in the operation part of the event provision system server and user terminal corresponding to the functional block diagram shown in FIG. The flowchart in the calculating part of the user terminal corresponding to the functional block diagram shown in FIG. The flowchart in the calculating part of the user terminal corresponding to the functional block diagram shown in FIG. The flowchart in the calculating part of the user terminal in embodiment of this invention The functional block diagram of the event provision system server in embodiment of this invention Functional block diagram of event providing system server and user terminal in an embodiment of the present invention Functional block diagram of event providing system server and user terminal in an embodiment of the present invention The flowchart in the operation part of the event provision system server and user terminal corresponding to the functional block diagram shown in FIG. 13 and FIG. The flowchart in the calculating part of the event provision system server corresponding to the functional block diagram shown in FIGS. The flowchart in the calculating part of the user terminal corresponding to the functional block diagram shown in FIG. 14 and FIG. Functional block diagram of a user terminal in an embodiment of the present invention Functional block diagram of a user terminal in an embodiment of the present invention The user terminal corresponding to the functional block diagram shown in FIG. 19 and the flowchart in the calculating part of an event provision system server The flowchart in the calculating part of the user terminal corresponding to the functional block diagram shown in FIG. The functional block diagram of the event provision system server in embodiment of this invention The flowchart in the calculating part of the event provision system server corresponding to the functional block diagram shown in FIG. The functional block diagram of the event provision system server in embodiment of this invention Functional block diagram of the user terminal corresponding to the function of the event providing system server shown in FIG. The flowchart in the calculating part of the event provision system server corresponding to the functional block diagram shown in FIG. The figure explaining the specific example of 1st Embodiment in this invention The figure explaining the specific example of 1st Embodiment in this invention The figure explaining the specific example of 1st Embodiment in this invention The figure explaining the specific example of 1st Embodiment in this invention The figure explaining the specific example of 1st Embodiment in this invention The figure explaining the specific example of 1st Embodiment in this invention The figure explaining the specific example of 1st Embodiment in this invention The functional block diagram of the event provision system server in 2nd Embodiment corresponding to the functional block diagram shown in FIG. 23 in 1st Embodiment. The flowchart in the calculating part of the event provision system server corresponding to the functional block diagram shown in FIG. The flowchart in the calculating part of the user terminal which received the information with provision information from the event provision system server The flowchart in the calculating part of the user terminal which received the information with provision information from the event provision system server in the case different from FIG. The figure explaining the specific example of 2nd Embodiment in this invention The figure explaining the specific example of 2nd Embodiment in this invention The figure explaining the specific example of 2nd Embodiment in this invention The figure explaining the specific example of 2nd Embodiment in this invention The figure explaining the specific example of 2nd Embodiment in this invention The flowchart in the calculating part of the user terminal which received the information with provision information from the event provision system server in the case different from FIG. 37, FIG. The figure explaining the specific example of 2nd Embodiment in this invention The functional block diagram of the event provision system server in 3rd Embodiment corresponding to the functional block diagram shown in FIG. 6 in 1st Embodiment. The flowchart in the calculating part of the event provision system server corresponding to the functional block diagram shown in FIG. Overall system diagram of the event providing system in the fourth embodiment corresponding to the overall system diagram shown in FIGS. 1 and 2 in the first embodiment. 48 is an overall system diagram of the event providing system in the embodiment of the present invention, different from FIG. The hardware block diagram of the call center terminal in embodiment of this invention The functional block diagram of the event provision system server in embodiment of this invention 51 is a functional block diagram of the call center terminal in the embodiment of the present invention following FIG. Flowcharts in the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagrams shown in FIGS. The functional block diagram of the event provision system server in embodiment of this invention 54 is a functional block diagram of the call center terminal in the embodiment of the present invention following FIG. 54 is a flowchart of the event providing system server, the call center terminal, and the user terminal computing unit corresponding to the functional block diagrams shown in FIGS. The functional block diagram of the event provision system server in embodiment of this invention 57 is a functional block diagram of the call center terminal in the embodiment of the present invention following FIG. 57 and 58 are functional block diagrams of the event providing system server in the embodiment of the present invention. 59 is a functional block diagram of the call center terminal in the embodiment of the present invention following FIG. Flowcharts in the event providing system server and the calculation unit of the call center terminal corresponding to the functional block diagrams shown in FIGS. 57 and 58 Flowchart of the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagrams shown in FIGS. The figure explaining the specific example of 4th Embodiment in this invention The figure explaining the specific example of 4th Embodiment in this invention The figure explaining the specific example of 4th Embodiment in this invention 48 or 49 is an overall system diagram of the event providing system in the embodiment of the present invention following the overall system diagram shown in FIG. The functional block diagram of the event provision system server in embodiment of this invention 67 is a functional block diagram of the user terminal according to the embodiment of the present invention. Flowcharts in the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagrams shown in FIGS. 67 and 68 The figure explaining the specific example of 4th Embodiment in this invention The figure explaining the specific example of 4th Embodiment in this invention The figure explaining the specific example of 4th Embodiment in this invention 66. Overall system diagram of the event providing system in the embodiment of the present invention following the overall system diagram shown in FIG. Functional block diagram of a call center terminal in an embodiment of the present invention 74 is a flowchart in the event providing system server, the call center terminal, and the computing unit of the user terminal corresponding to the functional block diagram shown in FIG. The figure explaining the specific example of 4th Embodiment in this invention The figure explaining the specific example of 4th Embodiment in this invention The figure explaining the specific example of 4th Embodiment in this invention Overall system diagram of the event providing system in the fifth embodiment corresponding to the overall system diagram shown in FIGS. 1 and 2 in the first embodiment. Overall system diagram of the event providing system in the fifth embodiment corresponding to the overall system diagram shown in FIGS. 1 and 2 in the first embodiment. The functional block diagram of the event provision system server in embodiment of this invention Functional block diagram of a user terminal in an embodiment of the present invention The flowchart in the operation part of the event provision system server corresponding to the functional block diagram shown to FIG. 81, FIG. 82, one user terminal, and the other user terminal The figure explaining the specific example of 5th Embodiment in this invention The figure explaining the specific example of 5th Embodiment in this invention The figure explaining the specific example of 5th Embodiment in this invention The figure explaining the specific example of 5th Embodiment in this invention The functional block diagram of the event provision system server in embodiment of this invention 88 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG. The figure explaining the specific example of 5th Embodiment in this invention The functional block diagram of the event provision system server in embodiment of this invention 91 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG. The figure explaining the specific example of 5th Embodiment in this invention The functional block diagram of the event provision system server in embodiment of this invention The functional block diagram of the event provision system server in embodiment of this invention Flowchart in the event providing system server corresponding to the functional block diagram shown in FIG. 94, one user terminal, and the computing unit of the other user terminal 95 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG. Explanatory drawing explaining the specific example in 5th Embodiment of this invention. Overall system diagram of the event providing system in the sixth embodiment corresponding to the overall system diagram shown in FIGS. 1 and 2 in the first embodiment. Hardware block diagram of a staff terminal in an embodiment of the present invention The functional block diagram of the event provision system server in embodiment of this invention 101 is a flowchart of the event providing system server, the staff terminal, and the computing unit of the user terminal corresponding to the functional block diagram shown in FIG. The functional block diagram of the event provision system server in embodiment of this invention 103 is a flowchart in the calculation unit of the event providing system server corresponding to the functional block diagram shown in FIG. The figure explaining the specific example of 6th Embodiment in this invention The figure explaining the specific example of 6th Embodiment in this invention The figure explaining the specific example of 6th Embodiment in this invention The functional block diagram of the event provision system server in 7th Embodiment corresponding to the functional block diagram shown in FIG. 23 in 1st Embodiment. 108 is a flowchart in the event providing system server and user terminal computing unit corresponding to the functional block diagram shown in FIG. 108 is a flowchart in the calculation unit of the user terminal corresponding to the functional block diagram shown in FIG. The figure explaining the specific example of 7th Embodiment in this invention The figure explaining the specific example of 7th Embodiment in this invention The figure explaining the specific example of 7th Embodiment in this invention

Explanation of symbols

1 Event providing system server 2 User 3 User terminal 4 Event information DB
5 Location Information Tag 6 Passgate 7 Information Storage Medium 28 Call Center 29 Actor Operator 30 Call Center Terminal 31 Call Terminal 40 Actor Staff 41 Staff Terminal

Claims (15)

A call means possessed by the user, used by the user for a call, an information transmission / reception means for transmitting / receiving information to / from an external device via a network, a call switch for instructing a call start, and a call end switch for instructing a call end; that sends event information to the user terminal and information output means for outputting information, a method of providing information regarding the events for the user,
The event providing system server includes a premise information explaining that a fictitious situation setting regarding the user in the event and a ringing tone indicating an incoming call of the calling means are suddenly generated, and an incoming call sounded as described in the preface information Information that is output by voice after the user presses the call switch according to the sound, and indicates instruction information for instructing the user to execute the task, and until the problem indicated in the instruction information is achieved. Event information consisting of time limit information allowed for the user is stored in the event information database in advance,
When the event providing system server receives a transmission request for information regarding the event from the user terminal, the event providing system server acquires the event information from the event information database by an information acquisition unit, and there is a transmission request for the acquired event information. Transmitted to the user terminal by information transmitting means;
When the user terminal receives the event information from the event providing system server, the user terminal outputs the preceding information out of the received event information to the information output means, and outputs the preceding information and then explains with the preceding information. When the user operates the call switch according to the ringing sound that is ringed by the voice output means, the instruction information of the received event information is sent to the voice output means . When the output of the instruction information is completed, the call output sound is output by the voice output means until the user operates the call end switch, and the event information is included in the event information from the start of the output of the call disconnect sound. Based on the time limit information, the time limit countdown is started by the countdown execution means. Method of providing information about events and outputs the time limit that the information output means. A call means possessed by the user, used by the user for a call, an information transmission / reception means for transmitting / receiving information to / from an external device via a network, a call switch for instructing a call start, and a call end switch for instructing a call end; that sends event information to the user terminal and information output means for outputting information, a method of providing information regarding the events for the user,
The event providing system server includes a premise information explaining that a fictitious situation setting regarding the user in the event and a ringing tone indicating an incoming call of the calling means are suddenly generated, and an incoming call sounded as described in the preface information Information that is output by voice after the user presses the call switch according to the sound, and indicates instruction information for instructing the user to execute the task, and until the problem indicated in the instruction information is achieved. Event information consisting of time limit information allowed for the user is stored in the event information database in advance,
When the event providing system server receives a transmission request for information related to the event from the user terminal, the event providing system server acquires the event information from the event information database by an information acquisition unit, and the previous information of the acquired event information and The time limit information is transmitted to the user terminal that has requested transmission by information transmission means,
When the user terminal receives the preceding information and the time limit information from the event providing system server, the user terminal outputs the preceding information out of the received information to an information output unit,
The event providing system server makes a call to the user terminal by a calling means when a predetermined time has elapsed after transmitting information to the user terminal, and the user terminal side of the user terminal that made the call When the call state based on the operation is confirmed, the instruction information is output to the user terminal through the call line by the voice information output means, and when the instruction information is output, the call end means for disconnecting the call line is used. End the call with the user terminal,
When the user terminal detects a call interruption state due to an operation on the event providing system server side, based on the received time limit information, the user terminal starts counting down the time limit by means of a countdown execution means, and the limit is being counted down A method for providing information relating to an event, characterized in that time is output to the information output means. The event providing system server, when there is grant information to be given to the event information acquired from the event information database, grants the grant information to the acquired event information and transmits it to the user terminal by the information transmitting means. do it,
3. The user terminal according to claim 1 or 2, wherein, when receiving the grant information from the event providing system server, the user terminal outputs the received grant information to the information output unit when predetermined conditions are met. A method of providing information about an event described in any one of the above.   The event providing system server according to claim 3, wherein the event providing system server selects the attached information by an information selecting unit according to an achievement result of the event received from the user terminal. The event by sending the same assignment information to a plurality of user terminals, be for brought together a plurality of users,
Event providing system server, as the event information, stores the instruction information for instructing the input of the key information for finding the user in the event information database,
The event providing system server includes:
Select the first user and the second user to be matched,
By sending the instruction information to the first user terminal of the first user and the second user terminal of the second user by the information transmission means, clue information for the other party to find himself / herself is obtained. Let the input
Receiving the input clue information from the first and second user terminals,
The clue information received from the second user terminal is transmitted to the first user terminal, while the clue information received from the first user terminal is transmitted to the second user terminal. The method for providing information related to an event according to any one of claims 1 to 4, further comprising: providing a task for bringing the first user and the second user together. The event providing system server includes:
Transmitting a first keyword to the first user terminal, while transmitting a second keyword to the second user terminal;
If the second keyword is received from the first user terminal, it is considered that the first user has achieved the task,
The method according to claim 5, wherein when the first keyword is received from the second user terminal, the second user is considered to have achieved the task . The event is for the match came actor staff and pull the user,
The event providing system server, as the event information, and key information for finding the staff, stores the a priori information for the staff associated with the該手takes information on the event information database,
When the event providing system server receives a transmission request for information related to the event from the user terminal, the event providing system server acquires the event information from the event information database by the information acquisition unit, and among the acquired event information, the advance information as well as transmitted by the information transmitting means information to the staff terminal possessed by the staff claims, characterized in that transmission by the user terminal to the information transmitting unit for which the transmission request the key information of the event information A method for providing information related to the event according to any one of 1 to 4 .   The method for providing information related to an event according to any one of claims 1 to 4, wherein a location where the task is executed is specified as a destination in the task indicated by the instruction information.   If the current location of the user or the user terminal can be acquired when the event providing system server receives a transmission request for information related to the event, the event providing system server determines the current location according to the acquired current location. The method for providing information about an event according to claim 8, wherein a process of selecting a destination is executed.   If the current location of the user or the user terminal can be acquired when the event providing system server receives a transmission request for information related to the event, the event providing system server is based on the acquired current location. The method according to claim 8, wherein a process of adding or subtracting time to the time limit is executed. By transmitting event information to a user terminal that the user has and includes a calling means that the user uses for a call and an information transmission / reception means that transmits / receives information to / from an external device via the network, the user An event providing system for providing an event to
The event providing system server
Preliminary information explaining that a fictitious situation setting related to the user in the event and a ringing tone indicating an incoming call of the calling means are suddenly sounded, and the usage according to the ringing tone sounded as described in the preface information Information that is output by voice after the user presses the call switch, and indicates instruction information for instructing the user to execute a task, and permits the user to achieve the task indicated in the instruction information. An event information database for storing event information consisting of the time limit information set,
When receiving a transmission request for information related to the event by the information reception means from the user terminal, information acquisition means for acquiring the event information from the event information database based on the received transmission request;
Information transmission means for transmitting the event information acquired by the information acquisition means to the user terminal that has requested transmission;
The user terminal is
Information receiving means for receiving information from the event providing system server;
Information output means for outputting the pre-existing information among the event information received by the information receiving means;
Voice output means for ringing the ring tone as described in the previous information after the information output means outputs the previous information;
Switch operation determining means for determining whether or not a call switch has been operated by the user in response to the ringing sound produced by the voice output means;
If it is determined that the call switch by the switching operation judging means is operated, and a second sound output means for outputting the instruction information of the event information received,
Wherein said audio output means of the user terminal, the output of the previous SL instruction information is ended, it outputs the call disconnected sound until the user operates the call end switch,
The user terminal further includes countdown execution means for starting a countdown based on the time limit information included in the event information received by the information receiving means from the output start of the call interruption sound,
The information providing means of the user terminal outputs the time limit during which the countdown executing means is counting down. By transmitting event information to a user terminal that the user has and includes a calling means that the user uses for a call and an information transmission / reception means that transmits / receives information to / from an external device via the network, the user An event providing system for providing an event to
The event providing system server
Preliminary information explaining that a fictitious situation setting related to the user in the event and a ringing tone indicating an incoming call of the calling means are suddenly sounded, and the usage according to the ringing tone sounded as described in the preface information Information that is output by voice after the user presses the call switch, and indicates instruction information for instructing the user to execute a task, and permits the user to achieve the task indicated in the instruction information. An event information database for storing event information consisting of the time limit information set,
When receiving a transmission request for information related to the event by the information reception means from the user terminal, information acquisition means for acquiring the event information from the event information database based on the received transmission request;
As the execution instruction to the user terminal related to the event information acquired by the information acquisition means, the preliminary information is output at the beginning of the event information received by the user terminal, and after the preliminary information is output, the When the user operates a call switch in response to the ringing sound that is ringed as described in the previous information, the instruction information is output from the received event information, and the instruction When the output of information is completed, a call interruption sound is output until the user operates the call end switch, and a countdown is started based on the time limit information included in the event information from the start of the output of the call interruption sound. , Execution command information giving means for giving execution command information for commanding to output the time limit being counted down;
Information transmitting means for transmitting the event information, to which the execution command information is given by the execution command information giving means, to the user terminal that has requested transmission;
The user terminal that executes the execution command information is:
Information receiving means for receiving information from the event providing system server;
Based on the received execution command information, information output means for outputting the preceding information out of the event information received by the information receiving means;
Based on the received execution command information, after the information output means outputs the preceding information, the sound output means for ringing the ringing tone as described in the preceding information,
Switch operation determining means for determining whether or not a call switch has been operated by the user in accordance with the ringing sound generated by the voice output means based on the received execution command information;
Based on the received execution command information, when it is determined that the call switch by the switching operation judging means is operated, it has a second audio output means for outputting the instruction information of the event information received And
Wherein said audio output means of the user terminal, based on the received execution instruction information, the output of the previous SL instruction information is ended, outputs the call disconnected sound until the user operates the call end switch,
The user terminal starts counting down based on the time limit information included in the event information received by the information receiving means from the start of output of the call interruption sound based on the received execution command information Further comprising
The event providing system according to claim 1, wherein the information output means of the user terminal outputs the time limit during which the countdown execution means is counting down based on the received execution command information. By transmitting event information to a user terminal that the user has and includes a calling means that the user uses for a call and an information transmission / reception means that transmits / receives information to / from an external device via the network, the user An event providing system for providing an event to
The event providing system server
Preliminary information explaining that a fictitious situation setting related to the user in the event and a ringing tone indicating an incoming call of the calling means are suddenly sounded, and the usage according to the ringing tone sounded as described in the preface information Information that is output by voice after the user presses the call switch, and indicates instruction information for instructing the user to execute a task, and permits the user to achieve the task indicated in the instruction information. An event information database for storing event information consisting of the time limit information set,
When receiving a transmission request for information related to the event by the information reception means from the user terminal, information acquisition means for acquiring the event information from the event information database based on the received transmission request;
Information transmitting means for transmitting the preceding information and the time limit information among the event information acquired by the information acquiring means to the user terminal that has requested transmission;
When the information transmitting means transmits information to the user terminal and a predetermined time elapses, a calling means for making a call to the user terminal;
Voice information output means for outputting the instruction information to the user terminal through a call line when confirming a call state based on an operation on the user terminal side on which the call means places a call;
When the voice information output means completes outputting the instruction information, the voice information output means has a call end means for ending the call with the user terminal by disconnecting the call line,
The user terminal is
Information receiving means for receiving information from the event providing system server;
Information output means for outputting the preceding information out of the preceding information and the time limit information received by the information receiving means;
Voice output means for sounding a ring tone when receiving an incoming call from the event providing system server after the output of the preceding information;
A second voice output means for making a call state with the event providing system server when a call switch is operated by the user according to the ringing tone and outputting the instruction information output from the event providing system server; ,
When detecting that the passing telephone line became more call interruption state to the operation from the event providing system server, chromatic and countdown execution means starts to count down based on the time limit information by the information receiving means receives And
The information providing means of the user terminal outputs the time limit during which the countdown executing means is counting down. By transmitting event information to a user terminal that the user has and includes a calling means that the user uses for a call and an information transmission / reception means that transmits / receives information to / from an external device via the network, the user An event providing system for providing an event to
The event providing system server
Preliminary information explaining that a fictitious situation setting related to the user in the event and a ringing tone indicating an incoming call of the calling means are suddenly sounded, and the usage according to the ringing tone sounded as described in the preface information Information that is output by voice after the user presses the call switch, and indicates instruction information for instructing the user to execute a task, and permits the user to achieve the task indicated in the instruction information. An event information database for storing event information consisting of the time limit information set,
When receiving a transmission request for information related to the event by the information reception means from the user terminal, information acquisition means for acquiring the event information from the event information database based on the received transmission request;
As the execution instruction to the user terminal regarding the event information acquired by the information acquisition means, the preceding information is output from the preceding information received by the user terminal and the time limit information, and the event providing system server Execution command information giving means for giving execution command information for instructing to start counting down based on the received time limit information and to output the time limit that has been counted down when detecting a call interruption state based on the operation on the side When,
Information transmitting means for transmitting the preceding information and the time limit information among the event information to which the execution command information is given by the execution command information giving means to the user terminal that has requested transmission;
When the information transmitting means transmits information to the user terminal and a predetermined time elapses, a calling means for making a call to the user terminal;
Voice information output means for outputting the instruction information to the user terminal through a call line when confirming a call state based on an operation on the user terminal side on which the call means places a call;
When the voice information output means completes outputting the instruction information, the voice information output means has a call end means for ending the call with the user terminal by disconnecting the call line,
The user terminal that executes the execution command information is:
Information receiving means for receiving information from the event providing system server;
Based on the received execution command information, information output means for outputting the preceding information out of the preceding information and the time limit information received by the information receiving means;
Based on the received execution command information, voice output means for sounding a ring tone when receiving an incoming call from the event providing system server after the output of the preceding information;
A second voice output means for making a call state with the event providing system server when a call switch is operated by the user according to the ringing tone and outputting the instruction information output from the event providing system server; ,
Based on the received execution instruction information, the passing telephone line detects that became more call interruption state to the operation from the event providing system server, countdown based on the time limit information by the information receiving means receives Countdown execution means for starting
The event providing system according to claim 1, wherein the information output means of the user terminal outputs the time limit during which the countdown execution means is counting down based on the received execution command information. The event provision according to any one of claims 11 to 14, wherein a place where the task is executed is specified as a destination in the task indicated by the instruction information stored in the event information database. system.

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