JP6975219B2 - Terminal control system, terminal control method, control server and program - Google Patents

Description

The present invention relates to a terminal control system, a terminal control method, a control server, and a program that provide a service by causing a communication terminal to execute a predetermined operation.

With the rapid development of information and communication technology in recent years, various information services via communication terminals have become possible. As communication terminals, portable ones such as smartphones and mobile phones are becoming mainstream, so that users can receive services even when they are out.

In Patent Document 1, when a mobile terminal reads an information code published in a magazine or the like, the status such as the position and time of the mobile terminal at that time is transmitted to the server, and the information transmitted from the mobile terminal on the server. A technology for providing a mobile terminal with information provided according to a code and a situation is disclosed. By using this technology, the user of the mobile terminal can receive information according to the position and time when the information code is read.

Japanese Unexamined Patent Publication No. 2016-51296

In the technique disclosed in Patent Document 1, the type of the situation in which the mobile terminal transmits to the server is set in advance in the application program of the mobile terminal, and the mobile terminal is set when the information code is read. The type status will be sent to the server. In this way, since the type of situation transmitted from the mobile terminal to the server is uniquely determined, the status of the mobile terminal suitable for that information is determined by the server for each information provided to the user of the mobile terminal. It cannot be obtained, and as a result, it cannot be said that appropriate information suitable for the situation of the mobile terminal can be provided for each information provided to the user of the mobile terminal.

The present invention has been made in view of the problems of the prior art as described above, and is a configuration in which a communication terminal is made to perform a predetermined operation based on information read by the communication terminal. It is an object of the present invention to provide a terminal control system, a terminal control method, a control server, and a program capable of causing a communication terminal to execute an operation suitable for the situation of a mobile terminal according to the operation for each operation to be executed by the communication terminal. do.

In order to achieve the above object, the terminal control system of the present invention
With communication terminals
It has a server group that causes the communication terminal to execute a predetermined operation, and has.
The communication terminal displays a predetermined information screen by reading the first information held in the information holding medium, and when the information screen is displayed, the second information is read from the information holding medium. , The second information is transmitted to the server group,
The server group is of a type corresponding to the second information transmitted from the communication terminal and the information screen displayed on the communication terminal when the second information is read by the communication terminal. Requesting the communication terminal to transmit the accompanying information of
The communication terminal transmits the accompanying information requested from the server group to the server group, and the communication terminal transmits the accompanying information to the server group.
The server group causes the communication terminal to perform an operation according to the second information, the accompanying information, and the information screen transmitted from the communication terminal.

Further, the terminal control method of the present invention includes a process of displaying a predetermined information screen by reading the first information held in the information holding medium by the communication terminal.
A process in which the communication terminal reads the second information held in the information holding medium and transmits the second information to the server group while the information screen is displayed.
The type of server group corresponds to the second information transmitted from the communication terminal and the information screen displayed on the communication terminal when the communication terminal reads the second information. Processing that requests the communication terminal to transmit accompanying information, and
A process in which the communication terminal transmits incidental information requested by the server group to the server group.
The server group includes the second information transmitted from the communication terminal, the accompanying information, and a process of causing the communication terminal to perform an operation according to the information screen.

Further, the control server of the present invention is held in the information holding medium from the communication terminal in which a predetermined information screen is displayed based on the first information held in the information holding medium, and the information screen is displayed. A receiver that receives the second information that can be read in the state of being
The type of incidental information corresponding to the second information transmitted from the communication terminal and the information screen displayed on the communication terminal when the second information is read by the communication terminal is transmitted. A requesting unit that requests the communication terminal to do
An acquisition unit that receives the accompanying information from the communication terminal, and
It includes the second information received from the communication terminal, the accompanying information, and an execution unit that causes the communication terminal to execute an operation according to the information screen.

Further, the program of the present invention can be applied to a computer.
From the communication terminal in which a predetermined information screen is displayed based on the first information held in the information holding medium, the second information is held in the information holding medium and can be read in the state where the information screen is displayed. The procedure for receiving information and
The type of incidental information corresponding to the second information transmitted from the communication terminal and the information screen displayed on the communication terminal when the second information is read by the communication terminal is transmitted. The procedure for requesting the communication terminal to do
The procedure for receiving the accompanying information from the communication terminal and
The second information received from the communication terminal, the accompanying information, and the procedure for causing the communication terminal to execute an operation according to the information screen are executed.

According to the present invention, in a configuration in which a communication terminal is made to execute a predetermined operation based on information read by the communication terminal, each operation to be executed by the communication terminal is suitable for the situation of the mobile terminal according to the operation. The operation can be executed by the communication terminal.

It is a figure which shows one embodiment of the terminal control system of this invention. It is a figure which shows the structural example of the information card shown in FIG. It is a figure which shows the configuration example of the smartphone shown in FIG. It is a figure which shows the configuration example of the WEB server shown in FIG. It is a figure which shows the configuration example of the control server shown in FIG. It is a flowchart for demonstrating an example of the process until the user of a smartphone accesses a server group using an information card, and the server group authenticates in the terminal control system shown in FIGS. 1 to 5. It is a flowchart for demonstrating an example of the process until the server group requests the transmission of the environmental condition of a smartphone and provides the service data to a smartphone in the terminal control system shown in FIGS. 1 to 5. It is a figure which shows the configuration example of the auxiliary information type database shown in FIG. It is a figure which shows the configuration example of the service identifier database shown in FIG. It is a figure which shows the configuration example of the service content database shown in FIG. It is a flowchart for demonstrating another example of the process until the user of a smartphone accesses a server group using an information card, and the server group authenticates in the terminal control system shown in FIGS. 1 to 5.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a diagram showing an embodiment of the terminal control system of the present invention. FIG. 2 is a diagram showing a configuration example of the information card 10 shown in FIG. FIG. 3 is a diagram showing a configuration example of the smartphone 20 shown in FIG. FIG. 4 is a diagram showing a configuration example of the WEB server 50 shown in FIG. FIG. 5 is a diagram showing a configuration example of the control server 70 shown in FIG.

As shown in FIG. 1, the terminal control system in this embodiment is composed of an information card 10, a smartphone 20 that can be connected to a communication line 80 via an arbitrary access point 30, and a server group 40 that can be connected to the communication line 80. It is configured. The server group 40 has a WEB server 50, an authentication server 60, and a control server 70. Although only one information card 10, a smartphone 20, an access point 30, and a WEB server 50 are shown in the figure, there are a plurality of these.

The information card 10 is an information holding medium in the present invention. As shown in FIG. 2, the information card 10 has a two-dimensional code 11 displayed, and has a pattern information 12 and a grip portion 13. The two-dimensional code 11 is a coded display of the URL of the WEB site in the WEB server 50, which is the first information of the present invention. Since a plurality of WEB servers 50 exist as described above, the two-dimensional code 11 is different for each WEB site in the WEB server 50. The pattern information 12 is composed of a plurality of patterns 12a to 12c made of a conductive substance. The pattern information 12 has a different combination of positions of the patterns 12a to 12c for each service provided by using the information card 10, and the code information which is the second information of the present invention can be identified by the positions of the patterns 12a to 12c. And. Although the number of patterns included in the information card 10 is shown in the figure of 3, a number of patterns other than the three may be included. The pattern information 12 is connected to the grip portion 13, and the portions of the patterns 12a to 12c of the information card 10 are connected to the operation unit 24 (see FIG. 3) of the smartphone 20 while the grip portion 13 is held in the user's hand. When they are overlapped, the operation unit 24 electrically recognizes the positions corresponding to the patterns 12a to 12c on the smartphone 20.

The smartphone 20 is a communication terminal according to the present invention. As shown in FIG. 3, the smartphone 20 includes a communication unit 21, a call unit 22, a display unit 23, an operation unit 24, an image pickup unit 25, a two-dimensional code recognition unit 26, a pattern information recognition unit 27, and the like. It has an environmental status acquisition unit 28 and an information processing unit 29.

The communication unit 21 is composed of a communication module including an antenna, and is connected to the communication line 80 via the access point 30.

The telephone unit 22 is composed of a microphone, a speaker, and the like, and inputs and outputs voice.

The display unit 23 is composed of an LED, an organic EL, an image processing controller, or the like, and displays information by an application program, an information screen transmitted via the communication line 80, and the like. It is preferable that the display unit 23 displays a frame having the same shape as the outer circumference of the information card 10 so that the touch position of the information card 10 becomes constant.

The operation unit 24 is composed of a touch panel or the like, is arranged so as to be overlapped on the display unit 23, and detects an operation by contact with a user's finger or the like by using an electrostatic contact method. When the above-mentioned information card 10 is stacked on the operation unit 24 with the grip portion 13 held in the user's hand, the patterns 12a to 12c of the information card 10 can be energized and the positions corresponding to the patterns 12a to 12c. It is judged that the touch by the operation was performed in.

The image pickup unit 25 is composed of a camera or the like, and captures the two-dimensional code 11 displayed on the information card 10.

The two-dimensional code recognition unit 26 recognizes the two-dimensional code 11 from the image captured by the image pickup unit 25, decodes the recognized two-dimensional code 11 and converts it into a URL.

The pattern information recognition unit 27 recognizes the pattern information 12 based on the touch position recognized by the operation unit 24, and uses the conversion table between the registered pattern information and the code information to recognize the pattern information 12 from the recognized pattern information 12. Convert to code information. Here, even if the touch position (or angle) of the information card 10 and the position (or angle) of the operation unit 24 on the display unit 23 are different, the relative positional relationship between the patterns 12a to 12c is converted. By registering in the table, the same pattern information can be converted to the same code information. However, even if the pattern information is the same, it may be converted into different code information at different positions or different angles. For example, on the information screen transmitted from the WEB server 50 accessed by the smartphone 20 via the access point 30, the display unit 23 displays a frame having the same shape as the outer circumference of the information card 10 having a different touch position and touch angle. Therefore, even if the same pattern information is used, it can be converted into different code information. The function of converting the pattern information 12 into the code information may be configured to be provided in the WEB server 50 or the authentication server 60. In this case, the pattern information 12 is transmitted to the WEB server 50 or the authentication server 60 instead of the code information.

The environmental status acquisition unit 28 is composed of a position acquisition means using GPS or the like, a time acquisition means using a timer, a microphone, various sensors, or the like, and serves as accompanying information such as the position, ambient temperature, and ambient sound of the smartphone 20. , Or get the environmental status such as the current time. As accompanying information, history information such as application operations, network connection destinations, and user operations stored in a storage device (not shown) may be used. Further, the history information may be stored in the smartphone 20 or in a storage device included in the server group 40 such as the control server 70.

When the image is captured by the image pickup unit 25, the information processing unit 29 causes the two-dimensional code recognition unit 26 to recognize the two-dimensional code 11 from this image, and the pattern is based on the touch position determined by the operation unit 24. The information recognition unit 27 recognizes the pattern information 12. Further, the information processing unit 29 accesses the WEB site in the WEB server 50 via the communication unit 21 based on the URL recognized by the two-dimensional code recognition unit 26, and the pattern information recognition unit 27 from the pattern information 12 The converted code information is transmitted via the communication unit 21. Further, when the information processing unit 29 is requested via the communication unit 21 to transmit the environmental status as incidental information, the position, ambient temperature, and ambient sound of the smartphone 20 acquired by the environmental status acquisition unit 28. , Or the environmental status such as the current time is transmitted via the communication unit 21. Further, when the information processing unit 29 receives a request to transmit the history information as incidental information via the communication unit 21, the information processing unit 29 transmits the history information stored in the storage device via the communication unit 21. .. The two-dimensional code recognition unit 26, the pattern information recognition unit 27, and the information processing unit 29 are realized by, for example, a CPU, a memory, and executed software.

The WEB server 50 is the first server in the present invention. As shown in FIG. 4, the WEB server 50 has a communication unit 55, an information screen providing unit 51, a code information acquisition unit 52, a token generation unit 53, and a code information transmission unit 54, for example. It consists of a computer for a server and the like.

The communication unit 55 is realized by, for example, a LAN connector or a communication controller, and is for the WEB server 50 to exchange information with the smartphone 20 and the control server 70 via the communication line 80.

The information screen providing unit 51 provides an information screen by the WEB site to the smartphone 20 accessed via the communication line 80. The information screen includes touch site screen data that urges the user to touch the information card 10 to the operation unit 24 on the display unit 23. The touch site screen data is the same as the outer circumference of the information card 10 so that the user can determine the touch position and touch angle of the information card 10 corresponding to the operation unit 24 on the display unit 23 of the smartphone 20. It is preferable to include graphic data of the frame of the shape. Further, the information screen providing unit 51 may provide a plurality of WEB sites having different site identifiers to the smartphone 20.

The code information acquisition unit 52 receives the code information transmitted from the smartphone 20 via the communication line 80 using the information screen provided by the information screen providing unit 51.

When the code information acquisition unit 52 receives the code information transmitted from the smartphone 20 via the communication line 80, the token generation unit 53 generates a token used for identifying the subsequent communication. The timing of generating the token is not the timing of receiving the code information, but may be any other timing as long as it can identify which smartphone 20 the communication is with, such as the timing of providing the information screen by the WEB site to the smartphone 20. No.

When the code information acquisition unit 52 receives the code information transmitted from the smartphone 20 via the communication line 80, the code information transmission unit 54 provides the received code information and the information screen providing unit 51 to the smartphone 20. A site identifier that can identify the WEB site is attached to the token generated by the token generation unit 53 and transmitted to the control server 70 via the communication unit 55. The site identifier is illustrated by a code using alphabetic characters, but numbers and symbols may be used. Further, a URL, domain name, IP address, server name, etc. other than the illustrated code may be used.

The information screen providing unit 51, the code information acquisition unit 52, the token generation unit 53, and the code information transmission unit 54 are realized by, for example, a CPU, a memory, and executed software.

The authentication server 60 is the third server in the present invention. When the control server 70 receives an authentication request, the authentication server 60 authenticates based on at least the code information included in the authentication request, and transmits the authentication result to the control server 70. For example, the authentication server 60 may perform authentication based on the code information included in the authentication request and the site identifier. The authentication server 60 is composed of, for example, a computer for a server, a database, or the like, and is realized by a CPU, a memory, a hard disk, executed software, or the like.

The control server 70 is the second server in the present invention. As shown in FIG. 5, the control server 70 includes a communication unit 79, a code information receiving unit 71, an authentication request unit 72, an authentication result acquisition unit 73, an incidental information type extraction unit 74, and an incidental information request unit 75. It has an accompanying information acquisition unit 76, a service data extraction unit 77, and a service data transmission unit 78, and is composed of, for example, a computer for a server or the like. The control server 70 further has an incidental information type database 91, a service identifier database 92, and a service content database 93.

The communication unit 79 is realized by, for example, a LAN connector or a communication controller, and is for the control server 70 to exchange information with the WEB server 50 and the authentication server 60 via the communication line 80.

The code information receiving unit 71 receives the code information transmitted from the WEB server 50 and the site identifier via the communication line 80 and the communication unit 79 with a token attached.

When the code information and the site identifier transmitted from the WEB server 50 are received by the code information receiving unit 71, the authentication requesting unit 72 transmits at least the code information to the authentication server 60 via the communication unit 79 and the communication line 80. By doing so, the authentication server 60 is requested to authenticate. When the authentication server 60 authenticates based on the code information and the site identifier, the site identifier is also transmitted.

The authentication result acquisition unit 73 receives the authentication result transmitted from the authentication server 60 via the communication line 80 and the communication unit 79.

When the authentication result received by the authentication result acquisition unit 73 indicates that the authentication is OK, the accompanying information type extraction unit 74 responds to the code information received by the code information reception unit 71 and the site identifier. The type of incidental information to be acquired is extracted from the incidental information type database 91. Since the type of environment status and / or history information to be acquired as incidental information is registered in the incidental information type database 91 according to the pattern information 12 of the information card 10 and the WEB site in the WEB server 50, it is incidental. The information type extraction unit 74 can extract the type of incidental information to be acquired according to the code information received by the code information reception unit 71 and the site identifier from the incidental information type database 91.

The incidental information requesting unit 75 requests the smartphone 20 via the communication unit 79 and the communication line 80 for the incidental information of the type extracted by the incidental information type extracting unit 74. If the incidental information to be acquired by the control server 70 includes the history information, the history information is requested from the smartphone 20 or the storage device included in the server group 40 such as the control server 70. For example, when the storage device is provided in the control server 70, the storage device receives a request for history information from the incidental information request unit 75, reads the history information, and transmits the history information to the incidental information acquisition unit 76.

The accompanying information acquisition unit 76 receives the environmental status transmitted from the smartphone 20 via the communication line 80 and the communication unit 79. When the incidental information to be acquired includes the history information, the history information is received from the smartphone 20 or the device included in the server group 40 such as the control server 70.

When the environment status transmitted as incidental information from the smartphone 20 is received by the incidental information acquisition unit 76, the service data extraction unit 77 includes the code information and the site identifier received by the code information reception unit 71 and the accompanying information. The service identifier corresponding to the environmental condition of the smartphone 20 received by the accompanying information acquisition unit 76 as information is extracted from the service identifier database 92, and the service data specified by the extracted service identifier is extracted from the service content database 93. .. In the service identifier database 92, the code information corresponding to the pattern information 12 of the information card 10, the site identifier corresponding to the WEB site in the WEB server 50, and the environmental status and / or history information of the smartphone 20 are stored in the smartphone 20. Since the service identifier for specifying the service to be provided is registered, the service data extraction unit 77 receives the code information and the site identifier received by the code information receiving unit 71 and the incidental information acquisition unit 76. A service identifier corresponding to the environmental status and / or history information of the smartphone 20 can be extracted from the service identifier database 92. Further, since the service data provided to the smartphone 20 is registered in the service content database 93 in association with the service identifier that can identify the service, the service data extraction unit 77 is extracted from the service identifier database 92. The service data specified by the service identifier can be extracted from the service content database 93. That is, the service provided to the smartphone 20 can be changed by combining the pattern information 12 of the information card 10 with the WEB site and the accompanying information in the WEB server 50.

The service data transmission unit 78 transmits the service data extracted from the service content database 93 by the service data extraction unit 77 to the smartphone 20 via the communication unit 79 and the communication line 80.

The code information receiving unit 71, the authentication request unit 72, the authentication result acquisition unit 73, the incidental information type extraction unit 74, the incidental information request unit 75, the incidental information acquisition unit 76, the service data extraction unit 77, and the service data transmission unit 78 For example, it is realized by a CPU, memory, executed software, and the like. Further, even if the control server 70 does not have the accompanying information type database 91, the service identifier database 92, and the service content database 93, the database software has a hard disk device or a hard disk device connected to the control server 70 via a network. It may be realized by the executed server or the like. Information can be registered and updated by accessing the incidental information type database 91, the service identifier database 92, and the service content database 93 from a management terminal (not shown).

The terminal control method in the terminal control system configured as described above will be described below.

First, a process until a user of the smartphone 20 accesses the server group 40 using the information card 10 and authenticates with the server group 40 will be described.

FIG. 6 illustrates an example of processing in the terminal control system shown in FIGS. 1 to 5 until the user of the smartphone 20 accesses the server group 40 using the information card 10 and authenticates with the server group 40. It is a flowchart for doing.

When the user of the smartphone 20 takes an image of the two-dimensional code 11 displayed on the information card 10 by the image pickup unit 25 of the smartphone 20 in order to use the terminal control system of this embodiment, first, the two-dimensional code recognition of the smartphone 20 is recognized. The unit 26 recognizes the two-dimensional code 11 from the image captured by the imaging unit 25 (step 1), decodes the recognized two-dimensional code 11 and recognizes the URL (step 2).

Then, as described above, the two-dimensional code 11 displayed on the information card 10 encodes and displays the URL of the WEB site on the WEB server 50, so that the information processing unit 29 and the communication unit 21 of the smartphone 20 are displayed. Accesss the WEB site in the WEB server 50 corresponding to the decoded URL via the access point 30 and the communication line 80 (step 3).

When the WEB server 50 accesses the WEB site corresponding to the URL displayed by the two-dimensional code 11, the information screen providing unit 51 displays the information screen by the accessed WEB site on the smartphone 20 via the communication line 80. Send and provide to (step 4).

When the information screen by the WEB site accessed by the smartphone 20 is transmitted from the WEB server 50 to the smartphone 20, the communication unit 21 of the smartphone 20 receives the information screen by the WEB site transmitted from the WEB server 50 and displays the display unit. 23 displays an information screen (step 5). As a result, the smartphone 20 is in a state where a predetermined information screen is displayed. As a specific example of the state in which this predetermined information screen is displayed, the information screen by the WEB site includes a touch site screen that urges the user to touch the information card 10 on the operation unit 24 on the display unit 23. Is displayed. The information screen may include graphic data of a frame having the same shape as the outer circumference of the information card 10 so that the user can determine the touch position and the touch angle of the information card 10.

Since the information screen transmitted from the WEB server 50 and displayed on the smartphone 20 as described above is a touch site screen for reading the pattern information 12 of the information card 10, the user of the smartphone 20 holds the information card 10. When the information card 10 is placed on the operation unit 24 of the smartphone 20 while holding the unit 13 by hand, the operation unit 24 recognizes that the area facing the patterns 12a to 12c constituting the pattern information 12 has been touched. Then, the pattern information recognition unit 27 recognizes the pattern information 12 based on the touch position recognized by the operation unit 24 (step 6).

When the pattern information recognition unit 27 recognizes the pattern information 12, the recognized pattern information 12 is converted into code information, and the communication unit 21 transmits this code information to the WEB server 50 via the access point 30 and the communication line 80. (Step 7).

When the code information is transmitted from the smartphone 20 to the WEB server 50, the code information acquisition unit 52 of the WEB server 50 receives the code information via the communication unit 55 (step 8).

Then, the token generation unit 53 of the WEB server 50 processes each process in which the code information is transmitted from the smartphone 20, that is, the process in which the user of the smartphone 20 superimposes the information card 10 on the smartphone 20 to recognize the pattern information 12. Generate a token each time (step 9). The token may be generated at a stage other than step 9, for example, step 4, and may be used for communication with the smartphone 20.

Then, the code information transmitting unit 54 of the WEB server 50 transfers the code information received by the communication unit 55 and the site identifier that can identify the WEB site provided to the smartphone 20 from the information screen providing unit 51 to the token generation unit 53. The token generated in the above procedure is assigned and transmitted to the control server 70 via the communication unit 55 (step 10).

When the code information and the site identifier are assigned tokens from the WEB server 50 and transmitted to the control server 70, the code information receiving unit 71 of the control server 70 is assigned the code information and the site identifier with tokens. (Step 11). Here, the received code information, the site identifier that can identify the WEB site, and the token may be stored in the storage device as a primary or log.

Then, the control server 70 first requests the authentication server 60 for authentication by the authentication request unit 72 transmitting the code information received from the WEB server 50 to the authentication server 60 via the communication line 80 (step 12). .. In addition to the code information, the authentication server 60 may be requested to authenticate by transmitting the site identifier to the authentication server 60 together with the code information.

When the control server 70 receives an authentication request, the authentication server 60 performs authentication based on the code information included in the authentication request, and if the authentication is OK, the authentication server 60 transmits an authentication result indicating that the authentication is OK to the control server 70. If the authentication is NG, the error is transmitted to the control server 70 as the authentication result. In the authentication server 60, code information that can use the service is registered, and authentication can be performed by collating the registered code information with the code information transmitted from the control server 70. When the authentication request by the control server 70 includes the code information and the site identifier, the authentication server 60 performs authentication based on the combination of the code information and the site identifier. In this case, in the authentication server 60, the code information that can use the service and the site identifier are registered, the combination of the registered code information and the site identifier, and the code information transmitted from the control server 70. Authentication can be performed by collating with the combination with the site identifier.

In the control server 60, the authentication result acquisition unit 73 receives the authentication result transmitted from the authentication server 60 via the communication line 80 and the communication unit 79 (step 13).

Next, the process of requesting the transmission of the environmental status of the smartphone 20 by the server group 40 and providing the service data to the smartphone 20 will be described.

FIG. 7 is for explaining an example of processing in the terminal control system shown in FIGS. 1 to 5 from the server group 40 requesting the transmission of the environmental status of the smartphone 20 to providing the service data to the smartphone 20. It is a flowchart.

When the authentication result transmitted from the authentication server 60 indicates that the authentication is OK, the control server 70 first receives the incidental information type extraction unit 74 by the code information reception unit 71. The type of environment status to be acquired according to the code information and the site identifier is extracted from the accompanying information type database 91 (step 21). Since the site identifier identifies the WEB site that is the information screen currently displayed on the smartphone 20, the accompanying information type extraction unit 74 has the code information and the information screen displayed on the smartphone 20. The type of incidental information to be acquired will be extracted according to the above.

FIG. 8 is a diagram showing a configuration example of the incidental information type database 91 shown in FIG.

As shown in FIG. 8, in the accompanying information type database 91 shown in FIG. 5, the code information by the pattern information 12 of the information card 10 and the site identifier that can identify the WEB site in the WEB server 50 are associated with the smartphone. The type of incidental information to be acquired from 20 is registered. Therefore, the incidental information type extraction unit 74 may extract the type of incidental information to be acquired from the smartphone 20 from the incidental information type database 91 according to the code information received by the code information receiving unit 71 and the site identifier. can.

When the type of incidental information to be acquired from the smartphone 20 is extracted from the incidental information type database 91, the incidental information request unit 75 of the control server 70 uses the incidental information of the type extracted by the incidental information type extraction unit 74 on the WEB. Request the smartphone 20 via the server 50 (step 22).

When the smartphone 20 receives the request for the accompanying information via the communication line 80 and the access point 30 (step 23), the smartphone 20 is of the type requested by the control server 70 among the environmental conditions acquired by the environmental status acquisition unit 28. The environmental status corresponding to the accompanying information is transmitted via the access point 30 and the communication line 80 (step 24). For example, when the type of incidental information requested from the control server 70 is "range", the current position information of the smartphone 20 acquired by the position acquisition means using GPS or the like is transmitted, and the control server 70 also transmits the current position information of the smartphone 20. When the type of incidental information requested from is "time", the current time acquired by the time acquisition means using a timer is transmitted.

When the environment status is transmitted from the smartphone 20, the accompanying information acquisition unit 76 of the control server 70 receives the environment status transmitted from the smartphone 20 as incidental information via the WEB server 50 (step 25).

Then, the service data extraction unit 77 of the control server 70 first describes the code information and the site identifier received by the code information receiving unit 71, and the environmental status of the smartphone 20 received as incidental information by the incidental information acquisition unit 76. The service identifier according to the above is extracted from the service identifier database 92 (step 26).

FIG. 9 is a diagram showing a configuration example of the service identifier database 92 shown in FIG.

As shown in FIG. 9, in the service identifier database 92 shown in FIG. 5, the code information by the pattern information 12 of the information card 10, the site identifier that can identify the WEB site in the WEB server 50, and the accompanying smartphone 20 are attached. According to the information, a service identifier for identifying the service provided to the smartphone 20 is registered. Therefore, the service data extraction unit 77 sets the service identifier according to the code information and the site identifier received by the code information receiving unit 71 and the environmental condition of the smartphone 20 received by the accompanying information acquisition unit 76 as the service identifier. It can be extracted from the database 92.

Next, the service data extraction unit 77 extracts the service data specified by the service identifier extracted from the service identifier database 92 from the service content database 93 (step 27).

FIG. 10 is a diagram showing a configuration example of the service content database 93 shown in FIG.

As shown in FIG. 10, in the service content database 93 shown in FIG. 5, provided content information that is service data to be provided to the smartphone 20 is registered in correspondence with the service identifier registered in the service identifier database 92. There is. Therefore, the service data extraction unit 77 corresponds to the service identifier extracted from the service identifier database 92 in step 27, and can extract the provided content information specified by this service identifier from the service content database 93.

When the provided content is extracted from the service content database 93, the service data transmission unit 78 of the control server 70 transmits the provided content extracted from the service content database 93 to the smartphone 20 via the WEB server 50 (step 28).

The smartphone 20 receives the provided content transmitted from the service data transmission unit 78 by the communication unit 21 via the communication line 80 and the access point 30, and displays it on the display unit 24 (step 29).

As the content provided as service data transmitted from the control server 70 to the smartphone 20, in addition to the data of the WEB site on which the content is posted, the data of the content itself such as a moving image file and a still image file can be considered, and further. In addition to displaying them on the smartphone 20, it is conceivable that the control server 70 sends a program to execute the program on the smartphone 20. Further, it is also conceivable to register the URL of the service providing site to be displayed on the smartphone 20 in the service identifier database 92 and redirect the smartphone 20 to the URL. Further, the service providing site may be provided by the WEB server 50 or another server.

Further, when the service data provided to the smartphone 20 is a URL, it is conceivable that the confidentiality setting can be set. In that case, the confidential setting set in the service data is read, and if the confidential setting is ON, a temporary URL (valid for a certain period of time, valid only while the session is connected) used only for this transmission is generated, and the URL is generated. The data of the WEB site of the URL will be transmitted. If the concealment setting is OFF, the data of the WEB site of the public URL will be transmitted. In this case, the data on the WEB site corresponds to the service data, and the smartphone 20 is redirected to the URL of the WEB site.

As described above, in this embodiment, in the operating state in which the smartphone 20 accesses the WEB site using the two-dimensional code 11 displayed on the information card 10, the pattern information 12 provided on the information card 10 is displayed on the smartphone 20. When recognized, the control server 70 requests the smartphone 20 to transmit the environmental status of the type corresponding to the WEB site and the pattern information 12, and then the control server 70 requests the WEB site, the pattern information 12, and the smartphone 20 to transmit. Since the smartphone 20 is made to execute the operation according to the WEB site, the pattern information 12, and the environmental condition of the smartphone 20, such as providing the service according to the environmental condition to the smartphone 20, the information read by the smartphone 20 can be used. Based on this, in the configuration in which the smartphone 20 executes a predetermined operation, the smartphone 20 can be made to execute an operation suitable for the situation of the smartphone 20 according to the operation for each operation to be executed by the smartphone 20. Further, even if the same pattern information 12 is provided on the information card 10, different contents can be provided for each WEB site accessed by the smartphone 20.

Further, the control server 70 is required to transmit the environmental status only to the smartphone 20 whose authentication result in the authentication server 60 indicates that the authentication is OK, so that the congestion of the communication line is avoided. become.

In this embodiment, the information card 10 is provided with the pattern information 12 composed of a plurality of patterns 12a to 12c made of a conductive material, and the information card 10 is superposed on the operation unit 24 of the smartphone 20. , It is determined that the touch is performed by the operation at the position corresponding to the patterns 12a to 12c of the information card 10, whereby the code information by the pattern information 12 is recognized, but the information card can be communicated in a non-contact state. An IC chip and an antenna may be built in, and the smartphone 20 may read the code information written in the IC chip in a non-contact state to recognize the code information. The information card 10 may store pattern information, which is information for uniquely deriving code information, which is the second information, or may store code information. Therefore, the pattern information for deriving the code information may also be used as the second information. The code information may be one of the information for determining whether or not the service can be provided, and the information for deriving the code information may be other than the pattern information.

Further, in the present embodiment, when the two-dimensional code 11 displayed on the information card 10 is imaged by the image pickup unit 25 of the smartphone 20, the two-dimensional code recognition unit 26 of the smartphone 20 is first imaged by the image pickup unit 25. An example of recognizing the two-dimensional code 11 from the image and recognizing the URL displayed as the recognized two-dimensional code 11 has been described as an example, but the image pickup unit 25 uses an icon or a company logo mark instead of the two-dimensional code. It is also conceivable to have a configuration in which the image is imaged and the URL is recognized. Here, not only the URL for accessing the predetermined WEB site, but also the two-dimensional code, the icon, and the mark for deriving the URL may be included as the first information. That is, it can be said that the information card 10 includes both the second information and the first information for displaying the predetermined information screen for reading the second information on the smartphone 20. The first information and the second information are different information.

Further, in the present embodiment, the pattern information 12 provided on the information card 10 is recognized by the smartphone 20 in a state where the smartphone 20 accesses the WEB site using the two-dimensional code 11 displayed on the information card 10. Then, the control server 70 requests the smartphone 20 to transmit the environmental status of the type corresponding to the WEB site and the pattern information 12, as an example. However, only the WEB site or the pattern information 12 is supported. It may be requested to send the type of environmental status to the smartphone 20. Specifically, in this embodiment, it has been described that the type of the environmental condition to be acquired according to the code information and the site identifier is extracted from the incidental information type database 91, but the incidental information type extraction unit 74 at least codes. The type of incidental information to be acquired according to at least one of the information and the site identifier may be extracted from the incidental information type database 91. In this case, at least one of the pattern information 12 of the information card 10 and the WEB site in the WEB server 50 is registered in the incidental information type database 91 according to the environmental condition and / or the type of the incidental information to be acquired as the incidental information. Has been done. Further, the history information, which is one of the types of incidental information to be acquired, may be the history information stored in the storage device included in the server group 40 such as the control server 70, instead of the smartphone 20. Further, the incidental information to be acquired may be one type or a plurality of types.

When it is not necessary to consider the congestion of the communication line, when the code information receiving unit 71 of the control server 70 receives the code information and the site identifier in the control server 70, it accompanies the smartphone 20. You may request that you send the environmental status as information. Specifically, in step 11, after the code information receiving unit 71 of the control server 70 receives these code information and the site identifier in a state where tokens are attached, the incidental information type extracting unit 74 of the control server 70 Extracts the type of incidental information to be acquired according to at least one of the code information received by the code information receiving unit 71 and the site identifier from the incidental information type database 91, and requests the incidental information of the control server 70. The 75 may request the smartphone 20 via the WEB server 50 for the environmental status corresponding to the incidental information of the type extracted by the incidental information type extraction unit 74. When the accompanying information is history information, the history information is requested from the smartphone 20 or the device included in the server group.

In this case, when the accompanying information acquisition unit 76 of the control server 70 receives the environment status transmitted from the smartphone 20 via the WEB server 50, the authentication request unit 72 of the control server 70 uses only the code information as an authentication request. Instead, the server identifier and one or more of the accompanying information may be transmitted to the authentication server 60 via the communication line 80. In this case, when the control server 70 receives an authentication request, the authentication server 60 performs authentication based on one or more of the server identifier and accompanying information in addition to the code information included in the authentication request, and controls the authentication result. Send to the server 70. After that, when the authentication result transmitted from the authentication server 60 indicates that the authentication is OK, the control server 70 is accompanied by the code information and the site identifier by the service data extraction unit 77 of the control server 70. The service identifier corresponding to the information is extracted from the service identifier database 92.

(Other embodiments)
In the above-described embodiment, when the user of the smartphone 20 captures the two-dimensional code 11 displayed on the information card 10 by the imaging unit 25 of the smartphone 20, the image captured by the imaging unit 25 is two. The smartphone 20 displays a touch site screen for recognizing the dimensional code 11, accessing the WEB site on the WEB server 50 using the URL displayed as the recognized two-dimensional code 11, and reading the pattern information 12 of the information card 10. Although the two-dimensional code 11 displayed on the information card 10 is imaged by the image pickup unit 25 of the smartphone 20, the two-dimensional code 11 is taken from the image captured by the image pickup unit 25. The smartphone 20 may be configured to recognize the above, start an application program corresponding to the recognized two-dimensional code 11, and display the touch site screen for reading the pattern information 12 of the information card 10 on the smartphone 20 by this application program.

FIG. 11 shows another example of the processing until the user of the smartphone 20 accesses the server group 40 using the information card 10 and authenticates with the server group 40 in the terminal control system shown in FIGS. 1 to 5. It is a flowchart for demonstrating. It should be noted that the description may be omitted for the same contents as those described in the above-described embodiment.

When the user of the smartphone 20 takes an image of the two-dimensional code 11 displayed on the information card 10 by the image pickup unit 25 of the smartphone 20 in order to use the terminal control system of this embodiment, first, the two-dimensional code recognition of the smartphone 20 is recognized. The unit 26 recognizes the two-dimensional code 11 from the image captured by the imaging unit 25 (step 101), and activates the application program corresponding to the recognized two-dimensional code 11 (step 102).

Then, the display unit 23 of the smartphone 20 displays the touch site screen for reading the pattern information 12 of the information card 10 by the activated application program (step 103).

Then, when the user of the smartphone 20 holds the grip portion 13 of the information card 10 in his hand and superimposes the information card 10 on the operation unit 24 of the smartphone 20 in the state where the touch site screen is displayed, the operation unit 24 displays. Recognizing that the area facing the patterns 12a to 12c constituting the pattern information 12 has been touched, the pattern information recognition unit 27 recognizes the pattern information 12 based on the touch position recognized by the operation unit 24 (the pattern information 12 is recognized. Step 104).

When the pattern information recognition unit 27 recognizes the pattern information 12, the recognized pattern information 12 is converted into code information, and the communication unit 21 transmits this code information to the WEB server 50 via the access point 30 and the communication line 80. (Step 105). The WEB server 50 to which the code information is transmitted is specified by the started application program.

When the code information is transmitted from the smartphone 20 to the WEB server 50, the code information acquisition unit 52 of the WEB server 50 receives the code information via the communication unit 55 (step 106).

Then, the token generation unit 53 of the WEB server 50 processes each process in which the code information is transmitted from the smartphone 20, that is, the process in which the user of the smartphone 20 superimposes the information card 10 on the smartphone 20 to recognize the pattern information 12. A token is generated for each (step 107). In addition, instead of the token or in addition to the token, a unique identifier for each user may be stored in the application of the smartphone 20, and the communication or the user may be identified by using the identifier.

Then, the code information transmission unit 54 of the WEB server 50 generates the code information received by the communication unit 55 and the application identifier that can identify the application program running on the smartphone 20 by the token generation unit 53. The token is assigned and transmitted to the control server 70 via the communication unit 55 (step 108). The WEB server 50 manages an application identifier that can identify an application program to be started by the smartphone 20, and since the code information is transmitted from the smartphone 20 in step 105, the application program is the smartphone. It recognizes that it is started at 20, and sends an application identifier that can identify the application program to the control server 70.

When the code information and the application identifier are assigned tokens from the WEB server 50 and transmitted to the control server 70, the code information receiving unit 71 of the control server 70 is assigned the tokens to the code information and the application identifier. (Step 109).

Then, the control server 70 first requests the authentication server 60 for authentication by the authentication request unit 72 transmitting at least the code information received from the WEB server 50 to the authentication server 60 via the communication line 80 (step 110). ). In addition to the code information, the application identifier may be included in the authentication server 60 for authentication.

When the control server 70 receives an authentication request, the authentication server 60 authenticates based on at least the code information included in the authentication request, and if the authentication is OK, the code information is transmitted to the control server 70 as an authentication result. .. If the authentication is NG, the error is transmitted to the control server 70 as the authentication result. At least the code information that can use the service is registered in the authentication server 60, and authentication can be performed by collating the registered code information with the code information transmitted from the control server 70. When authentication is performed using the code information and the application identifier, the code information and the application identifier that can use the service are registered in the authentication server 60.

In the control server 60, the authentication result acquisition unit 73 receives the authentication result transmitted from the authentication server 60 via the communication line 80 and the communication unit 79 (step 111).

Subsequent processing is performed in the same manner as shown in FIG. However, unlike the one shown in FIG. 7, the application identifier that can identify the application program running on the smartphone 20 is used instead of the site identifier.

(Concrete example)
A specific example of the terminal control system described above will be described below.

In the terminal control system described above, it is conceivable to use the current position of the smartphone 20 as the type of the environmental condition (accompanying information) to be acquired.

In that case, the service data extraction unit 77 of the control server 70 refers to the service identifier database 92, and the code information and the site identifier received by the code information receiving unit 71 and the smartphone received by the accompanying information acquisition unit 76. The service identifier corresponding to the current location information of 20 will be extracted from the service identifier database 92. Thereby, for example, it is possible to provide and display the regional information different between the region A and the region B of the travel destination as the content information on the smartphone 20. In addition, if the current position of the smartphone 20 is outside the venue of an event such as a concert, sports match, exhibition, recital, drama, product sales, food, etc., general content related to the event is provided and displayed. If you are in the venue of an event, you can provide and display special content.

It is also conceivable to use the current time as the type of environmental status (accompanying information) to be acquired.

In that case, the service data extraction unit 77 of the control server 70 refers to the service identifier database 92, and the code information and the site identifier received by the code information receiving unit 71 and the present time received by the accompanying information acquisition unit 76. The service identifier corresponding to the time information of is extracted from the service identifier database 92. As a result, for example, if the current time is within the event holding time, special content is provided and displayed on the smartphone 20, and if the current time is outside the event holding time, general content related to the event is provided. Can be displayed. In addition, before the start of the event, a preliminary explanation of the event is provided and displayed, live information about the event is provided and displayed during the event holding time, and after the event ends, the event holding time such as the event result is used as the starting point. It is conceivable to provide and display different contents at the same time.

Further, it is conceivable to use the current position of the smartphone 20 and the current time as the type of the environmental condition (accompanying information) to be acquired.

In that case, the service data extraction unit 77 of the control server 70 refers to the service identifier database 92, and the code information and the site identifier received by the code information receiving unit 71 and the smartphone received by the accompanying information acquisition unit 76. The service identifier corresponding to the current position information of 20 and the current time will be extracted from the service identifier database 92. As a result, for example, when the current position of the smartphone 20 is outside the venue of the event and the current time is before the start of the event, the directions to the event venue are provided to the smartphone 20 and displayed, and the current position of the smartphone 20 is displayed. If the location is inside the event venue and the current time is before the event starts, the product sales site is provided and displayed, and the current position of the smartphone 20 is inside the event venue and the current time is the event holding. If it is within the time, special content will be provided and displayed, and if the current position of the smartphone 20 is within the venue of the event and the current time is after the end of the event, directions to nearby public transportation means. Can be provided and displayed.

Further, when the above-mentioned series of processes is executed after the user of the smartphone 20 logs in with the user ID or password, a phone number, a MAC address, a WEB browser cookie, an application user-specific identifier, a phone number, etc. When authentication is performed by an identifier unique to the smartphone 20 such as an identifier stored in the SIM card of the above, and when the code information is unique for each information card 10, the user of the smartphone 20 can be identified. The history may be managed by storing the environmental status received by the control server 70 in the storage device each time in correspondence with the identifier (hereinafter referred to as a user identifier) or code information that can identify the user of 20. In this case, the control server 70 requests the smartphone 20 for the current environmental status as incidental information to be acquired, reads out the historical information of the environmental status corresponding to the user identifier stored in the storage device, and receives the environmental status. In addition, the stored environmental status history may be used as ancillary information and used as a condition for selecting a service to be provided.

In that case, the service data extraction unit 77 of the control server 70 refers to the service identifier database 92, and sets the service identifier according to the current position of the smartphone 20 and the history of the position information stored in the storage device in the service identifier database 92. Will be extracted from. As a result, for example, the order of going by a system such as Sugoroku is determined, and if the current position of the smartphone 20 is within the first position range, the content corresponding to the first is provided to the smartphone 20. It is displayed, and the current position of the smartphone 20 is stored as a history in the storage device corresponding to the user identifier or the code information. The current position of the smartphone 20 is within the second position range, and the smartphone 20 When the position within the first position range is stored as a history in the storage device corresponding to the user identifier or the code information, the content corresponding to the second can be provided and displayed. In this case, for example, the current position of the smartphone 20 is within the second position range, and the position within the first position range in the storage device corresponding to the user identifier or code information of the smartphone 20 is used as the history. If it is not stored, an error or a message prompting the user to go within the first position range is sent to the smartphone 20. Further, although the order of going is not determined, the current position of the smartphone 20 is within one position range among a plurality of ranges, and any of the storage devices can be stored in correspondence with the user identifier or code information of the smartphone 20. If the position within the range is also not stored as a history, the first corresponding content is provided and displayed, and the current position of the smartphone 20 is within one position range within the plurality of ranges. When the position within the range of n is stored as a history in the storage device corresponding to the user identifier or code information of the smartphone 20, the content corresponding to the (n + 1) th can be provided and displayed. .. In addition, the number of times the user of the smartphone 20 has visited a specific place is stored as a history in the storage device corresponding to the user identifier or code information, and the provided content changes depending on the number of times the user of the smartphone 20 visits the specific place. It is also conceivable to have a configuration that does. For example, if the current position of the smartphone 20 is within the position range for the first time, the content corresponding to the first time is provided and displayed, and the same position range is stored in the storage device corresponding to the user identifier or code information of the smartphone 20. If the position in the inside is stored as a history and is within the position range of the second time, it is conceivable to provide and display the content corresponding to the second time.

It is also conceivable not to use the accompanying information of the smartphone 20.

For example, the service data extraction unit 77 of the control server 70 makes the code information provided on the information card 10 different on the front and back of the information card 10, and is superimposed on the operation unit 24 of the smartphone 20 based on this code information. It is also conceivable to determine the orientation of the front and back of the information card 10 and provide different contents to the smartphone 20 depending on the difference in the orientation of the front and back to display the information card 10. For example, if the orientation is the front side, the content may be provided and displayed, and if the orientation is the back side, the membership site may be provided and displayed. It is conceivable that the difference in the orientation of the front and back of the information card 10 is determined by the order of the read codes.

Further, when the service data extraction unit 77 of the control server 70 determines the orientation of the front and back of the information card 10 stacked on the operation unit 24 of the smartphone 20, for example, the information card 10 is face up and the operation unit of the smartphone 20 is used. When the information card 10 is stacked face down on the operation unit 24 of the smartphone 20 after being stacked on the 24, the processing by stacking the information card 10 face up on the operation unit 24 of the smartphone 20 is performed thereafter. It is conceivable that the information card 10 is placed face down on the operation unit 24 of the smartphone 20 to affect the processing. It is also conceivable that the control server 70 provides different contents depending on the order of the front and back orientations of the information cards 10 stacked on the operation unit 24 of the smartphone 20. In that case, the smartphone 20 is specified by the above-mentioned user identifier, the WEB page is accessed, the information card 10 is placed face up on the operation unit 24 of the smartphone 20, and then the information card 10 is operated face down on the smartphone 20. When stacked on the unit 24, and after accessing the WEB page, the information card 10 is stacked face down on the operation unit 24 of the smartphone 20, and then the information card 10 is stacked face up on the operation unit 24 of the smartphone 20. It is conceivable that the content provided to the smartphone 20 and displayed may differ depending on the case. In this case, when the control server 70 receives the user identifier and the code information, the code information is stored in the storage device as a history corresponding to the user identifier, and the service data extraction unit 77 previously has the same user. The history of the code information stored corresponding to the identifier is read from the storage device, and the order of the front and back directions is determined. Further, when the member is joined by using the content displayed when the information card 10 is placed face up on the operation unit 24 of the smartphone 20, the control server 70 has joined the storage device in correspondence with the user identifier. Is stored as a history, and when the user identifier and code information obtained when the information card 10 is placed face down on the operation unit 24 of the smartphone 20 are received, the storage device is enrolled corresponding to the same user identifier. If the service data extraction unit 77 determines that the history has been stored, it is conceivable to add new content to the content provided and displayed on the smartphone 20. Further, when the information card 10 is placed face up on the operation unit 24 of the smartphone 20 and then the information card 10 is placed face down on the operation unit 24 of the smartphone 20, the control server 70 performs the above-mentioned position determination. It is possible to add it.

Further, it is conceivable to combine the operation of stacking the information card 10 face up on the operation unit 24 of the smartphone 20 and the operation of stacking the information card 10 face down on the operation unit 24 of the smartphone 20. In that case, the control server 70 stores the history of whether the code information is face-up or face-down in the storage device corresponding to the user identifier, and the service data extraction unit 77 stores the history as incidental information face-up and face-down. You can select the content to be provided by the combination of. For example, it is possible to provide a maximum of 8 types of content with 3 touches and a maximum of 32 types of content with 5 touches. Alternatively, it is conceivable to provide the content in any one combination from the combinations. By setting the number of consecutive touches in this way, it is possible to specify the content to be provided and displayed on the smartphone 20 for each pattern of the number of times of 2.

Further, after the smartphone 20 accesses the lottery page as the WEB site of the WEB server 50 that performs the lottery using the two-dimensional code 11 displayed on the information card 10, the information card 10 is placed on the operation unit 24 of the smartphone 20. When the information cards 10 are touched by stacking, the lottery program is executed on the control server 70, the lottery result is stored in the storage device as a history corresponding to the user identifier, and the service data extraction unit 77 stores it. By determining the lottery result of the history stored in the device, it is conceivable to display the invitation page for the double chance on the smartphone 20 of the user who is out of the lottery. On the invitation page for double chance, there is a link to the member registration page stating that you can draw a double chance by registering as a member, and if the member registration is completed on the member registration page, the control server 70 will display. The history of member registration completion is stored in the storage device in correspondence with the user identifier, the double chance lottery page is displayed again as the WEB site of the WEB server 50, and when the information card 10 is touched, the control server 70 displays. Corresponding to the same user identifier, the service data extraction unit 77 determines whether the result of the lottery that was lost in the lottery as a history and the completion of member registration are stored in the storage device, and the lottery program of the double chance can be executed. Conceivable.

Further, when the control server 70 provides a service according to the environment status of the smartphone 20, the service data extraction unit 77 refers to the service identifier database 92, and the environment status of the smartphone 20 is registered in the service identifier database 92. If it does not match the situation, it is conceivable to provide the smartphone 20 with a response to match the environmental situation and display it. For example, when time is included in the determination criteria of the environmental condition, it is conceivable to display how many hours later the information card 10 is touched with the smartphone 20 to view the special content. In addition, when the position is included in the judgment criteria of the environmental condition, the place where the information card 10 is touched with the smartphone 20 is specified, and it is displayed that the special content can be viewed by touching the information card 10 with the smartphone 20 at that place. It is possible to make it. Further, when the history is included in the judgment criteria of the environmental condition, it is conceivable to display that the special content can be viewed when the predetermined operation (including the touching place) is performed and then the predetermined operation is performed.

Further, the control server 70 uses the smartphone 20 as a browser or a dedicated application as a type of incidental information to acquire whether the means for using this system in the smartphone 20 is a browser or an application program created exclusively for this system. The service data extraction unit 77 may request whether it is a program, determine it using the received answer, and provide a service according to the incidental information. For example, if it is a browser, the application download page may be displayed, and if it is a dedicated application program, the content may be displayed.

It is also conceivable that the control server 70 requests the history of whether or not the user of the smartphone 20 is a member as the type of incidental information to be acquired, and uses it for determination. In that case, for example, when the user of the smartphone 20 completes the enrollment on the member registration page, the history of the enrollment completion is stored in the storage device corresponding to the user identifier, and the WEB server 50 is special as a WEB site after the enrollment is completed. When a touch site is displayed on the smartphone 20, the information card 10 is touched on the smartphone 20 at the touch site, and the code information and the site identifier of the special touch site are received, the storage device corresponds to the same user identifier. The history stored in is read out, and the service data extraction unit 77 touches with the corresponding information card 10 at the special touch site using the code information and the site identifier and history information of the special touch site to join. If it is determined that the information is completed, the special content may be applied to the smartphone 20 and displayed, and if it is determined that the user of the smartphone 20 has not joined, the membership application site may be displayed.

Further, after displaying the content provided by the control server 70 on the smartphone 20, the control server 70 touches the information card 10 as the same WEB site as the WEB site of the WEB server 50 displayed before displaying the content. The touch screen may be displayed again, or the touch screen may be displayed as a WEB site different from the WEB site of the WEB server 50 displayed before displaying the content.

The method performed by the control server 70 of the present invention may be applied to a program for causing a computer to execute. Further, the program can be stored in a storage medium and can be provided to the outside via a network.

10 Information card 11 Two-dimensional code 12 Pattern information 12a to 12c Pattern 13 Grip part 20 Smartphone 21,55,79 Communication part 22 Calling part 23 Display part 24 Operation part 25 Imaging part 26 Two-dimensional code recognition part 27 Pattern information recognition part 28 Environmental status acquisition unit 29 Information processing unit 30 Access point 40 Server group 50 WEB server 51 Information screen provision unit 52 Code information acquisition unit 53 Token generation unit 54 Code information transmission unit 60 Authentication server 70 Control server 71 Code information reception unit 72 Authentication request Part 73 Authentication result acquisition part 74 Ancillary information type extraction part 75 Ancillary information request part 76 Ancillary information acquisition part 77 Service data extraction part 78 Service data transmission part 80 Communication line 91 Ancillary information type database 92 Service identifier database 93 Service content database

Claims (14)

With communication terminals
It has a server group that causes the communication terminal to execute a predetermined operation, and has.
The communication terminal displays a predetermined information screen by reading the first information held in the information holding medium, and when the information screen is displayed, the second information is read from the information holding medium. , The second information is transmitted to the server group,
The server group is of a type corresponding to the second information transmitted from the communication terminal and the information screen displayed on the communication terminal when the second information is read by the communication terminal. Requesting the communication terminal to transmit the accompanying information of
The communication terminal transmits the accompanying information requested from the server group to the server group, and the communication terminal transmits the accompanying information to the server group.
The server group is a terminal control system that causes the communication terminal to execute an operation corresponding to the second information, the accompanying information, and the information screen transmitted from the communication terminal. In the terminal control system according to claim 1,
The first information is information for the communication terminal to access the site of the server group.
The server group uses the first information for reading the second information from the information holding medium to the communication terminal that has accessed the site by reading the first information from the information holding medium. A terminal control system that displays the corresponding information screen. In the terminal control system according to claim 2,
The server group is
A first server that sends an information screen to the communication terminal,
Attachment of a type corresponding to at least one of the second information transmitted from the communication terminal and a site identifier capable of identifying the information screen used for reading the second information on the communication terminal. With a second server that requests the communication terminal to transmit information and causes the communication terminal to perform an operation according to the second information and the accompanying information transmitted from the communication terminal and the site identifier. Has a terminal control system. In the terminal control system according to claim 3,
The server group has a third server that authenticates a communication terminal that has accessed the site of the first server using at least the second information and transmits an authentication result to the second server. ,
The second server is a terminal control system that requests that the accompanying information be transmitted only to a communication terminal whose authentication result transmitted from the third server indicates that the authentication is OK. In the terminal control system according to claim 3 or 4.
When the second server receives the second information and the incidental information from the communication terminal, the second server stores the reception history in a storage device, and then stores the second information and the incidental information from the communication terminal. When the incidental information is received, the terminal control system causes the communication terminal to perform an operation according to the received second information and the incidental information and the history stored in the storage device. In the terminal control system according to any one of claims 3 to 5,
When the second server receives the second information and the incidental information from the communication terminal, the second server redirects the communication terminal to a terminal control site corresponding to the received second information and the incidental information. Terminal control system. In the terminal control system according to any one of claims 3 to 5,
When the second server receives the second information and the incidental information from the communication terminal, the second server transmits the received second information and the content information corresponding to the incidental information to the communication terminal. Control system. In the terminal control system according to any one of claims 3 to 5,
When the second server receives the second information and the incidental information from the communication terminal, the second server causes the communication terminal to execute a program corresponding to the received second information and the incidental information. system. In the terminal control system according to any one of claims 1 to 8.
The accompanying information is information about at least one of the position, ambient temperature and ambient sound, time, and history of the communication terminal, the terminal control system. In the terminal control system according to any one of claims 1 to 9.
The information holding medium is a card, and the second information is different from each other on the front and back, a terminal control system. In the terminal control system according to any one of claims 1 to 9,
The information holding medium is a card, and the second information is read by electrostatic contact or non-contact communication with the card, a terminal control system. A process in which the communication terminal displays a predetermined information screen by reading the first information held in the information holding medium.
A process in which the communication terminal reads the second information held in the information holding medium and transmits the second information to the server group while the information screen is displayed.
The type of server group corresponds to the second information transmitted from the communication terminal and the information screen displayed on the communication terminal when the communication terminal reads the second information. Processing that requests the communication terminal to transmit accompanying information, and
A process in which the communication terminal transmits incidental information requested by the server group to the server group.
A terminal control method in which the server group has a process of causing the communication terminal to execute an operation corresponding to the second information, the accompanying information, and the information screen transmitted from the communication terminal. From the communication terminal in which a predetermined information screen is displayed based on the first information held in the information holding medium, the second information is held in the information holding medium and can be read in the state where the information screen is displayed. A receiver that receives information and
The type of incidental information corresponding to the second information transmitted from the communication terminal and the information screen displayed on the communication terminal when the second information is read by the communication terminal is transmitted. A requesting unit that requests the communication terminal to do
An acquisition unit that receives the accompanying information from the communication terminal, and
A control server including the second information received from the communication terminal, the accompanying information, and an execution unit that causes the communication terminal to execute an operation according to the information screen. On the computer
From the communication terminal in which a predetermined information screen is displayed based on the first information held in the information holding medium, the second information is held in the information holding medium and can be read in the state where the information screen is displayed. The procedure for receiving information and
The type of incidental information corresponding to the second information transmitted from the communication terminal and the information screen displayed on the communication terminal when the second information is read by the communication terminal is transmitted. The procedure for requesting the communication terminal to do
The procedure for receiving the accompanying information from the communication terminal and
A program for causing the communication terminal to execute the second information received from the communication terminal, the accompanying information, and an operation corresponding to the information screen.

Images