JP2012155423A - Data communication method, data communication system, server device, terminal device, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mechanism, which actualizes a system for customized user-friendly communication, meeting different needs of user groups at low cost.SOLUTION: A terminal device 11 transmits terminal identification data for identifying itself to a server device 12, and receives page data representing a user interface corresponding to a user group to which the user of the terminal device 11 belongs from the server device 12 as a response thereto. The page data has no link added except a link to the server device 12, and the user is unable to access an external data source other than the server device 12 by operating the terminal device 11. Parameters are set for each of user groups, whereby a plurality of data communication services provided by the server device 12 can be customized to respectively meet needs of the user groups.

Description

  The present invention relates to data communication between communication devices via a network, and more specifically, a technology that enables provision of various data to the general user and data transmission from the general user via a terminal device used by the general user. About.

  Communication devices such as PCs (personal computers) and mobile phones have been improved and increased in function year by year in conjunction with the spread of the Internet. This has the advantage of providing functions that are convenient for the user, as well as the disadvantage of increasing the time and effort of searching for necessary functions from among many functions and learning the contents and operation methods of new functions.

  The problem is particularly serious for elderly people whose physical abilities such as visual acuity and dexterity of their hands are inevitably deteriorated, but it is troublesome that there are many unnecessary functions for young people with high IT literacy.

  As a typical example where communication devices have complicated functions, it is said that it takes time and trouble to call up operations etc. in order to promptly notify hospitals etc. There is a case.

  In order to avoid such problems, emergency call systems mainly for elderly people have been proposed and put into practical use.

  For example, Patent Document 1 discloses that a care recipient can directly interact with a care service provider office where a care receiver dispatches a visit helper via a terminal device equipped with a touch panel carried by the care recipient. A scheme has been proposed in which a care recipient can view a work schedule and a work history, and the data can be transmitted to a care service provider. In the mechanism proposed in Patent Document 1, if an emergency contact route to a safety center or the like is registered in the terminal device, emergency contact to the safety center or the like can be quickly made only by a touch operation on the touch panel.

JP 2008-257699 A

  In many emergency call systems, a function of freely accessing an external data source such as an Internet browser is not provided in a terminal device used by the user in order to avoid a problem of erroneous operation by the user. That is, the user can perform data communication only with a specific device such as a server device managed by a business operator operating the emergency call system or a communication device arranged in an emergency center through the terminal device. . Such a system is hereinafter referred to as a “closed system”.

  Closed systems are intended to avoid problems such as users accidentally accessing external data sources that they don't want, such as purchasing unnecessary products or revealing personal information to others without their knowledge. It is an effective system.

  On the other hand, closed systems generally have inflexible aspects. For example, even in the same emergency call system, the contents of the data communication service required for each group of users who use the system are different. In elderly groups with relatively high physical abilities even if they are elderly, the ability to send and receive e-mails may be desirable, but in elderly groups with poor visual acuity and dexterity at hand The mail sending / receiving function may not be necessary. However, developing a system that meets the needs of individual groups is costly and impractical. Therefore, the actual situation is that an emergency call system incorporating functions required by many elderly people is widely used.

  By the way, as described above, eliminating unnecessary functions is not necessarily limited to the elderly and the like. Accordingly, the closed system is inherently useful for various purposes other than emergency calls. For example, for a user group who wants to see cooking recipes easily in the kitchen, an operation such as inputting a predetermined URL (Uniform Resource Locator) into an Internet browser using a PC is troublesome. It is convenient if you can turn a cooking recipe page with a simple button operation or touch operation, use a timer function to measure cooking time, or order food.

  In addition, it is convenient for user groups who want to learn languages to receive language lessons from remote teachers by videophone while at home. However, it is convenient to reserve or cancel language lessons, activate videophones, It is unexpectedly troublesome to finish and submit assignments to the instructor using a PC, especially when language learning is less motivated, and those efforts further reduce motivation. Therefore, it is convenient if there is a mechanism that enables these operations by a simple button operation or touch operation.

  These needs all provide customized communication functions for a user group having specific needs, and can be satisfied by a closed system. However, as described above with respect to the emergency call system, if a closed system corresponding to each user group is developed, the burden cost per user becomes high and its implementation is difficult.

  In view of the above circumstances, the present invention provides a mechanism capable of realizing a system for customized user-friendly communication that satisfies the needs for user groups having different needs at a low cost. Objective.

In order to solve the above problems, the present invention provides:
Transmitting terminal identification data for identifying the terminal device from another terminal device via a network from the terminal device to the server device;
Data for instructing the terminal device to display a remote page that is a page including a link to one or more predetermined addresses on the network according to the terminal identification data from the server device to the terminal device. Sending remote page data;
The terminal device displaying the remote page according to the remote page data;
The predetermined operation among one or more predetermined addresses linked from the terminal device to the remote page in response to a predetermined operation on the terminal device by a user according to the remote page displayed by the terminal device Transmitting predetermined data corresponding to the predetermined operation to one address corresponding to
The terminal device transmits data to an address on the network according to an operation of the user on the terminal device, and the user performs a predetermined transmission to the terminal device according to the remote page displayed by the terminal device. A data communication method that is executed only when an operation is performed is provided (first embodiment).

In the first embodiment above,
A configuration in which one or more predetermined addresses linked to the remote page do not include addresses other than the address of the server device may be employed (second embodiment).

The present invention also provides
The terminal device displays the local page in accordance with local page data that is stored in advance in the terminal device and is data for instructing display of a local page that is a page including a link to one or more predetermined addresses on the network. Steps,
Transmitting terminal identification data for identifying the terminal device from another terminal device via a network from the terminal device to the server device;
Data for instructing the terminal device to display a remote page that is a page including a link to one or more predetermined addresses on the network according to the terminal identification data from the server device to the terminal device. Sending remote page data;
The terminal device displaying either the local page or the remote page according to either the local page data or the remote page data;
A link from the terminal device to either the local page or the remote page according to a predetermined operation on the terminal device by the user according to either the local page or the remote page displayed by the terminal device Transmitting predetermined data corresponding to the predetermined operation to one address corresponding to the predetermined operation among the one or more predetermined addresses that are provided, and
The terminal device transmits data to an address on the network according to an operation of the user on the terminal device, according to either the local page or the remote page displayed by the terminal device. A data communication method is provided that is executed only when a predetermined operation is performed on the terminal device (third embodiment).

In the above third embodiment,
The one or more predetermined addresses linked to the local page and the one or more predetermined addresses linked to the remote page may not include an address other than the address of the server device. 4 embodiment).

In any of the first to fourth embodiments described above,
The server device is associated with one or more of a plurality of module identification data each identifying a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures and the terminal identification data A configuration may be employed that includes the step of generating the remote page data according to parameter data that is data stored in advance in the server device (fifth embodiment).

In the second or fourth embodiment above,
The server device indicates predetermined data corresponding to the predetermined operation transmitted from the terminal device and indicates a predetermined series of data distribution procedures stored in advance in the server device. When data including module identification data for identifying one service module data among a plurality of service module data is received, the received module identification data among a plurality of service module data stored in advance in the server device A step of executing processing in accordance with service module data identified by, and parameter data which is data stored in advance in the server device in association with the received module identification data and the terminal identification data. A configuration may be employed (sixth embodiment).

The present invention also provides
A server device and one or more terminal devices;
Each of the one or more terminal devices is
Storage means for storing terminal identification data for identifying the own device from other terminal devices;
Transmitting means for transmitting terminal identification data stored in the storage means to the server device via a network;
Receiving means for receiving remote page data, which is data instructing display of a remote page, which is a page including a link to one or more predetermined addresses on the network, from the server device;
Display means for displaying the remote page according to the remote page data received by the receiving means;
Operating means for receiving input of data from the user by generating predetermined data in response to the user's operation,
The server device
A destination to which data is transmitted from the terminal device or a terminal device included in the terminal device group with respect to each of the one or more terminal devices or each of one or more terminal device groups obtained by grouping the one or more terminal devices. Storage means for storing one or more predetermined addresses on the network each indicating
Receiving means for receiving terminal identification data for identifying the one terminal device from another terminal device from one terminal device of the one or more terminal devices;
Instructing display of a page including a link to one or more predetermined addresses stored in the storage unit with respect to the terminal device or the terminal device group including the terminal device identified by the terminal identification data received by the receiving unit Generating means for generating data as the remote page data;
Transmitting means for transmitting the remote page data generated by the generating means to the one terminal device,
The transmission means included in each of the one or more terminal devices is linked to the remote page according to a predetermined operation on the operation means by the user according to the remote page displayed by the display means. Transmitting predetermined data corresponding to the predetermined operation to one address corresponding to the predetermined operation among the one or more predetermined addresses;
The transmission means included in each of the one or more terminal devices transmits data to an address on the network according to an operation by the user with respect to the operation means in accordance with the remote page displayed by the display means. A data communication system is provided that is executed only when the user performs a predetermined operation on the operation means (seventh embodiment).

In the seventh embodiment,
A configuration in which one or more predetermined addresses linked to the remote page do not include an address other than the address of the server device may be employed (eighth embodiment).

The present invention also provides
A server device and one or more terminal devices;
Each of the one or more terminal devices is
Storage means for storing terminal identification data for identifying itself from other terminal devices and local page data that is data for instructing generation of a local page that is a page including a link to one or more predetermined addresses on the network When,
Transmitting means for transmitting terminal identification data stored in the storage means to the server device via a network;
Receiving means for receiving remote page data, which is data instructing display of a remote page, which is a page including a link to one or more predetermined addresses on the network, from the server device;
Display means for displaying the local page or the remote page in accordance with local page data stored in the storage means or remote page data received by the receiving means;
Operating means for receiving input of data from the user by generating predetermined data in response to the user's operation,
The server device
A destination to which data is transmitted from the terminal device or a terminal device included in the terminal device group with respect to each of the one or more terminal devices or each of one or more terminal device groups obtained by grouping the one or more terminal devices. Storage means for storing one or more predetermined addresses on the network each indicating
Receiving means for receiving terminal identification data for identifying the one terminal device from another terminal device from one terminal device of the one or more terminal devices;
Instructing display of a page including a link to one or more predetermined addresses stored in the storage unit with respect to the terminal device or the terminal device group including the terminal device identified by the terminal identification data received by the receiving unit Generating means for generating data as the remote page data;
Transmitting means for transmitting the remote page data generated by the generating means to the one terminal device,
The transmission means included in each of the one or more terminal devices is configured to respond to a predetermined operation on the operation means by the user according to the local page or the remote page displayed by the display means. Transmitting predetermined data corresponding to the predetermined operation to one address corresponding to the predetermined operation among one or more predetermined addresses linked to the remote page;
The transmission means included in each of the one or more terminal devices is configured to transmit data to an address on the network according to an operation by the user with respect to the operation means, the local page displayed by the display means or the remote A data communication system is provided that is executed only when the user performs a predetermined operation on the operation means in accordance with a page (9th embodiment).

In the ninth embodiment,
The one or more predetermined addresses linked to the local page and the one or more predetermined addresses linked to the remote page may not include an address other than the address of the server device. 10 embodiments).

In any of the seventh to tenth embodiments described above,
The storage means of the server device includes at least one of a plurality of module identification data each identifying a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures and the one or more terminal devices. Parameter data is stored in association with one or more of one or more terminal identification data for identifying each of
The generation unit of the server device generates the remote page data according to the parameter data stored in the storage unit of the server device in association with the terminal identification data received by the reception unit of the server device. A configuration may be adopted (eleventh embodiment).

In the above eighth or tenth embodiment,
The storage means of the server device includes a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures, and one of a plurality of module identification data for identifying each of the plurality of service module data. The parameter data is stored in association with one or more of the one or more terminal identification data for identifying the one or more terminal devices.
The server device identifies one service module data from other service module data, which is predetermined data corresponding to the predetermined operation transmitted from the one terminal device by the receiving means of the server device. When data including module identification data is received, service module data identified by the received module identification data among the plurality of service module data stored in the storage unit of the server device; and Data processing means for executing processing according to the parameter data stored in the storage means of the server device in association with the received module identification data and the terminal identification data of the one terminal device It may be adopted (a twelfth embodiment).

The present invention also provides
With respect to each of one or more terminal devices or each of one or more terminal device groups obtained by grouping the one or more terminal devices, an address for transmitting data from the terminal device or a terminal device included in the terminal device group is set. Storage means for storing one or more predetermined addresses on the respective networks shown;
Receiving means for receiving terminal identification data for identifying the one terminal device from another terminal device from one terminal device of the one or more terminal devices;
A remote page which is a page including a link to one or more predetermined addresses stored in the storage unit with respect to the terminal device identified by the terminal identification data received by the receiving unit or the terminal device group including the terminal device; Generating means for generating remote page data which is data for instructing display;
Transmitting means for transmitting the remote page data generated by the generating means to the one terminal device,
The generation means provides a server device that generates only data instructing display of a page that does not include an address other than its own address as a link destination address as the remote page data (a thirteenth embodiment).

In the thirteenth embodiment,
The storage means respectively identifies one or more of a plurality of module identification data each identifying a plurality of service module data indicating a program instructing a predetermined series of data distribution procedures and the one or more terminal devices. Storing the parameter data in association with one or more of the one or more terminal identification data;
The generating unit may generate the remote page data in accordance with the parameter data stored in the storage unit in association with the terminal identification data received by the receiving unit (fourteenth aspect). Embodiment).

In the thirteenth or fourteenth embodiment,
The storage means includes a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures, one or more of a plurality of module identification data for identifying the plurality of service module data, and the 1 Storing parameter data in association with one or more of one or more terminal identification data for identifying each of the above terminal devices;
The receiving means receives module identification data identifying one service module data from another service module data from the one terminal device;
When the module identification data of the one service module data is received by the receiving means, the one service module data identified by the received module identification data stored in the storage means and the received A configuration may be adopted that includes data processing means for executing processing according to the module identification data and the parameter data stored in the storage means in association with the terminal identification data of the one terminal device ( Fifteenth embodiment).

The present invention also provides
Storage means for storing terminal identification data for identifying the own device from other terminal devices;
Transmitting means for transmitting terminal identification data stored in the storage means to a server device via a network;
Receiving means for receiving remote page data, which is data instructing display of a remote page, which is a page including a link to one or more predetermined addresses on the network, from the server device;
Display means for displaying the remote page according to the remote page data received by the receiving means;
Operating means for receiving input of data from the user by generating predetermined data in response to the user's operation,
The transmission unit is configured to select the predetermined one of one or more predetermined addresses linked to the remote page in response to a predetermined operation on the operation unit by the user according to the remote page displayed by the display unit. The predetermined data corresponding to the predetermined operation is transmitted to one address corresponding to the operation of
The transmission unit transmits data to an address on the network according to an operation by the user with respect to the operation unit, and the user transmits a predetermined value to the operation unit according to the remote page displayed by the display unit. A terminal device that is executed only when an operation is performed is provided (sixteenth embodiment).

The present invention also provides
Storage means for storing terminal identification data for identifying itself from other terminal devices and local page data that is data for instructing generation of a local page that is a page including a link to one or more predetermined addresses on the network When,
Transmitting means for transmitting terminal identification data stored in the storage means to a server device via a network;
Receiving means for receiving remote page data, which is data instructing display of a remote page, which is a page including a link to one or more predetermined addresses on the network, from the server device;
Display means for displaying the local page or the remote page in accordance with local page data stored in the storage means or remote page data received by the receiving means;
Operating means for receiving input of data from the user by generating predetermined data in response to the user's operation,
The transmission means is linked to the local page or the remote page according to a predetermined operation on the operation means by the user according to the local page or the remote page displayed by the display means. The predetermined data corresponding to the predetermined operation is transmitted to one address corresponding to the predetermined operation among the predetermined addresses of
The transmission means transmits the data to the address on the network according to the operation by the user with respect to the operation means, and the user makes the operation means according to the local page or the remote page displayed by the display means. A terminal device that is executed only when a predetermined operation is performed is provided (a seventeenth embodiment).

In the sixteenth or seventeenth embodiment described above,
The transmission means transmits one service module data of a plurality of service module data indicating another predetermined series of data distribution procedures as predetermined data corresponding to the predetermined operation to another service module. A configuration may be adopted in which data including module identification data identified from data is transmitted (eighteenth embodiment).

The present invention also provides
Provided is a program that causes a computer including a communication unit that performs data communication with another communication apparatus via a network to function as the server apparatus according to any of the thirteenth to fifteenth embodiments. (19th to 21st embodiments).

The present invention also provides
There is provided a program for causing a computer including a communication unit that performs data communication with another communication device via a network to function as the terminal device according to any one of the above-described sixteenth to eighteenth embodiments. (Twenty-second to twenty-fourth embodiments).

  According to the data communication method according to the first embodiment of the present invention, the data communication system according to the seventh embodiment, the terminal device according to the sixteenth embodiment, and the program according to the twenty-second embodiment, the user can Based on terminal identification data for identifying a terminal device to be used, a user interface customized for each user or each user group can be displayed on the terminal device as a remote page. At that time, the external data source accessed by the terminal device according to the user's operation on the user interface is limited to the limited data source specified by the address linked to the remote page. Information can be accessed quickly, and the risk of accidentally accessing undesired information or unintentional disclosure of personal information is avoided.

  Further, the user interface customized for each user or each user group applies the link destination address stored in association with the terminal identification data, for example, to the template data of remote page data prepared in advance as a template. Thus, it is automatically generated in the server device. Therefore, the development cost for customization does not increase as in the case of a normal closed system.

  The data communication method according to the third embodiment of the present invention, the data communication system according to the ninth embodiment, the terminal device according to the seventeenth embodiment, and the program according to the twenty-third embodiment are also included. Effects similar to those described above with respect to the first, seventh, and sixteenth embodiments can be obtained. Further, since the user interface is displayed on the terminal device according to the local page data stored in advance in the terminal device, for example, the user interface (default user interface) to be displayed at the beginning of a series of operations on the terminal device is changed to the local page data. By providing this, it is possible to speed up the display of the default user interface. Also, by providing a user interface for providing functions that do not need to be connected to the network by using local page data, some functions can be used even when connection to the network is not possible.

  Data communication method according to second or fourth embodiment of present invention, data communication system according to eighth or tenth embodiment, server apparatus according to thirteenth embodiment, and program according to nineteenth embodiment According to the above, since data is not transmitted to a device on the network other than the server device in response to a user operation on the user interface displayed on the terminal device, for example, access to an undesired data source or involuntary In order to avoid problems such as the disclosure of personal information, only the server device needs to be managed. Therefore, the management cost of the system for that purpose is reduced, and more reliable information management becomes possible.

  According to the data communication method according to the fifth embodiment of the present invention, the data communication system according to the eleventh embodiment, the server device according to the fourteenth embodiment, and the program according to the twentieth embodiment, the server device The user interface provided as a remote page to the terminal device can be changed according to parameters set for each service and for each user or user group. Therefore, by appropriately setting the parameter, when providing the same type of service to different users and user groups, it is possible to easily customize the user interface according to those users and user groups at low cost. .

  A data communication method according to the sixth embodiment of the present invention, a data communication system according to the twelfth embodiment, a server device according to the fifteenth embodiment, a terminal device according to the eighteenth embodiment, and the twenty-first or tenth According to the program according to the twenty-fourth embodiment, contents such as the procedure of the service provided from the server apparatus to the terminal apparatus and the presence / absence of a usable detailed function are set as parameters set for each service and for each user or user group. It can be changed accordingly. Therefore, by appropriately setting the parameter, when providing the same type of service to different users or user groups, it is possible to easily customize the service contents according to those users or user groups at low cost. .

FIG. 1 is a diagram showing an overall configuration of a data communication system according to an embodiment of the present invention. FIG. 2 is a block diagram illustrating a functional configuration unit of the terminal device according to the embodiment of the present invention. FIG. 3 is a block diagram illustrating a functional configuration unit of the server device according to the embodiment of the present invention. FIG. 4 is a diagram schematically illustrating an example of the data configuration of the module DB stored in the server device according to the embodiment of the present invention. FIG. 5 is a diagram schematically illustrating an example of the data configuration of the group DB stored in the server device according to the embodiment of the present invention. FIG. 6 is a diagram schematically illustrating an example of the data configuration of the user DB stored in the server device according to the embodiment of the present invention. FIG. 7 is a diagram showing an example of a user interface displayed on the terminal device according to the embodiment of the present invention.

(Embodiment)
FIG. 1 is a diagram showing an overall configuration of a data communication system 1 according to an embodiment of the present invention. The data communication system 1 includes a plurality of terminal devices 11, a server device 12, and a plurality of PCs 13. The terminal device 11, the server device 12, and the PC 13 can all be connected to the Internet 9, and each of the terminal device 11 and the PC 13 performs various data communications with the server device 12 via the Internet 9.

  The terminal device 11 is a pad type terminal device provided with a touch panel. That is, the terminal device 11 includes a liquid crystal display and a touch pad arranged in layers instead of a keyboard and a mouse, and a component other than the display device and the input device among components constituting the computer, that is, a CPU (Central Processing Unit). ), A storage device such as an SSD (Solid State Drive), and the like are arranged in a flat casing integrally formed with the touch panel.

  Further, the terminal device 11 includes a communication interface and can be connected to the Internet 9 by wireless LAN (Local Area Network) communication. Furthermore, the terminal device 11 includes a microphone, a speaker, and a camera so that the user can use functions such as a video call and a video letter described later.

  The terminal device 11 functions as a device including the functional configuration unit illustrated in FIG. 2 by executing processing according to the program according to the present invention. That is, the terminal device 11 includes, as its functional component, a storage unit 111 that stores various data, a transmission unit 112 that transmits various data to the server device 12, a reception unit 113 that receives various data from the server device 12, and a user A display unit 114 for displaying various information, an operation unit 115 for receiving data input to the terminal device 11 of the user by generating predetermined data in response to a user's touch operation, picking up external sound and sound waveform data A sound pickup unit 116 that generates sound, a sound generation unit 117 that generates a sound indicated by sound waveform data, and an imaging unit 118 that captures an external video and generates moving image data.

  The storage unit 111 stores terminal identification data for identifying the own device from other terminal devices 11. In addition, the storage unit 111 receives the address of the server device 12 in order to receive from the server device 12 remote page data instructing display of a remote page that plays the role of a user interface to be displayed first after the terminal device 11 is activated. Is remembered.

  In the present application, the “address” means data for specifying the position of a specific data communication apparatus widely on a network. Therefore, for example, when a mobile phone communication network is integrated with the Internet 9, a telephone number which is data for specifying the position of the mobile phone in the mobile phone communication network is a kind of address in the present application. In addition, a so-called mail address does not specify a position on the Internet 9 of a data communication apparatus used for receiving mail, but a mail box for storing the mail until the mail is received by a destination user. This is also a kind of address in the present application in the sense that the location on the Internet 9 is specified.

  The server device 12 is a general computer provided with a communication interface that performs data communication with other communication devices via the Internet 9, and executes processing according to the program according to the present invention. It functions as a device provided with the functional component shown in FIG. That is, the server device 12 has, as its functional component, a storage unit 121 that stores various data, a reception unit 122 that receives various data from the terminal device 11 and the PC 13, and data and reception unit 122 that are stored in the storage unit 121. In accordance with the received data, the generation unit 123 that generates the remote page data for instructing the display of the remote page that plays the role of the user interface displayed on the display unit 114 of the terminal device 11, the terminal device 11 and the PC 13 receive various data. A transmission unit 124 that transmits data, and a data processing unit 125 that performs various data processing according to data stored in the storage unit 121 and data received by the reception unit 122 are provided.

  The storage unit 121 stores service module data, which is program data indicating a series of processes to be executed by the server device 12 in response to requests from the terminal device 11 and the PC 13, by the number of service types. Various data necessary for processing of the server device 12 according to each service module data (for example, template data for generating remote page data) is also stored in the storage unit 121.

  Further, the storage unit 121 stores a module DB that is a DB (Database) for storing data related to each of the plurality of service module data, and data related to each user group to which each user of the data communication system 1 belongs. A group DB that is a DB to be stored and a user DB that is a DB that stores data relating to each user of the data communication system 1 are stored.

  FIG. 4 is a diagram schematically illustrating an example of the data configuration of the module DB. The module DB is a collection of records regarding each service module data. Each record includes a field “service name” for storing a service name for identifying service module data, and a file name for identifying the service module data in the storage unit 121. It contains a field "file name" to store.

The services provided to the terminal device 11 by the server device 12 according to the service module data in the data communication system 1 are as follows, for example.
Specific user communication: A fixed sentence is transmitted to the terminal device 11 or the PC 13 registered in advance by the user.
Video call: A video call is made with the terminal device 11 or the PC 13 registered in advance by the user.
Electronic album: Displays an image such as a photo according to image data sent to the user of the terminal device 11 by attachment to an e-mail or the like.
Call center: A video call is performed with the terminal device 11 or the PC 13 of a special user such as an expert previously set for each group by the operation manager of the data communication system 1.
Emergency call: Send a fixed sentence indicating an emergency message to the terminal device 11 or PC 13 of a user such as a family registered in advance by the user, or to the terminal device 11 or PC 13 of a special user such as a medical worker, and Make video calls with other devices.
Video letter: For example, a video with 30 seconds of audio is recorded by the camera and microphone of the terminal device 11, or a still image is recorded by the camera, and the generated video data with audio (video data) or still image data is attached. The mail is transmitted to the terminal device 11 or the PC 13 registered by the user in advance.
Mail: An indefinite sentence according to the template is transmitted to the terminal device 11 or PC 13 registered by the user in advance, and an email transmitted from the terminal device 11 or PC 13 registered by the user in advance is displayed.
Shopping: Presenting various products and accepting orders.
Information site: Provides various information interactively through Web pages (including text, still images, moving images, and audio).
Notice: Various information is provided in text.

  In order to provide the various services described above, the server device 12 has functions as a mail server, a video call server, a file server, and a Web server. For example, services such as specific user contact, emergency notification (email notification part), video letter, mail, and notification are realized by the mail server function of the server device 12. Services such as video call, call center, and emergency call (video call notification part) are realized by the video call server function of the server device 12. The electronic album service is realized by the file server function of the server device 12. Furthermore, services such as shopping and information sites are realized by the Web server function of the server device 12.

  FIG. 5 is a diagram schematically illustrating an example of the data configuration of the group DB. The group DB is a collection of records relating to each user group, and each record is provided from the server device 12 to the terminal device 11 in accordance with a field “group name” for storing a group name for identifying the user group and service module data. It includes a field “parameter” for storing parameters indicating the details and details of the service contents.

  The field “parameter” includes subfields corresponding to each of the plurality of service module data described above. The parameters stored in these subfields are, for example, parameters indicating display attributes (for example, button color, shape, characters displayed on the button, etc.) in the user interface when the user uses the service, such as video. Communication destinations such as parameters relating to processing contents, such as whether or not to measure time for billing when using a call service, the user name of the call destination terminal device 11 or PC 13 of the call center service, and the URL of the information provider of the information site service There may be various types of parameters, such as parameters, depending on the service.

  FIG. 6 is a diagram schematically illustrating an example of the data configuration of the user DB. The user DB is a collection of records related to each user. Each record has a field “user name” for storing a user name for identifying the user and a field “terminal ID” for storing terminal identification data of the terminal device 11 used by the user. ”Field“ password ”for storing a password for performing user identification when the user uses the data communication system 1 using the PC 13, and an IP address for specifying the location of the terminal device 11 or the PC 13 on the Internet 9. And a field “IP address + port number” for storing the port number and a field “group name” for storing the group name of the user group to which the user belongs.

  The record of the user DB further includes “registered user name” for storing the user name of the user registered as a communication partner in each service, and an image showing an image such as a photograph attached to an email sent to the user in the past A field “image data” for storing a file name of data, a field “shopping data” for storing data relating to a product purchased by the user in the shopping service, and a field “delivery” for storing a delivery address of the product purchased by the user in the shopping service “Address”, field “Payment method” for storing information (for example, credit card number, etc.) relating to the payment method and price of goods purchased by the user in the shopping service, and data indicating the communication history performed by the user Field "communication It contains a grayed ".

  The user includes a user who uses the terminal device 11 and a user who uses the PC 13. The former user is identified by terminal identification data, and the latter user is identified by a password. Therefore, the fold “password” is blank for the former user, and the field “terminal ID” is blank for the latter user.

  The field “registered user name” includes subfields corresponding to each of the plurality of service module data that can be registered by the user as a communication partner user. In the data communication system 1, a user who can register a communication partner user is a specific user contact service, a video call service, an emergency call service, and a mail service.

  With reference to FIG. 1 again, the PC 13 that is another component of the data communication system 1 will be described. The PC 13 is a general PC including a communication interface that performs data communication with the server device 12 via the Internet 9, a microphone, a speaker (or headphones), and a camera.

  The PC 13 is provided by the operation manager of the data communication system 1. For example, by performing processing according to a program downloaded from the server device 12 to the PC 13, the user of the terminal device 11 among the services available to the terminal device 11. It functions as a terminal device for using a video call service, an electronic album service, a video letter service, and a mail service that are necessary for communication with the Internet.

  Further, regarding the PC 13 of the expert who is the call destination of the call center, it is provided by the operation manager of the data communication system 1, and for example, by performing processing according to the extension program downloaded from the server device 12 to the PC 13, any arbitrary When a call is received from a user, it functions as a terminal device that browses past communication history with the user and displays mail or plays a video call as necessary.

  Next, the operation of the data communication system 1 will be described. It is assumed that necessary user names (registered user names) of communication partners, various parameters, and the like have already been registered in the terminal device 11, the server device 12, and the PC 13.

  For example, as a widely used method of registering a communication partner user name in the terminal device 11 and the PC 13, for example, there are the following methods. First, one user performs a predetermined operation on the terminal device 11 or the PC 13 to display a user search screen. Subsequently, the user name of the user who wants to register is searched on the user search screen, and the user who wants to register is requested to approve the registration by touching the user name of the partner who hit. In response to the request, a screen prompting the user to select whether to accept the registration is displayed on the terminal device 11 or the PC 13 of the other user. The user who has requested the approval approves communication with the requesting user, for example, by touching an “accept” button included in the display. Thereby, one of those two users is registered as the other registered user.

  Data such as parameters included in the group DB is registered by direct operation of the server device 12 or remote operation via the Internet 9 by, for example, an administrator of the data communication system 1.

  When the user turns on the terminal device 11, the terminal device 11 performs a predetermined activation process, and then transmits a request for a default user interface to the server device 12 in accordance with the address stored in the storage unit 111. The request includes terminal identification data stored in the storage unit 111.

  When the server apparatus 12 receives the request from the terminal apparatus 11, the server apparatus 12 searches the user DB for a record including the terminal identification data included in the request in the field “terminal ID”, and searches the field “group name” of the searched record. A record including the group name stored in the field “group name” is searched from the group DB. In accordance with the data included in the group DB record thus searched, the generation unit 123 of the server device 12 instructs to display a remote page that serves as a default user interface according to the user group to which the user belongs. Generate page data. The server device 12 transmits the generated remote page data to the requesting terminal device 11.

  The terminal device 11 displays the remote page on the display unit 114 as a default user interface according to the remote page data transmitted from the server device 12. FIG. 7 is a diagram showing an example of a default user interface displayed in such a manner.

  As shown in FIG. 7, the user interface displayed on the terminal device 11 according to the remote page data received from the server device 12 includes the name of the user group to which the user belongs and the service name set for each group (for example, The specific user contact service reflects information unique to the user group such as “contact family” in this user group.

  In the user interface shown in FIG. 7, when the user touches the “contact family” button, the terminal device 11 is registered in the sub-field “specific user contact” of the field “parameter” of the group in advance in the group DB. Displays a screen prompting you to select one of the sentences.

  When the display transition from the first user interface to the second user interface is performed as described above, the remote page data instructing the display of the first user interface continues to instruct the display of the second user interface. Or a request for new remote page data for instructing display of the second user interface is issued from the terminal device 11 in accordance with the link data included in the remote page data for instructing display of the first user interface. A configuration may be employed in which the second user interface is displayed in accordance with remote page data transmitted to the linked server device 12 and transmitted from the server device 12 in response to the request. The same applies hereinafter.

  When the user touches one of the fixed phrases displayed on the display unit 114, the terminal device 11 sends a processing request including the fixed phrase specified by the touch and the service name “specific user contact” in the remote page data. The data is transmitted to the server device 12 according to the address specified as the link destination.

  The server device 12 is stored in the subfield corresponding to the service name “specific user contact” included in the processing request transmitted from the terminal device 11 among the registered user names included in the user DB record searched earlier. In the user's mailbox specified by the user name, the mail having the fixed text included in the processing request as the text is stored. The mail stored in the mailbox of the server device 12 is sent to the terminal device 11 in response to a mail distribution request periodically (for example, every 1 to 15 minutes) transmitted from the terminal device 11 or the PC 13 of the destination user. 11 or PC 13 and viewed by the destination user.

  In the user interface shown in FIG. 7, when the user touches the “TV phone” button, the terminal device 11 is stored in the subfield “video call” of the field “registered user name” of the user record in the user DB. A screen is displayed that prompts the user to select a user who is called from the user name. When the user touches one of the user names, the terminal device 11 sends a processing request including the user name specified by the touch and the service name “video call” according to the address specified as the link destination in the remote page data, It transmits to the server apparatus 12.

  The server device 12 searches the user DB for a record including the user name included in the processing request in the field “user name”, and the terminal device 11 specified on the Internet 9 by the field “IP address + port number” of the searched record. Alternatively, a video call calling process is performed on the PC 13. The terminal device 11 or the PC 13 that has received the calling process from the server device 12 generates a calling sound from the speaker and displays a calling message on the display to prompt the receiving user to perform a receiving operation. When the user of the call destination performs an operation such as touching the “receive” button displayed on the display, for example, the server device 12 is connected between the call source terminal device 11 and the call destination terminal device 11 or the PC 13. Video calls are possible.

  In the user interface shown in FIG. 7, when the user touches the “show photo” button, the terminal device 11 sends a processing request including the service name “electronic album” to the address specified as the link destination in the remote page data. To the server device 12.

  The server device 12 transmits to the terminal device 11 the image data specified by the file name stored in the field “image data” of the record of the user DB relating to the user who has transmitted the processing request previously searched. The terminal device 11 displays an image such as a photograph according to the image data transmitted from the server device 12.

  In the user interface shown in FIG. 7, the operation in the data communication system 1 when the user touches the “call center” button is substantially the same as the operation when the user touches the “TV phone” button. The user name of a special user such as an expert included in the subfield “call center” of the field “parameter” of the group DB is not the registered user name stored in the record of the user DB. The point presented in is different.

  In the user interface shown in FIG. 7, when the user touches the “emergency call” button, the operation when the user touches the “contact family” button and the operation when the user touches the “TV phone” button. Are performed concurrently. However, when the “Emergency Call” button is touched, the user is not required to select from the standard text, and the predetermined message set by the parameter in the group DB is registered in the user DB and the group DB by mail. The video call calling process is automatically performed on the terminal device 11 or the PC 13 of the user who is also registered in the user DB and the group DB.

  In the user interface shown in FIG. 7, when the user touches the “use camera” button, the terminal device 11 displays a screen that prompts the user to select either photography or video photography. On the screen, for example, when the user selects to take a picture by touch operation, the terminal device 11 takes a still image with the camera. Similarly, when the user selects video shooting by a touch operation, the terminal device 11 shoots a moving image with sound, for example, for 30 seconds using a camera and a microphone.

  Subsequently, the terminal apparatus 11 displays a screen that prompts the user to select a transmission destination user name of the captured still image or moving image. At this time, the displayed user name is the user name stored in the subfield “mail” of the field “registered user name” of the record of the user DB related to the user. When the user selects one or more user names from among the transmission destination candidate names by touch operation and touches a “send” button, for example, the terminal device 11 selects one or more selected user names and a still image generated by photographing. A processing request including image data or moving image data with sound and a service name “video letter” is transmitted to the server device 12.

  The server device 12 generates a mail addressed to each of the destination user names included in the processing request, attaches still image data or moving image data with sound included in the processing request to each of the generated mails, and sends it to the destination. Store in the corresponding mailbox. The stored mail is transmitted to the terminal device 11 or the PC 13 in response to a mail delivery request periodically sent from the destination user's terminal device 11 or the PC 13 and viewed by the destination user. become.

  In the user interface shown in FIG. 7, the operation in the data communication system 1 when the user touches the “mail” button is substantially the same as the operation when the “contact family” button is touched. The difference is that the user selects a destination from among registered user names stored for “mail”. In addition, in this service, the user selects a favorite one from a larger number of template sentences, inputs unique information such as personal name and date and time into the template sentence, completes the body text, creates a handwritten mail, It is possible to create a text with a higher degree of freedom. Further, it is possible to browse the mail that has been delivered to the user on the screen displayed on the terminal device 11 after touching the “mail” button.

  In the user interface shown in FIG. 7, when the user touches the “shopping” button, the terminal device 11 transmits a processing request including the service name “shopping” to the server device 12. In response to the processing request, the server device 12 transmits, to the terminal device 11, remote page data indicating the screen of the shopping site specified by the URL specified as the parameter related to “shopping” in the group DB. The terminal device 11 displays a shopping site screen according to the remote page data transmitted from the server device 12.

  On the shopping site screen displayed on the terminal device 11, the operation for the user to purchase a product is the same as that on a general EC site, except that the operation is performed only by a touch operation. However, the shopping site accessible by the user through the terminal device 11 is limited to the shopping site that is the link destination included in the remote page data transmitted from the server device 12, and the shopping site is operated and managed by the data communication system 1. It is managed by a person. Therefore, the risk that the user mistakenly purchases an illegally priced product or a poor quality product is avoided.

  In addition, for each user group, the shopping site has been designed so that users can quickly find the products they want to purchase by carefully selecting and presenting only the products that meet the needs of their members. . For this purpose, for example, an operation manager of the data communication system 1 or a merchandise sales company can designate a group name to be sold for each product.

  In the generation of remote page data for instructing the display of the shopping site, the server device 12 extracts only data related to products for which the group name of the user group to which the requesting user belongs is specified, and presents only the data for those products Generate remote page data. As a result, a shopping site customized for each group is provided to the user.

  In the user interface shown in FIG. 7, the operation in the data communication system 1 when the user touches the “hobby / entertainment” button is almost the same as the operation when the “shopping” button is touched. In the information providing site distributed from the server device 12 to the terminal device 11 as a response to the processing request transmitted from the terminal device 11 to the server device 12 according to the operation, the purchase of the product is not performed.

  In the user interface shown in FIG. 7, when the user touches the “various notification” button, the terminal device 11 transmits a processing request including the service name “notification” to the server device 12. The server device 12 transmits to the terminal device 11 a notification email transmitted to a requesting user or a user group to which the user belongs by a special user such as an operation manager of the data communication system 1 or a group manager. The terminal device 11 displays the notification mail transmitted from the server device 12 as such.

  The configuration and operation of the data communication system 1 have been described above. One of the important features of the data communication system 1 is that the user can operate the server device 12 by the user's operation on the user interface displayed on the terminal device 11. You cannot access any other data source. This feature is that the link attached to the remote page displayed by the remote page data transmitted from the server device 12 to the terminal device 11 does not include a link to a device other than the server device 12. This is a characteristic obtained from the configuration.

  As described above, by limiting the data source accessible by the terminal device 11 to the server device 12, a closed system that can be used with peace of mind by the user is realized. This is because, for example, the operation manager of the data communication system 1 only needs to manage the server device 12, and it is easy to ensure the quality of the information provided.

  Another important feature of the data communication system 1 is that by specifying parameters for each user group and service in the group DB, the contents of each service can be easily customized for each group. It is. By using this customization function, the data communication system 1 can satisfy different needs for each user group.

  For example, even in the same emergency call system, the needs of elderly people and pregnant women are greatly different. For example, a pregnant woman may not need to select from a fixed phrase, and the size of characters may be small. In addition, items of products purchased at shopping sites are greatly different from those of elderly people, and there is a great difference in content needs, such as the need to include obstetrics and gynecology at the call center. All of these differences can be absorbed by the parameters set for the user group.

  For example, an emergency call service is not necessary for a user group who wants to learn languages. Such needs can also be handled by specifying unnecessary services with parameters.

  Thus, according to the present invention, a closed system that satisfies the needs of various user groups can be realized only by changing parameters. As a result, a low-cost and user-friendly communication means is provided.

(Modification)
The above-described embodiments can be variously modified within the scope of the technical idea of the present invention. Examples of these modifications are shown below.

  In the data communication system 1 described above, remote terminal data is acquired from the server device 12 each time the terminal device 11 displays a user interface. However, with respect to a part of the user interface, page data (also received from the server device 12) that instructs display of a page that functions as the user interface (referred to as a local page as distinguished from a remote page acquired from the server device 12). (Referred to as local page data, which is distinguished from remote page data) stored in the terminal device 11 in advance.

  For example, the default user interface (see FIG. 7) does not change frequently. With regard to such a user interface, for example, local page data is stored as local page data in an EPROM (Erasable Programmable Read Only Memory) of the terminal device 11 and the local page data is used instead of the remote page data transmitted from the server device 12. By displaying the user interface according to the above, it is possible to achieve high-speed display of the user interface, ensuring stability, reducing data traffic, and the like.

  Further, in the data communication system 1 described above, all the addresses linked to the user interface displayed on the terminal device 11 are the addresses of the server device 12, but for example, the operation manager of the data communication system 1 The user interface link destination may be a device other than the server device 12 within the scope of management. For example, since management of a shopping site is generally complicated, a configuration in which a shopping site is distributed to a terminal device 11 from a device different from the server device 12 may be employed. In this case, the user interface (remote page or local page) displayed on the terminal device 11 includes a link to a device that distributes the shopping site. Such variations are also within the scope of the technical idea of the present invention.

  In the data communication system 1 described above, a pad-type PC having a touch panel is used as the terminal device 11. However, the terminal device 11 may have other forms of data such as a notebook PC or a desktop PC. A communication device may be used.

  In the data communication system 1 described above, the terminal device 11 is realized by a general-purpose pad-type PC executing processing according to the program according to the present invention. Instead, a terminal device 11 manufactured as a so-called dedicated machine may be used in the data communication system 1.

  In the data communication system 1 described above, the number of server devices 12 is one. However, the number of server devices 12 is not limited to one. For example, the server device 12 may be realized by a plurality of server device groups operating in cooperation with each other. More specifically, for example, in order to obtain high speed and fault tolerance, distributed processing by a plurality of server devices having the same function may be performed. A configuration may be employed in which each of a plurality of functions (for example, a mail server function, a Web server function, a video communication server function, a file server function, etc.) provided in the server device 12 is distributed to a plurality of server devices.

  In the data communication system 1 described above, various parameters can be set for each user group. However, if the number of members of the user group is 1, that is, various parameters can be set for each user. Become. That is, various parameters may be set in units of users in addition to or instead of being set in units of user groups composed of a plurality of users.

  In the data communication system 1 described above, the user has been described as inputting data only by operating the touch panel on the terminal device 11, but data input to the terminal device 11 by the user is not limited thereto. For example, when an emergency call system for an elderly person is constructed by the data communication system 1, a mechanism for transmitting daily blood pressure measurement data of an elderly person who is a user of the emergency call system to a call center medical institution or the like If there is, the user's physical danger can be detected early. Therefore, for example, when the terminal device 11 includes a data input / output interface such as a USB (Universal Serial Bus) terminal, the blood pressure measurement device stores the data by connecting a predetermined blood pressure measurement device to the data input / output interface. It is convenient if the measured value is automatically input to the terminal device 11 and automatically transferred to the PC 13 such as a medical institution via the server device 12. As described above, the function of the data communication system 1 may be enhanced within a range that does not impair the convenience.

  Note that the data configuration example, the flow of processing, the contents of the service provided from the server device 12 to the terminal device 11, etc. are merely examples, and can be arbitrarily changed.

  The data communication method, data communication system, server device, terminal device, and program according to the present invention can be widely used in the service industry in order to provide suitable communication means for various users.

DESCRIPTION OF SYMBOLS 1 ... Data communication system, 9 ... Internet, 11 ... Terminal device, 12 ... Server apparatus, 13 ... PC, 111 ... Memory | storage part, 112 ... Transmission part, 113 ... Reception part, 114 ... Display part, 115 ... Operation part, 116 ...... Sound pickup unit, 117 ... Sound generation unit, 118 ... Imaging unit, 121 ... Storage unit, 122 ... Reception unit, 123 ... Generation unit, 124 ... Transmission unit, 125 ... Data processing unit

Claims (24)

Transmitting terminal identification data for identifying the terminal device from another terminal device via a network from the terminal device to the server device;
Data for instructing the terminal device to display a remote page that is a page including a link to one or more predetermined addresses on the network according to the terminal identification data from the server device to the terminal device. Sending remote page data;
The terminal device displaying the remote page according to the remote page data;
The predetermined operation among one or more predetermined addresses linked from the terminal device to the remote page in response to a predetermined operation on the terminal device by a user according to the remote page displayed by the terminal device Transmitting predetermined data corresponding to the predetermined operation to one address corresponding to
The terminal device transmits data to an address on the network according to an operation of the user on the terminal device, and the user performs a predetermined transmission to the terminal device according to the remote page displayed by the terminal device. A data communication method that is executed only when an operation is performed. The data communication method according to claim 1, wherein the one or more predetermined addresses linked to the remote page do not include an address other than the address of the server device. The terminal device displays the local page in accordance with local page data that is stored in advance in the terminal device and is data for instructing display of a local page that is a page including a link to one or more predetermined addresses on the network. Steps,
Transmitting terminal identification data for identifying the terminal device from another terminal device via a network from the terminal device to the server device;
Data for instructing the terminal device to display a remote page that is a page including a link to one or more predetermined addresses on the network according to the terminal identification data from the server device to the terminal device. Sending remote page data;
The terminal device displaying either the local page or the remote page according to either the local page data or the remote page data;
A link from the terminal device to either the local page or the remote page according to a predetermined operation on the terminal device by the user according to either the local page or the remote page displayed by the terminal device Transmitting predetermined data corresponding to the predetermined operation to one address corresponding to the predetermined operation among the one or more predetermined addresses that are provided, and
The terminal device transmits data to an address on the network according to an operation of the user on the terminal device, according to either the local page or the remote page displayed by the terminal device. A data communication method executed only when a predetermined operation is performed on the terminal device. The data communication method according to claim 3, wherein the one or more predetermined addresses linked to the local page and the one or more predetermined addresses linked to the remote page do not include an address other than the address of the server device. . The server device is associated with one or more of a plurality of module identification data each identifying a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures and the terminal identification data The data communication method according to claim 1, further comprising: generating the remote page data according to parameter data that is data stored in advance in a server device. The server device indicates predetermined data corresponding to the predetermined operation transmitted from the terminal device and indicates a predetermined series of data distribution procedures stored in advance in the server device. When data including module identification data for identifying one service module data among a plurality of service module data is received, the received module identification data among a plurality of service module data stored in advance in the server device A step of executing processing in accordance with service module data identified by, and parameter data which is data stored in advance in the server device in association with the received module identification data and the terminal identification data. The data communication method according to claim 2 or 4. A server device and one or more terminal devices;
Each of the one or more terminal devices is
Storage means for storing terminal identification data for identifying the own device from other terminal devices;
Transmitting means for transmitting terminal identification data stored in the storage means to the server device via a network;
Receiving means for receiving remote page data, which is data instructing display of a remote page, which is a page including a link to one or more predetermined addresses on the network, from the server device;
Display means for displaying the remote page according to the remote page data received by the receiving means;
Operating means for receiving input of data from the user by generating predetermined data in response to the user's operation,
The server device
A destination to which data is transmitted from the terminal device or a terminal device included in the terminal device group with respect to each of the one or more terminal devices or each of one or more terminal device groups obtained by grouping the one or more terminal devices. Storage means for storing one or more predetermined addresses on the network each indicating
Receiving means for receiving terminal identification data for identifying the one terminal device from another terminal device from one terminal device of the one or more terminal devices;
Instructing display of a page including a link to one or more predetermined addresses stored in the storage unit with respect to the terminal device or the terminal device group including the terminal device identified by the terminal identification data received by the receiving unit Generating means for generating data as the remote page data;
Transmitting means for transmitting the remote page data generated by the generating means to the one terminal device,
The transmission means included in each of the one or more terminal devices is linked to the remote page according to a predetermined operation on the operation means by the user according to the remote page displayed by the display means. Transmitting predetermined data corresponding to the predetermined operation to one address corresponding to the predetermined operation among the one or more predetermined addresses;
The transmission means included in each of the one or more terminal devices transmits data to an address on the network according to an operation by the user with respect to the operation means in accordance with the remote page displayed by the display means. A data communication system that is executed only when the user performs a predetermined operation on the operation means. The data communication system according to claim 7, wherein the one or more predetermined addresses linked to the remote page do not include an address other than the address of the server device. A server device and one or more terminal devices;
Each of the one or more terminal devices is
Storage means for storing terminal identification data for identifying itself from other terminal devices and local page data that is data for instructing generation of a local page that is a page including a link to one or more predetermined addresses on the network When,
Transmitting means for transmitting terminal identification data stored in the storage means to the server device via a network;
Receiving means for receiving remote page data, which is data instructing display of a remote page, which is a page including a link to one or more predetermined addresses on the network, from the server device;
Display means for displaying the local page or the remote page in accordance with local page data stored in the storage means or remote page data received by the receiving means;
Operating means for receiving input of data from the user by generating predetermined data in response to the user's operation,
The server device
A destination to which data is transmitted from the terminal device or a terminal device included in the terminal device group with respect to each of the one or more terminal devices or each of one or more terminal device groups obtained by grouping the one or more terminal devices. Storage means for storing one or more predetermined addresses on the network each indicating
Receiving means for receiving terminal identification data for identifying the one terminal device from another terminal device from one terminal device of the one or more terminal devices;
Instructing display of a page including a link to one or more predetermined addresses stored in the storage unit with respect to the terminal device or the terminal device group including the terminal device identified by the terminal identification data received by the receiving unit Generating means for generating data as the remote page data;
Transmitting means for transmitting the remote page data generated by the generating means to the one terminal device,
The transmission means included in each of the one or more terminal devices is configured to respond to a predetermined operation on the operation means by the user according to the local page or the remote page displayed by the display means. Transmitting predetermined data corresponding to the predetermined operation to one address corresponding to the predetermined operation among one or more predetermined addresses linked to the remote page;
The transmission means included in each of the one or more terminal devices is configured to transmit data to an address on the network according to an operation by the user with respect to the operation means, the local page displayed by the display means or the remote A data communication system that is executed only when the user performs a predetermined operation on the operation means according to a page. The data communication system according to claim 9, wherein the one or more predetermined addresses linked to the local page and the one or more predetermined addresses linked to the remote page do not include an address other than the address of the server device. . The storage means of the server device includes at least one of a plurality of module identification data each identifying a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures and the one or more terminal devices. Parameter data is stored in association with one or more of one or more terminal identification data for identifying each of
The generation unit of the server device generates the remote page data according to the parameter data stored in the storage unit of the server device in association with the terminal identification data received by the reception unit of the server device. The data communication system according to any one of claims 7 to 10. The storage means of the server device includes a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures, and one of a plurality of module identification data for identifying each of the plurality of service module data. The parameter data is stored in association with one or more of the one or more terminal identification data for identifying the one or more terminal devices.
The server device identifies one service module data from other service module data, which is predetermined data corresponding to the predetermined operation transmitted from the one terminal device by the receiving means of the server device. When data including module identification data is received, service module data identified by the received module identification data among the plurality of service module data stored in the storage unit of the server device; and Data processing means for executing processing according to parameter data stored in the storage means of the server device in association with received module identification data and terminal identification data of the one terminal device. The data communication system according to 8 or 10. With respect to each of one or more terminal devices or each of one or more terminal device groups obtained by grouping the one or more terminal devices, an address for transmitting data from the terminal device or a terminal device included in the terminal device group is set. Storage means for storing one or more predetermined addresses on the respective networks shown;
Receiving means for receiving terminal identification data for identifying the one terminal device from another terminal device from one terminal device of the one or more terminal devices;
A remote page which is a page including a link to one or more predetermined addresses stored in the storage unit with respect to the terminal device identified by the terminal identification data received by the receiving unit or the terminal device group including the terminal device; Generating means for generating remote page data which is data for instructing display;
Transmitting means for transmitting the remote page data generated by the generating means to the one terminal device,
The server is a server device that generates, as the remote page data, only data instructing display of a page that does not include an address other than its own address as a link address. The storage means respectively identifies one or more of a plurality of module identification data each identifying a plurality of service module data indicating a program instructing a predetermined series of data distribution procedures and the one or more terminal devices. Storing the parameter data in association with one or more of the one or more terminal identification data;
The server device according to claim 13, wherein the generation unit generates the remote page data in accordance with the parameter data stored in the storage unit in association with the terminal identification data received by the reception unit. The storage means includes a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures, one or more of a plurality of module identification data for identifying the plurality of service module data, and the 1 Storing parameter data in association with one or more of one or more terminal identification data for identifying each of the above terminal devices;
The receiving means receives module identification data identifying one service module data from another service module data from the one terminal device;
When the module identification data of the one service module data is received by the receiving means, the one service module data identified by the received module identification data stored in the storage means and the received The data processing means which performs the process according to the parameter data memorize | stored in the said memory | storage means in correlation with the module identification data and terminal identification data of the said one terminal device are provided. Server device. Storage means for storing terminal identification data for identifying the own device from other terminal devices;
Transmitting means for transmitting terminal identification data stored in the storage means to a server device via a network;
Receiving means for receiving remote page data, which is data instructing display of a remote page, which is a page including a link to one or more predetermined addresses on the network, from the server device;
Display means for displaying the remote page according to the remote page data received by the receiving means;
Operating means for receiving input of data from the user by generating predetermined data in response to the user's operation,
The transmission unit is configured to select the predetermined one of one or more predetermined addresses linked to the remote page in response to a predetermined operation on the operation unit by the user according to the remote page displayed by the display unit. The predetermined data corresponding to the predetermined operation is transmitted to one address corresponding to the operation of
The transmission unit transmits data to an address on the network according to an operation by the user with respect to the operation unit, and the user transmits a predetermined value to the operation unit according to the remote page displayed by the display unit. A terminal device that is executed only when an operation is performed. Storage means for storing terminal identification data for identifying itself from other terminal devices and local page data that is data for instructing generation of a local page that is a page including a link to one or more predetermined addresses on the network When,
Transmitting means for transmitting terminal identification data stored in the storage means to a server device via a network;
Receiving means for receiving remote page data, which is data instructing display of a remote page, which is a page including a link to one or more predetermined addresses on the network, from the server device;
Display means for displaying the local page or the remote page in accordance with local page data stored in the storage means or remote page data received by the receiving means;
Operating means for receiving input of data from the user by generating predetermined data in response to the user's operation,
The transmission means is linked to the local page or the remote page according to a predetermined operation on the operation means by the user according to the local page or the remote page displayed by the display means. The predetermined data corresponding to the predetermined operation is transmitted to one address corresponding to the predetermined operation among the predetermined addresses of
The transmission means transmits the data to the address on the network according to the operation by the user with respect to the operation means, and the user makes the operation means according to the local page or the remote page displayed by the display means. A terminal device that is executed only when a predetermined operation is performed. The transmission means transmits one service module data of a plurality of service module data indicating another predetermined series of data distribution procedures as predetermined data corresponding to the predetermined operation to another service module. The terminal device according to claim 16 or 17, wherein data including module identification data identified from the data is transmitted. Each of one or more terminal devices or one or more terminal device groups obtained by grouping the one or more terminal devices with a computer having communication means for performing data communication with other communication devices via a network Storage means for storing one or more predetermined addresses on the network each indicating a destination to which data is transmitted from the terminal device or the terminal device included in the terminal device group,
Receiving means for receiving terminal identification data for identifying the one terminal device from another terminal device from one terminal device among the one or more terminal devices;
A page including a link to one or more predetermined addresses stored in the storage unit with respect to a terminal device or a group of terminal devices including the terminal device identified by the terminal identification data received by the receiving unit, Generating means for generating remote page data, which is data for instructing display of a page, and functioning as transmitting means for transmitting the remote page data generated by the generating means to the one terminal device,
A program for causing the generation means to generate only data instructing display of a page that does not include an address other than its own address as a link destination address as the remote page data. One or more of a plurality of module identification data for identifying a plurality of service module data each indicating a program for instructing a predetermined series of data distribution procedures to the storage means and the one or more terminal devices are respectively identified. Parameter data is stored in association with one or more of the one or more terminal identification data;
The program according to claim 19, wherein the generation unit causes the remote page data to be generated according to the parameter data stored in the storage unit in association with the terminal identification data received by the reception unit. One or more of a plurality of service module data indicating a program for instructing a predetermined series of data distribution procedures to the storage means, a plurality of module identification data for identifying each of the plurality of service module data, and the 1 Parameter data is stored in association with one or more of one or more terminal identification data for identifying each of the above terminal devices;
Causing the receiving means to receive module identification data for identifying one service module data from another service module data from the one terminal device;
The first service module data identified by the received module identification data stored in the storage means when the receiving means receives the module identification data of the one service module data; A function as data processing means for executing processing according to parameter data stored in the storage means in association with the received module identification data and terminal identification data of the one terminal device. Or the program according to 20. Storage means for storing terminal identification data for identifying a computer having communication means for performing data communication with another communication apparatus via a network, from which the own apparatus is identified from another terminal apparatus;
Transmitting means for transmitting terminal identification data stored in the storage means to a server device via a network;
Receiving means for receiving, from the server device, remote page data, which is data instructing display of a remote page that is a page including a link to one or more predetermined addresses on the network, via the network;
A display unit configured to display the remote page in accordance with the remote page data received by the receiving unit; and an operation unit configured to generate predetermined data according to a user operation to receive data input from the user. ,
The predetermined number of one or more predetermined addresses linked to the remote page according to a predetermined operation on the operation unit by the user according to the remote page displayed on the display unit by the transmission unit. The predetermined data corresponding to the predetermined operation is transmitted to one address corresponding to the operation of
The transmission means transmits the data to the address on the network according to the operation by the user to the operation means, and the user sends a predetermined value to the operation means according to the remote page displayed by the display means. A program that is executed only when an operation is performed. Includes terminal identification data for identifying a computer provided with communication means for performing data communication with other communication devices via a network, and a link to one or more predetermined addresses on the network. Storage means for storing local page data that is data instructing generation of a local page that is a page;
Transmitting means for transmitting terminal identification data stored in the storage means to a server device via a network;
Receiving means for receiving, from the server device, remote page data, which is data instructing display of a remote page that is a page including a link to one or more predetermined addresses on the network, via the network;
Display means for displaying the local page or the remote page in accordance with the local page data stored in the storage means or the remote page data received by the receiving means, and generating predetermined data according to a user operation Thereby functioning as an operating means for receiving data input from the user,
One or more linked to the local page or the remote page according to a predetermined operation on the operation means by the user corresponding to the local page or the remote page displayed on the transmission means on the transmission means Predetermined data corresponding to the predetermined operation is transmitted to one address corresponding to the predetermined operation among the predetermined addresses of
The transmission means transmits the data to the address on the network according to the operation by the user to the operation means, and the user operates the operation means according to the local page or the remote page displayed by the display means. A program that is executed only when a predetermined operation is performed. One service module data among a plurality of service module data indicating a predetermined series of data distribution procedures as predetermined data corresponding to the predetermined operation is transmitted to the transmission unit as another service module. The program according to claim 22 or 23, wherein data including module identification data identified from data is transmitted.

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