JP2004112773A - Service activating system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To receive a provision of a predetermined service content from a service site, after automatically transmitting data of a radio tag to the service site via a public radio transmission terminal. <P>SOLUTION: A system is composed of a public radio transmission terminal 102 provided with the radio tag 101 and a reading portion 28 of the radio tag, and a service site 104, capable of performing a communication with the public radio transmission terminal 102. Information for identifying the address of the service site 104 is added to the data to be transmitted to the public radio transmission terminal 102 from the radio tag 101 via the read port 28 of the public radio transmission terminal 102. The service site 104 activates the service content, after receiving the information including the information for identifying the address of the service site 104 and the information for identifying the service content to be performed at the identified service site 104 from the public radio transmission terminal 102. <P>COPYRIGHT: (C)2004,JPO

Description

<< The present invention relates to a service activation system for receiving a service using a public wireless communication terminal and a wireless tag.

Conventionally, as this kind of technology, there are technologies described in Patent Documents 1 to 3.

First, in Patent Literature 1, in order to provide an information system capable of promptly responding to a question or the like regarding a customer's product in a store or the like, a portable terminal capable of transmitting and receiving information to and from a wireless station installed at a store section The clerk possesses, for example, automatically receives information on the products displayed at the sales floor from the radio station, a radio tag is attached to each product, and the ID value transmitted by the radio tag is transmitted to the server via the radio station. The server generates product information based on the ID value, transmits the product information to the mobile terminal via the wireless station, and can immediately respond to inquiries from customers. The mobile terminal is configured to include an operation unit capable of performing one-hand operation such as a tilt operation, and an information display unit suitable for the operation unit.

Further, in Patent Literature 2, in a room or a field environment where a plurality of terminals (PCs) of a normal specification are arranged, communication with a wireless tag carried by a user automatically activates a nearby terminal and performs user authentication. In order to provide a system for providing a work environment according to the user, one or more user terminals arranged indoors or in the field and a user management server connected to each user terminal via a network. In a user authentication method for authenticating a user using a user terminal, a communication device disposed near each user terminal receives identification data of the user by communicating with a wireless tag carried by the user, The identification data is transferred to the user management server via the network, and the user management server authenticates the transferred identification data. It is configured to perform a start control for turning on the power of the user terminals in the vicinity of the communication device receiving the identification data.

Also, in Patent Document 3, in order to provide services that are highly convenient for customers and sellers in buying and selling large products such as products and furniture in various large-scale stores such as supermarkets, department stores, and personal computer shops, products are provided. A communication device having means for inputting attached information, means for adding customer information to the input information, and wireless communication means for transmitting the information, and wherein the customer transmits and receives information related to purchase; Merchandise sales comprising: means for receiving the information transmitted from the communication device; a database for managing the received information for each customer; and means for notifying the delivery of the product when the customer purchases the product. And a server prepared by a user to assist the customer in improving convenience when purchasing a product.

In order for a user to receive services from a service site through a network using a public wireless communication terminal such as a conventional mobile phone or personal digital assistant, there are many operations to communicate with the service site, and the system must be It was troublesome to use it easily with a sense.

Therefore, in a system in which a user provides a service from a service site through a network using a public wireless communication terminal such as a mobile phone or a portable information terminal, the operation of the public wireless communication terminal performed by the user is simplified, There was a need for a means to make the data available in a more everyday sense.

In Patent Literature 1 of the related art, a server receives information on a product present in a store floor from a wireless tag attached to the product via a wireless station, and the server uses the product information based on the received product information. It generates information and transmits it to a mobile terminal via a wireless station. However, a mechanism in which a wireless tag is used to specify which product information should be received by the mobile terminal is not included because a clerk using the mobile terminal requests a service for providing product information to the server.

Further, in Patent Literature 2 of the related art, a terminal arranged in a field communicates with a wireless tag carried by a user, automatically activates an approaching terminal and authenticates a user, and establishes a work environment according to the user. It is a system to provide. The wireless tag does not include information on which service site the public wireless communication terminal accesses or information on which service content is activated, and simplifies the operation of the public wireless communication terminal performed by the user. is not.

Further, Patent Document 3 of the related art discloses a technique in which information on a product placed in a store is input to a wireless communication device using a wireless tag, and stock information and delivery available time information on the product are displayed on the wireless communication device. It is. However, since the product information uses barcode information or wireless tag information attached for product management, information on which service site the public wireless communication terminal accesses and which service is requested No information was included, and the range of use was limited to a particular store and could not be used anytime and anywhere.
JP 2001-147770 A JP 2002-157040 A JP 2002-208072 A

A first technical problem of the present invention is to use a wireless tag and a public wireless communication terminal having a wireless tag reading port, and when the wireless tag reading port of the public wireless communication terminal is held over the wireless tag, An object of the present invention is to provide a system which can simplify a troublesome input operation of a public wireless communication terminal by using transmitted data and can be used in a daily sense.

Also, a second technical problem of the present invention is that information for specifying a service site is included in data transmitted by the wireless tag when the reading port of the wireless tag provided in the public wireless communication terminal is held over the wireless tag. It is an object of the present invention to provide a general-purpose platform that can be used anytime and anywhere by including information for specifying service contents to be processed by a service site.

A third technical problem of the present invention is that the general-purpose platform is provided with a man-machine interface for each service content such as a lockable cabinet, a parking gate control box, an automatic ticket gate, and the like, which can communicate with a service site. By adding service-providing machines, it is possible to expand the range of use by making a wide variety of service contents such as goods delivery service, car parking service, automatic ticket gate service, etc. available without troublesome operations on the network. is there.

Further, a fourth technical problem of the present invention is that, through the above-described system, for example, a conventional service such as a plurality of locking / unlocking operations within one use time of a lockable cabinet or billing in use time units is provided. In addition to simplifying the operation for receiving the service, the service content is to be enhanced.

Further, a fifth technical problem of the present invention is that, through the above-mentioned system, for example, from a commodity purchase service conventionally performed individually to a commodity delivery service using a lockable cabinet with a consistent simple operation using a wireless tag. It is to improve the convenience of both the service provider and the user by proposing a new mechanism (business type) that has not existed before, such as making it available.

(1) A service activation system according to the present invention includes a wireless tag, a public wireless communication terminal having a reading port for the wireless tag, and a service site capable of communicating with the public wireless communication terminal. Information specifying the address of the service site in the data transmitted by the wireless tag when the wireless tag reading port of the public wireless communication terminal is held, and information specifying service contents to be processed in the service site of the address Processing at the service site specified by the address specifying means for specifying the service site from the address information of the transmission data of the wireless tag read by the wireless tag reading port of the public wireless communication terminal. Service content identification method that identifies service content from information that identifies the service content that should be When, characterized in that it includes a service activation means for activating the service content identified by the service content specific means.

(2) The service activation system according to the present invention includes a wireless tag, a public wireless communication terminal having a reading port for the wireless tag, and a service site capable of communicating with the public wireless communication terminal. The data transmitted by the wireless tag when the wireless tag reading port of the public wireless communication terminal is held over includes unique ID data for identifying the wireless tag itself, and data for specifying an address of a service site through the ID data. A service specifying database that can be indexed with data specifying service contents to be processed in the service site of the address, and included in transmission data of the wireless tag read by a wireless tag reading port of the public wireless communication terminal; Service specified by indexing the service specifying database from ID data It makes it possible start the service contents are specified at the Susaito.

(3) The service activation system according to the present invention includes a wireless tag, a public wireless communication terminal having a reading port for the wireless tag, and a service site capable of communicating with the public wireless communication terminal. Address information for specifying the address of the service site to the data transmitted by the wireless tag when the wireless tag reading port of the public wireless communication terminal is held, and a service site specified by the address information through the address specifying means. A service content specifying database capable of indexing data specifying service content to be processed from the ID data at a service site specified through the address specifying means from the address information, including unique ID data specifying the ID information; The public wireless communication terminal read at the wireless tag reading port Characterized by being configured so makes it bootable service content identified by indexing said service content specific database in service site specified from the address information of the transmission data of the line tags.

(4) The service activation system according to the present invention is the service activation system according to any one of (1) to (3), wherein a clock mechanism is provided at a reading port of the public wireless communication terminal, A wireless tag reading port of the public wireless communication terminal is held over the wireless tag by a mechanism so that time data when the transmission data of the wireless tag is read can be transmitted to the service site. I do.

(5) The service activation system according to the present invention is any one of the service activation systems according to the above (1) to (3), wherein a clock mechanism is provided at the service site, and the clock data is transmitted from the transmission data of the wireless tag. It is characterized in that a means is provided for recording time data that defines the start or end of the service by the clock mechanism in the service content specified at the specified service site.

(6) The service activation system according to the present invention is the service activation system according to the above item (4) or (5), further comprising a standard time generating means for synchronizing with a long-wave standard radio wave which is a reference signal of a radio-controlled clock. It is characterized in that the accuracy of the timepiece mechanism can be maintained through time generation means.

(7) The service activation system according to the present invention is the service activation system according to any one of the above (1) to (3), wherein a wireless tag reading port of the public wireless communication terminal is held over the wireless tag. When the transmission data of the wireless tag is correctly read, the public wireless communication terminal is provided with means for clearly indicating that the transmission data has been normally read.

(8) The service activation system according to the present invention is the service activation system according to the above item (7), wherein the public wireless communication terminal is provided with a dummy sound generating means for generating a click sound, and the transmission data of the wireless tag is normally read. Is configured to enable a click sound to be generated by the onomatopoeic generation means when the public wireless communication terminal is completed.

(9) The service activation system according to the present invention is any one of the service activation systems according to the above (1) to (3), and activates data and services relating to service contents to be activated at the service site. And a means for counting and analyzing data relating to the time of the call and the owner of the public wireless communication terminal.

(10) The service activation system according to the present invention is the service activation system according to any one of the above (1) to (3), wherein the public wireless tag is attached to the wireless tag attached to a product advertisement or other information providing medium. When the service site holds the wireless tag reading port of the communication terminal over the public wireless communication terminal, the product advertisement and other items related to the contents provided by the information providing medium are sold, reserved, and related detailed information. It is characterized in that the service contents related to the provision can be activated.

(11) The service activation system according to the present invention is the service activation system according to the above item (10), which is unique to a corresponding place for each provided content of the product advertisement and other information providing media which changes the content provided over time. The wireless tag is attached so that the location where the corresponding wireless tag is attached can be clearly specified in the contents provided by the product advertisement and other information providing media.

(12) The service activation system according to the present invention is the service activation system according to the item (10), wherein the transmission data of the wireless tag to be attached to the information advertisement or other information providing medium, which changes the content to be provided with the passage of time. The service site combines the time data obtained by the clock mechanism according to the above item (4) or (5) when the data is read by the wireless tag reading port of the public wireless communication terminal, and the service advertisement is provided. It is characterized in that the contents provided by the medium can be specified.

(13) The service activation system according to the present invention is the service activation system according to the item (10), wherein the identification is performed when a reading port of the public wireless communication terminal is held over the wireless tag attached to a product advertisement or other information providing medium. The service site is provided as a homepage installed for a mobile phone, and is configured to enable activation of service contents provided from the homepage and receivable through the public wireless communication terminal.

(14) The service activation system according to the present invention is any one of the service activation systems according to the above (1) to (3), including a service providing machine capable of communicating with the service site, and The transmission data of the wireless tag transmitted when the wireless tag reading port of the public wireless communication terminal is held over the wireless tag attached to the machine, including machine address information unique to the service providing machine, and The service site to be specified includes means for instructing the service providing machine to perform an operation corresponding to a specific service content by communicating with the service providing machine specified from the machine address information.

(15) The service activation system according to the item (14), wherein the service activation system of the present invention rewrites by activating a service content corresponding to transmission data of the wireless tag attached to the service providing machine. A storage unit provided in the service site, start completion identification means for identifying a start of use start of the service and a start of use completion of the service from the data in the use state storage unit and the transmission data of the wireless tag; A use start time and a use completion time are determined based on the completion identification means and the time data by the clock mechanism of the above item (4) or (5), and provided through the service providing machine from the use start time and the use completion time. Usage time calculation means for calculating the usage time of the service to be provided, and whether the usage time is calculated through the usage time calculation means. Characterized in that it includes a charge calculation means for calculating a predetermined usage fee.

(16) The service activation system of the present invention is the service activation system according to the above (14), wherein a service start wireless tag and a service completion wireless tag are attached to the service providing machine, and the transmission data of the wireless tag is transmitted. The use start time and the use completion time are determined based on the difference between and the time data by the clock mechanism of the above item (4) or (5), and are provided through the service providing machine from the use start time and the use completion time. And a charge calculating means for calculating a predetermined charge from the use time calculated through the use time calculating means.

(17) The service activation system according to the present invention is the service activation system according to the item (14), wherein the service content is based on transmission data of the wireless tag attached to a service providing machine that repeatedly provides a service within one use time. And a service start machine release command input from the input unit of the public wireless communication terminal, the usage start time determined from the first activation of the service and the time data by the clock mechanism of the above item (4) or (5). Use time calculating means for calculating a use time of a service provided through the service providing machine from a use completion time determined from the time data by the clock mechanism of the item (4) or the item (5); Charge calculation means for calculating a predetermined usage charge from the usage time calculated through the calculation means. There.

(18) The service activation system according to the present invention is the service activation system according to the above item (14), wherein the service activation system according to any one of the above items (15) to (17) calculates the usage fee. A wireless tag for activating a charge service for discounting a certain amount of the charge is provided.

(19) The service activation system according to the item (14), wherein the service providing machine is a lockable cabinet, and the public is attached to the wireless tag attached to each lock cabinet. The transmission data of the wireless tag transmitted when holding the wireless tag reading opening of the wireless communication terminal includes locker address information unique to each locker cabinet and each storage as machine address information unique to the service providing machine, The service site specified from the transmission data includes means for instructing unlocking and locking of the storage specified by the lockable cabinet specified by the locker address information.

(20) The service activation system of the present invention is the service activation system according to the above item (19), wherein the locking means automatically performs locking when a door of a storage of the lockable cabinet is closed, and the locking means. An intention confirmation means for confirming to the user of the lockable cabinet whether to continue using or releasing the locked cabinet with the lock, and when the intention of the user to release is confirmed through the intention confirmation means. Use release means for releasing the lockable cabinet from use.

(21) The service activation system according to the present invention is the service activation system according to the above item (20), wherein the service activation system according to the above item (17) includes a charge calculating unit according to the above item (17) for calculating a usage fee for each of the locker cabinets. It is characterized by the following.

(22) The service activation system according to the present invention is the service activation system according to the item (19), wherein communication is performed between the service site for operating and managing the lockable cabinet and the public wireless communication terminal. A user communication unit and an unlock condition storage unit for storing a necessary condition of a user who unlocks each locker and each cabinet are provided in the service site, and the unlock condition storage unit is provided in the unlock condition storage unit through the user communication unit. A user who satisfies the stored data is recognized as a person who should newly perform unlocking, and is provided with unlocker setting means for rewriting the unlocking condition storage unit for a user who has also recognized himself. It is characterized.

(23) The service activation system according to the present invention is any one of the service activation systems according to the above (1) to (3), wherein the wireless device affixed to the actual thing being displayed or a place corresponding to the actual thing is displayed. The transmission data of the wireless tag transmitted when the wireless tag reading port of the public wireless communication terminal is held over the tag includes information on the actual item in the exhibition or a location corresponding to the actual item, and the transmission data. 20. A collecting means for collecting a thing equivalent to the physical thing specified from the exhibition address information at a service site specified from a storage site, and storing the thing collected by the collecting means in a cabinet with lock according to claim 19. Storage means, and means for transferring a collection stored and stored through the storage means to the owner of the public wireless communication terminal. To.

(24) The service activation system according to the present invention is the service activation system according to the above item (23), wherein the displayed product is a product sold at a store.

(25) The service activation system according to the present invention is the service activation system according to the above item (23), wherein the displayed thing is a catalog or other material distributed in an exhibition hall. .

(26) The service activation system according to the present invention is the service activation system according to the item (14), wherein the service providing machine is a vending machine, and a wireless affixed to each corresponding place of the exhibited product of the vending machine. The vending machine includes, as the machine address information, unique product address information for each displayed product as the machine address information, when the wireless tag reading port of the public wireless communication terminal is held over the tag. In a service site specified from transmission data, a command to discharge a product specified by the vending machine specified from the product address information to an outlet of the vending machine can be activated. .

(27) The service activation system according to the present invention is the service activation system according to the above (14), wherein the service providing machine is a control box for controlling a gate of a parking lot, and the service providing machine is attached to the wireless tag attached to the control box. It is characterized in that it is possible to activate a command to open a parking gate at the service site when holding the wireless tag reading port of the public wireless communication terminal over the wireless tag reading port.

(28) The service activation system according to the present invention is the service activation system according to the above (27), wherein the transmission data of the wireless tag attached to the control box installed on the side to enter the parking lot and the transmission data of the wireless tag. The use start time is determined based on the time data by the clock mechanism described in 5, and the transmission data of the wireless tag attached to the control box installed on the exit side of the parking lot and the transmission data of the above item (4) or (5). A use time calculating unit that determines a use completion time based on time data by a clock mechanism and calculates a use time of the parking lot from the use start time and the use completion time, and a use time calculated through the use time calculation unit. And a fee calculating means for calculating a usage fee of the parking lot.

(29) The service activation system of the present invention is the service activation system according to the above (14), which is transmitted when a wireless tag reading port of the public wireless communication terminal is held over a wireless tag attached to each automatic ticket gate. Includes ticket gate address information in the transmitted data of the wireless tag to be transmitted and whether the owner of the public wireless communication terminal has a condition for passing the ticket gate specified from the ticket gate address information at the service site specified from the transmitted data. Providing condition checking means for checking whether or not the owner of the public wireless communication terminal has the conditions for passing the ticket gate by the condition checking means. It is characterized in that it is configured to be able to start.

(30) The service activation system of the present invention is the service activation system according to the above (14), wherein the service providing machine is a lock entry / exit port for remotely performing lock management, and for each of the lock entry / exit ports. The lock entry / exit port is specified as machine address information unique to the service providing machine in transmission data of the wireless tag transmitted when the wireless tag reading port of the public wireless communication terminal is held over the attached wireless tag. Whether or not the owner of the public wireless communication terminal has a condition for passing through the locked entry / exit port specified from the entry / exit address information at the service site specified from the transmission data, including the entry / exit address information. Condition confirmation means for confirming that the owner of the public wireless communication terminal passes through the locked entrance / exit port by the condition confirmation means. Characterized in that is configured to makes it possible to start the command to open the lock of the lock with entry and exit openings if it is confirmed to have the condition.

(31) The service activation system according to the present invention is any one of the service activation systems described in the above items (1) to (3). Alternatively, the time of work is determined from the time data by the clock mechanism of the above item (5), and the time of work is determined from the transmission data of the wireless tag prepared for leaving and the time data by the clock mechanism of the above item (4) or (5). Is determined, and a service for recording the clock-out time and the clock-out time can be activated.

According to the present invention, a wireless tag and a public wireless communication terminal having an opening for reading the wireless tag are used, and data transmitted from the wireless tag when the wireless tag reading opening of the public wireless communication terminal is held over the wireless tag is used. It is possible to simplify a cumbersome input operation of the public wireless communication terminal and provide a system that can be used in a daily sense.

Further, according to the present invention, the data transmitted by the wireless tag when the reading port of the wireless tag provided in the public wireless communication terminal is held over the wireless tag, information for specifying the service site, and a service provided by the specified service site. By including information specifying the content, a general-purpose platform that can be used anytime and anywhere can be provided.

Further, according to the present invention, a service providing machine having a man-machine interface for each service content, such as a locker with locks, a gate control box for a parking lot, an automatic ticket gate, which can communicate with a service site, is added to the general-purpose platform. This makes it possible to expand the use range by making a wide variety of service contents, such as goods delivery service, car parking service, and automatic ticket gate service, available on the network without troublesome operations.

Further, according to the present invention, through the above-mentioned system, for example, by using a wireless tag in combination with a product advertisement or other information providing system that changes the content to be provided with the passage of time, it is possible to save time with only a simple operation. The receiver can make reservations for product purchases and request detailed information for contents that change with the passage of time.For example, services from purchase of products to delivery by lockers can be performed using simple operations using wireless tags. By improving the content of existing services, for example, by enabling the service to be received, the operations of service users are simplified, and both the service provider and the service provider are simplified. Convenience can be dramatically improved.

Further, according to the present invention, through the above-described system, for example, an operation for receiving a conventional service such as a plurality of locking and unlocking operations within one use time of a lock cabinet with a lock or a charge per use time unit is performed. Along with simplification, it is possible to enhance the use of service contents.

Further, according to the present invention, through the above-mentioned system, for example, it is possible to receive from a separately purchased product purchase service to a product delivery service using a lock cabinet with a simple and consistent operation using a wireless tag. For example, by proposing a new mechanism (business type) that has not existed in the past, it becomes possible to improve the convenience of both the service provider and the user.

Hereinafter, the best mode for carrying out the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing a configuration example of a system for explaining a first embodiment of the present invention. FIG. 2 is a block diagram showing a configuration example of the public wireless communication terminal 30. FIG. 3 is a block diagram showing a configuration example of a wireless tag 20 and a wireless tag reading port 38 in the public wireless communication terminal 30. FIG. FIG. 4 is a flowchart illustrating the flow of the operation of the system.

Referring to FIG. 1, a service activation system 100 according to the present invention includes a wireless tag # 1 to m (hereinafter, these are collectively indicated by reference numeral 101), a public wireless communication terminal 102, and service sites # 1 to n (hereinafter, referred to as these). Are collectively indicated by reference numeral 101), and a public network 2 including a public wireless communication 1. The public wireless communication terminal 102 reads data from the wireless tag 101 wirelessly. The public wireless communication terminal 102 and the service site 104 perform non-voice communication including the Internet through a public network including public wireless communication. The public wireless communication can use communication such as a mobile phone and a PHS.

参照 Referring to FIG. 3, the wireless tag 101 includes a power generation unit 11, a processor 12, a memory 13, and an antenna 14. When the service activation system 100 according to the present invention is constructed, the data to be transmitted to the public wireless communication terminal 102 and the wireless tag 101 communicate with the wireless tag reading port 28 forming a part of the public wireless communication terminal 102 when the service activation system 100 according to the present invention is constructed. A program for reading the data from the memory 13 and sending the data to the wireless tag reading port 28 is stored. The data includes information 3 for specifying the address of the service site 104 illustrated in FIG. 5 and information 4 for specifying the service content to be processed in the service site 104 at the address.

Referring to FIG. 2, the public wireless communication terminal 102 includes a processor 21, a memory 22, a keyboard 23, a display 24, a voice input / output / vibration mechanism 25, a wireless communication transmitting / receiving unit 26, a battery 27, and a wireless tag reading port 28. It is composed.

The memory 22 includes a program for the public wireless communication terminal 102 to read data transmitted by the wireless tag 101 through the wireless tag reading port 28, and an address specifying unit for specifying the service site 104 based on the data. And a program for transmitting information for specifying service contents to be processed in the service site in the data from the wireless communication transmitting / receiving unit 26 to the service site 104 through a public network including public wireless communication. Other programs for causing the wireless communication terminal 102 to function as a public wireless communication terminal are stored.

The above-described program can be incorporated at the time of manufacturing the public wireless communication terminal 102, or the public wireless communication terminal 102 can access a predetermined homepage on the Internet and download and install the program from a predetermined WEB server via the homepage. is there.

(4) The processor 21 executes the above-mentioned program. The keyboard 23 is used for manual data input. The display 24 performs display for confirmation of data input from the keyboard 23, display of communication contents between the public wireless communication terminal 102 and the wireless tag 101, or the service site 104, and the like. The voice input / output / vibration mechanism 25 is used to generate a sound or vibration notifying the operator of the completion of the operation such as when the processor 21 completes reading the data transmitted by the wireless tag 101 through the wireless tag reading port 28. You. The wireless communication transmitting / receiving unit 26 performs communication with the wireless communication base station 103 by public wireless communication.

Referring to FIG. 3, the wireless tag reading port 28 includes a reading control unit 28c, a transmitting / receiving unit 28b, and an antenna 28a. The reading control unit 28c is connected to the processor 21 of the public wireless communication terminal 102 and the like. The reading control unit 28c drives the transmitting / receiving unit 28b and the antenna 28a under the control of the processor 21 of the public wireless communication terminal 102, supplies power to the wireless tag 101 via the antenna 14 of the wireless tag 101, and causes the wireless tag 101 to perform electromagnetic induction. To communicate with each other.

The service site 104 is an information processing device capable of communicating non-voice communication such as e-mail with the public wireless communication terminal 102 through a public network including public wireless communication.

The service site 104 includes a program constituting service content specifying means for specifying service content from information for specifying service content to be processed in the service site transmitted from the public wireless communication terminal 102, and the service content specifying means. And a program that constitutes a service activating unit that activates a service content specified by the service site, and another program that causes the service site 104 to function as a service site.

Next, the operation will be described.

Referring to FIG. 4, information 3 for specifying the address of the service site 104 illustrated in FIG. 5 and information 4 for specifying the service content to be processed in the service site 104 of the address are stored in the memory 13 of the wireless tag 101 in advance. The wireless tag 101 communicates with the wireless tag reading port 28 of the public wireless communication terminal 102 to write a program for reading the data from the memory 13 and sending the data to the wireless tag reading port 28 (SA1).

The writing of the data and the program into the memory 13 of the wireless tag 101 is performed when the wireless tag 101 is manufactured or when the system of the service activation system according to the present invention is constructed. Although not performed in the middle, in order to clarify information to be included in the data, the following description will be made to include at the beginning of a flowchart illustrating the operation flow of the service activation system according to the present invention.

(4) The wireless tag reading port 28 of the public wireless communication terminal 102 is held over the wireless tag 101 in which the data is written (SA3). In the above, there is an operation of touching the wireless tag reading port 28 of the public wireless communication terminal 102 with respect to the wireless tag 101 as an operation for the same purpose. In the present invention, only the former “touch” operation is described for simplicity, but the latter “touch” operation is not excluded.

The wireless tag 101 receives the AC magnetic field generated by the wireless tag reading port 28 by the antenna 14, generates power by the power generation unit 11, and operates its own built-in circuit. The wireless tag 101 executes a program in which the processor 12 communicates with the wireless tag reading port 28 stored in the memory 13 to read data from the memory 13 and send the data to the wireless tag reading port 28.

By executing the above program, data including information 3 for specifying the address of the service site 104 and information 4 for specifying the service content to be processed in the service site 104 at the address are read from the memory 13, and are read by electromagnetic coupling. It is sent to the wireless tag reading port 28 of the public wireless communication terminal 102 (SA2).

(4) In the public wireless communication terminal 102, the processor 21 acquires data including the information from the wireless tag reading port 28 (SA4).

The processor 21 executes a program constituting an address specifying means for specifying the service site 104, and specifies the address of the service site 104 from the data including the information 3 for specifying the address of the service site 104 in the data (SA5). .

The public wireless communication terminal 102 transmits data including information 4 specifying service contents to be processed in the service site 104 to the service site 104 of the address specified above through the public network including public wireless communication. (SA6).

When the service site 104 receives the data, the service site 104 executes a program constituting a service content specifying unit, and the service site 104 should execute the program from the information 4 for specifying the service content to be processed in the service site 104 in the data. The service content is specified (SA7).

(4) The service site 104 executes the program constituting the service starting means, and starts the service contents specified as described above (SA8).

According to the present invention, by using the wireless tag 101 and the public wireless communication terminal 102 having the reading port 28 of the wireless tag 101, the owner of the public wireless communication terminal 102 can use the wireless tag reading port 28 of the public wireless communication terminal 102. By simply touching the wireless tag 101 over the wireless tag 101, it is possible to automatically access the service site 104 specified by the wireless tag 101 through the public wireless communication 1 and activate the service content of the service site.

Next, a second embodiment of the present invention will be described.

FIG. 6 is a block diagram showing a configuration example of a system for explaining a second embodiment of the present invention. FIG. 7 is a flowchart illustrating the flow of the operation of the system.

The configuration of the public wireless communication terminal 102, the configuration of the wireless tag 101, and the configuration of the portion of the wireless tag reading port 28 in the public wireless communication terminal 102 are the same as those illustrated in the first embodiment of the present invention. Is the same.

Referring to FIG. 6, a service activation system 110 of the present invention includes a wireless tag (# 1 to m) 101, a public wireless communication terminal 102, a service site (# 1 to #n) 104, a database server 105, and a database server. It comprises a service identification database 5 built in 105 and a public network 2 (including the Internet) including public wireless communication 1.

衆 Public wireless communication terminal 102 wirelessly reads data from wireless tag 101 in the same manner as described in the first embodiment of the present invention. The public wireless communication terminal 102, the database server 105, and the service site 104 perform non-voice communication including the Internet through the public network 2 including the public wireless communication 1.

The wireless tag 101 reads out the data to be transmitted to the public wireless communication terminal 102 in the memory 13 and reads out the data from the memory 13 by communicating with the wireless tag reading port 28 of the public wireless communication terminal 102. It has a program for sending it to the tag reading port 28. The data includes unique ID data 6 for identifying the wireless tag 101 illustrated in FIG.

The public wireless communication terminal 102 includes, in the memory 22, a program for the public wireless communication terminal 102 to read data transmitted by the wireless tag 101 through the wireless tag reading port 28, and the public wireless communication 1 to store the data. It is configured to include a program to be transmitted to the database server 105 through the public network 2 and other programs for causing the public wireless communication terminal 102 to function as a public wireless communication terminal.

The database server 105 includes the service specifying database 5 as illustrated in FIG. In the service identification database 5, data identifying the address of the service site 104 from the unique ID data 6 identifying itself of the wireless tag 101 and a service site in a configuration as illustrated in FIG. At 104, a database capable of indexing data specifying service contents to be processed is constructed. The database server 105 also includes a program for receiving, from the public wireless communication terminal 102, unique ID data for identifying the wireless tag 101 included in the transmission data of the wireless tag 101 from the public wireless communication terminal 102. A program for indexing the service identification database 5 from unique ID data for identifying itself, a program for identifying the address of the service site 104 from data for identifying the address of the service site 104 indexed by the program, and And a program for transmitting data specifying service contents to be processed in the service site 104 indexed from the service specifying database 5 to the service site 104 whose address has been specified.

The service site 104 is an information processing device capable of performing non-voice communication such as e-mail with the public wireless communication terminal 102 through the public network 2 including the public wireless communication 1, and service contents to be processed in the service site 104. And a program for activating a service content specified by the data received from the database server 105.

Next, the operation will be described.

In the memory 13 of each wireless tag 101 illustrated in FIG. 6, unique ID data 6 for identifying the wireless tag 101 itself, for example, “T-1”, “T-2”,. (SB1).

Further, as illustrated in FIG. 9, the service identification database 105 corresponds to the unique ID data 6 for identifying the wireless tag 101 itself, for example, “T-1”, “T-2”,. Then, data specifying the address of the service site 104, for example, “service site-1”, “service site-2”,..., And data specifying the service content to be processed in the service site 104, for example, "Service-1", "Service-2", ... are stored (SB2).

The data storage in the service identification database 105 is performed when the service activation system according to the present invention is constructed, and is not performed during the operation of the service activation system according to the present invention. , At the beginning of the flowchart.

(4) Hold the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag 101 in which the unique ID data 6 for identifying the wireless tag 101 is written (SB3).

As described in the first embodiment of the present invention, the wireless tag 101 holding the wireless tag reading port 28 of the public wireless communication terminal 102 communicates with the wireless tag reading port 28 of the public wireless communication terminal 102. A program for reading the data from the memory 13 and sending the data to the wireless tag reading port 28 is executed. By executing the program, the unique ID data 6 for identifying the wireless tag 101 is transmitted to the wireless tag reading port 28 of the public wireless communication terminal 102 (SB4).

The public wireless communication terminal 102 executes a program for reading data transmitted by the wireless tag 101 through the wireless tag reading port 28 and a program for transmitting the data to the database server 105 through a public network including public wireless communication. By executing the program, the unique ID data 6 identifying the wireless tag 101 is acquired from the wireless tag 101 and transmitted to the database server 105 through the public network 2 including the public wireless communication 1 (SB5).

The database server 105 receives a program for receiving the unique ID data 6 identifying the wireless tag 101 from the public wireless communication terminal 102 and a service identification database through the received unique ID data 6 identifying the wireless tag 101 itself. The program for indexing 71 is executed. Through the execution of the program, the data specifying the address of the service site 104 and the service content to be processed in the service site 104 are specified through the unique ID data 6 specifying the self of the wireless tag 101 received as described above. Data is obtained (SB5).

The above-mentioned index is, for example, a service stored in association with the data of “T-1” using the unique ID data “T-1” for identifying the wireless tag 101 in FIG. 9 as a key of the index. This is performed by a method of acquiring data “service site-1” specifying the address of the site 104 and data “service-1” specifying the service content to be processed in the service site 104.

Next, the database server 105 specifies a program for specifying the address of the service site 104 from the data for specifying the address of the service site 104 and a service content to be processed in the service site 104 to the service site 104 whose address is specified. Run the program that sends the data you want.

By executing the program, for example, the service contents to be processed in the service site 104 acquired in the service site 104 obtained in the above-described manner are transferred to the service site 104 whose address is specified by the data “service site-1” specifying the address of the service site 104. The specified data "service-1" is transmitted (SB6).

The service site 104 executes a program for specifying the service content to be processed in the service site 104, and performs processing from the data “service-1” that specifies the service content to be processed in the service site 104 received above. The service content is specified (SB7).

(4) The service site 104 activates the service content specified above (SB8).

According to the present invention, by using the wireless tag 101 and the public wireless communication terminal 102 having the wireless tag reading port 28, the owner of the public wireless communication terminal 102 can use the wireless tag reading port 28 of the public wireless communication terminal 102. By simply holding the wireless tag 101 over the wireless tag 101, the service site 104 can be automatically accessed via the public network 2 including the public wireless communication 1, and the service content of the service site 104 can be activated.

In addition, by using the index function of the service identification database 5, the address of the service site 104 and the service contents to be processed in the service site 104 can be indirectly identified only by the unique ID data for identifying the wireless tag 101 itself. become.

As described above, by rewriting the data specifying the address of the service site 104 with respect to the unique ID data specifying the wireless tag 101 in the service specifying database 5 and the data specifying the service content to be processed in the service site 104, The service site 104 for activating the service content with respect to the same wireless tag 101 and the service content to be processed in the service site 104 can be appropriately changed, and a flexible service activation system can be constructed.

In addition, it is possible to include a plurality of or complex services in the data for specifying the service contents to be processed in the service site 105 in the service specifying database 5, and it is possible to include advanced service contents from one wireless tag. Can be started.

Next, a third embodiment of the present invention will be described.

FIG. 10 is a block diagram showing a configuration example of a system for explaining a third embodiment of the present invention. FIG. 11 is a flowchart illustrating the flow of the operation of the system.

Referring to FIG. 10, a service activation system 120 according to the present invention includes a wireless tag 101, a public wireless communication terminal 102, a service site 104, a service content specifying database 7 built in the service site 104, and a public wireless It consists of a public network including communications.

The configuration of the wireless tag 101 is the same as the configuration of FIG. 3 described in the first embodiment of the present invention, and the memory 13 stores data to be transmitted to the public wireless communication terminal 102 and the wireless tag 101 A program for communicating with the wireless tag reading port 28 of the wireless communication terminal 102 to read the data from the memory 13 and send the data to the wireless tag reading port 28 is stored. In the embodiment of the present invention, the data includes address information 8 for specifying the address of the service site 104 illustrated in FIG. 12 and unique ID data 9 for specifying itself in the service site 104. It is.

The public wireless communication terminal 102 has the same configuration as that of FIG. 2 described in the first embodiment of the present invention, and the memory 22 stores the service site transmitted by the wireless tag 101 A program for reading the address information 8 for specifying the address of the service site 104 and the unique ID data 9 for specifying itself in the service site 104 through the wireless tag reading port 28; A program for specifying the address of the service site 104 from the address information 8 for specifying the address, and unique ID data for specifying itself in the service site 104 read out to the service site 104 having the specified address 9 and a public wireless communication terminal 10 Other programs for functioning as a public wireless communication terminal is stored.

The service site 104 is an information processing device capable of performing non-voice communication such as e-mail with the public wireless communication terminal 102 through the public network 2 including the public wireless communication 1, and as described above, the service content specifying database 7 It is comprised including. In the service content specifying database 7, unique ID data for specifying the wireless tag 101 itself, such as "t-1", "t-2",. And data for specifying service contents to be processed in the service site 104 corresponding to the data, for example, “service-1”, “service-2”,.

In addition, the service site 104 searches the service content identification database 7 from the unique ID data 9 identifying itself in the service site 104 transmitted from the public wireless communication terminal 102, and specifies a service content to be processed. And a program for activating the service contents specified as described above, and other programs for causing the service site 104 to function as a service site.

Next, the operation will be described.

In the memory 13 of each wireless tag 101 illustrated in FIG. 10, address information 8 for specifying the address of the service site 104 and unique ID data 9 for specifying itself in the service site 104 are written in advance. (SC1).

(4) In the service content specifying database 7 of the service site 104, a database having a configuration as illustrated in FIG. 13 is constructed in advance.

Referring to FIG. 13, the database 7 includes unique ID data “t−1”, “t−2”,... For identifying itself in the service site 104 stored in the memory 13 of the wireless tag 101 as described above. Corresponding to (1), data for specifying service contents to be processed in the service site 104, for example, "Service-1", "Service-2", ... are stored (SC2).

The wireless tag reading port 28 of the public wireless communication terminal 102 is connected to the wireless tag 101 in which the address information for specifying the address of the service site 104 and the unique ID data for identifying itself in the service site 104 are written. Hold up (SC3).

As described in the first embodiment of the present invention, the wireless tag 101 over which the wireless tag reading port 28 of the public wireless communication terminal 102 is held communicates with the wireless tag reading port 28 of the public wireless communication terminal 102. Then, a program for reading data including the above information from the memory 13 and sending the data to the wireless tag reading port 28 of the public wireless communication terminal 102 is executed. By executing the above program, the address information 8 for specifying the address of the service site 104 and the unique ID data 9 for specifying itself in the service site 104 are read from the memory 13 by reading the wireless tag of the public wireless communication terminal 102. The mouth 28 is sent out (SC4).

The public wireless communication terminal 102 executes a program for reading the data transmitted by the wireless tag 101 through the wireless tag reading port 28, as described in the first embodiment of the present invention. The data is obtained from (SC5).

The public wireless communication terminal 102 executes a program that specifies the address of the service site 104 from the address information that specifies the address of the service site 104, and executes the service site from the address information 8 that specifies the address of the service site 104 received above. The address of 104 is specified (SC6).

The public wireless communication terminal 102 executes a program for transmitting unique ID data identifying itself in the service site 104 to the service site 104 of the specified address, and in the service site 104 received above, Is transmitted (SC7).

The service site 104 executes a program for indexing the service content specifying database 7 from the unique ID data for identifying itself in the service site 104 and specifying the service content to be processed. By executing the program, the service content identification database 7 is indexed through the unique ID data for identifying itself in the service site 104 received above, and the service content to be processed is identified. The index is stored, for example, in correspondence with the data of “t−1” using unique ID data for identifying itself in the service site 104, for example, “t−1” as a key of the index. This is performed by a method of acquiring data “service-1” that specifies service contents to be processed in the service site 104 (SC8).

(4) The service site 104 executes the program for activating the service content, and activates the service content specified above (SC9).

According to the present invention, by using a wireless tag and a public wireless communication terminal having a wireless tag reading port, the owner of the public wireless communication terminal can simply hold the wireless tag reading port of the public wireless communication terminal over the wireless tag. It is possible to automatically access the service site specified by the wireless tag through a public network including public wireless communication, and activate the service of the service site.

(4) By using the index function of the service content specifying database, it becomes possible to indirectly specify the service content to be processed in the service site from the unique ID data for specifying itself in the service site of the wireless tag.

Also, by rewriting the data specifying the service content in the service content specifying database, it is possible to appropriately change the service content to be processed at the service site for the same wireless tag, so that a flexible service activation system can be constructed. Become.

In addition, it is possible to include multiple or complex services in the data that specifies the service contents to be processed at the service site of the service content specification database, and it is possible to activate advanced service contents from one wireless tag become.

Next, a fourth embodiment of the present invention will be described.

The service activation system according to the present invention is the service activation system 100, 110, or 120 described in the first, second, or third embodiment of the present invention, and includes the wireless tag of the public wireless communication terminal 102. The reading port 28 is configured by providing a clock mechanism 29 in the wireless tag reading port 28 of the public wireless communication terminal 102 described in the first embodiment of the present invention as illustrated in FIG.

The reading control unit 28c of the wireless tag reading port 28 of the public wireless communication terminal 102 reads the time data from the clock mechanism 28 when the sending data of the wireless tag 101 is read out together with the sending data of the wireless tag 101 as described above. It is configured to pass to the processor 21 of 102.

In the memory 22 of the public wireless communication terminal 102, the wireless tag reading port 28 of the public wireless communication terminal 102 is held over the wireless tag 101, and the transmission data of the wireless tag 101 passed from the wireless tag reading port 28 and the clock A program for transmitting time data from the mechanism 29 to the service site 104 is provided.

Next, the operation will be described.

When reading the transmission data of the wireless tag 101 via the transmitting / receiving unit 28b and the antenna 28a, the reading control unit 28c of the wireless tag reading port 28 of the public wireless communication terminal 102 immediately captures the time data from the clock mechanism 29, and reads the time data. To the processor 21 of the public wireless communication terminal 102 together with the transmission data.

The transmission of the time data from the public wireless communication terminal 102 to the service site 104 is performed by the wireless tag 101 transmitted from the public wireless communication terminal 102 to the service site 104 in the first or third embodiment of the present invention. In addition, in the second embodiment of the present invention, the public wireless communication terminal 102 transmits the data together with the transmission data of the wireless tag 101 to the database server 105. This is possible by transmitting the data together with the data indexed from the service specifying database 5.

According to the present invention, the public wireless communication terminal 102 holds the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag 101 by the clock mechanism 29 provided in the wireless tag reading port 28 of the public wireless communication terminal 102. The time data when the transmission data of the tag 101 is read can be transmitted from the public wireless communication terminal 102 to the service site.

Next, a fifth embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the first, second, or third embodiment of the present invention, and is configured by providing the clock mechanism 29 at the service site 104.

Also, in the first, second, or third embodiment of the present invention, the service site 104 starts the service in the service content specified as the service content to be processed by the service site 104. Alternatively, a program or the like for acquiring and recording time data at the time of determining the end from the clock mechanism is provided.

Next, the operation will be described.

The clock mechanism according to the embodiment of the present invention supplies time data of the requested time to the program in response to a request from the program executed by the service site 104.

In the description of the first, second, or third embodiment of the present invention, the program is a service content to be processed at the service site 104 specified based on the transmission data of the wireless tag 101 in the description of the first, second, or third embodiment. When the service is determined to be started in the specified service content, time data is acquired from the clock mechanism 29 and recorded. Further, similarly to the start of the service, the time data is acquired from the clock mechanism 29 and recorded when the service is determined to be ended.

According to the present invention, the clock mechanism 29 provided at the service site 104 can record the time data that determines the start or end of the service specified from the transmission data of the wireless tag 101.

Next, a sixth embodiment of the present invention will be described.

FIG. 15 is a block diagram showing a configuration example of the wireless tag reading port 28 of the public wireless communication terminal 102 for explaining the embodiment of the present invention.

Referring to FIG. 15, a standard time generating means 30 for synchronizing with a long wave standard radio wave which is a reference signal of a radio clock is provided at the wireless tag reading port 28 of the public wireless communication terminal 102 described in the fourth embodiment of the present invention. A standard time signal is supplied from the standard time generation means 30 to the clock mechanism 29 to maintain the accuracy of the clock mechanism 29.

The standard time generating means 30 synchronized with the long-wave standard radio wave is a receiving circuit for the long-wave standard radio wave and a standard time signal generating circuit. In the present invention, for example, a standard time signal from the circuit is input to the clock mechanism 29, and the time of the clock mechanism 29 is adjusted to maintain the accuracy of the clock mechanism.

に よ り According to the same method, the accuracy of the clock mechanism is also maintained in the clock mechanism 29 according to the fifth embodiment of the present invention by receiving the long-wave standard radio wave.

According to the present invention, the accuracy can be maintained by synchronizing the wireless tag reading port 28 of the public wireless communication terminal 102 or the clock mechanism 29 provided at the service site with the long-wave standard radio wave.

Next, a seventh embodiment of the present invention will be described.

When the service activation system of the present invention correctly reads out the transmission data of the wireless tag 101 to the public wireless communication terminal 102 described in the first, second, or third embodiment of the present invention, A means for clearly indicating that the transmission data of the wireless tag 101 has been normally read is provided.

The means for clearly indicating that the transmission data of the wireless tag 101 is normally read includes, for example, the voice input / output / vibration mechanism 25 shown in FIG. 2 and a program for driving the voice input / output / vibration mechanism 25 to generate sound or vibration. And information of normal read completion is obtained from a program for reading data transmitted by the wireless tag 101 described in the first, second, or third embodiment of the present invention through the wireless tag reading port 28. A program for driving the voice input / output / vibration mechanism 25 to generate sound and vibration is provided. The sound or vibration to be generated is generated in a predetermined pattern, which is defined as a sound or vibration that clearly indicates that the transmission data of the wireless tag 101 has been read normally.

According to the present invention, the owner of the public wireless communication terminal 102 can confirm by sound or vibration that the public wireless communication terminal 102 has correctly read the transmission data of the wireless tag 101.

Next, an eighth embodiment of the present invention will be described.

In the service activation system according to the present invention, the public wireless communication terminal 102 described in the seventh embodiment of the present invention is provided with an onset generating means, and the public wireless communication terminal 102 completes the normal reading of the transmission data of the wireless tag 101. In some cases, a click sound is generated by the onset generating means. The onomatopoeic sound generating means uses, for example, the voice input / output / vibration mechanism 25 described in the seventh embodiment of the present invention, and generates a sound or vibration by driving the voice input / output / vibration mechanism 25. A program for generating a sound in a click sound pattern is provided.

According to the present invention, the user of the public wireless communication terminal can confirm with a click sound that the public wireless communication terminal has correctly read out the transmission data of the wireless tag 101.

Next, a ninth embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the first, second, or third embodiment of the present invention, and the service site 104 should be processed in the service site 104. A program serving as a means for counting data relating to service contents, a time at which the service is activated, and data relating to the owner of the public wireless communication terminal 102 holding the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag 101; It is composed.

The data relating to the service content to be processed in the service site 104 is the data relating to the service content activated by the service site 104 in the description of the first, second, or third embodiment of the present invention. For example, data such as the type of service, the progress of the service, the result of the service, and the like.

Further, the data relating to the owner of the public wireless communication terminal 102 that has activated the service is the telephone number of the public wireless communication terminal 102, or an e-mail address, or a member number when a membership system is established, or Data such as the address, name, gender, age, occupation, income, and purchase history of the owner of the public wireless communication terminal 102 that can be indexed using the telephone number, the e-mail address, and the member number as index keys.

For example, in the case of an e-mail address, when the public wireless communication terminal 102 transmits the transmission data of the wireless tag 101 to the service site 104 in the description of the first or third embodiment of the present invention, the transmission source is This is the data of the e-mail address of the public wireless communication terminal 102 when the data of the e-mail address of the public wireless communication terminal 102 is transmitted together with the transmission data of the wireless tag 101 to represent. In the description of the second embodiment of the present invention, when the public wireless communication terminal 102 transmits the transmission data of the wireless tag 101 to the database server 105, Is transmitted to the service site 104, the public wireless communication terminal when transmitting the data of the e-mail address of the public wireless communication terminal 102 together with the transmission data of the wireless tag or the data indexed from the service specifying database 5. 102 is the data of the e-mail address.

The service activation system of the present invention includes an information processing device capable of communicating with the service site 104 through a public network.

The information processing apparatus stores data regarding the service content started by the service site 104, the time at which the service site 104 is started, and data regarding the owner of the public wireless communication terminal 102 that has started the service content, which is calculated by the service site 104. , Each of which is provided with a program serving as a means for acquiring and analyzing from each service site 104 by communication.

Further, the information processing apparatus may be configured to include a customer database. The customer database includes, for example, an address, a name, a gender, an age related to an owner of the public wireless communication terminal 102 that has activated the service content. Accumulates data such as occupation, income, and purchasing history.

Further, the information processing apparatus includes a program serving as a means for totalizing and analyzing data compiled by the service site 104 acquired from each of the service sites 104 and data accumulated in the customer database. Constitute.

The information processing apparatus may be replaced by a specific service site 104 of the service sites 104 constituting the service activation system of the present invention.

Next, the operation will be described.

The service site 104 executes a program provided in the service site 104, data on service contents started in the service site 104 exemplified above, a start time, an owner of the public wireless communication terminal 102 that started the service contents. Aggregate data about Further, the information processing apparatus executes a program provided in the information processing apparatus, communicates with each service site 104, obtains the aggregation data from each service site 104, aggregates the data with the data in the customer database, and analyzes the data. I do.

According to the present invention, it becomes possible to collect and analyze data relating to service contents activated at the service site 104, activation time, and data relating to the owner of the public wireless communication terminal 102.

Next, a tenth embodiment of the present invention will be described.

FIG. 16 illustrates the configuration of a product advertisement or other information providing medium 15 to which the wireless tag 101 according to the present invention is attached.

The service activation system of the present invention is the service activation system exemplified in the first, second, or third embodiment of the present invention, and affixes the wireless tag 101 to a product advertisement or other information providing medium 15. And configure.

The service site 104 is configured to be capable of activating service contents related to the sale and reservation of goods related to the contents provided by the information providing medium 15 and the information providing medium 15 and provision of related detailed information.

For example, the service content related to the sale and reservation of a product related to the content provided by the product advertisement and the other information providing medium 15 and the provision of related detailed information and the like may be, for example, the service site 104 For example, a service for transmitting the address information of a homepage, which will be described in detail, to the public wireless communication terminal 102 by electronic mail is provided. The service site 104 includes a program for starting the service.

Further, in the service activation system exemplified in the first embodiment of the present invention, the data to be written into the memory 13 of the wireless tag 101 includes the product Data including information for specifying service contents related to the sale and reservation of products related to the contents provided by the advertisement and other information providing media 15 and related detailed information is written.

Further, in the service activation system exemplified in the second embodiment of the present invention, as the information for specifying the service content to be processed in the service site 104 in the service specifying database 5, the product advertisement or other information providing medium 15 is used. Is written, which specifies the service content related to the sale and reservation of the product related to the content provided and the provision of the related detailed information.

Further, in the service activation system exemplified in the third embodiment of the present invention, as the information for specifying the service content to be processed at the service site 104 in the service content specifying database 7, the product advertisement and other information providing media are used. 15 is used to write data specifying service contents related to the provision and sale of merchandise related to the contents provided and related detailed information.

Next, the operation will be described.

When the wireless tag reading port 28 of the public wireless communication terminal 102 is held over the product advertisement or other information providing medium 15 to which the wireless tag 101 is attached, the first, second, or third embodiment of the present invention is provided. The service site 104 specifies the service content to be processed according to the operation flow described in the above. The service content specified above is a service content related to the sale and reservation of a product related to the product advertisement and the content provided by the information providing medium 15 and the provision of related detailed information.

Next, the service site 104 activates service contents related to the sale and reservation of goods related to the contents provided by the information advertisement medium 15 and the information providing medium 15 specified above and provision of related detailed information.

By activating the service contents, the service site 104 executes, for example, a service of transmitting, by e-mail, address information of a homepage that provides a detailed description of the product advertisement and other information providing media to the public wireless communication terminal 102. .

In the above, a plurality of wireless tags 101 may be attached to the product advertisement or other information providing medium 15, and a different service content may be activated from each wireless tag 101.

According to the present invention, a service advertisement is provided from a service site to a public wireless communication terminal when the wireless tag reading port 28 of the public wireless communication terminal is held over a wireless tag attached to the product advertisement or other information providing medium. It becomes possible to activate service contents related to sale and reservation of goods related to the contents to be provided and provision of related detailed information.

Next, an eleventh embodiment of the present invention will be described.

FIG. 17 is a block diagram of a system for explaining an eleventh embodiment of the present invention. FIG. 18 is a diagram for explaining a product advertisement or other information providing medium that changes the content to be provided over time.

Referring to FIGS. 17 and 18, the service activation system 130 of the present invention is the service activation system exemplified in the tenth embodiment of the present invention. It is configured in place of the product advertisement or other information providing medium 16 that changes the content to be provided with the passage of time.

The product advertisement or other information providing medium 16 that changes the content to be provided with the lapse of time uses, for example, a screen 17 of an LED, CRT, liquid crystal, or plasma display, and changes the content displayed on the screen with the lapse of time. This is an information providing medium that can be used.

In addition, as shown in FIG. 18, the product advertisement or other information providing medium 16 that changes the content to be provided with the lapse of time is used as the product advertisement or other information providing medium 16 that changes the content to be provided with the lapse of time. And a unique wireless tag 101 is attached to a corresponding location for each of the contents provided by.

In FIG. 18, the wireless tag 101 # 1 is attached to a location corresponding to the arrow 18 indicated by the offer content 1 provided at the time T1, and the wireless tag 101 # 1 is attached to the location corresponding to the arrow 18 indicated by the offer content 2 provided at the time T2. Tag 101 # 2 is attached.

In addition, the means for specifying the attachment location of the wireless tag 101 corresponding to the provided content of the product advertisement or other information providing medium 16 that changes the provided content with the lapse of time is displayed on the screen in the provided content. In addition to the arrow 18, the image may be specified by an image in place of the arrow 18 or a word output as a voice in the provided content.

Next, the operation will be described.

When the wireless tag reading port 28 of the public wireless communication terminal 102 is held over the wireless tag 101 attached to the product advertisement or other information providing medium 16 which changes the content to be provided with the passage of time, the first or second embodiment of the present invention is achieved. Alternatively, the service site 104 specifies the service content to be processed in the service site according to the operation flow described in the third embodiment.

The wireless tag 101 is affixed to a corresponding place for each provided content provided by the product advertisement and other information providing media 16, and the wireless tag to be held over the wireless tag reading port 28 of the public wireless communication terminal 102 for each provided content. Since the tag 101 is clearly indicated by an arrow or the like, the service site 104 changes the content to be provided over time by knowing which wireless tag 101 has been read by the wireless tag reading port 28 of the public wireless communication terminal 102. The content provided by the product advertisement and other information providing media 16 can be specified.

According to the present invention, in a product advertisement or other information providing medium that changes the content to be provided with the passage of time, it is possible to clearly indicate the place where the wireless tag corresponding to the specific provided content is attached.

Next, a twelfth embodiment of the present invention will be described.

FIG. 19 is a flowchart illustrating the operation flow of the service activation system of the present invention.

The service activation system of the present invention is configured by attaching the wireless tag 101 to a product advertisement or other information providing medium that changes the content to be provided over time.

The public wireless communication terminal 102 is different from the public wireless communication terminal 102 in the configuration of the public wireless communication terminal 102 described in the first embodiment of the present invention in that the clock mechanism 29 illustrated in FIG. 14 or the clock mechanism 29 illustrated in FIG. Means 30 are provided.

In addition, the public wireless communication terminal 102 holds the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag 101 and acquires time data when the transmission data of the wireless tag 101 is read from the clock mechanism 29. , The service site 104 or the database server 105.

The service site 104 has the configuration of the service site 104 described in the first, second, or third embodiment of the present invention, and includes the time data received from the public wireless communication terminal 102, or And a program for specifying the contents of the product advertisement and other information providing media by combining the time data acquired from the clock mechanism 29 provided in the service site 104 with the transmission data of the wireless tag 101.

In the above, the method of transmitting the time data at which the public wireless communication terminal 102 has acquired the transmission data of the wireless tag 101 to the service site 104 is, for example, the same as that described in the fourth embodiment of the present invention. In the first or third embodiment, the transmission is performed together with the transmission data of the wireless tag 101 transmitted from the public wireless communication terminal 102 to the service site 104. Further, in the second embodiment of the present invention, the public wireless communication terminal 102 transmits the data together with the transmission data of the wireless tag 101 to the database server 105, and further transmits the data from the database server 105 to the service site 104 and from the service identification database 5. Configured in such a way that it is transmitted together with the indexed data.

Next, the operation will be described.

Referring to FIG. 19, the service activation system of the present invention holds the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag 101 attached to the product advertisement or other information providing medium, which changes the content to be provided over time. (SD3) and information for specifying the service content included in the transmission data of the wireless tag 101 from the public wireless communication terminal 102 to the service site 104 by the operation flow described in the tenth embodiment of the present invention, and Then, the time data acquired from the clock mechanism 29 is transmitted (SD7).

As described above, the service site 104 reads the information specifying the service content to be processed in the service site 104 included in the data transmitted from the public wireless communication terminal 102 and the transmission data of the wireless tag 101 by the public wireless communication terminal. The time data from the clock mechanism 29 is acquired. The service site 104 activates the service content specified by the service content specifying means from the information for specifying the service content to be processed in the service site 104 acquired as described above, and changes the provided content of the product advertisement and other information providing media. The program to be specified is referenced together with the time data, and the contents of the product advertisement and other information providing media at the time are specified (SD8).

In the above, when the content provided by the product advertisement or other information providing medium 16 which changes the content provided with the passage of time is switched from the provided content 1 to the provided content 2, for example, the owner of the public wireless communication terminal 102 determines whether Delays in the operation of holding the wireless tag reading port 28 of the communication terminal 102 over the wireless tag 101 and a difference between the time data sent by the clock mechanism 29 of the public wireless communication terminal 102 and the time of the product advertisement or other information providing medium 16 Is caused by the owner of the public wireless communication terminal 102 holding the wireless tag reading port 28 of the public wireless communication terminal 102 over the provided content 1 or provided content 2 at the service site 104 May not be able to be determined.

However, the inconvenience can be easily avoided by providing a means for confirming the service contents desired by the owner of the public wireless communication terminal 102 among the service contents to be activated. In addition, by providing a time margin between the provided content 1 and the provided content 2 in which the wireless tag 101 is not used in the time zone, for example, the occurrence of the inconvenience can be reduced as much as possible.

According to the present invention, the service site can transmit the transmission data of the wireless tag 101 to be attached to the information providing medium 16 which changes the content to be provided with the passage of time, and the wireless tag reading port of the public wireless communication terminal 102 with the transmission data. By combining with the time data read at 28, the contents provided by the product advertisement and other information providing media 16 can be specified.

Next, a thirteenth embodiment of the present invention will be described.

The service activation system according to the present invention is configured by opening a homepage for a mobile phone in the service site 104 of the service activation system described in the tenth embodiment of the present invention.

The service site 104 has a function of activating service contents provided from the home page and receivable through the public wireless communication terminal 102.

The wireless tag 101 or the service specifying database 7 has information for specifying the address of the service site 101 and the address of the home page for the mobile phone as information for specifying the service content to be processed in the service site 104. Write data including.

無線 The wireless tag 101 is attached to a product advertisement or other information providing medium.

Next, the operation will be described.

When the wireless tag reading port 28 of the public wireless communication terminal 102 is held over the wireless tag 101 attached to a product advertisement or other information providing medium, the public wireless communication terminal 102 becomes the first or second of the present invention. Alternatively, in the method described in the third embodiment, data including the address of the mobile phone home page as information for specifying the service content to be processed in the service site 104 is transmitted to the service site 104. At the same time, the public wireless communication terminal 102 launches a browser. When the information providing service received and displayed by the browser and the information providing service received and displayed by the e-mail are mixed, the information providing service received and displayed by the browser is included in the transmission data of the wireless tag 101, or The public wireless communication terminal 102 starts up a browser or a program for receiving and displaying the e-mail based on the information for distinguishing, including the information for distinguishing whether the information providing service is received and displayed by the e-mail.

Further, data including the address of the public wireless communication terminal 102 is transmitted from the public wireless communication terminal 102 to the service site 104, or from the public wireless communication terminal 102 to the service site 104 via the database server 105. .

The service site 104 transmits the data of the homepage specified by the homepage address for the mobile phone to the public wireless communication terminal 102 at the address of the public wireless communication terminal 102.

(4) The public wireless communication terminal 102 displays the homepage for the mobile phone on the display 24 from the data of the homepage.

(4) The owner of the public wireless communication terminal 102 selects the service content provided from the displayed homepage by using the keyboard 23 or the like, and activates the selected service content on the service site 104.

According to the present invention, the service site 104 specified when the wireless tag reader of the public wireless communication terminal 102 is held over the wireless tag attached to the product advertisement or other information providing medium 16 is set as a homepage installed for a mobile phone, and It is possible to activate service contents that are provided and can be received through the public wireless communication terminal 102.

Next, a fourteenth embodiment of the present invention will be described.

FIG. 20 is a block diagram illustrating an embodiment of the service activation system of the present invention.

Referring to FIG. 20, the service activation system of the present invention is the service activation system described in the first, second, or third embodiment of the present invention, and is capable of communicating with the service site 104. A service providing machine (# 1 to m) 10 is provided.

Also, a wireless tag 101 is attached to the service providing machine 10, and the transmission data of the wireless tag 101 is configured to include machine address information unique to the service providing machine. For example, in the example of FIG. 20, the transmission data of the wireless tag 101 # 1 includes machine address information unique to the service providing machine 10 # 1 to which the wireless tag 101 # 1 is attached.

In the service site 104, the service site 104 specified from the transmission data of the wireless tag 101 communicates with the service providing machine 10 specified from the machine address information unique to the service providing machine to provide a specific service content. Is provided with a program for instructing the service providing machine 10 to perform an operation corresponding to.

The service providing machine 10 is configured to execute a command from the service site 104.

In the above, when the service provided by the service providing machine 10 requires identity verification, it can be performed by the public wireless communication terminal 102, and can be confirmed based on the caller telephone number of the public wireless communication terminal 102, or can be performed by public wireless communication. There is a method using a terminal serial number uniquely assigned to the terminal 102, an authentication module similar to UIM / SIM, a mail address and a password, or a combination thereof. In this description, for the sake of simplicity, personal identification using a mail address and a personal identification number will be described as an example, but this does not limit the scope of claims.

Next, the operation will be described.

In the description of the operation of the embodiment of the present invention, the operation when the transmission data from the wireless tag 101 is transmitted from the public wireless communication terminal 102 to the service site 104 by the method described in the first embodiment of the present invention. Will be described. The same applies to the method described in the second or third embodiment of the present invention.

In FIG. 21, for example, when the wireless tag reading port 28 of the public wireless communication terminal 102 is held over the wireless tag 101 # 1 attached to the service providing machine 10 # 1, the wireless tag 101 # 1 transmits the wireless signal of the public wireless communication terminal 102. Data including information specifying the address of the service site 104, information specifying service contents to be processed in the service site 104, and machine address information unique to the service providing machine 10 # 1 are transmitted to the tag reading port 28. (SE2).

(4) The public wireless communication terminal 102 specifies the address of the service site 104 from the information for specifying the address of the service site 104 included in the transmission data of the wireless tag 101 # 1 by the address specifying means (SE5).

The public wireless communication terminal 102 transmits, to the service site 104 having the address specified above, information for specifying the service content to be processed in the service site 104 and data of machine address information unique to the service providing machine 10 # 1. (SE6).

The service site 104 specifies the service content by means of service content specifying means from information for specifying the service content to be processed in the service site 104 included in the data transmitted from the public wireless communication terminal 102, The service providing machine 10 # 1 is specified from the machine address information (SE7).

The service site 104 activates the service contents specified above by the service starting unit, communicates with the service providing machine 10 # 1 specified from the machine address information unique to the service providing machine 10, and responds to the specific service contents. To the service providing machine 10 # 1 (SE8).

(4) The service providing machine 10 # 1 executes the command from the service site 104 (SE9).

According to the present invention, the owner of the public wireless communication terminal can respond to the service content from the service site to the service providing machine simply by holding the wireless tag reading port 28 of the public wireless communication terminal over the wireless tag attached to the service providing machine. An operation command is issued, and the owner of the public wireless communication terminal can receive a specific service through the service providing machine.

Next, a fifteenth embodiment of the present invention will be described.

The service activation system according to the present invention is the service activation system described in the fourteenth embodiment of the present invention,
The service site 104 includes a use state storage unit that performs rewriting by activating service contents corresponding to transmission data of the wireless tag 101 attached to the service providing machine 10.

The service site 104 is further provided with start completion identification means for identifying the start of use start and the start of use completion of the service from the data in the use state storage unit and the transmission data of the wireless tag.

Further, the service site 104 determines the use start time and the use completion time based on the start completion identifying means and the time data by the clock mechanism 29 described in the fourth or fifth embodiment of the present invention. The system is provided with use time calculation means for calculating the use time of the service provided through the service providing machine 10 from the use start time and the use completion time.

The service site 104 includes a charge calculating means for calculating a predetermined usage charge from the usage time calculated through the usage time calculating means.

When the data indicating the use completion is stored in the use state storage unit, the use state storage unit is rewritten to the data indicating the use start by activating the service content corresponding to the transmission data of the wireless tag 101, and the data indicating the use start is also stored. Is stored, the data is rewritten to data indicating the use completion by activating the service content corresponding to the transmission data of the wireless tag 101.

In addition, the start completion identification unit is configured to provide the service content machine stored in the use state storage unit with the service completion machine indicating that use has been completed to the service content specified from the transmission data of the wireless tag 101. The activation for instructing the corresponding operation is identified and the use of the service is started. In addition, the activation that instructs the service providing machine 10 whose data stored in the use state storage unit indicates the start of use to instruct an operation corresponding to the service content specified from the transmission data of the wireless tag 101. Identify and use the service.

In the above, the start completion identifying means, the use time calculating means, and the fee calculating means can be constituted by a program having the above functions.

Next, the operation will be described.

FIG. 23 is a flowchart illustrating the operation flow of the service activation system of the present invention.

In the description of the operation of the embodiment of the present invention, the operation when the transmission data from the wireless tag 101 is transmitted from the public wireless communication terminal 102 to the service site 104 by the method described in the first embodiment of the present invention. Will be described. The same applies to the method described in the second or third embodiment of the present invention.

In the following description, in the block diagram illustrating the configuration of the service activation system in FIG. 20 described in the fourteenth embodiment of the present invention, the service providing machine 10 specified above is referred to as a service providing machine 10 # 1. The wireless tag 101 attached to the service providing machine 10 # 1 will be described as a wireless tag 101 # 1.

In the following description, it is assumed that the data indicating the use state of the service providing machine 10 # 1 in the use state storage unit of the service site 104 is rewritten as data indicating completion of use of the service as an initial state. (SF7).

Referring to FIG. 23, the service activation system of the present invention executes SF1 to SF4 of FIG. 23 in the same manner as described in the fourteenth embodiment of the present invention.

Next, the public wireless communication terminal 102 specifies the address of the service site 104 included in the transmission data of the wireless tag 101 # 1 by the address specifying unit, as described in the fourteenth embodiment of the present invention. From the information, the address of the service site 104 is specified (SF5).

Next, the public wireless communication terminal 102 sends to the service site 104 having the address specified above information specifying service contents to be processed in the service site 104, machine address information unique to the service providing machine 10 # 1, and The time data acquired from the clock mechanism 29 is transmitted (SF6).

The service site 104 specifies the service content by means of service content specifying means from information for specifying the service content to be processed in the service site 104 included in the data transmitted from the public wireless communication terminal 102, The service providing machine 10 # 1 is specified from the machine address information (SF8).

(4) The service site 104 checks the data indicating the usage status of the service providing machine 10 # 1 in the usage status storage unit (SF10).

When the data indicating the use state of the service providing machine 10 # 1 in the use state storage unit indicates the use completion of the service, the communication with the service providing machine 10 # 1 specified from the machine address information unique to the service providing machine is performed. Then, an operation corresponding to a specific service content is instructed to the service providing machine 10 # 1 (SF10).

Next, the service site 101 identifies the use start of the service as the start completion identifying means (SF11).

(4) The service providing machine 10 # 1 performs an operation instructed from the service site 104 (SF14).

Next, the service site 104 determines the use start time based on the time data from the clock mechanism 29 provided in the wireless tag reading port 28 or the time data from the clock mechanism provided in the service site 104 received by the use time calculation means. (SF12).

Next, the service site 104 rewrites the data indicating the use state of the service providing machine 10 # 1 in the use state storage unit with the data indicating the start of use of the service and the data of the use start time determined as described above. (SF13).

Next, the operation for completing the use of the service provided through the service providing machine 10 # 1 will be described.

に Similarly to the operation for starting use of the service provided through the service providing machine 10 # 1 described above, the service activation system of the present invention executes SF1 to SF11 in FIG.

(4) The service site 104 checks the data indicating the usage status of the service providing machine 10 # 1 in the usage status storage unit (SF10).

When the data indicating the use state of the service providing machine 10 # 1 in the use state storage unit indicates the start of use of the service, communication with the service providing machine 10 # 1 specified from the machine address information unique to the service providing machine is performed. Then, an operation corresponding to the specific service content is instructed to the service providing machine 10 # 1 (SF15).

(4) The service providing machine 10 # 1 performs an operation instructed from the service site 104 (SF16).

Next, the service site 104 identifies the use completion of the service as the start completion identifying means (SF16).

Next, the service site 104 determines the use completion time based on the time data by the clock mechanism 39 provided in the wireless tag reading port 28 or the time data by the clock mechanism provided in the service site 40 by the use time calculation means. (SF17).

Next, the service site 104 rewrites the data indicating the use state of the service providing machine 10 # 1 in the use state storage unit with the data indicating the completion of use of the service (SF18).

Next, the service site 104 provides the service by the use time calculation unit from the use start time data stored in the use state storage unit corresponding to the service providing machine 10 # 1 and the use completion time. The usage time of the service provided through the machine 10 # 1 is calculated (SF19).

Next, the service site 40 calculates a predetermined usage fee from the usage time by the fee calculation means (SF20).

According to the present invention, the service activation system can calculate the usage time of the service provided through the service providing machine and calculate a predetermined usage fee from the usage time of the service.

Next, a sixteenth embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the fourteenth embodiment of the present invention, and is configured by attaching a service start wireless tag and a service completion wireless tag to the service providing machine 10. .

サ ー ビ ス The service start wireless tag and the service completion wireless tag are configured so that transmission data is different. The above-described method for configuring the transmission data of the service start wireless tag and the service completion wireless tag to be different from each other is described in, for example, the memory 13 of the wireless tag 101 in the service activation system described in the first embodiment of the present invention. There is a method of including service start or service completion information in the information for specifying the service content to be processed in the service site 104 among the data to be written into the service site 104.

Further, the service site 104 stores the difference between the transmission data of the service start wireless tag 101 and the service completion wireless tag 101 and the time data by the clock mechanism 29 described in the fourth or fifth embodiment of the present invention. Thus, a use time calculating means for determining a use start time and a use completion time is provided.

The use time calculation means determines a service use start time from the time data when the information for specifying the service content to be processed in the service site 104 includes service start information. When the information for specifying the service content to be processed in the service site 40 includes service completion information, the service use completion time is determined from the time data.

The use time calculation means is configured by a program for calculating a use time of a service provided through the service providing machine 10 from the use start time and the use completion time determined as described above.

(4) The service site 104 is provided with a charge calculating means.

The charge calculating means is constituted by a program for calculating a predetermined use charge of the service provided through the service providing machine 10 from the service use time calculated by the use time calculating means.

Next, the operation will be described.

FIGS. 25 to 28 are flowcharts illustrating the operation flow of the service activation system of the present invention.

In the description of the operation of the embodiment of the present invention, a configuration using one service providing machine 10 # 1 and service site 104 in FIG. 20 will be described.

The case where the wireless tag 101 # 1 is affixed to the same service providing machine 10 # 1 as a service start wireless tag and the wireless tag 101 # 2 as a service completion wireless tag will be described.

In the above configuration, the information for specifying the address of the service site 104 written in the wireless tag 101 # 1 and the wireless tag 101 # 2 and the machine address information unique to the service providing machine may be the same.

In the description of the operation of the embodiment of the present invention, it is assumed that the transmission data from the wireless tag 101 is transmitted from the public wireless communication terminal 102 to the service site 104 by the method described in the first embodiment of the present invention. Will be described. The same applies to the method described in the second or third embodiment of the present invention.

25 to 28, when the public wireless communication terminal 102 is held over the wireless tag 20 # 1 attached to the service providing machine 10 # 1, the wireless tag 101 # 1 is sent to the wireless tag reading port 28 of the public wireless communication terminal 102. Information specifying the address of the service site 104, information specifying the service content to be processed in the service site 104, and data including machine address information unique to the service providing machine 10 # 1 are transmitted (SG4, SG2). .

(4) The public wireless communication terminal 102 acquires the data (SG5).

(4) The public wireless communication terminal 102 specifies the address of the service site 104 from the information for specifying the address of the service site 104 included in the transmission data of the wireless tag 101 # 1 by the address specifying means (SG6).

The public wireless communication terminal 102 transmits to the service site 104 having the address specified above information specifying service contents to be processed in the service site 104 and data including machine address information unique to the service providing machine 10 # 1. Send (SG7). The information for specifying the service content to be processed in the service site 104 includes service start information.

The service site 104 specifies the service content to be processed by the service content specifying means from the information (including the service start information) that specifies the service content to be processed in the service site 104, and specifies the service content specific to the service providing machine 10. The service providing machine 10 # 1 is specified from the machine address information (SG8).

The service site 104 activates the service contents specified above by the service starting unit, communicates with the service providing machine 10 # 1 specified from the machine address information unique to the service providing machine 10, and responds to the specific service contents. To the service providing machine 10 # 1 (SG10).

(4) The service providing machine 10 # 1 performs an operation instructed from the service site 104 (SG10).

The service site 104 includes the service start information in the information for specifying the service contents to be processed in the service site 104, the time data by the clock mechanism 29 provided in the wireless tag reading port 28 received as described above, or the service site 104. The use start time is determined from the time data by the clock mechanism provided in (SG11).

When the service is completed, as in the case of starting the service, when the public wireless communication terminal 102 is held over the wireless tag 101 # 2 attached to the service providing machine 10 # 1, the public wireless communication from the wireless tag 101 # 2 is performed. Data including information specifying the address of the service site 104, information specifying service contents to be processed in the service site 104, and machine address information unique to the service providing machine 10 # 1, to the wireless tag reading port 28 of the terminal 102. Is transmitted (SG13).

(4) The public wireless communication terminal 102 acquires the above data (SG14).

(4) The public wireless communication terminal 102 specifies the address of the service site 104 from the information for specifying the address of the service site 104 included in the transmission data of the wireless tag 101 # 2 by the address specifying means (SG15).

The public wireless communication terminal 102 sends to the service site 104 of the address specified above information for specifying service contents to be processed in the service site 104, machine address information unique to the service providing machine 10 # 1, and the clock mechanism 29. Then, data including the time data acquired from is transmitted (SG16). The information for specifying the service content to be processed in the service site 104 includes service completion information.

The service site 104 specifies the service content to be processed by the service content specifying unit from the information (including the service completion information) that specifies the service content to be processed in the service site 104, and The service providing machine 10 # 1 is identified from the machine address information (SG17).

The service site 104 activates the service content specified above by the service starting unit, communicates with the service providing machine 10 # 1 specified from the machine address information unique to the service providing machine 10, and converts the service content into the specific service content. The corresponding operation is instructed to the service providing machine 10 # 1 (SG18).

(4) The service providing machine 10 # 1 performs an operation instructed from the service site 104 (SG10).

The service site 104 is provided with service completion information in information for specifying service contents to be processed in the service site 104, and time data by the clock mechanism 29 provided in the wireless tag reading port 28 received as described above or provided in the service site 104. The service use completion time is determined from the time data by the clock mechanism 29 (SG19).

The service site 104 calculates the use time of the service provided through the service providing machine 10 # 1 from the use start time and the use completion time through the use time calculation means (SG20).

The service site 104 calculates a predetermined usage fee for the service provided through the service providing machine 10 # 1 from the usage time through the fee calculation means (SG21).

According to the present invention, the owner of the public wireless communication terminal 102 holds the wireless tag reading port 28 of the public wireless communication terminal 102 over the service start wireless tag 101 attached to the service providing machine 10 or the service completion wireless tag. With only this, it becomes possible to instruct the start of use of the service provided through the service providing machine or the completion of use of the service through the service site.

Next, a seventeenth embodiment of the present invention will be described.

The service activation system according to the present invention is the service activation system described in the fourteenth embodiment of the present invention, and inputs to the public wireless communication terminal 102 from the keyboard 23 which is an input unit of the public wireless communication terminal 102. It has a function of transmitting a release command of the service providing machine 10 to the service site 104. The function of transmitting the release command of the service providing machine 10 input from the keyboard 23 to the service site 104 can be configured by a program of the public wireless communication terminal 102.

When the public wireless communication terminal 102 completes the acquisition of the data transmitted from the wireless tag 101 from the wireless tag reading port 28, the public wireless communication terminal 102 acquires the time data transmitted by the clock mechanism 29. When transmitting the information specifying the service content to be processed in the service site 104 and the machine address information unique to the service providing machine 10 to the service site 104 described in the fourteenth embodiment, the time data acquired in In addition, it is configured to transmit to the service site 104.

The service site 104 includes a use state storage unit that stores the use state of the service providing machine 10, and uses data representing the use state of the service providing machine 10 in the use state storage unit as data indicating the use completion as an initial state. Rewrite it.

In the service site 104, the service content is activated by the transmission data of the wireless tag 101 attached to the service providing machine 10, and the data indicating the use state of the service providing machine 10 in the use state storage unit indicates the completion of use. The use start time is determined from the first activation of the service content identified from the data and the time data by the clock mechanism described in the fourth or fifth embodiment of the present invention.

The service site 104 stores the service providing machine release command input from the input unit of the public wireless communication terminal 102 and the time data by the clock mechanism described in the fourth or fifth embodiment of the present invention. And a use time calculating means for calculating a use time of a service provided through the service providing machine 10 from the use start time and the use completion time. The use time calculating means can be configured by a program of the service site 104.

The service site 104 is provided with a charge calculating means for calculating a predetermined usage charge from the usage time calculated through the use time calculating means. The charge calculating means can be constituted by a program of the service site 104.

Next, the operation will be described.

FIGS. 29 to 32 are flowcharts illustrating the operation flow of the service activation system of the present invention.

In the description of the operation of the embodiment of the present invention, the operation when the transmission data from the wireless tag 101 is transmitted from the public wireless communication terminal 102 to the service site 104 by the method described in the first embodiment of the present invention. Will be described. The same applies to the method described in the second or third embodiment of the present invention.

In the following description, it is assumed that data indicating the use state of the service providing machine 10 in the use state storage unit of the service site 104 is rewritten as data indicating completion of use of the service as an initial state ( SH1).

Referring to FIGS. 29 to 32, the service activation system of the present invention executes SH2 to SH5 as described in the fourteenth embodiment of the present invention.

Next, the public wireless communication terminal 102 acquires the time data transmitted by the clock mechanism 29 when the acquisition of the transmission data from the wireless tag 101 from the wireless tag reading port 28 is completed (SH6).

Next, as described in the fourteenth embodiment of the present invention, the public wireless communication terminal 102 specifies the address of the service site 104 by SH7, and sends the service site 104 of the specified address to the service site 104 at the service site 104. It transmits information specifying service contents to be processed, machine address information unique to the service providing machine 10, and data including time data acquired from the clock mechanism 29 (SH3 and SH8).

The service site 104 specifies the service content by the service content specifying unit from the information specifying the service content to be processed in the service site 104 included in the data transmitted from the public wireless communication terminal 102 as described above, and sends the service content to the service providing machine 10. The service providing machine 10 is specified from the unique machine address information (SH9).

Next, when the data indicating the use state of the service providing machine 10 in the use state storage unit of the service site 104 indicates the use completion, the service site 104 uses the data indicating the use state with the data indicating the start of use. An e-mail requesting transmission of data specifying a scheduled time for rewriting and releasing the service providing machine 10 is transmitted to the public wireless communication terminal 102 (SH10, SH11, and SH12).

(4) The public wireless communication terminal 102 receives and displays the electronic mail. The owner of the public wireless communication terminal 102 inputs, from the keyboard 23, data representing the designation of the scheduled release time of the service providing machine 10 in the reply sentence of the received e-mail, and transmits the data to the service site 104 (SH13 and SH14).

The service site 104 determines the use start time T1 from the first activation of the specified service content and the time data obtained from the clock mechanism 29 or the time data by the clock mechanism 29 provided in the service site 104. Further, the scheduled release time T3 is determined from the data indicating the designation of the scheduled release time (SH15).

Next, the service site 104 communicates with the service providing machine 10 specified from the machine address information unique to the service providing machine 10, and instructs the service providing machine 10 to perform an operation corresponding to the specific service content (SH16).

The service providing machine 10 performs the operation instructed from the service site 104, and notifies the service site 104 of the completion of the operation (SH17 and SH18).

In the above, when the data indicating the use state of the service providing machine 10 in the use state storage unit of the service site 104 indicates the start of use, the service site 104 is identified from the machine address information unique to the service providing machine 10. It communicates with the service providing machine 10 and instructs the service providing machine 10 to perform an operation corresponding to a specific service content (SH11 and SH16).

Next, the service site 104 sends an e-mail to the public wireless communication terminal 102 asking whether to release the service providing machine 10 (SH19).

(4) The public wireless communication terminal 102 receives and displays the e-mail (SH20).

If the owner of the public wireless communication terminal 102 continues to receive the service without releasing the service providing machine 10, a command not to release the service providing machine 10 from the keyboard 23 is added to the reply sentence of the e-mail received as described above. When the service providing machine 10 is released by inputting data indicating the release command, the data representing the release command of the service providing machine 10 is input from the keyboard 23 to the reply sentence of the e-mail received as described above, and is obtained from the clock mechanism 29. A reply is sent to the service site 104 together with the time data (SH21).

When the reply sentence of the e-mail received from the public wireless communication terminal 102 includes data indicating a release command of the service providing machine 10, the service site 104 uses the service state of the service providing machine 10 in the use state storage unit. Is rewritten with data indicating the use completion, and the use completion time T2 is determined from the time data from the clock mechanism 29 or the time data by the clock mechanism 29 provided in the service site 104 (SH22 and SH25).

Further, the service site 104 compares the scheduled release time T3 of the service providing machine transmitted from the public wireless communication terminal 102 with the current time data provided from the clock mechanism 29 provided in the service site 104, and compares the current time data. Is over the scheduled release time T3, the use completion time T2 is rewritten at the scheduled release time T3, and the data indicating the use state of the service providing machine 10 in the use state storage unit is rewritten with the data indicating the use completion (SH23). , And SH24).

Next, the service site 104 calculates the usage time of the service provided through the service providing machine 10 from the usage start time T1 and the usage completion time T2, and calculates a predetermined usage fee from the usage time by the fee calculation means. (SH26).

According to the present invention, the owner of the public wireless communication terminal 102 simply holds the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag 101 attached to the service providing machine 10 that repeatedly provides a service within one use time. Thus, the service can be repeatedly provided through the service providing machine within one use time.

The service site 104 is provided at the service site 104 for the first activation of the service content based on the transmission data of the wireless tag 101 and time data obtained from the clock mechanism 29 provided at the wireless tag reading port 28 of the public wireless communication terminal 102. A clock start mechanism provided in the wireless tag reading port 28 of the public wireless communication terminal 102 and a service start machine release command input from the input unit of the public wireless communication terminal 102 and a use start time determined from time data by the clock mechanism 29. From the time data obtained from the time data 29 or the time data obtained by the clock mechanism 29 provided at the service site 102, the use completion time determined from the time data is used to calculate the use time of the service repeatedly provided within one use time through the service providing machine 10. And the usage fee can be calculated.

Next, an eighteenth embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the fourteenth embodiment of the present invention, and is used in the fifteenth, sixteenth, or seventeenth embodiment of the present invention. A wireless tag 101 for starting a charge service for discounting a certain amount of the usage charge calculated by the charge calculation means is provided.

The method of including the information for activating the fee service in the transmission data of the wireless tag 101 is described in the information for specifying the service content to be processed in the service site 104 written in the memory 13 of the wireless tag 101. This can be done by including the information to start.

In addition, the public wireless communication terminal 102 and the database server 105 discount a certain amount of the transmission data of the wireless tag 101 or a certain amount of the usage fee calculated by the usage fee calculation means included in the database 5. A program for transmitting to the service site 104 including information for starting the charge service is provided.

In addition, the service site 104 includes, based on the information transmitted from the public wireless communication terminal 102 or the database server 105, which activates a fee service for discounting a certain amount of the usage fee calculated by the usage fee calculation means, It comprises a program for providing a fee service for discounting a fixed amount from the usage fee calculated by the usage fee calculation means described in the fifteenth, sixteenth, or seventeenth embodiment of the present invention.

According to the present invention, it becomes possible to activate a charge service for discounting a fixed amount of the usage fee calculated by the usage fee calculation means by using the wireless tag.

Next, a nineteenth embodiment of the present invention will be described.

FIG. 33 is a block diagram illustrating a system configuration for explaining a nineteenth embodiment of the present invention. FIG. 34 is a diagram exemplifying the configuration of one storage 19 in the lockable cabinet 31 constituting the system. 35 to 40 are flowcharts illustrating the flow of the operation of the system. FIG. 41 is a diagram illustrating the configuration of the unlock condition storage unit of the unlock condition storage unit.

Referring to FIG. 33, the service activation system 140 of the present invention is the service activation system described in the fourteenth embodiment of the present invention, and includes a locker cabinet 31 as the service providing machine 10. The lockable cabinet 31 includes a plurality of hangars 19, and a wireless tag 101 is attached to each hangar.

In the memory 13 of each of the wireless tags 101, as the machine address information unique to the service providing machine 10 described in the fourteenth embodiment of the present invention, the lock cabinet with the wireless tag 101 attached thereto. The wireless tag 101 is attached to the data transmitted by the wireless tag 101 when the wireless tag reading port 28 of the public wireless communication terminal 102 is held over the written data including the unique locker address information for each of the storages 19 and the storage 19. It is configured to include unique locker address information for each locked cabinet 31 and each storage 19. The locker address information unique to each locker cabinet 31 and each storage 19 assigns a unique address to each locker cabinet 31 when there are a plurality of locker cabinets 31. When a plurality of storages 19 are present in the closet 31, each storage 19 is provided with a unique address.

Also, in the embodiment of the present invention, the information specifying the service content to be processed at the service site 104 included in the data transmitted by the wireless tag 101 described in the fourteenth embodiment of the present invention is included in the storage 19. And information for commanding locking.

The service site 104 specified from the address of the service site 104 included in the transmission data of the wireless tag 101 has a locker unique to each locker cabinet 31 and the storage 19 to which the wireless tag 101 is attached. It comprises means for instructing unlocking or locking of the storage 19 of the lockable cabinet 31 specified from the address information. The means for instructing the unlocking and locking of the storage 19 is provided by providing the service site 104 with a program having the above functions.

Next, the operation will be described.

In the description of the operation of the embodiment of the present invention, as an example, transmission data from wireless tag 101 is transmitted from public wireless communication terminal 102 to service site 104 by the method described in the first embodiment of the present invention. The operation in this case will be described. The same applies to the method described in the second or third embodiment of the present invention.

In the description of the embodiment of the present invention, as an example, the wireless tag reading port of the public wireless communication terminal 102 is attached to the wireless tag 101 # 1 attached to the storage 19 # 1 of the lockable cabinet 31 of FIG. A description will be given of an operation performed when the service site 104 instructs the locker cabinet 31 to unlock and lock the hangar 19 # 1 by holding the locker 28 up and holding it.

The memory 13 of the wireless tag 101 # 1 attached to the hangar 19 # 1 stores information for specifying the address of the service site 104, information for specifying the service content to be processed in the service site 104, and the service providing machine 10. The data including the locker address information of the storage 19 # 1 of the cabinet with lock 31 as the above is written. The information for specifying the service content to be processed in the service site 104 includes a command to unlock and lock the storage 19 # 1 (SI3).

In addition, the service site 104 rewrites the data indicating the use state of the storage 19 # 1 of the lockable cupboard 31 in the use state storage unit with the data indicating the use completion as an initial state, and rewrites the data of the storage 19 # 1 of the lockable cupboard 31. Is unlocked, and the corresponding use lamp 32 # 1 is extinguished (SI1 and SI2).

(4) The owner of the public wireless communication terminal 102 selects the hangar 19 # 1 in which the use lamp 32 # 1 is extinguished, opens the door, stores articles, and closes the door.

Next, when the wireless tag reading opening 28 of the public wireless communication terminal 102 is held over the wireless tag 101 # 1 attached to the storage 19 # 1 of the lockable cabinet 31 as described in the fourteenth embodiment of the present invention. Similarly, the above data is transmitted from the wireless tag 101 # 1 to the wireless tag reading port 28 (SI4 and SI5).

(4) When the public wireless communication terminal 102 acquires the data, it makes a click sound (SI6).

Next, the public wireless communication terminal 102 specifies the service contents to be processed in the service site 40 to the service site 104 of the address specified by the address specifying means, as described in the fourteenth embodiment of the present invention. The command to unlock and lock the storage 19 # 1 as the information to be locked and the data of the locker address information of the locker 31 with lock as the machine address information unique to the service providing machine are transmitted (SI7 and SI8). ).

Upon receiving the data, the service site 104 unlocks and locks the storage 19 # 1 of the locked cabinet 31 as information for specifying the service content to be processed in the service site 104, and issues a command to the service providing machine. Since the data in the use state storage unit corresponding to the locker address information of the storage 19 # 1 of the locker cabinet 31 as unique machine address information is data of use completion, the service content to be processed is The lock command of the storage 19 # 1 is specified (SI9).

Next, the service site 104 transmits an instruction to input a password to be used for unlocking to the public wireless communication terminal 102 that has transmitted the data (SI11).

(4) The public wireless communication terminal 102 displays the input instruction of the personal identification number received as described above on the display 24 (SI11).

(4) The owner of the public wireless communication terminal 102 inputs a personal identification number from the keyboard 23 and transmits the same to the service site 104 (SI12).

(4) The service site 104 registers the mail address and the password of the public wireless communication terminal 102 received as described above in the unlock condition storage unit 45 (SI13).

The service site 104 detects that the door of the hangar 19 # 1 of the locked cabinet 31 is closed, turns on the use lamp 32 # 1, transmits a locking command to the locked cabinet 31, and The data of the corresponding use state storage unit of the storage 19 # 1 is rewritten to the data of the use start (SI14 and SI15).

Next, a case will be described in which the storage 19 # 1 of the lockable cabinet 31 is unlocked and the stored item is taken out.

Similarly to the case where the article is stored and locked, the public wireless communication terminal 102 unlocks and locks the storage 19 # 1 as information for specifying the service content to be processed in the service site 104 to the service site 104. A command to cause the locker to transmit the locker address information unique to each locker and each locker cabinet 31 as machine address information unique to the service providing machine (SI16 to SI20).

Upon receiving the data, the service site 104 unlocks and locks the storage 19 # 1 of the locked cabinet 31 as information for specifying the service content to be processed in the service site 104, and issues a command to the service providing machine. Since the data in the use state storage unit corresponding to the locker address information of the storage 19 # 1 of the locker cabinet 31 as the unique machine address information is the data of the start of use, the service contents to be processed include the locker cabinet 31 A command to unlock the storage 19 # 1 is specified (SI21).

Next, the service site 104 transmits an instruction to input a personal identification number to the public wireless communication terminal 102 that has transmitted the data (SI22).

(4) The public wireless communication terminal 102 displays the input instruction of the personal identification number received as described above on the display 24 (SI23).

(4) The owner of the public wireless communication terminal 102 inputs a personal identification number from the keyboard 23 and transmits the password to the service site 104 (SI24).

(4) The service site 104 collates the received mail address of the public wireless communication terminal 102 and the password with the mail address registered in the unlock condition storage unit 45 shown in FIG. 41 (SI25).

When the above-mentioned collation is matched, the service site 104 flashes the use lamp 32 # 1 of the storage 19 # 1 of the lockable cabinet 31 and transmits an unlocking command to the lockable cabinet 31. The data in the use state storage unit corresponding to 19 # 1 is rewritten to data of use completion (SI26).

(4) The owner of the public wireless communication terminal 102 opens the door of the hangar 19 # 1 where the use lamp of the locked cabinet 31 is blinking, takes out the goods, and closes the door. The hangar 19 # 1 extinguishes the use lamp (SI28).

According to the present invention, the owner of the public wireless communication terminal 102 simply enters the password by holding the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag 101 attached to the storage 19 of the lockable cabinet 31. Thus, the lock of the storage 19 of the cabinet with lock 31 and the unlocking become possible.

Next, a twentieth embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the nineteenth embodiment of the present invention, and is automatically activated when the door of the storage 19 is closed on the lockable cabinet 31 as the service providing machine 10. It comprises locking means for locking.

Further, the service site 104 includes a program serving as an intention confirming means for confirming to the user of the lockable cabinet 31 the intention to continue using or releasing the lockable cabinet 31 locked by the locking unit. I do.

The intention confirmation means, for example, detects that the door of the hangar 19 has been closed and is automatically locked, and then the service site 104 transmits an e-mail confirming the intention to the public wireless communication terminal 102. It can be realized by a method of returning an electronic mail indicating intention to continue using or releasing from the public wireless communication terminal 102 to the service site 104.

The service site 104 is provided with a program serving as a use release means for releasing the lockable cabinet 31 from use when the user's intention to release is confirmed through the intention confirmation means.

Next, the operation will be described.

FIGS. 42 to 48 are flow charts illustrating the operation flow of the system according to the twentieth embodiment of the present invention.

In the description of the operation of the embodiment of the present invention, as an example, transmission data from wireless tag 101 is transmitted from public wireless communication terminal 102 to service site 104 by the method described in the first embodiment of the present invention. The operation in this case will be described. The same applies to the method described in the second or third embodiment of the present invention.

In the description of the embodiment of the present invention, as an example, the wireless tag reading port of the public wireless communication terminal 102 is attached to the wireless tag 101 # 1 attached to the storage 19 # 1 of the lockable cabinet 31 of FIG. A description will be given of an operation performed when the service site 104 is instructed to lock the cabinet 19 # 1 by holding the lock 28 over the service cabinet 104.

The memory 13 of the wireless tag 101 # 1 attached to the hangar 19 # 1 stores information for specifying the address of the service site 104, information for specifying the service content to be processed in the service site 104, and the service providing machine 10. The data including the locker address information of the storage 19 # 1 of the cabinet with lock 31 as the above is written. The information for specifying the service content to be processed in the service site 104 includes a command to unlock the storage 19 # 1 (SJ1).

First, as an initial state of the service activation system of the present invention, the service site 104 locks the door of the storage 19 # 1 of the lockable cabinet 31 and issues a command to turn off the corresponding use lamp 32 # 1. Send to Next, the service site 104 receives the completion of the operation based on the command from the lockable cabinet 31 and indicates the use state of the storage 19 # 1 of the corresponding lockable cabinet 31 in the use state storage unit. Rewrite the data with data indicating the completion of use. (SJ2 to SJ4).

The owner of the public wireless communication terminal 102 selects the storage 19 # 1 in which the use lamp 32 # 1 is turned off, and places the wireless tag reading port 28 of the public wireless communication terminal 102 in the storage 19 # 1 of the lockable cabinet 31. Over the wireless tag 101 # 1 attached to the wireless tag 101 # 1, the data is transmitted from the wireless tag 101 # 1 to the wireless tag reading port 28 in the same manner as described in the fourteenth embodiment of the present invention (SJ5). , And SJ6).

(4) When the public wireless communication terminal 102 acquires the data, it makes a click sound (SJ7).

Next, the public wireless communication terminal 102 specifies the service contents to be processed in the service site 104 to the service site 104 of the address specified by the address specifying unit, as described in the fourteenth embodiment of the present invention. Request to unlock the storage 19 # 1 as the information to be locked, and data including the locker address information of the storage 19 # 1 of the locked cabinet 31 as the machine address information unique to the service providing machine (SJ8 and SJ9).

(4) The service site 104 that has received the data specifies the request to unlock the storage 19 # 1 of the lockable cabinet 31 by the service content specifying unit (SJ10).

Next, the service site 104 transmits to the public wireless communication terminal 102 that transmitted the data, an instruction to input a password used for unlocking (SJ11).

(6) The public wireless communication terminal 30 displays the input instruction of the personal identification number received as described above on the display 24 (SJ12).

(4) The owner of the public wireless communication terminal 102 inputs a personal identification number from the keyboard 23 and transmits the password to the service site 104 (SJ13).

(4) The service site 104 registers the mail address and the password of the public wireless communication terminal 102 received as described above in the unlock condition storage unit 45 (SJ14).

The service site 104 blinks the use lamp 32 # 1 of the hangar 19 # 1 of the lockable cabinet 31 and transmits an unlocking command to the lockable cabinet 31, and the corresponding use state of the lockable cabinet 19 # 1 of the lockable cabinet 31. The data in the storage unit is rewritten to the data for starting use (SJ15).

(4) The cabinet with lock 31 unlocks the storage 19 # 1, and the corresponding use lamp 32 # 1 blinks (SJ16).

(4) The owner of the public wireless communication terminal 102 opens the hangar 19 # 1, stores articles, and closes the door.

(4) The lockable cabinet 31 detects that the door of the hangar 19 # 1 is closed, and transmits the detection result to the service site 104. The service site 104 receives the above detection result, locks the corresponding storage 19 # 1, and transmits a command to turn on the use lamp 32 # 1 to the lockable cabinet 31. The locker cabinet 31 locks the storage 19 # 1 and turns on the use lamp 32 # 1 (SJ17 to SJ19).

Next, a case will be described in which the storage 19 # 1 of the lockable cabinet 31 is unlocked and the stored item is taken out.

Similarly to the case where the article is stored and locked, the public wireless communication terminal 102 requests the service site 104 to unlock the storage 19 # 1 as information for specifying the service content to be processed in the service site 104, and Then, data of unique locker address information is transmitted for each locker cabinet and each storage as machine address information unique to the service providing machine (SJ20 to SJ24).

{Circle around (4)} The service site 104 that has received the data specifies, by the service content specifying unit, a request to unlock the storage 19 # 1 of the lockable cabinet 31 as the service content to be processed (SJ25).

Next, the service site 104 transmits an instruction to input a personal identification number to the public wireless communication terminal 102 that transmitted the data (SJ26).

(6) The public wireless communication terminal 102 displays the input instruction of the personal identification number received as described above on the display 24 (SJ27).

(4) The owner of the public wireless communication terminal 102 inputs a personal identification number from the keyboard 23 and transmits the password to the service site 104 (SJ29).

(4) The service site 104 collates the received e-mail address of the public wireless communication terminal 102 and the password with the mail address registered in the unlock condition storage unit 45 with the password (SJ29).

(4) When the above-mentioned collation is matched, the service site 104 blinks the use lamp 32 # 1 of the storage 19 # 1 of the lockable cabinet 31 and transmits an unlocking command to the lockable cabinet 31 (SJ30).

(4) The cabinet with lock 31 blinks the use lamp 32 # 1 of the hangar 19 # 1 and unlocks it (SJ31).

(4) The owner of the public wireless communication terminal 102 opens the door of the hangar 19 # 1 where the use lamp of the locked cabinet 31 is blinking, takes out the goods, and closes the door.

(4) The lockable cabinet 31 detects that the door of the hangar 19 # 1 is closed, and transmits the detection result to the service site 104. The service site 104 receives the above detection result and transmits a command to lock the corresponding storage 19 # 1 to the lockable cabinet 31. The lockable cabinet 11 receives the command from the service site 40, and locks the storage 19 # 1 (SJ32 to SJ34).

Next, the service site 104 sends an e-mail to the public wireless communication terminal 102 to confirm the intention to continue using or release the hangar 19 # 1 (SJ35).

(6) The public wireless communication terminal 102 receives and displays the e-mail confirming the intention described above (SJ36).

The owner of the public wireless communication terminal 102 decides whether to continue using or release the data, inputs data indicating the intention to release or data indicating the intention to continue using the data, and returns the data to the service site 104 by e-mail (SJ37). ).

When the service site 104 receives an e-mail indicating intention to release from the public wireless communication terminal 102, the service site 104 transmits a command to turn off the use lamp 32 # 1 of the storage 19 # 1 to the lockable cabinet 31 and responds. The data in the use state storage unit is rewritten with data indicating the completion of use (SJ39).

When the service site 104 receives an e-mail from the public wireless communication terminal 102 indicating an intention to continue using the service, the service site 104 transmits a command to turn on the use lamp 32 # 1 of the storage 19 # 1 to the lockable cabinet 31 (SJ40). .

Based on the above command, the cabinet with lock 31 turns off or turns on the use lamp 32 # 1 of the hangar 19 # 1 (SJ41).

According to the present invention, in the service activation system described in the nineteenth embodiment of the present invention, once the owner of public wireless communication terminal 102 starts using a specific storage of locked cabinet 31 once, By repeatedly locking and unlocking until it is released, the same hangar can be continuously used.

Next, a twenty-first embodiment of the present invention will be described.

The service activation system according to the present invention is the service activation system described in the twentieth embodiment of the present invention, and as a means for calculating a usage fee for each storage 19 of the lockable cabinet 31 as the service providing machine 10, The service activation system described in the seventeenth embodiment of the present invention is provided with a charge calculating means.

The service site 104 that constitutes the service activation system of the present invention uses the service state storage unit of the storage 19 # 1 of the locker cabinet 31 in SJ15 of FIG. 44 described in the twentieth embodiment of the present invention. When rewriting the data with the data indicating the start of use, the use time calculating means described in the seventeenth embodiment of the present invention uses the time data obtained from the clock mechanism 29 or the time data by the clock mechanism 29 provided in the service site 104. The use start time T1 of the storage 19 # 1 of the lockable cabinet 31 is determined.

In addition, the service site 104 uses the data in the corresponding use state storage unit of the storage 19 # 1 of the lockable cabinet 31 in the SJ39 of FIG. 48 described in the twentieth embodiment of the present invention to indicate that the use has been completed. When rewriting, the use completion time T2 of the storage 19 # 1 of the locker cabinet 31 is determined from the time data obtained from the clock mechanism 29 or the time data by the clock mechanism 29 provided in the service site 104, and the use start time T1 and The usage time is calculated from the usage completion time T2, and a predetermined usage fee is calculated from the usage time by the fee calculation means.

According to the present invention, when the storage 19 of the lockable cabinet 31 is repeatedly used for locking and unlocking, it is possible to calculate the usage fee for each lockcase 19 of the lockable cabinet 31.

Next, a twenty-second embodiment of the present invention will be described.

The service activation system according to the present invention is the service activation system described in the nineteenth embodiment of the present invention, and includes user communication means for performing communication between the service site 104 and the public wireless communication terminal 102. Constitute. The above-mentioned user communication means can be configured by providing the service site 104 and the public wireless communication terminal 102 with a function of performing communication by e-mail using mobile communication such as a mobile phone and a public network, for example.

The service site 104 is also provided with an unlock condition storage unit 45 for storing data of a necessary condition of a user who unlocks each lock cabinet 31 and each storage 19. As shown in FIG. 41, the unlocking condition storage unit 45 is a public wireless communication system used by a user who can unlock the locker of the locker cabinet and the locker cabinet 19 together with the locker cabinet 31. Data such as an e-mail address and a password of the terminal 102 is stored.

The service site 104 is provided with an unlocker setting means. The unlocker setting means can be constituted by a program of the service site 104. For example, a user who satisfies the data stored in the unlock condition storage unit 45 recognizes a new user as a person who should unlock the new user. Then, the user who can perform unlocking stored in the locker address of the storage 19 of the locked cabinet 31 as exemplified in the unlocking condition storage unit 45 to the service site 104 through the user communication means. Whether the service site 104 becomes a new person who should unlock the e-mail address notified by the e-mail when the request for rewriting the necessary conditions to the new user's requirements is sent by e-mail. When sending an inquiry e-mail and receiving a reply from the user who received the e-mail that the user who should unlock the new e-mail, Configured to include a function to rewrite the data, such as over-bis sites 104 an e-mail address and personal identification number of the person who is to perform a new unlock the data stored in the unlocking condition storage unit 45 of the.

Next, the operation will be described.

The user who locked the storage 19 # 1 of the lockable cupboard 31 and stored the mail address and the password of the public wireless communication terminal 102 in the unlocking condition storage unit 45, can store the lock 19 of the lockable cupboard 31. In the case where the unlocking of # 1 is performed by another person, first, the e-mail address of the public wireless communication terminal 102 of the user who has been recognized as a person who should newly unlock the electronic mail is sent to the service site 104 via the user communication means. To notify.

(4) The service site 104 sends an e-mail to the e-mail address notified by the e-mail for inquiring whether or not a new person should be unlocked.

If the user who has received the e-mail acknowledges that he / she is to be newly unlocked, the e-mail including the personal identification number used for unlocking the hangar is returned to the service site 104. .

The service site 104 rewrites the e-mail address and the password of the public wireless communication terminal 102 of the user who can perform unlocking stored in the unlocking condition storage unit 45 based on the electronic mail.

The person who has stored the necessary conditions of the user who unlocks the unlocked condition storage unit 45 for each of the unlocked cabinets 31 and the storages 19 in the unlocking condition storage unit 45 can unlock the storage 19 of the unlocked cabinets 31. Further, through the above-mentioned operation, the unlock condition storage unit 45 can be rewritten through the user communication means for a user who has determined that unlocking should be newly performed and who has also recognized the unlocking.

According to the present invention, the user of the locked cabinet 31 unlocks the unlock condition storage unit 45 for storing the necessary conditions of the user who unlocks each cabinet 19 with the locked cabinet 31 of the service site 104 through the user communication means. By rewriting, the user who has determined that the unlocking should be newly performed and who has also recognized the unlocking can unlock it.

Next, a twenty-third embodiment of the present invention will be described.

FIG. 49 is a block diagram illustrating a system configuration for explaining a twenty-third embodiment of the present invention. FIG. 50 is a diagram illustrating a configuration example of a delivery slip. FIG. 50 shows a service for specifying a collection, (2) a service for starting collection of the specified collection, (3) a service for storing the collection in a cabinet of a cabinet with a lock, and (4) storage. It is a figure which illustrates the mutual relationship of four service contents of the service which transfers the preserve | collected collection to the owner of a public wireless communication terminal, and the flow of main information. FIG. 51 is a diagram illustrating the configuration of the actual database. FIG. 52 is a diagram illustrating a configuration of the delivery slip file. FIG. 53 is a diagram exemplifying the configuration of the trader database. 54 to 68 are flowcharts illustrating the flow of the operation of the system.

Referring to FIG. 49, a service activation system 150 of the present invention is the service activation system described in the first, second, or third embodiment of the present invention, and A lockable cabinet 31 is provided. The lockable cupboard 31 includes a plurality of hangars 19, and a wireless tag 101 is attached to each hangar 19. Further, the service activation system 150 of the present invention is configured such that the wireless tag 101 is attached to the actual product 33 or a place corresponding to the actual product 33 on display, and the wireless tag 101 of the public wireless communication terminal 102 is attached to the wireless tag 101. The transmission data of the wireless tag 101 transmitted when the display object 28 is held over the actual item 33 or the exhibition address information unique to the place corresponding to the actual item 33 is displayed.

In addition, the service activation system of the present invention includes a collection unit that collects a product 34 equivalent to the actual product 33 on display specified from the display address information at the service site 104 specified from the transmission data of the wireless tag 101. Configure. The collection means creates a delivery slip 54 including a barcode uniquely assigned to the thing 34 equivalent to the actual thing 33 on display based on the exhibition address information, and writes the barcode described on the delivery slip 54. A thing 34 equivalent to the actual thing 33 is taken out from the warehouse 35 and collected.

FIG. 50 shows an example of the configuration of the delivery slip 54, in which a slip number, a bar code of the slip number, a place where the collected goods are delivered, a name of the delivered goods, a bar code, and a quantity are described.

The service activation system 150 of the present invention is provided with a storage unit for storing the items collected by the collection unit in the locker cabinet 31 described in the location where the delivery slip 54 is delivered.

The service activation system 150 of the present invention is provided with means for transferring the collection stored and stored in the lockable cabinet 31 through the storage and storage means to the owner of the public wireless communication terminal 102.

Next, the operation will be described.

As illustrated in FIG. 51, the service contents to be processed in the service site 104 specified from the transmission data of the wireless tag 101 include (1) a service for specifying a collection, and (2) a service for specifying the collection. A service for starting the collection, (3) a service for storing the collected items in the locker cabinet, and (4) a service for transferring the stored items to the owner of the public wireless communication terminal. , And four service contents.

As shown in FIG. 51, the service site 104 is provided with an actual database 42, a delivery slip file 43, a supplier database 44, and an unlocking condition storage unit 45 for the above four service contents. As shown in FIG. 52, the actual database 42 stores an exhibition address, a barcode assigned to an object 34 equivalent to the actual object 33 on display, and data of an article name. Also, as shown in FIG. 53, the delivery slip file 43 includes a slip number, a bar code of the slip number, a locker address serving as a delivery place for the collected items, an e-mail address of the public wireless communication terminal 102 (for the owner), In addition, the data of the exhibition address collected is stored. Further, the trader database 44 stores the data of the e-mail address of the public wireless communication terminal 102 (for trader) as illustrated in FIG. The unlocking condition storage unit 45 stores the locker address of the storage 19 of the lockable cabinet 31, the e-mail address of the public wireless communication terminal 102 (for the owner), and the password as shown in FIG. 41. I remember.

(1) First, the operation of the service for specifying the collection (1) of the service contents to be processed in the service site will be described.

The wireless tag 101 affixed to the spot 33 # 1 or the corresponding location of the spot 33 # 1 is referred to as a wireless tag 101 # Exhibition 1, and similarly the wireless tag affixed sequentially to the spot 33 # n or the corresponding location of the spot 33 # n. The following description will be made with the wireless tag 20 as the wireless tag 20 # exhibition n. The exhibition address information included in the transmission data of the wireless tag 20 # exhibition n will be described as exhibition address information #n.

Referring to FIG. 55 to FIG. 57, the owner of the public wireless communication terminal 102 first sets the wireless tag reading port 28 of the public wireless communication terminal 102 (for the owner) to the actual 33 # 1 or 33 When held over the wireless tag 101 #Exhibition 1 attached to the location corresponding to # 1, information for specifying the address of the service site 104 and exhibition address information as information for specifying service contents to be processed in the service site 104 Data including # 1 is transmitted from the wireless tag 101 # Exhibition 1 to the public wireless communication terminal 102 (for the owner) (SK3 to SK5).

The public wireless communication terminal 102 (for the owner) specifies the address of the service site 104 from the information for specifying the address of the service site 104 included in the transmission data of the wireless tag 101 #Exhibit 1 by the address specifying means, and specifies the address. The data including the exhibition address information # 1 as the information for specifying the service content (the service for specifying the collection) to be processed in the service site 104 is transmitted to the service site 104 having the designated address (SK6 and SK7).

The service site 104 uses the service content specifying means to specify a service content that specifies a collection from service information to be processed in the service site 104 included in the data transmitted from the public wireless communication terminal 102 (for the owner). Specify (SK8).

(4) In the service content specified above, the display address # 1 is specified from the display address information # 1, and stored in the delivery slip file 43 together with the e-mail address of the public wireless communication terminal 102 (for the owner) (SK9).

Similarly, when the wireless tag reading port 28 of the public wireless communication terminal 102 (for the owner) is held over the actual item 33 # n on display or the wireless tag 101 # exhibition n attached to a place corresponding to the actual item, service The site 104 specifies the exhibition address #n and additionally stores it in the delivery slip file 43 (SK10 to SK16).

Next, (2) a service for starting collection of the specified collection of service contents to be processed at the service site will be described.

Referring to FIG. 58 to FIG. 61, the owner of the public wireless communication terminal 102 places the wireless tag reading port 28 of the public wireless communication terminal 102 (for the owner) on the spot 33 # n or spot 33 on display. Completion of the operation of holding the wireless tag 101 over the wireless tag 101 #Exhibition n attached to the location corresponding to the actual product 33 or the wireless tag 101 #S provided separately from the wireless tag 101 attached to the location corresponding to the actual product 33 This is performed by holding the wireless tag reading port 28 of the public wireless communication terminal 102 (for the owner) over the collection start request).

The wireless tag 101 # S (collection start request) is added to data transmitted from the wireless tag 101 # S (collection start request) when the wireless tag reading port 25 of the public wireless communication terminal 102 is held over the service site 104. The information including the information indicating the collection start request is included as the information for specifying the service content to be processed.

The completion of the operation may be notified to the service site 104 by a method in which the owner of the public wireless communication terminal 102 inputs predetermined data from the keyboard 23 of the public wireless communication terminal 102 and transmits the data to the service site 104. Good.

When the owner of the public wireless communication terminal 102 holds the wireless tag reading port 28 of the public wireless communication terminal 102 (for the owner) over the wireless tag 101 # S (collection start request), the service site 104 Specifies a collection start request as service contents (SL2 to SL7).

When the service site 104 specifies the collection start request as the information for specifying the service content to be processed in the service site 104, the lock for storing and collecting the collected items for delivery to the owner of the public wireless communication terminal 102 is described above. The locker address information of the attached cabinet 31 is transmitted to the public wireless communication terminal 102 (for the owner) and displayed to notify the owner of the public wireless communication terminal 102 (SL8 and SL9).

(4) The owner of the public wireless communication terminal 102 selects one locker cabinet 31 convenient for delivery of the collection from the displayed locker address information and transmits it to the service site 104 (SL10).

In the following description of the operation, as an example, the owner of the public wireless communication terminal 102 selects the lockable cabinet 31 in the above, and the service site 104 causes the hangar 19 vacant in the lockable cabinet 31 at that time. The case where the storage 19 # 1 is secured for delivery from among the storages will be described.

As an initial state, the service site 104 rewrites the data indicating the use state of the storage 19 # 1 of the lockable cabinet 31 in the use state storage unit with the data indicating the completion of use, and rewrites the storage 19 # 1 of the lockable cabinet 31. A command to lock and turn off the corresponding use lamp 32 # 1 is transmitted to the lockable cabinet 31. The lockable cabinet 31 locks the storage 19 # 1 of the lockable cabinet 31 and sets the corresponding use lamp 32 # 1. It is assumed that the lamp is extinguished (SL11 and SL12).

The service site 104 transmits a command to turn on the use lamp 32 # 1 of the storage 19 # 1 to the lockable cabinet 31 of the received locker address information, and rewrites the corresponding data in the use state storage unit with the use start data ( SL14).

(4) The lockable cabinet 31 turns on the corresponding use lamp 32 # 1 of the storage 19 # 1 (SL14).

(4) The service site 104 transmits to the public wireless communication terminal 102 (for the owner) an instruction to input a password to be used when unlocking the lockable cabinet 31 and displays it (SL16 and SL17).

(4) The owner of the public wireless communication terminal 30 (for the owner) inputs the personal identification number and transmits it to the service site 40 (SL18).

The service site 104 rewrites the data in the unlock condition storage unit 45 corresponding to the storage 19 # 1 of the locker cabinet 31 with the e-mail address of the public wireless communication terminal 102 (for the owner) and the owner's password (SL19). ).

The service site 104 additionally stores the locker address information of the storage 19 # 1 of the locker closet 31 determined above in correspondence with the written electronic mail address of the public wireless communication terminal 102 (for the owner) of the delivery slip file 43. (SL20).

The service site 104 indexes the actual database 42 on the basis of the exhibition address information # 1 and the exhibition address information #n of the delivery slip file 43, and searches for the name of the article 34 equivalent to the actual article 33 being exhibited. The attached barcode information is acquired (SL21).

The service site 104, in addition to the product name and barcode of the object 34 equivalent to the actual object 33 on display acquired above, the number of items to be collected, and the storage 19 # of the locker cabinet 31 for storing the items determined above. Then, a delivery slip 54 describing the locker address of 1 and the serial number of the delivery slip and its bar code is created (SL22).

The same thing 34 # 1 as the actual thing displayed on the delivery slip 54 and the same thing 34 # n as the actual thing on display are collected from the warehouse 52 by the quantity shown on the delivery slip 54 and collected. The delivery slip 54 is attached to the product 53.

(4) Next, a description will be given of (3) the service of storing collected contents of the service contents to be processed in the service site in the storage cabinet of the lockable cabinet.

Referring to FIG. 62 to FIG. 69, the collected object 53 to which the delivery slip 54 has been affixed is identified by the storage and storage means as the lock described in the nineteenth embodiment of the present invention specified by the delivery slip 54. Is stored in the storage 19 # 1 of the attached cabinet 31. The flow of the storage operation will be described below.

The storage and storage company receives the collected goods 53 to which the delivery slip 54 is attached, searches for the storage 19 # 1 of the locker cabinet 31 described on the delivery slip 54, and searches for the public wireless communication terminal. The wireless tag reading port of 102 (for the trader) is held over the wireless tag 101 # 1 attached to the storage 19 # 1 of the lockable cabinet 31 (SM1).

As described in the nineteenth embodiment of the present invention, the wireless tag 101 # 1 stores information for specifying the address of the service site 102 from the memory 13, information for specifying the service content to be processed in the service site 104, Data including machine address information unique to the service providing machine 10 (locker address information unique to each locker cabinet 31 and each storage 19) is read and transmitted to the wireless tag reading port 28 (SM2).

(6) The public wireless communication terminal 102 (for the trader) acquires the data transmitted from the wireless tag 101 # 1 from the wireless tag reading port 28 and sounds a click sound. Further, the address specifying unit specifies the address of the service site 104 from the information specifying the address of the service site 104 included in the transmission data of the wireless tag 101 # 1, and sends the service site 104 to the service site 40 having the specified address. Transmits the data specifying the service content to be processed and the data including the locker address information of the lockable cabinet 31 as machine address information unique to the service providing machine (SM3 to SM5).

Information specifying the service content to be processed at the service site 104 included in the data transmitted from the public wireless communication terminal 102 (for the trader), and the locker cabinet 31 as machine address information unique to the service providing machine 10 The service site 104 which has received the locker address information of the storage 19 # 1 specifies the service content to be processed by the service content specifying means, and the received e-mail address of the public wireless communication terminal 102 is the trader illustrated in FIG. Check whether the e-mail address of the public wireless communication terminal 102 (for the trader) registered in the database 44 or the e-mail address of the public wireless communication terminal 102 (for the owner) registered in the delivery slip file 43 , The service site 104 is a public wireless communication terminal 102 (for If it was confirmed that the e-mail, the service content to be processed to identify that it is a store to store service to lock armoire hangar (SM6, and SM7).

Next, the service site 104 transmits the input instruction of the slip number (bar code) of the delivery slip 54 to the public wireless communication terminal 102 (for the trader) and displays it (SM8 and SM9).

(4) The trader inputs the slip number (bar code) of the delivery slip 54 to the public wireless communication terminal 102 (for the trader) and transmits it to the service site 104 (SM10).

The service site 104 indexes the delivery slip file 43 from the slip number (barcode) of the received delivery slip 54, so that the locker address specified from the locker address information received together with the service content identification information is indexed as described above. Confirm that they match the locker address (SM11 and SM12).

(4) When the above confirmation is obtained, the service site 104 flashes the use lamp 32 # 1 of the storage 19 # 1 of the lockable cabinet 31 and transmits an unlocking command to the lockable cabinet 31 (SM13).

Based on the above command, the cabinet with lock 31 blinks the use lamp 32 # 1 of the hangar 19 # 1 and unlocks it (SM14).

(4) When the trader opens the hangar 19 # 1 to store the collected items 53 and closes the door, the lockable cabinet 31 notifies the service site 40 that the door of the hangar 19 # 1 has been closed (SM15).

(4) The service site 104 receives the notification that the door is closed, transmits a command to lock the storage 111 # 1 of the cabinet 11 with lock, and turns on the corresponding use lamp 1112 # 1 (SM16).

The locker cabinet 31 locks the storage 19 # 1 and turns on the corresponding use lamp 32 # 1 (SM17).

The service site 104 sends an e-mail from the e-mail address of the delivery slip file 43 to the public wireless communication terminal 102 (for the owner) notifying that the collection has been stored in the storage 19 # 1 of the lockable cabinet 31. (SM18).

Next, a description will be given of (4) a service for transferring a collection of stored service contents to be processed at the service site to the owner of the public wireless communication terminal.

(4) The public wireless communication terminal 102 (for the owner) receives and displays the electronic mail (SM19).

The owner of the public wireless communication terminal 102 (for the owner) searches the storage 19 # 1 of the lockable cabinet 31 notified by the above-mentioned e-mail, and reads the wireless tag reading port of the public wireless communication terminal 102 (for the owner). Over the wireless tag 101 # 1 (SM20).

The wireless tag 101 # 1 includes information for specifying the address of the service site 104 from the memory 13, information for specifying the service content to be processed in the service site 104, and machine address information unique to the service providing machine 10 (for each lockable cabinet 31 with a lock). The data including the unique locker address information for each storage 19 is read and transmitted to the wireless tag reading port 28 (SM221).

(4) The public wireless communication terminal 102 (for the owner) acquires the data transmitted from the wireless tag 101 # 1 from the wireless tag reading port 28 and sounds a click sound. Further, the address specifying unit specifies the address of the service site 104 from the information specifying the address of the service site 104 included in the transmission data of the wireless tag 101 # 1, and sends the service site 104 to the service site 104 having the specified address. Transmits the data specifying the service content to be processed and the data including the locker address information of the lockable cabinet 31 as machine address information unique to the service providing machine (SM22 to SM24).

Information for specifying service contents to be processed at the service site 104 included in the data transmitted from the public wireless communication terminal 102 (for the owner), and a lockable cabinet as machine address information unique to the service providing machine 10 The service site 104 that has received the locker address information of the storage 19 # 1 of the storage 31 specifies the service content to be processed by the service content specifying means, and stores the received e-mail address of the public wireless communication terminal 102 in the trader database 44. It is checked whether the e-mail address of the registered public wireless communication terminal 102 (for the trader) or the e-mail address of the public wireless communication terminal 102 (for the owner) registered in the delivery slip file 43.

If it is confirmed that the electronic mail address is the e-mail address of the public wireless communication terminal 30 (for the owner), the service site 104 uses the corresponding use state storage unit from the locker 19 # 1 locker address information of the lockable cabinet 31. Since the data representing the state is the data of the start of use, it is specified that the service content to be processed is a service to be transferred from the locker of the lockable cabinet to the owner of the public wireless communication terminal (SM25 and SM26).

(4) Next, the service site 104 transmits an instruction to input a personal identification number to the public wireless communication terminal 102 (for the owner) to display the instruction (SM27 and SM28).

(4) The owner of the public wireless communication terminal 102 (for the owner) inputs the personal identification number to the public wireless communication terminal 102 (for the owner) and transmits it to the service site 104 (SM29).

The service site 104 stores the received e-mail address of the public wireless communication terminal 102 and the personal identification number in the unlocking condition storage unit 45 corresponding to the storage 19 # 1 of the lockable cabinet 31 and the personal identification number. (SM30).

(4) When the above-mentioned collations match, the service site 104 blinks the use lamp 32 # 1 of the storage 19 # 1 of the lockable cabinet 31 and transmits an unlocking command to the lockable cabinet 31 (SM31).

(4) Based on the above command, the cabinet with lock 31 blinks the use lamp 32 # 1 of the hangar 19 # 1 and unlocks it (SM32).

When the owner of the public wireless communication terminal 102 (for the owner) opens the door of the hangar 19 # 1 to take out the collection and closes the door, the lockable cabinet 31 confirms that the door of the hangar 19 # 1 has been closed. Notification is made to the service site 40 (SM33).

The service site 104 receives the notification that the door is closed, locks the storage 19 # 1 of the locked cabinet 31, transmits a command to turn off the corresponding use lamp 32 # 1, and sends the command to lock the cabinet 31 # 1. The data indicating the use status of the corresponding use status storage unit of 19 # 1 is rewritten to the data of the use completion (SM34).

(4) The cabinet with lock 31 locks the storage 19 # 1, and turns off the corresponding use lamp 32 # 1 (SM35).

According to the present invention, just by holding the wireless tag reading port of the public wireless communication terminal over the wireless tag affixed to the actual thing or the corresponding place of the actual thing being displayed, the same thing as the actual thing being exhibited is collected and a cabinet with a lock You will be able to receive through.

Next, a twenty-fourth embodiment of the present invention will be described.

サ ー ビ ス The service activation system according to the present invention is the service activation system described in the twenty-third embodiment of the present invention, and is constructed by replacing the above-mentioned displayed product with a product sold at a store. Also, the wireless tag 101 # S (collection start request) is attached to the payment counter of the store, and the wireless tag of the public wireless communication terminal 102 (for the owner) is read by the wireless tag 101 # S (collection start request). When the customer holds the mouth 28, the service site 104 totals the price of the product, receives the notification of the payment completion from the POS terminal, creates the delivery slip 54 described in the twenty-third embodiment of the present invention, and collects the delivery slip 54. Configure to pass to.

Next, a twenty-fifth embodiment of the present invention will be described.

The service activation system according to the present invention is the service activation system described in the twenty-third embodiment of the present invention, wherein the displayed actual item is replaced with a catalog or other material distributed in the exhibition hall. Constitute. The wireless tag 101 # S (collection start request) is attached to the exit of the exhibition hall, and when the public wireless communication terminal 102 (for the owner) leaves the exhibition hall, the wireless tag 20 # S (collection start request) The wireless tag reading port of the public wireless communication terminal 102 (for the owner) is configured to face the start request). Further, as described above, the owner of the public wireless communication terminal 30 inputs predetermined data from the keyboard 23 of the public wireless communication terminal 102 and notifies the service site 104 of the completion of the operation by transmitting the data to the service site 104. The configuration is as follows.

Next, a twenty-sixth embodiment of the present invention will be described.

The service activation system according to the present invention is the service activation system described in the fourteenth embodiment of the present invention, wherein the service providing machine 10 is a vending machine, and for each place corresponding to the exhibited product of the vending machine. The wireless tag 101 is attached and configured.

Also, the data to be written in the memory 13 of the wireless tag 101 for each location corresponding to the exhibit product includes product address information corresponding to the exhibit product, and the wireless tag 101 includes the wireless tag of the public wireless communication terminal 102. The transmission data of the wireless tag 101 transmitted when the reader 28 is held over the reading port 28 includes the above-mentioned product address information.

Further, the service site 104 specified from the transmission data of the wireless tag 101 is provided with a program for transmitting to the vending machine a command to discharge the product specified from the product address information to an outlet of the vending machine. I do.

動作 The operation of the embodiment of the present invention is performed in the same manner as the operation described in the fourteenth embodiment of the present invention.

According to the present invention, the owner of the public wireless communication terminal 102 has the same level as the exhibited product only by holding the wireless tag reading port 28 of the public wireless communication terminal over the wireless tag attached to each location corresponding to the exhibited product of the vending machine. Can be purchased from vending machines.

Next, a twenty-seventh embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the fourteenth embodiment of the present invention, wherein the service providing machine 10 is a control box for controlling a gate of a parking lot, and a wireless tag 101 is provided in the control box. Is attached.

In the data to be written in the memory 13 of the wireless tag 101 attached to the control box, the information for specifying the service content to be processed at the service site 104 includes a service for causing the control box to open a parking gate. In the transmission data of the wireless tag 101 transmitted when the wireless tag reading port 28 of the public wireless communication terminal 102 is held over the wireless tag 101 including the information to be specified, a gate of the parking lot is opened in the control box. It is configured to include information for specifying a service to be provided.

In addition, the service site 104 specified from the transmission data of the wireless tag 101 includes, in the control box for controlling the gate of the parking lot, information for specifying a service that causes the control box to open the gate of the parking lot. And a program for transmitting a command to open the gate of the parking lot.

動作 The operation of the embodiment of the present invention is performed in the same manner as the operation described in the fourteenth embodiment of the present invention.

According to the present invention, it is possible to make the control box open the gate of the parking lot simply by holding the wireless tag reading port of the public wireless communication terminal over the wireless tag attached to the control box for controlling the gate of the parking lot.

Next, a twenty-eighth embodiment of the present invention will be described.

サ ー ビ ス The service activation system according to the present invention is the service activation system described in the twenty-seventh embodiment of the present invention, wherein the control box is installed on the side entering the parking lot and the side exiting the parking lot.

In the data to be written in the memory 13 of the wireless tag 101 to be attached to the control box, the information for specifying the service content to be processed at the service site 104 is the wireless tag to be attached to the control box installed on the side to enter the parking lot. The tag 101 includes information specifying a service for opening the gate of the parking lot in the control box installed on the side entering the parking lot, and the wireless tag 20 attached to the control box installed on the exit side of the parking lot includes: A control box installed on the exit side of the parking lot includes information for specifying a service for opening the gate of the parking lot.

The transmission data of the wireless tag 101 to be attached to the control box installed on the side of entering the parking lot at the service site 40 specified from the transmission data of the wireless tag 101, and the fourth or fifth embodiment of the present invention. And a program for determining the use start time based on the time data by the clock mechanism described in the first embodiment.

In the service site 104, the transmission data of the wireless tag 101 attached to the control box installed on the exit side of the parking lot and the clock mechanism described in the fourth or fifth embodiment of the present invention are used. A program for determining the use completion time based on the time data is provided.

The service site 104 includes a use time calculating unit that calculates a use time of the parking lot from the use start time and the use completion time. The use time calculating means can be configured by a program of the service site 104.

The service site 40 is further provided with a charge calculating means for calculating the usage fee of the parking lot from the usage time calculated through the usage time calculating means. The charge calculating means can be constituted by a program of the service site 101.

動作 The operation of the embodiment of the present invention is performed in the same manner as the operation described in the fourteenth embodiment of the present invention. The determination of the use start time and the use completion time, the calculation of the use time, and the calculation of the use fee are performed in the same manner as the operation described in the fifteenth embodiment of the present invention.

According to the present invention, it is possible to park the vehicle simply by holding the wireless tag reading port of the public wireless communication terminal over the control box installed on the side entering the parking lot or the wireless tag attached to the control box installed on the side exiting the parking lot. The control box installed on the side entering the car park or the control box installed on the side exiting the parking lot can open the gate of the parking lot. In addition, the service site can calculate the usage time and usage fee of the parking lot.

Next, a twenty-ninth embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the fourteenth embodiment of the present invention, wherein the service providing machine 10 is an automatic ticket gate, and the wireless tag 101 is attached to the automatic ticket gate. I do.

In the data to be written in the wireless tag 101 attached to the automatic ticket gate, the information for specifying the service content to be processed in the service site 104 includes ticket gate address information. The transmission data of the wireless tag 102 transmitted when the user holds the wireless tag reading port 28 of the terminal 102 is configured to include the above-mentioned ticket gate address information.

The service site 104 specified from the data transmitted from the wireless tag 101 to the public wireless communication terminal 30 has a condition that the owner of the public wireless communication terminal 30 passes through the ticket gate specified by the ticket gate address information. Is provided with a condition checking means for checking whether or not there is a.

The condition confirmation means can be constituted by a program of the service site 104. For example, the e-mail address of the public wireless communication terminal 102 of the owner of the public wireless communication terminal 102; When data such as a period is stored in advance as conditions for passing through the ticket gate, and the service site 104 receives the information included in the transmission data of the wireless tag 101 by the method described in the fourteenth embodiment of the present invention, The stored data is checked based on data such as the e-mail address of the public wireless communication terminal 102 that has transmitted the information, and the owner of the public wireless communication terminal 102 checks the wireless tag reading port of the public wireless communication terminal 102. Whether or not there is a condition to pass through the ticket gate to which the wireless tag holding 28 is attached Constitute a function of certification.

Further, if it is confirmed by the condition confirmation means that the owner of the public wireless communication terminal has a condition for passing the ticket gate, the service site 104 informs the automatic ticket gate of the gate of the ticket gate. And a program for activating a command to open the file.

動作 The operation of the embodiment of the present invention is performed in the same manner as the operation described in the fourteenth embodiment of the present invention.

According to the present invention, the service site is owned by the public wireless communication terminal 102 only by holding the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag attached to each automatic ticket gate by the owner of the public wireless communication terminal 102. Can confirm whether or not the person has a condition for passing the ticket gate specified from the transmission data of the wireless tag 101, and if it is confirmed that the person has the condition for passing the ticket gate, the gate of the ticket gate can be confirmed. Command to open the file can be activated.

Next, a thirtieth embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the fourteenth embodiment of the present invention, wherein the service providing machine 10 is an entrance / exit with lock for remotely performing lock management, and performs the lock management. A wireless tag 101 is attached to an entry / exit port with a lock that is remotely operated.

The information for specifying the service contents to be processed at the service site 104 in the data to be written in the wireless tag 101 attached to the lockable entrance / exit opening for remotely performing the lock management includes the lockable entrance / exit. The entry / exit port with lock is included in the transmission data of the wireless tag 101 transmitted when the wireless tag reading port 28 of the public wireless communication terminal 102 is held over the wireless tag 101 including the entry / exit port address information to be specified. Is configured to include entrance / exit address information for specifying

In addition, the service site 104 specified from the data transmitted from the wireless tag 101 to the public wireless communication terminal 102 has the entry / exit room specified by the owner of the public wireless communication terminal 102 from the entry / exit address information. The apparatus is provided with condition checking means for checking whether there is a condition for passing through the mouth.

The condition checking means can be constituted by a program of the service site 104. For example, in the service site 104, the e-mail address of the public wireless communication terminal 102 of the owner of the public wireless communication terminal 102, a lockable entrance / exit opening, Data such as a possible period is stored in advance as conditions for passing through the locked entrance / exit port, and the service site 104 stores information included in the transmission data of the wireless tag 101 by the method described in the fourteenth embodiment of the present invention. Is received, the stored data is checked based on data such as the e-mail address of the public wireless communication terminal 102 that transmitted the information, and the owner of the public wireless communication terminal 102 A line that passes through a locked entrance / exit port to which a wireless tag with the wireless tag reading port 28 held is attached. Configuring a function to check whether they have.

Further, in the service site 104, if it is confirmed by the condition confirmation means that the owner of the public wireless communication terminal 102 has a condition for passing through the locked entrance / exit, And a program for starting a command to open the lock.

動作 The operation of the embodiment of the present invention is performed in the same manner as the operation described in the fourteenth embodiment of the present invention.

According to the present invention, the wireless tag 101 of the public wireless communication terminal 102 is simply held by the owner of the public wireless communication terminal 102 over the wireless tag 101 attached to each of the lockable entrances and exits for performing lock management. The service site specified from the transmission data of 101 can confirm whether or not the owner of the public wireless communication terminal 102 has a condition of passing through the locked entrance / exit port specified from the transmission data of the wireless tag, If it is confirmed that there is a condition for passing through the locked entrance / exit port, a command to open the lock of the locked entrance / exit port can be activated.

Next, a thirty-first embodiment of the present invention will be described.

The service activation system of the present invention is the service activation system described in the first embodiment of the present invention, and includes the wireless tag 101 prepared for going to work and the wireless tag 101 prepared for leaving work.

(4) The wireless tag 101 prepared for going to work and the wireless tag 101 prepared for leaving work have different transmission data. The method of configuring the wireless tag 101 prepared for going to work and the transmission data of the wireless tag 101 prepared for leaving from work is different, for example, in the service activation system described in the first embodiment of the present invention. There is a method of including information for going to work or leaving for work in the information for specifying the service content to be processed in the service site 104 in the data to be written in the wireless tag 101.

Further, the service site 104 specified from the transmission data of the wireless tag 101 includes the transmission data of the wireless tag 101 prepared for going to work or the transmission data of the wireless tag 101 prepared for leaving work, Alternatively, it is configured to include a program for determining the clock-in or clock-out time based on the time data by the clock mechanism described in the fifth embodiment.

The service site 104 is provided with a program for activating the service so as to record the clock-in and clock-out times.

According to the present invention, the owner of the public wireless communication terminal 102 simply holds the wireless tag reading port 28 of the public wireless communication terminal 102 over the wireless tag 101 prepared for going to work or the wireless tag 101 prepared for leaving work, The service site can determine the clock time or clock out time of the owner of the public wireless communication terminal 102, and can record the clock time and clock out time.

As described above, the service activation system according to the present invention uses, for example, a public wireless communication terminal and a wireless tag to provide, for example, a product purchase service, a product management service, a product delivery service, a cabinet with a lock, a parking service, and an automatic ticket gate service. , Etc. can be applied to the service activation system.

1 is a block diagram illustrating the configuration of a service activation system according to the present invention. FIG. 1 is a block diagram illustrating a configuration of a public wireless communication terminal according to the present invention. FIG. 3 is a block diagram illustrating a configuration of a wireless tag and a wireless tag reading port of a public wireless communication terminal according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. FIG. 3 is a diagram illustrating data to be written into a memory of a wireless tag. 1 is a block diagram illustrating the configuration of a service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. FIG. 3 is a diagram illustrating data to be written into a memory of a wireless tag. FIG. 3 is a diagram illustrating a configuration of a service specifying database. 1 is a block diagram illustrating the configuration of a service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. FIG. 3 is a diagram illustrating data to be written into a memory of a wireless tag. It is a figure which illustrates the structure of a service content identification database. 1 is a block diagram illustrating the configuration of a wireless tag reading port of a public wireless communication terminal including a clock mechanism and a standard time generating unit according to the present invention. 1 is a block diagram illustrating the configuration of a wireless tag reading port of a public wireless communication terminal including a clock mechanism and a standard time generating unit according to the present invention. It is a figure which illustrates the structure of a product advertisement and other information provision media. 1 is a block diagram illustrating the configuration of a service activation system according to the present invention. It is a figure which illustrates the structure of the goods advertisement and other information provision media which change the content provided with time. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 1 is a block diagram illustrating the configuration of a service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 1 is a block diagram illustrating the configuration of a service activation system according to the present invention. It is a figure which illustrates the structure of one storage in the cabinet with lock. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. It is a figure which illustrates the structure of an unlock condition storage part. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 1 is a block diagram illustrating the configuration of a service activation system according to the present invention. It is a figure which illustrates a delivery slip. (1) a service for specifying a collection, (2) a service for starting collection of the specified collection, (3) a service for storing and storing the collected product in a locker cabinet, and (4) a storage and storage process. FIG. 11 is a diagram illustrating an example of a relationship between four service contents and a main information flow, that is, a service of delivering collected items to an owner of a public wireless communication terminal. It is a figure which illustrates the structure of a physical database. It is a figure which illustrates the structure of a delivery slip file. It is a figure which illustrates the structure of a trader database. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention. 5 is a flowchart illustrating an operation flow of the service activation system according to the present invention.

Explanation of reference numerals

3, 4, 6, 8, 9 Information to be written in the memory of the wireless tag 5 Service identification database 7 Service content identification database 10 Service providing machine 11 Power generation unit 12, 21 Processor 13, 22 Memory 14, 28a Antenna 15 Product advertisement and other information Providing medium 16 Product advertisement and other information providing media that change the contents provided over time 19 Hangar 23 Keyboard 24 Display 25 Voice input / output / vibration mechanism 26 Wireless communication transmitting / receiving unit 27 Battery 28 Wireless tag reading port 28b Transmitting / receiving unit 28c Reading control unit 29 Clock mechanism 30 Standard time generating means 31 Closet with lock 32 Utilization lamp 33 Displayed thing 34 Object equivalent to the thing on display 42 Physical database 43 Delivery slip file 44 Trader database 45 Unlocking condition storage unit 52 warehouse 53 collected object 54 delivery slip 101 wireless tag 102 public wireless communication terminal 103 wireless communication base station 104 service site 105 database server

Claims (31)

It comprises a wireless tag and a public wireless communication terminal having a reading opening for the wireless tag, and a service site capable of communicating with the public wireless communication terminal, and holding the wireless tag reading opening of the public wireless communication terminal over the wireless tag. When the data transmitted by the wireless tag includes information for specifying the address of the service site and information for specifying the service content to be processed in the service site of the address, the wireless tag of the public wireless communication terminal Address specifying means for specifying a service site from address information of transmission data of the wireless tag read by the tag reading port; and service content from information for specifying service content to be processed in the service site specified by the address specifying means. Service content specifying means to be specified, and the service content specifying means Service activation system, characterized in that a service activation means for activating the service contents constant to. It comprises a wireless tag and a public wireless communication terminal having a reading opening for the wireless tag, and a service site capable of communicating with the public wireless communication terminal, and holding the wireless tag reading opening of the public wireless communication terminal over the wireless tag. When the wireless tag transmits data including unique ID data identifying itself of the wireless tag to the data transmitted by the wireless tag, the data identifying the address of the service site through the ID data and processing at the service site of the address are processed. A service specifying database that can be indexed with data specifying service contents to be provided is provided, and the service specifying database is indexed from ID data included in transmission data of the wireless tag read by a wireless tag reading port of the public wireless communication terminal. Within the service specified in the service site specified by Service activation system characterized by being configured so makes it bootable. It comprises a wireless tag and a public wireless communication terminal having a reading opening for the wireless tag, and a service site capable of communicating with the public wireless communication terminal, and holding the wireless tag reading opening of the public wireless communication terminal over the wireless tag. When the data transmitted by the wireless tag includes address information for specifying the address of the service site, and unique ID data for identifying itself in the service site specified through the address specifying means from the address information, A service content specifying database capable of indexing data specifying service contents to be processed from the ID data at a service site specified through the address specifying means from the address information is provided, and a service tag specifying port of the public wireless communication terminal is provided. From the read address information of the transmission data of the wireless tag Service activation system characterized by being configured so makes it bootable service content identified by indexing said service content specific database in a constant service site. The service activation system according to any one of claims 1 to 3, wherein a clock mechanism is provided at a wireless tag reading port of the public wireless communication terminal, and the clock mechanism allows the public to communicate with the wireless tag. A service activation system, wherein a time data when reading out the transmission data of the wireless tag is held over a wireless tag reading opening of a wireless communication terminal so that the time data can be transmitted to the service site. 4. The service activation system according to claim 1, wherein a clock mechanism is provided at the service site, and a service content specified at the service site specified from transmission data of the wireless tag is provided. 5. A service start system comprising means for recording time data for determining the start or end of a service by the clock mechanism. 6. The service activation system according to claim 4, further comprising: a standard time generating unit that synchronizes with a long-wave standard radio wave that is a reference signal of the radio clock, wherein accuracy of the clock mechanism can be maintained through the standard time generating unit. A service activation system characterized by: The service activation system according to any one of claims 1 to 3, wherein the wireless tag is held over a wireless tag reading port of the public wireless communication terminal, and data transmitted from the wireless tag is correctly read. A service activation system, characterized in that means for clearly indicating completion of normal reading of the transmission data is provided in the public wireless communication terminal. The service activation system according to claim 7, wherein the public wireless communication terminal is provided with a dummy sound generating unit that generates a click sound, and the normal reading of the transmission data of the wireless tag is completed by the public wireless communication terminal. A service activation system that enables click sounds to be generated by onomatopoeic generation means. The service activation system according to any one of claims 1 to 3, wherein data relating to service contents to be activated at the service site, a time at which the service is activated, and an owner of the public wireless communication terminal. A service activation system, comprising: means for totalizing and analyzing data relating to the service. The service activation system according to any one of claims 1 to 3, wherein a wireless tag reading port of the public wireless communication terminal is held over the wireless tag attached to a product advertisement or other information providing medium. The service site enables the service content related to the sale of the product related to the content provided by the information providing medium, the reservation, and the provision of the related detailed information to the public wireless communication terminal. A service activation system characterized in that: The service activation system according to claim 10, wherein the wireless tag is attached to a corresponding location for each provided content of the product advertisement and other information providing media that changes the content to be provided over time, and the product advertisement is attached. In addition, a service start-up system that enables a place where the corresponding wireless tag is pasted to be clearly indicated in the contents provided by the information providing medium. The service activation system according to claim 10, wherein the wireless tag attached to the product advertisement or other information providing medium that changes the content to be provided as time passes, and a wireless tag reading port of the public wireless communication terminal. A service activation system that enables the service site to match the time data obtained by the clock mechanism according to claim 4 or 5 with the time data read by the service site so that the contents provided by the product advertisement and other information providing media can be specified. The service activation system according to claim 10, wherein the service site for specifying when the reading port of the public wireless communication terminal is held over the wireless tag attached to a product advertisement or other information providing medium is provided for a mobile phone. A service activation system for enabling activation of service contents provided from the home page and receivable through the public wireless communication terminal. The service activation system according to any one of claims 1 to 3, further comprising a service providing machine capable of communicating with the service site, wherein the public wireless communication is performed on the wireless tag attached to the service providing machine. The service data specified by the transmission data includes the machine address information unique to the service providing machine in the transmission data of the wireless tag transmitted when the wireless tag reading port of the terminal is held over the terminal. A service activation system comprising means for instructing the service providing machine to perform an operation corresponding to a specific service content by communicating with the service providing machine. The service activation system according to claim 14, wherein a use state storage unit that rewrites by activating a service content corresponding to transmission data of the wireless tag attached to the service providing machine is provided in the service site, A start completion identification unit that identifies a start of use start and a start of use completion of a service from the data of the use state storage unit and the transmission data of the wireless tag, the start completion identification unit, and time data by a clock mechanism. A use start time and a use completion time, and a use time calculation unit that calculates a use time of a service provided through the service providing machine from the use start time and the use completion time, and a calculation using the use time calculation unit. Charge calculating means for calculating a predetermined usage charge from the usage time to be used. The service is provided at the wireless tag reading port of the wireless communication terminal, and the clock data is read by holding the wireless tag reading port of the public wireless communication terminal over the wireless tag and reading the transmission data of the wireless tag by the clock mechanism. The service can be transmitted to the site, or provided at the service site, the service is started by the clock mechanism in the service content specified at the service site specified from the transmission data of the wireless tag, or A service activation system comprising means for recording time data determined to end. 15. The service activation system according to claim 14, wherein a service start wireless tag and a service completion wireless tag are attached to the service providing machine, and a difference between transmission data of the wireless tag and time data by a clock mechanism is used. A use start time and a use completion time are determined, and the use start time and the use completion time are used to calculate a use time of a service provided through the service providing machine from the use start time and the use completion time. A fee calculating means for calculating a predetermined usage fee from usage time, wherein the clock mechanism is provided in a wireless tag reading port of a public wireless communication terminal, and the clock mechanism is used by the clock mechanism to provide the public wireless communication terminal with the wireless tag. Time data at the time of reading the transmission data of the wireless tag by holding the wireless tag reading opening of Or the clock mechanism is provided at a service site, and is provided by the clock mechanism in the service content specified at the service site specified from the transmission data of the wireless tag. A service activation system comprising means for recording time data that is determined to be the start or end of a service. 15. The service activation system according to claim 14, wherein the first activation of the service content by the transmission data of the wireless tag attached to the service providing machine that repeatedly provides the service within one use time, and the time data by the clock mechanism. Is provided through the service providing machine from a use start time determined from the service providing machine, and a use completion time determined from the service providing machine release command input from the input unit of the public wireless communication terminal and the time data by the clock mechanism. Service time calculating means for calculating the service time of the service; and charge calculating means for calculating a predetermined usage fee from the use time calculated through the use time calculating means, wherein the clock mechanism is a wireless communication terminal of the public wireless communication terminal. Provided at a tag reading opening, and the public wireless communication with respect to the wireless tag by the clock mechanism. Holding the wireless tag reading port of the communication terminal over the wireless tag and reading the transmission data of the wireless tag so that the time data can be transmitted to the service site, or the clock mechanism is provided at the service site, and the wireless tag Service means for recording the time data that defines the start or end of the service by the clock mechanism in the service content specified at the service site specified from the transmission data of the service. Activation system. The service activation system according to claim 14, wherein
A wireless tag for starting a fee service for discounting a certain amount of the usage fee calculated by the usage fee calculation means is provided,
The fee calculation unit calculates a predetermined usage fee from the usage time calculated through the usage time calculation unit,
The use time calculating means determines a use start time and a use completion time based on start completion identification means and time data by a clock mechanism, and provides a service provided through the service providing machine from the use start time and the use completion time. The service completion storage means is provided in the service site, and the start completion identifying means is provided in the service site for rewriting by activating a service content corresponding to the transmission data of the wireless tag attached to the service providing machine. The activation of the use of the service and the activation of the completion of use of the service are identified from the data in the use state storage unit and the transmission data of the wireless tag, or the use time calculating unit transmits the service to the service providing machine. A start wireless tag and a service complete wireless tag are attached, and the difference between the transmission data of the wireless tag and the clock mechanism A use start time and a use completion time based on the time data, and calculate a use time of a service provided through the service providing machine from the use start time and the use completion time, or the use time calculation means. The use start time determined from the first activation of the service content based on the transmission data of the wireless tag attached to the service providing machine that repeatedly provides the service within one use time and the time data by the clock mechanism; Either calculating a use time of a service provided through the service providing machine from a service providing machine release command input from an input unit of the communication terminal and a use completion time determined from time data by the clock mechanism. Do
The clock mechanism is provided at a wireless tag reading port of the public wireless communication terminal, and reads the transmission data of the wireless tag by holding the wireless tag reading port of the public wireless communication terminal over the wireless tag by the clock mechanism. The time data at the time of transmission can be transmitted to the service site, or the clock mechanism is provided at the service site, and the service content specified at the service site specified from the transmission data of the wireless tag is included. Wherein the clock mechanism constitutes means for recording time data for determining the start or end of the service by the clock mechanism. 15. The service activation system according to claim 14, wherein the service providing machine is a lock cabinet, and the wireless tag reading port of the public wireless communication terminal is held over the wireless tag attached to each lock cabinet of the lock cabinet. In the service site specified from the transmission data, the transmission data of the wireless tag transmitted at a time includes unique locker address information for each locker cabinet and each storage as machine address information specific to the service providing machine. And a means for instructing unlocking and locking of a storage specified by the lockable cabinet specified from locker address information. 20. The service activation system according to claim 19, wherein the locking means for automatically locking when the door of the storage cabinet of the lockable cabinet is closed, and whether the lockable locker cabinet locked by the locking means is continuously used. Intention confirmation means for confirming the intention of release to the user of the lockable cabinet; and use release for releasing the lockable cabinet from use when the intention of the user to release is confirmed through the intention confirmation means. Service activation system comprising: 21. The service activation system according to claim 20, further comprising a fee calculating unit for calculating a usage fee for each storage cabinet of the lockable cabinet, wherein the fee calculation unit determines a predetermined usage time from the usage time calculated through the usage time calculation unit. The usage time is calculated, and the usage time calculation unit performs the first activation of the service content by the transmission data of the wireless tag attached to the service providing machine that repeatedly provides the service within one usage time, and the time data by the clock mechanism. Is provided through the service providing machine from a use start time determined from the service providing machine, and a use completion time determined from the service providing machine release command input from the input unit of the public wireless communication terminal and the time data by the clock mechanism. Calculate the service usage time,
The clock mechanism is provided at a wireless tag reading opening of the public wireless communication terminal, and reads the transmission data of the wireless tag by holding the wireless tag reading opening of the public wireless communication terminal over the wireless tag by the clock mechanism. The time data at the time can be transmitted to the service site, or the clock mechanism is provided at the service site, and in the service content specified at the service site specified from the transmission data of the wireless tag, And a means for recording time data that defines the start or end of the service by the clock mechanism. 20. The service activation system according to claim 19, wherein user communication means for communicating between the service site for operating and managing the lockable cabinet and the public wireless communication terminal, and a locker for each lockable cabinet. An unlock condition storage unit for storing the necessary conditions of the user who unlocks each time is provided in the service site, and a user who satisfies the data stored in the unlock condition storage unit through the user communication means is newly added. A service activation system comprising: unlocker setting means for rewriting the unlocking condition storage unit for a user who has been authorized as an unlocking person and who has also recognized the unlocking condition. 4. The service activation system according to claim 1, wherein a wireless tag reading port of the public wireless communication terminal is attached to the displayed wireless tag or a wireless tag affixed to a location corresponding to the actual product. 5. The display data transmitted at the time of holding the wireless tag includes the exhibition address information specific to the spot or the corresponding location of the spot in the wireless tag, and the display address information at the service site specified from the transmission data. Collecting means for collecting the same thing as the physical thing specified from the above, storage means for storing and storing the goods collected by the collecting means in a cabinet with a lock, and the collected goods stored and stored through the storing means Means for handing over to the owner of the communication terminal, wherein the lockable cabinet comprises a service providing machine,
The service activation system transmits to the service providing machine the transmission data of the wireless tag that is transmitted when the wireless tag reading port of the public wireless communication terminal is held over the wireless tag attached to each lock of the lockable cabinet. Include unique locker address information for each locker cabinet and each hangar as unique machine address information, and specify the locker cabinet specified from the locker address information at the service site specified from the transmission data. A service activation system comprising means for instructing unlocking and locking. 24. The service activation system according to claim 23, wherein the displayed product is sold at a store. 24. The service activation system according to claim 23, wherein the displayed object is a catalog or other material distributed in an exhibition hall. 15. The service activation system according to claim 14, wherein the service providing machine is a vending machine, and the wireless tag of the public wireless communication terminal is read from a wireless tag attached to each corresponding location of the exhibited product of the vending machine. The transmission data of the wireless tag transmitted when the user holds his / her mouth includes product address information unique to each vending machine and each displayed product as the machine address information, and the service address specified from the transmission data includes the product address. A service activation system which enables activation of a command for discharging a product specified by the vending machine specified from information to an outlet of the vending machine. The service activation system according to claim 14, wherein the service providing machine is a control box for controlling a gate of a parking lot, and a wireless tag reading port of the public wireless communication terminal is attached to the wireless tag attached to the control box. A service activation system that enables activation of a command to open a parking gate at the service site when held up. 28. The service activation system according to claim 27, wherein a use start time is determined based on transmission data of a wireless tag attached to a control box installed on a side to enter the parking lot and time data by a clock mechanism, and the parking lot is determined. The use completion time is determined based on the transmission data of the wireless tag attached to the control box installed on the exit side and the time data by the clock mechanism, and the use time of the parking lot is calculated from the use start time and the use completion time. Use time calculation means, and a charge calculation means for calculating the usage fee of the parking lot from the use time calculated through the use time calculation means,
The clock mechanism is provided at a wireless tag reading opening of the public wireless communication terminal, and reads the transmission data of the wireless tag by holding the wireless tag reading opening of the public wireless communication terminal over the wireless tag by the clock mechanism. The time data at the time can be transmitted to the service site, or the clock mechanism is provided at the service site, and in the service content specified at the service site specified from the transmission data of the wireless tag, And a means for recording time data that defines the start or end of the service by the clock mechanism. 15. The service activation system according to claim 14, wherein the service providing machine is an automatic ticket gate, and is transmitted when a wireless tag reading port of the public wireless communication terminal is held over a wireless tag attached to each automatic ticket gate. The data transmitted from the wireless tag includes the ticket gate address information unique to each automatic ticket gate and each ticket gate as machine address information unique to the service providing machine, and the public wireless communication is performed at a service site specified from the transmission data. A condition checking means for checking whether or not the owner of the terminal has a condition for passing through the ticket gate specified by the automatic ticket gate specified from the ticket gate address information is provided, and the condition checking means If it is confirmed that the owner has the conditions to pass through the ticket gate of the automatic ticket gate, the gate of the ticket gate is confirmed. Service activation system that makes it possible to start the command open. 15. The service activation system according to claim 14, wherein the service providing machine is an entrance / exit with lock for remotely performing lock management, and the public wireless communication terminal is attached to the wireless tag attached to each of the entrance / exit with lock. The transmission data of the wireless tag transmitted when holding the wireless tag reading port of the wireless tag reader includes the entry / exit port address information for specifying the locked entry / exit port as machine address information unique to the service providing machine, Providing a condition confirmation means for confirming whether or not the owner of the public wireless communication terminal has a condition for passing through the locked entrance / exit port specified from the entrance / exit address information at a service site specified from the: If it is confirmed by the confirmation means that the owner of the public wireless communication terminal has the condition for passing through the locked entrance / exit, Service activation system that makes it possible to start the instruction to open the lock of the lock with entry and exit ports. The service activation system according to any one of claims 1 to 3, wherein the time of commuting is determined from transmission data of the wireless tag prepared for going to work and time data by a clock mechanism, and prepared for leaving for work. Transmission data of the wireless tag and the time data by the clock mechanism to determine the time of leaving the work, it is possible to start a service that records the time of leaving the work and the time of leaving the work,
The clock mechanism is provided at a wireless tag reading opening of the public wireless communication terminal, and reads the transmission data of the wireless tag by holding the wireless tag reading opening of the public wireless communication terminal over the wireless tag by the clock mechanism. The time data at the time can be transmitted to the service site, or the clock mechanism is provided at the service site, and in the service content specified at the service site specified from the transmission data of the wireless tag, And a means for recording time data that defines the start or end of the service by the clock mechanism.

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