Device for data recording, method and program for memorising device of portable terminal

FIELD: physics.

SUBSTANCE: invention is related to method for data recording for memory of portable terminal and to memory carrier. Method for recording data for memory of portable terminal contains a stage of reading, at which data is read that is saved on memory carrier of portable terminal; stage of data comparison, at which identifying data are compared, which are individual for user of portable terminal and read from memory carrier, with user registration data registered earlier, and a record command is brought to device of data reading/recording, only when data is approved; recording stage involving recording applied data required for portable terminal to memory carrier under the condition that at the stage of data comparison a record command is sent; stage of activation involving activation of portable terminal, to which memory carrier is connected. Memory carrier contains program, by means of which actions of the said method are enabled.

EFFECT: safety of saving data required for activation of portable telephone.

2 cl, 44 dwg

 

The technical field to which the invention relates

The present invention relates to a device data record to a storage device of a portable terminal and, more specifically, to a device data record to a storage device of a portable terminal, which allows you to write application data to be used during the activation of the portable phone on the recording medium without performing the manipulation of the portable terminal, and method and the program used for this purpose.

Prior art

In recent years, portable terminals have been used for a variety of purposes. For example, there are various possible applications of a portable phone, such as viewing Internet sites through the network connection, pay by using a portable telephone, e-tickets, etc. At this stage, the service provider authenticates the identifying data, etc. stored in the portable terminal, which are individual to the user portable terminal, in order to prevent unauthorized use by others.

In particular, the SIM card (Subscriber Identity Module a subscriber identity module)that contains identifying information for the individual user, is installed in the portable phone is GSM (Global System for Mobile Communications - global system for mobile communications). Thus, by storing map data that must be processed when the user defined (data for payment of communication), the data is always stored with the identifying data. Therefore, the processing of reading data becomes simple, and not difficult to protect.

Patent literature 1: unexamined Japanese publication patent No. 2003-141154.

Patent literature 2: unexamined Japanese publication patent No. 2003-345827.

The invention

Tasks solved by the invention of

In order to store data that is used together with the identifying data on the memory device of a portable phone, such as a SIM card that stores identifying data, the operator can perform an action recording using the recorder on the map, or the user can perform this action. In addition, it is assumed storing data received from another server in the network using the communication function of the portable terminal.

However, if the operator manages the memory area through the service provider for the portable phone, although there are important data stored on the SIM card and the like, there is a risk that the data on the map can be unnecessarily and is changed or can be copied, etc. In particular, the SIM card stores the subscription information of the user. Thus, the duplication of this information allows others to use it and communications, etc. is included in the account of the user whose data is copied, thereby causing significant losses.

Meanwhile, the user can write data to the SIM card, taking responsibility for storing various kinds of data. However, without knowing the structure of the data on the SIM card important data can be accidentally erased or modified. Additionally, the action to be taken to the user such overwriting itself is still difficult, for example, in the case of operation of the portable terminal.

Additionally, when storing data received from another server in the network using a communication function of a portable telephone, the management shall be carried out by the control unit (controls) small size with a limited number of keys with small dimensions using a display device with a small screen. Thus, the effect is difficult to perform.

Examples of data required for the activation of the portable phone are sensitive payment data communication, data is URL (uniform resource locator is a uniform resource locator) of the portal site, the customized user is a user, and so on, In particular, in the first case, when using a portable phone prepaid, for example, purchased a map on an appropriate amount to pay for a particular connection, and stored on the card code is entered, while the portable telephone is connected to a given number. Thereby registers the payment due. Then payment data communication stored on the SIM card in a portable phone, and decreases each time the connection.

Additionally, the method of creating your own portal site user, as in the second case, disclosed in Patent literature 1 and Patent literature 2. In both publications disclosed are devices that allow you to configure the portal site for individual use. Device, through the creation by the user of the portal website that displays links to the sites that are commonly accessed by making this website available or displaying such a screen website, allow the user easy access to the target site.

However, in both cases, the payment links and URLS, as described above, you still need to perform some preliminary operations on the portable phone. Therefore, the above disadvantages still remain. In particular, for a user who just purchased a portable telephone, it is done the TB action to configure the portal site. Consequently, the user must have access to the portal site of the service provider or portal site of the manufacturer of the terminal, provided in advance, and the above-described disadvantages cannot be overcome.

The present invention is to remedy the drawbacks of the above standard situation and, in particular, to provide a system that security when performing read/write from/to memory device containing identification data, allows you to easily store the data required for the activation of the portable phone, which are used in conjunction with the identifying data of the user on the memory device that contains identifying information.

A means of solving problems

To achieve the above purpose, the device is writing data to memory of the portable terminal according to the present invention includes: a device read/write data, which has the function of reading data stored on a memory device of a portable terminal, and a function of recording on the recording medium applied data required for the portable terminal; and a device mapping data for mapping the identifying data specific to the user's portable terminal, which is read from the memory device reader/Zap the si data, with the user registration information registered in advance, and to output a write command to the device read/write data only when said data are consistent, and the device read/write data writes application data to the memory device, provided that the input filed with the write command.

Using this configuration, the data required when executing portable terminal specified actions are recorded only after authentication, to verify that store identifying information for individual user on the media memory of the portable terminal, and it is detected whether the line. Thus, the data required for use in conjunction with the identifying data can be securely stored on the memory device so that the user can reliably to receive services, an individual user using the recorded data later. Additionally, there is no need to allow others to manipulate the data on the memory device, to store them, or don't need to use the ban to the user to manipulate the data on the memory device. Therefore, securing the necessary data can be saved only on the own terminal and can be improved convenience for the user. More tor the, when using this device, there is the possibility to easily write data without any action on inconvenient to perform input control unit, which is mounted on a portable terminal.

Additionally, you may have a configuration comprising: an input device for input defining information data record to determine the contents of the application data; and a reception device determining information data record to receive definitive information entry data requested by the user, which is received from the input device, and the device read/write data writes the application data, which correspond to the defining information recording on the recording medium according to the write command.

Thus for a user you can specify the desired data using the input device provided in the data recorder. Thus, there is no need to perform actions on inconvenient for controlling a portable terminal in which the number of the key is limited, and the control unit and the display unit of small size. Therefore, as described above, the necessary data can be easily stored on a portable terminal with security.

Additionally, it is desirable that the defining information of the entry data was the data of the payment due, charged for the connection of the portable terminal with the network. In addition, it is desirable that defines the information data recording was a portal defining information to determine the contents of the portal site, which is displayed when connecting to the network through the portable terminal.

If the application data required for the portable terminal, are, for example, payment data communication portable phone prepaid and URL of the portal site requested by each user, there is an opportunity to further enhance security by storing application data for use in cooperation with the identifying data after matching identifying data, because the application data is different for each user.

Additionally, there may be a configuration in which the portable terminal is a portable phone; identifying data specific to the user, are the identifying data assigned to each user to a registered user of the portable telephone; and a device mapping data maps identifying data read from the memory device, with the user registration data available to the service provider for portable t is the telephone. Additionally, the portable terminal may be a portable telephone of the GSM standard, and the memory device is a SIM card.

In addition, it may be a configuration in which the memory device is a contact carrier, which is installed with the possibility of removal in the portable terminal and is retrieved from the portable terminal to be inserted into the device read/write data; and a reader/writer performs data processing on the read/write data to the memory device being in contact with the recording medium. Moreover, there may be a configuration in which the memory device is a contactless media, which must be installed in the portable terminal, and read/write of data is performed without contact; and the reader/writer performs data processing on the read/write data to the memory device without contact. In this case, the RFID tag (Radio Frequency Identification - RFID) can be used as a contactless memory device.

Additionally, there may be a configuration in which the memory device uses and the contact carrier, which can be retrieved from the portable terminal to be inserted into the reader/write and contactless memory device, which is installed in the portable terminal to perform read/write the data without contact; and the device read/write data has a function of performing read/write data on the recording medium being in contact with the contact memory device, and a function of copying data that must be read/write from/to the contactless memory device.

In this configuration, first, to perform the processing mapping by extracting the memory device, for example a SIM card, which contains identifying information from the portable terminal, identifying information, etc. stored on the memory device that will be compared are stored once in a contactless memory card, for example an RFID tag, which allows for contactless reading. Installing contactless recording medium in such a way that it can be read from the outside, applying it on the outer side of the portable terminal, for example, have the opportunity to read identifying data, etc. from the contactless memory device during access later. Thus, this eliminates the inconvenience, for example, extraction media such as a SIM card of the portable terminal each time the user mapping. Therefore, it can be improved convenience for the user.

Additionally, there may be a configuration in which the contact memory device is used as a carrier for XP is tion data, required for the portable terminal, while the contact memory device is retrieved from the portable terminal to be inserted into the device read/write data, which has the function of read data and write data, and data is read and written when the carrier is inserted. Additionally, there may be a configuration in which the contactless recording medium is used as media for storing data required for the portable terminal, the read/write of data is performed in the mode, when the contactless recording medium is not in contact with the device read/write data, which has the function of read data and write data.

When writing data from a device write data to memory of the portable terminal according to the present invention: read data stored on the memory device of the portable terminal; identifying data specific to the user portable terminal being read from memory are mapped to a pre-registered user's registration data; the write command is supplied to the device read/write data only when the data are in agreement; and the application data recorded on the recording medium under the condition that the input filed with the write command.

p> Write program data to actuate the device writing data to memory of the portable terminal according to the present invention includes: a function that provides the execution unit read/write data processing reading data stored on a memory device of a portable terminal, and processing of entries application data necessary for the portable terminal, the memory device; the function of ensuring the fulfilment of the device data mapping process the mapping identifying data specific to the user's portable terminal, which is read from the memory device read/write data with the user registration information registered in advance, and performing output processing of the write command to the reader/write data only when the data are in agreement; and the function of ensuring the fulfilment of the device read/write processing of write application data to the memory device, provided that the input filed with the write command.

Useful effect of the invention

The present invention is composed of, and operates, as described above, to be able to securely store the data required for the activation of the portable terminal, the memory device together with the identifying data. At thisstage is impossible for others to manipulate data on the recording medium of the portable terminal, on which the stored individual information for authentication. Also have the option not to allow the user to inadvertently operate the identifying data on the memory device. Therefore, there is a possibility to securely store the required data on the own terminal, security, and convenience for the user can be improved.

Brief description of drawings

Figure 1 is a schematic diagram to show the configuration of the present invention;

Figa is an illustration to demonstrate the look of your device providing data portal website, and FIGU is a functional block diagram to show the configuration.

Figure 3 is a functional block diagram to show the configuration of the server management portal;

4 is a flowchart to illustrate the operation of the device providing data portal website;

5 is a flowchart to illustrate the processing steps of editing a portal of information as part of the processing to be executed by a device providing data portal website;

6 is a flowchart to illustrate the operation of the server management portal;

7 is a block diagram to illustrate the steps of processing allocated to the I portal site performing processing as part of processing executed by the management server portal;

Fig is a precedence diagram to illustrate the functioning of the system as a whole;

Fig.9 is a diagram of a sequence of operations to demonstrate the functioning of the system as a whole, continued from Fig;

Figure 10 is a sequence diagram of operations to demonstrate the functioning of the system as a whole, continued from Fig.9;

11 is a sequence diagram of operations to demonstrate the functioning of the system as a whole, continued from Figure 10;

Figa, B are illustrations for showing examples of screens displayed on the device providing data portal website;

Figa, B are illustrations for showing examples of screens displayed on the device providing data portal website;

Figa, B are illustrations for showing examples of screens displayed on the device providing data portal website;

Figa, B are illustrations for showing examples of screens displayed on the device providing data portal website;

Fig is an illustration for displaying the menu, which can be embedded in a portal site;

Figa, B are illustrations to show the tion of examples of screens displayed on the device providing data portal website;

Figa, B are illustrations for showing examples of screens displayed on the device providing data portal website;

Figa, B are illustrations for showing examples of screens displayed on the device providing data portal website;

Figa, B are illustrations for showing examples of screens displayed on the device providing data portal website;

Figa, B are schematic diagrams to show the configuration of a device providing data portal site of the second variant of implementation;

Fig is a schematic diagram to show the configuration of the present invention according to the fourth variant of implementation;

Figa is an illustration to demonstrate the appearance of the device of reception of payments for the fourth variant implementation, and FIGU is a functional block diagram to show the configuration.

Fig is a precedence diagram to illustrate the functioning of the whole system according to the fourth variant of implementation;

Fig is a precedence diagram to illustrate the functioning of the whole system according Thur rtoa variant implementation, continued from Fig;

Figa, B are illustrations for describing the configuration of the memory device and the contactless recording medium used in the fifth embodiment;

Figa-C are illustrations for describing examples of the application of the fifth variant of implementation;

Fig is a flowchart to illustrate the operation of the device 2 data delivery portal site according to the fifth variant implementation;

Fig is a precedence diagram to illustrate the functioning of the whole system according to the fifth variant of implementation; and

Fig is a precedence diagram to illustrate the functioning of the whole system according to the fifth variant implementation, continued from Fig.

The best option of carrying out the invention

The device is writing data to memory of the portable terminal of the present invention can be used to record data required during the activation of the portable phone, the memory device when the identifying data stored on a memory device of a portable terminal, a registered user. Below will be described the first version of the implementation related to the case where the data to be recorded on the recording medium are URLS that are available on the portal site, to the which can be configured for each user, and the second is an implementation option and the third option exercise describe examples of modifications of this configuration. In addition there will be described a fourth variant of implementation related to the case where the data to be recorded on the recording medium are payment data communication system with pre-paid portable terminal. In addition, the fifth draft of the implement illustrating another example of processing user authentication.

The first option exercise

The first variant of implementation of the present invention will be described with reference to Fig 1-20. 1 to 3 are structural diagrams to show the configuration of the present invention. Figure 4-20 are illustrated, such as block diagrams, etc. to describe the functioning of the present invention.

General configuration

As shown in figure 1, the system writes data to memory of the portable terminal of the present invention includes: a portable telephone 1, which is a portable terminal owned by the user; the device 2 providing data portal website for direct data submission portal site for media memory of the portable telephone 1; server 3 management portal, connected to the network N for data management, user information ITP, provided by the device 2 providing data portal website; and the server 4 of the content to distribute the content by creating a Internet site. By the interaction device 2 data-providing portal site server and 3 control portal, as will be described later, it operates as a data recorder for memory of the portable terminal to store the URL of the portal site on the memory device, etc. if the identifying data of the user stored on the memory device of the portable phone 1 is registered on the server 3 management portal as the user registration data.

Now will be described the flow in the system. First, the user of the portable telephone 1 inserts the memory device, for example a SIM card installed in the portable phone 1, the reader/writer card device 2 providing data portal website at the time when the user first connects the portable phone 1 to use the service. Subsequently, if the identifying data read from the SIM card, a registered user in the database 31 data management portal server 3 management portal, the user selects the desired website on the display device 2 providing data portal website and stores the URL of the portal site, n is the link to the site is displayed in the form menu, on the memory device. Thus, by accessing the URL with your own identifying data, the user may inform the user that installs the access URL in the role of a connection object to the portal site, customized for a specific subscriber, could be mapped. Thus, it allows to use the most suitable portal website with pre-selected content. Therefore, the convenience at the time of connection to the Internet can be much improved. Below will be described in detail each component, that is, each computing device.

Portable telephone

Portable telephone 1 is a portable terminal that belong to the specified user, which contains a function to connect to the network. Therefore, available in various network servers in order to be able to get different content. In the portable terminal 1 can be connected to the core network is provided in advance, however, the types of portal sites to which it can access, is unknown.

Additionally, the portable telephone 1, in particular, is the telephone of the GSM standard. The GSM standard is mainly used in Europe and is a system that uses a SIM card to identify the subscriber. SIM is short for Subscriber Identify module identificat the AI subscriber), thrown when subscribing to the service, GSM and can be used by being installed in a portable telephone of the GSM standard. Stored on the SIM card: the SIM identifier, which is unique for each card; the phone number as the subscriber information; a PIN (personal identification number personal identification number) as a personal identification number, etc. In the system is configured so that the GSM phone cannot be used until you have a SIM card installed.

Additionally, the portable phone 1 has a function to access a URL, reading address data while connected to the Internet, if the address information portal site pre-stored. For example, the URL of the portal site is stored on the SIM card, and portable phone 1 has a function of accessing the portal site by reading the URL in a special area of the SIM card. The URLS stored on your SIM card are saved in advance by inserting the SIM card into the device providing data portal website, as will be described later.

However, there are some portable telephone terminals that do not read the URL that is saved on the SIM card. Therefore, the terminal, depending on its type, may have a function of storing URLS distributed by using the short message service (SMS - short mail service), in the internal memory of the terminal and access the portal via the p in the reference URL.

The device providing the data portal website

Figure 2 shows the device 2 providing data portal website. Figa is an example of appearance and FIGU is a functional block diagram configuration. The device 2 data delivery portal site, for example, placed in stores portable phones, small convenience stores, etc.

The device 2 providing data portal website contains on its front surface of the display 21 (display device)functioning as a touch panel 26 (input device); and the device 22 read/write card (device read/write data read/write data from/in the memory area of the SIM card 11 of the portable telephone 1, when the SIM card 11 inserted into it, by setting the holder 11a of the card. The inner part is composed of a computing device that contains the CPU 23 as a functional unit, the memory 24 or the hard disk as a storage unit. Additionally, the device may be connected to other computing devices via the network N and contains the block 25 communication as communication devices to accomplish this.

The CPU 23 each processing unit, as shown below, is constructed by reading and installing the program 24a, which is pre-stored in the memory 24, and executes the processing the TKA, set forth below in the description of operation. Thus, the CPU 23 collected: block 23a processing communication for performing communication with other computing devices via the connection block 25; block 23b processing read/write to read/write to/from the SIM card inserted in the device 22 read/write card; block 23c editing portal to set the desired portal site according to user input; block 23d display control for the query command by displaying the user configuration of the portal site and the like; and the unit 23e receiving an input for receiving input data from block 26 input having the form of a touch panel.

In particular, the unit 23d display control shall, in advance, the contents of the portal server, i.e. the information content of a portal containing information on various Internet sites available through portal sites, server management portal, which will be described later, and displays it on the display. Additionally, the above-described block 23c editing portal receives information portal containing specific information on the Internet site that is a portal site selected by the user by entering data in the block 23e receiving from the display on the unit 23d display control (pickup device determining information data recording). Information the portal represents the data to determine the contents of the portal site, and the URL for accessing the corresponding website is written on the SIM card, as will be described later. Additionally, the unit 23c editing portal (device transmit information portal) passes adopted portal information to the management server portal, which includes a SIM identifier that represents the identifying information specific to the user, read from the SIM card 11, which is inserted in the device 22 read/write card unit 23b processing read/write.

Unit 23b processing read/write (device read/write data) reads the SIM ID from the SIM card (reader identification data), as described above, and also checks, I pre-registered SIM identifier (device mapping data). If the identifying data are consistent with the registered data is written to the URL which is the address information for the portal site (storage device address data) to the SIM card 11 user portal information which is detected. The address data is the URL set in advance and stored on the server 3 management portal. However, as will be described later, the identifying data, such as the SIM identifier is appended to the URL when the URL is actually stored on the SIM card. So, when is dnee access URL it is transmitted to the Internet server, the recipient's access together with the SIM ID as identification data of the user.

Processing data mapping performed by the above described unit 23b processing read/write can be performed by the server 3 management portal, as will be described later. In this case, the user registration information stored in advance in the database 31 data management portal, to be compared with these data. The following describes the operation related to the case where the mapping is performed by the server 3 management portal.

Above the portal information is relevant to the creation of a portal site server 3 management portal. Thus, the portal site is created based on the information portal. Creates a portal site that corresponds to the user who gets access, and information portal site is transmitted to the portable telephone 1. Each processing performed by the CPU will be described in detail when describing the operation.

Portal website in the present invention is a site which essentially is displayed when connecting to the Internet using the portable terminal 1. In most cases, there are portal sites created by the service provider, the sites, give the by the manufacturers of terminals, and, additionally, portal sites, with different types of search engines. However, in the present invention, the portal site does not necessarily limited to Internet sites. This data can be displayed on the merits on the screen while connected to the Internet connection, which is stored in the portable terminal.

The management server portal

Server 3 management portal is a server, which, as described above, provides various data to the device 2 providing data portal website and manages data related to the portal website, which is user configurable. Figure 1 is a base 31 data management portal in the form of a memory device is illustrated separately from the server 3 management portal. However, it can be stored on the management server portal as a server computing device. The configuration server 3 management portal (which includes database management portal) will be described with reference to the functional block diagram figure 3.

In the CPU server 3 management portal established a special program. Therefore it has the function of controlling various data, for example data that will be fed to the device 2 data delivery portal site for display on the display 21 of the device 2, portalin the second information for specifying a portal site for each user, etc. Specifically, the design represents: block 32e transmit/receive to send/receive data from/to device 2 data delivery portal site and to complete the distribution of the portal site which is created in response to a request from the portable telephone 1; block 32a user authentication to verify that is registered by the user is read from the SIM card PIN code and the SIM ID as identification data specific to the user; block 32b management portal for managing information portal, which is a component of the portal established by each user; block 32c create portal site for create a portal site based on the information portal; and block 32d content management content management (website)that may be contained on the portal site.

Accordingly, the design of the base 31 data management portal is a block 31a data storage for storing registration information of the registered user, already used by the system; block 31b data storage to create a portal site that contains materials to create a portal website; block 31c storage portal with information relevant to the user, showing the con is Horatio portal site for each user; unit 31d content storage that stores the content to be distributed to the portable terminal 1 of the user; and a unit 31e data storage device providing that contains the display information displayed on the device 2 data delivery portal site and the control program. In block 31e data storage device providing, directly stores the URL of the site to be the address of the portal site created by the server 3 management portal. The URL is provided to the device 2 providing data portal website and recorded on the SIM card 11 of the portable phone 1 device 2. The function of each processing unit and the content data will be described in detail when describing the operation. The above block 32a authenticate the user operates the device mapping device data 2 data delivery portal site, as described above, and outputs the mapping result.

Operation

Next will be described the operation of the system described above with reference to Figure 4-20. 4 is a flowchart showing the operation of the device 2 data delivery portal site, and Figure 5 is a flowchart showing a process action editing portal information as part of processing the TCI. 6 is a flowchart showing the operation of the server 3 management portal, and Fig.7 is a flowchart showing a process action distribution portal website as part of processing this. Fig-11 is a flow chart of operations illustrating the operation of the system as a whole and Fig-20 are illustrations for showing screens displayed on the display 21 of the device 2 providing data portal website. Hereinafter will be described the operation of the system as a whole, with reference mainly to the flow diagrams on Fig-11. At the same time, the details of the operation will be described with reference to other drawings.

The operation of the device providing portal site

First, for the first time subscribing to the service for the portable phone 1, the user of the portable telephone 1 receives the SIM card 11 for use with your phone. In the initial state, the SIM card 11 is installed in the holder 11a of the card. Although the newly subscribed user will be mainly described below, the case of a user who has already used the system will also be described. In this case, the SIM card 11 must be installed in the holder 11a of the card and inserted into the device 2 providing data portal website.

The user use the em device 2 data delivery portal site to save the address information of the desired portal website user himself to the SIM card 11. The operation of the device 2 providing data portal website can be ensured, if the data stored in the block 31e data storage device providing server 3 management portal are delivered via block 32e transmission/reception (step S101 on Fig)to be installed on the CPU 23. For example, the display data displayed on the display, the orientation of the selected portal site content in each direction, the data relating to Internet sites which can be added to the portal site, as well as address data for access to the portal site are transmitted to the device 2 data-providing portal site server 3 management portal.

When the user touches the display 21 of the device 2 data delivery portal site, the first screen 21 of the device 2 data delivery portal site displays the screen shown in Figa, as the initial screen. The user then, according to the command for inserting the SIM card (step S102 on Fig), as displayed in the bottom center of the screen, insert the SIM card into the device 22 read/write card (see Figa) (steps S103, S104 on Fig). When selecting the button at the bottom left of the initial screen displays the actual the owned content information, which can be installed on the portal site, as shown on Figv. Relevant information (information update) regarding this content is also delivered from the server 3 management portal (block 31d storage content).

Then the device 2 providing data portal website, in which you have inserted the SIM card, as shown in Figa, asks the user U to enter the PIN code of the SIM card (step S105 in Fig). In response, when the user enters the PIN code (step S106 on Fig), device 2 providing data portal website saves it, and also reads the PIN code stored on the SIM card inserted in the reader/writer card (steps S107, S108 on Fig), and checks whether it matches the user-entered (step S109 to Fig). Thereby executing the user authentication of the SIM card (step S1 figure 4). This ensures that legitimate use of the user that owns the SIM card, and the defense can be raised.

Then, if it is determined that it is used by the user, "SIM ID", which is the data for each individual user, is read from the inserted SIM card (step of reading identification data, the steps S110, S111 on Fig). Then, the read information is transmitted to the server 3 management portal (step S112 (on Peg), and SIM ID SOP is supplied to to check whether it is registered as a registered user (step mapping data, the step S112 (on Fig). At this stage, as in the case of performing the mapping of the user data is transmitted to the server 3 management portal to check whether it is stored in the block 31a storing user data on the server 3 (steps S113, S114 on Fig). However, the user mapping can be performed by a server of the service provider of the portable terminal. In other words, the SIM identifier can be transmitted to the server of the service provider to map the database user who signed up in advance for communication services.

If it is not registered on the server 3 management portal, new SIM ID and PIN are stored in the block 31a storing user data in as a registered user, thereby completing the mapping. This method handles user authentication (step S2 figure 4). After completing the processing of the authentication processing editing portal website user (step S3 figure 4). The editing processing will be described in detail with reference to Figure 5.

First, if you are accessing data of registered users in the block 31a storage user data server 3 control the compliance portal is installed, that read the SIM ID is the SIM ID is already registered user (step S11 figure 5), the portal information portal site, which was signed at the present time user, read from a block 31c storage portal with information relevant to the user, using the SIM identifier as a key, and the content is displayed on the screen to control (see Figv, step S12 figure 5). If there is no necessary changes in the contents of the portal site (NO at step S13 figure 5), then a transition is made to check if this portal site (step S25 figure 5). At the same time, if there is a request to change the content (YES in step S13 figure 5) and there is no request for the change in the direction of the portal site (NO at step S14 figure 5), then a transition is made to step S19, which will be described later. If the direction should be changed (YES at step S14 figure 5), then a transition is made to the same treatment as in the case of a new subscriber, and displays a list of orientations portal sites, as shown in Figa (step S15 figure 5, step S121 figure 9). As for the orientations of the portal sites, there are some basic orientation for which the contents of the portal sites are established in advance, and styles are available Internet sites vary in accordance with each of the orientations.

To check the contents of each orientation, select the button to request a description of the direction (YES at step S16 figure 5)to display the contents of the links (a list of related web sites), the pre-included in every direction (step S17 figure 5). If at this stage the selected "Smart Pack" (YES at step S18 figure 5, step S122 figure 9)displays the contents included in advance in the selected direction, as shown in Figv (step S19 figure 5, step S123 figure 9).

In response, if the user wishes to change the contents of the selected orientation, the user requests the content editing (YES at step S20 figure 5, step S124 figure 9). In response to a query about editing device 2 providing data portal website displays a list of contents, as shown in Figa (step S21 figure 5, step S125 figure 9). To add content, the user inputs information for selecting the content to the device 2 providing data portal website (YES at step S22 figure 5, step S126 figure 9). For example, pressing on the display corresponding to the content shown in Figa to select on-screen buttons section of this selected direction, you can add the link displayed on the portal site mentioned direction (step S23 figure 5). At this stage, if the user wants to read this is details of the content, when you click "Sample", as shown in Figv, displays an example of the screen of the specified content, and descriptive data content. Data content at this stage can be the ones that are initially transmitted from the server 3 management portal, or can be data displayed by the device 2 providing data portal website that are requested from the server 3 management portal every time the user makes a choice. In the present embodiment, as content that can be added to the portal site has the content shown on Fig, which respectively are listed in the main categories of the hierarchical structure. Thus, when the displayed portal website, first page shows six categories, and when you select a category, you should see the menu for the selected category.

After receiving information from a user for content selection device 2 providing data portal website displays a menu of the portal site, reflecting the content of the received information, such as items added content (Figa) and the menu list of portal sites that you inserted the said items of content (Pigv) (step S24 figure 5, step S127 figure 9). If the user wishes to change the contents after viewing the menu, the user again enters a request for editing (changing) content for the addition or deletion of content (NO at step 25 figure 5), as explained above.

After editing the content, the user clicks "Accept" on the screen of the device providing data portal website. Thus, as shown in Figa, Figv can be displayed contents of the portal site selected by the user. When fixing this as the final decision (step S128 figure 9) can be specified portal site selected at this time, there is a portal site that contains the menu of any site content (step S26 figure 5). At this stage, as shown in Figa, before making a final decision screen is displayed to prompt the terminal type portable phone, used by the user, and the user enters information terminal. After that, a confirmation screen displays (Pigv), which reflects information.

Then on the device 2 data delivery portal site selection information specified portal site, that is the portal information is logged on the server 3 management portal (step S4 figure 4). Information menu of the portal site specified by the user, portal information, containing information about the content that will be added to it, as well as information about the terminal is transmitted together with the SIM ID from the device 2 providing data portal sa is the server 3 management portal (step S129 figure 9), and information together with the SIM ID is registered in the unit 21c storage portal information of the corresponding user on the server 3 management portal (step S130 figure 9). After receiving the response from the server 3 management portal device 2 providing data portal website reads the URL of the portal site, transmitted from the server 3 management portal (step S132 figure 9), or at this stage receives the first URL from the server 3 management portal and adds the encoded SIM ID in the end of the URL (step S133 figure 9)to write to the SIM card (step write data, the stage set s134 figure 9). Thus the SIM identifier is added to the end of the URL on your SIM card to make it individual URL for each user. However, at this stage the SIM identifier may not be added to the URL, which will be written to the SIM card. In this case, as will be described later, is carried out to access the URL through the portable telephone 1 and at the same time, the purpose of the access is passed and SIM ID. Thus the server has access target is the ability to recognize who accessed to provide a portal site that is personalized to the user. The URL used to access the server 3 management portal.

While recording it on the SIM card, as described above, the display device 2 providing data portal is on site demonstrates the screen, as shown in Figv. When the URL is actually stored on the SIM card (step S135 figure 9) and the response data taken after recording (step S136 figure 9), a completion screen displays the entries shown in Figa. Then, as shown in Figv, a screen is displayed with the proposal to remove the SIM card (step S137 figure 9).

Thus, the user has the ability to easily install a portal site that contains a web site that is required to the user, when viewing the screen displayed on the device 2 providing data portal website, and record the URLS of sites on the memory device from a portable terminal. Accordingly, this allows you to retrieve data quickly and easily, without control small control unit (administration) of the portable terminal.

The following describes, with reference to Figure 10, 11 and Fig.6, Fig.7, the functioning of the system as a whole and the functioning of the server 3 management portal while accessing the URL after ENTERING the personal portal website user recorded on the recording medium of the portable telephone 1, as described above.

Before that, we will briefly describe the operation server 3 management portal with respect to the device providing the data portal website before the user is granted access. First, the server 3 management portal always Ave the terms of contents, which can be added to the portal site. That is, it accepts a request to add a portal site, taking treatment from another server 4 of the content, but rather, from the administrator server 4 of the content. If a specified condition is satisfied, it is logged as site content, which can optionally be added to the portal site and the URL of the website content, the text data of the content items, samples, display data, etc. are stored in the block 31d storing the content data (content management step S31 figure 6). Data are managed in the unit 32d content management and transmitted to the device 2 providing data portal website together with the display data to be displayed on the device 2, and a program to control the display of data (processing data portal website, step S32 figure 6). Additionally, as described above, processing registration/update portal information (step S33 figure 6) for reception and information portal that displays the contents of the portal site selected and set by each user, which is transmitted from the device 2 providing data portal website.

After that, if there is a request from the user via the portable phone 1 executes the processing of the soap is dividing portal site individual user (step S34 figure 6). The action will be described in detail. First, if the user selects a connection to the Internet (step S152 figure 10) from the top menu to display the functions of the portable telephone 1 (step S151 figure 10), the portable terminal device 1 reads the URL recorded by the device 2 providing data portal website, as described above, with the SIM card (steps S153, S154 figure 10). Using the URL that you are accessing the server 3 management portal as the purpose of the connection URL (step S155 figure 10). There are portable terminals that do not read the URL that is saved on the SIM card while accessing the Internet depending on their type. In this regard, there may be times when the server 3 management portal distributes URL available for the portal site, the portable telephone 1 user using a short message service (SMS - short mail service) or E-mail based on the type information of the portable terminal, entered by the user as described above. In this case, the URL is read, stored in the local scope, and according to this it is accessed.

Then, if there is an appeal from the portable phone 1 (YES at step S41 figure 7), the server 3 management portal retrieves the SIM identifier, placed at the end of the received URL (step S42 7, step S156 figure 10), or take the AET SIM ID along with the URL. Then he reads the portal identifier information or information related to the identifier, referring to the SIM identifier (step S43 figure 7, step S157 figure 10). Thus the portal user information, who has access, can be read. The portal site is created (step S44 7, step S158 figure 10) according to the read portal information and data create a portal site. At this stage, for example, if this is a portal site in which changes are not applied in advance focus, use this website as it is prepared in advance in the form of data to create a portal site. When there is more content, the link, which is the address information of website content that is stored in the storage unit of the data content is added to the portal site each orientation as a basis to create a portal site that is appropriate for each user. The data is then created a portal site are distributed to be displayed on the display unit of the portable telephone 1 (step S45 figure 7, step S159 figure 10). At this stage the above information portal contains information concerning the type of the portable telephone 1. Thus, during the creation, the site is created with the adjustment of the screen size, etc. to the imagination on the screen was adequate for each type. In this regard, the portable phone 1 portal site can be adequately displayed, and the user can view the website (step S160 figure 10).

The following describes the processing in the time of access to each website content displayed portal site (step S35 figure 6). First, the user selects a menu item on the portal site and, if it is a sub type (YES at step S46 7), page (website) category to display site content, included in a subcategory is created using CNC information (step S47 figure 7). Then the page is allocated (step S48 7).

After that, if you select the main page of the portal site or a link to the website content displayed on the sub-page (YES at step S49 figure 7, step S171 figure 11), the data for the request content is transmitted from the portable telephone 1 to the server 3 management portal (step S172 figure 11). Upon reception server 3 management portal reads the SIM user ID from URL. If he has already been read, the SIM ID is taken from the buffer memory (step S173 figure 11). It then examines the SIM ID and data block 31d storing content data, to check whether the user already on the selected content (step S50 7, step S174 figure 11). If it turns out that Paul is the user signed (YES at step S51 figure 5), it is accessing the content server according to the URL of the content to obtain the desired content (step S52 7, step S175 figure 11). Through the distribution of content on the portable telephone 1 (step S53 figure 7, step S176 figure 11), the user can read content using a display device of the portable telephone 1 (step S177 figure 11).

In the above, after taking one content management server portal from the content server, the content is distributed to the portable telephone 1. Thus, the server 3 management portal provides the server function for the proxy to be able to quickly transmit/receive data. At the same time, if it is a paid site subscription fee, as described above, the payment can be accrued through the device 2 providing data portal website while selecting the portal site. In this regard, there is no need to subscribe and pay for every site content.

Thus, the user can enter the content of the search portal site using device 2 providing data portal website, and the URL of the portal site, which reflects the content is automatically saved on the recording media, for example the SIM card. Thus, only the URL, which is available on the target portal site, is stored in memory-the aqueous terminal, and configured for the user portal website can be easily formed. In particular, when you save the URL of the portal site, along with its own ID number ID data is automatically transmitted to the server 3 management portal by accessing using the URL. Thus, the server 3 management portal can identify the user, which makes the access to the portal site, an individual user could be created to be distributed. This improves the convenience for the user. At the same time, because it only displays the corresponding user, the security can be improved.

The above version of the implementation was described in relation to a case where the web site (content), on which there is a link from the site, may also be selected on the portal site selected and specified by the user through the device providing data portal website. However, there is no need to limit it. Just can be prepared many portal sites (not limited to the case where the sites are on the server 3 management portal), and a separate portal site is selected among them, and the URL can be saved on the SIM card. Thus, you can obtain the URL of the portal site, the desired user is Yu, without manipulation of the portable terminal, and accordingly, the process becomes easy. A memory device of a portable phone, which stores the URL, is not limited to the SIM card. This may be another recording medium, for example, memory card, SD (Secure Digital).

The second option exercise

Next will be described a second variant implementation of the present invention with reference to Fig. In the present embodiment, the device configuration read/write data, provided in the device 2 providing data portal website differs from the configuration of the first variant implementation. Namely, it is not in the form of device 22 read/write card, as shown in Figa, 2B. For example, it can have a view of the device of contactless near field communication, such as infrared port 22' (see Figa), which performs read/write data from/on the recording medium built in the portable telephone 1 via the communication in the infrared range, or communication devices 22 (see Figv)connected to the terminals of the portable phone 1. As described above, there is a possibility to save the data portal website without inserting/removing memory device, for example a SIM card to/from the portable telephone 1. Therefore, convenience can be improved.

A third option exercise

Next will be described the third is Ariant implementation of the present invention. This version of the implementation differs from the above embodiments that the data that you want to save on the memory of the portable telephone device 2 data delivery portal web site are not the URL of the portal site, portal screen data for the local creation of a portal site.

Therefore, in the present embodiment, the device 2 data delivery portal site portal stores the display data to generate an image in accordance with portal screen data. Additionally, the CPU has a built-processing unit creating a portal screen data to create a portal screen data according to the portal information entered by the user. Created portal screen data is saved on the SIM card as the memory of the portable telephone 1 or saved directly in the internal memory of the portable phone.

Thus it creates a portal screen data in which the user selected reference address data to various web sites, and they are stored in the portable terminal. Thus, the portal screen displaying links to Internet sites as favorites menu is displayed on the portable terminal, so that the network connection for the user display is convenient for COI is whether the portal screen without prior manipulation of the portable terminal to install the portal site, which prepared the links at the desired sites. Consequently, this allows you to access each site displayed this way.

When in the registration system with user authentication Internet site included in the portal site, the SIM identifier as the identification data of the user is read from the SIM card, which saved the portal screen data to pass it on the website when there is access to the Internet-site in the registration system. Thus, the processing of the user authentication becomes simple, and the convenience for the user can be improved while maintaining the security.

The fourth option exercise

Next will be described a fourth variant of implementation of the present invention with reference to Fig-25. The device is writing data to memory of the portable terminal according to the fourth variant implementation contains: portable phone 101 as a portable terminal owned by the user; the device 102 receiving payments, which allows you to pay for communication services for the portable phone 101; and the server 103 service provider, which connects to the device 102 receiving payments through the network. Accordingly, when identifying information of the user stored on the media memory is, registered as a user registration data on the management server, portal, information about the status of the account is stored on the memory device by device 102 receiving payments and server 103 service provider. Thus, it is the function of the device is writing data to memory of the portable terminal.

In line with this, the registration data of the user who has subscribed to services for portable telephone, is also stored at the service provider, i.e. in the 131 data users connected to the server 103 service provider. Additionally, the CPU 122 of the device 102 receiving payments includes a unit 123c payment processing for performing matching identifying data read from the memory device using the block 123b processing read/write, and post-processing storage.

Operation

First, for the first time subscribing to the service for the portable phone 101, the user of the portable phone 101 receives the SIM card 111 for use with your phone. In the initial state, the SIM card 111 is installed in the holder 111a card. Although the newly subscribed user will be mainly described below, the case of a user who has already used the system will also be described. In this case, the SIM card 111 must be installed in de is gatel 111a card and inserted into the device 102 provide data portal website.

The user uses the device 102 receiving payments to make the required payment for communication services to the SIM card 111. The operation of the device 102 receiving payments is provided a program stored in advance. However, there may be network N another computer management device 102 receiving payments, so that the program can be provided from there.

When the user touches the display device 121 102 of reception of payments, on the first display device 121 102 of the receive payments screen is displayed prompting you to insert the SIM card (step S201) to ensure that the user has inserted the SIM card into the device 122 read/write card (see Figa) according to the command for inserting a SIM card (steps S202, S203). The device 102 receiving payments, in which is inserted a SIM card that offers the user U to enter the PIN code of the SIM card (step S204). In response, the user enters the PIN code (step S205), the device 102 receiving payments saves it, and also reads the PIN code stored on the SIM card inserted in the device 122 read/write card (steps S206, S207), and checks whether it matches the user-entered (step S208). Thereby executing the user authentication of the SIM card to ensure legitimate use of the user that owns the SIM card, and the defense can be raised.

Then, if it is determined that this COI the box is used by the user, "SIM ID", which is the data for each individual user, is read from the inserted SIM card (steps S209, S210). Then, the read information is transmitted to the server 103 service provider (step S211), and the SIM ID is mapped in order to check whether it is registered on the server 103 service provider as a registered user. Thus, the server 103 service provider, have the opportunity to test whether this is the user who has subscribed to use the services for portable phone, and the result is reported to the device 102 receiving payments (steps S212, S213). At this stage, the device 102 receiving payments does not accept payment for services from the user that is not authenticated as a subscribed user.

If the SIM ID is registered on the server 103 service provider, then the device 102 of the receive payments screen is displayed with the proposal to introduce a fee for the connection, which will be credited (step S221). In response, the user enters the amount to be paid in advance account as of the payment due, using the touch panel 126 device 102 receiving payments (step S222). The device 102 of reception of payments records the amount on the SIM card 111 (step S223), to be stored in the SIM (this is p S224). Then, when receiving a response from the SIM card, indicating that the recording is ended (step S225), the device 102 of reception of payments shows the command to remove the SIM card (step S226), and then the user removes the SIM card. As needed, cash in the amount entered in the device 102 of reception of payments for the replenishment of the account is invested in the device 102 receiving payments.

Then the user installs the SIM card in the portable telephone 101 to use the communication services, such as talking on the phone and network communications. At this stage, if the user dials the number for the beginning of the communication, payment for communication services is charged to the user. Thus, payment for communication services, in accordance with the used connection or data connection is deducted from the payment for communication services, stored on the SIM card, to update the payment for communication services. At this stage, the subtraction processing payment for communication services can be performed with a time-sensitive compounds and the like, or payment for communication services, which is calculated and reported by the service provider, in the portable telephone 101 may be deducted later.

Thus, authentication is performed to verify that you saved the SIM ID (identifying information) to indicate that it is the subscribing user, nanoscale memory of the portable terminal. And only when it corresponds to the payment for communication services may be paid an advance invoice, and the data is saved on the SIM card. Thus, after that the SIM card is read SIM ID required to connect to and payment for communication services, which will be transferred to the service provider to provide connectivity. As described above, the payment for communication services, which are the data required for use in conjunction with the identifying data securely stored on the memory device, to be able to user after that to talk on the phone or receive communication services using registered data payment for communication services. At the stage of data entry, there is an opportunity to prevent other users to manipulate data on the recording medium, and allow to restrict itself to the user inadvertently change the identifying data on the memory device. So it is possible to securely store the necessary data in its own terminal, with safety and convenience for the user can be improved. Additionally, when using such a device has the ability to easily perform data entry without control unit controls mounted on the portable terminal, which is difficult to perform the input.

The fifth option implemented is tvline

Next will be described a fifth variant of implementation of the present invention with reference to Fig-30. Fig-27 are illustrations for describing a configuration of a variant of implementation. Fig-30 are illustrated to demonstrate the functioning of option implementation.

Configuration

In the present embodiment, as in the above embodiments, implementation, memory device that stores identifying information of the user is the SIM card used in the portable telephone of the GSM standard. The SIM card is a memory device that provides contact read/write. In addition, in the present embodiment is used RFID tag 12, which provides contactless read/write data. As shown in Fig, the RFID tag 12 is formed by a thin insulating layer 12a with built-in main unit 12 RFID, which has an adhesive surface to attach to the portable telephone 1. Provides an insulating layer 12a RFID, which when fixed to the holder 11a card protects your SIM card 11.

Accordingly, in the device 2 data delivery portal site provided by the device 22, a read/write RFID read/write data from/to the RFID 12 available-holder 11a of the card. The device 22 read/write RFID is an integral what actu device 22 read/write or provided next. Thus, the device 2 providing data portal website copies the data stored on the SIM card 11 when reading/writing data from/to the SIM card 11 as described above, and with the help of the device 22, a read/write RFID writes them into the main unit 12 RFID, mounted in an insulating layer 12a RFID available in the holder 11a of the card.

The insulating layer 12a RFID, which copied the data stored on the SIM card 11, as described above, is attached by the user on the rear surface, or something like that, the portable phone 1, as shown in Figa. In accordance with this, the device 2 providing data portal website similar to the one shown in the first embodiment, additionally equipped with a device 222, a read/write RFID read/write data from/to the RFID tag 12, as the contactless recording medium. For example, provided by the recess (222) for placement of the portable phone 1, as shown in Figv. Thus, various types of data read from RFID tag 12 attached to the portable phone 1, placed in the recess (222). The reader/writer RFID designated as 222 may be the same device read/write RFID, the reader/writer card that provided the SIM card 11, or may be different.

When the device 2 providing data portal website recognizes the portable phone is n-1, installed RFID 12, it reads the data stored on the RFID tag 12. For example, if you saved the SIM identifier, device 2 providing data portal website reads it, and requests the processing mapping on the server 3 management portal. If the processing mapping the correspondence is established, can log into the system to provide the ability to change the structure of the portal site, as described above, or to provide the ability to perform other processing.

Operation

Next will be described the operation of the system variant implementation, in particular the functioning of the device 2 data delivery portal site with links to Fig-30. Fig is a flowchart to illustrate the operation of the device 2 providing data portal website. Fig and Fig are diagrams of a sequence of operations to demonstrate the functioning of the system as a whole.

First, when the user first acquires the SIM card and insert the SIM card 11 (holder 11a card) reader/writer card device 2 data delivery portal site for the manufacture of a new portal website (YES at step spider S301 demonstration on Fig, steps S401, S402 to Fig), device 2 providing data portal website authenticates the SIM card is 11. Namely, as described above, authenticated PIN code for the user and SIM card (steps S403-S407 on Fig) and authentication the SIM identifier for the SIM card (steps S408-S410 on Fig). At this stage, the processed authentication using the server 3 management portal (steps S411-S412 on Fig).

If authentication succeeds, then the device 2 providing data portal website edits portal site according to the input data from the user (step S303 on Fig) and address information (URL), available for the portal site, recorded on the inserted SIM card 11 through the device 22 read/write card (step S304 to Fig).

Then the device 22 read/write card reads the data stored in the SIM, such as the SIM ID number and phone number on the SIM card 11 (steps S413, S414 on Fig), and writes them to the main unit 12 RFID available in the holder 11a of the card (step S305 to Fig, steps S415, S416 on Fig). Copying data can be performed before writing the URL on the SIM card, i.e. immediately after inserting the SIM card.

Then, the user U pulls the holder 11a of the card, locking SIM card 11, the device 22 read/write (step S422 on Fig) and detaches the insulating layer 12a RFID from the holder 11a of the card to secure it to the portable telephone 1 (step S423 on Fig, see Figa).

When performing redakti the Finance (settings) own portal site, which is previously registered, the user sets the portable telephone 1 in the device 222, a read/write RFID (deepening) device 2 data delivery portal site (step S423 on Fig, see Figv). Thus, the device 2 providing data portal website is able to exchange information with the main unit 12 RFID installed on the portable phone 1 (NO phase spider S301 demonstration on Fig, YES at step S306 in Fig).

Then on the device 222, a read/write RFID, PIN and SIM ID read from the RFID tag 12, and performs user authentication via RFID tag 12 attached to the portable telephone 1 (step S307 to Fig, steps S424-S432 on Fig).

If user authentication is successful, the user is able to log on to the device 2 providing data portal website (step S433 on Fig), and editing portal website, etc. as described above may be executed.

Briefly, in the present embodiment, first, to perform the processing mapping, when removing memory device, such as a SIM card, which contains identifying information of the portable terminal identifying information, etc. stored on the memory device that will be compared are stored once in a contactless memory card, for example an RFID tag, which which allows contactless reading. Establishing a contactless memory, so it can be read from the outside, for example, attaching it to the outer surface of the portable terminal, can be considered as identifying information, etc. from the contactless memory later, during the access. Thus, this eliminates the inconvenience such as extraction media such as a SIM card of the portable terminal each time the user mapping. Therefore, user convenience may be improved. In particular, copying on RFID located on the SIM card data personal to the user, which are used for user authentication, you can perform a more accurate user authentication.

The above-described embodiments of described in relation to the case where the user performs editing your own portal site, logged in using RFID to which the copied data to identify the user, such as data stored on the SIM card. However, the processing executed after login, not limited to those described above. For example, to make payments for communication services for your portable phone 1 in a system with pre-paid entry into the system can be implemented by performing authentication using RFID.

Additionally, the above is the case, when the main unit 12 RFID mounted in the insulating layer 12a RFID, and is installed on the portable phone 1. However, there is no need to be limited to this form, in which the RFID tag is installed on the portable phone 1. For example, as shown in Figv, in main unit 12 RFID can be mounted or installed directly on the SIM card. Even in this form of RFID, which copied the data stored on the SIM card is installed in the portable telephone 1, in which the SIM card 11. Therefore, identifying data can be read from the portable phone 1 without contact, in the same way as described above, in order to reduce complexity, such as taking the SIM card, etc.

Additionally, the above-described embodiments of described in relation to the case, when the device 2 providing data portal website reads data stored on the RFID tag 12, which is attached to the portable telephone 1. However, the device 2 data delivery portal site can have a function of storing prescribed data on the RFID tag 12, which is attached to the portable telephone 1. In this case, the portable telephone 1 has a function of reading the data with the attached RFID tag 12. Thus, data can be read/written from/to the RFID even after the RFID tag 12 attached to the portable telephone 1, h the Oba was the ability to save content on the RFID tag 12 through the device 2 data delivery portal site simply placing the portable phone 1 in the recess formed on the device 222, a read/write RFID device 2 providing data portal website. You can then use the received content by reading the RFID 12 using the portable phone 1. Therefore, as described above, it becomes unnecessary to remove the SIM card as a memory mounted in the portable phone, every time, receiving data from the specified device to the portable phone 1. Thus, user convenience may be improved, with safety.

Industrial applicability

The present invention allows to store application data, which are different for each user, such as a URL available for the portal site, the individual user, and payment data for communication services, to provide opportunities to communicate with pre-paid portable terminal, with safety. Therefore, convenience for the user using the portable terminal can be increased, so that the present invention has applicability in a production environment.

1. The method of writing data to memory of the portable terminal, and the method comprises the steps:

stage reading at which read data is stored on the Le memory of the portable terminal;

the step of mapping data, which, at the stage of reading, compare identifying data specific to the user portable terminal read from the memory device, with the user registration information registered in advance, and output a write command to the device read/write data only when the data is matched; and

stage write, which writes the application data required for the portable terminal, the memory device, provided that at the stage of mapping data to the input of a write command; and

the phase of activation, which stimulates the portable terminal is attached to the memory device.

2. The recording medium containing the program writes data to memory of the portable terminal, and the program contains:

function for handling the device read/write data read data stored on the memory device of the portable terminal and the processing of entries application data required for the portable terminal, the memory device;

function, providing processing device mapping data mapping identifying data specific to the user's portable terminal, which is read from the memory device read/write data is, with the user registration information registered in advance, and the output processing of the write command to the device read/write data only when said data are in agreement; and

function for handling the device read/write data of the write application data to the memory device, provided that the input filed with the write command.



 

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20 cl, 17 dwg

FIELD: technological processes.

SUBSTANCE: invention is related to the sphere of cryptographic devices and methods of checking electronic digital signature (EDS). In the method the secret key (SK) is formed, which includes three prime many-digit binary numbers ρ, q and γ. The open key (OK) is formed, which contains three many-digit binary numbers n, α and β, where n=Eρq+l, E - even number, α - number, which is related to index q by module n, and β - number, which is related to index γ by module q. Electronic document (ED) is accepted in the form of many-digit binary number H, electronic digital signature (EDS) Q is formed depending on values of SK, OK and many-digit binary number H, the first checking many-digit binary number A is formed depending on Q, intermediate many-digit binary number W is formed depending on OK and many-digit binary number H, the second checking many-digit binary number B is formed depending on W, and numbers A and B are compared. In case parameters of numbers A and B match, conclusion is drawn about authenticity of electronic digital signature.

EFFECT: reduces size of electronic digital signature without reduction of its resistance level.

8 cl

FIELD: technological processes.

SUBSTANCE: invention is related to the sphere of electrical communication, namely to the sphere of cryptographic devices and methods of electronic digital signature (EDS) check. In the method the secret key (SK) is formed, which includes three many-digit binary numbers (MDN) p, q and γ, where p, q are prime numbers and γ is composite number. The open key (OK) is formed in the form of two many-digit binary numbers n and α, where n = pq and α - number, which is related to index q by module n. Electronic document (ED) is accepted in the form of many-digit binary number H. Electronic digital signature (EDS) Q is formed depending on values of SK, OK and many-digit binary number H. The first checking many-digit binary number A is formed depending on Q. The intermediate many-digit binary number W is generated depending on OK and many-digit binary number H. The second checking many-digit binary number B is formed depending on W, and numbers A and B are compares. In case parameters of A and B numbers match, conclusion is drawn about authenticity of electronic digital signature.

EFFECT: reduces size of electronic digital signature without reduction of its resistance level.

10 cl, 6 ex

FIELD: digital rights control system.

SUBSTANCE: system contains first user device designed for query message setup and transfer, indicating transaction to be run in relation to digital content of at least one object of digital rights (OR), rights issuer aimed to receive query message from first user device, to identify transaction and to process this transaction and to provide access rights to digital content conjointly with server for second user device designed to receive information on stated access right concession. Receive of mentioned information by second user device on digital content access right concession is confirmation of execution of this right to second user device. Method describes operation of mentioned system.

EFFECT: ability of authorized user to transfer partially used or unused object of right to another user and return of OR.

49 cl, 15 dwg, 2 tbl

FIELD: portable electronic devices.

SUBSTANCE: portable electronic device includes memory to store a secret code in the form of pre-defined character sequence; rotating device with touch surface providing for user tactile impact and installed in such a manner as to provide for rotation around its axis; feedback tools separated from the rotating device to provide for feedback to user when turning the rotating device; conversion tool to convert each turn in sequence of turns of the rotating device to a character of corresponding ordered test character sequence, and verification tool to verify the test character sequence by comparing it with pre-defined character sequence.

EFFECT: user convenience during input of test character sequence along with provision of security and restriction of access to the device or to its individual functions.

33 cl, 7 dwg

FIELD: cryptography.

SUBSTANCE: in accordance to the method, cryptographic module is provided with two types of data, which may be received even from a communication partner who is not cryptographically reliable, and which either remain in cryptographic module, or are connected to the document. The information, which remains in cryptographic module, is used to protect the information in the document by generation of a check value, and information which is transferred to document, is used to confirm the fact that the document is protected by a cryptographic module, during the check of document authenticity in a control device.

EFFECT: the contact between cryptographically reliable contact device and document creator is realized directly.

2 cl, 3 dwg

FIELD: infrastructure of public keys (PKI), namely, registration and activation of PKI functions in infrastructures of public keys in SIM-cards.

SUBSTANCE: in accordance to the method, reference code and corresponding activation code are recorded in a table at protection server integrated in PKI or connected to PKI. The user inputs reference code or number in record form together with his personal data, after that the form is sent to PKI and to protection server. After registration is confirmed from the side of PKI, the confirmation information is transmitted to user and supplemented with a request to input activation code at user terminal. Simultaneously, the activation code associated with reference code in the table and identification data of smart-card of user are transmitted to activation module in PKI, then activation code together with identification data of smart-card is transmitted from terminal to activation module and on receipt thereof the activation module determines whether the data coincides with activation code and identification data, provided in advance by protection server, and in case they do, the module performs command of activation of PKI-component of smart-card.

EFFECT: reduced processing time.

13 cl

FIELD: methods and system for processing visualized digital information.

SUBSTANCE: the system for protecting visualized digital data contains a set of computing devices, where at least one of them is the main device, and at least another one is a remote computing device, where each one of aforementioned devices contains one or more processing components, configured for usage in data processing chain, consisting of components for processing protected information, subject to visualization for user, individual processing components which support one or more of such interfaces, such as authentication interface and intermediary authentication interface, where the intermediary authentication interface ensures reading of authentication identifiers and recording of authentication identifiers, and authentication identifier uses for each one of one or more lists for checking each component in each one of aforementioned one or more lists, to determine authorized components, where an authorized component may receive non-encrypted data. Methods describe operation of the system.

EFFECT: protection from unsanctioned access or duplication of unprotected information immediately after that information reaches visualization device, such as a user computer.

20 cl, 8 dwg

FIELD: online transactions.

SUBSTANCE: method for conducting an online transaction includes providing a transaction manager. Single use transaction request identification is generated, transaction manager compares transaction request identification to banking information of registered user. Registered user is provided with transaction request identification, registered user requests purchase of product or service from a merchant, where purchase requests includes providing transaction request identification to the merchant. The merchant dispatches a request to transaction manager for payment by money transfer from user to merchant, where payment request includes identification of transaction request and cost; check by transaction manager of trustworthiness of transaction request identification; and, if transaction request information is trustworthy, request for electronic transfer of money is dispatched to financial institution to transfer a sum of money from user account to another account; it is checked, whether sufficient sum of money is available on banking account of user, and, if sufficient amount is available, the financial institution conducts the transfer according to banking information; and transaction manager receives confirmation about transaction from financial institution and dispatches a confirmation to the merchant.

EFFECT: increased efficiency.

5 cl, 16 dwg

FIELD: optical information carriers, device for recording data to information carrier and/or reproducing data from information carrier and method for recording data to information carrier/reproducing aforementioned data.

SUBSTANCE: optical information carrier contains untrustworthy data, used in disk certification, and identifier for stating that untrustworthy data are included in recording/reproducing element block, while untrustworthy data are used for certification of disk on a part of information carrier or on whole information carrier. Device for recording/reproducing data contains recording/reading element for reading data and/or recording data to information carrier and control element. Method for certification of information carrier disk includes filling recording element block with untrustworthy data and adding identifier to recording element block for stating that this block includes untrustworthy data.

EFFECT: protection from unsanctioned reading of data.

11 cl, 13 dwg

FIELD: data carriers.

SUBSTANCE: device for reproduction of data from data carrier, program zone of which is used for recording a set of files, and control zone - for controlling copy protection data concerning the file, recorded in program zone, has computer for calculating copy protection information for each time file is reproduced, comparison means for comparing value, calculated on reproduction command, being prior to current one, to value, calculated on current reproduction command, and if these values coincide, the last value is stored as copy protection value, calculated on reproduction command , prior to current one and control means for allowing reproduction of file, appropriate for current command, if value, calculated as response to command, previous relatively to current command, coincides as a result of comparison to value, calculated as a response to current command.

EFFECT: higher reliability, higher efficiency.

4 cl, 46 dwg

FIELD: digital memory technologies.

SUBSTANCE: board has rewritable power-independent memory and control circuit, means for storing address, pointing at limit between authentication area and non-authentication area, circuit for changing size of said areas. Reading device contains estimation means, reading information, pointing at number of times, for which digital data can be read, and playback means. Second device variant additionally has means for digital output of contents.

EFFECT: higher efficiency.

3 cl, 23 dwg

FIELD: information technologies.

SUBSTANCE: optical drive contains an objective for converging of a light bunch on an optical disk with a layer for information storage; the executive mechanism for moving the lens perpendicularly to the information storage layer; the executive mechanism control unit for moving the objective with preset speed by means of handling the operation of the executive mechanism; and the device detecting position of a disk and detecting position of the lens when the focal point of a beam is allocated on the information storage layer, as disk position. When the lens moves to a disk for performance of focus search operation, speed of moving the lens is set as high while the lens will not reach a switch point of the speed defined by position of a disk, and is set as low as soon as the lens passes the mentioned point. Thus the switch point is defined on the basis of position of the disk before pergorming focusing. The specified switch point is set further from a disk, than the lens position when the focal point of a beam is allocated on the information storage layer of a disk.

EFFECT: increase of usage reliability.

22 cl, 16 dwg

FIELD: information technologies.

SUBSTANCE: information on length of channel bit is written in the utility area (BCA) of an optical disk in the form of crinkles. The optimal mode of playback/data record is performed on the basis of the control information concerning disk capacity. Alternatively, during consecutive performance of variety of the bit detection preset modes, values of error rate on bits are calculated, and play back the bit detectings that are given in a mode, corresponding to the least value of error rate. It helps to perform operation of data playback, optimal in relation to capacity when recording Blue-ray disk only for reading from BD-ROM even in a case when the disk information (DI) is written in allowed band of the constant information and control data (PIC) in the record format demanding process of decoding, and the capacity during recording process may have any of the following values: 23 Gbytes, 25 Gbytes, 27 Gbytes, etc.

EFFECT: increase of the device efficiency.

32 cl, 8 dwg

FIELD: information technologies.

SUBSTANCE: device for spindle lodgment cleaning of the device for reading and/or recording the data on compact discs, containing the cleaning compact disc, installed in an internal cavity of this device on a spindle lodgment, is supplied with a cleaning compact disc clamper the cleaning units are located on the surface of the cleaning compact disk, faced towards the spindle lodgment; the cleaning units can be made in the form of grooves; the cleaning units can be made in the form of brushes.

EFFECT: increase of cleaning efficiency of a spindle lodgment surface of the device for reading of the information from compact discs.

3 cl, 2 dwg

FIELD: information systems.

SUBSTANCE: invention refers to optical information mediums. There is an optical disk with multiple recording layers and also a method and device for recording the data on it. The optical disk possesses multiple recording levels, thereat each recording layer contains: data area; connective area and remaining area. The data area, connective area and remaining area are located in the direction from the inner circuit of the optical disk to the outer circle. The outer border of each data area is determined according volume of recording data. The locations of the connective areas and remaining areas are determined by the recording and playback device according determination of the outer border of each data area.

EFFECT: selective allocation of monopolistic area for specific purpose in the outer area.

33 cl, 7 dwg

FIELD: information systems.

SUBSTANCE: optical record medium is announced. It includes a specially allocated area with the recorded information considering defect corresponding to the defective block in user data area. Thereat the information considering defect includes a record of consecutive defects list, containing the information regarding the defects placed in consecutive user data area allocation. There is also a device for utilisation of this optical record medium.

EFFECT: obtaining of new optical record medium.

3 cl, 12 dwg

FIELD: information technology.

SUBSTANCE: device for writing and/or reading the temporary defect list, and the single-time writable medium are announced. The device ensures the post-writing checking of the defect information area. If there is a defect in this area's cluster containing the information about the defect, then the reading device writes the respective information block into the next free cluster of the temporary defect control area.

EFFECT: device writes the information specifying the location of the cluster containing the information about the defect, into the temporary defect control area.

20 cl, 9 dwg

FIELD: information technology.

SUBSTANCE: method of writing medium assessment is suggested. The method assesses the address reproduction error rate from the oscillation signal amplitude fluctuation value, as well as from the signal-to-noise ratio (SNR). Then, the certain range with low error rate should be set, and it should be defined whether the address reproduction error rate lies within the certain range.

EFFECT: assessment of the reproduction error rate.

7 cl, 27 dwg

FIELD: recording and playback of data.

SUBSTANCE: description is given of the device and method of recording and/or playing back data and the data record medium. The recording and/or playback device consists of a recording and/or playback module, which records and plays back data from a record medium, which has one or more data recording layers and a control module, controlling the recording and/or playback module for recording data onto the record medium through accessing one or more disc data structures. The data structures consist of data related, to parameter records, corresponding to record characteristics of the record medium, and information on record characteristics, related to parameter records. In accordance with the given device and method, parameters of record characteristics correspond to the recording and/playback device, and compatibility with different specifications can be attained.

EFFECT: higher recording and playback quality.

10 cl, 9 dwg

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