Method and device for exchanging information via communication network

BACKGROUND OF THE INVENTION

The present invention relates generally to a method and apparatus for exchanging information in switching systems. Detailed presentation of invention relates to a switching system which is connected to the public or private data network and a public or private telecommunications network.

The successful development of telecommunications allows more users to access the Internet. The Internet has become not only a source of knowledge, but also a new area of ​​business that attracts more and more users. Currently, the telecommunications industry is experiencing growing pressure, as is to provide solutions that provide access to the Internet almost every user. Decisions based on broadband networks are constantly being improved and thereby develop and deploy new local and national data network. Currently, the most common and widespread way to access via modem to the telecommunication network (Public Switched Telephone Network (PSTN) PSTN provider) is replaced by other methods of access to higher data rates, that is, transmitting information through a transmission line or cable TV.

At the same time, the telecommunications industry solves another problem: how to ensure the mobility of each user. Traditionally, telecom focused mainly on voice communications. With an increase in volume of transmitted information, however, any new requirements (i.e., a higher data rate), but there are new features. The development of mobile communication systems is at the stage where there are more systems based on data packet switching. Compared to systems based on the circuit switching systems based on switching data packets have certain advantages when it comes to transmitting information. In a system based on packet-switching data, the user uses resources only in the moments when the system transmits control signals or user information. In a system based on the circuit switching user transmission resources allocated continuously, even when there is no active transmission. The system based on the channel switching has obvious advantages for voice real-time, as in this case it is difficult to predict how the communication will proceed. For data transmission it is not so important accurate estimate of the required system resources, because restrictions on delay and variation thereof is not so important for the quality of communication, as in the case of voice communication. Thus, it becomes possible to provide access to the transmission system resources to more users, with the proviso that after the transmission channel is released and made available to other users.

One such system is the evolution of mobile communication system with data packets corresponding to the specifications of the global mobile communications system (GMSS), developed in EISE (European Telecommunications Standards Institute) service radio transmission of data packets (SPRPD) (technology transition from the second generation a universal mobile telecommunications system). The standard SPRPD system can support more users with higher data transmission speed than is possible today, when communication is implemented in the system based on circuit switching. Compared with GMSS system SPRPD system is a step forward in the direction of mobility of users of communications systems, as GMSS system optimizes portability "traditional" users, ie, users of voice communication real-time.

Data transfer occurring today through telecommunications networks, typically initiated through access to the Internet or to the mail server. The user logs on a remote server and receives access to the data network, i.e. through modem pools. The user calls the modem pool, and through it connects to a server through which gains access to local and global networks. Browsers such as Microsoft Netskeyp Navigator or Explorer is used to navigate through the resources of the Internet, that is, pages, and addresses. Users and organizations usually create their own information objects or pages of web sites on the internal or external networks, which provide access to personal information or any other type of information. Once connected and having access to a data network, the user can access the data objects, picking the correct address. This address is often composed of a combination of a host name on the network (i.e., the server name) and an arbitrary text string. Usually very difficult to search for the required information object as text strings and server names are non-trivial sequence of characters.

When addressing in telecommunications network involved in voice or data transmission, it is carried out by dialing the telephone number on the user's device (UE) such as a mobile phone or a facsimile terminal functions. The phone number is a unique unified address bar. The caller (A-party) dials the address bar (B-number) to address the called party (B-side). Depending on the type of data network A side where the user is located, the requirement of a connection is routed to one or more public telecommunications networks, reaching the destination, and the connection can be realized. Other unique address character strings are, for example, e-mail addresses, IPv4 addresses, IPv6 addresses, and Session Initiation Protocol.

The above principle is also used in the case where the user wants to access the Internet from a computer connected to a telecommunications network. The user is connected to the data network by typing in the number using the modem pool from which the access to this network. There is no additional possibility to exchange information with the called server other than the above-described features.

Applicants have found that there is a problem with the accepted way to access the Internet in order to receive access to specific data objects because the addressing mode information objects complex. Further, there is a need to ensure the telecommunications industry for more than a simple way to access the Internet, including a full support to the user, ie the coordination of its work with the Web page or data object not as it is currently being implemented when support is provided to the stage dialing on modem, because from that moment the user to surf the Internet or work with data objects, must rely on their own skills.

SUMMARY OF THE INVENTION

The present invention overcomes these deficiencies of identifying and finding a data object and provides navigation information object between the sequences by applying a new connection between the data communications network and a telecommunications network or a new connection between different services in a data network.

In one aspect, the present invention discloses a method for connecting a unique identifier B-party, such as dialed B-party number, Internet address, i.e. e-mail address, IPv4 address, Session Initiation Protocol or IPv6 address) from the data object. B-side may be, for example, individual, facsimile, mail server, e-mail client or access to web pages. Connecting rooms In-hand with specific information object, below referred to as the telephone page, enable the A-side to implement direct access to the information that the B-side is willing to show or to process the calling / connected party. The phonepage resides in memory in the telecommunications network or memory connected data network. Phone page may look similar to a web page the Internet, but can also take other kind, for example, as a speaker phone or the page program. Display / processing phonepage may be made dependent on the capabilities of the user device A-side.

Depending on the type of device-side user A, a node storing the phonepages may determine the device type and choose the optimal mode of displaying the selected data objects.

Phonepage also depends on the type of equipment the A-side, can provide various levels of possible interactions, ie, only display information, or to be fully interactive information object with support for full-duplex communication between the A-side and the unit in which the memory storing phonepage .

Phonepages may be configured so that they can be displayed automatically or by indication from the A-side. In one embodiment of the present invention B-side has exactly the same opportunities receiving phone page upon receiving the unique identifier from the A-side, such as the A-number, email address A hand, IPv4 address, Session Initiation Protocol or IPv6 address, associated with the incoming communication.

In another aspect, the present invention describes a telecommunication network node or network node data. This node consists of, at least, database memory, comprising at least pointers telephone pages, which are transmitted admission request to a remote database.

Passing pointers calling A-side may depend on the type of connection and access technology used for the connection. For example, when the compound where simultaneous communication of two parties involved, one of which is a system based on the switching channels, while the other is a system based on the packet data is possible, then there is a pointer can be transferred to a communication resource of the packet-switched and voice communication may be initiated on the circuit switched resource. In other types of connections, two data streams may be installed on one or several simultaneous communications resource packet data, i.e. transmission of speech and data. Another example is when voice communication is initiated over a circuit switched communication resource channels, and pointers phonepage transmitted through the channel system based on data packet switching with disabilities, such as a short message service channel (SMS). In another example, uses two communication channels, wherein one example is a chat or email, and another for pointers phonepage.

According to the invention, a method of sampling the object to the first user communication task in connection with the establishment of the communication service with a second user communication task involves several steps performed by the first user communication task. The first step is determined whether there was a triggering event. The second step is requested address of the communication service associated with the trigger event. The third step is to create a request for information object associated with the address communication service, where the request is at least two options, the first of which is the address of the communication service and the second is a specific trigger event. In the fourth step, a request is sent to an information object to the server data objects. The fifth step is received information object or information object pointer from the server information object depending on the parameters. In the sixth step the processing of the information object or information object pointers. Preferably, the type of communication service determines the server data objects. Address communications services is also associated with a second communication task user. The parameter query may be a code indicating the type of communication available to the first user communication problem. The parameter query may be a code indicating the priority of the use of the available types of communication by the first communication problem. The parameter query may be a code indicating the desired communication service with a second communication task user. Address communications service may be the address of the access device of the first user or the address of the access device of the second user. If the first communication problem by initiating a task, the second task of the communication is interrupted and the user is on the contrary: if the second communication problem by initiating a task, the first task of the user communication is interrupted. The parameter query may be a code indicating the type of media information. The parameter query may be a code indicating the types of devices the first or second communication tasks users. The parameter query may be code indicating the available and / or the accompanying accessories. The parameter query may be a code indicating the version of the method used. Preferably, the request is encrypted before transmission. Advantageously, the resulting data object is encrypted and here, in the step of processing data objects stands. The trigger event may include event initialized or communication to be initialized. Advantageously, the step of defining the trigger event, then determines whether there will be additional communication events during the session, thus having the opportunity to initiate further requests for information objects. The trigger event may be an event pressing the selected button on the user's device. The parameter query may be a code indicating the server information object, then the code can be a server name or network address consisting of the network ID and host ID.

In accordance with the invention, the telecommunications or information system includes a first device by the first communication task user, the second user device to the second communication task user communications network for the implementation of the communication channel service between the first and second objectives of the user and server data objects. The first user device is arranged so that determines the appearance of trigternogo events, requests the address of the communication service associated with the trigger event, and makes a request to an information object associated address of the communication service. Estimated inquiry consists of at least two parameters, where the first parameter is the address of the communication service and the second parameter is a certain trigger event. The first user device is arranged so that at the choice, if possible, encrypts and sends a request for data objects in the server data objects. Another sequence of parameters may also be considered as part of this invention. Server data objects arranged so that returns a data object or a pointer to a data object, depending on the parameters of the first task of the user in response to a request. The first user device is arranged so that receives the data object or a pointer to a data object server information object, and then processes the data object or a pointer to a data object.

In accordance with the invention presented a method for extracting an object from the first user device connected through a first communication channel to a second user device, it consists of several steps. The first step is requested address pointer. In the second step determines whether an event trigger, create a request for information object associated with the address pointer. The query consists of at least two parameters, the first of which represents the address of the communication service, and the second trigger event is determined. In the third step, a request is sent to a data object via a second communication channel to the server data objects. In the fourth step, the data object is received or a pointer to a data object server information object depending on the parameters. And finally, in the fifth step is processed received object or data object pointer.

In some versions of the method, the first communication channel and the second communication channel are parallel channels. In other embodiments, the method, the first communication channel and second communication channel are not parallel channels.

The first communication channel may be a channel switching system of channels or packet data. The second communication channel may be a channel switching system of channels or packet data.

Advantageously, the address pointer can be a phone number, Internet address, such as a network address, e-mail address of the first user device and / or the second user device.

In some versions of the method the first device is a user device initiating user and the second user device is interrupting the user's device. In other embodiments, the method, the second user device is the initiating user device and the first user device is interrupting the user's device.

Advantageously, the query parameter can be one or more presentation code indicating a basic arrangement of the operator representation of the code indicates the type of information the media representation of the code indicating the Seller equipment, presentation of a code indicating the type of device a user, representation of the code specifies the availability and / or supplied accessories such as a set of accessories Class "hendfri", "chatbord" digital music player, radio, reader barcode, PDA, and / or any equipment class "Bluetooth" code indicating active or not accessories (such as headphones or Devices of class "hendfri" for the car, etc.) and active accessories will include audioinformatsionny object and representation of the code indicates the version of the method used.

Preferably, the request is encrypted before sending. Mostly produced data object is encrypted and decrypted in the step of processing the data object.

The trigger event may be one or more events, where an outgoing call is initiated or will be initiated event, where addressed to the called party answers the call, the event, which addressed the called party is busy, the event, which addressed the called party does not answer, the event, which addressed the called party refuses to answer a call, an event where the call is urgent or has just arrived, an event where the call was disconnected, an event where the call was made. The trigger event can be one or more event, where a new cell is open land mobile network (OMNSS) has been selected or changed subscriber location. Preferably, the trigger event is when a new cell or the location of the called party, the requested information object refers to the new cell or the location of the called party, such as a local advertisement. The trigger event may be the choice of a new operator OMNSS. Preferably, when the address pointer is the new operator OMNSS, the requested information object may refer to a new operator OMNSS, such as containing a price list of services of the new operator OMNSS. The trigger event may be an event registration of a new country. Preferably, when the address pointer is a new country, the required information object was related to the new country.

In some versions of the process step definition triggering event further determines if there were additional trigger events during the communication session, to be able to initiate further requests for data objects during the call.

Advantageously, commercial information may be sold by dialing a telephone number or receiving access web page, and a corresponding trigger event, then the event may be a payment such as when a call has been connected to the first communication channel or when the call has been disconnected. Preferably, the information object was commercial information, or commercial information presented.

The trigger event can be selected by the user pressing a button on the user's device. Further, the address pointer may be, for example, telephone number or IPv6 address included in the list of the first user's device. The address pointer can be a pointer to the address of one or more missed calls, outgoing calls or incoming calls. Geographical Index may, for example, telephone number, email address, IPv4 address, Session Initiation Protocol or IPv6 address.

Mostly query parameter can be the code that identifies the server data objects. Preferably, the representation of the code that identifies the server information object represents the server name and network address consisting of the network ID and host ID.

At any time when the device of the first user is not involved in a call or close call termination, information objects can be retrieved from the server and the information objects stored locally in the first user's device, to be available when the next trigger event.

Advantageously, the Uniform Resource Locator Server data objects embedded software in the first device user.

In some versions of the method server information objects, at least logically divided into a name server, and the server object and thus step of sending a request for an information object is sent via the second communication channel to the server names. Furthermore, in some versions of the reception step index data object from the server information object can include the step of receiving the data object pointer to the name server. Then, further, the processing step object pointer includes the steps of sending an object request to the server data objects obtained by the object pointer, and obtaining the data object from the server object, depending on processing parameters and the received object. Furthermore, in other versions of the method, the object information reception step comprises the steps allocation request to the name server object to the server object and receiving the data object from the server object, depending on the parameters. Preferably, the Uniform Resource Locator name server software is embedded in the first device user.

In some versions of the method for preparing the object or object pointer is taken from the sample data objects is dependent on the identity of the requester that is returned to the one who is requesting the phonepage may take various forms, depending on who requests it.

In some versions of the method the resulting object includes a sound that, at least temporarily replaces or is added to the sound of the call at the first user device. In other versions of the resulting object contains the sound from the sound instead of the call, which is temporarily muted.

In one embodiment, the invention provides a landline telephone comprising graphic possibilities, which executes any version of the method according to the invention shown here. Another embodiment is a mobile phone comprising a CPU, a memory device, and at least one display device and this mobile phone executes any version of the method according to the invention shown here. Another embodiment is a mobile phone comprising a CPU, a memory device unit removable memory (i.e., the subscriber identification card module PAM), and at least one display device and this mobile phone executes any version of the method preferably is block a removable memory, in accordance with the invention described herein. Another embodiment is a mobile phone comprising a CPU, memory device and at least one display device and this mobile phone downloads the method in accordance with any version of the method according to the invention described herein, in its memory device. Another embodiment of the invention is an information device including a CPU, a memory device and at least one display, such as, for example, a PDA or a portable computer having capabilities of mobile phone or connected to a mobile phone, the device which operates any version of the method in accordance with the invention described herein.

In accordance with the invention, the communications system or information system includes a first user device and the second user device and a communication network for implementing a first communication channel between the first user device, a second user device and the server data objects. The first user device, arranged in such a way that requests the address pointer, determines the occurrence of the trigger event and creates a request for the information object that is associated with the address pointer. The request includes parameters consistent with the object and consisting of at least two parameters, wherein the first parameter is a pointer to the requested address, and the second parameter represents a particular trigger event. Other sequence parameters can also be envisaged within the scope of the present invention. The first user device is arranged such that optionally encrypts and sends a request for the object via a second communication channel to the server data objects. Server information object is arranged so that return an information object or a pointer to the data object, depending on the parameters to the first user device via a second communication channel in response to the request. The first user device is arranged such that received information objects or indexes the information objects from a server information object and then processes the received data objects or data objects pointers.

BRIEF DESCRIPTION OF DRAWINGS

Further, the present invention will be described more detailed descriptions on the examples given with reference to the accompanying drawings, in which:

1 illustrates a communication infrastructure overview according to one embodiment of the present invention;

2 shows a first block diagram of a subscriber interaction on the A-side of the user device (UE), in accordance with one embodiment of the present invention;

3 shows a first block diagram of a subscriber interaction in the information server, in accordance with one embodiment of the present invention;

4 shows a second block diagram of a subscriber interaction on the A-side of the UE in accordance with the present invention, where voice and data communication can be performed simultaneously;

5 shows a third block diagram of a subscriber interaction on the A-side of the UE, according to another embodiment of the present invention where the voice and data communication can not be performed simultaneously;

6 is a block diagram of the interaction of the subscriber to the B-party UE according to an embodiment of the present invention;

7 shows a functional diagram of an experienced user device in accordance with one embodiment of the present invention;

8 shows a functional diagram of the server data objects in a data network in accordance with one embodiment of the present invention;

9 is a block diagram of the procedure for determining the index B-number, in accordance with one embodiment of the present invention;

10 shows a block diagram of the procedure for determining the index A-number, in accordance with one embodiment of the present invention;

11 is a functional diagram of an experienced user device that connects to the fixed data communication network in accordance with one embodiment of the present invention;

12 is a functional block diagram of an experienced user device, which consists of a handheld computer and a mobile phone, according to one embodiment of the present invention;

Detailed Description of the Invention

The present invention will be described below with reference to the telecommunications system based on GMSS, ie circuit-switched system and SPRPD system, ie a system which is based on packet-switched data. Note that the embodiments described below are experienced, and other systems with packet-switched data and / or switched channels can be considered equivalent for both voice communication and for the data communication. Voice communication, electronic mail, facsimile, and access to loading hypertext code can be transmitted through a communication system based on switching channels and through the communication system based on packet-switched data. Both the fixed system, mobile, circuit switched data and system based on switching data packets provided with appropriate data access technology (multiple access with time division, code division multiple access channel, multiple access, frequency division multiple access orthogonal frequency division access time division duplex access, frequency division duplex) or any combination of the above techniques can be used. The present invention imposes no limitation on the type of data communications network or access technology. The necessary communication can be voice or data such as a facsimile or access to IPv6 addressable device such as a thermostat. For example, devices A-side and B-parties may have access to and be accessed from the telephone number from the e-mail addresses with Ipv4 address from the session initiation protocol address or an IPv6 address.

Figure 1 provides an overview of the infrastructure 10, which are connected to several different communication data networks. 1 shows two nodes included in the mobile communication network circuit-switched data channels (CC), i.e. a mobile switching center (MPC) 118 and the base station subsystem (BSS) 112, as well as nodes included in a mobile communication network transmission Data packet-switched data (PD), that is an additional service unit SRPPD (DS-PSA) 114, and an additional gateway node SRPPD (DS-PSA) 116. As a rule, the node DS-PSA includes functionality such as desegmentatsiya and conversion information packets corresponding to one protocol into data packets according to protocols used with the interface ether. Node DS-PSA also includes control mechanisms for one or more BSS 112, and also quality control mechanisms (ICC). Node LH-PSA includes functions required to support communications between the mobile packet data network and other packet data networks, i.e. data network 120. The CS network portion is connected to the PSTN network 140 and the network portion PD is connected to the data network 120 . The data network can be internal and external, that is global or limited access. As illustrated, the CS part of the network and data transmission can also be connected to each other via an interface between the MSC 118 and DS-RPC 114. Center MSC 112 may serve as part of the PDP network 161 and the network part of the CC 162 over the air, providing portability service users PD and AC parts of the network and UE 100. The user device 100 can, for example, be a mobile phone or a mobile phone connected to any information technology equipment, that is, a PDA or laptop. PSTN 140 provides users (user devices) connected to the fixed network services such as regular phones (OT), fax or modem device 150. Other examples of devices that are connected directly and indirectly to the PSTN 140 are terminals Digital Network Integration services (ISDN) and communication devices connected via a digital subscriber line (such as Asymmetric Digital Subscriber Line, high-speed transmission line on the cable).

Typically, the data network 120 includes one or more routers (not shown) and information bridges such that several nodes are interconnected and to communicate with each other. The data network used for communication in the present invention also includes a server information object 130. Typically, a plurality of servers included information object to the data network, wherein, for clarity of explanation, only one server 130 contains the information object in Figure 1. In a preferred embodiment, the functions of the server data objects 130 are divided into two logically different parts, a name server, and the server object. The name server and the server object can be physically separated or just logically. The name server provides translation between the address pointers, such as phone numbers, events, and relevant areas of storage facilities on the server where the objects phonepages ie URIs such as Uniform Resource Locators. The server stores the objects required objects, that is, the content of phone pages. Multiple name servers can be provided. For example, the special name server can be controlled by your telephone network or a mobile phone manufacturer. In a particular embodiment, the user equipment will determine which name server is used. The server names may be provided by the ISP, can be in the country, to be a universal and global, depends on the service (such as e-mail) or a combination of the above options. In a preferred embodiment, the user associated with the respective network operator by the PAM card will automatically send a request to the server name, served by the network operator. Automatically, as programmed in the AIM card, a request is sent to the user's device name server controlled by the network operator designated by the user (as defined PAM card). Thus, there can be obtained advantages such as the confidentiality of the data transfer rate and redundancy.

Examples of data networks are the Internet and Intranet. The device user 100 may receive a full logical connection 171 to the telephone number B-side 150 connected to the PSTN 140 via the communication channel CC 161. This channel provides a connection between the user device 100, the BSS 112 and then through the central node MSC 118 through which can be implemented as a connection between the user device 100 and telephone 150. Similarly, device 100 is receiving complete logical connection 172 to equipment, i.e. the server data objects 130 connected to the data network 120 via a communication channel 162. This PD channel provides communication between the user device 100, the BSS 112 and then through the DS-114 and SRP host SRP DS-116 through which information can be sent as between a user device 100, and server data objects 130.

In accordance with one aspect of the present invention, the server information object 130 includes graphical information objects, i.e. the phone page associated with the address pointer, such as a telephone number or Internet address, for example, IPv6 address. The telephone number is identical to the subscriber number, ie A-number or B-number, address initiating device user or interrupting the user's device. A-side during a set B-room connects to the server data objects 130 via the communication channel of the system based on the use of packet-switched data, and receives the data object, ie "phonepage" stored in the memory of the server data objects from memory address corresponding to the B-number dialed. Server information object may directly include phonepage with information about the B-side, or may simply provide an immediate access to a location in the external or internal data network, depending on how it is supported by the subscriber B-side. Thus, the server 130 runs an information object, firstly, the server room, providing a broadcast-B entered in numbers corresponding to the uniform resource identifier, wherein the page and a telephone which may be on a physically remote server objects phonepage. Broadcast and providing the required date phonepage can also be carried out transparently, that is, the server that handles the phone number of pages, craps or provide scheduling request phonepage to the appropriate server object phone page, and the server provides a direct or indirect communication through the server names with the requester or the server phone number of pages returned uniform resource identifier required phonepage, requestor, and then request of the parties will be redirected using a universal resource identifier for the phone to request the desired page.

Phonepage B-side may include information related to the B-side of the user, such as a phone number, address and / or other information. Phone Country CA B-side may also include information related to the user device B-side, for example, it may be a facsimile. Upon receiving the telephone page B-side, one or more procedures can be performed. If the B-number refers to 150, voice communication channel in the switching channels can be set. If the B-number refers to the other device, the other event, such as those used as paid services, may occur. It also depends on the user device A 100 side.

In accordance with another aspect of the present invention a phonepage can be associated with an internet address, e.g., IPv6 address, Session Initiation Protocol or email address. For example, the A-side, in establishing a communication link with the Web page to receive access to the testimony of the thermostat located in the summer house, in order to check / control the temperature, get information object, which, for example, identifies the thermostat, and includes a link to a Web page manufacturer, and / or other communication means producer. In another example, the A-side is willing to establish a conference call by telephone conference, located in the conference room. During the initiation of the A-side communication receive data object that is associated with a telephone conference via telephone numbers, addresses giperkoda or network address, including network ID and host ID. The information object, that is, the telephone conference phone page may include information regarding the location of the conference phone, the size of the conference room and / or regulations. Further, in another example, the A-party desires to transmit facsimiles. When you select or initiate transmission of information to the device facsimile telephone facsimile device page requested and returns the A-side. Phonepage facsimile device could include information concerning the location of the facsimile and its accessories and / or who has access to a facsimile. Further, in another example, the A-party wants to transfer email B-side. When choosing or writing an email address that is possible before the completion of the message, the telephone page e-mail address is requested and returned to the A-side. Phonepage e-mail addresses could include information concerning the owner of the email addresses by B-side, other means of communication with the owner and / or regulations, or the availability of the owner. Phone Home - an information object that is associated with a unique identifier, such as a telephone number or an Internet address, such as IPv6 address but is not located or derived from the location pointed to by the unique identifier.

In one embodiment of the present invention the user device 100 does not support the use of the PC communication channel, wherein the data objects can be transferred to the short message service (SMS) or a temporary CS channel. Information objects may in some cases be a uniform resource locator to the desired phone page provided by the service installer. When SCS is used as reception trigger event, the device user may scan incoming RAS, and if any is found a uniform resource identifier, then further starts the browser with the received uniform resource identifier. In one embodiment of the present invention the communication channel having a PC, such as a particular mode of quality control is used for speech transmission in a communication system 10, wherein the PSTN network 140 and data network 120 are interconnected by appropriate means (not shown in Figure 1).

2 shows a block diagram of the process at the initiating user device (similar to the user device 100) for transmission phonepage A-party using user device in accordance with one embodiment of the present invention. In step 205, the procedure is initiated by the A-side (ie, the user's device is activated). In step 210, the trigger request phonepage indicated automatically (the call is terminated on the initiative of the other party) or manually A-side (B-dial numbers or selecting e-mail addresses). Manual inquiry is especially advantageous when the telephone page address pointer, which was caused by the latter, lost or get the latest, that is, when the telephone page is linked, for example, with the number stored in the user's device. Dial page can be stored associated with the corresponding numbers for the user's device for offline processing or sample on demand. The trigger event 210 may be at least one trigger event from the plurality of the following events:

- Initiate a call, in which several triggering events can be generated to initiate the flow phonepage.

- Outgoing call initiated or will soon be initiated.

- Outbound communication channel is initiated, or will soon be initiated.

- Geographical Index determined.

- Communication of data to initiate or will soon be initiated.

- Facsimile is sent or will be sent soon.

- Addressed a B-side answers the call.

- Addressed the B-side is busy.

- Addressed the B-side is not responding.

- Addressed a B-side refuses to answer the call.

- Addressed the B-side is not available (ie, addressed to the mobile phone is out of service).

- An incoming call is a regular or have just initiated.

- Conference call initiated or will soon be initiated.

- The call is disconnected.

- The subscriber is put on hold.

- Device Users will soon be switched off.

- The device user is on.

- Certain buttons on the user's device is pressed.

- In response to the user's device has taken the flow of speech.

- Voice mail left for the subscriber.

- SCS message is sent, or will soon be sent to the subscriber.

- SCA message is received, or will soon be taken from the subscriber.

- Communication by e-mail sent or will soon be sent to the subscriber.

- The e-mail is received, or will soon be received by the subscriber.

- Download hypertext code initiated or will soon be initiated.

- "Chat sessions" initiate or will soon be initiated.

- Managed data object (Simple Network Management Protocol) is available or will soon be available.

Certain triggering events may provide special services, such as with a network operator, or automatically provide information or advertisement associated with the location. Checkable These events can be one or more of the following events:

- Selection of a new cell in the open land mobile network (OMNSS).

- The location of the subscriber has changed. The information, including local advertising, can be achieved, for example, such as information about the nearest inexpensive restaurant.

- Select a new operator OMNSS. This, for example, includes a presentation of a list of prices for the services selected OMNSS operator.

- Register a new country. This trigger event can be used to provide one or more phone pages, related to a new country.

As noted above, during a call, several trigger events can generate requests for phone page. This may be phonepage greetings used to start voice communication or any other communications, one or more of any other telephone pages (which may be directed, i.e. ordered / sent by the other party) during voice communication, or other communication, and finally, Home to the last phrase associated with the separation of voice communication or data communication. All telephone pages can be selected before the start of voice communication or data communication, and then placed in a buffer corresponding to the user's device, and on the other hand, that is, on the side, to initiate communication, and on the side, end the call. Buffering phone pages on the corresponding user device is particularly advantageous when one or both of the user's device does not support simultaneous voice and data communications.

A-party initiates a request in step 230, possibly after encryption step 220 and sends the information request via the communication channel (as shown in Figure 1 is the manual feed) on the server data objects. The request for data objects may include at least one of several of the following parameters:

- A code indicating the local operator.

- A code indicating the type of storage device.

- A code indicating the seller, ie the form / manufacturer of the device by, for example, the company Nokia.

- Code indicating the type of user device, such as 7110, facsimile thermostat.

- One or more codes indicating the available and / or accompanying accessories such as device class "hendfri" mobile phone "chatbord" digital music player, a radio, a device for reading a bar code, a PDA, and / or any equipment category " Bluetooth "

- A code indicating whether accessories are active class "hendfri" such as headphones or a car kit. Activation of the device class "hendfri" (headphones) preferably cause audio presentation phonepage.

- Code indicating the version of the software running the device user.

- The desired protocol to be used for transmission (ie, the standard markup documents and devices wireless applications, wireless protocol, the standard Hypertext Markup Language, Hypertext Transfer Protocol).

- Index Server data objects (host name or network address includes a network ID and a host ID).

- A code indicating the type of event that triggered the request for the information object (setting an outgoing call).

- The said B-number or other unique identifier associated with at least one B-side device.

- The identity of the A-side, that is the A-number of the mobile station or the identity of the subscriber, ie the international mobile subscriber identity (IMSI).

- The network address of the A-side (ie, the address, including the network ID and host ID) information objects used by the server when the server returns the requested information object.

- Code features indicating the possibility of displaying the A-side (screen resolution, audio, etc.).

- A code indicating an encryption scheme and / or the encryption key used.

- A code indicating the country in which the mobile station is registered (country code).

- A code indicating the current operator or OMNSS OMNSS, where A-side has a subscription or both together.

- A code indicating the unique identity of the device.

- Verification code (checksum) parameters.

The request for media object in step 230, in accordance with an embodiment of the present invention causes a response from the server information object in an encrypted format, and in this case, after receiving the user device in step 250, data decryption is performed.

If the data objects comprise one or more phone pages, then the display procedure followed in step 260, where the data objects are displayed and / or sounded in accordance with the capabilities of the user device, whereupon the procedure ends in step 299. For example, if the device user class " hendfri "active, preferably using at least an audio interface, in addition to any information displayed. Phone page may include information and functionality to update the phone book on the MPS recipient or PAM map. Any information is updated only after the recipient. In accordance with one embodiment of the present invention, for the first time after the initiation of the call from the user / user who is not listed in the phone book of a user's device upon receiving a phone page includes the name and other information, the request is forwarded to the device user, the recording consisting of one or more parts of the received information should be added to the Phonebook.

Generally, after step 299, then it will follow one or several procedures according to the capabilities of the device user or the A-side equipment type indicated B-number or other address pointer.

In accordance with one of the above embodiments of the present invention, where a continuous triggering event realized placing a call, certain advantages may be achieved, for example, commercial information may be sold in response to the set of B-number allowing convenient pay information received by Depending on the phone page. A separate journal article can be sold by calling the number of paid when phonepage hand, initiates a call, sends the name and address to send the journal article. The information is selected by a password or the like, which may be sold by calling the number and getting paid to answer the phone with a prepaid page password or the like, in case of emergency disconnect a call or when a call has not come yet.

Figure 3 shows the appropriate procedures on a server of information objects (similar to the server data objects 130), where, in step 305 the procedure starts and in step 310, the server receives a request for information objects to an information object. Request may typically include at least an address pointer corresponding to, e.g., A- or B-number, email address, or IPv6 address, and finally to the form of the trigger events that triggered the request. If the request is encrypted, decoding is performed in step 320 to the interpretation of the content. Geographical Index (ie A- or B-number) in the request received in step 310 is compared with the address of memory on the server or data objects (information objects on the server) attached memory address to another server, and an information object, that is the telephone page is selected in step 330. As noted above, the server can provide the information object as a phonepage directly or just a pointer to a phonepage, the pointer is typically a Uniform Resource Identifier. In some embodiments of the present invention, when the server data objects themselves does not include the phone page, the server will send an information object that is a valid query dispetchirovat phonepage server or provide the requester URI phonepage. Scheduling can be described as follows:

- The device user sends a request to the server to the phone page of information objects;

- The server sends a request information object with all the appropriate parameters to the actual telephony server pages;

- Virtual server phonepage forwards phone requested page on the user's device.

Redirection can be described as:

- The device user sends a request to the server to the phone page of information objects;

- Server data objects returns a Uniform Resource Identifier virtual server phone pages on the user's device;

- The device user creates a new request to the actual server phone pages using the resulting uniform resource identifier;

- Virtual server phonepage forwards directly or indirectly (via a name server) the requested page on the phone user's device.

The query in Step 310 may also include a pointer display capability device user, in which case the data object residing on the server data objects can be adapted to the specific characteristics of the display device on the receiving user in step 340. Inquiry step 310 may also include a pointer to the identity of that is requesting a telephone number, in which case the returned phone page or pages can consist of sample phonepage, executed depending on the identity of the requestor. If desired request was encrypted or requested for any other reason, the request will be encrypted in step 350, before his return to the inquiry device user in step 360 and then the procedure ends in step 699 the server data objects.

The above described general solution to obtain a data object associated with the address pointer may, of course, vary and depend, inter alia, on the communication capabilities of devices involved user. For example, a method of simultaneously requesting, encrypting, decoding and displaying the sequence of information objects can also be used in an embodiment of the present invention.

Modern user devices, such as mobile stations, are designed to handle both types of communication are: the communication packet data and circuit-switched communication channels. Such devices are referred to as class A mobile station other mobile stations are designed so as to allow alternative handling of communications or circuit switched data packets, i.e. without simultaneous PC and AC transmission and reception. Such devices are designated as a Class B mobile station

4 shows a block diagram of the procedures involved in the initiation switched communication channels from the UE, a mobile station class in accordance with one aspect of the present invention. The procedure starts in step 405 where the mobile station class is not involved in a call session and when the user starts to type B-number for the B-side, in step 420, by pressing a digit, a button or an activation means, recognizing the voice. In step 420, B-number will be received in full. Now, the mobile station starts to establish two different compounds: for voice communication on the channel-switched channels in steps 430-440-498 for the communication channel packet data sampling phonepage in steps 450-499. These treatments may be simultaneous to the mobile station of class A.

For the circuit switched procedures, a voice connection with a B-party is initiated in step 430, the communication resource assigned to the mobile communication network through which a telephone conversation can be carried out. A telephone conversation is terminated in step 440 as any other voice call, for example by pressing selected buttons on the mobile station or hanging up a fixed network telephone. Ending the call also involves significant redirection of communication resources in the mobile communication network side, which is based on circuit switching, as well as any PSTN resources involved in the connection.

Procedures for packet switched data, basically follow the procedures described in Figure 3, where a request for an information object is sent, possibly after encryption in steps 450 and 460, and further, when a response is received and the phonepage displayed, possibly after decoding in steps 470-490 after which the compound based on a packet switched data is completed in step 499.

As noted above, a class B mobile station does not support two simultaneous connections, i.e., connection and CK PD compound. Therefore, for some other events requires a method of selecting phonepage when voice communication is set based on circuit switching.

5 shows a procedure similar to that in Figure 4, but with the mobile station of class B is used on the A-side end initiating the call. The procedure starts in step 505 and in step 510, B-number is indicated as described in Figure 4. In this embodiment of the present invention is presented in step 520, where it is possible to make a choice will be requested phonepage or not. Typically, this can be a choice made by the user and / or points to B-number dialed with each setting. In accordance with one embodiment of the present invention, a double click SEND button indicates that the phone page is to be requested. If you specify that the phone page is required, it should be a call connection in steps 550-560 and 599 on the channel, based on circuit switching and discontinuation due to steps 430, 440 and 498, as explained in Figure 4.

When indicated that a phonepage is required, then the following steps: encrypting 530 and sending 535 a request for an information object to the channel system based on packet-switched data. As long as the packet session is not interrupted, 540, the download of information items on the A-side continues. Information items received at step 570, decrypted, if encrypted them in step 580 and displayed in step 590. In step 595 it is determined whether there are any more data to receive, and if not followed by the interrupt, then step 540 continues to download data objects. Possible interrupt can occur when the user does not want to wait for the completion of a download page and a telephone instead initiates communication with the switching channels in step 550. This may be initiated after a specified time or by a manual reference to the man-machine interface (HMI). The latest-switched communication channels is initiated when there are no more phone pages to download. In accordance with another embodiment of the present invention, the phonepages for a device user class B to be received from the server data objects 130 at the completion of the call, or at any other time when the user's device is not involved in the call, the phone page is stored on the user device and made available at the appearance of the next trigger event.

Thus, the sample was described phonepages to display on the apparatus A side. It must be admitted that the B-side also can show in this way telephone pages relating to the connection, preferably a telephone page, identified with the number of the A-side. 6 is a block diagram of procedures in the user device B-party phonepage for sample A-side in accordance with one embodiment of the present invention, when the B-party has the capabilities of the mobile station class A. The procedure begins in step 605 with a call coming on the B-side of the device user. In step 610, the communication channel is distributed between the user device and the data network 110, which is connected to the user's device. In step 620 a pointer to the caller's identity, ie the identity of the A-side, preferably A number representing the B-side. Then in step 660 and 670 after encrypting the request sent to the server data objects. Request to the server after receiving such a request is processed, derived from the A-side, that is decrypted, if necessary, and it responds by transmitting data object relating to the identity of the A-side. Apparatus receives user information objects, i.e. phonepage in step 680 and after decryption in step 690, if necessary, the phonepage can be displayed to the user-side B in step 695. The phone page containing the greetings and the resulting B-side for interrupting device the user to whom the request was sent in response to an outgoing call is a continuous triggering event may include a personalized ringing tone source A side, i.e. the caller's A-side, identifies the B-side, via a special signaling call the user device B-sides. In one embodiment, the sound from the phone page may replace the audio call signal, preferably only at the time of establishing a call connection or to use a sound signal page telephone call. In another version of the present invention ring tone phonepage receiver is muted, preferably only during a call to the only sound heard was the phone of the page instead of the usual ring signal.

If the call is answered at step 630, the establishment of voice communication following the same procedures as described in Figures 3 and 4. If a call is not answered, the voice part of the sequence is terminated in step 698.

For clarity of description of several steps in the signaling between user device 100 and communication infrastructure 110, user device 100 and the server data objects 130 in several embodiments of the present invention have been omitted. Attention focused on the need and the above-mentioned new signaling according to the invention. It is understood that other procedures, such as identification, channel assignment and charging, can occur in addition to what is described in the aforementioned signaling steps.

7 shows a user apparatus used in accordance with one embodiment of the present invention, where the device user - a mobile phone or a PDA with mobile phone capabilities. The central processing unit (hereinafter CPU) 750 connected to at least one memory device 751, and at least one display 720. The CPU 750 may also be connected with the keyboard or touch pad 752, so that callers can be administered, for example, digits. The memory device 751 may be volatile (EPROM or PAM card) in order to keep the recorded information in cases of temporary supply interruptions. The CPU 750 further is connected with the terminal 710 that may convert incoming and outgoing data into modulated signals of radio frequencies. Radio unit 710 is also coupled to an antenna 760, allowing to transmit / receive modulated radio frequency signals over the air. Radio unit 710 may also be connected directly or indirectly to the right headphone 730 and a microphone 740 for voice communications. The device user can further include a variety of programs, that is, the browser 771 that can display at least one type of data object and an encryption / decryption software kernel 772, allows you to encrypt requests for information objects and decrypt data objects. Optionally, the user device may be equipped with cache memory, in which it is possible to store and retrieve the most relevant data objects without occupying transmission resources of the communication network 10.

Figure 8 shows a server data objects 130 in accordance with one embodiment of the present invention. Server information object includes at least one CPU 830 connected to at least one memory device 810, a cache memory 850, with at least one database 840 and at least one interface device 820. Memory devices 810 and databases 840 may be made nonvolatile. The device interface 820 enables the CPU 830 to send and receive data to / from a data network 120. The cache memory 850 to store frequently used data objects so that the CPU 830 can receive them without delay. The database 840 contains the actual data objects that can be requested by the user device 100 via the communication structure 110 and data network 120. The server information object can also include several programs including, but not limited to a filter 861, which allows to perform optimization information objects by criterion optimization otobrazitelnyh capabilities of the device by 100, and the core of the software encryption / decryption 862, which allows to decipher requests for information objects and encrypt data objects.

In accordance with an embodiment of the present invention, blocks 810, 820, 830, 840, 850 and 860 may be implemented on multiple computers. In accordance with another embodiment of the present invention, the aforementioned plurality of computers may be located at a considerable distance.

The B-number indication involves any means of indicating the B-number on the A-side of the device user. The first example of the display procedure B-numbers is described in Figure 9, where the indication procedure B-numbers begins at step 905 and, then, in step 910, reception is carried out with the appropriate keyboard character. In response to step 910, in step 920 the character is entered and stored in the buffer device user in step 930 checks whether the input end B-number. If input B-number is not complete, then steps 910, 920 and 930 are repeated. If input B-numbers is completed, the routine B-room display is completed in step 999. Determining 930 that the input end B-numbers may or may not involve the use of timer display control procedure; short shortcuts, minimizing the number of clicks; special buttons to indicate the completion of the hotel (ie, pressing SEND or the call takes place only once) or the analysis of figures in the buffer to determine whether the input is complete B-rooms.

In the second example of B-number indication is produced by the voice determining where the incoming flow of speech is compared with the contents and the same internal database contained on the user's device 100, where the correct B-number could be obtained in response to the above-mentioned flow of speech.

The A-number indication involves any means of indicating the number of A-user device 100. The first example of the procedure of A-number indication is described in Figure 10, where the procedure begins with a step 1005, and then, in step 1010, the A-number is received from the communications infrastructure 110. In response to a step 1010 checks the correctness of the A-number (if not blocked, kept secret or misinterpreted) and if everything is in order, the number is stored in memory in step 100 by 1030. If the A-number is not valid, then the flag A display incorrect numbers stored in the memory device 100. The procedure will be completed by 1099.

In the second example of A-number indication is performed by sending an A-number or data objects in response to the A-number directly on a logical communication channel 162.

11 shows the user device 100, in accordance with a second embodiment of the present invention, when the user device 100 is a fixed telephone with graphic capabilities. In accordance with this second embodiment, user device 100 is equivalent to the mobile phone, illustrated in Figure 7, but excluding the radio unit 710 and antenna 760 are replaced with a media adapter 1210. This media adapter converts incoming and outgoing signals to / from the mold standard media, including but not limited to such standards as the standard digital network with integration of functions, the standard for asymmetric digital subscriber line, a standard for high-speed digital subscriber line, a standard for high speed digital subscriber line, cable transmission network information, and any combination of the above standards.

12 shows a user device 100 in accordance with another embodiment of the present invention, where the device user - a mobile telephone 1390 possibly without data object display function and an antenna 1360 connected to a PDA 1490 via a communication channel 1395. The communication channel For example, it may be configured so that it comprises a radio (i.e., a class of devices "Bluetooth"), "infra" or wired configuration. Pocket PC 1490 further comprises a CPU 1450 connected to at least one memory device 1451 with at least one display 1420. The CPU 1350 may also be coupled to a keyboard device or touch pad 1452 that subscribers can enter, such as numbers. The memory device 1451 may be volatile (EPROM or PAM card) in order to keep the recorded information in cases of temporary supply interruptions. Pocket PC 1490 further comprises a collection of programs 1470 including but not limited to a browser 1471 that can clears the displayed at least one type of data object, the kernel software encryption / decryption 1472 allowing requests to encrypt and decrypt data objects data objects. The mobile phone 1390 is further described in Figure 7 where 1320 corresponds to device 720, device 1310 corresponds to the device 710, device 1350 corresponds to device 750, device 1351 corresponds to device 751, device 1352 corresponds to device 752, device 1330 corresponds to the device 730, and finally device 1340 corresponds to the device 1340.

12 shows a user device 100 in accordance with another embodiment of the present invention, where the device user - a mobile telephone 1390 possibly without data object display function and an antenna 1360 connected to a PDA 1490 via a communication channel 1395. The communication channel For example, it may be configured so that it comprises a radio (i.e., a class of devices "Bluetooth"), "infra" or wired configuration. Pocket PC 1490 further comprises a CPU 1450 connected to at least one memory device 1451 with at least one display 1420. The CPU 1350 may also be coupled to a keyboard device or touch pad 1452 that subscribers can enter, such as numbers. The memory device 1451 may be volatile (EPROM or PAM card) in order to keep the recorded information in cases of temporary supply interruptions. Pocket PC 1490 further comprises a collection of programs 1470 including but not limited to a browser 1471 that can clears the displayed at least one type of data object, the kernel software encryption / decryption 1472 allowing requests to encrypt and decrypt data objects data objects. The mobile phone 1390 is further described in Figure 7 where 1320 corresponds to device 720, device 1310 corresponds to the device 710, device 1350 corresponds to device 750, device 1351 corresponds to device 751, device 1352 corresponds to device 752, device 1330 corresponds to the device 730, and finally device 1340 corresponds to the device 1340.

Features of the present invention can be pre-integrated into the user software running on the user's device or downloaded to the user's device. Alternatively, the network operator can prepare the problem in the AIM card, which provides the user to access the network.

In general, the present invention can provide a connection between the address pointer (such as phone numbers) and information object (such as an Internet address) indicating the phonepage. When the user dials a phone number, Internet address, such as those associated with the phone number is automatically obtained and the content located on the Internet address (i.e., phone page) is automatically downloaded and displayed on the user's phone. At the same time, the telephone user page will be loaded and displayed on the phone of the calling party. Besides that a phonepage associated with the telephone number (possibly with two numbers: the number of the owner and the number of the requesting to enable sending different phone pages, depending on who is requesting the page / receive), and a certain event. Examples of such events may be events when the user dials a phone number, answer a call, the incoming call is received, or when they dialed number is busy. The user may have several different phone pages, each of which is associated with one or more events. This allows the user to other users to provide different types of information, depending on the situation. One example is the ability of the user to provide additional information (such as, for example, e-mail) when he / she is busy or does not answer. Briefly, the present invention is may be explained as follows:

- There is an event associated with the phone page when a user dials a number on the phone (on the phone). The mobile phone automatically sends a request to the server phonepage requesting Internet address (ie, the location of the telephone page) associated with the dialed telephone number.

- Server phone number of pages using the phone number, along with other parameters to search for a Web address in the database.

- When the mobile phone receives a phone location page, the browser or the equivalent functionality of a run and sent a request for information on sample Internet address.

- The content of the page is loaded on the phone, the mobile terminal.

The present invention is not limited to the above embodiments and can be varied within the scope of the invention presented herein.