Communication terminal. RU patent 2488158.

FIELD: radio engineering, communication.

SUBSTANCE: disclosed is a communication terminal, having a reading unit which reads identifiers from a plurality of storage media, each storing an identifier associated with a link; a communication unit which determines links based on identifiers read by the reading unit, and performs communication using the determined links; a display unit; and a display control unit which displays, on the display unit, information corresponding to the identifiers. The display control unit forms a plurality of display screens for displaying information which corresponds to a plurality of links determined based on a plurality of identifiers, and displays a plurality of display screens after dividing the display region of the display unit.

EFFECT: broader functional capabilities of a communication terminal by providing simultaneous operation of the terminal with multiple links.

43 cl, 22 dwg

THE TECHNICAL FIELD

The present invention relates to a terminal connection, and more precisely, to a device that performs the connection using a variety of communication lines.

THE LEVEL OF TECHNOLOGY

Traditionally, mobile phones are known variant of a terminal for mobile communication.

Mobile phones IMT-2000 (International mobile telecommunications 2000 MHz), in particular, a map with an IC (integrated circuit, IC), named a SIM-card (subscriber identity module) is dealt users.

Each SIM card stores the caller ID that represents information such as your telephone number (subscriber) or service provider (contractor and its relationship diagram) for each line of the contract. Insert the SIM card into the phone and read the ID from the SIM card gives the possibility of challenges to be made and accepted. Besides replacement of the SIM card to insert the phone gives many phones the ability to be used for different purposes using a single conditional contract line.

In the case where a single user concludes a contract for a set of lines of communication, provided by your SIM card to store the identifier for each contract. Therefore the replacement of the SIM card to install in your phone provides many lines opportunity to be used for different purposes with one phone.

Was proposed by telephone that allows the installation of two SIM-cards (see, for example, laid application № 2003-189361 patent Japan). Therefore, installing two SIM-cards, envisaged as a result of the user concludes a contract for the two lines, gives the challenges of the opportunity to be using two lines using one phone.

If you have only one line, you must show only the functions and operational screens designed for conventional Treaty line.

However, in the case of the phone, allowing the use of multiple lines, the user should find out antenna status (signal strength) for each line and be informed about incoming e-mail and the like. Besides functions and provided the application can differ for each conditional contract line or service provider.

Therefore it is desirable, the user-friendly screen display, adapted to the working conditions and functions of each line, which used.

Prior to this user-friendly screens display for mobile phone, which uses a set of lines, thus, it is proposed were not.

THE ESSENCE OF THE INVENTION

The objective of this invention is to solve problems similar to those above, and to provide the device, which gives information pertaining to each line can easily be perceived, even when you have a lot of lines of communication.

According aspect of the present invention, the proposed communication terminal, containing the node reader that reads from multiple storage carriers, each of which stores the ID, belonging to the communications line, ID; communication node, which defines the communication lines on the basis of identifiers read node reading, and performs the connection using specific communication lines; node display and control unit the display, which displays in the display relevant information identifiers, the node control the display creates a set of screens display for displaying information relevant to the multitude of communication lines, defined on the basis of set of identifiers, and displays a variety of display screens after the separation of the display area of the site display.

According to another aspect of the present invention, the proposed communication terminal, containing the node reader that reads from a myriad of storage media, each of which stores the ID, referring to the line, ID; communication node, which defines the communication lines on the basis of identifiers read node reading, and performs the connection using specific communication lines; many nodes the display and control unit display that displays on the set nodes display relevant information identifiers, the node control the display creates a set of screens display for displaying information relevant to the multitude of communication lines, defined on the basis of set of identifiers, and correspondingly different displays screens display on multiple nodes display.

Additional features of the present invention will become apparent from the following description of the sample options for implementation with reference to the accompanying drawings.

BRIEF DESCRIPTION OF DRAWINGS

Figure 1 - the appearance of the mobile phone in the implementation variant.

Figure 2 - the appearance of the mobile phone version of the implementation.

Figure 3 - block diagram showing the configuration of the mobile phone in the implementation variant.

Fig.4 and 4B - flowchart sequence of operations ways, showing the processing when the mobile phone is exposed to power-up.

Fig.5 and 5B - flowchart sequence of operations ways, showing control the display when there is an incoming call.

Fig.6 shows the appearance of the display screens on the mobile phone.

Fig.7 shows the appearance of the display screens on the mobile phone.

Fig.8 shows the appearance of the screen display on the mobile phone.

Fig.9 shows the appearance of the display screens on the mobile phone.

Figure 10 - appearance of the mobile phone version of the implementation.

11 - block diagram showing the configuration of the mobile phone in the implementation variant.

Fig.12 and 12B - flowchart sequence of operations ways, showing the processing when the mobile phone is exposed to power-up.

Fig.13 - block diagram of the sequence of operations ways, showing control the display when there is an incoming call.

Figure 14 shows the appearance of the display screens on the mobile phone.

Fig.15 shows the appearance of the display screens on the mobile phone.

Fig.16 shows the appearance of the display screens on the mobile phone.

Fig.17 shows the appearance of the display screens on the mobile phone.

Fig.18 shows the ID stored in the SIM card.

Fig.19 shows the screen for entering the (personal identification) PIN-code.

BEST MODE FOR CARRYING OUT THE INVENTION

In the future, options for implementation according to the present invention will be described in accordance with the attached drawings.

Option 1 implementation

Figure 1 shows the foreign configuration of the mobile phone of the present invention.

Mobile phone 100 («telephone») in figure 1 is able to maintain communications using a variety of schemes of communication. In this embodiment, telephone 100 is capable of maintaining a connection with the use of W-CDMA (wideband multiple access code division multiplexing) and CDMA2000. Of course, can be used communication schemes, other than these, and the connection with the use of three or more circuits of connection can also be made possible.

Besides the function of voice communication, telephone 100 has a multimedia feature for video conferencing or such, the capability to send/receive e-mail and function of a web browser. Moreover, the mobile phone 100 has the function of a telephone directory, the function of the electronic notebook function for the download and use of games and other applications, the navigation function and the function of reproduction of music.

Section 1a and 1b phone 100 are assumed to include the antenna and the vibrator that causes vibration of the phone when there is an incoming call or something. Node 2 LCD display, LCD) is provided in the building 1a. Speaker 10 is located above the node 2 display.

Two jacks 3 and 4 SIM card for a SIM card provided in the phone 100. Different SIM card 5 and 6 can be installed in these sockets 3 and 4 SIM. SIM card 5 and 6 each may be freely removed.

Microphone 9 to enter a speech during a telephone conversation is located at the bottom of the hull 1b, and a button Executive node 8 to enter transactions, related to different functions in addition to the conversation function provided in the lower part of the body 1b. Key 7 change the line used as a toggle key to operate a conventional contract line SIM card installed in one of the sockets 3 and 4 SIM, situated on the lateral surface of the body 1b.

Section 1a and 1b phone 100 can be rotated in the direction of the arrow 11 or 12. Telephone 100 can be closed turning corps 1a in the direction of the arrow 11, when the phone 100 open. Node 2 display is inside the phone, when the phone 100 closed. Telephone 100 can be opened turning corps 1a in the direction of the arrow 12, when the phone 100 closed.

The user is able to use different features of the operating button actuating 8 when the phone is open 100. Incoming call and operations with e-mail can also be performed when the phone is closed 100.

Figure 2 shows the phone 100 on the left side. As shown in figure 2, phone 100 is equipped with a Jack 13 memory card memory card 14 memory. Data and so forth to perform various functions that use the phone 100, can be stored in the memory card is 14.

Figure 3 diagram, showing the internal configuration of the phone 100 on figure 1. Note that structural diagram in figure 3, mainly illustrates only the blocks that are required for conversational functions and send/receive e-mail. As mentioned above, the phone 100 has various other functions in addition to the conversation function and send/receive e-mail, though, since the known configuration used for these functions, related units and their detailed descriptions will be omitted.

In figure 3, the various operations of the phone 100 managed through the CPU 114 (Central processor unit, CPU). CPU 114 controls the nodes via bus 121 CPU. RAM 115 (random access memory, RAM and ROM 116 (persistent storage device, ROM) for data storage and computer programs, and EEPROM 117 (electrically erasable programmable read only memory, EEPROM), which is non-volatile memory, allowing the storage of data, even if the phone is subjected to a power down, attached to the bus 121 CPU.

CPU 114 accepts inputs buttons from the button Executive node 8 and input signals buttons from the button 7 line changes through the control input/output (IO) and is responsible for managing key illumination button Executive node 8. CPU 114 also displays various messages and information on node 2 show via the management node 119 control the display.

CPU 114 reads the information from the SIM card, installed in slot 3 SIM (nest of A SIM) and the socket, 4 SIM (slot B SIM interface 120 (I/F) external memory. In addition, the CPU 114 performs read and write data on a memory card is installed in connector 13 memory card.

Telephone 100 is equipped node 122 connection, W-CDMA (first option) and the node 123 communication CDMA2000 (the second option). Telephone 100 does the connection after you select a node, 122 connection or node 123 communication in accordance with the information about the caller, read the SIM card 5 or 6, as will be discussed below.

Firstly, will be described in the main processing, reception and transmission call/e-mail phone 100.

Here processing the first node 122 connection, when receiving an incoming call or e-mail (together referred to link incoming data»)will be described as an example.

Wireless signal sent from the base station (not shown), received by the antenna 101, and the received signal is entered in the node 103 reception via antenna switch 102. Node 103 reception is equipped with high frequency amplifier, frequency Converter and . After the low-noise amplification the received signal amplifier node 103 reception transforms the frequency of the low-noise amplified signal at the intermediate frequency signal reception or signal reception, carrying out the synthesis of low-noise amplification with a local oscillator (lo receiver, produced by synthesizer 105 frequencies. Node 103 reception then modulates the converted frequency signal demodulator.

The demodulated signal is sent to the node 106 processing and is divided into the speech signal and data on e-mail. Voice data is decrypted codec 107 in accordance with the scheme of connection and displays them on the speaker 10.

On the other hand, data on e-mail messages are sent in RAM 115 and stored. The user is able to arbitrarily read e-mail data stored in RAM 115, and display a matter of e-mail data on node 2, display, operating button actuating 8.

When there is an incoming call, speech communication partner, thus, displayed with the dynamics 10.

On the other hand, in the case of transfer of speech during the phone call, the voice signal and user issued with microphone 9, encoded according to the scheme of connection codec 107. In the case of W-CDMA, coded speech data displayed in the node 104 transfer after obtaining the required processing performed over them node 106 processing. Site 104 transmission is equipped with the modulator frequency Converter and amplifier power transmission. After modulation of speech data in accordance with the scheme of connection, site 104 transfer converts the frequency modulated data in the wireless frequency signal, synthesizing modulated data with a local oscillator (lo transmitter formed synthesizer 105 frequencies. The converted signal is transmitted to the base station (not shown) through the antenna switch 102 and antenna 101 after amplification.

The user is able to end a phone conversation, operating button actuating 8.

Then described further processing when there is an outgoing call.

The user enters the phone number of the participant communication and gives a command for the outgoing call, operating button actuating 8. When given the command for the outgoing call, the CPU 114 sends the data for the outgoing call to the node 106 processing. Node 106 processing sends data for the outgoing call to the node 104 transmission, which performs modulation, frequency conversion and amplification above the accepted data, as described above, and sends the resulting signal to the base station (not shown) using the antenna switch 102 and antenna 101.

Base station confirms the incoming call from the user and sends a wireless signal, received by the antenna 101, and then executing the processing, such occasion an incoming call, described above.

In the case of transfer of e-mail, the user gives a command to create e-mail using the push-Executive node 8. When given the command to create the email CPU 114 manages the node 119 display management to display the screen of creation of electronic letters on node 2 display. The user enters the url of the transmission and the body of the message and gives the command to transmit using the push-Executive node 8. When given the command to transfer e-mail, the CPU 114 sends the address information in the node 106 processing, and data message body in codec 107. Codec 107 encodes data in the body of the email and sends the encoded data in the node 106 processing.

Antenna 108, antenna switch 109, node 110 reception, node 111 transfer, synthesizer 112 frequency and site 113 processing node 123 links have options, respectively such blocks in the node 122 connection. However, changes may be adapted to differences in communication schemes.

In this embodiment, caller IDs are read with SIM cards installed in slots 3 and 4 SIM, and the connection is performed on the basis of these subscriber IDs.

There will be described the information stored in the SIM card.

Fig.18 shows information stored on the SIM card.

SIM card stores the ID 1801 card with integrated circuit (ID cards with IC), international identification code 1802 mobile subscriber (IMSI), the value of 1806 authentication key, PIN, 1807, a telephone directory 1810, data 1812 e-mail and reserve 1813.

ID 1801 card with IP information to uniquely identify the SIM card. IMSI is 1802 information for a precise definition of subscriber provided for conditional contract service provider. IMSI 1802 compiled code 1803 country for mobile communications (MCC), the code of 1804 mobile network (MNC) and identification number 1805 mobile subscriber (MSIN). The country is determined by agreement of the provider of communication services can be determined by MCC 1803, and due to the contract, the supplier of communication services can be identified by MNC 1804. MSIN 1805 is given to the subscriber as a phone number.

Value 1806 key authentication is the information to perform authentication with the phone, to access to the telephone network provided by the service provider. PIN 1807 (personal identification number) code is the code for the authentication to accurately identify the user, when the SIM card is in your phone, in order to protect you from unauthorized use of a third party. May persist two types PIN (PIN 1 1808, PIN 2 1809).

Telephone directory 1810 includes a telephone directory 1811 dialing from a fixed list, due to which the outgoing call is activated by entering a PIN code 2 1809.

Then detecting SIM card and control nodes 122 and 123 of communication, and node 2 display performed when the phone is exposed to power-will be described using the flowchart sequence of operations ways to fig.4 and 4B.

Note that with a phone 100 of the present invention, the SIM card may not be removed from the nests SIM, while 100 telephone included. Therefore, when installing or removing a SIM card, the user turns off the phone 100.

Flowchart sequence of operations ways to fig.4 and 4B begin when the phone 100 subjected to power on the activation button Executive node 8 after the SIM cards were retrieved or set, while 100 telephone was switched off in this way. We note that the processing on fig.4 and 4B running causes the CPU 114 managing the different nodes.

First, determined, SIM card has been inserted in slot 3 SIM (S401). If the SIM card is installed in slot 3 SIM, subscriber information, as fig.18 is read from the SIM card via slot 3 SIM and stored in RAM 115 (S402).

Then determined, SIM card has been inserted in the slot 4 SIM (S403). If the SIM card is installed in slot 4 SIM subscriber information, as fig.18 is read from the SIM card through SIM slot 4 and stored in RAM 115 (S404).

Then a screen for authentication using the PIN code of the card in slot 3 SIM is generated and displayed on node 2 display (S405). Fig.19 shows enter PIN screen.

Room 1901 links indicates screen display node 2 display, which displays a message 1902, inviting the user to enter a PIN. The user enters the PIN code in the field 1903 input using the push-Executive node 8. Room 1904 links indicates a key definitions.

Once the PIN has been entered by the user once displayed, the enter PIN screen, determined whether the code you entered a PIN code, scanned with the card in slot 3 SIM (S406). If the PIN code is for and authenticated correctly, the screen for authentication PIN code of the card in slot 4 SIM is generated and displayed on node 2 display (S407).

Once the PIN has been entered by the user, as described above, is determined whether the code you entered a PIN code, scanned with the card in slot 4 SIM (S408). If the PIN code is for and authenticated correctly determined whether the card in slot 3 SIM card in slot 4 SIM cards from individual providers of telecommunications services, on the basis of identifiers read from the card slots of cards (S409).

In the case where two cards correspond to the individual communication service providers, involved nodes corresponding to the schemes of both communications service providers (S410). For example, if the schema of both service providers are different nodes 122 and 123 of communication are utilized together (S410). Lines of communication to be used shall be determined on the basis of identity cards. Information showing the applications that are installed for each conditional contract line is read from EEPROM 116 on the basis of identity and user information, such as the Wallpaper and address information, additionally read from EEPROM 117. Read information stored in RAM 115. Site 119 control the display managed to form a screen display for each line, and simultaneously displays the screens display lines on node 2 display after dividing the display area of the node 2 display split (S411).

Sample screen display at this time is shown in Fig.6.

As shown in Fig.6, the screen display node 2 display is divided in two and screens 601 and 602 displayed for each conditional contract line.

For example, figure 6, information 610, showing the intensity of the signal caused by the contract lines, adapted to the SIM card into the SIM slot 3, and label 620, differentiating the service provider will appear on the screen 601 display. Similarly, information 611, showing the intensity of the signal caused by the contract lines, adapted to the SIM card in slot 4 SIM, and label 621, differentiating the service provider will appear on the screen 602 display.

Screens display displayed in this time, essentially the same size, although they can also be installed in the predefined sizes.

Additionally, although not shown, information adapted to the used applications for each conditional contract lines, such as, for example, applications for permanent display of new information, of course, can also be displayed.

With the phone under this option implementation, a line that the user wishes to use (that is, a line should be put in action)may be changed arbitrarily. Therefore, the information recognition active to distinguish, what a line is used, is held in RAM 115. Frame 631 and label 630, indicating that the line is active, can be displayed on-screen display of the active caused by agreement of the line, based on this information, recognition active.

If, on the S409, card in slot 3 SIM card in slot 4 SIM corresponds to the same supplier of communication services corresponding to one of the nodes 122 or 123 connection is activated on the basis of identity cards (S412). Then formed screens mappings for lines, adapted to the maps, and screens mappings lines are displayed simultaneously on node 2 display after dividing the display area of the node 2 display (S413). The screens that are displayed in this time, will be comparable with screens figure 6.

In this case, however, you can display information about 610 signal intensity only one of the screens because you use the same service provider. Besides, labels 620 and 621, indicating the communications service provider may appear only on one of the screens, or erased from the display.

If, on the S401, the SIM card is installed in slot 3 SIM, determined, SIM card has been inserted in the slot 4 SIM (S414). If the SIM card is not installed in slot 4 SIM, information that the SIM card is not installed appears on node 2 display (S427), and recommended a predefined treatment. Note that this version of the implementation of the function using nodes 122 and 123 of the connection may not be used, if not installed SIM card, although it is anticipated that other functions can be used.

If, on the S414, the card is installed in slot 4 SIM, ID like to fig.18 is read from the SIM card through SIM slot 4 and stored in RAM 115 (S415). Then a screen for authentication using the PIN code of the card in slot 4 SIM is generated and displayed on node 2 display (S416).

Once the PIN has been entered by the user, as described above, is determined whether the code you entered a PIN code, scanned with the card in slot 4 SIM (S417). If the PIN code is for and properly authenticated, involves any of the host 122 and 123 connection that matches the authenticated map (here, the card in slot 4 SIM) (S418). Screen for the line corresponding authenticated map, and then create a host 119 control the display and displayed on node 2 display (S419).

Here, because the card only in slot 4 SIM, the screen will be displayed only for the service provider on this map.

If, on the S403, the SIM card is not inserted in the slot 4 SIM, is the only SIM card installed in slot 3 SIM. Screen for authentication using the PIN code of the card in slot 3 SIM, so is generated and displayed on node 2 display (S420). Once the PIN has been entered by the user, is determined whether the code you entered a PIN code, scanned with the card in slot 3 SIM (S421).

Once the PIN has been entered by the user, as described above, is determined whether the code you entered a PIN code, scanned with the card in slot 4 SIM (S425). If the PIN code is for and properly authenticated, processing goes on S418 where involves communication node, the corresponding authenticated map (here the card in slot 4 SIM). Screen for the line corresponding authenticated map, and then create a host 119 control the display and displayed on node 2 display.

Authentication PIN codes will be undergone fail for cards in both sockets 3 and 4 SIM, if the authentication PIN code is undergoing a failure on S425, a warning message in this respect appears on node 2 display (S426).

If, on the S408, PIN code of the card in slot 4 SIM authenticated correctly, authentication using the card in slot 4 SIM will be undergone failure, and a warning message that the line can not be used, displayed on node 2 display (S422).

In this case only the PIN code of the card in slot 3 SIM will become properly authenticated, and processing goes on S418 where involves communication node, the corresponding authenticated map (here, the card in slot 3 SIM). Screen for the line corresponding authenticated map, and then create a host 119 control the display and displayed on node 2 display.

If, on the S421 or S417, PIN authenticated correctly, authentication SIM card installed in slot 3 SIM or slot 4 SIM will be undergone failed, with no card installed in another slot in the SIM.

Therefore, treatment goes on S426 displays warning messages that authentication PIN code of the SIM card has undergone a failure, and authentication is locked.

Configuration screens displayed on node 2, display, thus, is determined when the phone is exposed to power, in accordance with the IDs read with SIM cards installed in slots 3 and 4 SIM.

Then toggle the display on your phone 100 after power thus be described by using a flowchart sequence of operations ways to fig.5 and 5B. Note that the flowchart sequence of operations ways to fig.5 and 5B are the result of CPU 114 managing the different nodes. Besides, fig.5 and 5B will describe a case where the SIM card, corresponding to the different communication service providers, installed in slots 3 and 4 SIM. In the case where a SIM card only in one of the sockets 3 and 4 SIM, the operation will be similar to traditional telephone, because there can only be one line.

If the SIM card, corresponding to the different communication service providers installed in socket 3 and 4 SIM screen display for each service provider will appear on the node 2, display, as shown in figure 6.

In this state, first of all, determines whether there is an incoming call in one of the sites 122 and 123 of communication (S501).

If there is an incoming call in one of the nodes, the CPU 114 submits that the communication is not possible in respect of the communication node other than the node that took incoming call. Screen display the line corresponding to the node communication who took the call, then increases node 119 control the display and displays larger than the screen display the lines of an incoming call.

More precisely, two screen display, such as 6, switched on the display, shown in figure 7, or 8.

For example, if there is an incoming call in on the last of the providers due to the A and D, represented in Fig.6, the screen 700 display for service provider D, who took the call, increases, as shown in Fig.7, and displays a number 701 of the initiator. In addition, the label 703, indicating active agreed line appears on the screen 700 caused by agreement of the line with the incoming call.

On the other hand, the screen 710 display conditional contract line no incoming call decreases. Also displayed a distinctive mark 711 determined by agreement of the provider of communication services and a thumbnail 712, showing the intensity of the signal.

In the example shown in Fig.8, screen 800 display provider-D communication services, which hosted the incoming call, from suppliers A and D communication services, represented in Fig.6, increases and displayed on all node 2 display. Room 801 initiator and label 803, indicating active agreed line is also displayed on the screen 800. On Fig.8 other than the 6 and 7, the screen display line without an incoming call is cleared from node 2 display, instead of dividing the display area of the node 2 display.

The screens shown figure 7 and 8, are shown along with waiting until a telephone conversation (S506). When pressed, the call end button Executive node 8, and found the end of a telephone conversation is determined whether the incoming call while on sign of recognition steps, discussed below (S507). If the call was not during operation, the display area of the node 2 display the shares following the completion of the call, and screens display lines are displayed, as shown in Fig.6, like the earlier incoming call (S512).

When adopted email, determine whether or not the configuration will be made to increase the screen line with the incoming e-mail, when receiving an e-mail (S508).

If the setting of the increase was made, configuration screen display node 2 change the display, as shown in figure 7, or 8, as in the case for S505 (S509). Figure 7 screen display for the line in which it was accepted e-mail has been increased. Information showing the source address of the e-mail is displayed instead of the number of the initiator. Likewise, in Fig.8 screen display for the line in which it was accepted e-mail is displayed on all node 2 display.

CPU 114 then to expect that the user has finished viewing the e-mail (S510).

When the user has finished viewing the e-mail is determined whether the user performs some kind of operations with use of push-Executive node 8, when the accepted e-mail, as will be discussed below. If e-mail is not used during operation, the display area of the node 2 display is divided, and screens display lines are displayed, as shown in Fig.6, like before, was accepted e-mail (S512).

If, on the S508, automatic increase has not been made, the information showing the line where the accepted e-mail is stored in RAM, 115 and processing goes on S511 (S513).

If, on the S502, incoming e-mail is not detected, determined been activated button Executive node 8 or 7 key line changes (S503). If it is determined that was not operational input, display screens for each line displays without changing the node 2, display, as shown in Fig.6 (S504).

If, on the S503, was operating enter will determine whether or not involved key 7 line changes (S514). If key 7 line changes were involved not be processed in accordance with the action (S525). On the other hand, if you press 7 change the line was engaged, selection screen line, shown in figure 9 appears on node 2 display the node 119 control the display (S515).

Figure 9 room 901 links indicates screen select a line that displays, showing the name of the provider of communication services, including contract line, and ordered a phone number. The cursor 904 selection is displayed on the screen to display the selected line. The user moves the cursor 904, operating with key 902 move, and because of this, selects a line. Line encased cursor 904 at the point in time at which a user enables press 903 choice after moving the cursor 904 is set as the active line (S516).

When the line is selected, the CPU 114 stores information recognition active, showing the selected line, RAM 115.

Screen display for the selected line is displayed on node 2 display after the increase (S517). Display screen is as shown in Fig.7 and Fig.8, although the information showing the initiator does not appear at this time. The user is able to use functions such as the application, and the like, corresponding to the selected line, operating button actuating 8, along with viewing screen, increased as a result of selectable thus the line.

Note that this version of the implementation, even if one of the lines was selected using the 7 line changes, the CPU 114 continues to wait for incoming calls and emails on both selected and not selected line.

Determines whether incoming e-mail, with a line selected in such a way, and increased screen (S518). If there is an incoming e-mail is determined whether the e-mail on the same line as the currently selected line (S523). If e-mail is on the same line, information, advising that was adopted incoming e-mail is displayed on the screen that appears in the current moment (S524)and processing goes on S510, where the CPU 114 expects to user has finished viewing the e-mail. Then processing will occur, similar to the above treatment.

On the other hand, if, on S523 adopted by the e-mail is on the line, other than the currently selected line of communication, processing goes on S508, to determine whether it is set to automatically increase screen display when there's incoming e-mail, as described previously. In further processing, similar to the one above.

If, on the S518, incoming e-mail no, determines whether there is an incoming call (S519). If there is an incoming call handling goes on S505 where the screen display, adapted to the line with the incoming call, increases and displayed on node 2 display with a notice indicating receiving an incoming call. In the future, will be processed as described above.

If, on the S519, an incoming call, no, determines whether the user using the function adapted to the currently selected line, operating button actuating 8 (S520). If it is determined that button Executive node 8 was not engaged in for a prescribed period (a few seconds), and that none of the functions of the selected line is not used, determine whether or not the incoming mail on unselected lines, while select a different line (S521). More precisely, in the case where the automatic increase of the display was not installed on S508, was saved information indicating that e-mail was accepted for unselected lines.

In this case, the notification about incoming e-mail indicating that it was accepted e-mail is displayed on the screen to display the line with the incoming e-mail when the display area of the node 2 display was divided, and displays the screens display, as figure 6 (S522).

Besides, if, on S521, no incoming e-mail unselected lines, processing goes on S504, where screens display adapted to the lines are multiple window screen displayed on node 2, display, as figure 6.

As described above, this version of the implementation, if your SIM card correspondingly different lines indicated by contracts, installed in two SIM socket, screens display lines are generated and displayed after dividing the display area of the site display.

Therefore, the information relevant to each line, such as the intensity of the signal on the line, can easily be perceived.

When there is an incoming call, the screen for the line with the incoming call, increases, giving the user the ability to easily perform processing of the conversation using the line with the incoming call.

Moreover, when receiving an e-mail, screen display line in which it was accepted e-mail, increases, if it has been set up to increase, instead of increasing immediately.

Therefore, in the case where the user is performing the operation with the use of display screen of the selected line, when the accepted e-mail, which is considered less urgent than the phone call, the operation will not be interrupted.

Option 2 implementation

The following will describe the implementation of the second option.

In the first variant of implementation, the display of a single node, the display is divided in two and displays screens display suited to the line of SIM cards in the two sockets SIM.

In contrast, this version of the implementation, described a case where the present invention is applied to the phone, equipped with two nodes display.

Figure 10 shows the appearance of the mobile phone 1000 under this option implementation. Telephone 10 having the same basic configuration as 100 telephone, shown in figure 1, is equipped with two slots 3 and 4 SIM, microphone 9 and speaker 10. Also, a button Executive node 8 control the phone.

In addition, this version of the implementation, the sub LCD 1010 (node display) is provided in addition to the main LCD 1002 (node monitor). The phone has a key 1012 changes the screen to switch the screen display the main LCD 1002 and screen display sub LCD 1010, as will be discussed below. The phone also has a key 1007 change the line to select whether to use the functions of the line corresponding to display the main screen LCD 1002, or the line corresponding screen display sub LCD 1010.

11 - block diagram showing the circuit configuration of the phone 1000 in this embodiment. Configuration figure 11 essentially similar configuration on the first draft of the implementation shown in figure 3, and the main operation is also similar.

This configuration differs from figure 3 is that it includes key 1007 change the line to select a line, which is used, and press 1012 change the view for the rearrangement of the screen display the main LCD 1002 and screen display sub LCD 1010. Site 118 control input/output (IO) detects input signals with key 1007 line changes and key 1012 changes the screen, in addition to detection of input signals of the push-Executive node 8.

This configuration, also differs from figure 3 that it includes the main LCD 1002 and sub LCD 1010, and the node 119 control the display controls the display of the LCD.

Other elements are similar to figure 3, thus, will be identical numbers, and their description here will be omitted. Note that sub LCD 1010 has a smaller display area than the main LCD 1002.

Then detecting SIM card and control nodes 122 and 123 of the communication, the main LCD 1002 and auxiliary LCD 1010 will be described using the flowchart sequence of operations ways to fig.12 and 12B.

We note that, despite the fact that the processing of the fig.12 and 12B is actually the same as processing fig.4 and 4B, S1211, S1213 and S1219, component processing screens display the lines corresponding to the SIM cards, is different.

In figure 14, the screen 1401 display, adapted to one of the lines is displayed on the main LCD. Information 1402, showing the intensity of the signal on the line and label 1403 distinguishing communications service provider that conditioned the contract line displayed on the screen 1401 display. In addition, the displayed frame 1405 and label 1404, indicating that the functions of the line corresponding to the screen display is displayed on the main LCD 1002, are used with button actuating 8.

On the other hand, the screen 1411 display corresponding to a line other than the line corresponding to display the main screen LCD 1002, is displayed on the sub LCD 1010. Information 1412, showing the intensity of the signal, and the label 1413 distinguishing communications service provider that conditioned the contract line displayed on the screen 1411 display sub LCD 1010. In addition, although not shown, frame 1405 and label 1404 displayed on the main LCD 1002, can also be displayed on the screen 1411 display sub LCD 1010.

Note that the display corresponding to the lines of any of the SIM cards installed in slots 3 and 4 SIM, can be displayed on the main LCD 1002 at this time. In this embodiment, it is assumed that the display corresponding to the line of the SIM card into the SIM slot 3, is displayed on the main LCD 1002.

On S1213 like figure 14, display screens, adapted to the lines and SIM cards installed in slots 3 and 4 SIM, also appear separately on the main LCD 1002 and sub LCD 1010.

At this time, the S1213, you can display information 1402, showing the intensity of the signal, only one of the screens because you use the same service provider. Besides, labels 1403 and 1413, indicating communication service providers also may appear only on one of the screens, or erased from the display.

On S1219 or the SIM card is only one of the two slots SIM, or has undergone a failed authentication PIN one of the SIM cards installed in the two slots SIM.

So, here, the screen display the line corresponding authenticated SIM card is displayed on the main LCD 1002. At this time display on the sub LCD 1010 may disappear or may display other information.

Besides lock warning authentication PIN-code by S426, S422 and S423 all displayed on the main LCD 1002.

Then toggle the display on your phone 1000 after power thus be described using a flowchart sequence of operations the fashion fig.13. Note that the block diagram of the sequence of operations the fashion fig.13 running causes the CPU 114 managing the different nodes. Besides, fig.13 will describe a case where the SIM card, corresponding to the different communication service providers, installed in slots 3 and 4 SIM. In the case where a SIM card only in one of the sockets 3 and 4 SIM, the operation will be similar to traditional telephone, because there can only be one line.

In the case where the SIM card, corresponding to the different communication service providers, installed in slots 3 and 4 SIM, screens mappings for service providers are displayed on the main LCD 1002 and sub LCD 1010, as shown in figure 14.

In this state, first of all, determined by whether the incoming call or e-mail in one of the sites 122 and 123 of communication (S1301).

If incoming call or e-mail to one of the nodes, the CPU 114 submits that the communication is not possible in respect of the communication node other than the node that took a call or e-mail. CPU 114 then detects the settings of the screen display, when receiving an incoming call or e-mail (S1303).

In this embodiment, the settings of the screen display on the main LCD 1002 and the display of the sub LCD 1010, when receiving an incoming call or e-mail may vary as a result of the user, operating button actuating 8.

More exactly, the user is able to perform one of three settings, that is, to display the screen display the line with the incoming call or e-mail on the main LCD 1002, to display the screen display the line with the incoming call or e-mail on the sub LCD 1010, or not to change screens display. Information showing the results of the adjustment is stored in RAM 115.

Therefore, if you have installed the display screen display the line with the incoming call or e-mail on the main LCD 1002, the screen display the line with the incoming call or e-mail is displayed on the main LCD 1002.

Fig.15 shows a sample screen display at this time.

Screen 1501 display the line with the incoming call or e-mail is displayed on the main LCD 1002. In the case of an incoming call, it displays information 1502, showing the phone number of the initiator. In case the received e-mail icon displayed 1503, indicating receiving e-mail.

CPU 114 activates the line corresponding to the screen display on the main LCD 1002. So also displays the frame 1504, indicating that the line on the main LCD 1002 is running using the push-Executive node 8.

If, on the S1303, set the display screen display the line with the incoming call or e-mail on the sub LCD 1010, the screen display the line with the incoming call or e-mail is displayed on the sub LCD 1010 (S1305).

Fig.16 and 17 show the approximate screens display at this time.

Fig.16 shows screens display in the case where the accepted e-mail.

Screen 1601 display a line other than the line in which the accepted e-mail is displayed on the main LCD 1002, and screen 1611 display the line in which it was accepted e-mail is displayed on the sub LCD 1010. Also displays an icon 1612, indicating receiving e-mail. CPU 114 activates the line corresponding to the screen display on the sub LCD 1010. Therefore displays the frame 1613, indicating that the line on the sub LCD 1010 is running using the push-Executive node 8.

Fig.17 shows screens display when there is an incoming call.

Screen 1701 display a line other than the line with the incoming call is displayed on the main LCD 1002, and screen 1710 display the line with the incoming call appears on the sub LCD 1010. Also displays information 1711, showing the phone number of the initiator. CPU 114 activates the line corresponding to the screen display on the sub LCD 1010. Therefore, this displays the frame 1712, indicating that the line on the sub LCD 1010 is running using the push-Executive node 8.

If, on the S1303, configuring consists in absence of switching the screen display, saves the current display state (S1306). At this time, however, the CPU 114 activates the line with the incoming call or e-mail. Therefore displays the frame, indicating that the line is running using the push-Executive node 8 whichever of the screens displayed on the main LCD 1102 and sub LCD 1010 does not match the line with the incoming call or e-mail.

For example, if there is an incoming call concerning a line to screen display sub LCD 1010 able to figure 14, frame 1405 and label 1404 shifted to the screen 1411 display instead of changing the screens displayed on the main LCD 1002 and sub LCD 1010.

After control the display screens so after the reception of an incoming call or e-mail, the CPU 114 expects to yield a call or using e-mail (S1307). Then determine whether to automatically return a status screen and the power to action, edited on the S1304 or S1305, in a state to receive an incoming call or e-mail (S1308).

In this embodiment, you can set the return or not in original condition display when the call or using e-mail, in addition to configuring the changes of the screen when taken incoming call or e-mail, as a result of the user, operating button actuating 8. Information showing the results of the adjustment is stored in RAM 115. The screens display change to S1304 or S1305, the state of the setup screens display on the main LCD 1002 and sub LCD 1010 before the change is stored in RAM 115.

On S1309 screens display and the power to actions so back to the state before switching on the basis of the results of settings stored in RAM 115 in the case, where was installed automatically return to its former state.

On the other hand, if revert is not installed, the processing continues without return to the state before switching.

It then determines whether the operation was performed using the push-Executive node 8 before moving on to the sequence of operations switching the screen display S1303 (S1310).

In this embodiment assumed that the information about activating the buttons showing, performed whether the operation of the buttons, when taken incoming call or e-mail is stored in RAM 115, and its value is used in this definition. If it is determined that performed the operation of the buttons, screens display and a permission steps back to the state before switching on the basis of the settings saved in RAM 115 (S1311). Processing then goes on to S1316, and work continues on to an incoming call or e-mail.

On the other hand, if the operation of the buttons was not running, it continues initial processing.

If, on the S1301, receiving an incoming call or e-mail address is not found, it determines whether the node 118 management IO some form of operational input (S1302). If the operating enter will determine whether or not involved key 1007 line changes (S1312). If was involved key 1007 line changes, the authority of the buttons varies with the line set up operations keys 1007 change the line to another line (S1313).

Frame 1405, shown in figure 14, indicating the current state of the line is also switched with the display before is driven key 1007 change the line to another screen display.

If, on the S1312, key 1007 change the line was not engaged, determined, were involved whether key 1012 change the screen (S1314). If the key 1012 change the screen were involved, display the main screen LCD 1002 appears on the sub LCD 1010, and the screen display sub LCD 1010 is displayed on the main LCD 1002 (S1315).

In this time line, whose work by the push-Executive node 8 is active, is not changed.

Therefore, if the key 1012 change the screen is activated able to figure 14, for example, the label 1404 and frame 1405 appear on the sub LCD 1010 with TV 1401 display the main LCD 1002 displayed on the sub LCD 1010. Moreover screen 1411 display sub LCD 1010 will be displayed on the main LCD 1002.

If, on the S1314 button 1012 not change the screen were involved, it was button Executive node 8, which was put in action, so processing is performed according operations (S1316). At this time, the information indicating that runs actuation button is stored in RAM 115. If actuation button is not made within a fixed period, information showing actuation button stored in RAM 115, updated value, showing that the alignment of the button is not running.

As described above, this version of the implementation, if your SIM card correspondingly different lines indicated by contracts, installed in two nests SIM, screens display lines are formed and displayed in the LCD.

Therefore, the information relevant to each line, such as the intensity of the signal on the line, can easily be perceived.

Besides can be provided with a user friendly screens display, because the user is able to arbitrarily choose the line displayed in two LCD.

We note that, despite the fact that the button Executive site 8 and sub LCD 1010 are located separately in this embodiment, the similar variant of implementation can also be implemented using the touch screen, which combines the LCD and the Executive site.

In this case, the sub LCD 1010 can be displayed with a size similar to the main LCD 1002, and not have to change the form display the main LCD and sub LCD.

Despite the fact that, in the first version of the implementation, described the case where the phone is equipped with two SIM slots, giving the opportunity to be installed simultaneously two SIM cards, is also possible configuration that can simultaneously set many of three or more SIM-cards.

In this case, the screens display lines, adapted to the SIM card, can be generated and displayed after dividing the display area of the site display.

Despite the fact that the link is set up, you performed the above options for implementing after reading the identity of the subscriber from the SIMcard, case, where IDs, rather stored on another storage medium than your SIM card can be used in a similar manner to the present invention.

Despite the fact that, in the above options for implementing, described a case where the present invention is applied to a mobile phone, the present invention also similarly applicable to other devices that perform the connection using a variety of communication lines.

Although the present invention has been described with reference to the indicative options for implementation, it should be clear that the invention is not limited open exemplary embodiments of implementation. The volume of subsequent claim of the invention shall be agreed the broad interpretation so as to cover all such modifications, and also the equivalent design and function.

This application claims the advantage of the application № 2007-131572 patent Japan, registered on may 17, 2007, which, thus, included in the materials of this application by reference in its entirety.

1. Communication terminal, containing: node read configured with the possibility to read the IDs with many storage media, each of which stores the ID relating to communication lines; communication node configured with the ability to identify communication lines on the basis of identifiers read node reading, and communication with the using specific communication lines; node is displayed; and the node control the display configured with possibility of formation of the many screens display for displaying information relevant to the multitude of communication lines, defined on the basis of the multiple identifiers, and display many screens display the node display and control unit display optionally configured with the possibility, in response to specific data received communication resize multiple display screens, so that the size of the screen display of the line with a specific the data is larger than the screen display the other line.

2. Terminal connection according to claim 1, in which the node display management optionally configured with the possibility, in response to the ending of communication that follows the specific data, return the size of many screens display size to change.

3. Terminal connection according to claim 1, additionally contains a node installation, configured with an opportunity of installation of whether the node control the display to change the size of display screens in response to specific data.

4. Terminal connection according to claim 1, in which the node display management additionally configured with the possibility, in response to specific data received communication of the change display multiple display screens, so that the screen display other than the screen display of the line with a specific data is erased host display.

5. Terminal connection according to claim 1, additionally, containing the Executive node configured with the possibility of issuing a command to change the set of display screens displayed on the site display and control unit display optionally configured with the ability to resize multiple screens display displayed on the site display, in accordance with the Executive node.

6. Terminal connection according to claim 1, additionally contains the Executive node configured with a possibility to select one of the many lines of communication, and node control the display of additional configured to display the display of lines of communication, selected by the Executive node larger than the screen display the other line.

7. Communication terminal 6, in which the node display management optionally configured with the possibility, in response to specific data, adopted a communication by means of communication lines, other than a communication line, selected by the Executive node, resize multiple display screens, so that the screen size display a line of communication with specific data is larger than the screen display the other line.

8. Communication terminal in paragraph 7, in which the node display management optionally configured with the possibility, in response to the ending of communication that follows the specific data, return the size of many screens display size to change.

9. Communication terminal 6, in which the Executive site is also used for execution for the performance of functions pertaining to the selected line, using the display of the selected line.

10. Communication terminal on item 9, in which the node display management optionally configured with the possibility of return of the size of many screens display size to change, if there is no input by the Executive node within a prescribed period.

11. Terminal connection according to claim 1, in which the node display management optionally configured with the possibility of generating many screens display in response power-on, and display each of the many screens display with the prescribed size of the node display.

12. Communication terminal according to claim 1, each of identity includes authentication code for user authentication, the connection terminal additionally contains a host authentication configured with the ability to perform authentication using authentication codes IDs, read from many storage media and communication node optionally configured with the ability to determine lines of communication only on the basis of identity, which include authentication codes, properly authenticated host authentication.

13. Communication terminal on the 12 in which node control the display optionally configured with the possibility of formation for each of the many identifiers, authentication screen to perform authentication using authentication codes; display formed screen authentication on the host display; formation, after the authentication performed by the host authentication, the screen display, the corresponding communication line based on the identifier, which includes properly authenticated authentication code; and display the generated screen display on the site display.

14. Terminal connection according to claim 1, additionally contains the Executive node configured with a possibility to select one of the many lines of communication, and the run input for the performance of functions pertaining to the selected line, using the display of the selected line.

15. Terminal connection of claim 1, wherein node connection is made with the possibility of communication in accordance with lots of schemes of communication, and communication node optionally configured with the possibility of discovery of providers of communication services communication lines on the basis of identity, and processing of outgoing and incoming data in accordance with schemes of communication, relevant detected communication service providers.

16. Terminal connection according to claim 1, additionally contains the Executive node configured with a possibility to select one of the many lines of communication, and control unit display additionally configured to display information to indicate the selected line.

17. Terminal connection according to claim 1, in which the node display management optionally configured with the possibility respectively display, on a variety of screens display the information showing suppliers of communication services communication lines.

18. Terminal connection according to claim 1, in which the node display management optionally configured with the possibility respectively display, on a variety of screens display the information showing the intensity of the signal lines.

19. Terminal connection according to claim 1, additionally contains many nests for installation of multiple storage media, and the node is read optionally configured with the possibility to read identifiers storage media installed in many nests.

20. Communication terminal, containing: site reading configured with the possibility to read the IDs with many storage media, each of which stores the ID relating to communication lines; communication node configured with the ability to identify communication lines on the basis of identifiers read node reading, and communication using specific communication lines; many nodes display; node control the display configured with possibility of formation of the many screens display for displaying information relevant to the multitude of communication lines, defined on the basis of the multiple identifiers, and display multiple screens display the node display; and the Executive node configured with a possibility to select one of the many lines of communication; and the control unit display optionally configured with the ability to display information, showing the selected line.

21. Communication terminal on paragraph 20, in which the node connection is made with the possibility of communication in accordance with lots of schemes of communication, and communication node optionally configured with the possibility of discovery of providers of communication services communication lines on the basis of identity and processing of outgoing and incoming data in accordance with schemes of communication, relevant detected communication service providers.

22. Communication terminal on paragraph 20, in which the node display management optionally configured with the possibility respectively display, on a variety of screens display the information showing suppliers of communication services communication lines.

23. Communication terminal on paragraph 20, in which the node display management optionally configured with the possibility respectively display, on a variety of screens display the information showing the intensity of the signal lines.

24. Communication terminal on 20, additionally contains many nests for installation of multiple storage media, and the node is read optionally configured with the possibility to read identifiers storage media installed in many nests.

25. Communication terminal, containing: site reading configured with the possibility to read the ID from the first storage media that holds the first identifier, and read the second identifier with a second mass storage media that holds the second identifier; communication node configured with possibility of determining the first lines of the communication on the basis of the first identifier read node reading, define a second communication lines on the basis of the second identifier, read node reading, and communication using specific communication lines; node display; site management the display configured with the possibility of the formation of the first display screen to display the information corresponding to the first line, the formation of the second display screen to display the information that is relevant to the second link and display the first screen display and the second screen display the on-site display; and site definitions configured with the ability to identify, adopted incoming data from first-line or second-line communication; and site control the display optionally configured with the ability to change the size of the first display screen, so that the size of the first screen display is larger than the second display screen, determine if the host is determined that the incoming data is taken from the first line.

26. Terminal connection according to section 25, in which the node display management optionally configured with the possibility, in response to the ending of communication that follows the incoming data, return the size of the first display screen size to change.

27. Terminal connection according to section 25, additionally contains a node installation, configured with an opportunity of installation of whether the node control the display to change the size of the first screen to display in response to incoming data.

29. Communication terminal, containing: node read configured with the possibility to read the ID from the first storage media that holds the first identifier, and read the second identifier with a second mass storage media that holds the second identifier; communication node configured with the possibility of specifying the first line of communication based on the ID, read node reading, define a second communication lines on the basis of the second identifier, read node reading, and communication using certain lines of communication; node display; node control the display configured with the possibility of the formation of the first display screen to display the information corresponding to the first line, the formation of the second screen display for displaying information relevant the second link and display the first screen display and a second screen to display the on-site display; and the Executive node configured with the choice of the first communication line or second-line communication; and site control the display optionally configured with the possibility of information display showing the selected line.

30. Communication terminal on paragraph 29, in which the node control the display of advanced configured to display the display of lines of communication, selected by the Executive node larger than the screen display the other line.

31. Communication terminal on paragraph 29, in which the node display management optionally configured with the possibility respectively display, on a variety of screens display the information showing suppliers of communication services communication lines.

32. Communication terminal on paragraph 29, in which the node display management optionally configured with the possibility respectively display, on a variety of screens display the information showing the intensity of the signal lines.

33. Communication terminal on paragraph 29, in which the node connection made with the possibility of communication in accordance with lots of schemes of communication, and communication node optionally configured with the possibility of discovery of providers of communication services communication lines on the basis of identity, and processing of outgoing and incoming data in accordance with schemes of communication, relevant detected communication service providers.

34. Communication terminal on paragraph 29, in which the node control the display of advanced configured to display the first screen displayed on the first node area display and a second screen display in the second area of your display.

35. Communication terminal on paragraph 29, in which the node control the display of advanced configured to display the first screen of the display on the first node display the display and the second screen display on the second node display the display.

36. Communication terminal, containing: many nests for installation of multiple storage media; node read configured with the possibility to read the ID from the first storage media installed in one of the many nests and stores the first ID, and read the second identifier with a second mass storage media installed in one of the many nests and keeps the second identifier; communication node configured with the possibility of specifying the first line of communication based on the ID, read node reading, define a second communication lines on the basis of the second ID read node reading, and communication using specific communication lines; node is displayed; and the node control the display configured with the possibility of the formation of the first display screen to display the information corresponding to the first lines of communication, the formation of the second display screen to display the information that is relevant to the second link and display the first screen display and a second screen to display the on-site display.

37. Communication terminal on item 36, in which the node read optionally configured with the ability to determine whether the storage media in the second slot of the many nests, after determining whether the storage media in the first nest of many nests.

38. Communication terminal on clause 37, each of the first and second identity includes authentication code for user authentication and communication terminal additionally contains a host authentication configured with the ability to perform authentication using authentication codes of the first and second identifiers read from the first and second storage media; and site control the display optionally configured with the possibility of formation for each of the first and second identifiers screen authentication for authentication using authentication codes; display formed screen authentication on the host display; formation, after the authentication performed by the host authentication, the screen display, the corresponding communication line, defined on the basis of the identifier, which includes properly authenticated authentication code; and display the generated screen display the on-site display.

39. Communication terminal on item 36, in which the node control the display of advanced configured to display the first screen displayed on the first node area display and a second screen display in the second area of your display.

40. Communication terminal on item 36, in which the node control the display of advanced configured to display the first screen of the display on the first node display the display and the second screen display on the second node display the display.

41. Communication terminal, containing: site reading configured with the possibility to read the ID from the first storage media that holds the first identifier, and read the second identifier with a second mass storage media that holds the second identifier; communication node configured with possibility of determining the first lines of the communication on the basis of the first identifier read node reading, define a second communication lines on the basis of the second identifier, read node reading, and communication using specific communication lines; the first node to display; the second the node is displayed; and the node control the display configured with the possibility of the formation of the first display screen to display the information corresponding to the first line, the formation of the second display screen to display the information that is relevant to the second line, and display the first screen of the display on the first node of the display and the second screen display on the second node in the display.

42. Terminal connection according to paragraph 41, additionally contains the node definition configured with the ability to identify, accepted the incoming data from the first line, or the second line of communication; and the node control the display of advanced configured to display a second screen display on the first node display if the host definition is determined that the incoming data is taken from the second line.

43. Communication terminal on item 42, in which the said site control the display of advanced configured to display the first screen of the display on the second node in the display, if the node definition is determined that the incoming data is taken from the second line.