WO2010081301A1

WO2010081301A1 - A label communication method and a handset and system supporting the communication method

Info

Publication number: WO2010081301A1
Application number: PCT/CN2009/070199
Authority: WO
Inventors: 郭佳
Original assignee: Guo Jia
Priority date: 2009-01-19
Filing date: 2009-01-19
Publication date: 2010-07-22

Abstract

The present invention provides a label communication method and a handset and system supporting the communication method, through the method, a calling party can establish the voice communication with a called party easily in one communication process. The label communication method adopts the following steps that: a. a calling user inputs a called logical address into the label communication handset, the label communication handset establishes a data connection with a logical address/physical address parsing conversion device via the public data network; b. the logical address/physical address parsing conversion device processes the logical address, and generates a called direction physical address mapping table; c. the logical address/physical address parsing conversion device returns a result table to the label communication handset, the label communication handset initiates a voice call to the called direction physical address via the public voice network; d. the label communication handset establishes a voice path connection with the called handset or fixed phone, and accomplishes the voice communication; e. the user completes the call and hangs up, one label communication is over.

Description

Label communication method and mobile phone and system supporting the communication method

The present invention relates to a tag communication method and a mobile phone and system supporting the communication method, and more particularly to a voice communication in which a logical address is used as an identification code to initiate data communication, and finally a physical address mapped to the logical address is completed. A method for separately performing voice communication and data communication in a communication process and a mobile phone and system supporting the communication method, by which the calling party can know only the tag of the called user by the method and the mobile phone and system supporting the communication method. - Logical identification code, in the case of the called telephone number, the data communication belonging to the logical level and the voice communication belonging to the physical layer are layered and combined in a single communication process, and the communication between the master and the called party is established. connection.

technical background:

Under the existing telephone exchange technology system, in the process of a voice call connection, the calling terminal first inputs a series of numbers 0-9, and initiates communication to the called telephone number; the switch guides the connection direction to the appropriate according to the indication of the telephone number. On the route, if the called telephone number is not a final number (such as the called UM number in the first call), the switch system must search and query the called final number according to the called UM number, and then perform the connection. After arriving at the called terminal station, the called party rings; the called party picks up the phone and enters the two parties to talk; after the call is completed, the user hangs up, the system of the switch releases the resources, and the disconnection process is performed. The above-mentioned telephone connection process can be seen that the existing technical solutions of various types of telecommunication services are completed around the switch system. Only the device mapping relationship at the physical level has no physical layer or logical level division, that is, it belongs to the switching network. The solution for the central office equipment, the calling terminal has no routing and directing function. The calling user needs to call a certain user, and needs to input the user's phone number and initiate a call. If the phone number of the other party is not known, the phone number of the other party needs to be checked first, and then the call is initiated. The usual method is to call the service number such as 114 or 12580, obtain the called telephone number by voice communication, and after the call ends, initiate a voice call again, and connect the called user.

There are six obvious defects in the prior art: 1. A successful voice call to an unknown telephone requires two separate voice calls, which is cumbersome to operate and wastes voice channel resources, and the cost is high. 2. The calling terminal only has the physical address identification, addressing and calling functions. When the user makes a call, the input is a string of difficult to understand, meaningless digit strings, memory trouble, when called (such as stars, political figures) Due to some special reasons, they are reluctant to disclose their phone numbers and are willing to contact the outside world at certain times. The existing technology is difficult to solve. 3. When the caller does not know his or her position or administrative jurisdiction, if you want to find the contact information of one of your nearest institutions, the existing technology cannot be directly solved. 4. Routes are distributed in the various central office devices in the network. The setting and modification of user data and parameter attributes need to set parameters in various central office switching devices of the entire network, which often involves adding central office equipment, developing debugging, etc. , high risk, complexity High, long engineering cycle, and inefficient network connection. 5. The calling terminal has no routing and directing function. It is the specified number of the calling party's single item. It can't better guide the calling party to select the called party to be connected. 6. Only the physical level of device mapping relationship, there is no logical level, logical level of division, this will lead to some problems that should be solved at the logical level but at the physical level to solve, not only the problem is complicated, but also can not shield different devices The physical differences between them increase costs and risks.

Summary of the invention:

In order to overcome the above six obvious drawbacks of the prior art, the present invention provides a tag communication method and a mobile phone and system supporting the same. The communication method is based on a solution of a terminal device, and uses a logical address as an identifier of the communication terminal device. The code separates the logical address from the physical address, directly inputs the logical address of the person to be connected, initiates data communication to the logical address/physical address resolution conversion device, and obtains a physical address corresponding to the logical address, and passes the physical address. It is possible to connect the callee's phone. In the implementation process, the voice channel and the data channel are combined and controlled hierarchically. Through the method and the mobile phone and the system supporting the communication method, the calling party can establish communication with the called party directly, simply and easily in one communication process.

The communication method is as follows:

a. The calling user inputs the called logical address on the label communication mobile phone, and after pressing the dial-out key, the label communication mobile phone initiates data communication of the logical address/physical address resolution conversion device through the public data network, and establishes a data connection;

b. Logical address/physical address resolution conversion device connects to the address storage device under the control of the service control CPU, judges the logical address, finds the called physical address, and matches processing, searches and matches the electronic map in a location-related call, Generating a called direction physical address mapping table;

c. logical address / physical address resolution conversion device according to the logical attributes of the primary and the called user, the called direction physical address mapping table is filled into the return result table, and returned to the label communication mobile phone;

d. The tag communication mobile phone initiates a voice call to the physical address of the called party through the public voice network. According to the logical attributes of the calling and called users and the physical attributes of the called user, the tag communication mobile phone establishes a voice between the called mobile phone and the fixed telephone. Channel connection, complete voice communication;

e. The user hangs up after the call, and the label communication ends.

Further, the logical address described in the step a is represented by a text, a picture, a letter, a number, a symbol, and a combination thereof, and is a label identification code of the called terminal mobile phone and the fixed telephone, and is used as a label of the calling party. The information exchange between the communication mobile phone and the logical address/physical address resolution conversion device completes the direct search of the called physical address and the called attribute, and finally establishes a voice communication connection.

Further, the logical address/physical address resolution conversion device described in step a has a unique public data network physical access address, and the physical access address and routing information are set in the tag communication mobile phone. When a tag communication is initiated, the tag communication handset first accesses the device through the public data network under the guidance of the logical address/physical address resolution conversion device physical access address.

Further, the public data network described in step a includes PLMN, PSTN, and INTERNET. Further, the determination of the logical address in step b refers to analyzing whether the logical address requested by the calling party is a location-related call. If the location-related call is used, the electronic map is first searched for a logical match to find a logical address. The corresponding logical address is called, and then the corresponding logical address is searched and matched to generate a physical address mapping table of the called direction. If it is not a location-related call, the logical address is directly searched and matched, and the called direction is generated. Physical address mapping table.

Further, the called physical address in step b refers to the called telephone number, which is composed of a numeric string.

Further, the electronic map in step b stores the logical address and its corresponding geographical location. Further, the logical address is determined as described in step b. When the calling party requests to call an institution closest to itself, the following further includes the following steps:

2.1. Logical address / physical address resolution conversion device sends a location request to the tag communication handset;

2.2. Label communication The mobile phone starts the positioning function and completes the positioning;

2.3. Label communication The mobile phone transmits the location information to the logical address/physical address resolution conversion device;

2.4. Logical address / physical address resolution conversion device searches the electronic map, and finds the corresponding called logical address according to the location and logical address of the tag communication mobile phone;

2.5 Query, match, and generate a physical address mapping table of the called direction for the found logical address. Further, the called direction physical address mapping table in step b is composed of one or more logical addresses and their corresponding physical addresses.

Further, the called direction physical address mapping table in step b refers to a physical address mapping table of the called physical address mapping table or the stealth calling device.

Further, when the called physical address is the physical address of the invisible calling device, the cognitive call function is supported, and the physical state of the invisible state cannot be seen by the manifesting party.

Further, when the return result table described in step c contains the next submenu, the caller can select again, which is an interactive choice.

Further, the logical attribute described in step d refers to the route allocation, the answering condition, the transition condition, the stealth state, and the explicit state of the record recorded by the user based on the logical address in the address storage device.

Further, the physical attribute described in step d refers to the called phone number and its busy state. Further, the voice communication connection between the tag communication mobile phone and the called mobile phone and the fixed telephone is separated from the called user's logical attribute and physical attribute, and the layered process is processed during the call process. Exchange and connection control. Further, the voice communication connection between the tag communication mobile phone and the called mobile phone and the fixed telephone in the step d includes two forms: when the logical attributes of the primary and the called user are all manifested, the tag communication mobile phone is directly established. ——The voice channel between the called mobile phone and the fixed telephone. When the calling party and the called party have an invisible call, the voice communication channel between the called mobile phone and the fixed telephone is established.

Further, steps a-c belong to the logical level of data communication, and the step de belongs to the physical level of voice communication. A complete label communication is completed by a layered combination of data communication belonging to the logical level and voice communication belonging to the physical level. of.

Further, according to the logical attributes of the primary and the called user, the return result table is returned to the tag communication mobile phone to establish a voice connection, and when the logical attribute of the primary or the called party is invisible, the voice is established. Connecting to a file includes the following steps:

3.1. Logical Address/Physical Address Resolution The conversion device returns the physical address of the stealth calling device to the tag communication handset;

3.2. Logical address / physical address resolution conversion device transmits the real physical address of the calling party and the called party to the invisible calling device;

3.3. Label communication The mobile phone initiates a call to the physical address of the invisible calling device;

3.4. The invisible calling device initiates a relay call to the called physical address;

3.5. Connecting the main and the called, forming a tag communication mobile phone Stealth calling device - the voice channel of the called mobile phone or fixed telephone.

Further, the voice channel connection between the tag communication mobile phone and the called mobile phone and the fixed telephone in the step ae is a terminal device-based solution, separating the logical attribute of the called party from the physical attribute, and the logical level is logically separated. The address/physical address resolution conversion device is separately controlled, and the routing function of the logical layer is distributed to the calling terminal, and the voice channel and the data channel are hierarchically combined and controlled during the implementation process.

On the basis of the existing mobile phone structure, the tag communication mobile phone adds a tag communication control processing module S-MCU, and adds new content and functions to the original SIM card module and FLASH. Its main working modules function as follows:

Tag communication control processing module S-MCU: It has a line connection with other modules of the mobile phone, and is a key control module for completing the tag communication call connection. The control tag communication mobile phone sends a logical address to the logical address/physical address resolution conversion device to obtain the Calling the physical address, controlling the routing of the communication between the tag communication mobile phone and the public data network and the public voice network, controlling the tag communication mobile phone layered combination to complete the data communication and voice communication, and controlling the mobile phone modules to cooperate to establish the voice communication with the called user. Task.

Positioning module: Get the location information of the mobile phone coordinate, and cooperate with the call of the logical address related to the location in the tag communication. FLASH: FLASH memory, support page mode FLASH, logical address / physical address resolution conversion device in the public data network initial physical access address and routing table stored in this module.

SIM card module: The mobile phone user identity module for tag communication is a user function entity that contains all user data, especially the user process and information related to the mobile phone user. It consists of a SIM card and related interface circuits. In addition, the physical address and routing information of the reset logical address/physical address resolution conversion device in the public data network are also stored in this module.

The tag communication system includes a tag communication handset, a logical layer communication system, and a physical layer communication system. The tag communication mobile phone supports data communication and voice communication, and is the initiator end of the tag communication. When the tag communication mobile phone records the record in the address storage device and sets the logical attribute to be invisible, the call initiated by the tag communication mobile phone is called stealth.

The logic level communication system mainly completes logical communication, and its further includes the following parts:

Public data network: It is the data information transmission and exchange medium between the tag communication mobile phone and the logical address/physical address resolution conversion device, and establishes a data transmission channel between the tag communication mobile phone and the logical address/physical address resolution conversion device, and provides data exchange and Connection service.

Logical address/physical address resolution conversion device: The device has a unique public data network physical access address. When a tag communication is initiated, the tag communication mobile phone firstly directs the logical address/physical address resolution conversion device physical access address. Access to the device through a public data network. Used as a communication interface for logical address and physical address conversion, receiving parameters such as requests and logical addresses sent by the tag communication mobile phone from the data channel, checking the logical address expression structure, stripping irrelevant words or marks, forming correct contents, and then in the service Under the control of the control CPU, the user data such as the corresponding physical address and logical attribute is quickly searched according to the logical address, and the returned result table is returned to the tag communication mobile phone.

Address input editing device: Input logical address and corresponding physical address, user logical attributes (such as: explicit, invisible, answering conditions, etc.) into the address mapping table. The address input can be input by the operator according to user requirements, or Support users to define and modify some parameters.

Address storage device: Stores the address mapping data table in an orderly manner for quick retrieval and recall;

Electronic map storage device GIS: The physical address mapped by each telephone number is stored in the device in the form of latitude and longitude coordinate data to provide a location information lookup service.

Service Control CPU: Completes the processing control of the logical address/physical address resolution conversion device, the address input editing device, the address storage device, and the stealth call device. The mapping table for controlling the mapping between the logical address and the physical address on the address storage device, and establishing a corresponding address mapping relationship according to the mapping table, and controlling the search process of finding the physical access address in the called direction according to the logical address information, and transmitting the return Result table, the physical address of the invisible calling device to the tag communication mobile phone, transmitting the physical address of the calling and called parties Give the device a stealth call.

The physical layer communication system mainly completes physical communication, and includes the following parts:

Public voice network: It is a voice transmission exchange medium between a tag communication mobile phone and an invisible calling device, a called mobile phone, and a fixed telephone, and establishes a voice transmission channel between the tag communication mobile phone and the stealth calling device, the called mobile phone, and the fixed telephone, and provides Voice exchange and connection services.

Stealth call device: When the logical attribute of either the primary or the called user is an invisible call, the voice call sent by the tag communication mobile phone is connected through the voice channel, and the physical address of the called user sent by the CPU is started according to the service control, and the called party is called to the called party. The user's call, and using the switching function of the device, connects the calling tag communication mobile phone with the voice channel of the called user's mobile phone and the fixed telephone, so that both the calling party and the called party can make a voice call. At this point, the prominent caller user cannot see and get the physical address of the invisible caller user.

Mobile phone, fixed telephone: It is the called party communication terminal device in the tag communication system. The physical address of the terminal is mapped to its own logical address, and the record is recorded in the address storage device, which is the called terminal communication to be called by the calling party. device.

The beneficial effects of the present invention are mainly embodied in the following aspects:

1. Through the communication method, the calling party can complete data communication and voice communication respectively in one communication process, which is simple in operation, saves voice channel resources, and has low cost;

2. The calling terminal adds a logical address calling function, and stores the called physical address in the switching office device for the called party to query. The user inputs a meaningful natural text, that is, a logical address, which conforms to people's logical habits and facilitates the main user. Called memory, and can realize the function of the called physical number stealth, which not only satisfies the desire of the called party to communicate with the outside world, but also protects the privacy of the individual;

3. When the caller does not know his position and needs to find one of his nearest institutions, this can be done by the present invention;

4. Based on the communication method, the logical attribute of the called party is separated from the physical attribute, and the logical level is separately controlled by the logical address/physical address resolution conversion device, and the routing function of the logical layer is distributed to the calling terminal, and when a new service is started, It only needs to set logical attributes in the logical address/physical address resolution conversion device, and does not need to perform any upgrade and modification on the switching equipment and the central office switching equipment of the existing network, thereby saving cost and reducing the complexity of the network and the complexity of interconnection and interconnection. The implementation risk is lower; at the same time, the network efficiency is improved, and the connection efficiency and speed are improved under the condition of the same exchange network equipment configuration and the same traffic load, the switching network resource utilization efficiency is improved, the input cost is reduced, and the network equipment is reduced. The load capacity simplifies the connection processing of the switching network equipment, enabling it to take advantage of the exchange, avoiding the disadvantages of its information processing, greatly reducing the complexity of the entire telecommunication system, and improving the cost performance of the system; The development and commissioning cycle of new business and the spirit of business deployment Sex; 5. Calling label communication mobile phone input label After establishing data communication, there will be an optional label menu, which is an interactive selection and connection, which can better guide the customer to select the called terminal to be connected;

6. Separation of logical functions and physical functions, hierarchical combination control, shielding the differences between various communication devices, wired, wireless communication networks and various physical devices between operators;

7. The called user can define his own parameter logic attributes (such as routing, answering conditions, transfer conditions, etc.) at any time, which is simple, easy, fast and flexible.

8. A logical address can correspond to multiple physical addresses. When the physical address is changed, only the logical address/physical address resolution conversion device can be used for data entry and configuration to realize the function of changing the number and the number one.

BRIEF DESCRIPTION OF THE DRAWINGS:

Figure 1 is a schematic diagram of a tag communication application;

2 is a schematic structural diagram of a tag communication mobile phone;

Figure 3 is a schematic diagram of hierarchical logic - physical address mapping tree;

Figure 4 is a typical label communication flow control diagram;

5 is a flow chart of a logical address/physical address resolution conversion device being called;

Figure 6 is a normal call flow chart showing the success of the communication connection;

Figure 7 is a flow chart of the normal call of the called stealth communication connection success;

Figure 8 is a normal call flow chart of the success of the caller stealth communication connection;

Figure 9 is a flow chart of the tag communication.

detailed description:

The invention will be described in detail below with reference to the accompanying drawings.

As shown in FIG. 1, the tag communication system includes a tag communication handset (1), a logical layer communication system (12), and a physical layer communication system (13).

The tag communication mobile phone (1) supports data communication and voice communication, and is the originating end of tag communication. When the label communication mobile phone (1) records the record in the address storage device (6) and sets the logical attribute to be invisible, the call initiated by the tag communication mobile phone (1) is called stealth.

The logical level communication system (12) mainly completes logical communication, which includes the following parts:

Public data network (2): is a data communication transmission medium between the tag communication mobile phone (1) and the logical address/physical address resolution conversion device (4), establishing a tag communication mobile phone (1) and logical address/physical address resolution conversion The data transmission channel between the devices (4) provides data exchange and connection services, including PLMN (GSM, CDMA, 3G, etc.), PSTN, and INTERNET.

Logical address/physical address resolution conversion device (4): The device has a unique public data network physical access address. When a tag communication is initiated, the tag communication mobile phone (1) first at the logical address/physical address Under the guidance of the physical conversion address of the resolution conversion device (4), the device is accessed through the public data network (2). Used as a communication interface for logical address and physical address exchange, receiving tag communication mobile phone (1) request and logical address parameters sent from data channel B, checking logical address expression structure, stripping irrelevant words or marks, forming correct Content, and then under the control of the service control CPU (8), quickly find the corresponding physical address, logical attribute and other user data according to the logical address, and form a return result table back to the label communication mobile phone (1), the return result table It is a mapping table containing logical addresses - one physical address, and is a routing data table expressed by logical addresses. If the request command sent by the tag communication mobile phone (1) is a location-related query (for example, querying its nearest public security bureau), the logical address/physical address resolution conversion device (4) also needs to send a request mobile phone to the tag communication mobile phone (1). The geographic address command, after receiving the location information sent by the tag communication mobile phone (1), performs a further search process.

If the logical property of the called user is found to be an invisible call, the physical address of the called user's stealth calling device (9) is returned to the calling tag communication mobile phone (1), and under the control of the service control CPU, the actual The called physical address is sent to the stealth calling device (9), so that the next calling tag communication mobile phone (1) can be called by the wireless voice channel A, and the wireless voice channel B can be called by the stealth calling device (9). The device (9) continues the relay call out through the outgoing route of the voice channel B, and finally completes the calling label communication mobile phone (1) - the stealth calling device (9) - the voice of the called user's mobile phone (10), the fixed telephone (11) Connect the channel.

If the calling party finds that the logical attribute of the calling user is an invisible call, it returns a physical address pointing to the calling user's stealth calling device (9) to the calling tag communication mobile phone (1), and under the control of the service control CPU (8) Sending the actual called physical address to the invisible calling device (9), so that the next calling tag communication mobile phone (1) can be called through the wireless voice channel A, and the voice channel B is called into the invisible calling device (9). The stealth calling device (9) continues the relay call out through the outgoing route of the voice channel B, and finally completes the calling label communication mobile phone (1) - the stealth calling device (9) - the called user mobile phone (10), the fixed telephone (11) The voice connection channel.

Address input editing device (5): used to input the logical address and corresponding physical address, user logical attributes (such as: explicit, invisible, answering conditions, etc.) into the address mapping data table, and stored in the address storage device (6) In the address input, the operator can input according to the user's requirements, or support the user to define and modify some parameters.

Address storage device (6): Store the address mapping data table in an orderly manner for quick retrieval and recall;

Electronic map storage device GIS (7): The geographical address mapped by each logical address is stored in the device in the form of latitude and longitude coordinate data, and provides location service information;

Service Control CPU (8): Complete the logical address/physical address resolution conversion device (4), address input Processing control of the editing device (5), the address storage device (6), and the stealth calling device (9). A mapping table for controlling the mapping between a logical address and a physical address on the address storage device (6); and establishing a corresponding address mapping relationship according to the mapping table; determining a call mode and a route according to the address mapping relationship and the user attribute; The logical address information sent by the communication mobile phone (1) quickly finds the corresponding physical access address of the called party, forms a return result table, and returns it to the label communication mobile phone (1); controls the physical address of the stealth calling device (9) Passed to the tag communication handset (1); controls the physical address of the calling and called parties to be transmitted to the stealth calling device (9).

The physical layer communication system (13) mainly completes physical communication, which includes the following parts:

Public voice network (3): is a voice transmission exchange medium between the tag communication mobile phone (1) and the stealth calling device (9), the called mobile phone (10), and the fixed telephone (11), and establishes a tag communication mobile phone (1) and The voice transmission channel between the stealth calling device (9), the called mobile phone (10), and the fixed telephone (11) provides voice switching and connection services, including PLMN (GSM, CDMA, 3G, etc.), PSTN.

Stealth call device (9): When the logical attribute of either the primary or the called user is an invisible call, through the voice channel B, the incoming call communication mobile phone (1) calls the incoming voice call, and according to the service control CPU (8) The physical address of the called user is sent, the outgoing call to the called user is initiated, and the voice of the calling party communication mobile phone (1) and the called user mobile phone (10) and the fixed telephone (11) are exchanged by using the switching function of the device. The channels are connected so that both the calling and the called parties can perform voice communication. At this time, the user who is apparently calling cannot see and obtain the physical address of the user who is invisible.

The mobile phone (10) and the fixed telephone (11) are the called party contact terminals in the tag communication system, and the physical address of the terminal is mapped to its own logical address, and the record is recorded in the address storage device (6), which is the calling party. The called terminal communication device to be called by the party.

Label communication mobile phone (1): It is connected to the public data network (2) and the public voice network (3) through the wireless data channel A and the wireless voice channel A respectively. The public data network (2) is connected to the logical address/physical address resolution conversion device (4) through the data channel B, and establishes a data transmission channel between the tag communication mobile phone (1) and the logical address/physical address resolution conversion device (4). The logical address/physical address resolution conversion device (4) has a line connection with the address input editing device (5), the address storage device (6), the electronic map storage device GIS (7), and the service control CPU (8). The Business Control CPU (8) and the Stealth Call Device (9) also have a line connection. The stealth calling device (9) is connected to the public voice network (3) through the voice channel B, and the other end of the public voice network (3) is connected to the called mobile phone (10), the fixed telephone (11), and the tag communication mobile phone (1) is established. A voice transmission channel between the called mobile phone (10) and the fixed telephone (11).

Figure 2 shows the tag communication mobile phone. On the basis of the existing mobile phone structure, the tag communication control processing module S-MCU (13) is added, and new contents are added to the original SIM card module (14) and FLASH (15). Features. Label communication control processing module S-MCU ( 13 ): It has line connection with other modules of mobile phone, is the core key module for completing tag communication call connection, control tag communication mobile phone (1) to logical address / physical address resolution conversion device (4) Sending a logical address, obtaining the physical address of the called party, controlling the communication mobile phone of the tag (1), connecting and selecting the public data network (2) and the public voice network (3), controlling the tag communication mobile phone (1) layering The combination completes the data communication and the voice communication, and controls the modules of the mobile phone to cooperate to complete the task of establishing voice communication with the called user.

Positioning module (16): Get the phone coordinate position information, in conjunction with the call to complete the location-related logical address in the tag communication. When the tag communication mobile phone (1) receives the logical address / physical address resolution conversion device

(4) When requesting the location information, under the control of the tag communication control processing module S-MCU (13), the position location is completed, and the geographical position of the tag communication mobile phone (1) is transmitted back to the latitude and longitude coordinate value data. Logical address/physical address resolution conversion device (4).

FLASH (15): FLASH memory, support page mode FLASH, logical address / physical address resolution conversion device (4) The initial physical access address and routing table in the data network are stored in this module. Logical address/physical address resolution conversion device (4) In the case where the physical access address and routing information in the data network are not reset, when the tag communication mobile phone (1) initiates data communication, the tag communication control processing module S-MCU Under the control of (13), the tag communication mobile phone (1) is accessed through the initial physical access address in the FLASH memory to the logical address/physical address resolution conversion device connected in the data network.

(4).

SIM card module (14): The mobile phone user identity module of the tag communication is a user function entity, which contains all user data, especially the user process and information related to the mobile phone user, and is composed of a SIM card and related interface circuits. In addition, the reset logical address/physical address resolution conversion device (4) physical access address and routing information in the public data network are also stored in this module, and the logical address/physical address resolution conversion device (4) is in the public data network. After the physical access address and routing information are reset, when the tag communication mobile phone (1) initiates data communication, under the control of the tag communication control processing module S-MCU (13), the tag communication mobile phone (1) passes the SIM card module ( 14) The guidance of the reset physical access address is accessed to the logical address/physical address resolution conversion device (4) connected in the public data network. Label Communication Control Processing Module The S-MCU ( 13 ) has a line connection to each other.

Figure 3 is a schematic diagram of a hierarchical logical one-to-one physical address mapping tree. In the figure, L is represented as a logical address, P is a physical address, and N is empty.

As we can see in the figure, XI is a root of a logical address; X2 is a node with both a logical address and a physical address; X3 is a node with only logical addresses, and the next level X4 is the node where the logical address and the corresponding physical address are stored; X5 is a node that only has a physical address; X6 is a node that only has a logical address; and X7 is a logical address and no physical Address Node. In tag communication, the node of this state of X7 is useless, that is, it does not actually exist. In a tag communication, after the calling user enters a logical address XI, the tag communication mobile phone initiates a data connection request to the logical address/physical address resolution conversion device connected to the telecommunication network, and after the data connection is established, the tag communication The mobile phone transmits the logical address XI input by the user to the logical address/physical address resolution conversion device, and the logical address/physical address resolution conversion device forms a return result table after searching and converting, and transmits the result to the tag communication mobile phone, and returns the result table. The five nodes including X2, X3, X4, X5, and X6 are selected by the calling user, and the corresponding logical one-to-one physical address mapping tree table is stored in the returned result table.

The calling terminal user uses the human-computer interaction interface (such as keyboard, arrow keys, selected keys, touch screen, etc.) on the terminal to browse and select the menu. At this time, the label communication mobile phone can have multiple nodes on the display screen. , respectively: X2 node, the node includes a logical address and a corresponding physical address; X3 node, the node has only one logical address, after selecting to enter the node, the next sub-menu is an X4 node, The node includes multiple logical addresses and corresponding physical addresses; X5 node, the node has only one logical address; X6 node, the node has only one logical address, there is no corresponding physical address, and there is no next level menu.

Figure 4 is a typical tag communication flow control diagram. The mobile phone user inputs the tag identification code on the tag communication mobile phone, establishes the data connection between the tag communication mobile phone and the logical address/physical address resolution conversion device, and continuously transmits and establishes the counter within the specified time. The tag communication mobile phone and the logical address/physical address resolution conversion device data connection request, if the counter is full, and the connection is not successful, the information "connection label center failure" is returned. If the connection is established successfully, the logical address input by the user is transferred to the logical address/physical address resolution conversion device, and the logical address/physical address resolution conversion device determines the logical address, determines whether the mobile phone location information is needed, and needs to communicate to the tag communication mobile phone. Sending location request information, the logical address/physical address resolution conversion device receives the coordinate position information and compares the electronic map to find and match the logical address; if the location information is not needed, the direct search, match, and the physical direction mapping table of the called direction are filled in. Return to the result table and then transfer it to the tag communication phone. When the query fails, the label communication mobile phone "cannot query" information is returned; when returning multiple logical addresses and corresponding physical addresses, the user selects one of the called physical directions required by the user to initiate a voice call; when returning only one logic When the address and the corresponding physical address are used, a voice call is directly initiated. If the connection is successful, the called party picks up the phone and enters the call process. If the connection is unsuccessful or the called party does not answer the call, the call fails to be processed. When the call ends, the user hangs up and the tag communication ends.

5 is a flow chart of a logical address/physical address resolution conversion device being called, and a logical address/physical address resolution conversion device receives a connection establishment request from a wireless data channel by a calling tag communication mobile phone, and establishes a calling tag communication mobile phone and Logical address/physical address resolution translates data connections between devices, Receive the logical address input by the calling tag communication mobile phone user and parse it. Determining whether it is a location-related call, when the calling party needs a physical connection address of a logical address closest to itself, the logical address/physical address resolution conversion device sends an instruction to the tag communication mobile phone to request the current geographical location information, After the calling tag communication mobile phone sends the location information, the logical address/physical address resolution conversion device searches the electronic map to search and match the logical address; directly searches and matches the general logical address, and then searches for the calling tag communication user logic. The attribute, the called user logical attribute and the physical address are filled in the returned result table. When the logical attribute of either the primary or the called party is an invisible call, modify the called physical address in the returned result table to point to the physical access address of the invisible calling device, and transmit the actual physical address of the called party and the calling party to Stealth call device, and then transfer the completed return result table to the calling tag communication mobile phone; when the logical attributes of the calling party and the called party are not invisible, directly transfer the completed return result table to the calling tag communication mobile phone . The call work for the logical address/physical address resolution conversion device ends.

Figure 6 is a normal call flow diagram for successful communication connection, as shown in the figure: First, the calling tag communication mobile phone establishes a data connection with the logical address/physical address resolution conversion device through the public data network, and initiates a search request command ( A01); the address storage device searches the data according to the request command received by the logical address/physical address resolution conversion device, and generates a physical address mapping table of the called direction (Α02;>_; the called direction physical address mapping table that the address storage device will find Return to the logical address/physical address resolution conversion device (Α03;>_{; the} logical address/physical address resolution conversion device fills the returned physical address mapping table into the return result table, and transmits it back to the terminal tag communication mobile phone through the public data network ( A04); If the returned result table contains the next level submenu, the calling tag communication mobile phone can be selected again until the corresponding called direction physical address is found, that is, the calling tag communication and the logical address/physical address resolution conversion device Information can be exchanged between each other, multiple choices (A05); calling label communication sends the physical address of the called party Voice call (A06); through the public voice network connection, the called user's mobile phone or fixed telephone ringing (A07); the called off-hook, establish a voice channel (A08); the main and called parties enter the call ( A09); When either party hangs up, the call ends (Α10).

7 is a normal call flow diagram of the successful connection of the called stealth communication, as shown in the figure: The calling tag communication mobile phone establishes a data connection with the logical address/physical address resolution conversion device through the public data network, and initiates a search request command ( B01); the address storage device searches the data according to the request command received by the logical address/physical address resolution conversion device, and generates a physical address mapping table of the called direction (Β02;>_; the called direction physical address mapping table that the address storage device will find Return to the logical address/physical address resolution conversion device (Β03;>_{; the} logical address/physical address resolution conversion device fills the returned physical address mapping table into the return result table, and transmits it back to the terminal tag communication mobile phone through the public data network ( A04); If the returned result table contains the next submenu, the calling tag communication handset can be selected again until the corresponding called party is found. Up to the physical address, that is, the calling tag communication mobile phone and the logical address/physical address resolution conversion device can exchange information multiple times (Β05;>_; when the called logical attribute is invisible, logical address/physical address resolution The conversion device transmits the physical address of the calling party and the called party to the invisible calling device (Β06;>_{; the} logical address/physical address resolution converting device transmits the physical access address of the stealth calling device to the calling tag communication mobile phone (B07); The tag communication mobile phone initiates a voice call to the stealth calling device through the connection of the public voice network (Β08); the invisible calling device receives the call of the calling tag communication mobile phone and then initiates a call to the called mobile phone through the exchange and connection of the public voice network. , the relay call of the fixed telephone (B09); the called party picks up the phone, establishes the voice channel between the master and the called party (B10); the master and the called party enter the call process (B11); when either party hangs up, the call ends ( Β12).

8 is a normal call flow chart of the success of the caller stealth communication connection, as shown in the figure: The calling tag communication mobile phone establishes a data connection with the logical address/physical address resolution conversion device through the public data network, and initiates a search request command ( C01); the address storage device searches for the data according to the request command received by the logical address/physical address resolution conversion device, and generates a physical direction mapping table of the called direction (C02;); the physical location mapping table of the called direction that the address storage device will find Return to the logical address/physical address resolution conversion device (C03;>_{; the} logical address/physical address resolution conversion device fills the returned physical address mapping table into the return result table, and transmits it back to the terminal tag communication mobile phone through the public data network ( C04); If the returned result table contains the next submenu, the calling tag communication mobile phone can be selected again until the corresponding called direction physical address is found, that is, the calling tag communication mobile phone and the logical address/physical address resolution conversion Information can be exchanged between devices, multiple choices (C05;); When the logical attribute of the calling party is invisible, The logical address/physical address resolution conversion device transmits the physical address of the calling party and the called party to the invisible calling device (C06; >_{; the} logical address/physical address resolution converting device transmits the physical access address of the stealth calling device to the calling tag communication Mobile phone (C07); the calling tag communication mobile phone initiates a voice call to the stealth calling device through the exchange and connection of the public voice network (C08); the stealth calling device blocks the physical number of the calling party after receiving the call of the calling tag communication Through the exchange and connection of the public voice network, initiate a relay call to the called mobile phone and the fixed telephone (C09); the called party picks up the phone, establishes a voice channel between the master and the called party (C10); During the call (C11); When either party hangs up, the call ends (C12).

As shown in Figure 9: The above process can be summarized as a method of tag communication, and the communication method includes the following steps:

b. Logical address/physical address resolution conversion device connects to the address storage device under the control of the service control CPU, judges the logical address, finds the called physical address, and matches processing, in one position In the off call, search and match the electronic map, and generate a physical address mapping table of the called direction;

C. Logical address/physical address resolution conversion device fills the returned physical data mapping table into the return result table according to the logical attributes of the primary and the called user, and returns to the label communication mobile phone;

d. The tag communication mobile phone initiates a voice call to the physical address of the called party through the public voice network. According to the logical attributes of the primary and the called user and the physical attributes of the called user, the tag communication mobile phone establishes a voice between the called mobile phone and the fixed telephone. Channel connection, complete voice communication;

e. The user hangs up after the call, and the label communication ends.

Further, the logical address/physical address resolution conversion device described in step a has a unique public data network physical access address, and the physical access address and routing information are set in the tag communication mobile phone, when the label is activated once. During communication, the tag communication handset first accesses the device through the public data network under the guidance of the logical address/physical address resolution conversion device physical access address.

2.5 Query, match, and generate a physical address mapping table of the called direction for the found logical address. Further, the called direction physical address mapping table described in step b is one or more logically The address and its corresponding physical address are formed.

Further, when the called physical address in the called C is the physical address of the invisible calling device, the stealth calling function is supported, and the physical state of the invisible state cannot be seen by the manifesting party.

Further, the physical attribute described in step d refers to the called phone number and its busy state. Further, the voice communication connection between the tag communication mobile phone and the called mobile phone and the fixed telephone is separated from the called user's logical attribute and physical attribute, and the layered process is processed during the call process. Exchange and connection control.

Further, the voice communication connection between the tag communication mobile phone and the called mobile phone and the fixed telephone in the step d includes two forms: when the logical attributes of the primary and the called user are all manifested, the tag communication mobile phone is directly established. ——The voice channel between the called mobile phone and the fixed telephone. When the calling party and the called party are invisible, establish a voice communication channel between the called mobile phone and the fixed telephone.

Further, between the tag communication mobile phone and the called mobile phone and the fixed telephone in step ae The voice channel connection is a terminal device-based solution that separates the called logical attribute from the physical attribute. The logical level is separately controlled by the logical address/physical address resolution conversion device, and the logical level routing function is distributed to the calling terminal, and the implementation is performed. In the process, the voice channel and the data channel are combined in a layered control.

Claims

Claim

A method for tag communication, characterized in that the tag communication method comprises the following steps: a. The calling user inputs the called logical address on the tag communication mobile phone, and after pressing the dialing button, the tag communication mobile phone passes the public data network. Initiating data communication for the logical address/physical address resolution conversion device, establishing a data connection.

b. The logical address/physical address resolution conversion device judges, searches, and matches the logical address under the control of the service control CPU, searches and matches the electronic map in a location-related call, and generates a physical address mapping table of the called direction;

c. The logical address/physical address resolution conversion device returns the direction physical address mapping table to the tag communication mobile phone, and the tag communication mobile phone initiates a voice call to the physical address of the called party through the public voice network; d. The tag communication mobile phone is established and called The voice channel connection between the mobile phone and the fixed telephone completes the voice communication;

e. The user hangs up after the call, and the entire tag communication ends.

The tag communication method of claim 1 wherein the representation of the logical address in step a comprises text, pictures, letters, numbers, symbols, and combinations thereof.

The tag communication method according to claim 1, wherein the logical address/physical address resolution conversion device in step a has a unique data network physical access address, and the physical access address and routing information are set in In a tag communication handset, when communicating to a logical address, the tag communication handset accesses the physical address through the public data network.

The tag communication method according to claim 1, wherein said public data communication network in step a comprises PL匪, PSTN, INTERNETS

The tag communication method according to claim 1, wherein the determining in the step b is to analyze whether the logical address of the connection requested by the calling party has a clear position definition, and when the calling party requests the nearest institution, Then, the electronic map is searched to match the logical address; otherwise, the logical address is directly searched and matched, the physical direction mapping table of the called direction is generated, and then the queried call direction address table is transmitted back to the tag communication mobile phone.

6. The tag communication method of claim 1, wherein said searching in step b refers to finding a physical address and an attribute setting of the primary and the called.

The tag communication method according to claim 1, wherein the electronic map stores the logical address and its corresponding physical address and latitude and longitude coordinate values in the step b.

The tag communication method according to claim 1, wherein said logical address is determined in step b, and when the calling party requests a nearest institution, the method further includes the following steps:

2.1. Logical Address/Physical Address Resolution The conversion device sends a location request to the tag communication handset;

2.4. Logical Address/Physical Address Resolution The conversion device refers to the tag communication mobile phone location, and queries and matches the logical address.

2.5. Transfer the corresponding physical direction mapping table of the called party back to the tag communication mobile phone.

The tag communication method according to claim 1, wherein said called direction physical address mapping table in said step b is composed of one or more logical addresses and their corresponding physical addresses.

The tag communication method according to claim 1, wherein said physical address in said step C is a telephone number and is composed of a numeric string.

The tag communication method according to claim 1, wherein said called direction physical address in step c refers to a physical address of the called party or a physical address of the invisible calling module.

The tag communication method according to claim 1, wherein when the called direction address is the physical address of the stealth calling module in step c, the called stealth function is supported, and the calling party cannot see the called physical number.

The tag communication method according to claim 1, wherein in the step c, the called physical address is a physical address of the stealth calling module, and the method further includes the following steps:

3.1. Logical Address/Physical Address Resolution The conversion device returns the physical address of the stealth call module to the tag communication handset;

3.2. Logical address/physical address resolution conversion device transmits the real physical address of the calling party and the called party to the stealth calling module;

3.3. Label communication The handset initiates a call to the physical address of the stealth call module;

3.4. The stealth calling module initiates a relay call to the called physical address;

3.5. Connecting the main and the called, forming a tag communication mobile phone Stealth calling module - the voice channel of the called mobile phone or fixed telephone.

The tag communication method according to claim 1, wherein the logical address/physical address resolution conversion device returns the called physical address mapping table to the tag communication mobile phone in step c, in the process, when the returned address When the next level of submenus is included, the caller can select again, which is an interactive choice.

The tag communication method according to claim 1, wherein the tag communication handset establishes a voice channel connection with the called mobile phone and the fixed telephone in the step d, and includes two forms: when the returned physical address is called At the time, the voice channel between the called mobile phone and the fixed telephone is directly established. When the physical address of the stealth calling module is returned, the tag communication mobile phone stealth calling module is established - the voice channel between the called mobile phone and the fixed telephone.

16. The tag communication method of claim 1 wherein said tag communication in step ae The voice channel connection between the mobile phone and the called mobile phone and the fixed telephone is a terminal device-based solution, separating the logical attribute of the called party from the physical attribute, and the logical layer is separately controlled by the logical address/physical address resolution conversion device, and the logic is The routing function of the layer is distributed to the calling terminal, and the voice channel and the data channel are combined and controlled in the implementation process.

17. A mobile phone supporting a tag communication function, characterized in that the mobile phone adds a tag communication control processor S-MCU, and the physical access address and routing table of the logical address/physical address resolution conversion device in the data network are stored in the mobile phone. The mobile phone obtains the physical address mapping table of the called direction from the logical address/physical address resolution conversion device through the data communication network, and can connect with the wireless public data network and the wireless public voice network in one communication process to complete the voice communication and the data communication. .

The physical access address of the logical address/physical address resolution conversion device in the data network according to claim 17, wherein the physical access address is stored in the FLASH in advance, and can also be reset, and the physical connection is reset. The incoming address and routing information are stored in the SIM card module.

19. The tag communication handset of claim 17 can be connected to the wireless public data network and the wireless public voice network in a single communication process to complete voice communication and data communication. It is characterized in that the route allocation control to the wireless public data network and the wireless public voice network connection is performed by the tag communication control processor S-MCU.

20. The wireless public data network data communication network of claim 17 comprising PLMN, PSTN, INTERNETS

21. A system for supporting a tag communication function, the system comprising: a tag communication mobile phone, a logical address/physical address resolution conversion device, a service control CPU, an invisible call device, an address input editing device, an address storage device, an electronic map storage device GIS , wireless public data network, wireless public voice network, mobile phones, landline phones.

22. The logical address/physical address resolution conversion device of claim 21, wherein the device is assigned a unique physical address access number in the public data communication network, the number being an access number for initiating data communication by the tag communication handset. .

23. The invisible call device of claim 21, wherein the device is assigned a fixed physical address access number in the public voice communication network, and is a relay device for calling the call in the called stealth call state, having a blocked called party. The function of the phone number.

24. The address storage device of claim 21, wherein the address mapping data table is stored in an orderly manner in the device for quick retrieval and recall.

The service control CPU of claim 21, wherein the device is configured to control the logical address information mapping to obtain the called physical access address, and the control logical address/physical address resolution conversion device transmits the called direction address to the label communication mobile phone. Transfer the physical address of the calling and called parties to the invisible calling device.