CN1929630A - One-number-business system for transmitting-receiving message and method for realizing same - Google Patents
One-number-business system for transmitting-receiving message and method for realizing same Download PDFInfo
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Abstract
This invention provides one connection system and its realization method for message, wherein the system comprises the following parts: one connection business platform to process one number business and store user continuous information; mobile data management bench for one number user authorization; integral information net gate to realize one number substitution and connection; short message business center to transfer wireless network to integral net gate or to one number business platform; SMSC-PHS connected to one number business platform.
Description
Technical Field
The invention relates to the field of communication, in particular to a one-number system for receiving and transmitting messages and an implementation method thereof.
Background
With the development of telecommunications, more and more people have Personal handyphone (i.e., Personal handyphone system, abbreviated as PHS), mobile phones, or multiple mobile phones, and also have fixed telephones when they return to home. Thus, there are many ways of contacting, for example, sometimes using a cell phone, sometimes using a personal handphone, sometimes using a fixed telephone, etc. Many numbers are not memorable. In order to meet the demand that users pay more and more attention to the unification of the diversification of communication modes, operators provide one-number service.
The one-number service is one of the better developed intelligent network services, is similar to the general personal number service, provides a unique number (the number can be a virtual number or a common local number) for the outside to a user, and can forward a call to a destination number specified by the user by setting different routes under different conditions, wherein the number comprises a fixed telephone, a mobile phone and a personal access phone. Thus, as long as an external number is called by a friend, various communication terminals are rung according to a sequence currently set by the user.
At present, the contact way between users is not limited to ordinary telephone calls, but also includes various ways such as short message service, Email, fax and voice mailbox (including various messages including short message service, Email, fax and voice mailbox, also called unified message; and the system providing unified message is called unified message center). However, in the existing communication network, only the function of providing a voice mailbox for a one-number user is implemented. The scheme is realized on the basis of the networking structure of the existing standard intelligent network, as shown in figure 1, SSP in the system is connected with AIP equipment for playing and recording voice messages and realizing the function of leaving messages in voice mail boxes. Fig. 1 is a schematic diagram illustrating a networking scheme of a one-number service according to the related art.
In Short Message (SM) service, a demand similar to the one number service is also provided, and it is required to implement Short Message service interworking between, for example, a personal handyphone and a mobile phone.
In the related art, a method of transmitting a message to a one-number is provided, and fig. 2 illustrates a system architecture diagram for transmitting a message to a one-number according to the related art.
In the system, a specific implementation mode is that a sender sends a message to a unified message center by taking a one-number as a destination address; the unified message center queries and obtains the information of the destination terminal number and the type of the received message from the service database according to the one-number-through number, and stores the message into the general information storage equipment; the unified message center sends the related content of the message to the destination terminal.
The intelligent network platform and the unified message center are combined based on the intelligent network to share the database of the one-number service, so that the one-number service has the function of unifying the messages, and the service can integrate all information types such as e-mails, short messages, faxes and the like into one message and can receive the message by one of communication equipment such as telephones, faxes, mobile phones, PCs, PDAs, palm computers and the like.
However, the following problems also exist in the above-described scheme:
1) the message can only be sent to the one-number, but can not be sent out as the one-number;
2) the routing or forwarding can not be performed according to the current state of the user;
3) the method can not send messages according to the sequence of a plurality of numbers corresponding to the set one-number-through number, can not send messages according to time intervals, and can not send messages to a plurality of numbers simultaneously in a broadcast mode;
4) the multimedia message can not be processed by receiving and sending the one-number call; and
5) it can not support PSTN, NGN, GSM, GPRS, WCDMA, PHS and other networks at the same time.
Therefore, there is a need for a solution based on a one-number-through messaging service that can solve the above-mentioned problems in the related art.
Disclosure of Invention
The present invention is directed to providing a solution for using a message service based on a one number service, which can solve the above-mentioned problems in the related art.
One object of the present invention is to implement the following number replacement implementation: the method can realize that the user uses the one-number to send the message to other non-one-number numbers, the one-number is used as the calling number to be sent to other non-one-number numbers, and the called user can directly reply or dial back after receiving the message; the user can send messages to other one-number-through numbers by using the non-one-number-through number; the one-number-through number can be used for sending a message to the one-number-through number.
One object of the present invention is to achieve a dimension division of the connectivity means: set according to the time period; setting according to week setting working days and rest days; setting the working day and the rest day according to the month; setting according to the user state; according to special conditions, the user actively sets.
One object of the present invention is to achieve a classification of message classes: a short message; a multimedia message; a little smart short message service; email can be sent to an offline system by an Email user, sent to a one-number service platform by the offline system and sent to a mobile phone through an MMSC; fax can be sent to off-line system by Fax user, and sent to one number service platform by off-line system, and sent to mobile phone by MMSC.
One object of the present invention is to realize the following connection method: may be a number; or a plurality of numbers; and the vibration is similar to simultaneous vibration and sequential vibration after repeated connection.
Another object of the invention is to implement number substitution of the following source addresses: selecting and setting the one-number-through number of the user and the original number; the mailbox address may be set to the Email address of the person.
According to an aspect of the present invention, there is provided a one number system for transceiving messages, comprising: the one-number service platform is used for processing the one-number service and storing the connection information set by the one-number user; the mobile data management platform is used for authenticating the one-number-service user; the unified message gateway is used for realizing one-number replacement or message connection with the one-number service platform in an interactive mode; the short message service center is connected to the one-number service platform and used for transferring the short message of the wireless mobile network to a unified message gateway or directly inquiring the one-number service platform, setting the continuing information according to the one-number user and transferring the short message of the wireless mobile network to a target user; and SMSC-PHS connected to the one number service platform for transferring the information of the PHS and the fixed telephone to the unified message gateway or directly inquiring the one number service platform, setting the connection information according to the one number user, and transferring the information of the PHS and the fixed telephone to the target user.
According to another aspect of the present invention, there is also provided a method for implementing messaging for a one-number system, including the following steps if the one-number system is sent to a one-number system: 1) the one-number user submits a message to a short message service center, wherein the source address is a real number, and the destination address is a one-number; 2) the short message service center initiates the inquiry of the continuous routing information to the one-number service platform and authenticates the mobile data management platform; 3) the one-number service platform checks the user state information of the home location register, uses the real number to replace the destination address according to the originally set connection strategy of the destination user, uses the real number of the sending user or the one-number to replace the source address according to the setting, and returns a response to the short message service center; 4) the short message service center replaces the source address of the message, and the destination address is a real number; and 5) the user receives the message, and the source address of the message is the one-number-through number of the sending user.
Through the technical scheme, the invention realizes the following technical effects:
1) the message can be sent out as a one-number;
2) routing or forwarding can be performed according to the current state of a user, such as startup and shutdown;
3) the method can send messages according to the sequence of a plurality of numbers corresponding to the set one-number-through number, send messages according to time intervals and simultaneously send messages to the plurality of numbers in a broadcasting mode;
4) the multimedia message can be sent and received through one-number communication; and
5) the Network can simultaneously support networks such as PSTN (Public Switched Telephone Network), NGN (Next Generation Network), GSM (Global System for Mobile communications), GPRS (General Packet Radio Service), CDMA (Code Division Multiple Access), WCDMA (Wideband CDMA ), PHS (PHS) and the like.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without limiting the invention. In the drawings:
fig. 1 is a schematic diagram illustrating a networking mode of a one-number service according to the related art;
fig. 2 illustrates a system architecture diagram for sending messages to a one-number according to the related art;
FIG. 3 illustrates a one number system for messaging according to an embodiment of the present invention;
fig. 4 shows a flow diagram of a one-number-to-one-number message sending according to one embodiment of the invention;
FIG. 5 shows a message flow diagram according to another embodiment of the invention;
FIG. 6 shows a message flow diagram according to another embodiment of the invention;
FIG. 7 shows a message flow diagram in accordance with another embodiment of the invention; and
fig. 8 shows a message flow diagram according to another embodiment of the invention.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings in conjunction with embodiments.
The invention provides a number one system for receiving and transmitting messages, which comprises: the one-number service platform is used for processing the one-number service and storing the connection information set by the one-number user; the mobile data management platform is used for authenticating the one-number-service user; the unified message gateway is used for realizing one-number replacement or message connection with the one-number service platform in an interactive mode; the short message service center is connected to the one-number service platform and used for transferring the short message of the wireless mobile network to a unified message gateway or directly inquiring the one-number service platform, setting the continuing information according to the one-number user and transferring the short message of the wireless mobile network to a target user; and SMSC-PHS connected to the one number service platform for transferring the information of the PHS and the fixed telephone to the unified message gateway or directly inquiring the one number service platform, setting the connection information according to the one number user, and transferring the information of the PHS and the fixed telephone to the target user.
Optionally, the wireless mobile network comprises at least one of: NGN, GSM, GPRS, CDMA, WCDMA.
Optionally, the method further comprises: and the multimedia message center is connected to the one-number service platform and is used for directly inquiring the one-number service platform, setting the connection information according to the one-number user and transmitting the multimedia message to the target user.
Optionally, the method further comprises: the offline processing system is connected to the one-number service platform and used for supporting the offline service to process the message, wherein the one-number service platform supports the offline processing system to call the one-number service thereof, so that the offline processing system processes the message by the offline service based on the one-number service provided by the offline processing system.
Optionally, the offline service includes at least one of: e-mail service, fax service.
Optionally, the method further comprises: and the home location register is connected to the one-number service platform and is used for managing the user state, wherein the one-number service platform queries the user state according to message triggering so as to update the connection condition of the user.
Optionally, the user status includes power on and power off.
The invention also provides a method for realizing message receiving and sending of the one-number system, if the one-number system is sent to the one-number system from the one-number system, the method comprises the following steps: 1) the one-number user submits a message to a short message service center, wherein the source address is a real number, and the destination address is a one-number; 2) the short message service center initiates the inquiry of the continuous routing information to the one-number service platform and authenticates the mobile data management platform; 3) the one-number service platform checks the user state information of the home location register, uses the real number to replace the destination address according to the originally set connection strategy of the destination user, uses the real number of the sending user or the one-number to replace the source address according to the setting, and returns a response to the short message service center; 4) the short message service center replaces the source address of the message, and the destination address is a real number; and 5) the user receives the message, and the source address of the message is the one-number-through number of the sending user.
Optionally, if the no-one number is sent to the one-number, the method includes the following steps: 1) the non-one-number user submits a message to a short message service center, and the destination address is a one-number; 2) the short message service center initiates the inquiry of the continuous routing information to the one-number service platform and authenticates the mobile data management platform; 3) the short message service center sends a status report to a user, and the destination address is a real mobile terminal number; 4) the one-number service platform sends the message to a unified message gateway according to the user setting; 5) the unified message gateway receives the message, the message type is converted into an email to be sent to a user email mailbox, and a response is returned to the one-number service platform; and 6) the unified message gateway sends the E-mail to an off-line system and forwards the E-mail.
Optionally, if the destination user sets forwarding multiple numbers or multiple ways, the method includes the following steps: 1) the message is sent to a one-number service platform and authenticated to a mobile data management platform; 2) the one number service platform checks the user state information of the home location register, firstly sends a number 1 according to the user state and the original setting, sets a destination address as the number 1, and replies to a short message service center; 3) the short message service center replaces the source address of the message, the destination address is number 1, and the message is sent; 4) if the sending is failed, the short message service center returns failure state information to the one-number service platform; and 5) forwarding the one-number-through to the destination number 2 according to multiple forwarding originally set, and then forwarding to the step 3), and continuing to execute until the final sending is successful or multiple forwarding is finished.
Optionally, a mobile phone start application termination procedure is included, which includes the following steps: 1) the message is sent to a one-number service platform and authenticated to a mobile data management platform; 2) the one-number service platform checks the user state information of the home location register, replaces the source address as the one-number according to the user state and the original setting, and replies to the short message service center; 3) the short message service center replaces the source address of the message to be one number communication and forwards the message to the unified message gateway; and 4) the unified message gateway forwards the message to the service platform.
Optionally, the method includes starting a handset termination procedure by the application, which includes the following steps: 1) the service platform sends a message to the unified message gateway, and the unified message gateway forwards the message to the one-number service platform; 2) the one-number service platform checks the user state information of the home location register, replaces the source address as the real number of the user according to the user state and the original setting, and replies to the unified message gateway; 3) the unified message gateway replaces the destination address of the message as the real number of the user and forwards the message to the short message service center; and 4) the short message service center forwards the message to the user.
Optionally, the method includes the step of the user opening a message one-number service process, which includes the following steps: 1) a user goes to a business hall, makes a service call or logs in a service portal; 2) opening an account by operating the service operation support system, and synchronizing account opening data to the mobile data management platform by the service operation support system; and 3) the mobile data management platform synchronizes the user account opening data to the one-number service platform.
Optionally, a send email process is included, which includes the steps of: the user sends the E-mail to the off-line processing system, and the off-line processing system sends the E-mail to the one number service platform and the one number service platform to the mobile terminal through the multimedia message center.
Optionally, a send fax process is included, which includes the steps of: the user sends fax to the off-line processing system, and the off-line processing system sends fax to the one number service platform, and sends the fax to the mobile terminal through the multimedia message center.
Optionally, the connection mode includes: a) a number; b) a plurality of numbers; c) and (5) continuing for a plurality of times.
Optionally, the dimension division of the continuation mode includes at least one of: a) set according to the time period; b) setting according to week setting working days and rest days; c) setting the working day and the rest day according to the month; d) setting according to the user state; e) according to special conditions, the user actively sets.
Optionally, the number replacement mode of the source address includes at least one of the following: selecting and setting the one-number-through number of the user and the original number; the mailbox address is set to the email address of the person.
Fig. 3 illustrates a one number system 300 for messaging according to an embodiment of the present invention.
According to an embodiment of the present invention, a number one system 300 is provided, which comprises the following modules: SCP 316, MDSP 318, one number Service platform 302, unified Message gateway 304, SMSC (Short Message Service Center) 306, MMSC 310, SMSC-PHS (Short Message Service Center-personal hand-held telephone system) 308, etc. The following is a detailed description of the modules according to fig. 3:
SCP (Service Control Point) 316: when the user sets one number to initiate call, the mobile intelligent network service control point triggers SCP, SCP inquires one number service platform, and replaces one number service platform with calling number, and connects to the destination address.
ONLYSP (One Number Link You Service Platform) 302: the method is used for managing the strategy of one-number service, the sequence of the one-number service for connecting the physical number, the connection mode and the time period, and providing the current connected physical number for other platforms according to the message type.
UMGW (Unified Message GateWay) 304: the method processes the mutual transmission of short messages, multimedia messages, Email, FAX and other messages, the mutual transmission of short messages and PHS messages, and realizes the one-number-service number replacement or message connection with the one-number-service platform.
SMSC (Short Message Service Center) 306: the short message service center, the wireless mobile network user sends the short message service to SMSC, which transfers to the message gateway or directly inquires the one-number service platform, and transfers to the target user according to the connection condition set by the one-number user.
MMSC (Multimedia Message Service Center, Multimedia Message Center) 310: and the multimedia message center sends a multimedia message to the multimedia message center, the multimedia message center directly queries the one-number service platform, and the one-number service platform is connected to the physical terminal of the target user according to the connection condition set by the one-number user.
SMSC-PHS (Personal Handyphone System) 308: the PHS or fixed telephone short message service center sends message to the SMS service center, then inquires the one-number service platform, and connects to the physical terminal of the target user according to the connection condition set by the one-number service user. The message switching system can be combined with an SMSC (short message service center) and can be separated, and message switching is realized by a message unified platform.
MDSP (Mobile Data Service Platform) 318: and the service management platform is used for realizing service management and user management, synchronizing user data to the MDSP by a BOSS (Business and operation Support System), and opening and setting the one-number service of the user.
Portal 320: and in the portal of the MDSP, the user modifies the one-number service data of the query itself.
HLR (Home Location Register) 314: the home register manages the user state (for example, starting up and shutting down), and the one-number service platform queries the user state according to the message trigger and updates the connection condition of the user.
Offline system (UM, Email) 312: for processing messages of receiving and sending Email, Fax, etc.
The following table illustrates the interface specifications for each module.
Interface description of the respective modules:
| component part | Component part | Use of |
| ONLYSP | SCP | SCP triggers intelligent calling to complete voice call: inquiring the continuous number of the one-number-through, if the physical number is set to be used |
| UMGW | The message is sent to UMGW, UMGW inquires ONLYSP, obtains the current connection number to switch | |
| SMSC | And inquiring the connection condition of the source address and the destination address of the message, and effectively replacing. | |
| MMSC | And inquiring the continuing conditions of the source address and the destination address of the multimedia message, and carrying out effective replacement. | |
| SMSC-PHS | For querying source and destination addresses of smart short message serviceAnd continuing the situation, and performing effective replacement. | |
| MDSP | Synchronizing one-number-user data | |
| HLR | Querying user status | |
| Off-line system | Handling the transmission and reception of messages such as UM, Email, Fax, etc | |
| Portal | Modifying one-number data and stored message by inquiry | |
| UMGW | SMSC | MMS processing of A2P from UMGW to SMSC or P2A from SMSC to UMGW |
| MMSC | MMS processing of A2P from UMGW to MMSC or P2A from MMSC to UMGW | |
| SMSC-PHS | MMS processing of A2P from UMGW to PHS or P2A from PHS to UMGW | |
| Portal | Equivalent to SP, to send messages to the user or to receive orders from the user | |
| MDSP | BOSS | Synchronizing user data to MDSP |
| Portal | Managing portal |
The following describes the messaging flow in the number one system shown in fig. 3 with reference to a flowchart.
1) Description of the flow:
the flows of the short message, the MMSC, and the voice call include MOMT (Mobile ordered Mobile Terminated, Mobile started, Mobile Terminated), MOAT (Mobile ordered Application Terminated, Mobile started, Application Terminated), AOMT (Application ordered Mobile Terminated, Mobile started, Application Terminated), which are described below with reference to the flow chart.
A. MOMT of SMS (Short Message Service): the one-number-pass number is sent to the one-number-pass number, and the user sets the one-number-pass number to be used as a source address number.
Fig. 4 shows a flow diagram of a one-number-to-one-number message according to one embodiment of the invention.
As shown in fig. 4, the user sends a short message, and the connection mode is to forward the short message to another number, which includes the following steps:
step S402, the one-number user sends a message to the one-number user, and submits the message to SMSC, the source address is a real number, and the destination address is a one-number;
step S404, SMSC receives the submitted short message service and returns the response to the mobile phone or the PHS mobile phone;
step S406, the short message service center initiates the inquiry of the continuing route information to the one-number service platform;
step S408, the one-number service platform initiates authentication to the MDSP to see whether the user is legal or not, whether the service is opened or not according to the user state;
step S410, the MDSP returns a response, if the response fails, the response of the failure is returned to the SMSC, and the process is ended; otherwise, continuing to return a successful response;
step S412, the one-number service platform checks HLR user status information;
step S414, HLR returns response to mark the state of the target user, according to the original set connection strategy of the target user, uses the real number to replace the target address, according to the set real number or one-number of the sending user to replace the source address, and returns response to SMSC;
step S416, the one-number service platform returns a response SMSC according to the condition of continuing the routing, wherein the number of the source address required to be replaced is the one-number service number or the real number, and the destination address is the real number;
step S418, the short message service center replaces the source address of the message, the destination address is a real number, and the message is stored;
step S420, the short message center inquires a route according to the destination address route;
step S422, SMSC receives the HLR and returns the destination address routing information;
step S424, according to the received route information, sending short message service to the user;
step S426, the user receives the short message service, and the source address of the message is the one-number-through number of the sending user, and is not a real number;
step S428, SMSC successfully receives the user response, and sends the status report message to the one-number service platform;
step S430, the one-number service platform receives the status report message and returns a response to the SMSC; and
step S432, the one-number service platform sends a result state confirmation message to the MDSP and records a call ticket.
B. MOMT of SMS: and the non-one-number is sent to the one-number.
Fig. 5 shows a message flow diagram according to another embodiment of the invention.
(1) The user sends short message, the connection mode is to transmit to another number, then transmit Email, including the following steps:
step S502, the non-one-number-through user sends a message to the one-number-through user, submits the message to SMSC, and the destination address is the one-number-through number;
step S504, SMSC receives the submitted short message service, and returns the response to the mobile phone or the PHS mobile phone;
step S506, the short message service center initiates the inquiry of the continuing route information to the one-number service platform;
step S508, the one number service platform receives the continuous route inquiry message, and sends the authentication message to MDSP;
step S510, MDSP returns response to the one-number service platform according to the state of the user and the ordering condition;
step S512, the one-number service platform receives the response message and sends the response message to the SMSC;
step S514, SMSC knows that the message is successfully sent and the destination address is the real mobile phone number;
step S516, SMSC sends status report to user, the destination address is real mobile phone number;
step S518, the user receives the status report to show that the message is successfully sent;
step S520, the one-number service platform sends the message to the UMGW according to the user setting;
step S522, the UMGW receives the message, the message type is converted into Email and sent to the Email mailbox of the user, and a response is returned to the one-number service platform;
step S524, the UMGW sends Email to the offline system;
step S526, the off-line system forwards Email out and returns a response message to the UMGW;
step S528, the UMGW generates a status report to the one-number service platform according to the received response;
step S530, MDSP generates response and sends the response to UMGW; and
step S532, the one number service platform sends the result status confirmation message to the MDSP, and the MDSP returns a response
Step S534, the one-number service platform issues a notification message to the original message user, which indicates that the message is sent to the destination user.
2) The user sends short message, and the connection mode is to forward multiple numbers at the same time.
When the user sends the short message, if the destination user sets a plurality of numbers or a plurality of modes for forwarding, the plurality of numbers or the plurality of modes can be forwarded by combining according to the above-mentioned fig. 4 and fig. 5.
When the user sends the message, if the destination user sets forwarding multiple numbers or multiple ways, the flow of step S410 of fig. 4 or step S416 of fig. 4 may be initiated after step S424 of fig. 4, step S524 of fig. 5. It substantially comprises the following steps:
1) according to the sending flow, the message is sent to the one-number service platform and authenticated to the MDSP;
2) the one-number service platform checks the HLR user state information, firstly sends a number 1 according to the user state and the original setting, sets a destination address as the number 1, and replies to a short message service center;
3) the short message service center replaces the source address of the message, the destination address is number 1, and the message is sent;
4) if the sending is failed, the short message service center returns failure state information to the one-number service platform;
5) the one-number telephone forwards to a destination number 2 according to multiple times of forwarding originally set, and then the step 3 is carried out; and
6) and finally, successfully sending or finishing multiple times of forwarding.
(3) The user sends short message, and the connection mode is to forward multiple numbers in sequence.
C. MOMT of SMS: and the one-number is sent to the non-one-number.
And the one-number is sent to the one-number user, and the flow chart is combined with the figure 4 and the figure 5 to realize the receiving and sending of the SMS.
D. MOAT procedure of SMS:
fig. 6 shows a message flow diagram according to another embodiment of the invention.
The process of sending a message to an SP (Service Provider) by a one-number Service user is shown in fig. 6, and the description of the related process is not much different from the previous description, which includes the following steps:
1) according to the sending flow, the message is sent to the one-number service platform and authenticated to the MDSP;
2) the one-number service platform checks the state information of the HLR user, replaces the source address to be the one-number service number according to the user state and the original setting, and replies to the short message service center;
3) the short message service center replaces the source address of the message to be one number communication and forwards the message to the UMGW; and
4) the UMGW forwards the message to the SP, and the process ends.
E. AOMT procedure for SMS:
fig. 7 shows a message flow diagram according to another embodiment of the invention.
The process of the SP sending a message to the one-number user is shown in fig. 7, and the description of the related process is not much different from the previous description, which includes the following steps:
1) SP sends message to UMGW, UMGW forwards message to one number service platform;
2) the one-number service platform checks the HLR user state information, replaces the source address as the user real number according to the user state and the original setting, and replies to the UMGW;
3) the UMGW replaces the destination address of the message as a user real number and forwards the message to the SMSC; and
4) SMSC forwards the message to the user, and the process is finished.
The MMSC and the call flow are basically similar to the SMS flow, and the SMSC can be replaced by the MMSC and the SCP to carry out the continuous call processing.
F. The user opens a message one-number service flow:
fig. 8 shows a message flow diagram according to another embodiment of the invention.
Referring to fig. 8, the data of the one-number service is opened and suspended on the BOSS by the user, and is synchronized to the MDSP after being changed, and the MDSP is synchronized to the one-number service platform again. Which comprises the following steps:
1) a user goes to a business hall, makes a service call or logs in a service portal;
2) an account is opened by operating the BOSS, and the BOSS synchronizes account opening data to the MDSP; and
3) and the MDSP synchronizes the account opening data of the user to the one-number service platform to complete the account opening process.
From the above description, it can be seen that the present invention achieves the following technical effects:
1) the message can be sent out as a one-number;
2) routing or forwarding can be performed according to the current state of a user, such as startup and shutdown;
3) the method can send messages according to the sequence of a plurality of numbers corresponding to the set one-number-through number, send messages according to time intervals and simultaneously send messages to the plurality of numbers in a broadcasting mode;
4) the multimedia message can be sent and received through one-number communication; and
5) the Network can simultaneously support networks such as PSTN (Public Switched Telephone Network), NGN (Next Generation Network), GSM (Global System for Mobile communications), GPRS (General Packet Radio Service), CDMA (Code Division Multiple Access), WCDMA (Wideband CDMA ), PHS (PHS) and the like.
It will be apparent to those skilled in the art that the modules or steps of the present invention described above may be implemented by a general purpose computing device, they may be centralized on a single computing device or distributed across a network of multiple computing devices, and they may alternatively be implemented by program code executable by a computing device, such that they may be stored in a storage device and executed by a computing device, or fabricated separately as individual integrated circuit modules, or fabricated as a single integrated circuit module from multiple modules or steps. Thus, the present invention is not limited to any specific combination of hardware and software. It is to be understood that variations in these specific implementations may be apparent to those skilled in the art without departing from the spirit and scope of the invention.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (15)
1. A one number service system for receiving and sending message comprises a one number service platform for storing the connection information set by the one number user; and the short message service center is connected to the one-number service platform and is used for processing the short message service of the wireless mobile network; the one-number-service system is characterized by comprising:
a home location register connected to the one-number service platform for managing subscriber status, wherein,
and the one-number service platform triggers and inquires the user state according to the message so as to update the continuing condition of the user.
2. The one-number-one system according to claim 1, further comprising:
and the short message service center-personal hand-held telephone system is connected to the one-number service platform and is used for transferring the messages of the personal hand-held telephone and the fixed telephone to the one-number service platform and transferring the messages of the personal hand-held telephone and the fixed telephone to a target user according to the connection information set by the one-number user.
3. The one-number-one system according to claim 1, further comprising:
and the multimedia message center is connected to the one-number service platform and used for inquiring the one-number service platform, setting the connection information according to the one-number user and transmitting the multimedia message to the target user.
4. The one-number-one system according to claim 1, further comprising:
the offline processing system is connected to the one-number service platform and used for processing messages by offline services, wherein the offline processing system calls the one-number service thereof to enable the offline processing system to process the messages by the offline services based on the one-number service provided by the offline processing system, and the offline services include at least one of the following services: e-mail service, fax service.
5. A method for transmitting and receiving a message, wherein the message is transmitted and received by using a one-number system, the one-number system comprises a one-number service platform for storing connection information set by a one-number subscriber and a message service center for processing a short message, and further comprises: the home location register is connected to the one-number service platform and is used for managing the user state, wherein the one-number service platform triggers and inquires the user state according to a message so as to update the connection condition of the user; wherein,
the message receiving and sending method comprises the step of sending the one-number from the one-number to the one-number, and comprises the following steps:
1) the one-number user submits a message to the message service center, wherein the source address is a real number, and the destination address is a one-number;
2) the message service center initiates a continuous route information query to the one-number service platform;
3) the one-number service platform inquires the user state information from the home location register, replaces a destination address with a real number according to a connection strategy originally set by a destination user, replaces a source address with the real number or the one-number of a sending user according to setting, and returns a response to the message service center; and
4) and the message service center replaces the source address of the message and returns the source address to the user, wherein the destination address is a real number.
6. The method of messaging according to claim 5, further comprising the step of sending from a non-one-number to a one-number, comprising the steps of:
1) the non-one-number user submits a message to the message service center, and the destination address is a one-number;
2) the message service center initiates a continuous route information query to the one-number service platform;
3) the message service center sends a state report to a user, and the destination address is a real mobile terminal number;
4) the one-number service platform sends a message to the unified message gateway according to user settings;
5) the unified message gateway receives the message, the message type is converted into an email to be sent to a user email mailbox, and a response is returned to the one-number service platform; and
6) and the unified message gateway sends the E-mail to an offline system and forwards the E-mail.
7. The messaging method of claim 5, further comprising the step of the destination user setting up to forward multiple numbers or multiple modes, comprising:
1) sending a message to the one-number service platform;
2) the one-number service platform checks the user state information of the home location register, firstly sends a number 1 according to the user state and the original setting, sets a destination address as the number 1, and replies to a message service center;
3) the message service center replaces the source address of the message, the destination address is number 1, and the message is sent;
4) if the sending is failed, the message service center returns failure state information to the one-number service platform; and
5) and forwarding the one-number-pass to the destination number 2 according to the multiple forwarding originally set, and then forwarding to the step 3), and continuing to execute until the final sending is successful or the multiple forwarding is finished.
8. The messaging method of claim 5, further comprising the step of the handset initiating an application termination procedure comprising the steps of:
1) sending a message to the one-number service platform;
2) the one-number service platform checks the user state information of the home location register, replaces the source address as the one-number service number according to the user state and the original setting, and replies to the message service center;
3) the message service center replaces the source address of the message to be one-number-pass and forwards the message to the unified message gateway; and
4) the unified message gateway forwards the message to the service provider.
9. The messaging method of claim 5, further comprising an application start handset termination procedure comprising the steps of:
1) the service provider sends a message to the unified message gateway, and the unified message gateway forwards the message to the one-number service platform;
2) the one-number service platform checks the user state information of the home location register, replaces the source address as the real number of the user according to the user state and the original setting, and replies to the unified message gateway;
3) the unified message gateway replaces the destination address of the message as the real number of the user and forwards the message to the message service center; and
4) the message service center forwards the message to the user.
10. The messaging method according to any of claims 5 to 9, wherein the number is continued in a messaging session comprising:
a) sending to a number;
b) simultaneously transmitting a plurality of numbers; and
c) and sequentially sending the data to a plurality of users until one of the data is successfully sent, and then not continuing to send, wherein whether the sending is successful or not is known by a status report returned by the peripheral module.
11. The messaging method according to any of claims 5 to 9, wherein the dimensional division of the connectivity pattern of numbers in messaging comprises at least one of:
a) set according to the time period;
b) setting according to week setting working days and rest days;
c) setting according to the month setting work order and the rest day;
d) setting according to the user state; and
e) according to special conditions, the user actively sets.
12. The messaging method according to any of claims 5 to 9, wherein the number substitution of the source address comprises at least one of:
selecting and setting the one-number-through number of the user and the original number; and
the mailbox address is set to the email address of the person.
13. The messaging method according to any of claims 5 to 9, wherein the message service center comprises at least one of:
the short message service center is connected to the one-number service platform and is used for processing the short message service of the wireless mobile network;
the short message service center-personal hand-held telephone system is connected to the one-number service platform and is used for transferring the messages of the personal hand-held telephone and the fixed telephone to the one-number service platform, and transferring the messages of the personal hand-held telephone and the fixed telephone to a target user according to the connection information set by the one-number user;
the multimedia message center is connected to the one-number service platform and used for inquiring the one-number service platform, setting the connection information according to the one-number user and transferring the multimedia message to the target user; and
the offline processing system is connected to the one-number service platform and used for processing messages by offline services, wherein the offline processing system calls the one-number service thereof to enable the offline processing system to process the messages by the offline services based on the one-number service provided by the offline processing system, and the offline services include at least one of the following services: e-mail service, fax service.
14. The messaging method of claim 13, comprising a send email process comprising the steps of: and sending an e-mail to the offline processing system by the user, sending the e-mail to the one-number service platform by the offline processing system, and sending the e-mail to the mobile terminal through the multimedia message center.
15. The messaging method of claim 13, comprising a send fax process comprising the steps of: and the user sends the fax to the offline processing system, the offline processing system sends the fax to the one-number service platform, and the fax is sent to the mobile terminal through the multimedia message center.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610150533 CN1929630A (en) | 2006-10-16 | 2006-10-16 | One-number-business system for transmitting-receiving message and method for realizing same |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 200610150533 CN1929630A (en) | 2006-10-16 | 2006-10-16 | One-number-business system for transmitting-receiving message and method for realizing same |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101448049B (en) * | 2007-11-27 | 2012-05-30 | 中国电信股份有限公司 | Comprehensive communication business system and method thereof |
| CN101296421B (en) * | 2008-06-02 | 2013-05-08 | 中国联合网络通信集团有限公司 | Short message receiving and sending method, system and application gateway for same-number service |
| CN110536279A (en) * | 2018-10-31 | 2019-12-03 | 中兴通讯股份有限公司 | A kind of method, apparatus and user data evolution system of migration of subscriber data |
-
2006
- 2006-10-16 CN CN 200610150533 patent/CN1929630A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101448049B (en) * | 2007-11-27 | 2012-05-30 | 中国电信股份有限公司 | Comprehensive communication business system and method thereof |
| CN101296421B (en) * | 2008-06-02 | 2013-05-08 | 中国联合网络通信集团有限公司 | Short message receiving and sending method, system and application gateway for same-number service |
| CN110536279A (en) * | 2018-10-31 | 2019-12-03 | 中兴通讯股份有限公司 | A kind of method, apparatus and user data evolution system of migration of subscriber data |
| CN110536279B (en) * | 2018-10-31 | 2021-10-08 | 中兴通讯股份有限公司 | User data migration method and device and user data evolution system |
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