CN103067883B - A kind of converged message service processing method, equipment and system - Google Patents

Abstract

The invention discloses a method, device and system for processing a converged message service. The message type constructs the terminal reception message sent to the receiving terminal, and sends the constructed terminal reception message to the receiving terminal through the communication network carrying the terminal reception message of the message type. The present invention ensures that when the receiving terminal roams between different networks, even if it is not registered in the communication network of the message type that bears the message initiated by the terminal, it can still receive the message received by the terminal through the registered communication network that bears the message type that the terminal receives the message .

Description

A converged message service processing method, device and system

technical field

The present invention relates to the communication field, in particular to a fusion message service processing method, device and system.

Background technique

In the existing 2G/3G mobile network, there are many message services, such as: short message service, multimedia message service, instant message (Instant Message, IM) service, etc. These three types of message services are respectively provided by the core It is carried by the circuit domain, packet domain and Internet Protocol Multimedia Subsystem (IPMultimedia Subsystem, IMS) domain of the network. These three types of message services are independent of each other, and different message centers are responsible for processing different types of message services: the short message service is processed by the short message center, and the service is provided based on the circuit domain of the core network; the multimedia message service is processed by the multimedia message center, Services are provided based on the packet domain and circuit domain of the core network; IMS message services are processed by the IMS application server, and services are provided based on the packet domain and IMS of the core network.

The core network of the Long Term Evolution (LTE)/Evolved Packet Core (EPC) architecture only includes the packet domain, which only provides a channel to connect to the IMS domain, and the IMS domain actually handles mobile users Business. Since the core network of the LTE/EPC architecture does not include the circuit domain, it is necessary to solve the problem of providing LTE terminals with the short message service carried by the circuit domain. When there are 2G/3G network and LTE/EPC network at the same time, since the multi-mode dual-standby LTE terminal can reside in both the LTE network and the 2G/3G network at the same time, the short message service of the LTE terminal can pass through the circuit of the 2G/3G core network Domain to transmit, and the business is handled by the short message center. However, when the LTE terminal resides on the LTE network, it cannot register in the 2G/3G network, and cannot send and receive short messages and multimedia messages through the circuit domain of the 2G/3G core network.

The disadvantage of the prior art is: since the above three types of message centers are independent of each other, and the mobile originated (Mobile Originated, MO) message and the terminal received (Mobile Terminated, MT) message are tightly coupled, that is to say, when the MO message is a short message When , the MT message can only be a short message; when the MO message is a multimedia message, the MT message can only be a multimedia message. Therefore, when a terminal roams between different networks, it can only send and receive messages through its registered network, but cannot send and receive messages through its unregistered network. If the terminal is not registered in the network carrying MO messages, it cannot receive MT message, which will cause the terminal to fail to receive messages normally.

Contents of the invention

Embodiments of the present invention provide a method, device, and system for processing converged message services, which are used to solve the problem in the prior art that the terminal cannot normally receive messages when roaming in different networks due to the tight coupling between MO messages and MT messages. question.

An embodiment of the present invention provides a converged message service processing method, including:

When receiving the MO message sent by the sending terminal, determine the message type of the MT message sent to the receiving terminal;

Determine the sequence of message types that can be selected for the MT message sent to the receiving terminal;

According to the determined sequence of the available message types, the available message types are obtained sequentially, and the following steps are performed for the obtained available message types:

Judging whether the receiving terminal can receive the acquired MT message of an optional message type;

If it can be received, construct an MT message sent to the receiving terminal according to the obtained optional message type, and send the constructed MT message to the receiving terminal through the communication network carrying the obtained optional message type of the MT message;

If it cannot be received, it is judged whether the obtained optional message type is the last message type in the order of the available message types; if not, continue to obtain the next optional message type; if so, within the set time period After the expiration, re-execute the process of constructing and sending the MT message.

An embodiment of the present invention provides a converged message service processing device, including:

A message receiving unit, configured to receive the MO message sent by the sending terminal;

The core processing unit is used to determine the message type of the MT message sent to the receiving terminal when the message receiving unit receives the MO message, and determine the sequence of message types that can be selected for the MT message sent to the receiving terminal;

The message sending unit is configured to, when the core processing unit determines the sequence of the optional message types of the MT message sent to the receiving terminal, sequentially obtain the optional message types according to the determined sequence of the optional message types Message type; for the obtained optional message type, judge whether the receiving terminal can receive the MT message of the obtained optional message type; if it can receive, construct the MT message sent to the receiving terminal according to the obtained optional message type, and pass The communication network carrying the obtained MT message of the optional message type sends the constructed MT message to the receiving terminal; if it cannot be received, it is judged whether the obtained optional message type is the last message type in the order of the optional message types ; If not, continue to obtain the next available message type; if yes, re-execute the process of constructing and sending the MT message after the set time period expires.

An embodiment of the present invention provides a converged message service processing system, including: a sending terminal, a receiving terminal and a message service processing device, the message service processing device receives the MO message sent by the sending terminal, and sends the MT message to the receiving terminal; wherein The message service processing device includes a converged message service processing device.

The beneficial effects of the present invention are as follows:

Embodiments of the present invention provide a method, device, and system for processing a converged message service. When a converged message service processing device receives an MO message sent by a sending terminal, it determines the message type of the MT message sent to the receiving terminal; according to the determined The message type of the MT message constructs the MT message sent to the receiving terminal, and sends the constructed MT message to the receiving terminal through the communication network carrying the MT message of the message type. This solution is to determine the message type of the MT message sent to the receiving terminal according to the configured message type sending rule, and the message type of the MT message can be selected, and it is no longer necessary to match the message type of the MT message in the prior art. The message type of the message is consistent, that is to say, the message type of the MT message no longer depends on the message type of the MO message, which ensures that when the receiving terminal roams between different networks, even if it is not registered in the communication network carrying the MO message, By converting the MO message into an MT message that can be carried by the communication network that the receiving terminal is registered with, the problem in the prior art that the receiving terminal cannot receive the MT message because it is not registered in the communication network carrying the MO message can be avoided.

Description of drawings

FIG. 1 is a flowchart of a method for processing a converged message service in an embodiment of the present invention;

Fig. 2 is an optional flow chart of constructing and sending an MT message in an embodiment of the present invention;

Fig. 3 is another optional flow chart of constructing and sending MT messages in the embodiment of the present invention;

Fig. 4 is the flowchart of constructing and sending MT message in the embodiment of the present invention;

FIG. 5 is a schematic structural diagram of a converged message service processing device in an embodiment of the present invention;

FIG. 6 is a schematic structural diagram of a converged message service processing system in an embodiment of the present invention;

FIG. 7 is a schematic structural diagram of a preferred converged message service processing system in an embodiment of the present invention;

FIG. 8 is a schematic structural diagram of another preferred converged message service processing system in an embodiment of the present invention;

FIG. 9 is a flow chart of a method for processing a converged message service in preferred implementation 1 of the embodiment of the present invention;

FIG. 10 is a flow chart of a method for processing a converged message service preferably implemented in the second embodiment of the present invention;

Fig. 11 is a flow chart of a method for processing a converged message service preferably implemented in the third embodiment of the present invention.

Detailed ways

Aiming at the problem in the prior art that the terminal cannot normally receive messages when roaming in different networks due to the tight coupling between MO messages and MT messages, the embodiment of the present invention provides a method for processing converged message services. The method of the present invention The process flow is shown in Figure 1, and the execution steps are as follows:

S10: When receiving the MO message sent by the sending terminal, determine the message type of the MT message sent to the receiving terminal.

The received MO message sent by the sending terminal may be a short message, a multimedia message, an IMS message, etc., and these three types of messages are carried and transmitted through the circuit domain, packet domain and IMS domain of the core network respectively. Among them, the multimedia message is carried by the packet domain and the circuit domain of the core network. The sending process of the multimedia message is to first notify the receiving terminal through the short message of the circuit domain of the core network, and then the receiving terminal obtains the multimedia message through the packet domain of the core network. The IMS message is carried by the packet domain of the core network and the IMS.

Specifically, the receiving of the MO message sent by the sending terminal may specifically include: receiving the MO message sent by the sending terminal within the jurisdiction or receiving the MO message sent by the sending terminal not within the jurisdiction through the belonging message service processing device; The processing device may be one of a converged message service processing device, a short message center, a multimedia message center, and an IMS application server.

The received MO message sent by the sending terminal may be the MO message sent by the sending terminal within the jurisdiction, or it may be the MO message sent by the sending terminal not within the jurisdiction through the message service processing device it belongs to. For example, the message service processing equipment in Beijing can directly receive the MO message sent from the sending terminal in Beijing to the receiving terminal in Beijing; and when the sending terminal in Shanghai sends an MO message to the receiving terminal in Beijing, the MO message is first sent to the message in Shanghai. The message service processing device in Shanghai sends the message service processing device to the message service processing device in Beijing, and then the message service processing device in Beijing sends the MT message to the receiving terminal.

In the prior art, if the sending terminal of the short message and the message service processing device to which the receiving terminal belong are different, for example, when the sending terminal in Beijing sends a short message to the receiving terminal in Shanghai, the short message sent is received by the short message center in Beijing. After the terminal sends the MO message, it directly sends the MT short message to the receiving terminal in Shanghai. In this embodiment, instead of sending the MT message directly to the receiving terminal in Shanghai, the MO message is sent to the message service processing device in Shanghai, and then the message service processing device in Shanghai performs subsequent sending according to the state of the receiving terminal MT message flow; when the message type is a short message, the message service processing device is a short message center or a converged message service processing device. That is to say, in this embodiment, the message service processing device can receive the MO message sent by the sending terminal within the jurisdiction, and can also receive the MO message sent by the sending terminal not under the jurisdiction through the message service processing device to which it belongs. Wherein, the converged message service processing device can receive and process messages of all types of messages, such as short messages, multimedia messages, IMS messages and so on.

S20: Construct an MT message to be sent to the receiving terminal according to the determined message type of the MT message, and send the constructed MT message to the receiving terminal through the communication network carrying the MT message of the message type.

Specifically, the above-mentioned message type of the MT message sent to the receiving terminal is determined according to the configured message type sending rule, including the following three situations:

The first method: according to the message type of the MO message and the configured corresponding relationship between the MO message and the MT message, the message type of the MT message sent to the receiving terminal is determined.

The configured correspondence between the MO message and the MT message may be that the message type of the MO message is consistent with the message type of the MT message, or that the message type of the MO message is inconsistent with the message type of the MT message. For example, when the MO message is a short message, the MT message may be a short message or other types of messages, and the corresponding relationship between the MO message and the MT message may be configured according to the actual application environment.

The second type: the message type of the MT message sent to the receiving terminal is determined according to the message type receiving rule set by the receiving terminal.

The receiving terminal can set message type receiving rules in the message service processing device. In this embodiment, the message types that can be received are set in the converged message service processing device. Several types of message receiving rules that can be set by the receiving terminal are listed below. The order of the message types of the MT message received by the receiving terminal is: (1) preferred IMS message, secondly selected short message, and secondly selected multimedia message; (2) preferred short message, secondly selected IMS message, and secondly selected multimedia message; (3) Simultaneously receive MT messages of two or three message types in short messages, IMS messages and multimedia messages; (4) the order of preferred IMS messages, secondary multimedia messages, and post-selected short messages; (5) preferred short messages, (6) the order of the first multimedia message, the second IMS message, and the last short message; (7) the first multimedia message, the second short message, and the second IMS message.

In this embodiment, only seven message type receiving rules that can be set by the receiving terminal are listed, and there are many other situations that will not be listed here. The receiving terminal can be pre-set according to its own network conditions or its own characteristics, so that it can receive MT messages normally.

The third method: the message type of the MT message sent to the receiving terminal is determined according to the communication network where the receiving terminal is located.

The message type of the MT message sent to the receiving terminal is determined according to the current communication network where the receiving terminal is located, which can ensure that the receiving terminal can receive the sent MT message. For example, when the receiving terminal is registered in the IMS domain, no matter what type of message the MO message sent by the sending terminal is, the message type of the MT message received by the receiving terminal is an IMS message. That is to say, the message type of the MT message received by the receiving terminal no longer depends on the message type of the MO message, but depends on the communication network where the receiving terminal is located, so as to ensure that the receiving terminal can receive the MT message.

According to the message type sending rule configured above, the order of message types that can be selected for the MT message sent to the receiving terminal or at least one message type used by the MT message sent to the receiving terminal can be determined.

Specifically, when the sequence of message types that can be selected for the MT message sent to the receiving terminal is determined, an optional flow of constructing the MT message to be sent to the receiving terminal and sending the constructed MT message in S20 is shown in FIG. 2 , Specifically, the following steps may be included:

S201: Obtain the first available message type according to the sequence of the determined available message types.

S202: Determine whether the receiving terminal can receive the acquired MT message of an optional message type; if it can receive it, perform S203; if it cannot receive it, perform S205.

S203: Construct an MT message to be sent to the receiving terminal according to the obtained optional message type, and send the constructed MT message to the receiving terminal through the communication network carrying the obtained optional message type of the MT message.

S204: Determine whether the MT message is sent successfully; if the sending is successful, execute S208; if the sending fails, execute S205.

The above step of judging the sending result can be regarded as a preferred step, and S205 can also be directly executed after S203 is executed.

S205: Judging whether the obtained available message type is the last message type in the sequence of available message types; if not, execute S206; if yes, execute S207.

S206: Obtain the next available message type, and execute S202. Therefore, it is possible to obtain the available message types sequentially according to the determined arrangement order of the available message types, and execute the processing procedures of S202-S205 for the obtained available message types.

S207: Monitor whether the set time period expires, and execute S201 after the expiration.

S208: the process ends.

When the receiving terminal cannot receive the acquired optional message type, and when the acquired optional message type is the last message type in the sequence of available optional message types, the above-mentioned entire process is re-executed. Setting the time period and re-executing the construction and sending after the expiration is considered. When the terminal cannot receive due to some reasons, the receiving terminal can successfully receive the construction message by re-executing the above process. For example: when the receiving terminal cannot receive normally because it is turned off, it will successfully receive the constructed message after the process is re-executed after it is turned on.

In the following embodiments, setting the time period and re-executing the construction and sending after the expiration has the same effect, and details will not be repeated here.

Specifically, when the order of the message types that can be selected for the MT message sent to the receiving terminal is determined, another optional process for constructing the MT message sent to the receiving terminal and sending the constructed MT message in S20 is shown in Figure 3 , specifically the following steps:

S211: Obtain the first available message type according to the sequence of the determined available message types.

S212: Determine whether the receiving terminal can receive the acquired MT message of an optional message type; if it can receive it, execute S213; if it cannot receive it, execute S215.

S213: Construct an MT message to be sent to the receiving terminal according to the obtained optional message type, and send the constructed MT message to the receiving terminal through the communication network carrying the obtained optional message type of the MT message.

S214: Determine whether the MT message is sent successfully, if the sending is successful, execute S220; if the sending fails, execute S218.

The above step of judging the sending result can be regarded as a preferred step, and S215 can also be directly executed after S213 is executed.

S215: Determine whether the acquired optional message type is the last message type in the sequence of available message types; if not, execute S216; if yes, execute S217.

S216: Obtain the next available message type, and execute S212.

Therefore, it is possible to obtain the available message types sequentially according to the determined arrangement order of the available message types, and execute the processing procedures of S212-S215 for the obtained available message types.

S217: Monitor whether the set time period expires, and execute S211 after expiration.

S218: Monitor whether the set time period expires, and execute S219 after expiration.

S219: Resend the MT message.

S220: the process ends.

When the receiving terminal cannot receive the acquired optional message type, and when the acquired optional message type is the last message type in the sequence of available optional message types, the above-mentioned entire process is re-executed.

The difference between S211-220 and S201-208 is that after S202 judges that the receiving terminal cannot receive the obtained MT message of the optional message type and after S203 fails to send the constructed MT message to the receiving terminal, it will judge the obtained optional message Whether the type is the last message type in the order of the available message types, if not, obtain the next message type in the order of the available message types before making a judgment. After S212 judges that the receiving terminal cannot receive the MT message of the optional message type obtained, it will judge whether the obtained optional message type is the last message type in the order of the optional message types, and S214 sends a message to the receiving terminal After failing to send the constructed MT message, S211 will be executed after the set time period expires to start a new process.

Specifically, when at least one message type used in the MT message sent to the receiving terminal is determined, the process of constructing the MT message sent to the receiving terminal and sending the constructed MT message in S20, as shown in Figure 4, specifically includes the following steps :

S221: the process starts.

S222: Determine respectively whether the receiving terminal can receive the MT message of the determined message type, if it can receive it, execute S223; if it cannot receive it, execute S225.

S223: Construct an MT message to be sent to the receiving terminal according to the message type of the MT message that the receiving terminal can receive, and send the constructed MT message to the receiving terminal through the communication network carrying the MT message of the determined message type;

S224: Determine whether the MT message is sent successfully, if the sending fails, execute S225; if the sending is successful, execute S226.

The above step of judging the sending result can be regarded as a preferred step, and S225 can also be directly executed after S223 is executed.

S225: Monitor whether the set time period expires, and execute S221 after expiration.

S226: the process ends.

When the receiving terminal cannot receive the obtained optional message types, the above-mentioned entire process is re-executed.

Based on the same inventive concept, an embodiment of the present invention also provides a converged message service processing device, the structure of which is shown in Figure 5, including:

The message receiving unit 10 is configured to receive the MO message sent by the sending terminal.

The core processing unit 20 is configured to determine the message type of the MT message sent to the receiving terminal according to the configured message type sending rule when the message receiving unit 10 receives the MO message.

The message sending unit 30 is configured to construct an MT message to be sent to the receiving terminal according to the determined message type of the MT message, and send the constructed MT message to the receiving terminal through the communication network carrying the MT message of the message type.

It is also possible that the core processing unit determines the message type of the MT message sent to the receiving terminal and constructs the MT message, and then the message sending unit sends the constructed MT message.

When the above-mentioned message receiving unit 10 receives so many MO messages that the core processing unit 20 cannot process them in time, the message receiving unit 10 can be used to store the received MO messages until the core processing unit 20 can process them.

Specifically, the above-mentioned core processing unit 20 is specifically configured to: determine the message type of the MT message sent to the receiving terminal according to the message type of the MO message and the corresponding relationship between the configured MO message and the MT message; The message type receiving rule determines the message type of the MT message sent to the receiving terminal; or determines the message type of the MT message sent to the receiving terminal according to the communication network where the receiving terminal is located.

Specifically, the above-mentioned core processing unit 20 is further configured to: after determining the message type of the MT message sent to the receiving terminal, determine the sequence order of the message types that can be selected for the MT message sent to the receiving terminal.

The message sending unit 30 includes a message type acquisition subunit 301 and a message sending subunit 302, wherein:

The above-mentioned message type acquisition subunit 301 is configured to, when the core processing unit 20 determines the arrangement order of the optional message types for the MT message sent to the receiving terminal, according to the determined arrangement order of the optional message types, Obtain the available message types in turn;

The above-mentioned message sending subunit 302 is used to determine whether the receiving terminal can receive the MT message of the optional message type obtained according to the optional message type obtained by the message type obtaining subunit 301; if it can receive, according to the obtained optional message type The message type constructs the MT message sent to the receiving terminal, and sends the constructed MT message to the receiving terminal through the communication network carrying the obtained MT message of the optional message type; if it cannot be received, it is judged whether the obtained optional message type is optional If not, continue to obtain the next available message type; if yes, re-execute the process of constructing and sending the MT message after the set time period expires.

Preferably, the above-mentioned message sending unit 30 further includes: a sending result judging subunit 303, which is used for judging after the message sending subunit 302 sends the constructed MT message to the receiving terminal through the communication network carrying the MT message of the message type. Send the constructed MT message to the receiving terminal whether it is successful; if the sending fails, resend it after the set time period expires; or, judge whether sending the constructed MT message to the receiving terminal is successful; if the sending fails, judge the obtained optional Whether the message type is the last message type in the order of available message types; if not, continue to obtain the next available message type; if so, re-execute building and sending all Describe the process of MT message.

Specifically, the core processing unit 20 is further configured to determine at least one message type used in the MT message sent to the receiving terminal after determining the message type of the MT message sent to the receiving terminal.

The above-mentioned message sending unit 30 is specifically used for: when the core processing unit 20 determines at least one message type used by the MT message sent to the receiving terminal, respectively judge whether the receiving terminal can receive the MT message of the determined message type; for the receiving terminal The message type of the MT message that can be received, the MT message sent to the receiving terminal is constructed according to the message type of the MT message that the receiving terminal can receive, and the constructed MT message is sent to the receiving terminal through the communication network carrying the MT message of the determined message type .

Preferably, the message sending unit 30 further includes: a sending result judging subunit 303, configured to, after the message sending subunit 302 sends the constructed MT message to the receiving terminal through the communication network carrying the MT message of the message type, It is judged whether sending the constructed MT message to the receiving terminal is successful; if the sending fails, the constructed MT message is resent after the set time period expires.

Specifically, the above-mentioned message receiving unit 10 is specifically configured to: receive the MO message sent by the sending terminal within the jurisdiction or receive the MO message sent by the sending terminal not within the jurisdiction through the message service processing device; wherein, the message service processing The device is one of a converged message service processing device, a short message center, a multimedia message center, and an IMS application server.

The integrated message service processing device in this embodiment can centrally process various types of message services, and the method of processing message services is more flexible, especially the message type for receiving MT messages is no longer unique, but optional; The transmission mode of the MT message is loosely coupled, and the message type of the MT message can be determined according to the configured message type sending rules, and the MT message type of the message type can be constructed, which ensures that the receiving terminal can receive the MT message.

Based on the same inventive concept, an embodiment of the present invention also provides a converged message service processing system, including: a sending terminal, a message service processing device, and a receiving terminal. The message service processing device receives the MO message sent by the sending terminal, and sends the MT message to the receiving terminal. information. When the message service processing device is a converged message service processing device, the structure of the converged message service processing system is shown in FIG. 6 , including: a sending terminal 1, a converged message service processing device 2 and a receiving terminal 3 as shown in FIG. 5 .

Preferably, the structure of a converged message service processing system is shown in Figure 7, including: a sending terminal 1, a converged message service processing device 2, a receiving terminal 3, a circuit domain 4 of the core network, a packet domain 5 of the core network, IMS domain 6 of the core network. Wherein the message receiving unit 10 of the fusion message service processing device 2 may include a short message receiving subunit 11, a multimedia message receiving subunit 12, an IMS message receiving subunit 13, and the message sending unit 30 may include a short message sending subunit 31, a multimedia message receiving subunit 13 Sending subunit 32, IMS message sending subunit 33, short message receiving subunit 11, short message sending subunit 31 are connected with the circuit domain 4 of core network, used for realizing the receiving and sending of short message; Multimedia message receiving subunit 12 1. The multimedia message sending subunit 32 is connected with the packet domain 5 of the core network for receiving and sending the multimedia message; the IMS message receiving subunit 13 and the IMS message sending subunit 33 are connected with the IMS domain 6 of the core network for Implement IMS message receiving and sending.

The message type of the MT message can be determined by the core processing unit 20, and then the subunit contained in the message sending unit corresponding to the message type is used to construct the MT message and send the constructed MT message to the receiving terminal, wherein the short message consists of a short message The sending subunit constructs and sends, the multimedia message is constructed and sent by the multimedia message sending subunit, and the IMS message is constructed and sent by the IMS message subunit. It is also possible to determine the message type of the MT message by the core processing unit 20, and construct the MT message of the message type, and then send the message constructed by the core processing unit to the receiving terminal by the subunit contained in the message sending unit corresponding to the message type. MT news. Wherein, the short message is sent by the short message sending subunit, the multimedia message is sent by the multimedia sending subunit, and the IMS message is sent by the IMS message sending subunit.

When the receiving terminal is located in the CS domain, the receiving terminal can notify the home register of the CS domain of its current location through the server of the CS domain, and the home register of the CS domain records the location information of the receiving terminal, which is convenient for subsequent sending of MT messages to the receiving terminal. At this time, the location of the receiving terminal can be accurately found.

When the receiving terminal is located in the IMS domain or accesses the IMS domain through the LTE/EPC network, the receiving terminal is directly registered with the converged message processing device through the IMS domain. When the converged message processing device needs to send an IMS message to the terminal, it directly Just look up the registration information of the receiving terminal.

Preferably, when the receiving terminal and the sending terminal belong to different message service processing devices, the structure of the converged message service processing system is shown in Figure 8, and the message service processing device in the above-mentioned converged message service processing system is a short message center 81 , one of the multimedia message center 82 and the IMS application server 83 .

The above-mentioned converged message service processing device 85 is specifically used to receive the MO message sent by the sending terminal 86 within the jurisdiction, or receive the MO message sent by the sending terminal 87, 91, 93, 95 not within the jurisdiction through the home short message center 81, multimedia message The MO message sent by the center 82, the IMS application server 83 or the integrated message service processing device 84; and the MT message sent to the receiving terminal 88 within the jurisdiction, or through the receiving terminal 89, 90, 92, 94 belonging to the non-jurisdictional The short message center 81, multimedia message center 82, IMS application server 83 or converged message service processing device 84 sends MT messages to receiving terminals 89, 90, 92, 94 outside the jurisdiction.

When the message service processing device to which the sending terminal belongs is different from that of the receiving terminal, for example, the message service processing device to which the sending terminal belongs is a converged message service processing device, and the converged message service processing device to which the sending terminal belongs can receive the MO message sent by the sending terminal, And send the MO message to the short message center, multimedia message center, IMS application server or converged message service processing equipment that the receiving terminal belongs to, and then the short message center, multimedia message center, IMS application server or converged message service that the receiving terminal belongs to The processing device sends the MT message to the receiving terminal. Of course, the short message center, multimedia message center, IMS application server, or converged message service processing device to which the sending terminal belongs may receive the MO message sent by the sending terminal, and send the MO message to the converged message service processing device to which the receiving terminal belongs, Then, the converged message service processing device to which the receiving terminal belongs sends the MT message to the receiving terminal.

Since the interaction between the multimedia message center to which the sending terminal belongs and the multimedia message center to which the receiving terminal belongs, and between the IMS message center to which the sending terminal belongs and the IMS application server to which the receiving terminal belongs are existing technologies, and the short message center to which the sending terminal belongs It cannot interact with the multimedia message center or IMS application server to which the receiving terminal belongs, and there are several other situations that cannot be interacted with here. Therefore, only the converged message service processing device to which the sending terminal belongs and the receiving terminal are described here. The interaction between the short message center, multimedia message center, IMS application server or converged message service processing equipment that belongs to it, and the short message center, multimedia message center, IMS application server or converged message service processing equipment that the sending terminal belongs to and the belonging of the receiving terminal The converged message service processes the interaction between devices.

In the following, three specific embodiments are used to describe in detail the integrated message service processing process:

Embodiment one

When the order of the message types that can be selected for the MT message sent to the receiving terminal is determined, as shown in Figure 9, the specific steps of the integrated message service processing method are as follows:

S2301: Receive the MO message sent by the sending terminal.

The received MO message can be sent by the sending terminal within the jurisdiction, or it can be sent by the sending terminal not within the jurisdiction through its own message service processing device. Here, the received MO message is regarded as the sending within the jurisdiction The terminal sent as an example for description.

S2302: After determining the arrangement order of the message types that can be selected for the MT message sent to the receiving terminal, obtain the first message type that can be selected.

In the following, the arrangement order of the available message types is described as the preferred IMS message, the second selected short message, and the second selected multimedia message.

S2303: Determine whether the receiving terminal can receive the IMS message, if it can receive the IMS message, execute S2304; if not, execute S2306.

The reason why the receiving terminal cannot receive the IMS message may be that the receiving terminal is not registered in the IMS domain or the like.

S2304: Construct an IMS message to be sent to the receiving terminal, and send the constructed IMS message to the receiving terminal through the IMS domain of the core network.

S2305: Determine whether the IMS message is sent successfully, and execute S2316; if the sending fails, execute S2306.

The data packet of each type of message includes characteristic information representing the type of message, for example, the characteristic information of the message type may be recorded at the header or tail of the data packet. When the message type of the MO message is inconsistent with the message type of the MT message, the MT message of a new message type can be constructed only by modifying the message type characteristic information recorded in the packet header or packet tail.

S2306: Determine whether the IMS message is the last message type in the sequence of available message types; if not, execute S2307; if yes, execute S2315.

S2307: Obtain the short message type in the sequence of available message types, and judge whether the receiving terminal can receive the short message. If the receiving terminal can receive the short message, execute S2308; if not, execute S2310.

S2308: Construct a short message to be sent to the receiving terminal, and send the constructed short message to the receiving terminal through the circuit domain of the core network.

S2309: Determine whether the short message is sent successfully, if the sending is successful, execute S2316; if the sending fails, execute S2310.

S2310: Determine whether the short message is the last message type in the sequence of available message types; if yes, execute S2315; if not, execute S2311.

S2311: Obtain the multimedia message type in the arrangement order of the available message types, and judge whether the receiving terminal can receive the multimedia message, if it can receive the multimedia message, execute S2312; if not, execute S2314.

S2312: Construct and send a multimedia message.

S2313: Determine whether the multimedia message is sent successfully, if the sending is successful, execute S2316; if the sending fails, execute S2315.

S2314: Determine whether the multimedia message is the last message type in the sequence of available message types; if not, execute S2317; if yes, execute S2315.

S2315: Monitor whether the set time period expires, and execute S2302 after expiration.

S2316: The process ends.

S2317: Find the next message type.

Embodiment two

When the sequence of message types that can be selected for the MT message sent to the receiving terminal is determined, as shown in Figure 10, the specific steps of the method for processing the converged message service can be as follows:

S2401: Receive an MO message sent by a sending terminal not within the jurisdiction through its message service processing device.

The received MO message can be sent by the sending terminal within the jurisdiction, or it can be sent by the sending terminal not within the jurisdiction through its own message service processing device. Here, the received MO message is regarded as the non-jurisdictional The sending terminal sends through its belonging message service processing device as an example for description.

S2402: After determining the arrangement order of the message types that can be selected for the MT message sent to the receiving terminal, acquire the first message type that can be selected.

In the following, the arrangement order of the available message types is described as short message first, IMS message second, and multimedia message second.

S2403: Determine whether the receiving terminal can receive the short message, if it can receive the short message, execute S2404; if not, execute S2406.

S2404: Construct a short message, and send the short message through the circuit domain of the core network.

S2405: Determine whether the short message is sent successfully, if the sending is successful, execute S2418; if the sending fails, execute S2416.

S2406: Determine whether the short message is the last message type in the sequence of available message types; if yes, execute S2415; if not, execute S2407.

S2407: Obtain the type of the IMS message, and judge whether the receiving terminal can receive the IMS message, if it can receive the IMS message, execute S2408; if it cannot receive it, execute S2410.

S2408: Construct an IMS message, and send the IMS message through the IMS domain of the core network.

S2409: Determine whether the IMS message is sent successfully, if the sending is successful, execute S2418; if the sending fails, execute S2416.

S2410: Determine whether the IMS message is the last message type in the sequence of available message types; if yes, execute S2415; if not, execute S2411.

S2411: Obtain the type of the multimedia message, and judge whether the receiving terminal can receive the multimedia message, if it can receive the multimedia message, execute S2412; if it cannot receive it, execute S2414.

S2412: Construct and send a multimedia message.

S2413: Determine whether the multimedia message is sent successfully, if the sending is successful, execute S2418; if the sending fails, execute S2416.

S2414: Determine whether the multimedia message is the last message type in the sequence of available message types; if yes, execute S2415; if not, execute S2419.

S2415: Monitor whether the set time period expires, and execute S2402 after expiration.

S2416: Monitor whether the set time period expires, and execute S2417 after the expiration.

S2417: Resend the MT message.

S2418: The process ends.

S2419: Find the next message type.

Embodiment three

When at least one message type used when determining the MT message sent to the receiving terminal, the message type of the MO message is consistent with the message type of the MT message and the MT message of three message types is sent to the receiving terminal at the same time as an example. Note, as shown in Figure 11, the specific steps of the integrated message service processing method can be as follows:

S2501: Receive the MO message sent by the sending terminal.

S2502: Determine at least one message type of the MT message sent to the receiving terminal.

In this embodiment, an MT message of three message types, namely an IMS message, a short message and a multimedia message, which are simultaneously sent to a receiving terminal is taken as an example for illustration.

S2503: Determine whether the receiving terminal can receive IMS messages, short messages, and multimedia messages. If it can receive IMS messages, perform S2504; if it can receive short messages, perform S2506; if it can receive multimedia messages, perform S2508.

S2504: Construct an IMS message, and send the constructed IMS message through the IMS domain of the core network.

S2505: Determine whether the IMS message is sent successfully, if the sending is successful, execute S2511; if the sending fails, execute S2510.

S2506: Construct a short message, and send the short message through the circuit domain of the core network.

S2507: Determine whether the short message is sent successfully, if the sending is successful, execute S2511; if the sending fails, execute S2510.

S2508: Construct and send a multimedia message.

S2509: Determine whether the multimedia message is sent successfully, if the sending is successful, execute S2511; if the sending fails, execute S2510.

S2510: Monitor whether the set time period expires, and execute S2502 after expiration.

S2511: the process ends.

In the technical solution provided by the embodiment of the present invention, the message type of the MT message sent to the receiving terminal is determined according to the configured message type sending rule, and it is no longer necessary to determine the message type of the MT message according to the message type of the MO message as in the prior art. The message type, that is to say, the message type of the MT message no longer depends on the message type of the MO message, which ensures that when the receiving terminal roams between different networks, even if it is not registered in the communication network carrying the message type of the MO message, The MT message can also be received, which avoids the problem in the prior art that the receiving terminal cannot receive the MT message because it is not registered in the communication network carrying the message type of the MO message.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalent technologies, the present invention also intends to include these modifications and variations.

Claims (10)

1. A fusion message service processing method, characterized in that, comprising: When receiving the terminal-initiated MO message sent by the sending terminal, determine the message type of the terminal receiving the MT message sent to the receiving terminal; Determine the sequence of message types that can be selected for the MT message sent to the receiving terminal; According to the determined sequence of the available message types, the available message types are obtained sequentially, and the following steps are performed for the obtained available message types: Judging whether the receiving terminal can receive the acquired MT message of an optional message type; If it can be received, construct an MT message sent to the receiving terminal according to the obtained optional message type, and send the constructed MT message to the receiving terminal through the communication network carrying the obtained optional message type of the MT message; If it cannot be received, it is judged whether the obtained optional message type is the last message type in the order of the available message types; if not, continue to obtain the next optional message type; if so, within the set time period After the expiration, re-execute the process of constructing and sending the MT message. 2. The method according to claim 1, wherein the determination of the message type of the MT message sent to the receiving terminal includes: Determine the message type of the MT message sent to the receiving terminal according to the message type of the MO message and the corresponding relationship between the configured MO message and the MT message; Or, determine the message type of the MT message sent to the receiving terminal according to the message type receiving rule set by the receiving terminal; Alternatively, the message type of the MT message sent to the receiving terminal is determined according to the communication network where the receiving terminal is located. 3. The method according to claim 1, wherein, after sending the MT message constructed to the receiving terminal through the communication network carrying the MT message of the message type, further comprising: Judging whether sending the constructed MT message to the receiving terminal is successful; if the sending fails, resend after the set time period expires; Alternatively, it is judged whether sending the constructed MT message to the receiving terminal is successful; if the sending fails, it is judged whether the obtained optional message type is the last message type in the order of the available message types; if not, continue to obtain the next one Optional message types; if yes, re-execute the process of constructing and sending the MT message after the set time period expires. 4. The method according to any one of claims 1 to 3, wherein receiving the MO message sent by the sending terminal includes: Receive the MO message sent by the sending terminal within the jurisdiction, or receive the MO message sent by the sending terminal not within the jurisdiction through the message service processing device to which it belongs; wherein, the message service processing device is a short message center, a multimedia message center, One of the Internet Protocol Multimedia Subsystem IMS application servers. 5. A converged message service processing device, characterized in that it comprises: A message receiving unit, configured to receive the MO message sent by the sending terminal; The core processing unit is used to determine the message type of the MT message sent to the receiving terminal when the message receiving unit receives the MO message, and determine the sequence of message types that can be selected for the MT message sent to the receiving terminal; The message sending unit is configured to, when the core processing unit determines the sequence of the optional message types of the MT message sent to the receiving terminal, sequentially obtain the optional message types according to the determined sequence of the optional message types Message type; for the obtained optional message type, judge whether the receiving terminal can receive the MT message of the obtained optional message type; if it can receive, construct the MT message sent to the receiving terminal according to the obtained optional message type, and pass The communication network carrying the obtained MT message of the optional message type sends the constructed MT message to the receiving terminal; if it cannot be received, it is judged whether the obtained optional message type is the last message type in the order of the optional message types ; If not, continue to obtain the next available message type; if so, re-execute the process of constructing and sending the MT message after the set time period expires. 6. The device according to claim 5, wherein the core processing unit is specifically used for: Determine the message type of the MT message sent to the receiving terminal according to the message type of the MO message and the corresponding relationship between the configured MO message and the MT message; Or, determine the message type of the MT message sent to the receiving terminal according to the message type receiving rule set by the receiving terminal; Alternatively, the message type of the MT message sent to the receiving terminal is determined according to the communication network where the receiving terminal is located. 7. The device according to claim 5, wherein the message sending unit is further configured to determine whether to send the constructed MT message to the receiving terminal after sending the constructed MT message to the receiving terminal through the communication network carrying the MT message of the message type. Whether the MT message is successful; if the transmission fails, it will be resent after the set time period expires; Alternatively, it is judged whether sending the constructed MT message to the receiving terminal is successful; if the sending fails, it is judged whether the obtained optional message type is the last message type in the order of the available message types; if not, continue to obtain the next one Optional message types; if yes, re-execute the process of constructing and sending the MT message after the set time period expires. 8. The device according to any one of claims 5 to 7, wherein the message receiving unit is specifically used for: Receive the MO message sent by the sending terminal within the jurisdiction or receive the MO message sent by the sending terminal not within the jurisdiction through the message service processing device at home; wherein, the message service processing device is a short message center, a multimedia message center, an IMS One of the application servers. 9. A converged message service processing system, characterized in that it includes a sending terminal, a receiving terminal and a message service processing device, the message service processing device receives the MO message sent by the sending terminal, and sends the MT message to the receiving terminal; wherein, The message service processing device is the converged message service processing device described in any one of claims 5-8. 10. The system according to claim 9, further comprising: the message service processing device is one of a short message center, a multimedia message center, and an IMS application server; The converged message service processing device is specifically used to receive the MO message sent by the sending terminal within the jurisdiction, or to receive the MO message sent by the sending terminal outside the jurisdiction through the short message center, multimedia message center, IMS application server or converged message service Process the MO message sent by the device; and send the MT message to the receiving terminal within the jurisdiction, or send the MT message to the non-jurisdictional receiving terminal through the short message center, multimedia message center, IMS application server or converged message service processing device of the non-jurisdictional receiving terminal The receiving terminals within range send MT messages.