CN101278572A - System and method for decorating short messages from a point of occurrence - Google Patents

Abstract

A method for converting an SMS sent through a mobile communication network into an SMS or an MMS in a previously registered format, the method comprising the steps of: receiving an SMS from a certain transmitting subscriber, determining whether the corresponding subscriber has subscribed to an SMS conversion service, and then converting the SMS into a previously registered format in case that the transmitting subscriber has subscribed to the SMS conversion service, and then transmitting the converted message to a designated receiving terminal.

Description

System and method for embellishing short messages from the point of occurrence

technical field

The invention relates to data transmission in a CDMA (Code Division Multiple Access) network or a WCDMA (Wideband Code Division Multiple Access) network. More specifically, the present invention relates to a message coordination service that modifies short messages by adding text, images, and sounds, etc. to the short messages, which is a value-added service of SMS (Short Message Service).

Background technique

With the rapid development of electronic engineering and communication engineering, various functions have recently been provided to mobile communication terminals. That is, with the rapid development of technologies related to wireless communication and data processing, people can use mobile communication terminals to use various functions such as Internet access, image communication and movie transmission, and voice calls. In addition, due to the rapid popularization of mobile communication terminals, mobile communication terminals have spread a large amount of communication between people, and thus mobile communication terminals have become necessary communication devices nowadays.

Among various functions of such mobile communication terminals, SMS (Short Message Service) or voice message service capable of quickly sending a simple message to a counterpart is widely used. The SMS allows a person to quickly and conveniently send desired information to an object or objects at a fraction of the cost of a voice call, and received text messages can also be stored for future review. Due to these advantages, the SMS is widely used in electronic payment services to provide payment information (prices, product details, account information, etc.).

Existing SMS can only be used to encode and send text. However, users of mobile communication terminals need to handle the contents of messages in more diverse ways. That is, beyond the purpose of sending simple messages, it is more desirable to enhance the decoration of text messages by adding visual or auditory effects such as emoticons, images, moving pictures, and sounds.

In order to meet these needs of users, various technologies have been proposed to convert short messages into multimedia messages by changing the lettering style, size or color of SMS, or adding specific images, graphic emoticons, moving pictures and sounds thereto.

Korean Laid-Open Patent Publication No. 2002-11033 (hereinafter referred to as the '033 patent) discloses a method in which a user sends multimedia event index information together with a short message to an SMS center in a mobile communication network, so The SMS center judges whether the multimedia event data corresponding to the index exists in the receiving terminal, if the multimedia event data exists in the receiving terminal, then the multimedia index information and the short message are provided to the receiving terminal together, so that such as moving picture Multimedia events such as audio and audio are generated at the receiving terminal.

In addition, Korean Laid-Open Patent Publication No. 2004-25438 (hereinafter referred to as the '438 patent) discloses a method in which, when a text message is sent, a graphic emoticon included in the message is converted into mapped text, and The received text message is analyzed to convert the text corresponding to the avatar into a mapped avatar, which is then displayed.

In the case of the '033 patent and the '438 patent, a separate program or data needs to be stored in the sending/receiving terminal in order to convert the short message into a multimedia message.

Korean Laid-Open Patent Publication No. 2004-86963 (hereinafter referred to as the '963 patent) discloses an SMS service method for providing a return URL (unified resource) capable of downloading specific images and short messages to a receiving terminal together. Locator).

In addition, Korean Laid-Open Patent Publication No. 2001-16442, Korean Laid-Open Patent Publication No. 2003-35249, and Korean Laid-Open Patent Publication No. 2004-100700 disclose a method in which if the sending user converts request information (for example, Special key (special key, conversion command, and text image information) and text message data) are sent together, and the text message processing device of described mobile communication network is based on the user's conversion request information and converts the short message into a multimedia message, and then sends the message to the recipient The terminal provides the multimedia message.

However, in order to include separate conversion request information into the short message transmitted to the mobile communication network as mentioned above, a dedicated program needs to be installed in the transmitting terminal, or a separate user operation is required to input the conversion request information.

In addition, in order to make the PCX/MSC (Personal Communications Exchange/Mobile Switching Center) or SMSC (Short Message Service Center) of the mobile communication network recognize the conversion request information sent from the sending terminal, it is necessary to change the existing protocol or modify the PCX/MSC. Operating procedures for MSC or SMSC.

Thus, there is still a need for a short message conversion method that does not require any upgrade of the transmitting/receiving terminal, additional user operations, or any change of the mobile communication network.

Contents of the invention

The present invention relates to providing a system and method for converting a short message into a decorated coordinated message without any upgrade of the sending/receiving terminal or any separate user action.

Another object of the present invention is to provide a system and method for converting a short message into a coordinated message without changing any protocol of a mobile communication network or an operating procedure of an MSC or SMSC.

Yet another object of the present invention is to provide a system and method for converting short messages into coordinated messages using message parameters of an advanced communication protocol, such as IS-41-D, which governs CDMA (Code Division Multiple address) function control in network entities in the system.

In addition, it is a further object of the present invention to provide a system and method for converting short messages into coordination messages for message parameters of advanced communication protocols, such as IS-637-A, which governs A standard for SMS in WCDMA (Wideband Code Division Multiple Access) systems.

In order to achieve the above object, in a first aspect of the present invention, a method of using mobile communication to convert SMS (Short Message Service) sent through a mobile communication network into SMS or MMS (Multimedia Message Service) in a previously registered format The method, described mobile communication acts as an intermediary for SMS or MMS (Multimedia Message Service) between the sending terminal and the receiving terminal, the method comprising:

(a) receiving an SMS from the sending user;

(b) judging whether the sending user has subscribed to the SMS conversion service;

(c) converting said SMS to a previously registered format if the sending user has subscribed to the SMS conversion service; and

(d) Sending the converted SMS to the receiving terminal.

In the second aspect of the present invention, there is also provided a mobile communication system for converting an SMS sent from a sending user terminal into an SMS or MMS in a previously registered format, and then converting the converted SMS or MMS sent to the receiving user terminal, the system includes:

A device for recording whether the sending user or the receiving user subscribes to the message conversion service;

means for judging whether the sending user has subscribed to a message conversion service with reference to said means for recording when an SMS is received from the sending user terminal;

means for receiving a message conversion request from said means for determining, and converting said SMS to SMS or MMS in a previously registered format; and

Means for sending the converted SMS or MMS to a receiving user terminal.

In a third aspect of the present invention, there is also provided a system for sending/receiving SMS between CDMA user terminals, said CDMA user terminal being able to send/receive SMS and/or MMS in a CDMA network, so The system includes: a home location register (HLR), which is used to store and manage user information, subscription information for modifying SMS coordinated services, an SMS service profile (profile) related to attributes of the coordinated services, and user information. Terminal location information; PCX/MSC, used to receive and store the SMS service profile from the HLR when the location of the sending CDMA user terminal (hereinafter referred to as the sending terminal) is registered, and use the SMS service profile record into the SMDPP (short message sent point-to-point) message, and in the case that the SMS is sent from the sending terminal, send the SMDPP to the SMSC (short message service center); If the coordination service subscription is set in the file, record the coordination service attribute information in the delivery message, and send the delivery message to the message conversion center; and the message conversion center is used to modify the The SMS is converted into a coordination message through the SMSC, and the coordination message is sent to a receiving CDMA user terminal (hereinafter referred to as a receiving terminal) through the SMSC.

In the fourth aspect of the present invention, there is also provided a method for modifying the transmission/ The method for receiving SMS, the sending terminal can at least send SMS, the receiving terminal can receive and output SMS and/or MMS, the method includes: (a) the sending user uses the sending terminal to make SMS, and through the BTS (Base Transceiver Subsystem) Send the SMS to the sender's PCX/MSC; (b) judge whether the corresponding sending user has subscribed to the SMS modification service (hereinafter referred to as the message coordination service); (c) in the In the case that the sending user subscribes to the message coordination service, the coordination service subscription information is sent to the SMSC that manages and controls the receiving user; (d) the coordination service subscription information and SMS data are sent to the MCS; (e) converting said SMS data into a coordination message in a format previously registered by said sending user; and (f) sending said coordination message to said receiving terminal.

In the fifth aspect of the present invention, there is also provided a method for decorating an SMS sent from a transmitting CDMA user terminal (hereinafter referred to as a transmitting terminal) to a receiving CDMA user terminal (hereinafter referred to as a receiving terminal) method, the method comprising: (a) when the location of the sending terminal is registered, receiving the SMS service profile information of the corresponding sending user from the HLR, and storing and managing the SMS service in the sending party's PCX/MSC Profile information; (b) the sending user uses the sending terminal to make an SMS, and the SMS is sent to the sender's PCX/MSC through the BTS; (c) judges the corresponding sending user based on the sending user's SMS service profile Whether the SMS modification service (hereinafter referred to as the message coordination service) is subscribed; (d) under the condition that the sending user subscribes to the message coordination service, record the SMS service profile in the SMDPP message and sending the SMDPP message to the SMSC; (e) recording the SMS in a delivery message and sending the delivery message to the MCS when the message coordination service is activated in the SMS service profile; (f) based on modifying the SMS into a coordination message in the format previously registered by the sending user; (g) sending the modified coordination message to the receiving terminal through the SMSC.

In the sixth aspect of the present invention, a system for sending/receiving SMS between WCDMA user terminals is also provided, and the WCDMA user terminals are capable of sending/receiving SMS and/or MMS in a WCDMA network, so The systems described include:

Direct Expansion-Home Location Register (DS-HLR), used to store and manage the subscription information of the coordinated service that modifies SMS, the SMS service profile related to the attributes of the coordinated service, and the location information of the user terminal; MSC/ SGSN (Mobile Switching Center/Serving GPRS Support Node) for receiving and storing SMS service profile from said DS-HLR when the location of said sending WCDMA user terminal (hereinafter referred to as sending terminal) is registered , and under the situation that SMS is sent from the sending terminal, record the SMS service profile in the message and send the message to the Direct Spread-Short Message Service Center (DS-SMSC) that manages the receiving user; DS-SMSC for sending the coordinated service subscription information and sending user information to the message conversion center; and the message conversion center for converting the SMS into a coordinated message by embellishing the SMS in a previously registered format, and passing the DS - The SMSC sends said coordination message to the receiving CDMA user terminal (hereinafter referred to as receiving terminal).

In the seventh aspect of the present invention, there is also provided a method for modifying the transmission/ A method for receiving SMS, wherein the sending terminal is at least capable of sending SMS, and the receiving terminal is capable of receiving and outputting SMS and/or MMS, the method comprising: (a) the sending user uses the sending terminal to make an SMS, and by RTS (Radio Transmitting Subsystem) sends the SMS to the sender's MSC/SGSN; (b) judging whether the corresponding sending user has subscribed to the SMS decoration service (hereinafter referred to as the message coordination service); (c) in In the case that the sending user subscribes to the message coordination service, the coordination service subscription information is sent to the DS-SMSC that manages the receiving user; (d) the coordination service subscription information and SMS data are sent to the MCS; (e ) converting said SMS data into a coordination message in a format previously registered by the sending user; and (f) sending said coordination message to a receiving terminal.

In the eighth aspect of the present invention, there is also provided a method for modifying an SMS sent from a transmitting WCDMA user terminal (hereinafter referred to as a transmitting terminal) to a receiving WCDMA user terminal (hereinafter referred to as a receiving terminal) method, the method comprising: (a) when the location of the sending terminal is registered, receiving the SMS service profile information of the corresponding sending user from the DS-HLR, and storing and managing the SMS service profile information in the sending party's MSC/SGSN The SMS service profile information; (b) the sending user uses the sending terminal to make an SMS, and the SMS is sent to the sender's MSC/SGSN through RTS; (c) judge based on the SMS service profile of the sending user Whether the corresponding sending user has subscribed to the SMS modification service (hereinafter referred to as the message coordination service); (d) if the sending user subscribes to the message coordination service, record the SMS service profile into a Forward_SM (forward_short message) message, and send the Forward_SM message to the DS-SMSC; (e) record the SMS message in the delivery message if the message coordination service is activated in the SMS service profile and send the delivery message to the MCS; (f) decorate the SMS into a coordination message based on the previously registered format of the sending user; and (g) send the decorated coordination message to the receiving terminal.

Description of drawings

Fig. 1 has shown the CDMA network for realizing message coordination service according to the first embodiment of the present invention;

FIG. 2 is a flowchart showing call processing of the message coordination service (SMS-SMS) according to the first embodiment of the present invention;

FIG. 3 is a flowchart illustrating call processing according to the improved message coordination service (SMS-MMS) of FIG. 2;

Figure 4 shows the parameter definition for SMS_Service Profile (SMS_ServiceProfile) according to the IS-41D protocol;

Fig. 5 shows the data structure representing the SMS sending service attribute in the SMS VAD (Voice Activity Detection) service;

Fig. 6 shows the data structure representing the SMS receiving service attribute in the SMS VAD service;

FIG. 7 shows a WCDMA network for implementing message coordination services according to a second embodiment of the present invention;

Fig. 8 is a flow chart showing call processing of the message coordination service according to the second embodiment of the present invention;

Fig. 9 is a flowchart showing the improved message coordination service (SMS-MMS) according to Fig. 8;

Figure 10 shows the data structure of the extension set of MSP-Extension (MSP-Extension); and

Fig. 11 is a table showing attributes of SMS indicators included in the extended set.

Detailed ways

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

first embodiment

First, FIG. 1 shows a CDMA network for implementing message coordination service according to the first embodiment of the present invention.

With reference to Fig. 1, the system 100 that is used to convert short message according to the present invention comprises and is positioned at and is divided into a plurality of user terminals 110 in the communication area of each district; Transceiver subsystem) 121; BSC (base station controller) 122 for controlling the BTS 121; PCX/MSC (personal communication switching/mobile switching center) 130; VLR (visiting subscriber location register) 135; No. 7 network 140; HLR (Home Location Register) 150; VAS (Value Added Service Server) 170; SMSC (Short Message Service Center) 160; MMSC (Multimedia Message Service Center) 190;

In addition to basic call processing and location registration, the user terminal 110 is also responsible for sending and receiving SMS. In addition, the user terminal 110 may have the function of receiving and outputting MMS. The user terminal 110 according to the present invention includes a mobile phone, a PCS (Personal Communication Services) phone, a PDA phone, a GSM phone, a WCDMA phone, a CDMA-2000 phone, a DMB phone, and the like.

The wireless network 120 ensures mobility of user terminals, and has a handover function and a radio resource management function. Described wireless network 120 is made up of BTS 121 and BSC 122, allows user terminal 110 to use the wireless protocol between user terminal 110 and PCX/MSC 130 to access No. 7 network 140. Particularly, BTS 121 utilizes paging channel or traffic channel in the channel to receive SMS from sending user terminal (hereinafter referred to as sending terminal), and then sends the SMS to BSC 122. The BSC 122 controls the BTS 121, which is used to allocate and release wireless channels to the user terminal, control the transmission power of the user terminal and the BTS, determine soft handover or hard handover between cells, perform transcoding and voice coding, and operate and maintain The BTS.

The PCX/MSC 130 control handles basic services and value-added services, handles sending or receiving user calls, handles location registration, and connects to another network. In addition, the VLR 135 temporarily stores the location and user information of users located within the communication area of the PCX/MSC 130.

In the present invention, when the location of the sending terminal is registered, the sender's PCX/MSC 130 receives the user information from the HLR 150 and the corresponding value-added service subscription and activation information of the sending terminal, and then stores and manages the information. In particular, the SMS transmission service attribute information shown in FIG. 5 is recorded in the location registration request signal (REG-NOT: registration notification return result) received from the HLR 150. The SMS sending service attribute information includes message management field (G bit), message coordination service field (F bit), and decoration-SMS (Deco-SMS) field (E bit). Thereby, if SMS is sent from sending terminal 110, then PCX/MSC 130 of the sender checks the message coordination service field of the SMS sending service attribute from HLR 150, to judge whether the corresponding user subscribes to message coordination service. At this time, under the situation that the corresponding user subscribes to the message coordination service, the "message coordination service domain" in the SMS_Service Profile (SMS_ServiceProfile) area in the SMDPP (short message sent by point-to-point) message is activated, so The SMDDPP message is sent to the SMSC 160. Specific parameters of the "SMS_Service Profile" are defined in FIG. 4 .

The HLR 150 stores and manages user information, value-added service information of each user, and location information of mobile communication terminals. In particular, the HLR 150 stores profile information for sending and receiving terminals. The profile information includes the user terminal's MIN (Mobile Subscriber Identification Number), ESN (Electronic Serial Number), customized mobile communication value-added service information, and the like. Thus, the information of the users who have subscribed to the message coordination service of the present invention will be recorded in the profile information.

That is to say, the HLR 150 records the SMS sending service attribute of Fig. 5 into the response (reg-not) message of the REG-NOT of the sending terminal, and then sends the response message to the sender's PCX/MSC 130 .

The SMSC 160 serves as a basic service for handling SMS and temporarily stores or sends data required for handling SMS. In addition, the SMSC 160 performs a gate function of SMS, processes SMS MAP (Mobile Application Part) for connecting PCX/MAS 130 and HLR 150, and performs protocol matching for connecting external service providers.

In particular, the SMSC 160 of the present invention receives the SMDPP information including the "SMS_Service Profile" shown in Figure 4 from the PCX/MSC of the sender, and judges the "SMS_Service Profile" Whether the message coordination service domain is activated. At this time, if the message coordination service domain is activated, then the sending user's "short message voice activity detection service (SM Origination VADService)" is recorded in the short message (SM) domain of the "delivery (DELIVER)" message, and then is sent to the VAS 170.

In addition, the SMSC 160 obtains the SMS reception service attribute data shown in FIG. 6 from the location information response (smr) message of the HLR 150, and the location information response message is directed to the location information request (SMR) message of the receiving user. Based on the SMS receiving service attribute data, a set of value-added services is introduced on the SMS to be sent.

Described VAS 170 visits described SMSC160 by SMCI (Short Message Client Interface) based on TCP/IP. The VAS 170 handles all value-added service information through the access function of the SMSC, and conducts overall management of user, payment, and SMS operations.

In particular, the VAS 170 of the present invention receives the SMS delivery message (DELIVER message) sent from the SMSC 160, and judges whether the corresponding sending user subscribes based on the "SM VAD service" recorded in the SM domain of the SMS delivery message. message coordination service, and extracting the SMS from the SMS delivery message and sending the SMS to the MCS 180 if the sending user has subscribed to the message coordination service.

In addition, in the case that the coordination message converted by the MCS 180 is an SMS, the VAS 170 receives the SMS coordination message from the MCS 180, then records the coordination message into an SMS submission message (SUBMIT message) and sends it to the SMSC 160.

The MCS 180 generates a new SMS by adding emoticons (for example, text emoticons or graphical emoticons), images, movies or sounds to the SMS sent from the VAS according to preset rules (preferably set in advance by the user). Or multimedia messaging (LMS (Long Message Service)/MMS). In particular, the format of the SMS is changed through decoration depending on the attributes requested by the user. In addition, in the case that the message changed by modification is SMS, the MCS 180 sends the message to the VAS 170, and in the case of the changed message is MMS (or LMS), the MCS 180 sends the message Send to MMSC 190 (or LMSC (Long Message Service Center)).

The MMSC 190 records the LMS/MMS converted by the MCS 180 into an SMS submission message (SUBMIT message), and then sends the SMS submission message to the SMSC 160.

The system of the present invention has been explained on the basis of the case where both the sending user and the receiving user are CDMA users and the mobile communication network is a CDMA network. However, the system of the present invention is not limited to the above cases.

That is to say, the system of the present invention can also be applied to such a situation: the mobile communication network is a CDMA network, at least one of the sending user and the receiving user is a WCDMA user, and the WCDMA user roams in the CDMA network. In this case, the PCX/MSC can be replaced by IMX/SGSN, the HLR can be replaced by DS-HLR, and the SMSC can be replaced by DS-SMSC. That is to say, in the case that the receiving user or the sending user is a WCDMA user roaming in the CDMA network, the location information or profile information of the sending user or the receiving user is obtained from the DS-HLR.

Next, the coordination message sending process performed based on the above system will be schematically explained as follows.

A user who wants to use the message coordination service of the present invention accesses the MCS using wired/wireless Internet, and then sets and registers his/her user number (eg MIN or ESN) and multimedia content to be converted. The message coordination service subscription registration information is stored in the HLR/DS-HLR, and the HLR/DS-HLR manages and controls the corresponding users through WISE (Wireless Information Service Environment). At this point, if the user is a CDMA user, the message coordination service subscription registration information is recorded in the HLR, and in the case of a WCDMA user, the message coordination service subscription registration information is recorded in the DS- HLR. Here, the term "message coordination service" is defined as a service for converting short messages into SMS containing emoticons or LMS/MMS containing images, movies, sounds, and the like.

When the location of the corresponding user is registered, the message coordination service subscription record stored in the HLR is sent to the VLR of the MSC managing the corresponding user terminal, and the record is stored in the VLR.

If a user sends an SMS using his/her own terminal, the MSC managing the sender of the sending user refers to the VLR to check whether the corresponding user subscribes to or registers the message coordination service. At this point, if it is checked that the corresponding sending user has subscribed or registered the message coordination service, the SMS and message coordination service subscription registration information will be sent to the SMSC/DS-SMSC that manages and controls the receiving terminal. The SMSC/DS-SMSC requests the MCS for conversion of the SMS based on the message coordination service subscription registration information included in the sent message. Correspondingly, the MCS converts the SMS into a coordination message based on the multimedia content registered by the corresponding user, and then returns the coordination message to the SMSC/DS-SMSC.

The SMSC/DS-SMSC that receives the converted coordination message from the MCS checks the location information of the receiving terminal through the recipient's HLR, and then sends the coordination message to the MSC that manages the receiving terminal. The receiver's MSC sends the coordination message to the receiving terminal in the format of SMS or MMS.

Therefore, the present invention can convert the SMS into a coordinated message in a multimedia format using the message sent from the MSC to the SMSC without any special operation by the sending user or upgrade of the sending terminal. Thus, the message decoration service can be utilized to increase the efficiency of the signaling network and improve the quality of service by simplifying SMS call handling.

Hereinafter, a call processing procedure for converting an SMS transmitted from a transmitting terminal into a short coordinated message (SMS) or a multimedia coordinated message (MMS) based on the system and technical spirit of the present invention will be described in detail.

First, a method for generating a short coordination message by adding text or text emoticons to an SMS sent from a sending terminal and then sending the short coordination message to a receiving terminal will be explained with reference to FIG. 2 .

If a mobile phone service user with his/her own sending terminal 110 enters a communication area covered by a certain BTS 121, the corresponding BTS 121 sends the location information of the corresponding terminal to the PCX/MSC 130 connected to the BTS 121 , the location information of the corresponding terminal is detected through wireless communication with the sending terminal.

Correspondingly, the PCX/MSC 130 sends a location registration request signal (REG-NOT: registration notice) to the HLR 150 (step 1) that manages the user information of the sending terminal, and the location registration request signal requests to register the Send the location information of the terminal. The corresponding HLR 150 receiving the location registration request signal sends a signal (Reg-Can) requesting deletion of the location information of the sending terminal to the PCX/MSC and VLR covering the communication area where the user of the sending terminal was previously located. The corresponding PCX/MSC and VLR receiving the location information deletion request signal delete all information of the corresponding user, and then send a deletion response signal (reg-can) notifying the deletion to the HLR. The HLR that has received the location information deletion response updates the new location information of the sending terminal and stores the information in the database, and then sends a location registration request signal (reg-not) notifying the update and storage to manage the communication of the sending terminal. PCX/MSC and VLR for the area (step 2).

At this time, the location registration request signal (reg-not) includes user information of the sending terminal and value-added service subscription and activation information, especially, SMS service profile information shown in FIG. 4 .

When the location of the sending terminal 110 was registered, the SMS_Service Profile (SMS_ServiceProfile) shown in Figure 4 was sent from the HLR 150 to the sender's PCX/MSC 130, and the SMS_Service Profile included the "SMS_VAD_Service (SMS_VAD_Service)” information.

The attributes and value-added services of SMS_VAD_Service are set to "Notes b (Notes b)" of "SMS_VAD_Service", and the SMS sending service attributes of Figure 5 or the SMS receiving service attributes of Figure 6 are defined in "Notes c (Notes c)" . In particular, the SMS sending service attribute in FIG. 5 has a message coordination domain and a deco-SMS (Deco-SMS) domain. By checking the activation state of the message coordination domain, it can be checked whether the corresponding user has subscribed to the service.

The sender's PCX/MSC 130 receives subscriber information and value-added service subscription and activation information from the HLR 150, especially SMS service profiles. The PCX/MSC 130 stores and manages the information in the VLR.

If the user uses his/her own sending terminal 110 to make an SMS and send the SMS to the BTS together with the sending terminal number and the receiving terminal number, the BTS 121 sends the SMS to the PCX/PCX of the sender where the sending terminal is located. MSC 130 (step 3). At this point, the SMS is stored in bearer data and sent to the PCX/MSC 130.

The sender's PCX/MSC 130 that receives the SMS from the sending terminal reads the "SMS_Service Profile" corresponding to each user from the VLR (informing that the message coordination service domain is activated), and sends the "SMS_Service Profile" ” is recorded in the SMDPP message, and this SMDPP message will be sent to the SMSC 160 (step 4) that controls the receiving user.

SMSC 160 receiving said SMDPP message from PCX/MSC 130 sends a specific code to PCX/MSC 130 in smdpp (response) message format according to the success or failure of message transmission (step 5).

The SMSC judges whether the "message coordination service domain" of the SMS_service profile of the SMDPP message of the PCX/MSC is activated. At this time, if the message coordination service domain is not activated, the same processing as that of ordinary SMS is performed.

Meanwhile, if the "message coordination service domain" is activated, the "SM VAD service" information of the SMS_service profile is recorded in the SM domain of the "DELIVER (delivery)" message (SMS delivery message) and is sent to VAS 170 (step 6).

The VAS 170 checks the message coordination service domain of "VAD service occurs in the SM" recorded in the SM domain of the DELIVER message sent from the SMSC 160 to determine whether the corresponding domain is activated. At this time, if the corresponding domain is activated, the SMS is extracted from the "DELIVER" message, and the extracted SMS is sent to the MCS 180. At this time, the SMS value-added service subscription message of the user is sent together with the SMS (step 7).

The MCS 180 receiving the SMS from the VAS 170 adds text or text emoticons to the SMS according to preset rules to generate a newly converted coordination message.

The coordination message that described generation is sent to VAS 170 (step 8) again, and VAS 170 records this coordination message in " SUBMIT (submit) " message (SMS submission message) and this " SUBMIT " message is sent to described SMSC 160 (step 9).

The SMSC 160 receiving the "SUBMIT" message with the coordination message from the VAS 170 extracts the coordination message from the "SUBMIT" message and temporarily stores the coordination message, and requests subscriber location information (SMR) from the HLR 150 based on the mobile phone number of the receiving terminal. ) (step 10).

The HLR 150 that receives the user location information request from SMSC 160 searches the internal database to find the location information where the receiving terminal is currently located, and then provides (smr) search results to SMSC 160 (step 11). At this time, the SMS value-added service information of the receiving user is also provided together with the location information.

The SMSC 160, which checks the SMS value-added service information and location information of the receiving terminal, introduces the value-added service of the receiving user to the SMS based on the SMS value-added service information. For example, in the case that the receiving user also subscribes to the message coordination service, through steps 6 to 9, the SMS is converted into a coordination message corresponding to the receiving user. Of course, in the case that both the sending user and the receiving user have subscribed to the message coordination service, the sending user has priority over the receiving user.

The coordination message is recorded in the SMDPP message, and then sent to the PCX/MSC 130 where the receiving terminal is located (step 12).

The recipient's PCX/MSC 130 that receives the SMDPP message from the SMSC 160 stores the coordination message included in the SMDPP message into the bearer data, and then sends the bearer data to the receiving terminal 110 (step 13).

The receiving terminal 110 that receives the coordination message from the PCX/MSC 130 of the receiver sends a specific code as a response (step 14) in response message format according to the success or failure of message transmission (step 14), and the response result is sent as a SDMPP message The format is sent to SMSC (step 15).

If the SMS coordination message is received completely, then the SMSC 160 sends the status report (Status_Report) of the SMS coordination message to the VAS 170, and the VAS 170 sends the status report to the MCS 180 again (step 16 ). The MCS 180 that receives the status report indicating that the reception is complete updates the WINGS (Wireless Internet Gateway).

Thereby, the receiving terminal user can receive and check the coordination message decorated with text and emoticons attached in the SMS.

Now, a method according to an improved embodiment of the first embodiment will be explained with reference to FIG. The message is sent to the receiving terminal.

If a mobile phone service user who has his/her own sending terminal 110 enters a communication area covered by a certain BTS121, the corresponding BTS 121 sends the location information of the corresponding terminal to the PCX/PCX of the sending party connected to the BTS 121 In the MSC 130, the location information of the corresponding terminal is detected through wireless communication with the sending terminal 110.

Correspondingly, the PCX/MSC 130 sends a location registration request signal (REG-NOT: registration notification) to the HLR 150 (step 21) that manages the user information of the sending terminal, and the location registration request signal requests to register the location of the sending terminal. location information. The corresponding HLR 150 receiving the location registration request signal sends a signal (Reg-Can) requesting deletion of the location information of the sending terminal to the PCX/MSC and VLR covering the communication area where the user of the sending terminal was previously located. Receiving the corresponding PCX/MSC and VLR of the location information deletion request signal deletes all information of the corresponding user, and then also sends a location information deletion response signal (reg-can) to the HLR 150 to notify that it has been deleted. The HLR 150 that has received the deletion response of the location information updates and stores the new location information of the sending terminal in the database, and then sends a location registration request signal (reg-not) notifying update and storage to the communication area covering the sending terminal PCX/MSC and VLR (step 22).

At this time, the location registration request signal (reg-not) includes user information of the sending terminal and value-added service subscription and activation information, in particular, SMS service profile information shown in FIG. 4 .

The PCX/MSC 130 receives subscriber information and value-added subscription and activation information from the HLR 150, in particular the PCX/MSC 130 of the SMS service profile. The PCX/MSC 130 stores and manages said information in the VLR.

If the user uses his/her own sending terminal 110 to make an SMS and send the SMS to the BTS together with the sending terminal number and the receiving terminal number, the BTS 121 sends the SMS to the sender's PCX/MSC where the sending terminal is located 130 (step 23). At this point, the SMS is stored in bearer data and sent to the PCX/MSC 130.

The sender's PCX/MSC 130 receiving the SMS from the sending terminal 110 reads said "SMS service profile" corresponding to the user (here the message coordination service domain is activated), and records this "service profile" into the SMDPP message , then the SMDPP message is sent to SMSC 160 (step 24) that manages the recipient user.

The SMSC 160 receiving the SMDPP message from the PCX/MSC 130 sends a specific code to the PCX/MSC 130 (step 25) with the smdpp (acknowledgment (Ack)) format according to the success or failure of message transmission.

The SMSC judges whether the "message coordination service domain" of the SMS service profile of the SMDPP message of the PCX/MSC is activated. At this time, if the message coordination service domain is not activated, it will perform the same processing as ordinary SMS.

At the same time, if the "message coordination service domain" is activated, the "SM VAD service" message of the SMS service profile is recorded in the SM domain of the "DELIVER" message (SMS delivery message), and the "DELIVER ” message is sent to VAS 170 (step 26).

The VAS 170 checks the message coordination service domain of "VAD service occurs in the SM" recorded in the SM domain of the DELIVER message sent from the SMSC 160 to determine whether the corresponding domain is activated. At this time, if the corresponding domain is activated, the SMS is extracted from the "DELIVER" message, and the extracted SMS is sent to the MCS 180. At this time, the SMS value-added subscription information of the user is sent together with the SMS (step 27).

The MCS 180 receiving the SMS from the VAS 170 generates converted coordinated messages by adding graphics, images, movies, sounds, etc. to the SMS according to the previously registered user's SMS service attributes.

The multimedia coordination message that described generation is sent to MMSC 190 (step 28), and this MMSC 190 records described multimedia coordination message in the SUBMIT message (SMS submission message), and this SUBMIT message is sent to described SMSC 160 (step 29 ).

The SMSC 160 that receives the SUBMIT message that has recorded the multimedia coordination message from the MMSC 190 extracts the coordination message from the SUBMIT message and temporarily stores the coordination message, and requests (SMR) subscriber location information from the HLR 150 based on the mobile phone number of the receiving terminal (step 30 ).

The HLR 150 that receives the user's location information request from the SMSC 160 searches the internal database to find the current location information of the receiving terminal, and then provides (smr) search results to the SMSC 160 (step 31). At this time, the SMS value-added service information of the receiving user is also provided together with the location information.

The SMSC 160, which checks the location information of the receiving terminal and the SMS value-added service information, introduces a value-added service for the receiving user on the SMS based on the SMS value-added service information. For example, in the case that the receiving user also subscribes to the message coordination service, through steps 26 to 29, the SMS is converted into a coordination message corresponding to the receiving user. Of course, in the case that both the sending user and the receiving user have subscribed to the message coordination service, the sending user has priority over the receiving user.

In this way, the SMSC 160 checking the location information of the receiving terminal records the coordination message into the SMDPP message, and then sends the SMDPP message to the PCX/MSC 130 where the receiving terminal is located (step 32).

The PCX/MSC 130 of the recipient receiving the SMDPP message from the SMSC 160 stores the coordination message recorded in the SMDPP message into the bearer data, and then sends the bearer data to the receiving terminal (step 33).

The receiving terminal 110 that receives the coordination message from the PCX/MSC 130 of the receiving party sends a specific code as a response to the PCX/MSC in the response message format according to the success or failure of message transmission (step 34), and the response result is displayed as SDMPP message format is sent to SMSC (step 35).

If the multimedia coordination message is completely received, the SMSC 160 sends the status report (Status_Report) of the multimedia coordination message to the VAS 170, and the VAS 170 sends the status report to the MCS 180 (step 36) . The MCS 180 that receives the status report indicating that the reception is complete updates the WINGS.

Thereby, the receiving terminal user can receive and check a multimedia message in which graphics, images, movies or sounds are added to text data.

second embodiment

Fig. 7 shows a WCDMA network for implementing message coordination service according to the second embodiment of the present invention.

As shown in FIG. 7 , the system 1000 for modifying SMS according to the present invention includes a plurality of user terminals 1100 located in a communication area divided into each region; an RTS (RTS ( Wireless Transceiver Subsystem) 1210; RNC (Radio Network Controller) 1220 for controlling the RTS 1210; MSC/IMX (Mobile Switching Center/IP Multimedia Exchange) 1300; VLR (Visitor Location Register) 1350; Packet Switching ( SGSN: serving GPRS support node) 1310; IP backbone network 1400; DS-HLR (direct expansion-home location register) 1500; VAS (value-added service server) 1700; DS-SMSC (direct expansion-short message service center) 1600; MMSC (Multimedia Message Service Center) 1900; and MCS (Message Coordination Server) 1800.

The user terminal 1100 uses SMS through CNS (Circuit Switching Network) and PSN (Packet Switching Network), and loads software supporting SMS (Short Message Service) or MMS (Multimedia Message Service) on the user terminal 1100, thereby allowing receiving and Send SMS and/or MMS. The user terminals 1100 according to the present invention include mobile phones, PCS (Personal Communication Services) phones, PDA phones, GSM phones, WCDMA phones, CDMA-2000 phones, and DMB phones, especially WCDMA phones.

The wireless network 1200 functions to ensure the mobility of user terminals, and performs handover functions and radio resource management functions. The wireless network 1200 is composed of an RTS 1210 and an RNC 1220, and is configured as an access network for circuit connection or packet connection between the user terminal 1100 and the core network.

RTS 1210 implements the wireless access terminal function of the user terminal according to the 3GPP wireless access standard, especially the function of sending or receiving voice, image and data services in WCDMA mode. The RNC 1220 is responsible for wired/wireless channel management, protocol matching with user terminals, protocol matching between RTS, soft handover processing, core network protocol processing, GPRS (General Packet Radio Service) access, default management, system loading etc. Here, GPRS is an asynchronous communication system supporting a data transmission rate of 115kbps, which provides multimedia mail, and maximizes the efficiency of transmission lines through packet-based data transmission.

The MCS/IMX 1300 shows a softswitch structure, which is used for high-speed call processing in addition to the basic functions of voice communication in the existing IS-95B network. Here, the soft switch is used to upgrade the circuit switching of the existing switching to a software switching to process voice, data and image signals through high-speed packet switching.

The VLR 1350 plays such a role: registering and managing the location information of the user terminal 1100 entering the control area of the MCS/IMX 1300, and notifying the DS-HLR 1500 of the newly obtained location information of the user terminal. In addition, the VLR 1350 receives and manages a piece of profile information of the user terminal 1100 received from the DS-HLR 1500, and simultaneously uses the profile information to perform location control, call processing and value-added service processing of the user terminal 1100. Here, the profile information is defined as MIN (Mobile Subscriber Identity Number), ESN (Electronic Serial Number), and value-added service information of the user terminal.

The packet switching (SGSN: Serving GPRS Support Node) 1310 has a hardware structure for providing ATM (Synchronous Transfer Mode) based routing access and switching, and supports OS (Operating System) depending on various data service processing. The OS has the functions of GPRS mobile management, GPRS session management, GPRS authentication and payment.

In the present invention, when registering the position of the sending terminal, the MCS/IMX 1300 of the sending party receives the user information and value-added service subscription and activation information of the corresponding sending terminal from the DS-HLR 1500, and then stores and manages them in the VLR 1350 said information. In particular, the location registration response information (ids-ack) received from the DS-HLR 1500 includes the "SMS indicator" in which the SMS transmission service attribute information shown in FIG. 11 is recorded. Thereby, if the SMS is sent from the sending terminal 1100, the MCS/IMX 1300 of the sending party checks the SMS sending service attribute of the corresponding sending user stored in the VLR 1350 to determine whether the corresponding user has subscribed to the message coordination service. At this time, in the case that the corresponding user has subscribed to the message coordination service, the Forward_SM message including the "SMS indicator" indicating message coordination is sent to the DS-SMSC 1600.

The DS-HLR 1500 stores and manages user information, value-added service information of each user, and location information of mobile terminals. In particular, DS-HLR 1500 stores profile information of sending terminals and receiving terminals. The profile information includes the user terminal's MIN, ESN, customized value-added service information, and the like. Thus, information of users who subscribe to the message coordination service of the present invention is recorded in the profile information.

The DS-SMSC 1600 is used to temporarily store or send data for processing SMS basic services and processing the SMS. In addition, the DS-SMSC 1600 acts as a gate for SMS, processes SMS MAP (Mobile Application Part) for connecting the packet switching 1310 and the DS-HLR 1500, and performs protocol matching for connecting with an external service provider.

Specifically, the DS-SMSC 1600 receives the Forward_SM including the "SMS Indicator" having the structure shown in FIG. Whether the message coordination service domain is activated. At this point, if the message coordination service domain is activated, the DS-SMSC 1600 records the conversion command instruction of the SMS into the DELIVER message and sends the message to the VAS 1700.

In addition, the DS-SMSC 1600 obtains the SMS receiving service attribute data shown in FIG. 11 from the location information response (ids) message of the DS-HLR 1500, and the location information response (ids) message is aimed at receiving the user's location information request (IDS) message. The SMS receiving service attribute data is used to determine whether there is message coordination for the SMS to be sent. At this time, if the receiving user has subscribed to the message coordination service, the corresponding SMS is sent to the VAS 1700 to modify the SMS into a previously registered format.

The VAS 1700 is connected to the DS-SMSC 1600 through SMCI (Short Message Client Interface) based on TCP/IP. The VAS 1700 handles all value-added messaging services using the connection function with the DS-SMSC 1600, and controls the overall subscriber management, payment management and operation management of SMS.

Particularly, the VAS 1700 of the present invention receives the SMS delivery message (DELIVER message) sent from the DS-SMSC 1600, and judges whether the corresponding sending user subscribes to the message coordination service based on the SMS delivery service attribute recorded in the SMS delivery information, The SMS is then extracted from the SMS delivery message and sent to the MCS 1800 in the event that the sending user subscribes to the message coordination service.

In addition, in the case that the coordination message generated by the MCS 1800 is an SMS, the VAS 1700 receives the SMS coordination message from the MCS 1800, records the coordination message into an SMS submission message (SUBMIT message), and then sends the submission message to DS-SMSC 1600.

The MCS 1800 generates pure SMS (netSMS) or LMS/MMS by adding text, emoticons (text emoticons or graphic emoticons), images, movies or sounds to the SMS sent from the VAS 1700 according to preset rules. In particular, said message is changed according to the formatting of the SMS already registered by the user. In addition, in the case that the converted message through message modification is SMS, the MCS 1800 sends the SMS to the VAS 1700, however, if the converted message is an MMS (or LMS), the MCS 1800 sends the MMS (or LMS) to MMSC (or LMSC) 1900.

The MMSC 1900 records the LMS/MMS converted by the MCS 1800 into an SMS submission message (SUBMIT message), and then sends the submission message to the DS-SMSC 1600.

Next, based on the system and technical spirit of the present invention described above, a call processing procedure for converting an SMS sent from a sending terminal into a short coordination message (SMS) or a multimedia coordination message (MMS) will be described in detail.

With reference to Fig. 8, if the mobile phone service user who has his/her own sending terminal 1100 enters the communication area covered by a certain RTS 1210, the corresponding RTS 1210 sends the location information of the corresponding terminal to the sending party connected to the RTS 1210 MSC/IMX 1300, the location information of the corresponding terminal is detected through wireless communication with the sending terminal.

Correspondingly, the MSC/IMX 1300 sends a location registration request signal (IDS) to the DS-HLR 1500 (step 1) that manages the user information of the sending terminal user 1100, and the location registration request signal requests to register the sending terminal's location information. The corresponding DS-HLR 1500 receiving the location registration request signal (IDS) sends a signal requesting deletion of the location information of the sending terminal to the MSC and VLR covering the communication area where the user of the sending terminal was previously located. The corresponding MSC and VLR that have received the location information deletion request signal delete all the information of the corresponding user, and then also send a location information deletion response signal to the DS-HLR to notify the deleted location information. The DS-HLR that has received the location information deletion response updates and stores the new location information of the sending terminal into the database, and then after the storage step, sends the location registration response signal (ids) notifying the update and storage to the overlay sending MSC/IMX in the communication area of the terminal (step 2).

At this time, the location registration response signal (ids) includes user information of the sending terminal and value-added service subscription and activation information, and particularly includes the "Origination Service Indicator (Origination Service Indicator)" information shown in FIG. 10 .

When the location of the sending terminal 1100 was registered, the "occurrence service indicator" information shown in Figure 10 was sent from the DS-HLR 1500 to the MSC/IMX 1300 of the sending party, and this information included the information described in Figure 11 "SMS indicator".

The "SMS indicator" includes SMS sending service attributes and SMS receiving service attributes. Therefore, by checking the "SMS indicator", it can be determined whether the sending user or the receiving user has subscribed to the message coordination service.

Here, when the corresponding user sends an SMS, the SMS sending service attribute indicates the attribute of the value-added service applied to the SMS, and the SMS receiving service attribute indicates the attribute of the value-added service applied to the SMS, and the receiver of the SMS is the corresponding user.

The MCS/IMX 1300 receiving the "SMS Indicator" including user information, value-added service subscription information, and especially message coordination activation information from the DS-HLR 1500 stores and manages the information in the VLR.

Afterwards, if the user uses his/her own sending terminal 1100 to make an SMS and send the SMS together with the sending terminal number and the receiving terminal number to the RTS, the RTS 1210 sends the SMS to the MSC/IMX 1300 where the sending terminal is located (step 3). At this point, the SMS is stored in bearer data and sent to the MSC/IMX 1300.

The sender's MSC/IMX 1300 that receives the SMS from the sending terminal reads the "SMS indicator" corresponding to each user (where the message coordination service is activated) from the VLR, and records the "SMS indicator" in the Forward_SM In the message and send this message to the DS-SMSC 1600 (step 4) that controls the receiving user.

The DS-SMSC 1600 that receives the Forward_SM message from MSC/IMX 1300 returns specific codes (step 5) to MSC/IMX 1300 in forward_sm (Ack) format according to the success or failure of message sending.

The DS-SMSC 1600 checks the SMS sending service attribute information of the "SMS indicator" recorded in the Forward_SM message to determine whether the corresponding sending user subscribes to the message coordination service. At this time, if it is checked that the user has not subscribed to the message coordination service, the same processing as that of ordinary SMS is performed.

Meanwhile, if it is checked that the corresponding sending user has subscribed to the message coordination service, the "SMS indicator" information is recorded into a DELIVER message (SMS delivery message) and sent to the VAS1700 (step 6).

The VAS 1700 checks the SMS delivery service attribute information of the DELIVER message sent from the DS-SMSC 1600 to determine whether to convert the SMS into a coordination message. At this time, if the SMS sending service attribute is set to be converted into a coordination message, the SMS is extracted from the DELIVER message, and the extracted SMS is sent to the MCS 1800 (step 7).

The MCS 1800 receiving said SMS from the VAS 1700 adds text or text emoticons to the SMS to generate a newly converted coordination message according to the format previously registered by the sending user.

The generated coordination message is sent to the VAS 1700 (step 8), and the VAS 1700 records the coordination message into a SUBMIT message (SMS submission message) and returns the SUBMIT message to the DS-SMSC 1600 (step 9 ).

The DS-SMSC 1600 that receives the SUBMIT message recording the coordination message from the VAS 1700 extracts the coordination message from the SUBMIT message and temporarily stores the coordination message, and based on the network node number of the receiving terminal, sends the message to the DS-HLR that controls the receiving terminal 1500 Request (SRI) User Location Information (step 10).

The DS-HLR 1500 that receives the user's location information request from the DS-SMSC 1600 searches the internal database to find the current location information of the receiving terminal, and then sends the search result to the DS-SMSC 1600 as a response (sri_ack) (step 11). At this time, the location information is provided together with SMS receiving service attribute information. That is to say, the DS-HLR 1500 records the "SMS indicator" of the receiving user into the extension set of MAP_Extension and provides the set to the DS-SMSC1600.

The DS-SMSC 1600, which checks the location information of the receiving terminal and the SMS receiving service attribute information, introduces a value-added service for the receiving user on the SMS based on the SMS receiving service attribute information. For example, in the case that the receiving user also subscribes to the message coordination service, through steps 6 to 9, the SMS is converted into a coordination message corresponding to the receiving user. Of course, in the case that both the sending user and the receiving user have subscribed to the message coordination service, the sending user has priority over the receiving user.

The DS-SMSC 1600 that checks the location information of the receiving user records the coordination message into the Forward_FM message, and then sends the Forward_FM message to the MSC/IMX 1300 where the receiving terminal is located (step 12).

The MSC/IMX 1300 receiving the Forward_FM message from the DS-SMSC 1600 stores the coordination message included in the Forward_FM message into the bearer data, and then sends the bearer data to the receiving terminal 1100 (step 13).

The receiving terminal 1100 that receives the coordination message from the receiver's MSC/IMX 1300 sends a specific code as a response (step 14) to the MCS/IMX 1300 in the response message format according to the success or failure of message transmission (step 14), and the response result is forward_sm The message format is sent to DS_SMSC 1600 (step 15).

If the SMS coordination message is received completely, then the DS-SMSC 1600 sends the status report (Status_Report) of the message to the VAS 1700, and the VAS 1700 sends the status report to the MCS 1800 again (step 16 ).

Although this embodiment illustrates that the SMS sent from the sending terminal is sent to the MCS/IMX 1300, the SMS sent from the sending terminal may also be sent through packet switching 1310 shown in FIG. For this, when the wireless control station 1240 receives the SMS from the sending terminal, it judges whether to use the line network service or the packet network service, and then judges which network is used to send the SMS.

According to the above procedure, the receiving end user is able to receive and check the coordination message decorated with the attached text or text emoticon in the SMS.

Now, a modification of the second embodiment of the present invention will be explained with reference to FIG. 9 .

If a mobile phone service user with his/her own sending terminal 1100 enters a communication area covered by a certain RTS 1210, the corresponding RTS 1210 sends the location information of the corresponding terminal to the MSC/IMX 1300 connected to the sender of the RTS 1210, The location information of the corresponding terminal is detected through wireless communication with the transmitting terminal.

Correspondingly, the MSC/IMX 1300 sends a location registration request signal (IDS) to the DS-HLR 1500 that manages the user information of the sending terminal 1100 (step 21), and the location registration request signal requests to register the location of the sending terminal information. The corresponding DS-HLR 150 receiving the location registration request signal (IDS) sends a signal requesting deletion of the location information of the sending terminal to the MSC and VLR covering the communication area where the user of the sending terminal was previously located. The corresponding MSC and VLR that have received the location information deletion request signal delete all the information of the corresponding user, and then also send a location information deletion response signal notifying the deletion to the DS-HLR. The DS-HLR that has received the location information deletion response updates and stores the new location information of the sending terminal in the database, and then sends a location registration response signal (ids) that notifies the update and storage to the DS-HLR that covers the communication area of the sending terminal. MSC/IMX 1300 (step 22).

At this time, the location registration response signal (ids) includes user information and value-added service subscription and activation information, and particularly includes the "occurrence service indicator" shown in FIG. 10 .

When the location of the sending terminal 1100 is registered, the "Occurrence Service Indicator" message shown in Figure 10 is sent from the DS-HLR 1500 to the MSC/IMX 1300, and the message includes the "SMS Indicator" in Figure 11 .

The "SMS indicator" includes SMS sending service attributes and SMS receiving service attributes. Thus, by checking the "SMS indicator", it can be determined whether the user has subscribed to the message coordination service.

Here, when the corresponding user sends an SMS, the SMS sending service attribute indicates the attribute of the value-added service applied to the SMS, and when the corresponding user is a recipient, the SMS receiving service attribute indicates the applied SMS attribute.

The MCS/IMX 1300 receiving the "SMS Indicator" from the DS-HLR 1500 stores and manages the information in the VLR, the "SMS Indicator" including subscriber information, value-added service subscription information, and especially message coordination Service activation information.

Afterwards, if the user uses his/her own sending terminal 1100 to make an SMS and send the SMS together with the sending terminal number and the receiving terminal number to the RTS, the RTS 1210 will deliver the SMS to the sender's MSC where the sending terminal is located /IMX 1300 (step 23). At this point, the SMS is stored in bearer data and sent to the MSC/IMX 1300.

The sender's MSC/IMX 1300 that receives the SMS from the sending terminal reads the "SMS indicator" corresponding to each user (where the message coordination service is activated) from the VLR, and sends the "SMS indicator" character" is recorded in the Forward_SM message, and the message is sent to the DS-SMSC 1600 (step 24) that manages the receiving user.

The DS-SMSC 1600 that receives the Forward_SM message from MSC/IMX 1300 returns specific codes (step 25) to MSC/IMX 1300 in forward_sm (ACK) format according to the success or failure of message transmission.

The DS-SMSC 1600 checks the SMS sending service attribute information of the "SMS indicator" recorded in the Forward_SM message to determine whether the corresponding user subscribes to the message coordination service. At this time, if it is checked that the user has not subscribed to the message coordination service, the same processing as that of ordinary SMS is performed.

At the same time, if it is checked that the corresponding sending user has subscribed to the message coordination service, then the "SMS indicator" information is recorded into the DELIVER message (SMS delivery message) and sent to the VAS 1700 (step 26).

The VAS 1700 checks the SMS sending service attribute information recorded in the DELIVER message sent from the DS-SMSC 1600 to determine whether to convert the SMS into a coordination message. At this time, if the SMS delivery service attribute is set to be converted into a coordination message, the SMS is extracted from the DELIVER message, and the extracted SMS is sent to the MCS 1800 (step 27).

The MCS 1800 receiving said SMS from the VAS 1700 adds graphics, images, movies, sounds, etc. to the SMS in the format previously registered by the sending user to generate a newly converted coordination message.

The generated coordination message is sent to the MMSC 1900 (step 28), and the MMSC 1900 records the coordination message into a SUBMIT message (SMS submission message), and returns the SUBMIT message to the DS-SMSC 1600 (step 29 ).

The DS-SMSC 1600 that receives the SUBMIT message recording the coordination message from the MMSC 1900 extracts the coordination message from the SUBMIT message and temporarily stores the coordination message, and sends the message to the DS-HLR 1500 that controls the receiving terminal based on the network node number of the receiving terminal Request (SRI) user location information (step 30).

The DS-HLR 1500 that receives the user location information request from the DS-SMSC 1600 searches the internal database to find the current location information of the receiving terminal, and then sends the search result to the DS-SMSC 1600 as a response (sri_ack) (step 31). At this time, the location information is provided together with SMS receiving service attribute information. That is to say, the DS-HLR 1500 records the "SMS indicator" of the receiving user into the extension set of MAP_Extension and provides the extension set to the DS-SMSC 1600.

The DS-SMSC 1600, which checks the location information of the receiving terminal and the SMS receiving service attribute, introduces value-added services for the receiving user on the SMS based on the SMS receiving service attribute information. For example, in the case that the receiving user also subscribes to the message coordination service, through steps 26 to 29, the SMS is converted into a coordination message corresponding to the receiving user. Of course, in the case that both the sending user and the receiving user have subscribed to the message coordination service, the sending user has priority over the receiving user.

The DS-SMSC 1600 that checks the location information of the receiving user records the coordination message into the Forward_SM message, and then sends the message to the MSC/IMX 1300 where the receiving terminal is located (step 32).

The MSC/IMX 1300 receiving the Forward_SM message from the DS-SMSC 1600 stores the coordination message included in the Forward_SM message into bearer data, and then transmits the bearer data to the receiving terminal 1100 (step 33).

The receiving terminal 1100 that receives the coordination message from the receiver's MSC/IMX 1300 sends a specific code as a response to the MCS/IMX 1300 in response message format according to the success or failure of the message transmission (step 34), and the response result is sent as a forward_sm message The format is sent to DS_SMSC 1600 (step 35).

If the SMS coordination message is received completely, the DS-SMSC 1600 sends a status report (Status_Report) of the message to the VAS 1700, and the VAS 1700 sends the status report to the MCS 1800 (step 36).

Although this embodiment has described that the SMS sent from the sending terminal is sent to the MCS/IMX 1300, the SMS sent from the sending terminal can also be sent through the packet exchange 1310 shown in FIG. 7 . For this, when the wireless control station 1240 receives an SMS from a transmitting terminal, it judges whether a line network service or a packet network service is used, and then judges which network is used to transmit the SMS.

According to the above procedure, the receiving terminal user can receive and check a multimedia message in which graphics, images, movies, images or sounds are added to text data.

Industrial applicability

The present invention can implement SMS-modified coordinated services at low cost by utilizing message transmission according to the protocol without changing or modifying the basic network entities of the mobile phone network.

In addition, the present invention does not require any separate user operations, such as selection of specific keys or printing styles, or installation of specific programs to either the receiving terminal or the sending terminal.

Claims (as amended under Article 19 of the Treaty)

1. A system for sending/receiving short message service between code division multiple access user terminals, said code division multiple access user terminal can send/receive short message service and/or in a code division multiple access network Multimedia message service, the system includes:

A local location register for storing and managing user information, subscription information for coordinating services that modify short message services, short message service service profiles related to attributes of said coordinating services, and location information of user terminals;

a personal communications switching/mobile switching center for receiving and storing said short message service service profile from said home location register when the location of a transmitting code division multiple access user terminal, hereinafter referred to as transmitting terminal, is registered, And when the short message service is sent from the sending terminal, recording the short message service profile into the message of the short message sent by point-to-point and sending the short message sent by the point-to-point to the short message service center;

The short message service center is configured to record the coordination service attribute information in the delivery message and send the delivery message to the message conversion center under the condition that the coordination service subscription is set in the short message service service profile; and

a message conversion center, configured to convert the short message service into a coordination message by modifying the short message service based on the coordination service attribute information, and send the coordination message to hereinafter referred to as The receiving CDMA user terminal is called the receiving terminal.

2. The system of claim 1, wherein the coordination message is a multimedia messaging service including graphics, images, movies or sound.

3. The system of claim 2, further comprising:

The long message service center/multimedia message service center is used to receive the multimedia coordination message from the message conversion center, record the multimedia coordination message into a commit message (short message service commit message), and send the commit message to the Short message service center.

4. The system of claim 3, wherein the message conversion center comprises:

A message coordination server, configured to modify the short message service into a coordination message, and send the modified coordination message to the long message service center/multimedia message service center; and

A value-added service server configured to send the short message service to the message coordination server when the coordination service is activated in a delivery message received from the short message service center.

5. The system of claim 1, wherein the coordination message is a Short Message Service comprising text or emoticons.

6. The system of claim 5, wherein the message conversion center comprises:

a message coordination server, configured to decorate the short message service into a coordination message; and

A value-added service server, configured to send the short message service to the message coordination server when the coordination service is activated in the delivery message received from the short message service center, and send the coordination service from the message The coordination message sent by the server is sent to the short message service center.

7. The system according to claim 4 or 6, wherein in the case where the message coordination service domain in the short message service profile received from the personal communications switching/mobile switching center is activated, the The short message service center records the attribute information of the message coordination service into the short message domain of the delivery message, and sends the delivery message to the message coordination server.

8. A method for modifying a short message service sent from a transmitting CDMA user terminal, hereinafter referred to as a sending terminal, to a receiving CDMA user terminal, hereinafter referred to as a receiving terminal, said method include:

(a) When the location of the sending terminal is registered, receive the short message service service profile information of the corresponding sending user from the home location register, and store and manage the SMS service profile information;

(b) the sending user uses the sending terminal to make a short message service, and the short message service is sent to the personal communication exchange/mobile switching center of the sender through the base station transceiver subsystem;

(c) judging whether said corresponding sending user has subscribed to a short message service grooming service hereinafter referred to as message coordination service based on the short message service service profile of said sending user;

(d) In the case that the sending user subscribes to the message coordination service, record the short message service profile in the message of the short message sent point-to-point, and record the message of the short message sent point-to-point sent to the short message service center;

(e) when said message coordination service is activated in said short message service service profile, recording said short message service in a delivery message and sending the delivery message to a message coordination server;

(f) embellishing said short message service into a coordinated message based on a format previously registered by said sending user; and

(g) Sending the modified coordination message to the receiving terminal through the short message service center.

9. The method of claim 8, wherein the coordination message is a multimedia messaging service including graphics, images, movies or sound.

10. The method according to claim 9, wherein said step (g) comprises:

Send the coordination message to the long message service center/multimedia message service center;

sending the coordination message to the short message service center using a commit message;

obtaining location information of the receiving terminal from a home location register;

storing the coordination message in the bearer data, and sending the bearer data to the personal communication switching/mobile switching center where the receiving terminal is located in the form of a point-to-point short message; and

Send the coordination message to the receiving terminal through the transceiver subsystem of the base station.

11. The method of claim 8, wherein the coordination message is a Short Message Service comprising text or emoticons.

12. The method according to claim 11, wherein said step (g) comprises:

sending the coordination message to the short message service center using a commit message;

obtaining location information of the receiving terminal from a home location register;

storing the coordination message in the bearer data, and sending the bearer data to the personal communication switching/mobile switching center where the receiving terminal is located in the form of a point-to-point short message; and

Send the coordination message to the receiving terminal through the transceiver subsystem of the base station.

13. The method according to claim 10 or 11, further comprising the steps of:

Sending a specific code of reply from the recipient's PCS/MSC to said SMSC upon success or failure of the transmission; and

A status report (status_report) is sent to the message coordination server based on the specific code.

14. A system for sending/receiving short message service between wideband code division multiple access user terminals capable of sending/receiving short message service and / or multimedia messaging service, the system includes:

Direct Expansion-Local Location Register, used to store and manage the subscription information of the coordinating service that modifies the short message service, the short message service service profile related to the attributes of the coordinating service, and the location information of the user terminal;

Mobile Switching Center/Serving General Packet Radio Service Support Node for receiving and storing from said DS-Home Location Register when the location of a transmitting Wideband Code Division Multiple Access user terminal, hereinafter referred to as a transmitting terminal, is registered The short message service profile, and in the case that the short message service is sent from the sending terminal, record the short message service profile into a message and send the message to the direct extension- short message service center;

Direct extension-short message service center, used for coordinating service subscription information and sending user information to the message conversion center; and

a message conversion center for converting said short message service into a coordination message by embellishing said short message service in a previously registered format, and sending said coordination message through said direct spread-short message service center to hereinafter referred to as A receiving code division multiple access user terminal that is a receiving terminal.

15. The system of claim 14, wherein the coordination message is a multimedia messaging service including graphics, images, movies or sound.

16. The system of claim 15, further comprising:

The long message service center/multimedia message service center is used to receive a multimedia coordination message from the message conversion center, record the multimedia coordination message into a commit message, and then send the commit message to the direct spread-short message service center;

17. The system of claim 16, wherein the message conversion center comprises:

A message coordination server, configured to modify the short message service into a coordination message, and send the modified coordination message to the long message service center/multimedia message service center; and

A value-added service server, configured to send the short message service to the message coordination server when the coordination service is activated in the message received from the direct expansion-short message service center;

18. The system of claim 14, wherein the coordination message is a Short Message Service comprising text or emoticons.

19. The system of claim 18, wherein the message conversion center comprises:

a message coordination server, configured to decorate the short message service into a coordination message; and

A value-added service server, configured to send the short message service to the message coordination server when the coordination service is activated in the delivery message received from the direct expansion-short message service center, and send the message from the The coordination message sent by the message coordination server is sent to the direct expansion-short message service center.

20. The system according to claim 14, wherein said DS-SMS center uses DS-HLR to check the location information of the receiving user, and sends the coordination message to the control center of the receiving user The receiver's Mobile Switching Center/Serving GPRS Support Node.

21. A method for modifying a short message service sent/received between a sending broadband code division multiple access user terminal and a receiving broadband code division multiple access user terminal, the sending broadband code division multiple access user terminal being able to at least send Short message service and hereinafter referred to as sending terminal, said receiving wideband code division multiple access user terminal capable of receiving and outputting short message service and/or multimedia message service and hereinafter referred to as receiving terminal, said method comprising:

(a) the sending user uses the sending terminal to make a short message service, and sends the short message service to the mobile switching center/serving GPRS support node of the sending party through the wireless transceiver subsystem;

(b) judging whether the corresponding sending user has subscribed to the short message service modification service referred to as the message coordination service hereinafter;

(c) In the case that the sending user subscribes to the message coordination service, sending the coordination service subscription information to the direct expansion-short message service center controlling the receiving user;

(d) sending the coordination service subscription information and the short message service data to the message coordination server;

(e) converting said short message service data into a coordination message in a format previously registered by said sending user; and

(f) sending the coordination message to the receiving terminal.

22. The method of claim 21 , wherein the coordination message is a multimedia messaging service including graphics, images, movies or sound.

23. The method of claim 21 , wherein the coordination message is a Short Message Service comprising text or emoticons.

24. A method for modifying a short message service sent from a transmitting wideband code division multiple access user terminal, hereinafter referred to as a sending terminal, to a receiving wideband code division multiple access user terminal, hereinafter referred to as a receiving terminal, The methods described include:

(a) When the location of the sending terminal is registered, receive the short message service service profile information of the corresponding sending user from the direct spread-home location register, and in the mobile switching center/serving general packet radio service support of the sending party storing and managing the short message service profile information in the node;

(b) The sending user uses the sending terminal to make a short message service, and the short message service is sent to the mobile switching center/serving general packet wireless service support node of the sending party through the wireless transceiver subsystem;

(c) judging whether said corresponding sending user has subscribed to a short message service grooming service hereinafter referred to as message coordination service based on the short message service service profile of said sending user;

(d) In the case that the sending user subscribes to the message coordination service, record the short message service profile in the message of forwarding_short message, and send the message of forwarding_short message Go to the Direct Spread-Short Message Service Center;

(e) when said message coordination service is activated in said short message service service profile, recording said short message service in a delivery message, and sending said delivery message to a message coordination server;

(f) embellishing said short message service into a coordinated message based on a format previously registered by said sending user; and

(g) Sending the modified coordination message to the receiving terminal through the DS-SMS center.

25. The method of claim 24, wherein the coordination message is a multimedia messaging service including graphics, images, movies or sound.

26. The method of claim 25, wherein said step (g) comprises:

Send the coordination message to the long message service center/multimedia message service center;

sending the coordination message to the direct spread-short message service center by using a commit message;

Obtaining the location information of the receiving terminal from the direct spread-local location register;

storing the coordination message in bearer data in the format of a forwarded short message, and sending the bearer data to the mobile switching center/serving general packet radio service support node where the receiving terminal is located; and

sending the coordination message to the receiving terminal through a wireless transceiver subsystem.

27. The method of claim 24, wherein the coordination message is a Short Message Service comprising text or emoticons.

28. The method of claim 27, wherein said step (g) comprises:

sending the coordination message to the direct spread-short message service center by using a commit message;

Obtaining the location information of the receiving terminal from the direct spread-local location register;

storing the coordination message in the bearer data in the format of forward_short message, and sending the bearer data to the mobile switching center/serving general packet radio service support node where the receiving terminal is located; and

sending the coordination message to the receiving terminal through a wireless transceiver subsystem.

29. The method according to claim 26 or 28, wherein the coordination message is sent to the receiving terminal over a line network or a packet network.

30. The method according to claim 26 or 28, wherein the Short Message Service Service Profile is recorded in the Short Message Service Indicator when the Short Message Service Service Profile is sent.

Claims (43)

1. one kind is used mobile communication to become Short Message Service or Multimedia Message service method with the format conversion of before having deposited by the Short Message Service that mobile communications network sends, described mobile communication plays instrumentality to Short Message Service or the Multimedia Message service that sends between terminal and the receiving terminal, and described method comprises:

(a) from sending the receiving short-message of user service;

(b) judge described transmission user whether customized the Short Message Service Transformation Service;

(c) described transmission user customized under the situation of described Short Message Service Transformation Service, described Short Message Service is converted to the form of before having deposited; And

(d) Short Message Service after receiving terminal sends conversion.

2. method according to claim 1, wherein said step (b) is performed in the mobile switching centre of transmit leg.

3. method according to claim 2, wherein said transmission user's Short Message Service Transformation Service customized information is stored in the calling party location register of mobile switching centre of described transmit leg, and described mobile switching centre use the Subscriber Number of described transmission terminal check described transmission user whether customized described Short Message Service Transformation Service.

4. method according to claim 3, wherein when the position of described transmission terminal was deposited, described Short Message Service Transformation Service customized information was sent to described calling party location register by the Home Location Register from the described transmission terminal of management and control.

5. method according to claim 4, wherein said mobile communication system is based on the network system of code division multiple access, and to send the user and receive among the user at least one be the Wideband Code Division Multiple Access (WCDMA) user who roams into code division multiple address communication system.

6. method according to claim 2, the wherein said form of before having deposited was before deposited by described transmission user.

7. mobile communication system, this system is used for and will becomes Short Message Service or Multimedia Message service with the format conversion of before having deposited from the Short Message Service that sends the user terminal transmission, Short Message Service or Multimedia Message service after will changing then send to the reception user terminal, and described system comprises:

Be used to write down send the user or receive the user whether customized the device of message conversion service;

Be used for when when described transmission user terminal receives Short Message Service with reference to the described device that is used to write down judge described transmission user whether customized the device of described message conversion service;

Be used for receiving the message conversion request and described Short Message Service being become the device of Short Message Service or Multimedia Message service with the format conversion of before having deposited from the described device that is used to judge; And

Be used for Short Message Service after the conversion or the Multimedia Message service device that sends to described reception user terminal.

8. system according to claim 7, wherein said mobile communication system is based on the communication network of code division multiple access, and described transmission user and to receive among the user at least one be the Wideband Code Division Multiple Access (WCDMA) user who roams into CDMA communication network.

9. system according to claim 7, the calling party location register that the wherein said device that is used to write down is described transmission user terminal, and the described device that is used to the judge mobile switching centre that is the described transmission user terminal of management and control.

10. system according to claim 9, wherein when the position of described transmission user terminal was deposited, the message conversion service customized information of described calling party location register was sent out and stores in the described transmission of management and control user's the Home Location Register.

11. a system that is used for transmission/reception Short Message Service between the CDMA subscriber terminal, Short Message Service that described CDMA subscriber terminal can send in CDMA network/receive and/or Multimedia Message service, described system comprises:

Home Location Register is used to store and the customized information of the coordination service of managing user information, decorating short message service, the Short Message Service service profile relevant with the attribute of described coordination service and the positional information of user terminal;

Personal communication exchange/mobile switching centre, be used for when the position that is called as the transmission CDMA subscriber terminal that sends terminal is hereinafter deposited, receive and store described Short Message Service service profile from described Home Location Register, and Short Message Service by situation about sending from described transmission terminal under, with described Short Message Service service profile record in the message of the short message of point-to-point transmission and short message that will this point-to-point transmission send to SMS service center;

SMS service center is used for having set under the customized situation of coordination service at described Short Message Service service profile, the coordination service attribute information is recorded to pay message and should pay message send to the message conversion center; And

The message conversion center, be used for by modifying described Short Message Service based on described coordination service attribute information converting this Short Message Service to co-ordination message, and described co-ordination message sent to the reception code division multiple access user terminal that is called as receiving terminal hereinafter by described SMS service center.

12. system according to claim 11, wherein said co-ordination message are the Multimedia Message services that comprises figure, image, film or sound.

13. system according to claim 12 further comprises:

Long message service center/MMS Relay/Server, be used for from described message conversion center reception multimedia cooperation message, this multimedia cooperation Message Record is arrived in the submission message (Short Message Service submission message), and should submit to message to send to described SMS service center.

14. system according to claim 13, wherein said message conversion center comprises:

The message coordination server is used for described Short Message Service is modified into co-ordination message, and the co-ordination message after will modifying sends to described long message service center/MMS Relay/Server; And

Value added service server is used for when activating under the situation of described coordination service in the payment message that receives from described SMS service center described Short Message Service being sent to described message coordination server.

15. system according to claim 11, wherein said co-ordination message are the Short Message Service that comprises text or expression.

16. system according to claim 15, wherein said message conversion center comprises:

The message coordination server is used for described Short Message Service is modified into co-ordination message; And

Value added service server, be used for when activating in the payment message that receives from described SMS service center under the situation of described coordination service, described Short Message Service is sent to described message coordination server, and will send to described SMS service center from the co-ordination message that described message coordination server sends.

17. according to claim 14 or 16 described systems, wherein under the situation that the message coordination service territory the described Short Message Service service profile that receives from described personal communication exchange/mobile switching centre is activated, described SMS service center records the attribute information of message coordination service in the short message territory of described payment message, and described payment message is sent to described message coordination server.

18. one kind is used to be modified at the method that sends the CDMA subscriber terminal and receive the Short Message Service of transmission/reception between the terminal of code division multiple access family, the described transmission CDMA subscriber terminal service of sending SMS message at least and be called as the transmission terminal hereinafter, described reception code division multiple access user terminal can receive and outputting short message service and/or Multimedia Message service and be called as receiving terminal hereinafter, and described method comprises:

(a) send the user and use described transmission terminal to make Short Message Service, and described Short Message Service is sent to the personal communication exchange/mobile switching centre of transmit leg by base transceiver subsystem;

(b) judge the corresponding user of transmission whether customized be called as the message coordination service hereinafter Short Message Service modify service;

(c) described transmission user customized under the situation of described message coordination service, the coordination service customized information is sent to the SMS service center that management and control receives the user;

(d) described coordination service customized information and Short Message Service data are sent to the message coordination server;

(e) form of before having deposited with described transmission user becomes co-ordination message with described Short Message Service data transaction; And

(f) described co-ordination message is sent to described receiving terminal.

19. system according to claim 18, wherein said co-ordination message are the Multimedia Message services that comprises figure, image, film or sound.

20. system according to claim 18, wherein said co-ordination message are the Short Message Service that comprises text or expression.

21. one kind is used to modify from being called as the method that the transmission CDMA subscriber terminal that sends terminal sends to the Short Message Service of the reception code division multiple access user terminal that is called as receiving terminal hereinafter hereinafter, described method comprises:

(a) when the position of described transmission terminal is deposited, receive the corresponding user's of transmission Short Message Service service profile information from Home Location Register, and in the personal communication exchange/mobile switching centre of transmit leg, store and manage described Short Message Service service profile information;

(b) send the user and use described transmission terminal to make Short Message Service, this Short Message Service is sent to the personal communication exchange/mobile switching centre of transmit leg by base transceiver subsystem;

(c) based on described transmission user's Short Message Service service profile judge corresponding transmission user whether customized be called as the message coordination service hereinafter Short Message Service modify service;

(d) described transmission user customized under the situation of described message coordination service, in the message of the short message of point-to-point transmission, and the message of short message that will this point-to-point transmission sends to SMS service center with described Short Message Service service profile record;

(e) when activating in described Short Message Service service profile under the situation of described message coordination service, also should pay message sends to the message coordination server to the described Short Message Service of record in paying message;

(f) form of before having deposited based on described transmission user is modified into co-ordination message with described Short Message Service; And

(g) co-ordination message after will modifying by described SMS service center sends to described receiving terminal.

22. method according to claim 21, wherein said co-ordination message are the Multimedia Message services that comprises figure, image, film or sound.

23. method according to claim 22, wherein said step (g) comprising:

Described co-ordination message is sent to long message service center/MMS Relay/Server;

Use and submit to message that described co-ordination message is sent to SMS service center;

Obtain the positional information of described receiving terminal from Home Location Register;

Described co-ordination message is stored in the carrying data, and will carry data send to described receiving terminal place with the form of the short message of point-to-point transmission personal communication exchange/mobile switching centre; And

By base transceiver subsystem described co-ordination message is sent to described receiving terminal.

24. method according to claim 21, wherein said co-ordination message are the Short Message Service that comprises text or expression.

25. method according to claim 24, wherein said step (g) comprising:

Use and submit to message that described co-ordination message is sent to SMS service center;

Obtain the positional information of described receiving terminal from Home Location Register;

Described co-ordination message is stored in the carrying data, and will carry data send to described receiving terminal place with the form of the short message of point-to-point transmission personal communication exchange/mobile switching centre; And

By base transceiver subsystem described co-ordination message is sent to described receiving terminal.

26., further comprise step according to claim 23 or 24 described methods:

According to the success or the failure that send, the particular code of replying to described SMS service center transmission from recipient's personal communication exchange/mobile switching centre; And

Based on described particular code status report (state _ report) is sent to described message coordination server.

27. system that is used for transmission/reception Short Message Service between the Wideband Code Division Multiple Access (WCDMA) user terminal, described Wideband Code Division Multiple Access (WCDMA) user terminal can send/receive Short Message Service and/or Multimedia Message service in WCDMA network, described system comprises:

Straight expansions-Home Location Register is used to store and the customized information of managing the coordination service that decorating short message serves, the Short Message Service service profile relevant with the attribute of described coordination service and the positional information of user terminal;

Mobile switching centre/service universal grouping wireless business supporting node, be used for when the position that is called as the transmission Wideband Code Division Multiple Access (WCDMA) user terminal that sends terminal is hereinafter deposited, receive and store described Short Message Service service profile from described straight expansion-Home Location Register, and under the situation that Short Message Service is sent out from described transmission terminal, described Short Message Service service profile record is sent to straight expansion-SMS service center that management and control receives the user in message and with this message;

Straight expansion-SMS service center is used for the coordination service customized information and sends user profile sending to the message conversion center; And

The message conversion center, be used for converting described Short Message Service to co-ordination message, and described co-ordination message sent to the reception code division multiple access user terminal that is called as receiving terminal hereinafter by described straight expansion-SMS service center by serving with the form decorating short message of before having deposited.

28. system according to claim 27, wherein said co-ordination message are the Multimedia Message services that comprises figure, image, film or sound.

29. system according to claim 28 further comprises:

Long message service center/MMS Relay/Server, be used for from described message conversion center reception multimedia cooperation message, and with described multimedia cooperation Message Record to submitting in the message, then described submission message is sent to described straight expansion-SMS service center;

30. system according to claim 29, wherein said message conversion center comprises:

The message coordination server is used for described Short Message Service is modified into co-ordination message, and the co-ordination message after will modifying sends to described long message service center/MMS Relay/Server; And

Value added service server is used for when activating under the situation of described coordination service in the message that receives from described straight expansion-SMS service center described Short Message Service being sent to described message coordination server;

31. system according to claim 27, wherein said co-ordination message are the Short Message Service that comprises text or expression.

32. system according to claim 31, wherein said message conversion center comprises:

The message coordination server is used for described Short Message Service is modified into co-ordination message; And

Value added service server, be used for when activating in the payment message that receives from described straight expansion-SMS service center under the situation of described coordination service, described Short Message Service is sent to described message coordination server, and will send to described straight expansion-SMS service center from the co-ordination message that described message coordination server sends.

33. system according to claim 27, wherein said straight expansion-SMS service center uses straight expansions-Home Location Register to check the reception user position information, and described co-ordination message is sent in mobile switching centre/service universal grouping wireless business supporting node of recipient of the described user of reception of management and control.

34. one kind is used to be modified at the method that sends the Wideband Code Division Multiple Access (WCDMA) user terminal and receive the Short Message Service of transmission/reception between the Wideband Code Division Multiple Access (WCDMA) user terminal, the described transmission Wideband Code Division Multiple Access (WCDMA) user terminal service of sending SMS message at least and be called as the transmission terminal hereinafter, described reception Wideband Code Division Multiple Access (WCDMA) user terminal can receive and outputting short message service and/or Multimedia Message service and be called as receiving terminal hereinafter, and described method comprises:

(a) send the user and use described transmission terminal to make Short Message Service, and described Short Message Service is sent to the mobile switching centre/service universal grouping wireless business supporting node of transmit leg by radio transceiver sub-system;

(b) judge the corresponding user of transmission whether customized be called as the message coordination service hereinafter Short Message Service modify service;

(c) described transmission user customized under the situation of described message coordination service, the coordination service customized information is sent to straight expansion-SMS service center that management and control receives the user;

(d) described coordination service customized information and Short Message Service data are sent to the message coordination server;

(e) form of before having deposited with described transmission user becomes co-ordination message with described Short Message Service data transaction; And

(f) described co-ordination message is sent to described receiving terminal.

35. method according to claim 34, wherein said co-ordination message are the Multimedia Message services that comprises figure, image, film or sound.

36. method according to claim 34, wherein said co-ordination message are the Short Message Service that comprises text or expression.

37. one kind is used to modify from being called as the method that the transmission Wideband Code Division Multiple Access (WCDMA) user terminal that sends terminal sends to the Short Message Service of the reception Wideband Code Division Multiple Access (WCDMA) user terminal that is called as receiving terminal hereinafter hereinafter, described method comprises:

(a) when the position of described transmission terminal is deposited, receive the corresponding user's of transmission Short Message Service service profile information from straight expansion-Home Location Register, and in the mobile switching centre/service universal grouping wireless business supporting node of transmit leg, store and manage described Short Message Service service profile information;

(b) described transmission user uses described transmission terminal to make Short Message Service, and described Short Message Service is sent to the mobile switching centre/service universal grouping wireless business supporting node of transmit leg by radio transceiver sub-system;

(c) based on described transmission user's Short Message Service service profile judge corresponding transmission user whether customized be called as the message coordination service hereinafter Short Message Service modify service;

(d) described transmission user customized under the situation of described message coordination service, described Short Message Service service profile record in the message of forwarding _ short message, and is sent to straight expansion-SMS service center with the message of described forwarding _ short message;

(e) when in described Short Message Service service profile, activating under the situation of described message coordination service, in paying message, write down described Short Message Service, and described payment message is sent to the message coordination server;

(f) form of before having deposited based on described transmission user is modified into co-ordination message with described Short Message Service; And

(g) co-ordination message after will modifying by described straight expansion-SMS service center sends to described receiving terminal.

38. according to the described method of claim 37, wherein said co-ordination message is the Multimedia Message service that comprises figure, image, film or sound.

39. according to the described method of claim 38, wherein said step (g) comprising:

Described co-ordination message is sent to long message service center/MMS Relay/Server;

Use and submit to message that described co-ordination message is sent to described straight expansion-SMS service center;

Obtain the positional information of described receiving terminal from straight expansion-Home Location Register;

Form with forwarding _ short message stores described co-ordination message in the carrying data into, and described carrying data is sent to the mobile switching centre/service universal grouping wireless business supporting node at described receiving terminal place; And

By radio transceiver sub-system described co-ordination message is sent to described receiving terminal.

40. according to the described method of claim 37, wherein said co-ordination message is the Short Message Service that comprises text or expression.

41. according to the described method of claim 40, wherein said step (g) comprising:

Use and submit to message that described co-ordination message is sent to described straight expansion-SMS service center;

Obtain the positional information of described receiving terminal from straight expansion-Home Location Register;

Form with forwarding _ short message stores described co-ordination message in the carrying data into, and described carrying data is sent to the mobile switching centre/service universal grouping wireless business supporting node at described receiving terminal place; And

By radio transceiver sub-system described co-ordination message is sent to described receiving terminal.

42. according to claim 39 or 41 described methods, wherein said co-ordination message is sent to described receiving terminal by circuit network or packet network.

43. according to claim 39 or 41 described methods, wherein when described Short Message Service service profile was sent out, this Short Message Service service profile was recorded in the Short Message Service designator.

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