WO2008017273A1 - Système et procédé pour mettre en œuvre un service de messages courts - Google Patents

Système et procédé pour mettre en œuvre un service de messages courts Download PDF

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Publication number
WO2008017273A1
WO2008017273A1 PCT/CN2007/070404 CN2007070404W WO2008017273A1 WO 2008017273 A1 WO2008017273 A1 WO 2008017273A1 CN 2007070404 W CN2007070404 W CN 2007070404W WO 2008017273 A1 WO2008017273 A1 WO 2008017273A1
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WO
WIPO (PCT)
Prior art keywords
short message
supplementary service
user
smse
smsc
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PCT/CN2007/070404
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English (en)
French (fr)
Inventor
Wanchun Hou
Qingyuan Feng
Original Assignee
Wanchun Hou
Qingyuan Feng
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Family has litigation
First worldwide family litigation filed litigation Critical https://patents.darts-ip.com/?family=37674796&utm_source=google_patent&utm_medium=platform_link&utm_campaign=public_patent_search&patent=WO2008017273(A1) "Global patent litigation dataset” by Darts-ip is licensed under a Creative Commons Attribution 4.0 International License.
Application filed by Wanchun Hou, Qingyuan Feng filed Critical Wanchun Hou
Publication of WO2008017273A1 publication Critical patent/WO2008017273A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/12—Messaging; Mailboxes; Announcements
    • H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]

Definitions

  • the present invention relates to the field of mobile communication technologies, and in particular, to a system and method for implementing short message supplementary services. Background technique
  • short message service brings a lot of convenience to mobile phone users.
  • Short message short message is automatically stored in the user's email address, short message screening, short message receiving by time, short message retouching, short message automatic postback and the like, short message supplementary service, if available on the mobile communication network
  • the message supplementary service will provide mobile phone users with better short message service and bring more distinctive new services to mobile telecommunication operators.
  • the existing computer technology, network technology and mobile communication technology make the technical concept of the short message supplementary service proposed by the inventor for the first time possible, that is, to establish an operation for providing short message supplementary service service to mobile phone users.
  • the system provides technical support, and therefore, the concept of the system and method for realizing the short message supplementary service proposed by the inventor for the first time is established. Summary of the invention
  • an object of the present invention is to provide a system and method for implementing a short message supplementary service, which can implement short message avoidance, short message screening, short message automatic storage to an e-mail and other short message supplementary services.
  • a short message supplementary service which can implement short message avoidance, short message screening, short message automatic storage to an e-mail and other short message supplementary services.
  • a system for implementing a short message supplementary service which is characterized in that it comprises a mobile switching center, ie, an MSC, and a short message supplementary service device, that is, an SMSE, which is respectively connected to a short message center, that is, an SMSC, and the short message center SMSC is used to establish a short message supplementary service user.
  • a mobile switching center ie, an MSC
  • a short message supplementary service device that is, an SMSE
  • SMSC short message center SMSC
  • the short message is sent to the short message supplementary service device SMSE, otherwise, the short message is processed according to the normal short message processing flow;
  • the mobile switching center MSC is used to send the mobile phone user to the short message center SMSC short message Forward to short
  • the message center SMSC is also used to forward the short message sent by the short message center SMSC to the mobile phone user to the mobile phone user;
  • the short message supplementary service device SMSE is used to manage the short message supplementary service user in the short message center SMSC
  • the database receives the short message transmitted by the short message center SMSC, and stores and processes the short message according to a preset rule or process, and sends the short message to the destination address through the short message center SMSC.
  • the short message center SMSC is also connected to an extended short message entity, ESME, which is used to send a short message to the mobile phone user via the short message center SMSC, and is used to receive the short message transmitted by the short message center SMSC.
  • ESME extended short message entity
  • the short message supplementary service device SMSE is a computer application server APPServer.
  • the short message center SMSC is further configured to determine whether the short message sending source is the short message supplementary service device SMSE, and if yes, directly process the short message according to the standard short message processing flow; the short message supplementary service device SMSE Further, the short message sent by the short message center SMSC is processed according to a preset rule or process, and it is determined whether the short message can be allowed to continue to be sent. If yes, the short message is sent to the short message center SMSC.
  • the preset rule or process includes one or more of the following functions: sending the short message to a preset email address of the target address; changing the sending time of the short message to the short message center SMSC; After storing the short message according to the preset storage mode, it is sent to the short message center SMSC; the short message in the forbidden transmission group whose source address is preset in the destination address is no longer sent to the destination address; the source address is The short message of some destination address is pre-restricted, the short message sent by the source address user to the restricted destination address is prohibited; the short message is sent to the other destination address preset by the user of the target address; the user including the target address is preset The short message of the limited content is no longer sent; the short message is retouched according to the mode preset by the source address user, and then sent to the short message center SMSC; according to the source address of the short message, a destination address is automatically generated by the user.
  • the short message is sent to the source address via the short message center SMSC.
  • a method for implementing a short message supplementary service characterized in that the method comprises the following steps: A. After receiving the short message of the short message supplementary service user, the short message center SMSC sends the short message to the short message supplementary service device SMSE; B. Short Message Supplement The service device SMSE processes the short message according to a preset rule or process.
  • the method further includes: the short message supplementary service device SMSE sends the user's registration information data to the short message center SMSC, and the short message center SMSC adds the user's data to the short message supplementary service user's database; Or the method further includes: the short message supplementary service device (SMSE) sends the cancellation information of the short message supplementary service user to the short message center SMSC, and the short message center SMSC supplements the short message in the database of the short message supplementary service user. The user's data is cleared.
  • SMSE sends the user's registration information data to the short message center SMSC
  • the short message center SMSC adds the user's data to the short message supplementary service user's database
  • the method further includes: the short message supplementary service device (SMSE) sends the cancellation information of the short message supplementary service user to the short message center SMSC, and the short message center SMSC supplements the short message in the database of the short message supplementary service user. The user's data is cleared.
  • SMSSE short message supplementary service device
  • the short message center SMSC described in step A receives the short message, and the short message of the supplementary service user refers to the short message supplement.
  • the charging service user is the sender of the short message, or the short message supplementary service user is the destination party of the short message.
  • step A if the short message center SMSC receives the short message from the short message supplementary service device SMSE to the short message supplementary service user, the short message is directly processed according to the normal short message processing flow, and the short message is no longer used. The message is sent to the short message supplementary service device SMSE.
  • the preset rules or processes described in step B are selected from the following functions: storing the short message according to the preset mode and then sending it to the destination address; storing the short message according to the preset mode, and then not sending it to the destination message Destination address; change the sending time of the short message to the destination address according to the preset sending time period; send the short message of the preset prohibited transmission type to the destination address; After the mode is retouched, it is sent to the destination address.
  • a short message preset by the user of the destination address is automatically generated and sent to the source address via the short message center SMSC.
  • the pre-set storage mode is stored on the hard disk of the short message supplementary service device SMSE, and/or sent to a preset email address.
  • the invention can provide a short message supplementary service to a mobile phone user to meet the new requirements of the mobile phone user: for example, a short message do not disturb service, a requirement of not receiving short messages of certain contents, and not receiving a short message of some senders,
  • a short message do not disturb service for example, a requirement of not receiving short messages of certain contents, and not receiving a short message of some senders
  • Some source addresses of short messages automatically send a pre-set short message and so on.
  • FIG. 1 is a schematic structural diagram of a system for implementing a short message supplementary service according to the present invention.
  • FIG. 2 is a flow chart of an implementation method of the present invention.
  • FIG. 3 is a flow chart of a registration method of the short message supplementary service of the present invention.
  • FIG. 4 is a schematic diagram of a method for deregistering a short message supplementary service according to the present invention.
  • Fig. 5 is a schematic structural view of a system according to a first embodiment of the present invention.
  • Figure 6 is a flow chart of the first embodiment of the present invention.
  • Fig. 7 is a schematic structural view of a system according to a second embodiment of the present invention.
  • Figure 8 is a flow chart of a second embodiment of the present invention.
  • Figure 9 is a block diagram showing the structure of a system in accordance with a third embodiment of the present invention.
  • Figure 10 is a flow chart of a third embodiment of the present invention.
  • Figure 11 is a block diagram showing the structure of a system according to a fourth embodiment of the present invention.
  • Figure 12 is a flow chart of a fourth embodiment of the present invention.
  • Figure 13 is a block diagram showing the structure of a system according to a fifth embodiment of the present invention.
  • Figure 14 is a flow chart showing a fifth embodiment of the present invention.
  • Figure 15 is a block diagram showing the structure of a system in accordance with a sixth embodiment of the present invention.
  • Figure 16 is a flow chart of a sixth embodiment of the present invention. detailed description
  • FIG. 1 is a system structure diagram for implementing a short message supplementary service, where a short message center (SMSC) 120 and a short message supplementary service device (SMSE) 110 are established through a TCP/IP socket (Socket).
  • the logical link connection, the short message center (SMSC) 120 and the short message supplementary service device (SMSE) 110 are communicated by the message content of the specified format, and the protocol of the specified format may be a short message point-to-point communication protocol (SMPP),
  • SMPP short message point-to-point communication protocol
  • the SMPP protocol is adopted in the embodiment.
  • the short message sender (mobile phone al50) establishes a connection with the Mobile Switching Center (MSCa) 130 over the mobile switching network using the Mobile Application Part (MAP) of Signaling No. 7.
  • MSCa Mobile Switching Center
  • MAP Mobile Application Part
  • the short message destination (mobile phone bl60) establishes a connection with the Mobile Switching Center (MSCb) 131 via the mobile switching network using the Mobile Application Part (MAP) of Signaling No. 7.
  • MSCb Mobile Switching Center
  • MAP Mobile Application Part
  • the Mobile Switching Center (MSCb) 131 establishes a connection with the Short Message Center (SMSC) 120 over the mobile switching network, which uses the Mobile Application Part (MAP) of Signaling No. 7.
  • the short message sent by the short message sender (mobile phone al50) is transmitted to the short message center (SMSC) 120 via the mobile switching center (MSCa) 130.
  • the Short Message Center (SMSC) 120 sends the short message to the short message destination (mobile phone bl60) via the Mobile Switching Center (MSCb) 131.
  • the short message sender (Extended Short Message Entity ESMEc) 140 establishes a logical link connection with the Short Message Center (SMSC) 120 via a TCP/IP socket, and the communication protocol uses Short Message Point-to-Point Communication Protocol (SMPP).
  • the short message sender (Extended Short Message Entity ESMEc) 140 sends the short message to the Short Message Center (SMSC) 120 via the Short Message Point to Point Communication Protocol (SMPP) SUBMIT_SM command.
  • SMPP Short Message Point to Point Communication Protocol
  • the short message destination (Extended Short Message Entity ESMEd) 141 establishes a logical link connection with the Short Message Center (SMSC) 120 via a TCP/IP socket, and the communication protocol uses Short Message Point-to-Point Communication Protocol (SMPP).
  • the Short Message Center (SMSC) 120 sends the short message to the short message destination (Extended Short Message Entity ESMEd) 141 via the short message Point-to-Point Communication Protocol (SMPP) DELIVER_SM command.
  • SMPP Short Message Center
  • the mobile terminal user 170 connects to the short message supplementary service device (SMSE) 110 through the mobile switching network.
  • the short message supplementary service device (SMSE) l lO is accessed through voice interaction, SMS center, WAP, USSD, etc. to manage its short message supplementary service.
  • the Internet user 180 establishes a connection with the Short Message Supplementary Service Equipment (SMSE) l lO via the Internet, and manages its SMS supplementary service through a communication method such as WEB.
  • SMSSE Short Message Supplementary Service Equipment
  • the e-mail server 190 establishes a connection with the short message supplementary service device (SMSE) l lO via the Internet, and communicates with each other using the Simple Mail Transfer Protocol (SMTP).
  • SMSE short message supplementary service device
  • SMTP Simple Mail Transfer Protocol
  • the present invention relates to implementing a short message supplementary service, including the steps:
  • the short message sender sends a short message to the short message center (SMSC) 120.
  • SMSC short message center
  • the short message sender described in the present invention may be the mobile phone al50; the short message sender may also be the extended short message entity ESMEcl40.
  • SMSC 120 checks whether the sender address or the receiving destination address of the short message is in the short message supplementary service database, and if so, sends the short message to the short message supplementary service device (SMSE) lO; Otherwise, the short message is processed according to the normal short message service flow.
  • SMSC Short Message Center
  • the short message supplementary service device (SMSE) l lO processes the short message according to the sender address of the short message or the rule or process preset by the user receiving the destination address.
  • the preset rule or process in the present invention may be sent to an email address, may be sent to a new destination address, may be stored in a storage device of a short message supplementary service device (SMSE) 110, and may be a change short message.
  • SMSE short message supplementary service device
  • the sending start time and the expiration date may be that the sending of the short message may be continued, or the sending of the short message to the original destination address may be prohibited, and the sending of the short message from the address of the sending party may be prohibited, and the sending may be prohibited to some
  • the short message of the destination address may be a modification of the short message according to a preset mode, or may automatically send back a short message to some source addresses of the short message according to the preset content, and the basic rules or processes. Compatible logic combination.
  • the registration of the short message supplementary service in the present invention includes the following steps:
  • the mobile terminal user 170 who has not registered the short message supplementary service logs in to the short message supplementary service device (SMSE) 110, and selects the registered short message supplementary service.
  • SMSE short message supplementary service device
  • SMSSE Short Message Supplementary Service Equipment
  • SMSC Short Message Center
  • SUBMIT_SM command of the Short Message Point-to-Point Communication Protocol (SMPP) the service type of the command parameter
  • service_type Fill in 101, destination address (destination_address) fill in the address of the mobile terminal user 170, source address (source_address) fill in the address of the short message supplementary service device (SMSE) l lO.
  • SMSE short message supplementary service device
  • the short message center (SMSC) 120 receives the SUBMIT_SM command from the short message supplementary service device (SMSE) l lO with a service type (service_type) of 101, and adds a destination address to the short message supplementary service database (destination) — address) the record of the content, if successful, return the SUBMIT_SM_RESP message to the short
  • the supplementary supplementary service device (SMSE) l lO, the status parameter (Command_status) fills in E_SUCCESS, otherwise, returns the SUBMIT_SM_RESP message to the short message supplementary service device (SMSE) l lO, and the status parameter (Command_status) fills in E_OTHERERR.
  • the short message supplementary service device (SMSE) l lO receives the SUBMIT_SM_RESP message, and determines the status parameter (Command_status) in the message. If the value is E_SUCCESS, the mobile terminal user is added in the short message supplementary service database. 170, the information information, then, prompting the mobile terminal user 170 to register the short message supplementary service is successful, otherwise, prompting the mobile terminal user 170 to register the short message supplementary service is unsuccessful.
  • the cancellation of the short message supplementary service in the present invention includes the following steps:
  • the mobile terminal user of the short message supplementary service 170 logs in to the short message supplementary service device (SMSE) l lO, selects the logout short message supplementary service.
  • SMSE short message supplementary service device
  • SMSSE Short Message Supplementary Service Equipment
  • SMSC Short Message Center
  • SUBMIT_SM command of the Short Message Point-to-Point Communication Protocol (SMPP) the service type of the command parameter
  • service_type Fill in 100, destination address (destination_address) fill in the address of the mobile terminal user 170, source address (source_address) fill in the address of the short message supplementary service device (SMSE) l lO.
  • SMSE short message supplementary service device
  • the short message center (SMSC) 120 receives the SUBMIT_SM command with the value of the service type (service_type) from the short message supplementary service device (SMSE) 110, and deletes the purpose in the short message supplementary service database.
  • the record of the destination-address content if successful, returns the SUBMIT_SM_RESP message to the short message supplementary service device (SMSE) 110, the status parameter (Command_status) fills in E_SUCCESS, otherwise, returns the SUBMIT_SM_RESP message to the short message supplementary service device (SMSE) l lO, status parameter (Command_status) ⁇ true write E_OTHERERR.
  • the short message supplementary service device (SMSE) l lO determines the status parameter (Command_status) in the message after receiving the SUBMIT_SM_RESP message, and if the value is E_SUCCESS, marks the mobile terminal in its short message supplementary service database. After the user 170 logs out the user, the mobile terminal user 170 is prompted to cancel the SMS supplementary service success. Otherwise, the mobile terminal user 170 is prompted to cancel the SMS supplementary service unsuccessful.
  • SMSE short message supplementary service device
  • FIG. 5 is a structural diagram of a system according to Embodiment 1 of the present invention, which is implemented on a global mobile communication system GSM network, wherein a short message sender is a mobile phone al50, a destination address is a mobile phone bl60, and a mobile phone bl60 is set.
  • the short message supplementary service of the type is "copying the received short message to the e-mail address set by it", and the mobile phone al50 is not provided with the short message supplementary service; as shown in FIG. 6, it is specific to the first embodiment of the present invention. flow chart; The specific implementation is as follows:
  • F1-F5 mobile phone al50 successfully sends the short message to the short message supplementary service user mobile phone bl60 to the short message center SMSC120;
  • SMSC120 short message center SMSC120 successfully sends the short message of the short message supplementary service user to the short message supplementary service device (SMSE) 110;
  • SMSC 120 Short Message Supplementary Service Equipment
  • the short message supplementary service device (SMSE) 110 sends the e-mail to the e-mail server 190 to which the mobile phone bl60 user presets the e-mail address belongs via the SMTP protocol.
  • SMSE short message supplementary service device
  • FIG. 7 is a structural diagram of a system according to Embodiment 2 of the present invention, which is implemented on a GSM network of a global mobile communication system, wherein a short message sender is a mobile phone al50, a destination address is a mobile phone bl60, and a mobile phone al50 is set.
  • the type is "retouching the short message and then sending it.
  • the retouching rule or process is, if the destination address of the short message it sends is a mobile phone terminal, then the short message is appended with its name information, such as Zhang San" short message.
  • the mobile phone al60 does not set the short message supplementary service; as shown in FIG. 8, it is a specific flowchart of the second embodiment of the present invention; the specific implementation is performed according to the following steps:
  • F1-F5 short message supplementary service user mobile phone al50 successfully sent the short message to the mobile phone bl60 to the short message center SMSC120;
  • SMSC120 short message center SMSC120 successfully sends the short message of the short message supplementary service user to the short message supplementary service device (SMSE) 110;
  • F8-F9 The short message supplementary service device (SMSE) llO is retouched according to the rules or procedures of the mobile phone al50 user preset "retouching the short message", and the short message is transmitted to the short by the SUBMIT_SM command of the SMPP protocol.
  • the short message center SMSC 120 sends the short message to the mobile phone ⁇ 60.
  • FIG. 9 is a structural diagram of a system according to Embodiment 3 of the present invention, which is implemented on a GSM network of a global mobile communication system, wherein a short message sender is a mobile phone al50, a destination address is a mobile phone bl60, and a mobile phone al50 is set.
  • the mobile phone bl60 sets a short message supplementary service of the type "receive short message in the time period of 8: 30-12: 00 and 14: 00-17: 30"; as shown in FIG. 10, it is the third embodiment of the present invention.
  • the specific flow chart; the specific implementation is carried out according to the following steps:
  • F1-F5 mobile phone al50 successfully sent the short message to the mobile phone bl60 to the short message center SMSC120;
  • SMSC120 short message center SMSC120 successfully sends the short message of the short message supplementary service user to the short message supplementary service device (SMSE) 110;
  • F8-F9 Short Message Supplementary Service Equipment (SMSE) llO rules or procedures based on the mobile phone bl60 user preset "receive short messages in 8: 30-12: 00 and 14: 00-17: 30 time periods"
  • the short message is sent to the short message center SMSC 120 by using the SUBMIT_SM command of the SMPP protocol, where the time of the scheduled short message is set to 8: 30-12: 00 and the parameter of the SUBMIT_SM command is scheduled to be sent.
  • SMSE Short Message Supplementary Service Equipment
  • the short message center SMSC 120 according to the normal business process to the short message Is issued to the mobile phone bl60; at the same time, the short message supplementary service device (SMSE) 110O according to the mobile phone al50 user presets the rule or process of copying the received short message to its set email address, Translating the short message into an email; further, the short message supplementary service device (SMSE) 110 receives the short message center SMSC12 If the short message returned by 0 does not reach the status report, it is checked whether the short message has exceeded the valid time.
  • SMSE short message supplementary service device
  • the short message supplementary service device (SMSE) 110O passes the SUBMIT_SM command of the SMPP protocol.
  • the short message is sent to the short message center SMSC 120, wherein, in the parameters of the SUBMIT_SM command, the time when the short message is scheduled to be sent is set to 8: 30-12: 00 and 14: 00-17: 30.
  • the last validity period val idity_ period is set in the valid time period, and the registration short message flag registered_delivery_flag is set as the status report; the short message center SMSC 120 delivers the short message to the mobile phone bl60 according to the normal business process.
  • the short message supplementary service device (SMSE) 110 sends the e-mail to the e-mail server 190 to which the e-mail address preset by the mobile phone bl50 user is located through the SMTP protocol.
  • SMSE short message supplementary service device
  • FIG. 11 is a system structural diagram of Embodiment 4 of the present invention, which is implemented on a global mobile communication system GSM network, wherein a short message sender is a mobile phone al50, a destination address is a mobile phone bl60, and a mobile phone bl60 is set.
  • GSM global mobile communication system
  • the type is "Automatically send a short message to the sender for the user of the mobile phone, for example, the content is: Zhang San wish you happy" short message supplementary service, the mobile phone al50 does not set the short message supplementary service; It is a specific flowchart of Embodiment 4 of the present invention; the specific implementation is performed according to the following steps: F1-F5: The mobile phone al50 successfully sends the short message to the short message supplementary service user mobile phone bl60 to the short message center SMSC120;
  • SMSC120 short message center SMSC120 successfully sends the short message of the short message supplementary service user to the short message supplementary service device (SMSE) 110;
  • the short message supplementary service device (SMSE) 110O forms a new short message according to the rule or process of "sending a short message of pre-set content to the user of the mobile phone for the user of the mobile phone" preset by the mobile phone bl60 user.
  • the new short message is sent to the short message center SMSC 120 by the SUBMIT_SM command of the SMPP protocol, and the short message center SMSC 120 sends the new short message to the mobile phone al50;
  • the short message supplementary service device (SMSE) 110 transmits the original short message sent by the mobile phone al50 to the short message center SMSC 120 through the SUBMIT_SM command of the SMPP protocol, and the short message center SMSC 120 sends the short message to the mobile phone. Bl60.
  • SMSE short message supplementary service device
  • FIG. 13 is a structural diagram of a system according to Embodiment 5 of the present invention, implemented on a GSM network of a global mobile communication system, wherein a short message sender is a mobile phone al50, and a destination address is an extended short message entity ESMEdl41, a mobile phone al50 A short message supplementary service of the type of "Stop the short message to the destination address is the extended short message entity ESMEdl41" is set.
  • FIG. 14 it is a specific flowchart of the fifth embodiment of the present invention.
  • F1-F5 short message supplementary service user mobile phone al50 successfully sent the short message to the extended short message entity ESMEdl41 to the short message center SMSC120;
  • SMSC120 short message center SMSC120 successfully sends the short message of the short message supplementary service user to the short message supplementary service device (SMSE) 110;
  • SMSC120 The short message supplementary service device 110O does not send the short message to the short message center according to the rule or process of "prohibiting sending short message to destination address as extended short message entity ESMEdl41" preset by the mobile phone al50 user. SMSC120.
  • FIG. 15 is a structural diagram of a system according to Embodiment 6 of the present invention, which is implemented on a global mobile communication system GSM network, wherein a short message sender is an extended short message entity ESMEcl40, and a short message content includes "Zhang San".
  • a short message sender is an extended short message entity ESMEcl40
  • a short message content includes "Zhang San”.
  • the destination address is the mobile phone bl60
  • the mobile phone bl60 sets a short message supplementary service of the type of "not receiving the short message of the content of the third"; as shown in FIG.
  • SMSC120 short message center SMSC120 successfully sends the short message of the short message supplementary service user to the short message supplementary service device (SMSE) 110;
  • the short message supplementary service device (SMSE) 110 checks the short message according to the rule or process of the mobile phone bl60 user preset "not receiving the short message of the content", and finds that the short message is rejected by the mobile phone M60.
  • the short message supplementary service device (SMSE) 110 discards the short message.
  • the above six embodiments only introduce the implementation of some short message supplementary services.
  • the short message supplementary service device is connected to a short message center.
  • the short message supplementary service device can be connected to multiple short message centers to implement a wider range of users.
  • the short message supplementary service the implementation method of the present invention is equally applicable.
  • the above six embodiments are also applicable to the CDMA communication system of the code division multiple access network, except that the communication protocol and command of the No. 7 signaling TCAP between the mobile phone al50 and the mobile switching center MSCal30 in the CDMA network are different, and the mobile The communication protocol and command above the No. 7 signaling TCAP between the mobile phone bl60 and the mobile switching center MSCal 31 are different.
  • the communication protocol and command of the TCAP No. 7 signaling between the mobile switching center MSCal 30 and the short message center SMSC 120 are different.
  • the difference is that the communication protocol and command of the No. 7 signaling TCAP between the mobile switching center MSCal 31 and the short message center SMSC 120 are different, and the others are applicable.
  • the short message center (the SMSQ 120 and the short message supplementary service device (SMSE) 11O communicate with each other through the SMPP protocol, and implements the function of the short message supplementary service. It is necessary to point out that the short message center (SMSC) 120 is short.
  • SMSE Short Supplementary Service Equipment
  • SMSE 110 can also be implemented by other communication protocols.
  • the present invention is not limited to the GSM communication network and the CDMA communication network, and is also applicable to the third generation communication network and the like, which are related to the short message supplementary service, and will not be described herein.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)
  • Telephonic Communication Services (AREA)
  • Information Transfer Between Computers (AREA)

Description

实现短消息补充业务的系统和方法
技术领域
本发明涉及移动通信技术领域， 特别是实现短消息补充业务的系统和方法。 背景技术
在目前的移动通信领域， 短消息业务给移动电话用户带来了很多方便， 但随着短消息 业务的普及和发展， 需要向移动电话用户提供诸如短消息免打扰， 禁止用户向某些地址发 送短消息， 短消息自动存储到用户的电子邮箱， 短消息筛选， 短消息按时段接收， 短消息 润饰， 短消息自动回发等之类的短消息补充业务， 如果在移动通信网络上可以提供短消息 补充业务， 将给移动电话用户提供更完善的短消息服务， 给移动电信运营商带来更具特色 的新业务， 然而， 当前并没有实现短消息补充业务的系统和方法。
现有的计算机技术、 网络技术和移动通信技术， 使得本发明人首次提出的短消息补充 业务的技术构思有了实现的可能， 也就是说为建立向移动电话用户提供短消息补充业务服 务的运营系统提供了技术支持， 因此， 本发明人首次提出的实现短消息补充业务的系统和 方法的概念得到了确立。 发明内容
有鉴于此， 本发明的目的在于提供实现短消息补充业务的系统和方法， 采用该系统或 方法， 能够实现短消息免打扰、 短消息筛选、 短消息自动存储到电子邮箱等短消息补充业 务， 从而给移动电话用户提供更完善的短消息服务， 给移动电信运营商带来更具特色的新 业务。
本发明的技术方案如下：
实现短消息补充业务的系统， 其特征在于， 包括分别连接于短消息中心即 SMSC的移 动交换中心即 MSC和短消息补充业务设备即 SMSE,所述短消息中心 SMSC用于建立短消 息补充业务用户的资料库， 并在接收到短消息之后， 根据该短消息中的源地址号码， 和 /或 目的地址号码在该资料库中进行检索， 如果源地址号码，和 /或目的地址号码在该资料库中， 则将该短消息发送到短消息补充业务设备 SMSE,否则，按照正常短消息处理流程处理该短 消息；所述移动交换中心 MSC用于把移动电话用户到短消息中心 SMSC的短消息前转到短 消息中心 SMSC, 也用于把短消息中心 SMSC发送到移动电话用户的短消息前转到移动电 话用户； 所述短消息补充业务设备 SMSE用于管理短消息中心 SMSC中的短消息补充业务 用户的资料库， 接收短消息中心 SMSC传送过来的短消息， 并根据预先设定的规则或流程 存储与处理短消息， 通过短消息中心 SMSC向目的地址发送短消息。
所述短消息中心 SMSC还连接有扩展短消息实体即 ESME, 该扩展短消息实体 ESME 用于经短消息中心 SMSC发送短消息到移动电话用户， 并用于接收短消息中心 SMSC传送 过来的短消息。
所述的短消息补充业务设备 SMSE为计算机应用服务器 APPServer。
所述的短消息中心 SMSC进一步用于判断短消息的发送来源是否为短消息补充业务设 备 SMSE, 如果是， 则直接按照标准短消息处理流程处理该短消息； 所述的短消息补充业务 设备 SMSE进一步用于按照预先设定的规则或流程处理短消息中心 SMSC传送过来的短消 息，判断该短消息是否可以允许继续发送，如果是，则把该短消息发送到短消息中心 SMSC。
所述预先设定的规则或流程包括下列功能的一种或多种： 把短消息发送到目标地址预 先设定的电子邮箱中； 把短消息的发送时间更改后再发送到短消息中心 SMSC; 把短消息 按照预先设定的存储模式存储后， 再发送到短消息中心 SMSC; 把源地址在目的地址预先 设定的禁止传送群组中的短消息， 不再发送到目的地址； 源地址到某些目的地址的短消息 被预先限制， 源地址用户向受限的目的地址发送的短消息被禁止； 把短消息发送到目标地 址用户预先设定的其他目的地址； 把包含目标地址用户预先设定的限制内容的短消息不再 发送； 把短消息按照源地址用户预先设置的模式进行润饰后， 再发送到短消息中心 SMSC; 根据短消息的源地址，自动产生一条目的地址用户预先设置的短消息，经短消息中心 SMSC, 发送到源地址。
实现短消息补充业务的方法，其特征在于，该方法包括以下步骤: A.当短消息中心 SMSC 接收到短消息补充业务用户的短消息后， 把该短消息发送到短消息补充业务设备 SMSE; B.短消息补充业务设备 SMSE根据预先设置的规则或流程处理该短消息。
该方法在步骤 A之前， 还包括： 短消息补充业务设备 SMSE把用户的注册信息资料发 送到短消息中心 SMSC, 短消息中心 SMSC把该用户的资料增加到短消息补充业务用户的 资料库中； 或者， 还包括： 短消息补充业务设备 (SMSE)把短消息补充业务用户的注销信息 资料发送到短消息中心 SMSC, 短消息中心 SMSC在短消息补充业务用户的资料库中把该 短消息补充业务用户的资料清除。
步骤 A中所述的短消息中心 SMSC接收到短消息补充业务用户的短消息是指短消息补 充业务用户为该短消息的发送方， 或者是指短消息补充业务用户为该短消息的目的方。 在步骤 A中： 如果短消息中心 SMSC接收到来源于短消息补充业务设备 SMSE的到短消息 补充业务用户的短消息时， 则直接按照正常短消息处理流程处理该短消息， 不再把该短消 息发送到短消息补充业务设备 SMSE。
步骤 B中所述的预先设置的规则或流程从下列功能中选取： 把短消息按照预先设置的 模式存储后， 再发送到目的地址； 把短消息按照预先设置的模式存储后， 不再发送到目的 地址； 把短消息的发送时间更改成按照预先设置的发送时间段后， 再发送到目的地址； 把 预先设置的禁止传送类型的短消息， 不再发送到目的地址； 把短消息按照预先设置的模式 润饰后， 再发送到目的地址； 根据短消息的源地址， 自动产生一条目的地址用户预先设置 的短消息， 经短消息中心 SMSC, 发送到源地址。
所述预先设置的存储模式是指存储在短消息补充业务设备 SMSE的硬盘上， 和 /或发送 到预先设置的电子邮箱中。
本发明的技术效果如下：
发明能够向移动电话用户提供短消息补充业务， 满足移动电话用户的新需求： 例如短 消息免打扰业务， 不接收某些内容的短消息的需求， 不接收某些发送方的短消息的需求， 把短消息存储到电子邮箱或网络存储中的需求， 把短消息转发到其他目的地址的需求， 禁 止移动电话向某些地址发送短消息的需求， 把短消息润饰后再发送到目的地址， 给短消息 的某些源地址自动发送一条预先设置的短消息等。 附图说明
图 1是本发明实现短消息补充业务的系统结构示意图。
图 2是本发明实现方法的流程图。
图 3是本发明短消息补充业务的注册方法流程图。
图 4是本发明短消息补充业务的注销方法示意图。
图 5是本发明第一实施例的系统结构示意图。
图 6是本发明第一实施例的流程图。
图 7是本发明第二实施例的系统结构示意图。
图 8是本发明第二实施例的流程图。
图 9是本发明第三实施例的系统结构示意图。
图 10是本发明第三实施例的流程图。 图 11是本发明第四实施例的系统结构示意图。
图 12是本发明第四实施例的流程图。
图 13是本发明第五实施例的系统结构示意图。
图 14是本发明第五实施例的流程图。
图 15是本发明第六实施例的系统结构示意图。
图 16是本发明第六实施例的流程图。 具体实施方式
参阅图 1， 图 1 是实现短消息补充业务的系统结构图， 其中， 短消息中心 (SMSC)120 与短消息补充业务设备 (SMSE)llO之间通过 TCP/IP的套接字 (Socket) 建立逻辑链路连接， 短消息中心 (SMSC)120与短消息补充业务设备 (SMSE)llO之间通过规定格式的消息内容进 行通信， 该规定格式的协议可以是短消息点对点通信协议 (SMPP), 本实施例中采用 SMPP 协议。
短消息发送方 （移动电话 al50)通过移动交换网络与移动交换中心 （MSCa) 130建立 连接， 通信协议采用 7号信令的移动应用部分 (MAP)。
短消息目的方（移动电话 bl60)通过移动交换网络与移动交换中心 （MSCb) 131建立 连接， 通信协议采用 7号信令的移动应用部分 (MAP)。
移动交换中心 （MSCb) 131通过移动交换网络与短消息中心 (SMSC)120建立连接， 通 信协议采用 7号信令的移动应用部分 (MAP)。 短消息发送方 （移动电话 al50) 发送的短消 息经移动交换中心 （MSCa) 130传送到短消息中心 (SMSC)120。 短消息中心 (SMSC)120通 过移动交换中心 （MSCb) 131把短消息发送到短消息目的方 （移动电话 bl60) 。
短消息发送方（扩展短消息实体 ESMEc) 140通过 TCP/IP的套接字 (Socket) 与短消息 中心 (SMSC)120建立逻辑链路连接， 通信协议采用短消息点对点通信协议 (SMPP)。 短消息 发送方 （扩展短消息实体 ESMEc) 140通过短消息点对点通信协议 (SMPP)的 SUBMIT_SM 命令把短消息发送到短消息中心 (SMSC)120。
短消息目的方（扩展短消息实体 ESMEd) 141通过 TCP/IP的套接字 (Socket) 与短消息 中心 (SMSC)120建立逻辑链路连接， 通信协议采用短消息点对点通信协议 (SMPP)。 短消息 中心 (SMSC)120通过短消息点对点通信协议 (SMPP)的 DELIVER_SM命令把短消息发送到 短消息目的方 （扩展短消息实体 ESMEd) 141。
移动终端用户 170通过移动交换网络与短消息补充业务设备 (SMSE)llO进行连接， 通 过语音交互、 短信中心、 WAP、 USSD等方式访问短消息补充业务设备 (SMSE)l lO, 来管理 其短信补充业务。
互联网用户 180通过互联网与短消息补充业务设备 (SMSE)l lO建立连接， 并通过 WEB 等通信方式来管理其短信补充业务。
电子邮箱服务器 190通过互联网与短消息补充业务设备 (SMSE)l lO建立连接， 并采用 简单邮件传送协议 SMTP ( Simple message transfer protocol ) 进行相互间的通信。
参阅图 1和图 2， 本发明中关于实现短消息补充业务， 包括步骤：
1 ) 短消息发送方发送短消息到短消息中心 (SMSC)120。 本发明中所述的短消息发送方 可以是移动电话 al50; 所述的短消息发送方也可以是扩展短消息实体 ESMEcl40。
2)短消息中心 (SMSC)120检查该短消息的发送方地址或接收目的地址是否在短消息补 充业务资料库中， 如果是， 则把该短消息发送到短消息补充业务设备 (SMSE)l lO; 否则， 按 照正常的短消息业务流程处理该短消息。
3 )短消息补充业务设备 (SMSE)l lO按照该短消息的发送方地址或接收目的地址用户预 先设置的规则或流程处理该短消息。 本发明中预先设置的规则或流程可以是发送到电子邮 箱地址， 可以是发送到新的目标地址， 可以是存储到短消息补充业务设备 (SMSE)l lO 的存 储设备中， 可以是改变短消息的发送开始时间和有效期， 可以是继续下发短消息， 可以是 禁止下发短消息到原目的地址， 可以是禁止下发来自某些发送方地址的短消息， 可以是禁 止下发到某些目的地址的短消息， 可以是将短消息按照预先设定的模式进行润饰， 可以是 按照预先设定的内容给短消息的某些源地址自动回发一条短消息等以及这些基本规则或流 程的相容逻辑组合。
参阅图 3， 本发明中关于实现短消息补充业务的注册， 包括步骤：
1 )未注册短消息补充业务的移动终端用户 170登录到短消息补充业务设备 (SMSE)110， 选择注册短消息补充业务。
2 ) 短消息补充业务设备（SMSE)l lO 通过短消息点对点通信协议（SMPP) 的 SUBMIT_SM 命令向短消息中心（SMSC)120 发送短消息， 该命令参数的服务类型
( service— type ) 填写 101， 目的地址 (destination— address)填写移动终端用户 170的地 址， 源地址 (source— address)填写短消息补充业务设备 (SMSE)l lO的地址。
3 ) 短消息中心 (SMSC)120 接收到来自短消息补充业务设备 (SMSE)l lO 的服务类型 ( service— type ) 为 101的 SUBMIT_SM命令后， 在短消息补充业务资料库中添加目的地 址 (destination— address)内容的记录， 如果成功， 则返回 SUBMIT_SM_RESP消息给短消 息补充业务设备 (SMSE)l lO, 状态参数 （Command_status ) 填写 E_SUCCESS， 否则， 返回 SUBMIT_SM_RESP消息给短消息补充业务设备 (SMSE)l lO, 状态参数 （ Command_status ) 填写 E_OTHERERR。
4)短消息补充业务设备 (SMSE)l lO收到该 SUBMIT_SM_RESP消息后， 判断该消息中 的状态参数（Command_status)， 如果值为 E_SUCCESS， 则在其短消息补充业务资料库中， 增加移动终端用户 170的资料信息， 然后， 提示移动终端用户 170注册短信补充业务成功， 否则， 提示移动终端用户 170注册短信补充业务不成功。
参阅图 4， 本发明中关于实现短消息补充业务的注销， 包括步骤：
1 ) 短消息补充业务的移动终端用户 170登录到短消息补充业务设备 (SMSE)l lO, 选择 注销短消息补充业务。
2 ) 短消息补充业务设备（SMSE)l lO 通过短消息点对点通信协议（SMPP) 的 SUBMIT_SM 命令向短消息中心（SMSC)120 发送短消息， 该命令参数的服务类型
( service— type ) 填写 100， 目的地址 (destination— address)填写移动终端用户 170的地 址， 源地址 (source— address)填写短消息补充业务设备 (SMSE)l lO的地址。
3 ) 短消息中心 (SMSC)120 接收到来自短消息补充业务设备 (SMSE)l lO 的该服务类型 ( service— type ) 的值为 100的 SUBMIT_SM命令后， 在短消息补充业务资料库中删除目 的地址 (destination— address)内容的记录， 如果成功， 则返回 SUBMIT_SM_RESP消息给 短消息补充业务设备 (SMSE)110， 状态参数 （Command_status ) 填写 E_SUCCESS， 否则， 返回 SUBMIT_SM_RESP 消息给短消息补充业务设备（SMSE)l lO， 状态参数 (Command—status ) ±真写 E_OTHERERR。
4)短消息补充业务设备 (SMSE)l lO收到该 SUBMIT_SM_RESP消息后， 判断该消息中 的状态参数（Command_status)， 如果值为 E_SUCCESS， 则在其短消息补充业务资料库中， 标志该移动终端用户 170为注销用户后， 提示移动终端用户 170注销短信补充业务成功， 否则， 提示移动终端用户 170注销短信补充业务不成功。
为了便于进一步理解本发明， 下面结合具体实施例进行详细描述。
第一实施例为复制短消息到邮箱的业务：
参阅图 5， 图 5是本发明的实施例一的系统结构图， 在全球移动通信系统 GSM网络上 实现， 其中短消息发送方是移动电话 al50， 目的地址是移动电话 bl60， 移动电话 bl60设 置了类型为 "把接收的短消息都复制一份到其设置的电子邮箱地址" 的短消息补充业务， 移动电话 al50没有设置短消息补充业务； 如图 6所示， 为本发明实施例一的具体流程图； 具体实现按照以下步骤进行：
F1-F5: 移动电话 al50把到短消息补充业务用户移动电话 bl60的短消息成功发送到短 消息中心 SMSC120;
F6-F7: 短消息中心 SMSC120把该短消息补充业务用户的短消息成功发送到短消息补 充业务设备 (SMSE)llO;
F8-F9: 短消息补充业务设备 (SMSE)llO根据移动电话 bl60 用户预先设置的 "把接收 的短消息都复制一份到其设置的电子邮箱地址" 的规则或流程， 通过 SMPP 协议的 SUBMIT_SM命令， 将该短消息传送到短消息中心 SMSC120, 短消息中心 SMSC120把该 短消息下发给移动电话 M60; 同时， 短消息补充业务设备 (SMSE)llO把该短消息变换成电 子邮件；
F10-F17: 短消息补充业务设备 (SMSE)llO通过 SMTP协议把该电子邮件发送到移动电 话 bl60用户预先设置的电子邮箱地址所归属的电子邮箱服务器 190。
第二实施例为润饰短消息的业务：
参阅图 7， 图 7是本发明的实施例二的系统结构图， 在全球移动通信系统 GSM网络上 实现， 其中短消息发送方是移动电话 al50， 目的地址是移动电话 bl60， 移动电话 al50设 置了类型为 "把短消息润饰后再发送， 润饰规则或流程是， 如果其发送的短消息的目的地 址是移动电话终端， 则在该短消息之后附加上其姓名信息， 例如张三"的短消息补充业务， 移动电话 al60没有设置短消息补充业务； 如图 8所示， 为本发明实施例二的具体流程图； 具体实现按照以下步骤进行：
F1-F5: 短消息补充业务用户移动电话 al50把到移动电话 bl60的短消息成功发送到短 消息中心 SMSC120;
F6-F7: 短消息中心 SMSC120把该短消息补充业务用户的短消息成功发送到短消息补 充业务设备 (SMSE)llO;
F8-F9: 短消息补充业务设备 (SMSE)llO根据移动电话 al50用户预先设置的 "把短消 息进行润饰" 的规则或流程进行润饰后， 通过 SMPP协议的 SUBMIT_SM命令， 将该短消 息传送到短消息中心 SMSC120, 短消息中心 SMSC120把该短消息下发给移动电话 Μ60。
第三实施例为分时间段接收短消息的业务：
参阅图 9， 图 9是本发明的实施例三的系统结构图， 在全球移动通信系统 GSM网络上 实现， 其中短消息发送方是移动电话 al50， 目的地址是移动电话 bl60， 移动电话 al50设 置了类型为 "把其发送的短消息都复制一份到其设置的电子邮箱地址"的短消息补充业务， 移动电话 bl60设置了类型为 "在 8: 30-12： 00和 14: 00-17： 30的时间段内接收短消息" 的短消息补充业务； 如图 10所示， 为本发明实施例三的具体流程图； 具体实现按照以下步 骤进行：
F1-F5: 移动电话 al50把到移动电话 bl60的短消息成功发送到短消息中心 SMSC120;
F6-F7: 短消息中心 SMSC120把该短消息补充业务用户的短消息成功发送到短消息补 充业务设备 (SMSE)llO;
F8-F9: 短消息补充业务设备 (SMSE)llO根据移动电话 bl60 用户预先设置的 "在 8: 30-12： 00和 14: 00-17： 30 的时间段内接收短消息" 的规则或流程， 通过 SMPP协议的 SUBMIT_SM命令将该短消息传送到短消息中心 SMSC120, 其中， 该 SUBMIT_SM命令的 参数中，计划下发短消息的时间 schedule— del ivery— time设置在 8： 30-12： 00和 14： 00-17： 30的时间段内， 最后有效期限 val idity— period设置在有效的时间段内， 注册短消息标志 registered_delivery_flag设置为返回状态报告； 短消息中心 SMSC120按照正常业务流程把 该短消息下发给移动电话 bl60; 同时， 短消息补充业务设备 (SMSE)llO根据移动电话 al50 用户预先设置的把 "把接收的短消息都复制一份到其设置的电子邮箱地址"的规则或流程， 把该短消息变换成电子邮件； 其中更进一步， 短消息补充业务设备 (SMSE)llO 接收到短消 息中心 SMSC120返回的短消息没到达状态报告后， 检查该短消息是否已经超过有效时间， 如果是， 则停止发送该短消息， 否则， 短消息补充业务设备 (SMSE)llO通过 SMPP协议的 SUBMIT_SM命令将该短消息传送到短消息中心 SMSC120, 其中， 该 SUBMIT_SM命令的 参数中，计划下发短消息的时间 schedule— del ivery— time设置在 8： 30-12： 00和 14： 00-17： 30的时间段内， 最后有效期限 val idity— period设置在有效的时间段内， 注册短消息标志 registered_delivery_flag设置为要状态报告； 短消息中心 SMSC120按照正常业务流程把该 短消息下发给移动电话 bl60。
F10-F17: 短消息补充业务设备 (SMSE)llO通过 SMTP协议把把该电子邮件发送到移动 电话 bl50用户预先设置的的电子邮箱地址所归属的电子邮箱服务器 190。
第四实施例为自动回复短消息的业务：
参阅图 11， 图 11是本发明的实施例四的系统结构图， 在全球移动通信系统 GSM网络 上实现， 其中短消息发送方是移动电话 al50， 目的地址是移动电话 bl60， 移动电话 bl60 设置了类型为 "自动给发送方为移动电话的用户发送一条预先设置内容的短消息， 例如内 容为： 张三祝您快乐" 的短消息补充业务， 移动电话 al50没有设置短消息补充业务； 如图 12所示， 为本发明实施例四的具体流程图； 具体实现按照以下步骤进行： F1-F5: 移动电话 al50把到短消息补充业务用户移动电话 bl60的短消息成功发送到短 消息中心 SMSC120;
F6-F7: 短消息中心 SMSC120把该短消息补充业务用户的短消息成功发送到短消息补 充业务设备 (SMSE)llO;
F8-F9: 短消息补充业务设备 (SMSE)llO根据移动电话 bl60用户预先设置的 "自动给 发送方为移动电话的用户发送一条预先设置内容的短消息" 的规则或流程形成新的短消息 后， 通过 SMPP协议的 SUBMIT_SM命令， 将该新的短消息传送到短消息中心 SMSC120, 短消息中心 SMSC120把该新的短消息下发给移动电话 al50;
F10-F11 : 短消息补充业务设备 (SMSE)llO通过 SMPP协议的 SUBMIT_SM命令，将移 动电话 al50发送过来的原短消息传送到短消息中心 SMSC120, 短消息中心 SMSC120把该 短消息下发给移动电话 bl60。
第五实施例为短消息禁止下发的业务：
参阅图 13， 图 13是本发明的实施例五的系统结构图， 在全球移动通信系统 GSM网络 上实现， 其中短消息发送方是移动电话 al50， 目的地址是扩展短消息实体 ESMEdl41， 移 动电话 al50设置了类型为 "禁止发送短消息到目的地址为扩展短消息实体 ESMEdl41 " 的 短消息补充业务； 如图 14所示， 为本发明实施例五的具体流程图； 具体实现按照以下步骤 进行：
F1-F5: 短消息补充业务用户移动电话 al50把到扩展短消息实体 ESMEdl41的短消息 成功发送到短消息中心 SMSC120;
F6-F7: 短消息中心 SMSC120把该短消息补充业务用户的短消息成功发送到短消息补 充业务设备 (SMSE)llO;
F8: 短消息补充业务设备 (SMSE)llO根据移动电话 al50用户预先设置的 "禁止发送短 消息到目的地址为扩展短消息实体 ESMEdl41 " 的规则或流程， 不再把该短消息发送到短 消息中心 SMSC120。
第六实施例为短消息内容筛选业务：
参阅图 15， 图 15是本发明的实施例六的系统结构图， 在全球移动通信系统 GSM网络 上实现， 其中短消息发送方是扩展短消息实体 ESMEcl40， 短消息内容中含有"张三"这两 个字， 目的地址是移动电话 bl60， 移动电话 bl60设置了类型为 "不接收内容为张三的短消 息"的短消息补充业务； 如图 16所示， 为本发明实施例六的具体流程图； 具体实现按照以 下步骤进行： F1-F3: 扩展短消息实体 ESMEcl40把到短消息补充业务用户移动电话 M60的短消息 成功发送到短消息中心 SMSC120;
F4-F5: 短消息中心 SMSC120把该短消息补充业务用户的短消息成功发送到短消息补 充业务设备 (SMSE)llO;
F6: 短消息补充业务设备 (SMSE)llO根据移动电话 bl60 用户预先设置的"不接收内容 为张三的短消息"的规则或流程，检查该短消息，发现该短消息被移动电话 M60拒绝接收， 短消息补充业务设备 (SMSE)llO把该短消息丢弃。
以上六个实施例只是介绍了部分短消息补充业务的实现， 同样适用于短消息按照源地 址进行筛选， 短消息免打扰， 短消息转移到其他目标地址等其他短消息补充业务， 此不再 赘述。
需要指出的是， 以上实施例中， 短消息补充业务设备 (SMSE)与一个短消息中心连接， 实际上， 短消息补充业务设备 (SMSE)与多个短消息中心连接就可以实现更大范围用户的短 消息补充业务， 本发明的实现方法同样适用。
以上六个实施例同样也适用于码分多址网络 CDMA通信系统， 只是在该 CDMA网络 中移动电话 al50与移动交换中心 MSCal30之间的 7号信令 TCAP以上的通信协议和命令 有所差异， 移动电话 bl60与移动交换中心 MSCal31之间的 7号信令 TCAP以上的通信协 议和命令有所差异，移动交换中心 MSCal30与短消息中心 SMSC120之间的 7号信令 TCAP 以上的通信协议和命令有所差异， 移动交换中心 MSCal31与短消息中心 SMSC120之间的 7号信令 TCAP以上的通信协议和命令有所差异， 其他均适用。
本实施例中，短消息中心 (SMSQ120与短消息补充业务设备 (SMSE)llO之间通过 SMPP 协议进行通信， 实现了短消息补充业务的功能， 需要指出的是短消息中心 (SMSC)120 与短 消息补充业务设备 (SMSE)llO之间也可以采用其他的通信协议来实现。
可以理解， 本发明不仅限于 GSM通信网络和 CDMA通信网络， 也适用于涉及短消息 补充业务的第三代通信网络等， 在此不再赘述。
以上所述的实施例子仅是本发明的优选实施方式， 应当指出， 对于本技术领域的普通 技术人员来说， 在不脱离本发明原理的前提下， 还可以作出若干改进和润饰， 这些改进和 润饰也应视为本发明的保护范围。

Claims

权利要求
1.实现短消息补充业务的系统， 其特征在于， 包括分别连接于短消息中心即 SMSC 的 移动交换中心即 MSC和短消息补充业务设备即 SMSE,所述短消息中心 SMSC用于建立短 消息补充业务用户的资料库， 并在接收到短消息之后， 根据该短消息中的源地址号码， 和 / 或目的地址号码在该资料库中进行检索， 如果源地址号码， 和 /或目的地址号码在该资料库 中， 则将该短消息发送到短消息补充业务设备 SMSE, 否则， 按照正常短消息处理流程处理 该短消息；所述移动交换中心 MSC用于把移动电话用户到短消息中心 SMSC的短消息前转 到短消息中心 SMSC, 也用于把短消息中心 SMSC发送到移动电话用户的短消息前转到移 动电话用户； 所述短消息补充业务设备 SMSE用于管理短消息中心 SMSC中的短消息补充 业务用户的资料库， 接收短消息中心 SMSC传送过来的短消息， 并根据预先设定的规则或 流程处理短消息， 通过短消息中心 SMSC向目的地址发送短消息。
2.根据权利要求 1 所述的实现短消息补充业务的系统， 其特征在于， 所述短消息中心 SMSC 还连接有扩展短消息实体即 ESME, 该扩展短消息实体 ESME用于经短消息中心 SMSC发送短消息到移动电话用户， 并用于接收短消息中心 SMSC传送过来的短消息。
3.根据权利要求 1所述的实现短消息补充业务的系统， 其特征在于， 所述的短消息补充 业务设备 SMSE为计算机应用服务器 APPServer。
4.根据权利要求 1所述的实现短消息补充业务的系统， 其特征在于， 所述的短消息中心 SMSC进一步用于判断短消息的发送来源是否为短消息补充业务设备 SMSE, 如果是， 则直 接按照标准短消息处理流程处理该短消息； 所述的短消息补充业务设备 SMSE进一步用于 按照预先设定的规则或流程处理短消息中心 SMSC传送过来的短消息， 判断该短消息是否 可以允许继续发送， 如果是， 则把该短消息发送到短消息中心 SMSC。
5.根据权利要求 1-5之一所述的实现短消息补充业务的系统， 其特征在于， 所述预先设 定的规则或流程包括下列功能的一种或多种： 把短消息发送到目标地址预先设定的电子邮 箱中； 把短消息的发送时间更改后再发送到短消息中心 SMSC; 把短消息按照预先设定的 存储模式存储后， 再发送到短消息中心 SMSC; 把源地址在目的地址预先设定的禁止传送 群组中的短消息， 不再发送到目的地址； 源地址到某些目的地址的短消息被预先限制， 源 地址用户向受限的目的地址发送的短消息被禁止； 把短消息发送到目标地址用户预先设定 的其他目的地址； 把包含目标地址用户预先设定的限制内容的短消息不再发送； 把短消息 按照源地址用户预先设置的模式进行润饰后， 再发送到短消息中心 SMSC; 根据短消息的 源地址， 自动产生一条目的地址用户预先设置的短消息， 经短消息中心 SMSC, 发送到源 地址。
6.实现短消息补充业务的方法， 其特征在于， 该方法包括以下步骤： A.当短消息中心 SMSC 接收到短消息补充业务用户的短消息后， 把该短消息发送到短消息补充业务设备 SMSE; B.短消息补充业务设备 SMSE根据预先设置的规则或流程处理该短消息。
7.根据权利要求 6所述的实现短消息补充业务的方法， 其特征在于， 该方法在步骤 A 之前，还包括:短消息补充业务设备 SMSE把用户的注册信息资料发送到短消息中心 SMSC, 短消息中心 SMSC把该用户的资料增加到短消息补充业务用户的资料库中； 或者， 还包括： 短消息补充业务设备 (SMSE)把短消息补充业务用户的注销信息资料发送到短消息中心 SMSC,短消息中心 SMSC在短消息补充业务用户的资料库中把该短消息补充业务用户的资 料清除。
8.根据权利要求 6所述的实现短消息补充业务的方法， 其特征在于， 步骤 A中所述的 短消息中心 SMSC接收到短消息补充业务用户的短消息是指短消息补充业务用户为该短消 息的发送方， 或者是指短消息补充业务用户为该短消息的目的方。
9.根据权利要求 6所述的实现短消息补充业务的方法， 其特征在于， 在步骤 A中： 如 果短消息中心 SMSC接收到来源于短消息补充业务设备 SMSE的到短消息补充业务用户的 短消息时， 则直接按照正常短消息处理流程处理该短消息， 不再把该短消息发送到短消息 补充业务设备 SMSE。
10.根据权利要求 6所述的实现短消息补充业务的方法， 其特征在于， 步骤 B中所述的 预先设置的规则或流程从下列功能中选取： 把短消息按照预先设置的模式存储后， 再发送 到目的地址； 把短消息按照预先设置的模式存储后， 不再发送到目的地址； 把短消息的发 送时间更改成按照预先设置的发送时间段后， 再发送到目的地址； 把预先设置的禁止传送 类型的短消息， 不再发送到目的地址； 把短消息按照预先设置的模式润饰后， 再发送到目 的地址； 根据短消息的源地址， 自动产生一条目的地址用户预先设置的短消息， 经短消息 中心 SMSC, 发送到源地址。
11.根据权利要求 10所述的实现短消息补充业务的方法， 其特征在于， 所述预先设置的 存储模式是指存储在短消息补充业务设备 SMSE的硬盘上， 和 /或发送到预先设置的电子邮 箱中。
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