CN103747513A - Electricity-saving method of mobile terminal, mobile terminal and mobile management device - Google Patents

Electricity-saving method of mobile terminal, mobile terminal and mobile management device Download PDF

Info

Publication number
CN103747513A
CN103747513A CN201410035976.2A CN201410035976A CN103747513A CN 103747513 A CN103747513 A CN 103747513A CN 201410035976 A CN201410035976 A CN 201410035976A CN 103747513 A CN103747513 A CN 103747513A
Authority
CN
China
Prior art keywords
card
sign
lte
msc
mobile terminal
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201410035976.2A
Other languages
Chinese (zh)
Other versions
CN103747513B (en
Inventor
袁晓静
马书惠
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
China United Network Communications Group Co Ltd
Original Assignee
China United Network Communications Group Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by China United Network Communications Group Co Ltd filed Critical China United Network Communications Group Co Ltd
Priority to CN201410035976.2A priority Critical patent/CN103747513B/en
Publication of CN103747513A publication Critical patent/CN103747513A/en
Application granted granted Critical
Publication of CN103747513B publication Critical patent/CN103747513B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Classifications

    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D30/00—Reducing energy consumption in communication networks
    • Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks

Landscapes

  • Mobile Radio Communication Systems (AREA)

Abstract

The invention provides an electricity-saving method of a mobile terminal, the mobile terminal and a mobile management device. The method comprises the steps: the mobile terminal obtains business states of an LTE (long term evolution) card and a 3G card in real time;when the LTE card or the 3G card is in an idle state, the mobile terminal sends the obtained network address of an network element of a network where one card is positioned to a network element of a network where the other card is positioned for storing the network address, and a radio-frequency unit corresponding to the other card is shut down. When a business corresponding to the other card is initiated, the network element of the network where the other card is positioned starts the radio-frequency unit corresponding to the other card by virtue of a network control mobile terminal where the card is positioned according to the stored network address of the network element of the network where the card is positioned. According to the electricity-saving method of the mobile terminal, the mobile terminal and the mobile management device, provided by the invention, normal business execution of the LTE card and the 3G card is not influenced while the power consumption of the mobile terminal is lowered.

Description

Power-saving method, mobile terminal and the mobile management device of mobile terminal
Technical field
The present invention relates to communication technical field, relate in particular to a kind of power-saving method, mobile terminal and mobile management device of mobile terminal.
Background technology
Along with the development of mobile communication technology, in order to meet the user's request that has multiple numbers, there are in the market a lot of dual-card dual-standby terminals.Long Term Evolution as herein described (Long Term Evolution, be called for short LTE) dual-card dual-standby terminal, refer to that terminal possesses LTE function and supports two card standbies simultaneously, one of them draw-in groove can insert LTE card, another draw-in groove can insert 3G card, two cards, respectively two network standbies, are realized communication function.LTE card is operated under LTE pattern, supports many standards of LTE/2G/3G, and terminal resides in LTE network and carries out packet switch domain service, and falls back to 2G/3G network executive circuit territory business.3G card is operated under 3G pattern, only supports 3G standard, and terminal resides in 3G network executive circuit territory business and packet switch domain service.LTE dual-card dual-standby terminal is when normal standby, double card resides in monitoring service in different networks by radio frequency unit separately, when having business to initiate, by radio frequency unit separately, carry out business, but LTE dual-card dual-standby terminal is when normal standby, and because the two cover radio frequency units corresponding with double card are all in opening, therefore power consumption is large, stand-by time is short, affects user and experiences.
In prior art, for solving two cover radio frequency units corresponding to double card, all in opening, cause power consumption large, stand-by time is short, affects the problem that user experiences, LTE dual-card dual-standby terminal obtains the service condition of LTE card and 3G card, and closes the radio frequency unit of the card correspondence in Idle state.
But there is following shortcoming in prior art: when the business corresponding with card in Idle state initiated, the card in Idle state, because corresponding radio frequency unit is in closed condition, therefore cannot be carried out corresponding business.
Summary of the invention
The invention provides a kind of power-saving method, mobile terminal and mobile management device of mobile terminal, in order to solve the card in Idle state existing in prior art because corresponding radio frequency unit is in closed condition, therefore cannot carry out the problem of corresponding business.
On the one hand, the invention provides a kind of power-saving method of mobile terminal, comprising:
The service condition of mobile terminal Real-time Obtaining Long Term Evolution LTE card and 3G card;
When described acquisition for mobile terminal arrives described LTE card in Idle state, described mobile terminal sends to a described MSC by the request message of the network address that obtains the first moving exchanging center MSC by the first base station of the 3G network at described 3G card place; Or, the request message of the network address that obtains GPRS service node SGSN is sent to described SGSN by described the first base station;
Described mobile terminal receives the response message of the network address that comprises a described MSC that a described MSC returns by described the first base station; Or, receive the response message of the network address that comprises SGSN that described SGSN returns by described the first base station;
Described mobile terminal sends to mobile management entity MME by the sign of the network address of a described MSC and described 3G card by the base station eNodeB of the LTE network at described LTE card place, for described MME, sets up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of a described MSC and the sign of described 3G card; Or, the sign of the network address of described SGSN and described 3G card is sent to described MME by described base station eNodeB, for described MME, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described SGSN and the sign of described 3G card;
Described mobile terminal receives the notification message of closing the radio frequency unit corresponding with described LTE card that described MME sends by described base station eNodeB, and closes the described radio frequency unit corresponding with described LTE card;
When described mobile terminal receives the sign of the described 3G card that a described MSC sends according to the corresponding relation between the network address of a described MSC and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card when receiving described MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by described the first base station, and open the described radio frequency unit corresponding with described LTE card; Or, while receiving the sign of the described 3G card that described SGSN sends according to the corresponding relation between the network address of described SGSN and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card when receiving described MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by described the first base station, and open the described radio frequency unit corresponding with described LTE card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card; The described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of power-saving method of mobile terminal, comprising:
The service condition of mobile terminal Real-time Obtaining LTE card and 3G card;
When described acquisition for mobile terminal is to described LTE card in packet switch domain service connected state and described 3G card during in Idle state, described mobile terminal sends to described MME by the request message of the network address that obtains MME by the base station eNodeB of the LTE network at described LTE card place;
Described mobile terminal receives the response message of the network address that comprises described MME that described MME returns by described base station eNodeB;
Described mobile terminal sends to MSC and a SGSN by the sign of the network address of described MME and described LTE card by the first base station of the 3G network at described 3G card place, for a described MSC and described SGSN, sets up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card;
Described mobile terminal receives the notification message of closing the radio frequency unit corresponding with described 3G card that a described MSC and described SGSN send by described the first base station, and closes the described radio frequency unit corresponding with described 3G card;
Described mobile terminal receive described MME receive a described MSC when receiving circuit domain business request or described SGSN when receiving packet switch domain service request, during the sign of the described LTE card sending according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and corresponding relation between the sign of described 3G card and the sign of described LTE card, the notification message of the radio frequency unit corresponding with described 3G card described in the unlatching sending by described base station eNodeB, and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of power-saving method of mobile terminal, comprising:
The service condition of mobile terminal Real-time Obtaining LTE card and 3G card;
When described acquisition for mobile terminal is to described LTE card in circuit domain business connected state and described 3G card during in Idle state, described mobile terminal sends to described the 2nd MSC by the request message of the network address that obtains the 2nd MSC by the second base station of the 2G/3G network at described LTE card place;
Described mobile terminal receives the response message of the network address that comprises described the 2nd MSC that described the 2nd MSC returns by described the second base station;
Described mobile terminal sends to MSC and a SGSN by the sign of the network address of described the 2nd MSC and described LTE card by the first base station of the 3G network at described 3G card place, for a described MSC and described SGSN, sets up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card;
Described mobile terminal receives the notification message of closing the radio frequency unit corresponding with described 3G card that a described MSC and described SGSN send by described the first base station, and closes the described radio frequency unit corresponding with described 3G card;
Described mobile terminal receive described the 2nd MSC receive a described MSC when receiving circuit domain business request or described SGSN when receiving packet switch domain service request, during the sign of the described LTE card sending according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and corresponding relation between the sign of described 3G card and the sign of described LTE card, the notification message of the radio frequency unit corresponding with described 3G card described in the unlatching sending by described the second base station, and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of power-saving method of mobile terminal, comprising:
The network address of a MSC and the sign of 3G card that the base station eNodeB of MME mobile terminal receive LTE network by described LTE card place when getting LTE card in Idle state sends, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of a described MSC and the sign of described 3G card; Or, receive the network address of SGSN and the sign of described 3G card that described mobile terminal sends by described base station eNodeB when getting described LTE card in Idle state, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described SGSN and the sign of described 3G card;
Described MME sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described LTE card by described base station eNodeB, for described mobile terminal, closes the described radio frequency unit corresponding with described LTE card;
Described MME receives service request, and according to the corresponding relation between the network address of a described MSC and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described 3G card is sent to a described MSC, for a described MSC, control described mobile terminal and open the described radio frequency unit corresponding with described LTE card; Or, corresponding relation between the network address of described SGSN and the sign of described 3G card of storing according to self and the corresponding relation between the sign of described 3G card and the sign of described LTE card send to described SGSN by the sign of described 3G card, control described mobile terminal open the described radio frequency unit corresponding with described LTE card for described SGSN;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and 3G card; The described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of power-saving method of mobile terminal, comprising:
The corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card is set up and stored to the one MSC mobile terminal receive, in the network address of MME and the sign of described LTE card that get LTE card and send in the first base station of packet switch domain service connected state and the 3G card 3G network by described 3G card place during in Idle state;
A described MSC sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described 3G card by described the first base station, for described mobile terminal, the sign of the network address of described MME and described LTE card being sent to SGSN by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of described SGSN by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
A described MSC receiving circuit territory service request, and according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described MME, for described MME, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of power-saving method of mobile terminal, comprising:
The corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card is set up and stored to SGSN mobile terminal receive, in the network address of MME and the sign of described LTE card that get LTE card and send in the first base station of packet switch domain service connected state and the 3G card 3G network by described 3G card place during in Idle state;
Described SGSN sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described 3G card by described the first base station, for described mobile terminal, the sign of the network address of described MME and described LTE card being sent to a MSC by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of a described MSC by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
Described SGSN receives packet switch domain service request, and according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described MME, for described MME, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of power-saving method of mobile terminal, comprising:
The corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card is set up and stored to the one MSC mobile terminal receive, in the network address of the 2nd MSC and the sign of described LTE card that get LTE card and send in the first base station of circuit domain business connected state and the 3G card 3G network by described 3G card place during in Idle state;
A described MSC sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described 3G card by described the first base station, for described mobile terminal, the sign of the network address of described the 2nd MSC and described LTE card being sent to SGSN by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of described SGSN by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
A described MSC receiving circuit territory service request, and according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described the 2nd MSC, for described the 2nd MSC, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of power-saving method of mobile terminal, comprising:
The corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card is set up and stored to SGSN mobile terminal receive, in the network address of the 2nd MSC and the sign of described LTE card that get LTE card and send in the first base station of circuit domain business connected state and the 3G card 3G network by described 3G card place during in Idle state;
Described SGSN sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described 3G card by described the first base station, for described mobile terminal, the sign of the network address of described the 2nd MSC and described LTE card being sent to a MSC by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of a described MSC by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
Described SGSN receives packet switch domain service request, and according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described the 2nd MSC, for described the 2nd MSC, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of mobile terminal, comprising:
The first acquisition module, for the service condition of Real-time Obtaining LTE card and 3G card;
The first sending module, for when described the first acquisition module gets described LTE card in Idle state, sends to a described MSC by the request message of the network address that obtains a MSC by the first base station of the 3G network at described 3G card place; Or, the request message of the network address that obtains SGSN is sent to described SGSN by described the first base station;
The first receiver module, for receiving the response message of the network address that comprises a described MSC that a described MSC returns by described the first base station; Or, receive the response message of the network address that comprises SGSN that described SGSN returns by described the first base station;
The second sending module, for the sign of the network address of a described MSC and described 3G card is sent to MME by the base station eNodeB of the LTE network at described LTE card place, for described MME, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of a described MSC and the sign of described 3G card; Or, the sign of the network address of described SGSN and described 3G card is sent to described MME by described base station eNodeB, for described MME, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described SGSN and the sign of described 3G card;
The second receiver module, the notification message of closing the radio frequency unit corresponding with described LTE card sending by described base station eNodeB for receiving described MME, and close the described radio frequency unit corresponding with described LTE card;
The 3rd receiver module, when receiving the sign of the described 3G card that a described MSC sends according to the corresponding relation between the network address of a described MSC and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card when receiving described MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by described the first base station, and open the described radio frequency unit corresponding with described LTE card; Or, while receiving the sign of the described 3G card that described SGSN sends according to the corresponding relation between the network address of described SGSN and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card when receiving described MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by described the first base station, and open the described radio frequency unit corresponding with described LTE card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card; The described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of mobile terminal, comprising:
The second acquisition module, for the service condition of Real-time Obtaining LTE card and 3G card;
The 3rd sending module, for get described LTE card when described the second acquisition module, in packet switch domain service connected state and described 3G card, during in Idle state, the request message of the network address that obtains MME is sent to described MME by the base station eNodeB of the LTE network at described LTE card place;
The 4th receiver module, for receiving the response message of the network address that comprises described MME that described MME returns by described base station eNodeB;
The 4th sending module, for the sign of the network address of described MME and described LTE card is sent to MSC and a SGSN by the first base station of the 3G network at described 3G card place, for a described MSC and described SGSN, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card;
The 5th receiver module, the notification message of closing the radio frequency unit corresponding with described 3G card sending by described the first base station for receiving a described MSC and described SGSN, and close the described radio frequency unit corresponding with described 3G card;
The 6th receiver module, be used for receiving described MME receive a described MSC when receiving circuit domain business request or described SGSN when receiving packet switch domain service request, during the sign of the described LTE card sending according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and corresponding relation between the sign of described 3G card and the sign of described LTE card, the notification message of the radio frequency unit corresponding with described 3G card described in the unlatching sending by described base station eNodeB, and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of mobile terminal, comprising:
The 3rd acquisition module, for the service condition of Real-time Obtaining LTE card and 3G card;
The 5th sending module, for get described LTE card when described the 3rd acquisition module, in circuit domain business connected state and described 3G card, during in Idle state, the request message of the network address that obtains the 2nd MSC is sent to described the 2nd MSC by the second base station of the 2G/3G network at described LTE card place;
The 7th receiver module, for receiving the response message of the network address that comprises described the 2nd MSC that described the 2nd MSC returns by described the second base station;
The 6th sending module, for the sign of the network address of described the 2nd MSC and described LTE card is sent to MSC and a SGSN by the first base station of the 3G network at described 3G card place, for a described MSC and described SGSN, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card;
The 8th receiver module, the notification message of closing the radio frequency unit corresponding with described 3G card sending by described the first base station for receiving a described MSC and described SGSN, and close the described radio frequency unit corresponding with described 3G card;
The 9th receiver module, be used for receiving described the 2nd MSC receive a described MSC when receiving circuit domain business request or described SGSN when receiving packet switch domain service request, during the sign of the described LTE card sending according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and corresponding relation between the sign of described 3G card and the sign of described LTE card, the notification message of the radio frequency unit corresponding with described 3G card described in the unlatching sending by described the second base station, and the radio frequency unit corresponding with described 3G card described in opening,
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of mobile management device, comprising:
The tenth receiver module, for the network address of a MSC and the sign of 3G card of the base station eNodeB transmission of mobile terminal receive LTE network by described LTE card place when getting LTE card in Idle state, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of a described MSC and the sign of described 3G card; Or, receive the network address of SGSN and the sign of described 3G card that described mobile terminal sends by described base station eNodeB when getting described LTE card in Idle state, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described SGSN and the sign of described 3G card;
The 7th sending module, for the notification message of closing the radio frequency unit corresponding with described LTE card is sent to described mobile terminal by described base station eNodeB, closes the described radio frequency unit corresponding with described LTE card for described mobile terminal;
The 8th sending module, be used for receiving service request, and according to the corresponding relation between the network address of a described MSC and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described 3G card is sent to a described MSC, for a described MSC, control described mobile terminal and open the described radio frequency unit corresponding with described LTE card; Or, corresponding relation between the network address of described SGSN and the sign of described 3G card of storing according to self and the corresponding relation between the sign of described 3G card and the sign of described LTE card send to described SGSN by the sign of described 3G card, control described mobile terminal open the described radio frequency unit corresponding with described LTE card for described SGSN;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and 3G card; The described LTE network that described LTE cartoon is crossed described mobile management device place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of mobile management device, comprising:
The 11 receiver module, for mobile terminal receive, getting the network address of MME and the sign of described LTE card of LTE card in the first base station transmission of the 3G network by described 3G card place during in Idle state of packet switch domain service connected state and 3G card, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card;
The 9th sending module, for the notification message of closing the radio frequency unit corresponding with described 3G card is sent to described mobile terminal by described the first base station, for described mobile terminal, the sign of the network address of described MME and described LTE card being sent to SGSN by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of described SGSN by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
The tenth sending module, for receiving circuit territory service request, and according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described MME, for described MME, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed described mobile management device and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of mobile management device, comprising:
The 12 receiver module, for mobile terminal receive, getting the network address of MME and the sign of described LTE card of LTE card in the first base station transmission of the 3G network by described 3G card place during in Idle state of packet switch domain service connected state and 3G card, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card;
The 11 sending module, for the notification message of closing the radio frequency unit corresponding with described 3G card is sent to described mobile terminal by described the first base station, for described mobile terminal, the sign of the network address of described MME and described LTE card being sent to a MSC by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of a described MSC by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
The 12 sending module, be used for receiving packet switch domain service request, and according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described MME, for described MME, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described mobile management device place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of mobile management device, comprising:
The 13 receiver module, for mobile terminal receive, getting the network address of two MSC and the sign of described LTE card of LTE card in the first base station transmission of the 3G network by described 3G card place during in Idle state of circuit domain business connected state and 3G card, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card;
The 13 sending module, for the notification message of closing the radio frequency unit corresponding with described 3G card is sent to described mobile terminal by described the first base station, for described mobile terminal, the sign of the network address of described the 2nd MSC and described LTE card being sent to SGSN by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of described SGSN by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
The 14 sending module, for receiving circuit territory service request, and according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described the 2nd MSC, for described the 2nd MSC, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed described mobile management device and described SGSN place carries out packet switch domain service and circuit domain business.
On the other hand, the invention provides a kind of mobile management device, comprising:
The 14 receiver module, for mobile terminal receive, getting the network address of two MSC and the sign of described LTE card of LTE card in the first base station transmission of the 3G network by described 3G card place during in Idle state of circuit domain business connected state and 3G card, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card;
The 15 sending module, for the notification message of closing the radio frequency unit corresponding with described 3G card is sent to described mobile terminal by described the first base station, for described mobile terminal, the sign of the network address of described the 2nd MSC and described LTE card being sent to a MSC by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of a described MSC by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
The 16 sending module, be used for receiving packet switch domain service request, and according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described the 2nd MSC, for described the 2nd MSC, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described mobile management device place carries out packet switch domain service and circuit domain business.
Power-saving method, mobile terminal and the mobile management device of mobile terminal provided by the invention, when the LTE card in LTE dual-card dual-standby terminal or 3G card are during in idle condition, in network element by a card place network therein, store the corresponding relation between the network address of network element and sign of another card of another card place network, thereby network of all-purpose card wherein being crossed to another card place is realized combined registering, and close wherein radio frequency unit corresponding to a card, only open another and block corresponding radio frequency unit.When having the business corresponding with the card that is closed radio frequency unit to initiate, the network control mobile terminal that is closed network element card place by not being closed radio frequency unit according to the network address of the network element of the card place network that is not closed radio frequency unit of storage of the card place network of radio frequency unit is opened the radio frequency unit of card correspondence that is closed radio frequency unit, thereby makes mobile terminal not affect LTE card when reducing power consumption and 3G card is normally carried out business.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of an embodiment of power-saving method of mobile terminal provided by the invention;
Fig. 2 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention;
Fig. 3 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention;
Fig. 4 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention;
Fig. 5 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention;
Fig. 6 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention;
Fig. 7 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention;
Fig. 8 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention;
Fig. 9 is the structural representation of an embodiment of mobile terminal provided by the invention;
Figure 10 is the structural representation of another embodiment of mobile terminal provided by the invention;
Figure 11 is the structural representation of another embodiment of mobile terminal provided by the invention;
Figure 12 is the structural representation of an embodiment of mobile management device provided by the invention;
Figure 13 is the structural representation of another embodiment of mobile management device provided by the invention;
Figure 14 is the structural representation of another embodiment of mobile management device provided by the invention;
Figure 15 is the structural representation of another embodiment of mobile management device provided by the invention;
Figure 16 is the structural representation of another embodiment of mobile management device provided by the invention.
Embodiment
Below by specific embodiment and accompanying drawing, technical scheme of the present invention is described in further detail.
Fig. 1 is the schematic flow sheet of an embodiment of power-saving method of mobile terminal provided by the invention, and as shown in Figure 1, the executive agent of the power-saving method of the mobile terminal that the present embodiment provides is mobile terminal, is specially the dual-card dual-standby terminal of supporting LTE card and 3G card.The method specifically can comprise:
S101, the service condition of mobile terminal Real-time Obtaining Long Term Evolution LTE card and 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card; The LTE network that LTE cartoon is crossed mobile management entity (Mobile Management Entity is called for short MME) place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed the first mobile switching centre (Mobile Switching Center is called for short MSC) and GPRS service node (Serving GPRS Support Node is called for short SGSN) place carries out packet switch domain service and circuit domain business.
Concrete, in the present embodiment, mobile terminal is by the service condition of Real-time Obtaining double card (LTE card and 3G card), and according to double card residing service condition separately, select a kind of resident mode at network side of optimum, all-purpose card is crossed to another card place network and realize combined registering, close wherein simultaneously and one be stuck in radio frequency unit corresponding to terminal, the power consumption when reducing mobile terminal standby.When having the business corresponding with the card that is closed radio frequency unit to initiate, the network control mobile terminal at the card place by not being closed radio frequency unit is opened the radio frequency unit of card correspondence that is closed radio frequency unit, so that be closed the card of radio frequency unit, can normally carry out business.
According to double card service condition separately, the business scenario of mobile terminal can be divided into following several:
1) LTE card is in connected state, and 3G card is in connected state.
Scene 1) in, because double card is all in connected state, two cover radio frequency units are all in running order, therefore do not belong to the scope of the power-saving method of mobile terminal when standby that the present embodiment inquires into, and do not consider.
2) LTE card is in Idle state, and 3G card is in connected state.
3) LTE card is in Idle state, and 3G card is in Idle state.
Scene 2) and 3) in, because LTE card is in idle condition, therefore LTE card resides in LTE network and carries out SM service monitoring, therefore can adopt consolidated network combined registering mode: the 3G network of LTE cartoon being crossed to 3G card place carries out combined registering, specifically referring to the step S102～S106 in the present embodiment.
4) LTE card is in connected state, and 3G card is in Idle state.
Scene 4) in, although can adopt consolidated network combined registering mode: the network of 3G cartoon being crossed to LTE card place carries out combined registering, but because being stuck in LTE network, LTE carries out packet switch domain service, fall back to 2G/3G network executive circuit territory business, and the network element that LTE network is corresponding with 2G/3G network is different, therefore scene 4) specifically can be divided into following two seed scenes:
4-1) LTE card is in packet switch domain service connected state, and 3G card is in Idle state.
Scene 4-1) in, can adopt in lower network combined registering mode: the LTE network of 3G cartoon being crossed to LTE card place carries out combined registering, specifically referring to the step S202～S206 in embodiment illustrated in fig. 2 below.
4-2) LTE card is in circuit domain business connected state, and 3G card is in Idle state.
Scene 4-2) in, can adopt in lower network combined registering mode: the 2G/3G network of 3G cartoon being crossed to LTE card place carries out combined registering, specifically referring to the step S302～S306 in embodiment illustrated in fig. 3 below.
Step S102～S106 be below LTE card in Idle state, mobile terminal is in scene 2) or 3) time adopt technical scheme.
S102, when acquisition for mobile terminal arrives LTE card in Idle state, mobile terminal sends to a MSC by the request message of the network address that obtains the first moving exchanging center MSC by the first base station of the 3G network at 3G card place; Or, the request message of the network address that obtains GPRS service node SGSN is sent to SGSN by the first base station.
Concrete, when LTE card is in Idle state, 3G card is in Idle state or connected state, be that mobile terminal is in scene 2) or 3) time, because 3G cartoon is crossed a MSC and is carried out circuit domain business, by SGSN, carry out packet switch domain service, therefore mobile terminal sends the request message of the network address that obtains a MSC to the first base station of the 3G network at 3G card place, and the first base station sends to a MSC by this request message that obtains the network address of a MSC; Or mobile terminal sends the request message of the network address that obtains SGSN to the first base station, the first base station sends to SGSN by the request message that this obtains the network address of SGSN.
S103, the response message of the network address that comprises a MSC that mobile terminal reception the one MSC returns by the first base station; Or, the response message of the network address that comprises SGSN that reception SGSN returns by the first base station.
Concrete, the one MSC receives after the request message of the network address that obtains a MSC of the first base station transmission, to the first base station, return to the response message of the network address that comprises a MSC, the first base station sends to mobile terminal by the response message that this comprises the network address of a MSC; Or SGSN receives after the request message of the network address that obtains SGSN of the first base station transmission, to the first base station, return to the response message of the network address that comprises SGSN, the first base station sends to mobile terminal by the response message that this comprises the network address of SGSN.
S104, mobile terminal sends to mobile management entity MME by the sign of the network address of a MSC and 3G card by the base station eNodeB of the LTE network at LTE card place, for MME, sets up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of a MSC and the sign of 3G card; Or, the sign of the network address of SGSN and 3G card is sent to MME by base station eNodeB, for MME, set up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of SGSN and the sign of 3G card.
Concrete, mobile terminal receives after the response message of the network address that comprises a MSC of the first base station transmission, the sign of the network address of the one MSC and 3G card is sent to the base station eNodeB of LTE network, base station eNodeB sends to MME by the sign of the network address of a MSC and 3G card, for MME, sets up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of a MSC and the sign of 3G card; Or, mobile terminal receives after the response message of the network address that comprises SGSN of the first base station transmission, the sign of the network address of SGSN and 3G card is sent to base station eNodeB, base station eNodeB sends to MME by the sign of the network address of this SGSN and 3G card, for MME, sets up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of SGSN and the sign of 3G card.
S105, mobile terminal receives the notification message of closing the radio frequency unit corresponding with LTE card that MME sends by base station eNodeB, and closes the radio frequency unit corresponding with LTE card.
Concrete, MME successfully sets up and stores the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of a MSC and the sign of 3G card, or successfully set up and store after the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of SGSN and the sign of 3G card, base station eNodeB to LTE network sends the notification message of closing the radio frequency unit corresponding with LTE card, the base station eNodeB of LTE network sends to mobile terminal by this notification message of closing the radio frequency unit corresponding with LTE card.Mobile terminal receives after this notification message of closing the radio frequency unit corresponding with LTE card, closes the radio frequency unit corresponding with LTE card, the power consumption when reducing mobile terminal standby.
S106, when mobile terminal receives the sign of the 3G card that a MSC sends according to the corresponding relation between the network address of a MSC and the sign of 3G card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card when receiving MME and receiving service request, by the notification message of the unlatching of the first base station transmission radio frequency unit corresponding with LTE card, and the unlatching radio frequency unit corresponding with LTE card; Or while receiving the sign of the 3G card that SGSN sends according to the corresponding relation between the network address of SGSN and the sign of 3G card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card when receiving MME and receiving service request, by the notification message of the unlatching of the first base station transmission radio frequency unit corresponding with LTE card, and the unlatching radio frequency unit corresponding with LTE card.
Concrete, when MME receives to the circuit domain of LTE card initiation or packet switch domain service request, corresponding relation between the network address of the one MSC and the sign of 3G card of storing according to self and the corresponding relation between the sign of 3G card and the sign of LTE card send to a MSC by the sign of 3G card, and a MSC sends to the first base station according to the sign of 3G card by the notification message of opening the radio frequency unit corresponding with LTE card; Or, when MME receives to the circuit domain of LTE card initiation or packet switch domain service request, corresponding relation between the network address of SGSN and the sign of 3G card of storing according to self and the corresponding relation between the sign of 3G card and the sign of LTE card send to SGSN by the sign of 3G card, and SGSN sends to the first base station according to the sign of 3G card by the notification message of opening the radio frequency unit corresponding with LTE card.The first base station sends to mobile terminal by the notification message of radio frequency unit corresponding with LTE card this unlatching, mobile terminal receives after the notification message of this unlatching radio frequency unit corresponding with LTE card, open the radio frequency unit corresponding with LTE card, to carry out business by this radio frequency unit corresponding with LTE card.
The power-saving method of the mobile terminal that the present embodiment provides, when the LTE card in LTE dual-card dual-standby terminal is during in idle condition, by by the corresponding relation between the corresponding relation between the network address of a MSC of 3G card place 3G network and the sign of 3G card and the sign of 3G card and the sign of LTE card, or the corresponding relation between the corresponding relation between the network address of SGSN of 3G card place 3G network and the sign of 3G card and the sign of 3G card and the sign of LTE card is stored in MME, thereby the 3G network of LTE cartoon being crossed to 3G card place is realized combined registering, and close the radio frequency unit that LTE card is corresponding, only open the radio frequency unit that 3G card is corresponding, and when MME receives the service request of initiating to LTE card, 3G network notice mobile terminal by 3G card place is opened radio frequency unit corresponding to LTE card, thereby do not affecting under the prerequisite of double card service feature separately, reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, extended stand-by time, improved user's experience.
Fig. 2 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention.As shown in Figure 2, the executive agent of the power-saving method of the mobile terminal that the present embodiment provides is mobile terminal, is specially the dual-card dual-standby terminal of supporting LTE card and 3G card.The method specifically can comprise:
S201, the service condition of mobile terminal Real-time Obtaining LTE card and 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card; The LTE network that LTE cartoon is crossed MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
Step S202～S206 is below LTE card in packet switch domain service connected state and 3G card in Idle state, and mobile terminal is in scene 4-1) time the technical scheme that adopts.
S202, when acquisition for mobile terminal is to LTE card in packet switch domain service connected state and 3G card during in Idle state, mobile terminal sends to MME by the request message of the network address that obtains MME by the base station eNodeB of the LTE network at LTE card place.
Concrete, when LTE card is in packet switch domain service connected state, 3G card is in Idle state, and mobile terminal is in scene 4-1) time, mobile terminal sends the request message of the network address that obtains MME to base station eNodeB.Base station eNodeB sends to MME by the request message that this obtains the network address of MME.
S203, the response message of the network address that comprises MME that mobile terminal reception MME returns by base station eNodeB.
Concrete, MME receives after the request message of the network address that obtains MME of base station eNodeB transmission, to base station eNodeB, return to the response message of the network address that comprises MME, base station eNodeB sends to mobile terminal by the response message that this comprises the network address of MME.
S204, mobile terminal sends to MSC and a SGSN by the sign of the network address of MME and LTE card by the first base station of the 3G network at 3G card place, for the corresponding relation between a MSC and SGSN foundation the network address of store M ME and the sign of LTE card and the corresponding relation between the sign of 3G card and the sign of LTE card.
Concrete, mobile terminal receives after the response message of the network address that comprises MME of the base station eNodeB transmission of LTE network, the sign of the network address of MME and LTE card is sent to the first base station, and the first base station sends to MSC and a SGSN by the sign of the network address of this MME and LTE card.The one MSC and SGSN set up respectively and the network address of store M ME and the sign of LTE card between corresponding relation and the corresponding relation between the sign of 3G card and the sign of LTE card.
S205, the notification message of closing the radio frequency unit corresponding with 3G card that mobile terminal reception the one MSC and SGSN send by the first base station, and close the radio frequency unit corresponding with 3G card.
Concrete, the one MSC successfully set up and the network address of store M ME and the sign of LTE card between corresponding relation and the corresponding relation between the sign of 3G card and the sign of LTE card after, to the first base station, send the notification message of closing the radio frequency unit corresponding with 3G card; SGSN successfully set up and the network address of store M ME and the sign of LTE card between corresponding relation and the corresponding relation between the sign of 3G card and the sign of LTE card after, also to the first base station, send the notification message of closing the radio frequency unit corresponding with 3G card.The first base station sends to mobile terminal by above-mentioned two notification messages of closing the radio frequency unit corresponding with 3G card.Mobile terminal receives after above-mentioned two notification messages of closing the radio frequency unit corresponding with 3G card, closes the radio frequency unit corresponding with 3G card, the power consumption when reducing mobile terminal standby.
S206, mobile terminal receive MME receive a MSC when receiving circuit domain business request or SGSN when receiving packet switch domain service request, during the sign of the LTE card sending according to the corresponding relation between the network address of MME and the sign of LTE card of self storage and corresponding relation between the sign of 3G card and the sign of LTE card, the notification message of the unlatching sending by the base station eNodeB radio frequency unit corresponding with 3G card, and the unlatching radio frequency unit corresponding with 3G card.
Concrete, when the one MSC or SGSN receive the circuit domain business request of initiating to 3G card, the corresponding relation between the network address of MME and the sign of LTE card of storing according to self and the corresponding relation between the sign of 3G card and the sign of LTE card send to MME by the sign of LTE card.When MME receives the sign of LTE card, according to the sign of LTE card, the notification message of opening the radio frequency unit corresponding with 3G card is sent to base station eNodeB, base station eNodeB sends to mobile terminal by the notification message of radio frequency unit corresponding with 3G card this unlatching, mobile terminal receives after the notification message of this unlatching radio frequency unit corresponding with 3G card, open the radio frequency unit corresponding with 3G card, to carry out business by this radio frequency unit corresponding with 3G card.
The power-saving method of the mobile terminal that the present embodiment provides, when the LTE card in LTE dual-card dual-standby terminal is in packet switch domain service connected state and 3G card during in Idle state, by the corresponding relation between the corresponding relation between the network address of MME of LTE card place LTE network and the sign of LTE card and the sign of 3G card and the sign of LTE card is stored in a MSC and SGSN, thereby the LTE network of 3G cartoon being crossed to LTE card place is realized combined registering, and close the radio frequency unit that 3G card is corresponding, and a MSC receive to 3G card initiate circuit domain business request time or SGSN receive to 3G card initiate circuit domain business request time, LTE network notice mobile terminal by LTE card place is opened radio frequency unit corresponding to 3G card, thereby do not affecting under the prerequisite of double card service feature separately, reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, extended stand-by time, improved user's experience.
Fig. 3 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention.As shown in Figure 3, the executive agent of the power-saving method of the mobile terminal that the present embodiment provides is mobile terminal, is specially the dual-card dual-standby terminal of supporting LTE card and 3G card.The method specifically can comprise:
S301, the service condition of mobile terminal Real-time Obtaining Long Term Evolution LTE card and 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and LTE cartoon is crossed LTE network and carried out packet switch domain service, by the 2G/3G network at the 2nd MSC place, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
Step S302～S306 is below LTE card in circuit domain business connected state and 3G card in Idle state, and mobile terminal is in scene 4-2) time the technical scheme that adopts.
S302, when acquisition for mobile terminal is to LTE card in circuit domain business connected state and 3G card during in Idle state, mobile terminal sends to the 2nd MSC by the request message of the network address that obtains the 2nd MSC by the second base station of the 2G/3G network at LTE card place.
Concrete, when LTE card is in circuit domain business connected state, 3G card is in Idle state, and mobile terminal is in scene 4-2) time, mobile terminal sends the request message of the network address that obtains the 2nd MSC to the second base station.The second base station sends to the 2nd MSC by this request message that obtains the network address of the 2nd MSC.
S303, the response message of the network address that comprises the 2nd MSC that mobile terminal reception the 2nd MSC returns by the second base station.
Concrete, the 2nd MSC receives after the request message of the network address that obtains the 2nd MSC of the second base station transmission, to the second base station, return to the response message of the network address that comprises the 2nd MSC, the second base station sends to mobile terminal by the response message that this comprises the network address of the 2nd MSC.
S304, mobile terminal sends to MSC and a SGSN by the sign of the network address of the 2nd MSC and LTE card by the first base station of the 3G network at 3G card place, for a MSC and SGSN, sets up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of the 2nd MSC and the sign of LTE card.
Concrete, mobile terminal receives after the response message of the network address that comprises the 2nd MSC of the second base station transmission, the sign of the network address of the 2nd MSC and LTE card is sent to the first base station, and the first base station sends to MSC and a SGSN by the sign of the network address of the 2nd MSC and LTE card.The one MSC and SGSN set up respectively and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of the 2nd MSC and the sign of LTE card.
S305, the notification message of closing the radio frequency unit corresponding with 3G card that mobile terminal reception the one MSC and SGSN send by the first base station, and close the radio frequency unit corresponding with 3G card.
Concrete, the one MSC and SGSN successfully set up and store after the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of the 2nd MSC and the sign of LTE card, all to the first base station, send the notification message of closing the radio frequency unit corresponding with 3G card.The first base station sends to mobile terminal by above-mentioned two notification messages of closing the radio frequency unit corresponding with 3G card.Mobile terminal receives after above-mentioned two notification messages of closing the radio frequency unit corresponding with 3G card, closes the radio frequency unit corresponding with 3G card, the power consumption when reducing mobile terminal standby.
S306, mobile terminal receive the 2nd MSC receive a MSC when receiving circuit domain business request or SGSN when receiving packet switch domain service request, during the sign of the LTE card sending according to the corresponding relation between the network address of the 2nd MSC and the sign of LTE card of self storage and corresponding relation between the sign of 3G card and the sign of LTE card, by the notification message of the unlatching of the second base station transmission radio frequency unit corresponding with 3G card, and the unlatching radio frequency unit corresponding with 3G card.
Concrete, when the one MSC receives the circuit domain business request of initiating to 3G card, the corresponding relation between the network address of the 2nd MSC and the sign of LTE card of storing according to self and the corresponding relation between the sign of 3G card and the sign of LTE card send to the 2nd MSC by the sign of LTE card; Or, when SGSN receives the packet switch domain service request of initiating to 3G card, the corresponding relation between the network address of the 2nd MSC and the sign of LTE card of storing according to self and the corresponding relation between the sign of 3G card and the sign of LTE card also send to the sign of LTE card the 2nd MSC.When the 2nd MSC receives the sign of LTE card, according to the sign of LTE card, the notification message of opening the radio frequency unit corresponding with 3G card is sent to the second base station, the second base station sends to mobile terminal by the notification message of radio frequency unit corresponding with 3G card this unlatching, mobile terminal receives after the notification message of this unlatching radio frequency unit corresponding with 3G card, open the radio frequency unit corresponding with 3G card, to carry out business by this radio frequency unit corresponding with 3G card.
The power-saving method of the mobile terminal that the present embodiment provides, when the LTE card in LTE dual-card dual-standby terminal is in circuit domain business connected state and 3G card during in Idle state, by the corresponding relation between the corresponding relation between the network address of the 2nd MSC of LTE card place 2G/3G network and the sign of LTE card and the sign of 3G card and the sign of LTE card is stored in a MSC and SGSN, thereby the 2G/3G network of 3G cartoon being crossed to LTE card place is realized combined registering, and close the radio frequency unit that 3G card is corresponding, and when a MSC receive to 3G card initiate circuit domain business request time or SGSN receive to 3G card initiate circuit domain business request time, corresponding relation between the network address of the 2nd MSC and the sign of LTE card of storing according to self and the corresponding relation between the sign of 3G card and the sign of LTE card, 2G/3G network notice mobile terminal by LTE card place is opened radio frequency unit corresponding to 3G card, thereby do not affecting under the prerequisite of double card service feature separately, reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, extended stand-by time, improved user's experience.
Fig. 4 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention.The executive agent of the power-saving method of the mobile terminal that as shown in Figure 4, the present embodiment provides is mobile management entity MME.The method specifically can comprise:
S401, the network address of a MSC and the sign of 3G card that the base station eNodeB of MME mobile terminal receive LTE network by LTE card place when getting LTE card in Idle state sends, set up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of a MSC and the sign of 3G card; Or, the sign of the network address of the SGSN that mobile terminal receive sends by base station eNodeB when getting LTE card in Idle state and 3G card, sets up and stores the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of SGSN and the sign of 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card; The LTE network that LTE cartoon is crossed MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
S402, MME sends to mobile terminal by the notification message of closing the radio frequency unit corresponding with LTE card by base station eNodeB, for mobile terminal, closes the radio frequency unit corresponding with LTE card.
S403, MME receives service request, and according to the corresponding relation between the network address of a MSC and the sign of 3G card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of 3G card is sent to a MSC, for a MSC, control mobile terminal and open the radio frequency unit corresponding with LTE card; Or, corresponding relation between the network address of SGSN and the sign of 3G card of storing according to self and the corresponding relation between the sign of 3G card and the sign of LTE card send to SGSN by the sign of 3G card, control mobile terminal open the radio frequency unit corresponding with LTE card for SGSN.
Concrete, the associated description of detailed process in can embodiment shown in Figure 1 repeats no more herein.
The power-saving method of the mobile terminal that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Fig. 5 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention.The executive agent of the power-saving method of the mobile terminal that as shown in Figure 5, the present embodiment provides is the first mobile management center MSC.The method specifically can comprise:
S501, the one MSC mobile terminal receive is in the network address of MME and the sign of LTE card that get LTE card and send in the first base station of packet switch domain service connected state and the 3G card 3G network by 3G card place during in Idle state, set up and the network address of store M ME and the sign of LTE card between corresponding relation and the corresponding relation between the sign of 3G card and the sign of LTE card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card; The LTE network that LTE cartoon is crossed MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
S502, the one MSC sends to mobile terminal by the notification message of closing the radio frequency unit corresponding with 3G card by the first base station, for mobile terminal, the sign of the network address of MME and LTE card being sent to SGSN by the first base station and receiving after the notification message of closing the radio frequency unit corresponding with 3G card of SGSN by the first base station transmission, close the radio frequency unit corresponding with 3G card.
S503, the one MSC receiving circuit territory service request, and according to the corresponding relation between the network address of MME and the sign of LTE card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of LTE card is sent to MME, for MME, control mobile terminal and open the radio frequency unit corresponding with 3G card.
Concrete, the associated description of detailed process in can embodiment shown in Figure 2 repeats no more herein.
The power-saving method of the mobile terminal that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Fig. 6 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention.The executive agent of the power-saving method of the mobile terminal that as shown in Figure 6, the present embodiment provides is GPRS service node SGSN.The method specifically can comprise:
S601, SGSN mobile terminal receive is in the network address of MME and the sign of LTE card that get LTE card and send in the first base station of packet switch domain service connected state and the 3G card 3G network by 3G card place during in Idle state, set up and the network address of store M ME and the sign of LTE card between corresponding relation and the corresponding relation between the sign of 3G card and the sign of LTE card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and the LTE network that LTE cartoon is crossed MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
S602, SGSN sends to mobile terminal by the notification message of closing the radio frequency unit corresponding with 3G card by the first base station, for mobile terminal, the sign of the network address of MME and LTE card being sent to a MSC by the first base station and receiving after the notification message of closing the radio frequency unit corresponding with 3G card of a MSC by the first base station transmission, close the radio frequency unit corresponding with 3G card.
S603, SGSN receives packet switch domain service request, and according to the corresponding relation between the network address of MME and the sign of LTE card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of LTE card is sent to MME, for MME, control mobile terminal and open the radio frequency unit corresponding with 3G card.
Concrete, the associated description of detailed process in can embodiment shown in Figure 2 repeats no more herein.
The power-saving method of the mobile terminal that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Fig. 7 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention.The executive agent of the power-saving method of the mobile terminal that as shown in Figure 7, the present embodiment provides is the first mobile management center MSC.The method specifically can comprise:
S701, the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of the 2nd MSC and the sign of LTE card is set up and stored to the one MSC mobile terminal receive, in the network address of the 2nd MSC and the sign of LTE card that get LTE card and send in the first base station of circuit domain business connected state and the 3G card 3G network by 3G card place during in Idle state.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and LTE cartoon is crossed LTE network and carried out packet switch domain service, by the 2G/3G network at the 2nd MSC place, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
S702, the one MSC sends to mobile terminal by the notification message of closing the radio frequency unit corresponding with 3G card by the first base station, for mobile terminal, the sign of the network address of the 2nd MSC and LTE card being sent to SGSN by the first base station and receiving after the notification message of closing the radio frequency unit corresponding with 3G card of SGSN by the first base station transmission, close the radio frequency unit corresponding with 3G card.
S703, the one MSC receiving circuit territory service request, and according to the corresponding relation between the network address of the 2nd MSC and the sign of LTE card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of LTE card is sent to the 2nd MSC, for the 2nd MSC, control mobile terminal and open the radio frequency unit corresponding with 3G card.
Concrete, the associated description of detailed process in can embodiment shown in Figure 3 repeats no more herein.
The power-saving method of the mobile terminal that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Fig. 8 is the schematic flow sheet of another embodiment of power-saving method of mobile terminal provided by the invention.The executive agent of the power-saving method of the mobile terminal that as shown in Figure 8, the present embodiment provides is GPRS service node SGSN.The method specifically can comprise:
S801, the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of the 2nd MSC and the sign of LTE card is set up and stored to SGSN mobile terminal receive, in the network address of the 2nd MSC and the sign of LTE card that get LTE card and send in the first base station of circuit domain business connected state and the 3G card 3G network by 3G card place during in Idle state.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and LTE cartoon is crossed LTE network and carried out packet switch domain service, by the 2G/3G network at the 2nd MSC place, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
S802, SGSN sends to mobile terminal by the notification message of closing the radio frequency unit corresponding with 3G card by the first base station, for mobile terminal, the sign of the network address of the 2nd MSC and LTE card being sent to a MSC by the first base station and receiving after the notification message of closing the radio frequency unit corresponding with 3G card of a MSC by the first base station transmission, close the radio frequency unit corresponding with 3G card.
S803, SGSN receives packet switch domain service request, and according to the corresponding relation between the network address of the 2nd MSC and the sign of LTE card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of LTE card is sent to the 2nd MSC, for the 2nd MSC, control mobile terminal and open the radio frequency unit corresponding with 3G card.
Concrete, the associated description of detailed process in can embodiment shown in Figure 3 repeats no more herein.
The power-saving method of the mobile terminal that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Fig. 9 is the structural representation of an embodiment of mobile terminal provided by the invention.As shown in Figure 9, the mobile terminal that the present embodiment provides is the specific executive agent of carrying out the power-saving method of above-mentioned mobile terminal embodiment illustrated in fig. 1, is specially the dual-card dual-standby terminal of supporting LTE card and 3G card.This mobile terminal specifically can comprise:
The first acquisition module 91, for the service condition of Real-time Obtaining LTE card and 3G card.
The first sending module 92, for when the first acquisition module 91 gets LTE card in Idle state, sends to a MSC by the request message of the network address that obtains a MSC by the first base station of the 3G network at 3G card place; Or, the request message of the network address that obtains SGSN is sent to SGSN by the first base station.
The first receiver module 93, for receiving the response message of the network address that comprises a MSC that a MSC returns by the first base station; Or, the response message of the network address that comprises SGSN that reception SGSN returns by the first base station.
The second sending module 94, for the sign of the network address of a MSC and 3G card is sent to MME by the base station eNodeB of the LTE network at LTE card place, for MME, set up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of a MSC and the sign of 3G card; Or, the sign of the network address of SGSN and 3G card is sent to MME by base station eNodeB, for MME, set up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of SGSN and the sign of 3G card.
The second receiver module 95, the notification message of closing the radio frequency unit corresponding with LTE card sending by base station eNodeB for receiving MME, and close the radio frequency unit corresponding with LTE card.
The 3rd receiver module 96, when receiving the sign of the 3G card that a MSC sends according to the corresponding relation between the network address of a MSC and the sign of 3G card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card when receiving MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by the first base station, and the unlatching radio frequency unit corresponding with LTE card; Or, while receiving the sign of the 3G card that SGSN sends according to the corresponding relation between the network address of SGSN and the sign of 3G card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card when receiving MME and receiving service request, by the notification message of the unlatching of the first base station transmission radio frequency unit corresponding with LTE card, and the unlatching radio frequency unit corresponding with LTE card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card; The LTE network that LTE cartoon is crossed MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
Concrete, the associated description of detailed process in can embodiment shown in Figure 1 repeats no more herein.
The mobile terminal that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Figure 10 is the structural representation of another embodiment of mobile terminal provided by the invention.As shown in figure 10, the mobile terminal that the present embodiment provides is the specific executive agent of carrying out the power-saving method of above-mentioned mobile terminal embodiment illustrated in fig. 2, is specially the dual-card dual-standby terminal of supporting LTE card and 3G card.This mobile terminal specifically can comprise:
The second acquisition module 101, for the service condition of Real-time Obtaining LTE card and 3G card.
The 3rd sending module 102, for get LTE card when the second acquisition module 101, in packet switch domain service connected state and 3G card, during in Idle state, the request message of the network address that obtains MME is sent to MME by the base station eNodeB of the LTE network at LTE card place.
The 4th receiver module 103, for receiving the response message of the network address that comprises MME that MME returns by base station eNodeB.
The 4th sending module 104, for the sign of the network address of MME and LTE card is sent to MSC and a SGSN by the first base station of the 3G network at 3G card place, for the corresponding relation between a MSC and SGSN foundation the network address of store M ME and the sign of LTE card and the corresponding relation between the sign of 3G card and the sign of LTE card.
The 5th receiver module 105, the notification message of closing the radio frequency unit corresponding with 3G card sending by the first base station for receiving a MSC and SGSN, and close the radio frequency unit corresponding with 3G card.
The 6th receiver module 106, be used for receiving MME receive a MSC when receiving circuit domain business request or SGSN when receiving packet switch domain service request, during the sign of the LTE card sending according to the corresponding relation between the network address of MME and the sign of LTE card of self storage and corresponding relation between the sign of 3G card and the sign of LTE card, the notification message of the unlatching sending by the base station eNodeB radio frequency unit corresponding with 3G card, and the unlatching radio frequency unit corresponding with 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and the LTE network that LTE cartoon is crossed MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
Concrete, the associated description of detailed process in can embodiment shown in Figure 2 repeats no more herein.
The mobile terminal that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Figure 11 is the structural representation of another embodiment of mobile terminal provided by the invention.As shown in figure 11, the mobile terminal that the present embodiment provides is the specific executive agent of carrying out the power-saving method of above-mentioned mobile terminal embodiment illustrated in fig. 3, is specially the dual-card dual-standby terminal of supporting LTE card and 3G card.This mobile terminal specifically can comprise:
The 3rd acquisition module 111, for the service condition of Real-time Obtaining LTE card and 3G card.
The 5th sending module 112, for get LTE card when the 3rd acquisition module 111, in circuit domain business connected state and 3G card, during in Idle state, the request message of the network address that obtains the 2nd MSC is sent to the 2nd MSC by the second base station of the 2G/3G network at LTE card place.
The 7th receiver module 113, for receiving the response message of the network address that comprises the 2nd MSC that the 2nd MSC returns by the second base station.
The 6th sending module 114, for the sign of the network address of the 2nd MSC and LTE card is sent to MSC and a SGSN by the first base station of the 3G network at 3G card place, for a MSC and SGSN, set up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of the 2nd MSC and the sign of LTE card.
The 8th receiver module 115, the notification message of closing the radio frequency unit corresponding with 3G card sending by the first base station for receiving a MSC and SGSN, and close the radio frequency unit corresponding with 3G card.
The 9th receiver module 116, be used for receiving the 2nd MSC receive a MSC when receiving circuit domain business request or SGSN when receiving packet switch domain service request, during the sign of the LTE card sending according to the corresponding relation between the network address of the 2nd MSC and the sign of LTE card of self storage and corresponding relation between the sign of 3G card and the sign of LTE card, by the notification message of the unlatching of the second base station transmission radio frequency unit corresponding with 3G card, and the unlatching radio frequency unit corresponding with 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and LTE cartoon is crossed LTE network and carried out packet switch domain service, by the 2G/3G network at the 2nd MSC place, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
Concrete, the associated description of detailed process in can embodiment shown in Figure 3 repeats no more herein.
The mobile terminal that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Figure 12 is the structural representation of an embodiment of mobile management device provided by the invention.As shown in figure 12, the mobile management device that the present embodiment provides is the specific executive agent of carrying out the power-saving method of above-mentioned mobile terminal embodiment illustrated in fig. 4, is specially mobile management entity MME.This mobile management device specifically can comprise:
The tenth receiver module 121, the network address of a MSC and the sign of 3G card that for the base station eNodeB of mobile terminal receive LTE network by LTE card place when getting LTE card in Idle state, send, set up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of a MSC and the sign of 3G card; Or, the sign of the network address of the SGSN that mobile terminal receive sends by base station eNodeB when getting LTE card in Idle state and 3G card, sets up and stores the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of SGSN and the sign of 3G card.
The 7th sending module 122, for the notification message of closing the radio frequency unit corresponding with LTE card is sent to mobile terminal by base station eNodeB, closes the radio frequency unit corresponding with LTE card for mobile terminal.
The 8th sending module 123, be used for receiving service request, and according to the corresponding relation between the network address of a MSC and the sign of 3G card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of 3G card is sent to a MSC, for a MSC, control mobile terminal and open the radio frequency unit corresponding with LTE card; Or, corresponding relation between the network address of SGSN and the sign of 3G card of storing according to self and the corresponding relation between the sign of 3G card and the sign of LTE card send to SGSN by the sign of 3G card, control mobile terminal open the radio frequency unit corresponding with LTE card for SGSN.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card; The LTE network that LTE cartoon is crossed mobile management device place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and SGSN place carries out packet switch domain service and circuit domain business.
Concrete, the associated description of detailed process in can embodiment shown in Figure 4 repeats no more herein.
The mobile management device that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Figure 13 is the structural representation of another embodiment of mobile management device provided by the invention.As shown in figure 13, the mobile management device that the present embodiment provides is the specific executive agent of carrying out the power-saving method of above-mentioned mobile terminal embodiment illustrated in fig. 5, is specially the first mobile management center MSC.This mobile management device specifically can comprise:
The 11 receiver module 131, for mobile terminal receive in the network address of MME and the sign of LTE card that get LTE card and send in the first base station of packet switch domain service connected state and the 3G card 3G network by 3G card place during in Idle state, set up and the network address of store M ME and the sign of LTE card between corresponding relation and the corresponding relation between the sign of 3G card and the sign of LTE card.
The 9th sending module 132, for the notification message of closing the radio frequency unit corresponding with 3G card is sent to mobile terminal by the first base station, for mobile terminal, the sign of the network address of MME and LTE card being sent to SGSN by the first base station and receiving after the notification message of closing the radio frequency unit corresponding with 3G card of SGSN by the first base station transmission, close the radio frequency unit corresponding with 3G card.
The tenth sending module 133, for receiving circuit territory service request, and according to the corresponding relation between the network address of MME and the sign of LTE card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of LTE card is sent to MME, for MME, control mobile terminal and open the radio frequency unit corresponding with 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and the LTE network that LTE cartoon is crossed MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed mobile management device and SGSN place carries out packet switch domain service and circuit domain business.
Concrete, the associated description of detailed process in can embodiment shown in Figure 5 repeats no more herein.
The mobile management device that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Figure 14 is the structural representation of another embodiment of mobile management device provided by the invention.As shown in figure 14, the mobile management device that the present embodiment provides is the specific executive agent of carrying out the power-saving method of above-mentioned mobile terminal embodiment illustrated in fig. 6, is specially GPRS service node SGSN.This mobile management device specifically can comprise:
The 12 receiver module 141, for mobile terminal receive in the network address of MME and the sign of LTE card that get LTE card and send in the first base station of packet switch domain service connected state and the 3G card 3G network by 3G card place during in Idle state, set up and the network address of store M ME and the sign of LTE card between corresponding relation and the corresponding relation between the sign of 3G card and the sign of LTE card.
The 11 sending module 142, for the notification message of closing the radio frequency unit corresponding with 3G card is sent to mobile terminal by the first base station, for mobile terminal, the sign of the network address of MME and LTE card being sent to a MSC by the first base station and receiving after the notification message of closing the radio frequency unit corresponding with 3G card of a MSC by the first base station transmission, close the radio frequency unit corresponding with 3G card.
The 12 sending module 143, be used for receiving packet switch domain service request, and according to the corresponding relation between the network address of MME and the sign of LTE card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of LTE card is sent to MME, for MME, control mobile terminal and open the radio frequency unit corresponding with 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and the LTE network that LTE cartoon is crossed MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and mobile management device place carries out packet switch domain service and circuit domain business.
Concrete, the associated description of detailed process in can embodiment shown in Figure 6 repeats no more herein.
The mobile management device that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Figure 15 is the structural representation of another embodiment of mobile management device provided by the invention.As shown in figure 15, the mobile management device that the present embodiment provides is the specific executive agent of carrying out the power-saving method of above-mentioned mobile terminal embodiment illustrated in fig. 7, is specially the first mobile management center MSC.This mobile management device specifically can comprise:
The 13 receiver module 151, for mobile terminal receive, in the network address of the 2nd MSC and the sign of LTE card that get LTE card and send in the first base station of circuit domain business connected state and the 3G card 3G network by 3G card place during in Idle state, set up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of the 2nd MSC and the sign of LTE card;
The 13 sending module 152, for the notification message of closing the radio frequency unit corresponding with 3G card is sent to mobile terminal by the first base station, for mobile terminal, the sign of the network address of the 2nd MSC and LTE card being sent to SGSN by the first base station and receiving after the notification message of closing the radio frequency unit corresponding with 3G card of SGSN by the first base station transmission, close the radio frequency unit corresponding with 3G card;
The 14 sending module 153, for receiving circuit territory service request, and according to the corresponding relation between the network address of the 2nd MSC and the sign of LTE card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of LTE card is sent to the 2nd MSC, for the 2nd MSC, control mobile terminal and open the radio frequency unit corresponding with 3G card;
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and LTE cartoon is crossed LTE network and carried out packet switch domain service, by the 2G/3G network at the 2nd MSC place, carries out circuit domain business; The 3G network that 3G cartoon is crossed mobile management device and SGSN place carries out packet switch domain service and circuit domain business.
Concrete, the associated description of detailed process in can embodiment shown in Figure 7 repeats no more herein.
The mobile management device that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Figure 16 is the structural representation of another embodiment of mobile management device provided by the invention.As shown in figure 16, the mobile management device that the present embodiment provides is the specific executive agent of carrying out the power-saving method of above-mentioned mobile terminal embodiment illustrated in fig. 8, is specially GPRS service node SGSN.This mobile management device specifically can comprise:
The 14 receiver module 161, for mobile terminal receive, in the network address of the 2nd MSC and the sign of LTE card that get LTE card and send in the first base station of circuit domain business connected state and the 3G card 3G network by 3G card place during in Idle state, set up and store the corresponding relation between corresponding relation and the sign of 3G card and the sign of LTE card between the network address of the 2nd MSC and the sign of LTE card.
The 15 sending module 162, for the notification message of closing the radio frequency unit corresponding with 3G card is sent to mobile terminal by the first base station, for mobile terminal, the sign of the network address of the 2nd MSC and LTE card being sent to a MSC by the first base station and receiving after the notification message of closing the radio frequency unit corresponding with 3G card of a MSC by the first base station transmission, close the radio frequency unit corresponding with 3G card.
The 16 sending module 163, be used for receiving packet switch domain service request, and according to the corresponding relation between the network address of the 2nd MSC and the sign of LTE card of self storage and the corresponding relation between the sign of 3G card and the sign of LTE card, the sign of LTE card is sent to the 2nd MSC, for the 2nd MSC, control mobile terminal and open the radio frequency unit corresponding with 3G card.
Wherein, mobile terminal is the dual-card dual-standby terminal of supporting LTE card and 3G card, and LTE cartoon is crossed LTE network and carried out packet switch domain service, by the 2G/3G network at the 2nd MSC place, carries out circuit domain business; The 3G network that 3G cartoon is crossed a MSC and mobile management device place carries out packet switch domain service and circuit domain business.
Concrete, the associated description of detailed process in can embodiment shown in Figure 8 repeats no more herein.
The mobile management device that the present embodiment provides, is not affecting under the prerequisite of double card service feature separately, has reduced the power consumption of LTE dual-card dual-standby terminal when normal standby, has extended stand-by time, has improved user's experience.
Finally it should be noted that: above each embodiment, only in order to technical scheme of the present invention to be described, is not intended to limit; Although the present invention is had been described in detail with reference to aforementioned each embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or some or all of technical characterictic is wherein equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.

Claims (16)

1. a power-saving method for mobile terminal, is characterized in that, comprising:
The service condition of mobile terminal Real-time Obtaining Long Term Evolution LTE card and 3G card;
When described acquisition for mobile terminal arrives described LTE card in Idle state, described mobile terminal sends to a described MSC by the request message of the network address that obtains the first moving exchanging center MSC by the first base station of the 3G network at described 3G card place; Or, the request message of the network address that obtains GPRS service node SGSN is sent to described SGSN by described the first base station;
Described mobile terminal receives the response message of the network address that comprises a described MSC that a described MSC returns by described the first base station; Or, receive the response message of the network address that comprises SGSN that described SGSN returns by described the first base station;
Described mobile terminal sends to mobile management entity MME by the sign of the network address of a described MSC and described 3G card by the base station eNodeB of the LTE network at described LTE card place, for described MME, sets up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of a described MSC and the sign of described 3G card; Or, the sign of the network address of described SGSN and described 3G card is sent to described MME by described base station eNodeB, for described MME, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described SGSN and the sign of described 3G card;
Described mobile terminal receives the notification message of closing the radio frequency unit corresponding with described LTE card that described MME sends by described base station eNodeB, and closes the described radio frequency unit corresponding with described LTE card;
When described mobile terminal receives the sign of the described 3G card that a described MSC sends according to the corresponding relation between the network address of a described MSC and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card when receiving described MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by described the first base station, and open the described radio frequency unit corresponding with described LTE card; Or, while receiving the sign of the described 3G card that described SGSN sends according to the corresponding relation between the network address of described SGSN and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card when receiving described MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by described the first base station, and open the described radio frequency unit corresponding with described LTE card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card; The described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
2. a power-saving method for mobile terminal, is characterized in that, comprising:
The service condition of mobile terminal Real-time Obtaining LTE card and 3G card;
When described acquisition for mobile terminal is to described LTE card in packet switch domain service connected state and described 3G card during in Idle state, described mobile terminal sends to described MME by the request message of the network address that obtains MME by the base station eNodeB of the LTE network at described LTE card place;
Described mobile terminal receives the response message of the network address that comprises described MME that described MME returns by described base station eNodeB;
Described mobile terminal sends to MSC and a SGSN by the sign of the network address of described MME and described LTE card by the first base station of the 3G network at described 3G card place, for a described MSC and described SGSN, sets up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card;
Described mobile terminal receives the notification message of closing the radio frequency unit corresponding with described 3G card that a described MSC and described SGSN send by described the first base station, and closes the described radio frequency unit corresponding with described 3G card;
Described mobile terminal receive described MME receive a described MSC when receiving circuit domain business request or described SGSN when receiving packet switch domain service request, during the sign of the described LTE card sending according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and corresponding relation between the sign of described 3G card and the sign of described LTE card, the notification message of the radio frequency unit corresponding with described 3G card described in the unlatching sending by described base station eNodeB, and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
3. a power-saving method for mobile terminal, is characterized in that, comprising:
The service condition of mobile terminal Real-time Obtaining LTE card and 3G card;
When described acquisition for mobile terminal is to described LTE card in circuit domain business connected state and described 3G card during in Idle state, described mobile terminal sends to described the 2nd MSC by the request message of the network address that obtains the 2nd MSC by the second base station of the 2G/3G network at described LTE card place;
Described mobile terminal receives the response message of the network address that comprises described the 2nd MSC that described the 2nd MSC returns by described the second base station;
Described mobile terminal sends to MSC and a SGSN by the sign of the network address of described the 2nd MSC and described LTE card by the first base station of the 3G network at described 3G card place, for a described MSC and described SGSN, sets up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card;
Described mobile terminal receives the notification message of closing the radio frequency unit corresponding with described 3G card that a described MSC and described SGSN send by described the first base station, and closes the described radio frequency unit corresponding with described 3G card;
Described mobile terminal receive described the 2nd MSC receive a described MSC when receiving circuit domain business request or described SGSN when receiving packet switch domain service request, during the sign of the described LTE card sending according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and corresponding relation between the sign of described 3G card and the sign of described LTE card, the notification message of the radio frequency unit corresponding with described 3G card described in the unlatching sending by described the second base station, and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
4. a power-saving method for mobile terminal, is characterized in that, comprising:
The network address of a MSC and the sign of 3G card that the base station eNodeB of MME mobile terminal receive LTE network by described LTE card place when getting LTE card in Idle state sends, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of a described MSC and the sign of described 3G card; Or, receive the network address of SGSN and the sign of described 3G card that described mobile terminal sends by described base station eNodeB when getting described LTE card in Idle state, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described SGSN and the sign of described 3G card;
Described MME sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described LTE card by described base station eNodeB, for described mobile terminal, closes the described radio frequency unit corresponding with described LTE card;
Described MME receives service request, and according to the corresponding relation between the network address of a described MSC and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described 3G card is sent to a described MSC, for a described MSC, control described mobile terminal and open the described radio frequency unit corresponding with described LTE card; Or, corresponding relation between the network address of described SGSN and the sign of described 3G card of storing according to self and the corresponding relation between the sign of described 3G card and the sign of described LTE card send to described SGSN by the sign of described 3G card, control described mobile terminal open the described radio frequency unit corresponding with described LTE card for described SGSN;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and 3G card; The described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
5. a power-saving method for mobile terminal, is characterized in that, comprising:
The corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card is set up and stored to the one MSC mobile terminal receive, in the network address of MME and the sign of described LTE card that get LTE card and send in the first base station of packet switch domain service connected state and the 3G card 3G network by described 3G card place during in Idle state;
A described MSC sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described 3G card by described the first base station, for described mobile terminal, the sign of the network address of described MME and described LTE card being sent to SGSN by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of described SGSN by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
A described MSC receiving circuit territory service request, and according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described MME, for described MME, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
6. a power-saving method for mobile terminal, is characterized in that, comprising:
The corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card is set up and stored to SGSN mobile terminal receive, in the network address of MME and the sign of described LTE card that get LTE card and send in the first base station of packet switch domain service connected state and the 3G card 3G network by described 3G card place during in Idle state;
Described SGSN sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described 3G card by described the first base station, for described mobile terminal, the sign of the network address of described MME and described LTE card being sent to a MSC by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of a described MSC by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
Described SGSN receives packet switch domain service request, and according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described MME, for described MME, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
7. a power-saving method for mobile terminal, is characterized in that, comprising:
The corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card is set up and stored to the one MSC mobile terminal receive, in the network address of the 2nd MSC and the sign of described LTE card that get LTE card and send in the first base station of circuit domain business connected state and the 3G card 3G network by described 3G card place during in Idle state;
A described MSC sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described 3G card by described the first base station, for described mobile terminal, the sign of the network address of described the 2nd MSC and described LTE card being sent to SGSN by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of described SGSN by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
A described MSC receiving circuit territory service request, and according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described the 2nd MSC, for described the 2nd MSC, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
8. a power-saving method for mobile terminal, is characterized in that, comprising:
The corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card is set up and stored to SGSN mobile terminal receive, in the network address of the 2nd MSC and the sign of described LTE card that get LTE card and send in the first base station of circuit domain business connected state and the 3G card 3G network by described 3G card place during in Idle state;
Described SGSN sends to described mobile terminal by the notification message of closing the radio frequency unit corresponding with described 3G card by described the first base station, for described mobile terminal, the sign of the network address of described the 2nd MSC and described LTE card being sent to a MSC by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of a described MSC by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
Described SGSN receives packet switch domain service request, and according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described the 2nd MSC, for described the 2nd MSC, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
9. a mobile terminal, is characterized in that, comprising:
The first acquisition module, for the service condition of Real-time Obtaining LTE card and 3G card;
The first sending module, for when described the first acquisition module gets described LTE card in Idle state, sends to a described MSC by the request message of the network address that obtains a MSC by the first base station of the 3G network at described 3G card place; Or, the request message of the network address that obtains SGSN is sent to described SGSN by described the first base station;
The first receiver module, for receiving the response message of the network address that comprises a described MSC that a described MSC returns by described the first base station; Or, receive the response message of the network address that comprises SGSN that described SGSN returns by described the first base station;
The second sending module, for the sign of the network address of a described MSC and described 3G card is sent to MME by the base station eNodeB of the LTE network at described LTE card place, for described MME, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of a described MSC and the sign of described 3G card; Or, the sign of the network address of described SGSN and described 3G card is sent to described MME by described base station eNodeB, for described MME, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described SGSN and the sign of described 3G card;
The second receiver module, the notification message of closing the radio frequency unit corresponding with described LTE card sending by described base station eNodeB for receiving described MME, and close the described radio frequency unit corresponding with described LTE card;
The 3rd receiver module, when receiving the sign of the described 3G card that a described MSC sends according to the corresponding relation between the network address of a described MSC and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card when receiving described MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by described the first base station, and open the described radio frequency unit corresponding with described LTE card; Or, while receiving the sign of the described 3G card that described SGSN sends according to the corresponding relation between the network address of described SGSN and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card when receiving described MME and receiving service request, the notification message of the radio frequency unit corresponding with described LTE card described in the unlatching sending by described the first base station, and open the described radio frequency unit corresponding with described LTE card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card; The described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
10. a mobile terminal, is characterized in that, comprising:
The second acquisition module, for the service condition of Real-time Obtaining LTE card and 3G card;
The 3rd sending module, for get described LTE card when described the second acquisition module, in packet switch domain service connected state and described 3G card, during in Idle state, the request message of the network address that obtains MME is sent to described MME by the base station eNodeB of the LTE network at described LTE card place;
The 4th receiver module, for receiving the response message of the network address that comprises described MME that described MME returns by described base station eNodeB;
The 4th sending module, for the sign of the network address of described MME and described LTE card is sent to MSC and a SGSN by the first base station of the 3G network at described 3G card place, for a described MSC and described SGSN, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card;
The 5th receiver module, the notification message of closing the radio frequency unit corresponding with described 3G card sending by described the first base station for receiving a described MSC and described SGSN, and close the described radio frequency unit corresponding with described 3G card;
The 6th receiver module, be used for receiving described MME receive a described MSC when receiving circuit domain business request or described SGSN when receiving packet switch domain service request, during the sign of the described LTE card sending according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and corresponding relation between the sign of described 3G card and the sign of described LTE card, the notification message of the radio frequency unit corresponding with described 3G card described in the unlatching sending by described base station eNodeB, and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
11. 1 kinds of mobile terminals, is characterized in that, comprising:
The 3rd acquisition module, for the service condition of Real-time Obtaining LTE card and 3G card;
The 5th sending module, for get described LTE card when described the 3rd acquisition module, in circuit domain business connected state and described 3G card, during in Idle state, the request message of the network address that obtains the 2nd MSC is sent to described the 2nd MSC by the second base station of the 2G/3G network at described LTE card place;
The 7th receiver module, for receiving the response message of the network address that comprises described the 2nd MSC that described the 2nd MSC returns by described the second base station;
The 6th sending module, for the sign of the network address of described the 2nd MSC and described LTE card is sent to MSC and a SGSN by the first base station of the 3G network at described 3G card place, for a described MSC and described SGSN, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card;
The 8th receiver module, the notification message of closing the radio frequency unit corresponding with described 3G card sending by described the first base station for receiving a described MSC and described SGSN, and close the described radio frequency unit corresponding with described 3G card;
The 9th receiver module, be used for receiving described the 2nd MSC receive a described MSC when receiving circuit domain business request or described SGSN when receiving packet switch domain service request, during the sign of the described LTE card sending according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and corresponding relation between the sign of described 3G card and the sign of described LTE card, the notification message of the radio frequency unit corresponding with described 3G card described in the unlatching sending by described the second base station, and the radio frequency unit corresponding with described 3G card described in opening,
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
12. 1 kinds of mobile management devices, is characterized in that, comprising:
The tenth receiver module, for the network address of a MSC and the sign of 3G card of the base station eNodeB transmission of mobile terminal receive LTE network by described LTE card place when getting LTE card in Idle state, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of a described MSC and the sign of described 3G card; Or, receive the network address of SGSN and the sign of described 3G card that described mobile terminal sends by described base station eNodeB when getting described LTE card in Idle state, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described SGSN and the sign of described 3G card;
The 7th sending module, for the notification message of closing the radio frequency unit corresponding with described LTE card is sent to described mobile terminal by described base station eNodeB, closes the described radio frequency unit corresponding with described LTE card for described mobile terminal;
The 8th sending module, be used for receiving service request, and according to the corresponding relation between the network address of a described MSC and the sign of described 3G card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described 3G card is sent to a described MSC, for a described MSC, control described mobile terminal and open the described radio frequency unit corresponding with described LTE card; Or, corresponding relation between the network address of described SGSN and the sign of described 3G card of storing according to self and the corresponding relation between the sign of described 3G card and the sign of described LTE card send to described SGSN by the sign of described 3G card, control described mobile terminal open the described radio frequency unit corresponding with described LTE card for described SGSN;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and 3G card; The described LTE network that described LTE cartoon is crossed described mobile management device place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described SGSN place carries out packet switch domain service and circuit domain business.
13. 1 kinds of mobile management devices, is characterized in that, comprising:
The 11 receiver module, for mobile terminal receive, getting the network address of MME and the sign of described LTE card of LTE card in the first base station transmission of the 3G network by described 3G card place during in Idle state of packet switch domain service connected state and 3G card, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card;
The 9th sending module, for the notification message of closing the radio frequency unit corresponding with described 3G card is sent to described mobile terminal by described the first base station, for described mobile terminal, the sign of the network address of described MME and described LTE card being sent to SGSN by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of described SGSN by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
The tenth sending module, for receiving circuit territory service request, and according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described MME, for described MME, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed described mobile management device and described SGSN place carries out packet switch domain service and circuit domain business.
14. 1 kinds of mobile management devices, is characterized in that, comprising:
The 12 receiver module, for mobile terminal receive, getting the network address of MME and the sign of described LTE card of LTE card in the first base station transmission of the 3G network by described 3G card place during in Idle state of packet switch domain service connected state and 3G card, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described MME and the sign of described LTE card;
The 11 sending module, for the notification message of closing the radio frequency unit corresponding with described 3G card is sent to described mobile terminal by described the first base station, for described mobile terminal, the sign of the network address of described MME and described LTE card being sent to a MSC by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of a described MSC by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
The 12 sending module, be used for receiving packet switch domain service request, and according to the corresponding relation between the network address of described MME and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described MME, for described MME, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and the described LTE network that described LTE cartoon is crossed described MME place carries out packet switch domain service, by 2G/3G network, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described mobile management device place carries out packet switch domain service and circuit domain business.
15. 1 kinds of mobile management devices, is characterized in that, comprising:
The 13 receiver module, for mobile terminal receive, getting the network address of two MSC and the sign of described LTE card of LTE card in the first base station transmission of the 3G network by described 3G card place during in Idle state of circuit domain business connected state and 3G card, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card;
The 13 sending module, for the notification message of closing the radio frequency unit corresponding with described 3G card is sent to described mobile terminal by described the first base station, for described mobile terminal, the sign of the network address of described the 2nd MSC and described LTE card being sent to SGSN by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of described SGSN by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
The 14 sending module, for receiving circuit territory service request, and according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described the 2nd MSC, for described the 2nd MSC, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed described mobile management device and described SGSN place carries out packet switch domain service and circuit domain business.
16. 1 kinds of mobile management devices, is characterized in that, comprising:
The 14 receiver module, for mobile terminal receive, getting the network address of two MSC and the sign of described LTE card of LTE card in the first base station transmission of the 3G network by described 3G card place during in Idle state of circuit domain business connected state and 3G card, set up and store the corresponding relation between corresponding relation and the sign of described 3G card and the sign of described LTE card between the network address of described the 2nd MSC and the sign of described LTE card;
The 15 sending module, for the notification message of closing the radio frequency unit corresponding with described 3G card is sent to described mobile terminal by described the first base station, for described mobile terminal, the sign of the network address of described the 2nd MSC and described LTE card being sent to a MSC by described the first base station and receiving after the notification message of closing described corresponding with described 3G card radio frequency unit of a described MSC by described the first base station transmission, close the described radio frequency unit corresponding with described 3G card;
The 16 sending module, be used for receiving packet switch domain service request, and according to the corresponding relation between the network address of described the 2nd MSC and the sign of described LTE card of self storage and the corresponding relation between the sign of described 3G card and the sign of described LTE card, the sign of described LTE card is sent to described the 2nd MSC, for described the 2nd MSC, control described mobile terminal and open the described radio frequency unit corresponding with described 3G card;
Wherein, described mobile terminal is the dual-card dual-standby terminal of supporting described LTE card and described 3G card, and described LTE cartoon is crossed LTE network and carried out packet switch domain service, by the described 2G/3G network at described the 2nd MSC place, carries out circuit domain business; The described 3G network that described 3G cartoon is crossed a described MSC and described mobile management device place carries out packet switch domain service and circuit domain business.
CN201410035976.2A 2014-01-24 2014-01-24 electricity-saving method of mobile terminal, mobile terminal and mobile management device Active CN103747513B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201410035976.2A CN103747513B (en) 2014-01-24 2014-01-24 electricity-saving method of mobile terminal, mobile terminal and mobile management device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201410035976.2A CN103747513B (en) 2014-01-24 2014-01-24 electricity-saving method of mobile terminal, mobile terminal and mobile management device

Publications (2)

Publication Number Publication Date
CN103747513A true CN103747513A (en) 2014-04-23
CN103747513B CN103747513B (en) 2017-04-12

Family

ID=50504487

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201410035976.2A Active CN103747513B (en) 2014-01-24 2014-01-24 electricity-saving method of mobile terminal, mobile terminal and mobile management device

Country Status (1)

Country Link
CN (1) CN103747513B (en)

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2015196698A1 (en) * 2014-06-26 2015-12-30 西安中兴新软件有限责任公司 Paging method, system and device, and computer storage medium
CN106102147A (en) * 2016-06-12 2016-11-09 努比亚技术有限公司 A kind of method and device realizing dual processor subscriber equipment low-power consumption
CN106817748A (en) * 2015-12-01 2017-06-09 展讯通信（上海）有限公司 Save the method and mobile terminal of user equipment power consumption
CN110166949A (en) * 2019-07-04 2019-08-23 中国联合网络通信集团有限公司 Dual-SIM-card dual-standby mobile terminal joint adheres to double register methods and system
CN110234176A (en) * 2019-05-28 2019-09-13 中国联合网络通信集团有限公司 A kind of method and device that double-card mobile terminal dynamically associates
CN110418436A (en) * 2019-07-25 2019-11-05 中国联合网络通信集团有限公司 A kind of mobile terminal double card associated method and system again
CN110546976A (en) * 2019-07-26 2019-12-06 北京小米移动软件有限公司 data transmission method and device
CN110719620A (en) * 2019-10-18 2020-01-21 中国联合网络通信集团有限公司 Terminal access method and system
CN110771196A (en) * 2019-08-22 2020-02-07 北京小米移动软件有限公司 MDT information notification method and device, and MDT information receiving method and device

Cited By (15)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105307267A (en) * 2014-06-26 2016-02-03 西安中兴新软件有限责任公司 Paging method and equipment
WO2015196698A1 (en) * 2014-06-26 2015-12-30 西安中兴新软件有限责任公司 Paging method, system and device, and computer storage medium
CN106817748A (en) * 2015-12-01 2017-06-09 展讯通信（上海）有限公司 Save the method and mobile terminal of user equipment power consumption
CN106102147A (en) * 2016-06-12 2016-11-09 努比亚技术有限公司 A kind of method and device realizing dual processor subscriber equipment low-power consumption
CN110234176B (en) * 2019-05-28 2022-04-15 中国联合网络通信集团有限公司 Method and device for dynamic association of double-card mobile terminal
CN110234176A (en) * 2019-05-28 2019-09-13 中国联合网络通信集团有限公司 A kind of method and device that double-card mobile terminal dynamically associates
CN110166949A (en) * 2019-07-04 2019-08-23 中国联合网络通信集团有限公司 Dual-SIM-card dual-standby mobile terminal joint adheres to double register methods and system
CN110418436A (en) * 2019-07-25 2019-11-05 中国联合网络通信集团有限公司 A kind of mobile terminal double card associated method and system again
WO2021016755A1 (en) * 2019-07-26 2021-02-04 北京小米移动软件有限公司 Data transmission method and apparatus
CN110546976A (en) * 2019-07-26 2019-12-06 北京小米移动软件有限公司 data transmission method and device
CN110546976B (en) * 2019-07-26 2022-07-29 北京小米移动软件有限公司 Data transmission method and device
CN110771196A (en) * 2019-08-22 2020-02-07 北京小米移动软件有限公司 MDT information notification method and device, and MDT information receiving method and device
WO2021031213A1 (en) * 2019-08-22 2021-02-25 北京小米移动软件有限公司 Mdt information notifying method and apparatus, and mdt information receiving method and apparatus
CN110719620A (en) * 2019-10-18 2020-01-21 中国联合网络通信集团有限公司 Terminal access method and system
CN110719620B (en) * 2019-10-18 2021-10-22 中国联合网络通信集团有限公司 Terminal access method and system

Also Published As

Publication number Publication date
CN103747513B (en) 2017-04-12

Similar Documents

Publication Publication Date Title
CN103747513A (en) Electricity-saving method of mobile terminal, mobile terminal and mobile management device
CN102396257B (en) Method, system and device of energy saving for base stations
EP2568740A1 (en) Method and system for processing cell sleeping
CN103379593A (en) Terminal electricity-saving method, terminal electricity-saving device and network side electricity-saving device
CN103404198A (en) Method and apparatus for communicating neighbor cells
CN103561435B (en) Multi-mode terminal and communication method
CN103582087A (en) Discontinuously-received parameter configuration method and data transmitting method and device
CN104619023A (en) Intelligent paging method and intelligent paging equipment
CN104618995B (en) A kind of processing method and equipment of symbol shut-off
CN101888697A (en) Paging method and paging device
CN102271322A (en) Method and device for transmitting MDT (Minimization of Drive Tests) collocation information
CN105191408A (en) Method, device and apparatus for controlling base station
CN103298023A (en) Method and device for detecting terminal heartbeat
CN102036341B (en) Method and device for implementing cell blockage
CN103384362A (en) Service carrying method, mobility management entity and micro base station
CN103999514A (en) User equipment power saving method, apparatus and user equipment
EP2544484B1 (en) State handover method and network equipment
CN102695215B (en) Method for sending and receiving load information, access network control nodes and system
CN103052136A (en) LTE (Long Term Evolution) terminal and communication method thereof
CN102118855B (en) Method and system for distributing service, and base station equipment
CN101765223A (en) Method, SGSN and system of business control equipment obtaining user access type
CN102480786A (en) Wireless communication method and system with multiple communication systems
CN103067953A (en) Method and device for neighborhood state reporting, acquiring, monitoring and controlling
CN103298046A (en) Management method, device and system of inter-RAT cell
CN103582035A (en) Wireless resource configuration management method and wireless resource configuration management system

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant