CN106465462A

CN106465462A - Location update method and device for multimode terminal

Info

Publication number: CN106465462A
Application number: CN201480077568.1A
Authority: CN
Inventors: 段小嫣; 宋昊; 于亚军; 张博; 金辉
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2014-09-10
Filing date: 2014-09-10
Publication date: 2017-02-22
Anticipated expiration: 2034-09-10
Also published as: WO2016037325A1; CN106465462B

Abstract

Disclosed are a location update timer control method and device for a multimode terminal. The multimode terminal of a multi-stack structure can conduct location updating on time, thereby preventing the registration of the terminal from being implicitly eliminated by a network because location updating is not conducted in time. The method comprises: judging, by a terminal, whether it is in a branch stack state currently; and when it is determined that it is in the branch stack state currently, prohibiting, by the terminal, a location update timer of a designated network domain from being started at a first stack.

Description

A kind of multimode terminal location updating method and equipment

Technical field

The present invention relates to communication technical field, more particularly to a kind of multimode terminal location updating method and equipment.

Background technology

Cordless communication network is via second generation mobile communication system (2G, 2nd Generation；Such as global system for mobile communications (GSM)), 3-G (Generation Three mobile communication system) (3G, 3rd Generation；Such as WCDMA (WCDMA)/TD SDMA (TD-SCDMA) (abbreviation TDS)/CDMA 2000 (CDMA2000)) evolve to forth generation GSM (4G, 4td Generation；Such as Long Term Evolution (LTE) system).

Support LTE and GSM work (simultaneous GSM and LTE simultaneously, SGL TE) terminal, it is a kind of terminals that single deck tape-recorder ability is treated with LTE/TDS and GSM (General Packet Radio System (GPRS)/GSM evolution enhanced data rates for GSM evolution (EDGE)) multimode pair, can be simultaneously LTE (and/or TDS) and GSM network standby (including register and perform task), so that support GSM speech businesses and LTE (and/or TDS) data service simultaneously.

SGLTE terminals can use double narrow pulses, including main stack (stack 1) and auxiliary stack (stack 2), wherein, stack 1 includes supporting the module of LTE/TDS/GSM packet-switched domains (PS) communication technology, and stack 2 includes the module for supporting GSM circuit commutative fields (CS) communication technology.Generally, when LTE and/or TDS network services can use and GSM network also can use, terminal carries out PS data services by the LTE in stack 1 and/or TDS, CS voices and short message service are carried out by the GSM in stack 2, when LTE and TDS network services are unavailable, only GSM network service is available, terminal carries out GSM PS (i.e. GPRS or EDGE) and CS business, to reach the purpose of power saving by the GSM processing modules of stack 2 and to stack 1 by stack 1.

Terminal is needed to network registry, with the voice provided using network or data service, and terminal also needs to carry out periodic location update to network, to keep linking and login state with network, if terminal exists Failed in specified period to carry out location updating to network, network can say that the terminal implicitly goes to register (Implicit detach), and this will cause the terminal to will be unable to use network service before successful registration next time.For example, when other terminal calls are in the terminal for implicitly removing login state, the prompting of " called to have shut down " will be received.

Double stack runnings of the terminal under SGLTE patterns are as shown in figure 1, be the position updating process for CS business, specially：

Step 1, terminal is started shooting under 2G and 3G (or 4G) network, and CS is registered on GSM, and periodical position renewing timer T3212 is started in stack 2, that is, it is initial value (also known as timeout value (timeout value)) to set timer.

Step 2, when losing the covering of 3G (or 4G) network signal, terminal CS domains and ps domain are all registered in GSM, and GSM CS switch to stack 1 by stack 2, now the T3212 of stack 1 state is set to state of activation (Active), and the T3212 of stack 2 state is set to final state (Stopped).But, the T3212 in stack 2 is still in operation.

Step 3, the covering of 3G (or 4G) network signal recovers, TDS of the terminal ps domain gravity treatment to stack 1, the TDS CS of stack 1 also run a cycle position renewing timer T3212, GSM CS switch to stack 2 by the gravity treatment of stack 1, the state of the T3212 timers of stack 1 is set to final state, and the state of the T3212 timers of stack 2 is set to state of activation.Now, the GSM CS of the TDS CS of stack 1 T3212 timers and stack 2 T3212 timers are run simultaneously, and the time value of two timers may be different, for example, the time of the T3212 timers of stack 2 this moment is shorter.

Step 4, the covering of 3G network signal is lost, terminal CS domains and ps domain are all registered in GSM, and GSM CS switch to stack 1 by stack 2, now the T3212 of stack 1 state is set to state of activation, and the T3212 of stack 2 state is set to final state, and the T3212 of stack 1 and the T3212 of stack 2 are simultaneously in operation.

Step 5, the T3212 time-out of stack 2, now the T3212 states of stack 1 are state of activation, the information is sent to stack 1 and handled, but it is due to that stack 1 there are T3212 timers in operation in itself, causes the T3212 time-out informations of stack 2 not processed, i.e., terminal does not initiate periodic location update process to network.

In the double stack runnings of existing SGLTE terminals, terminal can not send position updating request to network after there is T3212 timer expiries so that terminal is implicitly gone registration by network, causes the end The miscue of called shutdown is sent during the called of end, the normal of influence terminal is used.

The content of the invention

The embodiment of the present invention provides a kind of multimode terminal position renewing timer control method and equipment, to ensure that the multimode terminal using many stack architecture can carry out location updating on time, it is to avoid terminal implicitly goes registration due to not carrying out location updating in time by network.

Concrete technical scheme provided in an embodiment of the present invention is as follows：

First aspect, the embodiments of the invention provide a kind of position renewing timer control method of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, including：

Whether the terminal judges current under described point of stack state；

When the terminal determines to be currently under described point of stack state, forbid starting in first stack position renewing timer of the specified network domains.

In the embodiment, terminal is under point stack state, forbid starting in the first stack the position renewing timer of specified network domains, so that terminal from a point stack state after conjunction stack state is switched to, terminal only has the position renewing timer of a specified network domains in operation, avoid in the prior art in the case where closing stack state due to there are the two of the business of specified network domains position renewing timers in operation, when the position renewing timer of the second stack is overtime, time-out information can not handle caused by can not carry out location updating in time, ensure that can carry out location updating on time using the multimode terminal of two or more stack architecture.

With reference in a first aspect, in the first possible implementation, methods described also includes：

The terminal is under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer for each specified network domains run in first stack and second stack.

With reference in a first aspect, in second of possible implementation, methods described also includes：

The terminal is under described point of stack state or the conjunction stack state, it is determined that meeting the specified network domains Position renewing timer end condition when, the position renewing timer of the specified network domains of stack where the business for the specified network domains for terminating first GSM；

If terminating failure, the position renewing timer of the specified network domains of another stack is terminated.

With reference in a first aspect, in the third possible implementation, methods described also includes：

The terminal is under described point of stack state, determine that the position renewing timer of the specified network domains of first stack starts under the conjunction stack state, and the position renewing timer of the specified network domains of the first stack is still being run described in when dividing stack state described in being changed into as the conjunction stack state；

When the terminal determines to meet the position renewing timer end condition of the specified network domains, the position renewing timer of the specified network domains of first stack is terminated；

When the terminal determines to meet the position renewing timer entry condition of the specified network domains, the position renewing timer of the specified network domains is started in second stack.

With reference in a first aspect, in the 4th kind of possible implementation, methods described also includes：

When the terminal is under the conjunction stack state, if it is determined that the position renewing timer of the specified network domains of second stack has been turned on, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer of the specified network domains of second stack；

It is determined that when meeting the position renewing timer entry condition of the specified network domains, the position renewing timer of the specified network domains is started in first stack.

With reference to any one of first aspect into the 4th kind of possible implementation, in the 5th kind of possible implementation, first GSM is global system for mobile communications GSM；

The terminal judges current whether before described divide under stack state, and methods described also includes：

The terminal determines itself to be in the first mode of operation, the first mode of operation support GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.

With reference to any one of first aspect into the 4th kind of possible implementation, in the 6th kind of possible implementation, the business of the specified network domains is circuit switched domain service or grouping commutative field service.

Second aspect, the embodiments of the invention provide a kind of position renewing timer control method of multimode terminal, the terminal at least includes under the first stack and the second stack, point stack state in first stack operation except the The business of the specified network domains of first GSM is run in business outside the business of the specified network domains of one GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, including：

The terminal determines that the operation of at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack reaches setting duration under described point of stack state or the conjunction stack state；

The terminal terminates the position renewing timer for each specified network domains run in first stack and second stack, and updates request to network launch position.

In the embodiment, when needing to terminate the position renewing timer for specifying network domains, terminate the position renewing timer for each specified network domains run in the first stack and the second stack, and update request to network launch position, so as to avoid in the prior art in the case where closing stack state due to having the position renewing timer of two specified network domains in operation, when the position renewing timer of the specified network domains of the second stack is overtime, time-out information can not handle caused by can not carry out location updating in time, ensure that can carry out location updating on time using the multimode terminal of two or more stack architecture.

With reference to second aspect, in the first possible implementation, methods described also includes：

The terminal determines that at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack meets end condition under described point of stack state or the conjunction stack state；

Terminate the position renewing timer for each specified network domains run in first stack and second stack.

With reference to second aspect or the first possible implementation, in second of possible implementation, first GSM is global system for mobile communications GSM；

The terminal is under described point of stack state or the conjunction stack state, determine that the operation of at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack reaches that before setting duration, methods described also includes：

The terminal determines itself to be in the first mode of operation, first mode of operation support GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or support GSM CS domains business simultaneously simultaneously With forth generation mobile communication 4G business.

With reference to second aspect or the first possible implementation, in the third possible implementation, the business of the specified network domains is circuit switched domain service or grouping commutative field service.

The third aspect, the embodiments of the invention provide a kind of position renewing timer control method of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, including：

The terminal determines occur the described point of switching between stack state and the conjunction stack state；

The terminal determines the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of first stack and the position renewing timer of the specified network domains of second stack；

The value of terminal position renewing timer of the specified network domains of stack according to where the business that the minimum value sets the specified network domains, a length of minimum value during the remaining timing of the position renewing timer of stack where making the business of the specified network domains.

In the embodiment, terminal is when occurring point stack state and closing the switching between stack state, select the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of the first stack and the position renewing timer of the specified network domains of the second stack, the position renewing timer of stack where the business for specifying network domains is set using the minimum value, the position renewing timer of stack is first overtime where ensure that the business of specified network domains, so that the time-out information is handled in time in the stack for specifying the business of network domains currently to run, ensure that can carry out location updating on time using the multimode terminal of two or more stack architecture.

With reference to the third aspect, in the first possible implementation, methods described also includes：

The terminal determines that the position renewing timer and this of second stack of the specified network domains of first stack specify at least one in the position renewing timers of network domains when meeting end condition, terminates the position renewing timer for each specified network domains run in first stack and second stack.

With reference to the third aspect or the first possible implementation, in second of possible implementation, First GSM is global system for mobile communications GSM；

The terminal determines before the described point of switching between stack state and the conjunction stack state of generation that methods described also includes：

With reference to the third aspect or the first possible implementation, in the third possible implementation, the business of the specified network domains is circuit switched domain service or grouping commutative field service.

Fourth aspect, the embodiments of the invention provide a kind of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, including：

Judge module, it is current whether under described point of stack state for judging；

Processing module, when determining to be currently under described point of stack state for the judge module, forbids starting in first stack position renewing timer of the specified network domains.

With reference to fourth aspect, in the first possible implementation, the processing module is additionally operable to：

Under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer for each specified network domains run in first stack and second stack.

With reference to fourth aspect, in second of possible implementation, the processing module is additionally operable to：

Under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, the position renewing timer of the specified network domains of stack where the business for the specified network domains for terminating first GSM；

With reference to fourth aspect, in the third possible implementation, the processing module is additionally operable to：

When the judge module is determined under described point of stack state, the finger of first stack is determined The position renewing timer for determining network domains starts under the conjunction stack state, and the position renewing timer of the specified network domains of the first stack is still being run described in when dividing stack state described in being changed into as the conjunction stack state；

It is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer of the specified network domains of first stack；

It is determined that when meeting the position renewing timer entry condition of the specified network domains, the position renewing timer of the specified network domains is started in second stack.

With reference to fourth aspect, in the 4th kind of possible implementation, the processing module is additionally operable to：

When the judge module is determined under the conjunction stack state, if it is determined that the position renewing timer of the specified network domains of second stack has been turned on, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer of the specified network domains of second stack；

With reference to any one of fourth aspect into the 4th kind of possible implementation, in the 5th kind of possible implementation, first GSM is global system for mobile communications GSM；

Also include determining module, be used for：

Determine that the terminal is in the first mode of operation, first mode of operation supports GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.

With reference to any one of fourth aspect into the 4th kind of possible implementation, in the 6th kind of possible implementation, the business of the specified network domains is circuit switched domain service or grouping commutative field service.

5th aspect, the embodiments of the invention provide a kind of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, including：

Judge module, under described point of stack state or the conjunction stack state, judging first stack Whether at least one operation reaches setting duration in the position renewing timer of the specified network domains of the position renewing timer of the specified network domains and second stack；

Processing module, when determining that at least one operation reaches setting duration for the judge module, terminates the position renewing timer for each specified network domains run in first stack and second stack, and update request to network launch position.

With reference to the 5th aspect, in the first possible implementation, the judge module is additionally operable to：

Under described point of stack state or the conjunction stack state, judge whether at least one meets end condition in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack；

The processing module is additionally operable to：

When the judge module determines that at least one meets end condition, the position renewing timer for each specified network domains run in first stack and second stack is terminated.

With reference to the 5th aspect or the first possible implementation, in second of possible implementation, first GSM is global system for mobile communications GSM；

Also include determining module, be used for：

With reference to the 5th aspect or the first possible implementation, in the third possible implementation, the business of the specified network domains is circuit switched domain service or grouping commutative field service.

6th aspect, the embodiments of the invention provide a kind of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, including：

Judge module, for judging whether occur the described point of switching between stack state and the conjunction stack state；

Selecting module, for the judge module determine to occur described point of stack state and the conjunction stack state it Between switching when, determine the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of first stack and the position renewing timer of the specified network domains of second stack；

Setup module, the value of the position renewing timer of the specified network domains of stack where the minimum value for being determined according to the selecting module sets the business of the specified network domains, a length of minimum value during the remaining timing of the position renewing timer of stack where making the business of the specified network domains.

With reference to the 6th aspect, in the first possible implementation, in addition to processing module, it is used for：

When determining that at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack meets end condition, the position renewing timer for each specified network domains run in first stack and second stack is terminated.

With reference to the 6th aspect or the first possible implementation, in second of possible implementation, first GSM is global system for mobile communications GSM；

Also include determining module, be used for：

With reference to the 6th aspect or the first possible implementation, in the third possible implementation, the business of the specified network domains is circuit switched domain service or grouping commutative field service.

Brief description of the drawings

Fig. 1 is the double stack running schematic diagrames of existing terminal；

Fig. 2 is to the method flow schematic diagram of location updating Timer Controlling in the embodiment of the present invention；

Fig. 3 is the method flow schematic diagram of renewal Timer Controlling in another pair of positions in the embodiment of the present invention；

Fig. 4 is the method flow schematic diagram of renewal Timer Controlling in another pair of positions in the embodiment of the present invention；

Fig. 5 is terminal structure schematic diagram in the embodiment of the present invention；

Fig. 6 is another terminal structure schematic diagram in the embodiment of the present invention；

Fig. 7 is another terminal structure schematic diagram in the embodiment of the present invention.

Embodiment

In order that the object, technical solutions and advantages of the present invention are clearer, below in conjunction with accompanying drawing, the present invention is described in further detail, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, all other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.

In following embodiment, terminal at least includes the first stack and the second stack, divides under stack state the business for the specified network domains that the first GSM is run in the business run in the first stack in addition to the business of the specified network domains of the first GSM, the second stack；The business for closing the specified network domains of the first GSM under stack state in the second stack is incorporated to operation in the first stack.

Preferably, this specifies the business of network domains to be circuit switched domain service or grouping commutative field service.

Specifically, by 2G networks of the first GSM, network domains are specified to be CS domains, terminal is exemplified by the multimode terminal with double narrow pulses, the terminal includes the first stack and the second stack, is divided into point stack state according to the coverage condition of 3G or 4G networks and closes stack state, wherein, terminal is when there is 3G the or 4G network coverages, the business for the specified network domains that 2G networks are run in the business in addition to the business of the specified network domains of 2G networks, the second stack is run in first stack, for a point stack state；When losing 3G the or 4G network coverages, the business of the specified network domains of the 2G networks in the second stack, which is incorporated in the first stack, to be run, to close stack state.

In order to ensure that the multimode terminal using two or more stack architecture can carry out location updating on time, to avoid terminal from implicitly going registration by network due to not carrying out location updating in time, and then lead to not receive other terminal calls, following three kinds of embodiments are provided in the embodiment of the present invention, ensure that terminal can carry out location updating on time by the control to position renewing timer.

In first embodiment, as shown in Fig. 2 the method detailed process that terminal-pair position renewing timer is controlled is as follows：

Step 201：Whether terminal judges current under point stack state；

Step 202：When terminal determines to be currently under point stack state, forbid starting in the first stack the position renewing timer of specified network domains.

Specifically, terminal is under point stack state, forbid starting in the first stack the position renewing timer of specified network domains, however, it is determined that meet the position renewing timer entry condition for specifying network domains, only start or run the position renewing timer for specifying network domains in the second stack.

Wherein, terminal is under point stack state, it is determined that meeting the position renewing timer entry condition for specifying network domains, if this of the second stack specifies the position renewing timer of network domains not actuated, then start the position renewing timer, if this of the second stack specifies the position renewing timer of network domains to have been turned on, the position renewing timer is continued to run with.

It is preferably carried out at one in mode, terminal is in point stack state or closes under stack state, it is determined that when meeting the position renewing timer end condition for specifying network domains, terminating the position renewing timer for each specified network domains run in the first stack and the second stack.

Preferably, terminal is in point stack state or closes under stack state, it is determined that when meeting the position renewing timer end condition for specifying network domains, the position renewing timer of the specified network domains of stack where the business for the specified network domains for terminating the first GSM, if terminating failure, the position renewing timer of the specified network domains of another stack is terminated.

This is preferably carried out mode, it ensure that the position renewing timer for the specified network domains that operation can be terminated when meeting end condition, avoid not terminating the position renewing timer of the specified network domains in time and causing to initiate unnecessary position updating process, it is ensured that the normal operation of terminal.

Preferably, terminal determines that the position renewing timer of the specified network domains of the first stack starts in the case where closing stack state under point stack state, and the position renewing timer of the specified network domains of first stack is still being run when changing into point stack state by conjunction stack state；It is determined that when meeting the position renewing timer end condition that this specifies network domains, terminating the position renewing timer of the specified network domains of first stack；Should it is determined that meeting When specifying the position renewing timer entry condition of network domains, only start the position renewing timer for specifying network domains in the second stack.

This is preferably carried out mode, after terminal terminates the position renewing timer of specified network domains of the first stack under point stack state, do not allow to be again started up the position renewing timer, avoid terminal to be switched to after conjunction stack state by a point stack state, by two, the situation for specifying the position renewing timer of network domains to run occurs.

Preferably, terminal is when closing under stack state, if it is determined that the position renewing timer of the specified network domains of the second stack has been turned on, it is determined that when meeting the position renewing timer end condition that this specifies network domains, terminating the position renewing timer of the specified network domains of the second stack；It is determined that when meeting the position renewing timer entry condition that this specifies network domains, only starting the position renewing timer for specifying network domains in the first stack.

Preferably, the first GSM is global system for mobile communications (GSM)；Terminal in the embodiment determines itself in the first mode of operation before execution step 201, and first mode of operation supports GSM and 3G business simultaneously, or, first mode of operation is while support GSM and 4G business.For example, the first mode of operation is SGLTE patterns.

In the embodiment of the present invention, terminal determines that the position renewing timer end condition for meeting specified network domains includes but is not limited to any one in situations below：

Terminal performing location renewal process, and receive location updating received message or location updating refuse information；

Terminal receives authentication refuse information；

Terminal receives first mobile management message under normal service state, or the terminal completes safe mode during mobile management connection is set up and set；

The beep-page message that terminal response network is sent, and receive first message of layer 3 in addition to Radio Resource message；

Terminal closedown changes subscriber identification card, for example, change SIM card or usim card；

The position renewing timer operation of the specified network domains of first stack reaches setting duration, then the position renewing timer of the specified network domains of first stack meets end condition, or, the position renewing timer operation of the specified network domains of second stack reaches setting duration, then the position renewing timer of the specified network domains of second stack meets end condition.

In the embodiment, position renewing timer time-out has following two judgment modes：

The first, the initial value that set location updates timer is setting value, and the position renewing timer proceeds by countdown when reaching null value from the setting value, determines position renewing timer time-out；

Second, the initial value that set location updates timer is null value, position renewing timer timing since null value, until when reaching default setting value, determining position renewing timer time-out.

Wherein, terminal determines the position renewing timer time-out of the specified network domains of the first stack or the second stack, initiates the position updating process of the business for specifying network domains.

In the embodiment of the present invention, when terminal is determined to switch to mobile management idle condition (MM IDLE) normal service (Normal Service) or attempts to carry out the sub- state of location updating (Attempting to Update), it is determined that meeting the condition for starting the position renewing timer for specifying network domains.

Process below by way of the position renewing timer control provided in a specific embodiment first embodiment is illustrated, the specific embodiment is illustrated so that the business of the specified network domains of 2G networks is CS business as an example, procedure below is can refer to when the business of the specified network domains of 2G networks is PS business to perform, only need CS business replacing with PS business, terminal includes main stack (i.e. the first stack) and auxiliary stack (i.e. the second stack) in the specific embodiment, it is specific as follows and the specific embodiment is the location updating for CS business：

Step 1, terminal is started shooting under 2G and 3G (or 4G) network, ps domain is registered on the 3G network of main stack, register on a gsm network in CS domains, start periodical position renewing timer T3212 in auxiliary stack, the initial value for setting T3212 is setting value (or timeout value), for example, setting T3212 to be the T3212 preset durations broadcasted and to start countdown in cell system information.

Step 2, terminal is when losing the covering of 3G network signal, terminal CS domains and ps domain are registered in GSM, and GSM CS switch to main stack, i.e. terminal from dividing a stack state to switch to conjunction stack state by auxiliary stack, and now the state of activation of T3212 timers also switches to main stack by auxiliary stack, the T3212 states of i.e. main stack are set to state of activation, the T3212 states of auxiliary stack are set to final state, but are due to that T3212 starts in auxiliary stack, and T3212 itself remains in auxiliary stack and carries out countdown.

If in the case where closing stack state, when terminal determines to meet the end condition of any one position renewing timer, attempting to terminate the T3212 of main stack, if the T3212 of main stack is in operation, the T3212 of main stack is terminated successfully； Otherwise, the T3212 of main stack terminates failure, attempts to terminate the T3212 of auxiliary stack, then the T3212 of auxiliary stack is terminated successfully.

In the case where closing stack state, if after T3212 is terminated, when terminal is determined to switch to the normal service of mobile management idle condition or attempts to carry out the sub- state of location updating, T3212 is restarted in main stack.

Step 3, when 3G network signal, which is covered, to be recovered, GSM CS back switch to auxiliary stack by main stack, PS business is carried out by main stack, CS business, i.e. terminal are carried out by auxiliary stack a point stack state is switched to by conjunction stack state, the state of activation of T3212 timers switches to auxiliary stack by main stack, the T3212 states of i.e. main stack are set to final state, and the T3212 states of auxiliary stack are set to state of activation.

Wherein, terminal is under point stack state, if the T3212 of main stack is not actuated, not in T3212 is started on the main stack of operation PS business, only starts T3212 on auxiliary stack；If the T3212 of main stack has been turned on, when the T3212 of main stack, which meets end condition, to be terminated, if terminal is still in a point stack state, only T3212 is started in auxiliary stack when meeting the entry condition of position renewing timer.

If under point stack state, when terminal determines to meet the end condition of any one position renewing timer, attempting to terminate the T3212 of auxiliary stack, if the T3212 of auxiliary stack is in operation, the T3212 of auxiliary stack is terminated successfully；Otherwise, the T3212 of auxiliary stack terminates failure, attempts to terminate the T3212 of main stack, then the T3212 of main stack is terminated successfully.

Under point stack state, if T3212 is terminated, mobile management idle condition is determined to switch in terminal, normal service or attempt when carrying out the sub- state of location updating, restart T3212 in auxiliary stack.

Step 4, terminal loses the covering of 3G signals again, terminal CS domains and ps domain are all registered in GSM, and GSM CS business switches to main stack from auxiliary stack, i.e. terminal switches to conjunction stack state from a point stack state, the state of the T3212 timers of main stack is set to state of activation, and the state of the T3212 timers of auxiliary stack is set to final state.

Step 5, if in the case where closing stack state, the T3212 operations of auxiliary stack are overtime, that is time-out information is sent to main stack and handled, because the T3212 of main stack is not actuated by countdown to null value, the T3212 time-out informations of auxiliary stack are processed, i.e., terminal initiates periodic location update process to GSM network.

Based on same inventive concept, in second embodiment, as shown in figure 3, the method detailed process that terminal-pair position renewing timer is controlled is as follows：

Step 301：Terminal is in point stack state or closes under stack state, determines that at least one in the position renewing timer of the position renewing timer of the specified network domains of the first stack and the specified network domains of the second stack runs more than setting duration；

Step 302：Terminal terminates each position renewing timer run in the first stack and the second stack, and updates request to network launch position.

In the embodiment of the present invention, the position renewing timer for specifying network domains is run in the position renewing timer for specifying network domains, the second stack if being run in the first stack, if wherein there is a position renewing timer time-out, the position renewing timer that network domains are specified in position renewing timer and the second stack that network domains are specified in the first stack is terminated；If running the position renewing timer for specifying network domains in only the first stack, when the position renewing timer is overtime, the position renewing timer is terminated；If running the position renewing timer for specifying network domains in only the second stack, when the position renewing timer is overtime, the position renewing timer is terminated.

In the embodiment, when needing to terminate the position renewing timer for specifying network domains, terminate the position renewing timer for each specified network domains run in the first stack and the second stack, that is, when operation simultaneously has the position renewing timer of the specified network domains in the first stack and the second stack, if one of position renewing timer time-out, terminate the position renewing timer for the specified network domains run in each stack, and update request to network launch position, so as to avoid in the prior art in the case where closing stack state due to having the position renewing timer of two specified network domains in operation, when the position renewing timer of the specified network domains of the second stack is overtime, time-out information can not handle caused by can not carry out location updating in time, ensure that can carry out location updating on time using the multimode terminal of two or more stack architecture.

In the embodiment, position renewing timer operation time-out (exceeding setting duration) has following two judgment modes：

Preferably, terminal is in point stack state or closes under stack state, determines the position of the specified network domains of the first stack Put at least one in the position renewing timer for the specified network domains for updating timer and the second stack and meet end condition, terminate the position renewing timer for each specified network domains run in the first stack and the second stack.

Mode is preferably carried out corresponding to this, the position renewing timer in domain where terminal starts the business that this specifies network domains when it is determined that meeting the position renewing timer entry condition of the specified network domains.This is preferably carried out mode so that is again started up position renewing timer that this specifies network domains and not occurring and closes in the case that stack state switches to point stack state, only one this specify the position renewing timer of network domains running.

Specifically, terminal is when closing under stack state, it is determined that when meeting the position renewing timer entry condition for specifying network domains, the position renewing timer for specifying network domains is started in the first stack.When terminal is under point stack state, it is determined that when meeting the position renewing timer entry condition that this specifies network domains, the position renewing timer for specifying network domains is started in the second stack.

In the embodiment of the present invention; terminal is in the case of any one in the case of being exemplified below; determine that at least one in the position renewing timer of the position renewing timer of the specified network domains of the first stack and the specified network domains of the second stack meets end condition; it is only to enumerate herein, protection scope of the present invention is not limited thereto system：

Terminal receives authentication refuse information；

Terminal receives first mobile management message under normal service state, or terminal completes safe mode during mobile management connection is set up and set；

Terminal closedown changes subscriber identification card, for example, change SIM card or usim card.

Preferably, the first GSM is GSM；Terminal in the embodiment is performing step 301 Before, determine itself to be in the first mode of operation, first mode of operation supports GSM CS domain business and 3G business simultaneously, or supports GSM CS domain business and 4G business simultaneously.For example, the first mode of operation is SGLTE patterns.

The process of position renewing timer control below by way of a specific embodiment to being provided in second embodiment is illustrated, the specific embodiment is illustrated so that the business of specified network domains is CS business as an example, business for specifying network domains can refer to procedure below when being PS business and perform, only need CS business replacing with PS business, terminal includes main stack and auxiliary stack in the specific embodiment, and be the location updating for CS business in the specific embodiment, it is specific as follows：

Step 2, terminal is when losing the covering of 3G network signal, terminal CS domains and ps domain are registered in GSM, and GSM CS switch to main stack, i.e. terminal from dividing a stack state to switch to conjunction stack state by auxiliary stack, and now the state of activation of T3212 timers also switches to main stack by auxiliary stack, the T3212 states of i.e. main stack are set to state of activation, the T3212 states of auxiliary stack are set to final state, but are due to that T3212 starts in auxiliary stack, and the T3212 in auxiliary stack is still carrying out countdown.

If in the case where closing stack state, when terminal determines to meet the end condition of any one position renewing timer, attempting to terminate the T3212 of main stack, if the T3212 of main stack is in operation, the T3212 of main stack is terminated successfully；Otherwise, the T3212 of main stack terminates failure；No matter whether the T3212 of main stack terminates success, attempts to terminate the T3212 of auxiliary stack.

Step 3, when 3G network signal, which is covered, to be recovered, 3G network of the PS business gravity treatment of terminal to main stack, CS (such as TDS CS) operations of the 3G network of main stack start T3212, and periodically to carry out location updating, GSM CS back switch to auxiliary stack by main stack, PS business is carried out by main stack, CS business is carried out by auxiliary stack, terminal switches to a point stack state, the state of activation of T3212 timers by conjunction stack state Auxiliary stack is switched to by main stack, i.e., the T3212 states of main stack are set to final state, and the T3212 states of auxiliary stack are set to state of activation.Now the T3212 of main stack and auxiliary stack T3212 are run simultaneously, but now both time values are different, and the T3212 of auxiliary stack time value is shorter.

Wherein, if under point stack state, when terminal determines to meet the end condition of any one position renewing timer, attempting to terminate the T3212 of auxiliary stack, if the T3212 of auxiliary stack is in operation, the T3212 of auxiliary stack is terminated successfully；Otherwise, the T3212 of auxiliary stack terminates failure；No matter whether the T3212 of auxiliary stack terminates success, attempts to terminate the T3212 of main stack.

Under point stack state, if T3212 is terminated, when terminal is determined to switch to the normal service of mobile management idle condition or attempts to carry out the sub- state of location updating, T3212 is restarted in auxiliary stack.

Step 4, terminal loses the covering of 3G network signal again, terminal CS domains and ps domain are all registered in GSM, and GSM CS business switches to main stack from auxiliary stack, i.e. terminal switches to conjunction stack state from a point stack state, the state of the T3212 timers of main stack is set to state of activation, and the state of the T3212 timers of auxiliary stack is set to final state.The T3212 of the T3212 of main stack and auxiliary stack is simultaneously in operation (continuation countdown).

Step 5, if in the case where closing stack state, time-out information is sent to main stack and handled, now terminal can have following two processing modes by the T3212 operation time-out of auxiliary stack, i.e. countdown to null value：

The first processing mode, judges whether main stack has T3212 in operation, if so, terminate the T3212 of main stack, and to network launch position renewal process；

Second of processing mode, terminal is directly attempted to terminate the T3212 of main stack, whether successful termination, all periodic location update process is initiated to network, wherein, if the T3212 of the main stack of successful termination, illustrate that main stack has T3212 in operation, if terminating the T3212 failures of main stack, illustrate that main stack does not have T3212 operations.

Based on same inventive concept, in 3rd embodiment, as shown in figure 4, the method detailed flow that terminal-pair position renewing timer is controlled is as follows：

Step 401：Terminal determines to occur point stack state and closes the switching between stack state；

Step 402：Terminal determines the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of the first stack and the position renewing timer of the specified network domains of the second stack；

Step 403：The minimum value that terminal is determined according to step 402 sets this to specify the value of the position renewing timer of the specified network domains of the business of network domains place stack, this is specified stack where the business of network domains Position renewing timer remaining timing when a length of minimum value.

Wherein, corresponding to the first position renewing timer set-up mode, the current remaining timing duration of position renewing timer is the currency of the position renewing timer, if position renewing timer is not actuated, the initial value (setting value) of a length of position renewing timer during the remaining timing of the position renewing timer.

Corresponding to second of position renewing timer set-up mode, a length of default setting value and the difference of the position renewing timer currency during the remaining timing of position renewing timer, if position renewing timer is not actuated, a length of default setting value (timeout value) during the remaining timing of the position renewing timer.

Preferably, terminal is in point stack state or closes under stack state, when determining that at least one in the position renewing timer of the position renewing timer for specifying network domains of the first stack and the specified network domains of the second stack meets end condition, the position renewing timer for each specified network domains run in the first stack and the second stack is terminated.

Mode is preferably carried out corresponding to this, terminal starts the position renewing timer in the business place domain for specifying network domains when it is determined that meeting the position renewing timer entry condition that this specifies network domains.This is excellent Selection of land embodiment so that be again started up position renewing timer that this specifies network domains and not occurring and close in the case that stack state switches to point stack state, only one this specify the position renewing timer of network domains running.

Specifically, terminal is when closing under stack state, it is determined that starting the position renewing timer for specifying network domains in the first stack when meeting the position renewing timer entry condition of the specified network domains.When terminal is under point stack state, it is determined that when meeting the position renewing timer entry condition that this specifies network domains, the position renewing timer for specifying network domains is started in the second stack.

In the embodiment of the present invention; at least one in the position renewing timer of any one stack of determination first and the position renewing timer of the second stack of the terminal in a variety of situations being exemplified below meets end condition; it is only for example herein, protection scope of the present invention is not limited thereto system：

Terminal receives authentication refuse information；

This of first stack specifies the position renewing timer of network domains to run more than setting duration, then the position renewing timer of the specified network domains of the first stack meets end condition, or, this of second stack specifies the position renewing timer of network domains to run more than setting duration, then the position renewing timer of the specified network domains of the second stack meets end condition.

In the embodiment of the present invention, when terminal is determined to switch to mobile management idle condition (MM IDLE) normal service (Normal Service) or attempts to carry out location updating (Attempting to Update) sub- state, it is determined that meeting the condition for starting the position renewing timer for specifying network domains.

Preferably, the first GSM is GSM；Terminal in the embodiment determines itself to be in the first mode of operation, first mode of operation supports GSM CS domains industry simultaneously before step 401 is performed Business and 3G business, or GSM CS domain business and 4G business are supported simultaneously.For example, the first mode of operation is SGLTE patterns.

The process of position renewing timer control below by way of a specific embodiment to being provided in 3rd embodiment is illustrated, the specific embodiment is illustrated so that the business of specified network domains is CS business as an example, business for specifying network domains can refer to procedure below when being PS business and perform, only need CS business replacing with PS business, terminal includes main stack (i.e. the first stack) and auxiliary stack (i.e. the second stack) in the specific embodiment, and be the location updating for CS business in the specific embodiment, it is specific as follows：

Step 1, terminal is started shooting under 2G and 3G (or 4G) network, and ps domain is registered on 3G network, and CS domains are registered on a gsm network, and ps domain business and CS domains business are operated in main stack and auxiliary stack, i.e. end in a point stack state respectively.Start periodical position renewing timer T3212 in auxiliary stack, that is, the initial value for setting T3212 is setting value (or timeout value timeout value), for example, setting T3212 for the T3212 preset durations in cell system information and starting countdown.Here, the T3212 of auxiliary stack value is represented with T3212_S2.

Step 2, terminal is when losing the covering of 3G network signal, terminal CS domains and ps domain are registered in GSM, and GSM CS switch to main stack, i.e. terminal from a point stack state by auxiliary stack and switch to conjunction stack state, now the state of activation of T3212 timers also switches to main stack by auxiliary stack, the T3212 states of i.e. main stack are set to state of activation, and the T3212 states of auxiliary stack are set to final state, but are due to that T3212 starts in auxiliary stack, T3212 is still run in auxiliary stack, i.e., the T3212 in auxiliary stack is still carrying out countdown.

Step 3, when 3G network signal, which is covered, to be recovered, the 3G network of main stack, CS (such as TDS CS) operations of the 3G network of main stack or startup T3212 are arrived in the PS business gravity treatment of terminal, and the T3212 of main stack value is expressed as T3212_S1.

GSM CS back switch to auxiliary stack by main stack, PS business is carried out by main stack, CS business is carried out by auxiliary stack, terminal switches to a point stack state by conjunction stack state, the state of activation of T3212 timers switches to auxiliary stack by main stack, the T3212 states of i.e. main stack are set to final state, and the T3212 states of auxiliary stack are set to state of activation.Now the T3212 of the T3212 of main stack and auxiliary stack run simultaneously, and this seasonal T3212_S2 is the minimum value in T3212_S2 and T3212_S1, and the countdown since the value.

If the T3212 time-out of auxiliary stack, terminal initiates periodic location update process to network, and if now the T3212 of main stack, also in operation, terminates the T3212 of main stack.

If under point stack state, when terminal determines to meet the end condition of any one position renewing timer, attempting to terminate the T3212 of auxiliary stack, if the T3212 of auxiliary stack is in operation, the T3212 of auxiliary stack is terminated successfully；Otherwise, the T3212 of auxiliary stack terminates failure；No matter whether the T3212 of auxiliary stack terminates success, attempts to terminate the T3212 of main stack.

Under point stack state, if T3212 is terminated, when terminal is determined to switch to the normal service of mobile management idle condition or attempt and carries out the sub- state of location updating, T3212 is restarted in auxiliary stack.

Step 4, terminal loses the covering of 3G signals again, terminal CS domains and ps domain are all registered in GSM, and GSM CS business switches to main stack from auxiliary stack, i.e. terminal switches to conjunction stack state from a point stack state, the state of the T3212 timers of main stack is set to state of activation, and the state of the T3212 timers of auxiliary stack is set to final state.The T3212 of the T3212 of main stack and auxiliary stack is simultaneously in operation (continuation countdown), then it is the minimum value in T3212_S1 and T3212_S2 to make T3212_S1, and the countdown since the value.

If the T3212 time-out of main stack, terminal initiates periodic location update process to network, if now the T3212 of auxiliary stack terminates the T3212 of auxiliary stack still in operation.

Based on same inventive concept, corresponding to first embodiment, a kind of terminal is provided in fourth embodiment, the specific implementation of the terminal can be found in the description in first embodiment, repeat part and repeat no more, as shown in figure 5, the terminal mainly includes：

Judge module 501, it is current whether under described point of stack state for judging；

Processing module 502, when determining to be currently under described point of stack state for the judge module 501, forbids starting in first stack position renewing timer of the specified network domains.

Specifically, processing module forbids starting in the first stack the position of specified network domains under point stack state Update timer, however, it is determined that meet the position renewing timer entry condition for specifying network domains, only start or run the position renewing timer for specifying network domains in the second stack.

Preferably, the processing module 502 is additionally operable to：

When the judge module 501 is determined under described point of stack state, determine that the position renewing timer of the specified network domains of first stack starts under the conjunction stack state, and the position renewing timer of the specified network domains of the first stack is still being run described in when dividing stack state described in being changed into as the conjunction stack state；

It is determined that when meeting the position renewing timer entry condition of the specified network domains, only starting the position renewing timer of the specified network domains in second stack.

Preferably, the processing module 502 is additionally operable to：

When the judge module 501 is determined under the conjunction stack state, if it is determined that the position renewing timer of the specified network domains of second stack has been turned on, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer of the specified network domains of second stack；

It is determined that when meeting the position renewing timer entry condition of the specified network domains, only starting the position renewing timer of the specified network domains in first stack.

Preferably, first GSM is global system for mobile communications GSM；

The terminal also includes determining module 503, is used for：

Preferably, the business of the specified network domains is circuit switched domain service or grouping commutative field service.

In the embodiment of the present invention, processing module determines that the position renewing timer end condition for meeting specified network domains includes but is not limited to any one in situations below：

Terminal receives authentication refuse information；

The position renewing timer operation of the specified network domains of first stack reaches setting duration, then the position renewing timer of the specified network domains of the first stack meets end condition, or, the position renewing timer operation of the specified network domains of second stack reaches setting duration, then the position renewing timer of the specified network domains of second stack meets end condition.

Wherein, processing module initiates the position updating process of the business for specifying network domains in the first stack or the position renewing timer of the specified network domains of the second stack time-out.

In the embodiment of the present invention, processing module is when terminal switches to mobile management idle condition (MM IDLE) normal service (Normal Service) or attempts to carry out the sub- state of location updating (Attempting to Update), it is determined that meeting the condition for starting the position renewing timer for specifying network domains.

Based on same inventive concept, corresponding to first embodiment, a kind of terminal is provided in the 5th embodiment, the specific implementation of the terminal can be found in the description in first embodiment, repeat part and repeat no more, the terminal mainly includes：

Processor, during for determining to be currently under described point of stack state, forbids starting in first stack position renewing timer of the specified network domains.

Preferably, processor is under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer for each specified network domains run in first stack and second stack.

Preferably, processor is under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, the position renewing timer of the specified network domains of stack where the business for the specified network domains for terminating first GSM；

Preferably, when processor is determined under described point of stack state, determine that the position renewing timer of the specified network domains of first stack starts under the conjunction stack state, and the position renewing timer of the specified network domains of the first stack is still being run described in when dividing stack state described in being changed into as the conjunction stack state；

Preferably, when processor is determined under the conjunction stack state, if it is determined that the position renewing timer of the specified network domains of second stack has been turned on, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer of the specified network domains of second stack；

It is determined that when meeting the position renewing timer entry condition of the specified network domains, only described first Stack starts the position renewing timer of the specified network domains.

Preferably, first GSM is global system for mobile communications GSM；

Processor determines that the terminal is in the first mode of operation, and first mode of operation supports GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.

In the embodiment of the present invention, processor determines that the position renewing timer end condition for meeting specified network domains includes but is not limited to any one in situations below：

Terminal receives authentication refuse information；

Wherein, processor initiates the position updating process of the business for specifying network domains in the first stack or the position renewing timer of the specified network domains of the second stack time-out.

In the embodiment of the present invention, processor is when terminal switches to mobile management idle condition (MM IDLE) normal service (Normal Service) or attempts to carry out the sub- state of location updating (Attempting to Update), it is determined that meeting the condition for starting the position renewing timer for specifying network domains.

Based on same inventive concept, corresponding to second embodiment, another terminal is provided in sixth embodiment, the specific implementation of the terminal can be found in the description of second embodiment, repeat part and repeat no more, as shown in fig. 6, the terminal mainly includes：

Judge module 601, for under described point of stack state or the conjunction stack state, judging whether at least one operation reaches setting duration in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack；

Processing module 602, when determining that at least one operation reaches setting duration for the judge module 601, terminates the position renewing timer for each specified network domains run in first stack and second stack, and ask to the renewal of network launch position.

Preferably, the judge module 601 is additionally operable to：

The processing module 602 is additionally operable to：

When the judge module 601 determines that at least one meets end condition, the position renewing timer for each specified network domains run in first stack and second stack is terminated.

Specifically, when closing under stack state, judge module judges whether to meet the position renewing timer entry condition of specified network domains；Processing module is opened when judge module determines to meet entry condition in the first stack Move the position renewing timer for specifying network domains.

When under point stack state, judge module judges whether to meet the position renewing timer entry condition of specified network domains；Processing module starts the position renewing timer for specifying network domains when judge module determines to meet entry condition in the second stack.

Preferably, first GSM is global system for mobile communications GSM；

Also include determining module 603, be used for：

In the embodiment of the present invention; judge module is in the case of any one in the case of being exemplified below; determine that at least one in the position renewing timer of the position renewing timer of the specified network domains of the first stack and the specified network domains of the second stack meets end condition; it is only to enumerate herein, protection scope of the present invention is not limited thereto system：

Terminal receives authentication refuse information；

In the embodiment of the present invention, judge module is when terminal switches to mobile management idle condition (MM IDLE) normal service (Normal Service) or attempts to carry out the sub- state of location updating (Attempting to Update), it is determined that meeting the condition for starting the position renewing timer for specifying network domains.

Based on same inventive concept, corresponding to second embodiment, another terminal is provided in the 7th embodiment, the specific implementation of the terminal can be found in the description of second embodiment, repeat part and repeat no more, the end End mainly includes：

Processor, for under described point of stack state or the conjunction stack state, determining that the operation of at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack reaches setting duration；The position renewing timer for each specified network domains run in first stack and second stack is terminated, updates and asks to network launch position.

Preferably, processor determines that at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack meets end condition under described point of stack state or the conjunction stack state；

Specifically, processor is when terminal is in and closed under stack state, it is determined that when meeting the position renewing timer entry condition for specifying network domains, the position renewing timer for specifying network domains is started in the first stack.Processor is when terminal is under point stack state, it is determined that when meeting the position renewing timer entry condition that this specifies network domains, the position renewing timer for specifying network domains is started in the second stack.

Preferably, first GSM is global system for mobile communications GSM；

Processor determines itself to be in the first mode of operation, first mode of operation support GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or support GSM CS domain business and forth generation mobile communication 4G business simultaneously simultaneously.

In the embodiment of the present invention, processor determines the location updating of the position renewing timer of the specified network domains of the first stack and the specified network domains of the second stack in the case of any one in the case of being exemplified below At least one in timer meets end condition, is only to enumerate herein, protection scope of the present invention is not limited thereto system：

Terminal receives authentication refuse information；

Based on same inventive concept, corresponding to 3rd embodiment, another terminal is provided in eighth embodiment of the invention, the specific implementation of the terminal can be found in the description of above-mentioned 3rd embodiment, repeat part and repeat no more, as shown in fig. 7, the terminal mainly includes：

Judge module 701, for judging whether occur the described point of switching between stack state and the conjunction stack state；

Selecting module 702, when determining to occur the described point of switching between stack state and the conjunction stack state for the judge module 701, the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of first stack and the position renewing timer of the specified network domains of second stack is determined；

Setup module 703, the value of the position renewing timer of the specified network domains of stack where the minimum value for being determined according to the selecting module 702 sets the business of the specified network domains, a length of minimum value during the remaining timing of the position renewing timer of stack where making the business of the specified network domains.

In the embodiment, terminal selects the remaining timing duration of the position renewing timer of the specified network domains of the first stack and the specified network domains of the second stack when occurring point stack state and closing the switching between stack state Position renewing timer remaining timing duration in minimum value, the position renewing timer of stack where the business for specifying network domains is set using the minimum value, the position renewing timer of stack is first overtime where ensure that the business of specified network domains, the time-out information is enabled to reach that the stack where specifying the business of network domains is handled in time, it is ensured that can carry out location updating on time using the multimode terminals of two or more stack architecture.

Preferably, in addition to processing module 704, it is used for：

When determining that at least one in the position renewing timer of the position renewing timer of the specified network domains of the first stack and the specified network domains of the second stack meets end condition, the position renewing timer for each specified network domains run in first stack and second stack is terminated.

Processing module is additionally operable to：When it is determined that meeting the position renewing timer entry condition that this specifies network domains, start the position renewing timer in the business place domain for specifying network domains.This is preferably carried out mode so that is again started up position renewing timer that this specifies network domains and not occurring and closes in the case that stack state switches to point stack state, only one this specify the position renewing timer of network domains running.

Specifically, processing module is when closing under stack state, it is determined that meeting the location updating for specifying network domains Start the position renewing timer for specifying network domains in the first stack during timer entry condition.When processing module is under point stack state, it is determined that when meeting the position renewing timer entry condition that this specifies network domains, the position renewing timer for specifying network domains is started in the second stack.

Preferably, first GSM is global system for mobile communications GSM；

Also include determining module 705, be used for：

Determine that the terminal is in the first mode of operation, first mode of operation supports GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business simultaneously, or supports GSM CS domain business and forth generation mobile communication 4G business simultaneously.

In the embodiment of the present invention; at least one in the position renewing timer of any middle position renewing timer for determining the first stack and the second stack of the determining module in a variety of situations being exemplified below meets end condition; it is only for example herein, protection scope of the present invention is not limited thereto system：

Terminal receives authentication refuse information；

This of first stack specifies the position renewing timer of network domains to run more than setting duration, then the position renewing timer of the specified network domains of first stack meets end condition, or, this of second stack specifies the position renewing timer of network domains to run more than setting duration, then the position renewing timer of the specified network domains of second stack meets end condition.

In the embodiment of the present invention, when processing module is determined to switch to mobile management idle condition (MM IDLE) normal service (Normal Service) or attempts to carry out location updating (Attempting to Update) sub- state, it is determined that meeting the condition for starting the position renewing timer for specifying network domains.

Based on same inventive concept, corresponding to 3rd embodiment, another terminal is provided in ninth embodiment of the invention, the specific implementation of the terminal can be found in the description of above-mentioned 3rd embodiment, repeat part and repeat no more, the terminal mainly includes：

Processor, during the described point of switching between stack state and the conjunction stack state, the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of first stack and the position renewing timer of the specified network domains of second stack is determined for determining to occur；The value of the position renewing timer of the specified network domains of stack where the business that the specified network domains are set according to the minimum value, a length of minimum value during the remaining timing of the position renewing timer of stack where making the business of the specified network domains.

In the embodiment, terminal is when occurring point stack state and closing the switching between stack state, select the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of the first stack and the position renewing timer of the specified network domains of the second stack, the position renewing timer of stack where the business for specifying network domains is set using the minimum value, the position renewing timer of stack is first overtime where ensure that the business of specified network domains, enable the time-out information reach this specify network domains business where stack handled in time, ensure that can carry out location updating on time using the multimode terminal of two or more stack architecture.

Corresponding to second of position renewing timer set-up mode, during the remaining timing of position renewing timer A length of default setting value and the difference of the position renewing timer currency, if position renewing timer is not actuated, a length of default setting value (timeout value) during the remaining timing of the position renewing timer.

Preferably, processor determines that the position renewing timer and this of the second stack of the specified network domains of the first stack specify at least one in the position renewing timers of network domains when meeting end condition, terminates the position renewing timer for each specified network domains run in first stack and second stack.

Processor starts the position renewing timer in the business place domain for specifying network domains when it is determined that meeting the position renewing timer entry condition that this specifies network domains.This is preferably carried out mode so that is again started up position renewing timer that this specifies network domains and not occurring and closes in the case that stack state switches to point stack state, only one this specify the position renewing timer of network domains running.

Specifically, processor is when closing under stack state, it is determined that starting the position renewing timer for specifying network domains in the first stack when meeting the position renewing timer entry condition of the specified network domains.When processing module is under point stack state, it is determined that when meeting the position renewing timer entry condition that this specifies network domains, the position renewing timer for specifying network domains is started in the second stack.

Preferably, first GSM is global system for mobile communications GSM；

Processor determines that the terminal is in the first mode of operation, and first mode of operation supports GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business simultaneously, or supports GSM CS domain business and forth generation mobile communication 4G business simultaneously.

In the embodiment of the present invention; at least one in the position renewing timer of any middle position renewing timer for determining the first stack and the second stack of the processor in a variety of situations being exemplified below meets end condition; it is only for example herein, protection scope of the present invention is not limited thereto system：

Terminal receives authentication refuse information；

The beep-page message that terminal response network is sent, and first is received in addition to Radio Resource message 3 message of layer；

In the embodiment of the present invention, when processor is determined to switch to mobile management idle condition (MM IDLE) normal service (Normal Service) or attempts to carry out location updating (Attempting to Update) sub- state, it is determined that meeting the condition for starting the position renewing timer for specifying network domains.

It should be understood by those skilled in the art that, embodiments of the invention can be provided as method, system or computer program product.Therefore, the form of the embodiment in terms of the present invention can use complete hardware embodiment, complete software embodiment or combine software and hardware.Moreover, the present invention can use the form for the computer program product implemented in one or more computer-usable storage mediums (including but is not limited to magnetic disk storage and optical memory etc.) for wherein including computer usable program code.

The present invention is flow chart and/or block diagram with reference to method according to embodiments of the present invention, equipment (system) and computer program product to describe.It should be understood that can by the flow in each flow and/or square frame and flow chart and/or block diagram in computer program instructions implementation process figure and/or block diagram and/or square frame combination.These computer program instructions can be provided to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices to produce a machine so that produce the device for being used for realizing the function of specifying in one flow of flow chart or multiple flows and/or one square frame of block diagram or multiple square frames by the instruction of the computing device of computer or other programmable data processing devices.

These computer program instructions may be alternatively stored in the computer-readable memory that computer or other programmable data processing devices can be guided to work in a specific way, so that the instruction being stored in the computer-readable memory, which is produced, includes the manufacture of command device, the command device realizes the function of being specified in one flow of flow chart or multiple flows and/or one square frame of block diagram or multiple square frames.

These computer program instructions can be also loaded into computer or other programmable data processing devices, So that series of operation steps is performed on computer or other programmable devices to produce computer implemented processing, so that the instruction performed on computer or other programmable devices provides the step of being used to realize the function of specifying in one flow of flow chart or multiple flows and/or one square frame of block diagram or multiple square frames.

Obviously, those skilled in the art can carry out various changes and modification to the present invention without departing from the spirit and scope of the present invention.So, if these modifications and variations of the present invention belong within the scope of the claims in the present invention and its equivalent technologies, then the present invention is also intended to comprising including these changes and modification.

Claims

A kind of position renewing timer control method of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, it is characterised in that including：

Whether the terminal judges current under described point of stack state；

When the terminal determines to be currently under described point of stack state, forbid starting in first stack position renewing timer of the specified network domains.
The method as described in claim 1, it is characterised in that methods described also includes：

The terminal is under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer for each specified network domains run in first stack and second stack.
The method as described in claim 1, it is characterised in that methods described also includes：

The terminal is under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, the position renewing timer of the specified network domains of stack where the business for the specified network domains for terminating first GSM；

If terminating failure, the position renewing timer of the specified network domains of another stack is terminated.
The method as described in claim 1, it is characterised in that methods described also includes：

The terminal is under described point of stack state, determine that the position renewing timer of the specified network domains of first stack starts under the conjunction stack state, and the position renewing timer of the specified network domains of the first stack is still being run described in when dividing stack state described in being changed into as the conjunction stack state；

When the terminal determines to meet the position renewing timer end condition of the specified network domains, the position renewing timer of the specified network domains of first stack is terminated；

When the terminal determines to meet the position renewing timer entry condition of the specified network domains, the position renewing timer of the specified network domains is started in second stack.
The method as described in claim 1, it is characterised in that methods described also includes：

When the terminal is under the conjunction stack state, if it is determined that the position renewing timer of the specified network domains of second stack has been turned on, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer of the specified network domains of second stack；

It is determined that when meeting the position renewing timer entry condition of the specified network domains, the position renewing timer of the specified network domains is started in first stack.
Method as described in claim any one of 1-5, it is characterised in that first GSM is global system for mobile communications GSM；

The terminal judges current whether before described divide under stack state, and methods described also includes：

The terminal determines itself to be in the first mode of operation, the first mode of operation support GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.
Method as described in claim any one of 1-5, it is characterised in that the business of the specified network domains is circuit switched domain service or grouping commutative field service.
A kind of position renewing timer control method of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, it is characterised in that including：

The terminal determines that the operation of at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack reaches setting duration under described point of stack state or the conjunction stack state；

The terminal terminates the position renewing timer for each specified network domains run in first stack and second stack, and updates request to network launch position.
Method as claimed in claim 8, it is characterised in that methods described also includes：

The terminal determines the location updating timing of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack under described point of stack state or the conjunction stack state At least one in device meets end condition；

Terminate the position renewing timer for each specified network domains run in first stack and second stack.
Method as claimed in claim 8 or 9, it is characterised in that first GSM is global system for mobile communications GSM；

The terminal is under described point of stack state or the conjunction stack state, determine that the operation of at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack reaches that before setting duration, methods described also includes：

The terminal determines itself to be in the first mode of operation, the first mode of operation support GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.
Method as claimed in claim 8 or 9, it is characterised in that the business of the specified network domains is circuit switched domain service or grouping commutative field service.
A kind of position renewing timer control method of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, it is characterised in that including：

The terminal determines occur the described point of switching between stack state and the conjunction stack state；

The terminal determines the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of first stack and the position renewing timer of the specified network domains of second stack；

The value of terminal position renewing timer of the specified network domains of stack according to where the business that the minimum value sets the specified network domains, a length of minimum value during the remaining timing of the position renewing timer of stack where making the business of the specified network domains.
Method as claimed in claim 12, it is characterised in that methods described also includes：

The terminal determines the position renewing timer and second stack of the specified network domains of first stack This specify at least one in the position renewing timers of network domains when meeting end condition, terminate the position renewing timer for each specified network domains run in first stack and second stack.
Method as described in claim 12 or 13, it is characterised in that first GSM is global system for mobile communications GSM；

The terminal determines before the described point of switching between stack state and the conjunction stack state of generation that methods described also includes：

The terminal determines itself to be in the first mode of operation, the first mode of operation support GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.
Method as described in claim 12 or 13, it is characterised in that the business of the specified network domains is circuit switched domain service or grouping commutative field service.
A kind of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to operation in first stack, it is characterised in that including：

Judge module, it is current whether under described point of stack state for judging；

Processing module, when determining to be currently under described point of stack state for the judge module, forbids starting in first stack position renewing timer of the specified network domains.
Terminal as claimed in claim 16, it is characterised in that the processing module is additionally operable to：

Under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer for each specified network domains run in first stack and second stack.
Terminal as claimed in claim 16, it is characterised in that the processing module is additionally operable to：

Under described point of stack state or the conjunction stack state, it is determined that when meeting the position renewing timer end condition of the specified network domains, the position renewing timer of the specified network domains of stack where the business for the specified network domains for terminating first GSM；

If terminating failure, the position renewing timer of the specified network domains of another stack is terminated.
Terminal as claimed in claim 16, it is characterised in that the processing module is additionally operable to：

When the judge module is determined under described point of stack state, determine that the position renewing timer of the specified network domains of first stack starts under the conjunction stack state, and the position renewing timer of the specified network domains of the first stack is still being run described in when dividing stack state described in being changed into as the conjunction stack state；

It is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer of the specified network domains of first stack；

It is determined that when meeting the position renewing timer entry condition of the specified network domains, the position renewing timer of the specified network domains is started in second stack.
Terminal as claimed in claim 16, it is characterised in that the processing module is additionally operable to：

When the judge module is determined under the conjunction stack state, if it is determined that the position renewing timer of the specified network domains of second stack has been turned on, it is determined that when meeting the position renewing timer end condition of the specified network domains, terminating the position renewing timer of the specified network domains of second stack；

It is determined that when meeting the position renewing timer entry condition of the specified network domains, the position renewing timer of the specified network domains is started in first stack.
Terminal as described in claim any one of 16-20, it is characterised in that first GSM is global system for mobile communications GSM；

Also include determining module, be used for：

Determine that the terminal is in the first mode of operation, first mode of operation supports GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.
Terminal as described in claim any one of 16-20, it is characterised in that the business of the specified network domains is circuit switched domain service or grouping commutative field service.
A kind of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；Close under stack state The business of the specified network domains of first GSM in second stack is incorporated in first stack and run, it is characterised in that including：

Judge module, for under described point of stack state or the conjunction stack state, judging whether at least one operation reaches setting duration in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack；

Processing module, when determining that at least one operation reaches setting duration for the judge module, terminates the position renewing timer for each specified network domains run in first stack and second stack, and update request to network launch position.
Terminal as claimed in claim 23, it is characterised in that the judge module is additionally operable to：

Under described point of stack state or the conjunction stack state, judge whether at least one meets end condition in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack；

The processing module is additionally operable to：

When the judge module determines that at least one meets end condition, the position renewing timer for each specified network domains run in first stack and second stack is terminated.
Terminal as described in claim 23 or 24, it is characterised in that first GSM is global system for mobile communications GSM；

Also include determining module, be used for：

Determine that the terminal is in the first mode of operation, first mode of operation supports GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.
Terminal as described in claim 23 or 24, it is characterised in that the business of the specified network domains is circuit switched domain service or grouping commutative field service.
A kind of multimode terminal, the terminal at least includes the first stack and the second stack, divide under stack state the business for the specified network domains that first GSM is run in the business run in first stack in addition to the business of the specified network domains of the first GSM, second stack；The business for closing the specified network domains of first GSM under stack state in second stack is incorporated to described the Run in one stack, it is characterised in that including：

Judge module, for judging whether occur the described point of switching between stack state and the conjunction stack state；

Selecting module, when determining to occur the described point of switching between stack state and the conjunction stack state for the judge module, the minimum value in the remaining timing duration of the remaining timing duration of the position renewing timer of the specified network domains of first stack and the position renewing timer of the specified network domains of second stack is determined；

Setup module, the value of the position renewing timer of the specified network domains of stack where the minimum value for being determined according to the selecting module sets the business of the specified network domains, a length of minimum value during the remaining timing of the position renewing timer of stack where making the business of the specified network domains.
Terminal as claimed in claim 27, it is characterised in that also including processing module, be used for：

When determining that at least one in the position renewing timer of the position renewing timer of the specified network domains of first stack and the specified network domains of second stack meets end condition, the position renewing timer for each specified network domains run in first stack and second stack is terminated.
Terminal as described in claim 27 or 28, it is characterised in that first GSM is global system for mobile communications GSM；

Also include determining module, be used for：

Determine that the terminal is in the first mode of operation, first mode of operation supports GSM circuit-switched CS domains business and 3G (Third Generation) Moblie 3G business, or supports GSM CS domain business and forth generation mobile communication 4G business.
Terminal as described in claim 27 or 28, it is characterised in that the business of the specified network domains is circuit switched domain service or grouping commutative field service.