CN104869619A - Single card dual standby long term evolution (LTE) terminal network control method and device - Google Patents
Single card dual standby long term evolution (LTE) terminal network control method and device Download PDFInfo
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- CN104869619A CN104869619A CN201510209799.XA CN201510209799A CN104869619A CN 104869619 A CN104869619 A CN 104869619A CN 201510209799 A CN201510209799 A CN 201510209799A CN 104869619 A CN104869619 A CN 104869619A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/02—Power saving arrangements
- H04W52/0209—Power saving arrangements in terminal devices
- H04W52/0261—Power saving arrangements in terminal devices managing power supply demand, e.g. depending on battery level
- H04W52/0274—Power saving arrangements in terminal devices managing power supply demand, e.g. depending on battery level by switching on or off the equipment or parts thereof
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/02—Terminal devices
- H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
An embodiment of the invention discloses a single card dual standby long term evolution (LTE) terminal network control method. The terminal comprises an LTE communication component and a 2G/3G communication component. The LTE communication component is used for bearing the mobile data transmission service of terminal equipment in a 4G network. The 2G/3G communication component is used for bearing the voice communication service of the terminal. When the voice communication service of the terminal is accessed, the mobile data transmission service in the 4G network is born by the LTE communication component. The method comprises the steps of acquiring a terminal data connection state, wherein the terminal data connection states comprise a 4G data network on-state and a WIFI networking state; judging whether the terminal data connection state is the 4G data network on-state, if not, generating an LTE communication component close command, and closing the LTE communication component according to the LTE communication component close command. The invention also discloses a single card dual standby LTE terminal network control device. Through adoption of the method and device, the standby power consumption of the single card dual standby-based LTE terminal can be lowered, the use ratio of the standby power consumption of the terminal can be improved, and the electric quantity is saved.
Description
Technical field
The present invention relates to field of computer technology, particularly relate to the two LTE terminal network control method treated of a kind of single deck tape-recorder and device.
Background technology
In existing LTE (English: Long Term Evolution, Chinese: the Long Term Evolution of universal mobile communications technology) terminal, single deck tape-recorder is two waits it is a kind of common LTE voice solution.Support the two LTE terminal treating scheme of single deck tape-recorder, insert a SIM (English: Subscriber Identity Module, Chinese: client identification module) card, under terminal may be simultaneously operated in LTE network and 2/3G network, under two net environment, data service is transmitted by LTE network, and speech business is then transmitted by 2G/3G network, do not interfere with each other, can also work simultaneously.The single deck tape-recorder of LTE is two treats that voice scheme mainly contains SGLTE and SVLTE.SGLTE is (English: Simultaneous GSM and LTE, Chinese: GSM is (English: Global Systemfor Mobile Communication, Chinese: global system for mobile communications) network and LTE network synchronously support) scheme and LTE and GSM synchronously support, terminal contains two chips.One is support the multimode chip of LTE, and one is the chip of GSM, can carry out by supported data voice simultaneously.SVLTE (English: Simultaneous Voice and LTE, Chinese: voice and LTE network are synchronously supported) scheme and voice and LTE synchronously support.The difference of SGLTE with SVLTE is that the 2/3G network of its terminal is different, if 2/3G network is GSM, then the two solution treated of the single deck tape-recorder of terminal is SGLTE, otherwise is SVLTE.The two scheme treated of single deck tape-recorder well solves the network coexisted problem of LTE network and 2/3G under LTE terminal, but due under this kind of scheme, under terminal is registered in two kinds of networks simultaneously, need to take into account the standby of 2G/3G network and LTE network, simultaneously, when user closes mobile data services connection or uses other wireless networks (as WIFI) to surf the Net, when namely not using LTE data network, terminal remains and resides under two networks, namely terminal still needs to take into account the standby of 2G/3G network and LTE network, just there is the problem of power wastage in two stand-by power consumptions to be caused now.
Summary of the invention
Based on this, above-mentioned based on the two technical problem treating the LTE terminal power wastage of technology of single deck tape-recorder in order to solve, additionally provide the two LTE terminal network control method treated of a kind of single deck tape-recorder.
The two LTE terminal network control method treated of a kind of single deck tape-recorder, terminal comprises LTE communication assembly and 2G/3G communications component, LTE communication assembly is for carrying the mobile data transfer business of described terminal equipment under 4G network, 2G/3G communications component is for carrying the voice communication service of described terminal, and when terminal speech communication service accesses, the mobile data transfer business under 4G network is carried by LTE communication assembly;
Described method comprises:
Obtain terminal data connection status, described terminal data connection status comprises 4G data network opening and WIFI networking state;
Judge whether terminal data connection status is 4G data network opening, if not, then generate the out code of LTE communication assembly, close described LTE communication assembly by the out code of described LTE communication assembly.
Further, also comprise before obtaining the step of terminal data connection status:
Detect the data connection state handover event of described terminal, if the handover event of described terminal data connection status detected, then perform the step of described acquisition terminal data connection status.
Optionally, also comprise before obtaining the step of terminal data connection status, receiving terminal start-up command, perform the step obtaining terminal data connection status.
Further, judge terminal data connection status also comprises after whether being the step of Mobile data networking state, if so, then generate LTE communication assembly open command, open LTE communication assembly by LTE communication assembly open command.
Further, the step obtaining terminal data connection status also comprises:
Described terminal data connection status is obtained by the interface function of the connection manager class calling android system.
In addition, above-mentioned based on the two technical problem treating the LTE terminal power wastage of technology of single deck tape-recorder in order to solve, additionally provide the two LTE terminal network control unit treated of a kind of single deck tape-recorder.
The two LTE terminal network control unit treated of a kind of single deck tape-recorder, terminal comprises LTE communication assembly and 2G/3G communications component, LTE communication assembly is for carrying the mobile data transfer business of described terminal equipment under 4G network, 2G/3G communications component is for carrying the voice communication service of described terminal, and when terminal speech communication service accesses, the mobile data transfer business under 4G network is carried by LTE communication assembly; This device comprises:
Terminal data connection status acquisition module, for obtaining terminal data connection status, described terminal data connection status comprises 4G data network opening and WIFI networking state;
Terminal data connection status judge module, for judging whether terminal data connection status is 4G data network opening;
LTE communication assembly closing module, for when terminal data connection status non-4G data network opening, generates the out code of LTE communication assembly, closes described LTE communication assembly by the out code of described LTE communication assembly.
Alternatively, this device also comprises data connection state detection module switching time, for the data connection state handover event of sense terminals, if the handover event of terminal data connection status detected, then performs the step obtaining terminal data connection status.
Alternatively, this device also comprises starting up of terminal command reception module, for receiving terminal start-up command, performs the step obtaining terminal data connection status.
Alternatively, this device also comprises LTE communication assembly opening module, during for being 4G data network opening in terminal data connection status, generating LTE communication assembly open command, opening described LTE communication assembly by described LTE communication assembly open command.
Further, terminal data connection status acquisition module also obtains terminal data connection status for the interface function of the connection manager class by calling android system.
Implement the embodiment of the present invention, following beneficial effect will be had:
Compared with prior art, after have employed the two LTE terminal network control method treated of single deck tape-recorder that the present invention proposes and device, the opening and closing of LTE communication assembly can be controlled according to the data connection state of present terminal based on the two LTE terminal treated of single deck tape-recorder, keep the unlatching of LTE communication assembly when using Mobile data to connect in terminal, LTE communication assembly is closed when terminal does not use Mobile data to connect, as when detecting that user closes Mobile data connection or uses WIFI network or other wireless technologys to carry out data service, automatic closedown LTE communication assembly.Present invention reduces the stand-by power consumption based on the two LTE terminal treated of single deck tape-recorder, the technical problem of the power wastage that the unlatching solving LTE communication assembly brings, improves the service efficiency of the battery of terminal, saves electricity.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Wherein:
Fig. 1 is the flow chart of the two LTE terminal network control method treated of single deck tape-recorder in an embodiment;
Fig. 2 is the structural representation of the two LTE terminal network control unit treated of single deck tape-recorder in an embodiment.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Above-mentioned based on the two technical problem treating the LTE terminal power wastage of technology of single deck tape-recorder for solving, in one embodiment, spy proposes the two LTE terminal network control method treated of a kind of single deck tape-recorder, the execution of the method can be dependent on computer program, and this computer program can run on the computer system of von Neumann system.This computer system can be the intelligent terminal such as smart mobile phone, panel computer, and in this terminal equipment, comprise LTE communication assembly and 2G/3G communications component, LTE communication assembly is for carrying the mobile data transfer business of described terminal equipment under 4G network, 2G/3G communications component is for carrying the voice communication service of described terminal, and when terminal speech communication service accesses, the mobile data transfer business under 4G network is carried by LTE communication assembly.
That is, the voice solution of this terminal equipment adopts the two mode treated of single deck tape-recorder, namely a SIM card is inserted, under terminal may be simultaneously operated in LTE network (the 4G network namely under ordinary meaning) and 2/3G network, under two net environment, mobile data transfer business under 4G network is transmitted by LTE network, speech business is then transmitted by 2G/3G network, do not interfere with each other, can also work simultaneously, namely when terminal equipment has voice communication service to access, the 4G network of terminal equipment is still in running order, and the mobile data transfer business under 4G network is carried by LTE communication assembly.
Concrete, as shown in Figure 1, the method comprises the steps:
Step S102: obtain terminal data connection status, described terminal data connection status comprises 4G data network opening and WIFI networking state.
Terminal data connection status is the connection status of carrying out data communication between terminal equipment and the Internet, can comprise 4G data network opening, WIFI networking state.Wherein, what 4G data network opening referred to that user arranges on the terminal device is opens the state that 4G data network carries out communicating, such as, under normal circumstances, if it is 4G data network opening that user is provided with terminal data connection status, then, when this mobile phone uses 4G data network under the normal environment of 4G quorum sensing inhibitor, taskbar can show the icon of 4G, for representing that mobile phone is in 4G mobile data network environment, surfed the Net by 4G network.WIFI networking state refers to that terminal equipment carries out the state of data communication by WIFI network, such as, if user is provided with WIFI on the terminal device connect unlatching, then this mobile phone can use this known WIFI to carry out data network communications under the environment having known WIFI network to cover, the icon of WIFI can be shown in taskbar, for representing that mobile phone is in WIFI data network environment, surfed the Net by WIFI network.
It should be noted that, terminal data connection status can comprise 4G data network opening and WIFI networking state two kinds incessantly, other-end connection status can also be comprised, as Mobile data closed condition, 4G data network are closed 3G data network opening, 4G data network closedown 2G data network opening, without network connection state etc., all belonged to 4G data network dead status.
Such as in the application scenarios of an Android phone, if user connects online by WIFI network, the terminal data connection status got is WIFI networking state; Or, if what user was arranged on the terminal device is the state that unlatching 4G data network carries out communicating, and this mobile phone when using 4G data network under the normal environment of 4G quorum sensing inhibitor, taskbar can show the icon of 4G, for representing that mobile phone is in 4G mobile data network environment, surfed the Net by 4G network, the terminal data connection status now got is 4G data network opening; Again or, if what user was arranged on the terminal device is the state that closedown 4G data network unlatching 3G data network carries out communicating, and this mobile phone when using 3G data network under the normal environment of 3G quorum sensing inhibitor, taskbar can show the icon of 3G, for representing that mobile phone is in 3G mobile data network environment, surfed the Net by 3G network, the terminal data connection status now got is 4G data network dead status.
In the present embodiment, concrete, obtain terminal data connection status by the interface function calling the connection manager class of android system.
Such as, in the application scenarios of an android system, terminal data connection status can be obtained by the interface function getActiveNetworkInfo () of the connection manager class (ConnectivityManager class) calling android system.Go to obtain the current network type (can be NULL) being in connection status of device end by getActiveNetworkInfo () function, judge that the terminal data connection status got in step s 102 is 4G data network opening and WIFI networking state according to the current network type being in connection status got, or be other data connection state.
Such as, in one embodiment, user arranges closedown mobile data services on the terminal device, namely this terminal equipment cannot use any mobile data network to communicate, and terminal equipment is not connected with any known WIFI network yet, the current network type being in connection status of device end that then interface function getActiveNetworkInfo () gets is empty, and the terminal data connection status that is got in step s 102 is without network connection state.
Step S104: judge whether terminal data connection status is 4G data network opening, if so, then performs step S106; If not, then step S108 is performed.
Step S106: generate LTE communication assembly open command, open LTE communication assembly by LTE communication assembly open command.
Step S108: generate the out code of LTE communication assembly, close LTE communication assembly by the out code of LTE communication assembly.
In step s 106, if described terminal data connection status is 4G data network opening, what that is terminal equipment is arranged is the state that unlatching 4G data network carries out communicating, and is using 4G data network to carry out data communication, or needs to use 4G data network to carry out data communication.Now, in terminal equipment, its LTE communication assembly should be held open state, to carry the mobile data transfer business of present terminal equipment under 4G network, generates LTE communication assembly open command, opens LTE communication assembly by LTE communication assembly open command.If in current device terminal, the LTE communication assembly of terminal is in opening, then keep the opening of LTE communication assembly; If the LTE communication assembly of terminal is in closed condition, then open LTE communication assembly by LTE communication assembly open command.
It should be noted that, if user is provided with 4G data network opening for terminal, and terminal does not set up data cube computation due to 4G dtr signal, then still need to generate LTE communication assembly open command, open LTE communication assembly by LTE communication assembly open command.Thus ensure that LTE communication assembly is in running order, data cube computation can be set up in time when 4G signal recuperation.
And in step S108, if described terminal data connection status is not 4G data network opening, namely terminal data connection status is WIFI networking state or other data connection state, that is terminal equipment is using WIFI network to communicate, or what user was arranged on the terminal device is 4G data network closed condition, now, the LTE communication assembly of terminal equipment is in idle state, namely this LTE communication assembly does not need to be carried on the mobile data transfer business under 4G network in the current situation, should keep the closed condition of LTE communication assembly.Therefore, when the judged result in step S104 is no, generates the out code of LTE communication assembly, close LTE communication assembly by the out code of LTE communication assembly.If in current device terminal, the LTE communication assembly of terminal is in closed condition, then keep the closed condition of LTE communication assembly; If the LTE communication assembly of terminal is in opening, then close LTE communication assembly by the out code of LTE communication assembly.That is, in the present embodiment, the two LTE terminal treated of single deck tape-recorder can control the opening and closing of LTE communication assembly according to the data connection state of present terminal equipment, keep the unlatching of LTE communication assembly when use 4G network carries out communicating or need to use 4G network to communicate in terminal, be provided with in terminal equipment when closing 4G data network and close LTE communication assembly, as to detect in terminal equipment 4G data service be closed condition or use WIFI network to carry out counting communication time, close LTE communication assembly.The technical scheme of the present embodiment can reduce the stand-by power consumption based on the two LTE terminal treated of single deck tape-recorder, improves the service efficiency of the battery of terminal, saves electricity.
Further, also comprise before obtaining the step of terminal data connection status: the data connection state handover event of sense terminals, if the handover event of terminal data connection status detected, then performs the step of described acquisition terminal data connection status.
Terminal data connection status handover event refers to that terminal equipment is switched to the event of another data connection state from a data connection state, data connection state as terminal equipment switches to WIFI networking state from 4G data network opening, and the data connection state of such as terminal equipment switches to without network connection state from 4G data network opening again.The switching of terminal data connection status can be that user initiatively switches, as opened 4G data network in terminal equipment, closing WIFI network connection etc., also can be that user is non-active, as the disconnection of WIFI network signal, the automatic switchover of mobile data network etc.
When detecting that the handover event of terminal data connection status occurs, represent that the data connection state of terminal there occurs change, at this moment may need to adjust the unlatching of the LTE communication assembly of terminal equipment or closed condition, that is, need again to obtain the data connection state of terminal equipment, to judge whether to need, the unlatching of the LTE communication assembly of terminal equipment or closed condition are adjusted.
Such as, in one embodiment, terminal equipment is current is in WIFI networking state, LTE module is closed, and being provided with its 4G data network in terminal equipment is open, that is the current WIFI network that using of terminal equipment communicates, because the change of the current residing environment of terminal equipment, this WIFI is caused to connect unavailable, namely WIFI connects disconnection, terminal equipment automatically switches to mobile data network and communicates, and because the 4G data network of terminal equipment opens, terminal equipment can automatically switch to 4G data network and communicate, now the LTE communication assembly of terminal equipment should remain on opening.Perform step S102: obtain terminal data connection status, then step S104 is performed: judge whether terminal data connection status is 4G data network opening, step S106 is performed: generate LTE communication assembly open command according to the result judged, LTE communication assembly is opened by LTE communication assembly open command, thus the LTE communication assembly of opening terminal apparatus, to ensure the proper communication of the 4G network of terminal equipment.
Again such as, in another embodiment, terminal is in 4G data network opening, and terminal is in 4G mobile data network environment, is surfed the Net by 4G network, and LTE module is opened, if user is manually connected with certain WIFI network in terminal equipment, use this WIFI network to surf the Net, now do not use 4G data network to communicate, namely the data transmission service of the LTE communication assembly of terminal equipment not under carrying 4G network, now should close LTE communication assembly.Perform step S102: obtain terminal data connection status, then step S104 is performed: judge whether terminal data connection status is 4G data network opening, step S108 is performed: generate the out code of LTE communication assembly according to the result judged, LTE communication assembly is closed by the out code of LTE communication assembly, thus the LTE communication assembly of equipment of closing a terminal, to reduce the stand-by power consumption of terminal equipment.
Further, also comprise before obtaining the step of terminal data connection status: receiving terminal start-up command, perform the step obtaining terminal data connection status.
After receiving starting up of terminal instruction, need to judge that whether terminal data connection state after power-up mates with the unlatching of LTE communication assembly or closed condition, perform step S102: obtain terminal data connection status, and judge whether whether terminal data connection state after power-up mate with the unlatching of LTE communication assembly or closed condition in subsequent steps, if not, then the operating state of LTE is changed.
Such as, in one embodiment, in an Android application scenarios, before terminal restarts, the relevant of its data network is set to: 4G data network opens, LTE communication assembly is closed, it is open that WIFI network connects, when terminal starts under an environment not having known WIFI network to connect, terminal can be networked in automatic selecting mobile data service, that is now the data connection state of terminal is 4G data network opening, but now LTE communication assembly is closed.Now, receiving terminal start-up command, perform the step of described acquisition terminal data connection status, namely step S102 is performed, then perform step S104: judge whether terminal data connection status is 4G data network opening, perform step S106 according to the result judged: generate LTE communication assembly open command, open LTE communication assembly by LTE communication assembly open command, thus the LTE communication assembly of opening terminal apparatus, to ensure the proper communication of the 4G network of terminal equipment.
In one embodiment, as shown in Figure 2, also correspondingly propose the two LTE terminal network control unit treated of a kind of single deck tape-recorder, terminal comprises LTE communication assembly and 2G/3G communications component, LTE communication assembly is for carrying the mobile data transfer business of described terminal equipment under 4G network, 2G/3G communications component is for carrying the voice communication service of described terminal, and when terminal speech communication service accesses, the mobile data transfer business under 4G network is carried by LTE communication assembly; This device comprises:
Terminal data connection status acquisition module 202, for obtaining terminal data connection status, described terminal data connection status comprises 4G data network opening and WIFI networking state;
Terminal data connection status judge module 204, for judging whether terminal data connection status is 4G data network opening;
LTE communication assembly closing module 206, for when terminal data connection status non-4G data network opening, generates the out code of LTE communication assembly, closes described LTE communication assembly by the out code of described LTE communication assembly;
LTE communication assembly opening module 208, during for being 4G data network opening in terminal data connection status, generating LTE communication assembly open command, opening described LTE communication assembly by described LTE communication assembly open command.
This device also comprises data connection state detection module switching time, for detecting the data connection state handover event of described terminal, if the handover event of described terminal data connection status detected, then performs the step of described acquisition terminal data connection status.
This device also comprises starting up of terminal command reception module, for receiving terminal start-up command, performs the step of described acquisition terminal data connection status.
This terminal data connection status acquisition module also obtains described terminal data connection status for the interface function of the connection manager class by calling android system.
In sum, implement the embodiment of the present invention, following beneficial effect will be had:
Compared with prior art, after have employed the two LTE terminal network control method treated of single deck tape-recorder that the present invention proposes and device, the opening and closing of LTE communication assembly can be controlled according to the data connection state of present terminal based on the two LTE terminal treated of single deck tape-recorder, keep the unlatching of LTE communication assembly when using Mobile data to connect in terminal, LTE communication assembly is closed when terminal does not use Mobile data to connect, as when detecting that user closes Mobile data connection or uses WIFI network or other wireless technologys to carry out data service, automatic closedown LTE communication assembly.Present invention reduces the stand-by power consumption based on the two LTE terminal treated of single deck tape-recorder, the technical problem of the power wastage that the unlatching solving LTE communication assembly brings, improves the service efficiency of the battery of terminal, saves electricity.
One of ordinary skill in the art will appreciate that all or part of flow process realized in above-described embodiment method, that the hardware that can carry out instruction relevant by computer program has come, described program can be stored in a computer read/write memory medium, this program, when performing, can comprise the flow process of the embodiment as above-mentioned each side method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-Only Memory, ROM) or random store-memory body (Random Access Memory, RAM) etc.
Above disclosedly be only present pre-ferred embodiments, certainly can not limit the interest field of the present invention with this, therefore according to the equivalent variations that the claims in the present invention are done, still belong to the scope that the present invention is contained.
Claims (10)
1. the two LTE terminal network control method treated of single deck tape-recorder, described terminal comprises LTE communication assembly and 2G/3G communications component, LTE communication assembly is for carrying the mobile data transfer business of described terminal equipment under 4G network, 2G/3G communications component is for carrying the voice communication service of described terminal, and when terminal speech communication service accesses, the mobile data transfer business under 4G network is carried by LTE communication assembly;
Described method comprises:
Obtain terminal data connection status, described terminal data connection status comprises 4G data network opening and WIFI networking state;
Judge whether terminal data connection status is 4G data network opening, if not, then generate the out code of LTE communication assembly, close described LTE communication assembly by the out code of described LTE communication assembly.
2. the two LTE terminal network control method treated of single deck tape-recorder according to claim 1, is characterized in that:
Also comprise before the step of described acquisition terminal data connection status:
Detect the data connection state handover event of described terminal, if the handover event of described terminal data connection status detected, then perform the step of described acquisition terminal data connection status.
3. the two LTE terminal network control method treated of single deck tape-recorder according to claim 1, is characterized in that:
Also comprise before the step of described acquisition terminal data connection status:
Receiving terminal start-up command, performs the step of described acquisition terminal data connection status.
4. the two LTE terminal network control method treated of single deck tape-recorder according to claim 1, is characterized in that:
Describedly judge terminal data connection status also comprises after whether being the step of 4G data network opening:
If so, then generate LTE communication assembly open command, open described LTE communication assembly by described LTE communication assembly open command.
5. the two LTE terminal network control method treated of single deck tape-recorder according to claim 1, is characterized in that:
The step of described acquisition terminal data connection status also comprises:
Described terminal data connection status is obtained by the interface function of the connection manager class calling android system.
6. the two LTE terminal network control unit treated of single deck tape-recorder, described terminal comprises LTE communication assembly and 2G/3G communications component, LTE communication assembly is for carrying the mobile data transfer business of described terminal equipment under 4G network, 2G/3G communications component is for carrying the voice communication service of described terminal, and when terminal speech communication service accesses, the mobile data transfer business under 4G network is carried by LTE communication assembly;
Described device comprises:
Terminal data connection status acquisition module, for obtaining terminal data connection status, described terminal data connection status comprises 4G data network opening and WIFI networking state;
Terminal data connection status judge module, for judging whether terminal data connection status is 4G data network opening;
LTE communication assembly closing module, for when terminal data connection status non-4G data network opening, generates the out code of LTE communication assembly, closes described LTE communication assembly by the out code of described LTE communication assembly.
7. the two LTE terminal network control unit treated of single deck tape-recorder according to claim 6, is characterized in that:
Described device also comprises data connection state handover event detection module, for detecting the data connection state handover event of described terminal, if the handover event of described terminal data connection status detected, then performs the step of described acquisition terminal data connection status.
8. the two LTE terminal network control unit treated of single deck tape-recorder according to claim 6, is characterized in that:
Described device also comprises starting up of terminal command reception module, for receiving terminal start-up command, performs the step of described acquisition terminal data connection status.
9. the two LTE terminal network control unit treated of single deck tape-recorder according to claim 6, is characterized in that:
Described device also comprises LTE communication assembly opening module, during for being 4G data network opening in terminal data connection status, generating LTE communication assembly open command, opening described LTE communication assembly by described LTE communication assembly open command.
10. the two LTE terminal network control unit treated of single deck tape-recorder according to claim 6, is characterized in that:
Described terminal data connection status acquisition module also obtains described terminal data connection status for the interface function of the connection manager class by calling android system.
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| CN105407521A (en) * | 2015-11-28 | 2016-03-16 | 广东欧珀移动通信有限公司 | Terminal service processing method and device as well as mobile terminal |
| CN105517128A (en) * | 2015-11-28 | 2016-04-20 | 广东欧珀移动通信有限公司 | Network switching method and device, and terminal |
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