CN105744648B - Mobile terminal and its communication means - Google Patents

Mobile terminal and its communication means Download PDF

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Publication number
CN105744648B
CN105744648B CN201610070762.8A CN201610070762A CN105744648B CN 105744648 B CN105744648 B CN 105744648B CN 201610070762 A CN201610070762 A CN 201610070762A CN 105744648 B CN105744648 B CN 105744648B
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wifi
module
submodule
information
attendant sub
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CN105744648A (en
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易晓柯
王佰祥
车晓东
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Nubia Technology Co Ltd
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Nubia Technology Co Ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W76/00—Connection management
    • H04W76/10—Connection setup
    • H04W76/15—Setup of multiple wireless link connections
    • 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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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

The invention discloses a kind of mobile terminal and its communication means, specifically: the first modem obtains the information of the first Subscriber Identity Module, according to the information of the first Subscriber Identity Module and the first 4G network communication, progress voice service and data service；Second modem obtains the information of second user identification card, according to the information of second user identification card and the 2nd 4G network communication, carries out voice service and data service；When WiFi Attendant sub-module receives the WiFi link order of WiFi application submodule transmission, which is sent to WiFi processing submodule；WiFi handles submodule and gives WiFi Attendant sub-module according to the status information that the instruction and corresponding agreement send WiFi connection；WiFi Attendant sub-module determines that WiFi has been successfully connected according to status information, and WiFi processing submodule is in when presetting communications status, is started routing configuration, is improved the access efficiency of mobile terminal network.

Description

Mobile terminal and its communication means
Technical field
The present invention relates to technical field of mobile terminals, and in particular to a kind of mobile terminal and its communication means.
Background technique
The double-terminal 95% of existing market all supports a card online, and another card can make a phone call.But seldom eventually End can support two SIM (SubscribeIdentityModule, Subscriber Identity Module) to block while surf the Internet.Current newest end End may be implemented two SIM cards and can surf the Internet simultaneously, but if 4G (the4thGenerationMobile on a SIM card CommunicationTechnology, fourth generation mobile communication technology) LTE (LongTermEvolution, long term evolution skill Art), another card can only go up the network of 3G (3rdGeneration, 3rd generation mobile communication technology), and two SIM cards cannot be same When use 4G network.And existing mobile terminal generally comprises a modem and an application processor, wherein modulation Demodulator is used to complete protocol processes, and for being modulated demodulation to the communication data of transmitting-receiving, with realization and PERCOM peripheral communication The functions such as the communication of equipment.Application processor is used to handle complicated logical operation and carries out task distribution, provides for user Interactive interface, operation operating system etc..
In order to extend the communication function of mobile terminal, when needing to increase new modem and application processor, but On the basis of increasing new modem and application processor, mobile terminal or only one WiFi chip and corresponding Protocol stack and upper layer application only support the connection to a Wi-Fi hotspot, and due to the limitation of the bandwidth of WiFi and and WiFi The influence for the factors such as the mobile terminal quantity of hot spot connection is excessive, causes the access efficiency of network lower.
Above content is only used to facilitate the understanding of the technical scheme, and is not represented and is recognized that above content is existing skill Art.
Summary of the invention
The present invention provides a kind of mobile terminal and its communication means, it is intended to which the lower technology of access efficiency for solving network is asked Topic.
Based on the above issues, the present invention provides a kind of mobile terminal, and the mobile terminal includes the first WiFi module, second WiFi module, the first modem and second modem, first WiFi module include the first WiFi application submodule Block and the first WiFi handle submodule, and second WiFi module includes the 2nd WiFi application submodule and the 2nd WiFi processing Module；
First modem is identified for obtaining the information of the first Subscriber Identity Module according to first user The information of card and the first 4G network communication carry out voice service and data service；
The second modem is identified for obtaining the information of second user identification card according to the second user The information of card and the 2nd 4G network communication carry out voice service and data service；
The first WiFi processing submodule and the 2nd WiFi processing submodule are distinguished by WiFi Attendant sub-module It is correspondingly connected with the first WiFi application submodule and the 2nd WiFi application submodule；
The WiFi Attendant sub-module, for when receiving the first WiFi application submodule or the 2nd WiFi is answered When the WiFi link order sent with submodule, the WiFi link order is sent to corresponding first WiFi and handles son Module or the 2nd WiFi handle submodule；
The first WiFi processing submodule or the 2nd WiFi handle submodule, for being referred to according to the WiFi connection It enables and corresponding agreement sends the status information of WiFi connection to the WiFi Attendant sub-module；
The WiFi Attendant sub-module is also used to determine that WiFi has been successfully connected according to the state information, and described One WiFi handles submodule and/or the 2nd WiFi processing submodule is in when presetting communications status, corresponding starting list WiFi The routing configuration of the routing configuration of data or double WiFi datas.
Optionally, the WiFi Attendant sub-module is also used to determine that according to the state information WiFi has been successfully connected When, the acquisition instruction for obtaining IP address is sent to the first WiFi processing submodule and the 2nd WiFi processing submodule；
The first WiFi processing submodule and the 2nd WiFi handle submodule, are also used to according to the acquisition instruction Corresponding IP address is sent to the WiFi Attendant sub-module；
The WiFi Attendant sub-module, be also used to be determined according to the IP address of acquisition the first WiFi processing submodule and Whether the 2nd WiFi processing submodule is in default communications status；
The WiFi Attendant sub-module, if being also used to the first WiFi processing submodule or the 2nd WiFi processing Module is in default communications status, then starts the routing configuration of single WiFi data；
The WiFi Attendant sub-module, if being also used to the first WiFi processing submodule and the 2nd WiFi processing Module is in default communications status, then starts the routing configuration of double WiFi datas.
Optionally, the first WiFi processing submodule include the first WiFi framework unit, the first WiFi protocol element and First WiFi chip；2nd WiFi processing submodule includes the second WiFi framework unit, the 2nd WiFi protocol element and the Two WiFi chips；
The first WiFi framework unit or the second WiFi framework unit are also used to that the WiFi connection ought be received When instruction, the relevant information of WiFi is obtained, and be sent to described for the relevant information and the WiFi link order are corresponding One WiFi protocol element or the 2nd WiFi protocol element；
The first WiFi protocol element or the 2nd WiFi protocol element are also used to that the relevant information ought be received When with the WiFi link order, corresponding agreement is selected according to the relevant information, and the agreement and the WiFi are connected It connects instruction correspondence and is sent to first WiFi chip or second WiFi chip；
First WiFi chip or second WiFi chip, are also used to receive the agreement and connect with the WiFi When instruction, the state that connects with the WiFi link order correspondence establishment WiFi according to the agreement, and the WiFi is connected Information is sent to the WiFi Attendant sub-module.
Optionally, the WiFi Attendant sub-module is also used to for WiFi status information being sent to the first WiFi application Submodule or the 2nd WiFi application submodule；
The first WiFi application submodule or the 2nd WiFi application submodule are also used to receive the state letter When breath, prompt information is exported according to the state information.
Optionally, the mobile terminal further includes the first application processor and the second application processor；
First application processor receives the instruction that voice service is carried out by the first Subscriber Identity Module for working as When, the signal path of control logic switch conduction the first coding module and audio-frequency module, and control the first data processing module and open Open voice pathway；
First application processor is also used to receive through second user identification card progress voice service When instruction, the signal path of logic switch conducting second coding/decoding module and audio-frequency module is controlled, and is led to voice is opened The instruction on road is sent to the second application processor connecting with the second modem；
Second application processor, for controlling the second data when receiving the instruction for opening voice pathway Processing module opens voice pathway.
Further, it is also proposed that a kind of communication means, the communication means include:
First modem, second modem, WiFi Attendant sub-module, the first WiFi module and second are provided WiFi module, wherein first WiFi module includes that the first WiFi application submodule and the first WiFi handle submodule；It is described Second WiFi module includes that the 2nd WiFi application submodule and the 2nd WiFi handle submodule；
First modem obtains the information of the first Subscriber Identity Module, according to the letter of first Subscriber Identity Module Breath and the first 4G network communication, carry out voice service and data service；
The second modem obtains the information of second user identification card, according to the letter of the second user identification card Breath and the 2nd 4G network communication, carry out voice service and data service；
When the WiFi Attendant sub-module receives the first WiFi application submodule or the 2nd WiFi application When the WiFi link order that module is sent, the WiFi link order is sent to corresponding first WiFi and handles submodule Or the 2nd WiFi handles submodule；
First WiFi processing submodule or the 2nd WiFi processing submodule according to the WiFi link order with And corresponding agreement sends the status information of WiFi connection to the WiFi Attendant sub-module；
When the WiFi Attendant sub-module determines that WiFi has been successfully connected according to the state information, and the first WiFi It handles submodule and/or the 2nd WiFi processing submodule is in when presetting communications status, the WiFi Attendant sub-module pair The routing configuration of single WiFi data or the routing configuration of double WiFi datas should be started.
Optionally, it is described when the WiFi Attendant sub-module according to the state information determine WiFi be successfully connected, and When the first WiFi processing submodule and/or the 2nd WiFi processing submodule are in default communications status, the WiFi The step of routing configuration of the corresponding routing configuration for starting single WiFi data of Attendant sub-module or double WiFi datas includes:
When the WiFi Attendant sub-module determines that WiFi has been successfully connected according to the state information, the WiFi service Submodule sends the acquisition instruction for obtaining IP address to the first WiFi processing submodule and the 2nd WiFi processing submodule Block；
The first WiFi processing submodule and the 2nd WiFi processing submodule are according to acquisition instruction transmission pair The IP address answered gives the WiFi Attendant sub-module；
The WiFi Attendant sub-module determines the first WiFi processing submodule and described the according to the IP address of acquisition Whether two WiFi processing submodule is in default communications status；
If the first WiFi processing submodule or the 2nd WiFi processing submodule are in default communications status, described WiFi Attendant sub-module then starts the routing configuration of single WiFi data；
If the first WiFi processing submodule and the 2nd WiFi processing submodule are in default communications status, institute State the routing configuration that WiFi Attendant sub-module then starts double WiFi datas.
Optionally, the first WiFi processing submodule include the first WiFi framework unit, the first WiFi protocol element and First WiFi chip；2nd WiFi processing submodule includes the second WiFi framework unit, the 2nd WiFi protocol element and the Two WiFi chips, the first WiFi processing submodule or the 2nd WiFi processing submodule are according to the WiFi link order And the status information of corresponding agreement transmission WiFi connection includes: to the step of WiFi Attendant sub-module
When the first WiFi framework unit or the second WiFi framework unit receive the WiFi link order, The relevant information of WiFi is obtained, and the relevant information and the WiFi link order are corresponded to and are sent to the first WiFi association Discuss unit or the 2nd WiFi protocol element；
When the first WiFi protocol element or the 2nd WiFi protocol element receive the relevant information and described When WiFi link order, corresponding agreement is selected according to the relevant information, and by the agreement and the WiFi link order Correspondence is sent to first WiFi chip or second WiFi chip；
When first WiFi chip or second WiFi chip receive the agreement and the WiFi link order When, the status information that connects with the WiFi link order correspondence establishment WiFi according to the agreement, and the WiFi is connected It is sent to the WiFi Attendant sub-module.
Optionally, it is described when the WiFi Attendant sub-module according to the state information determine WiFi be successfully connected, and When the first WiFi processing submodule and/or the 2nd WiFi processing submodule are in default communications status, the WiFi After the step of routing configuration of the corresponding routing configuration for starting single WiFi data of Attendant sub-module or double WiFi datas, also wrap It includes:
WiFi status information is sent to the first WiFi application submodule or described by the WiFi Attendant sub-module Two WiFi application submodules；
When the first WiFi application submodule or the 2nd WiFi application submodule receive the status information, Prompt information is exported according to the state information.
Optionally, first modem obtains the information of the first Subscriber Identity Module, is known according to first user After the step of information and the first 4G network communication that do not block, progress voice service and data service, further includes:
When the first application processor being connect with first modem receive by the first Subscriber Identity Module into When the instruction of row voice service, the first coding module of the first application processor control logic switch conduction and audio-frequency module Signal path, and control the first data processing module and open voice pathway.
The second modem obtains the information of second user identification card, according to the letter of the second user identification card After the step of breath and the 2nd 4G network communication, progress voice service and data service provide logic switch, further includes:
It is identified when the first application processor connecting with first modem is received by the second user When card carries out the instruction of voice service, first application processor control the logic switch be connected the second coding/decoding module with The signal path of audio-frequency module, and the instruction for opening voice pathway is sent to second connect with the second modem Application processor；
When second application processor receives the instruction for opening voice pathway, second application processor It controls the second data processing module and opens voice pathway.
The present invention provide the first modem, second modem, WiFi Attendant sub-module, the first WiFi module and Second WiFi module, wherein first WiFi module includes that the first WiFi application submodule and the first WiFi handle submodule； Second WiFi module includes that the 2nd WiFi application submodule and the 2nd WiFi handle submodule, first modem The information for obtaining the first Subscriber Identity Module carries out language according to the information of first Subscriber Identity Module and the first 4G network communication Sound business and data service, the second modem obtains the information of second user identification card, according to the second user The information of identification card and the 2nd 4G network communication carry out voice service and data service；When the WiFi Attendant sub-module receives It, will be described when the WiFi link order sent to the first WiFi application submodule or the 2nd WiFi application submodule WiFi link order is sent to the corresponding first WiFi processing submodule or the 2nd WiFi processing submodule；Described One WiFi handles submodule or the 2nd WiFi processing submodule is sent out according to the WiFi link order and corresponding agreement Send the status information of WiFi connection to the WiFi Attendant sub-module；When the WiFi Attendant sub-module according to the state information Determine that WiFi has been successfully connected, and the first WiFi processing submodule and/or the 2nd WiFi processing submodule are in pre- If when communications status, the routing of the corresponding routing configuration or double WiFi datas for starting single WiFi data of the WiFi Attendant sub-module Configuration.Realizing user by the first WiFi module and the second WiFi module while can access the same network, or pass through It is logical that first WiFi module and the second WiFi module access different network or the first modem and the first 4G network respectively Letter, second modem and the 2nd 4G network communication, improve the access efficiency of mobile terminal network, such as when mobile terminal is held When row downloading service, by WiFi and 4G network, perhaps pass through the first WiFi module and the second WiFi module or by first 4G network and the 2nd 4G network execute downloading service, improve the speed of download of mobile terminal.
Detailed description of the invention
Fig. 1 to realize the present invention in each embodiment an optional mobile terminal hardware structural diagram；
Fig. 2 is that a kind of inner frame of mobile terminal in the embodiment of the present invention illustrates intention；
Fig. 3 is a kind of circuit theory schematic diagram of embodiment of mobile terminal of the present invention；
Fig. 4 is a kind of functional block diagram that the first WiFi handles submodule in the embodiment of the present invention；
Fig. 5 is a kind of functional block diagram that the 2nd WiFi handles submodule in the embodiment of the present invention；
Fig. 6 is that mobile terminal of the present invention refines circuit theory schematic diagram；
Fig. 7 is the flow diagram of the first embodiment of communication means of the present invention；
Fig. 8 is the flow diagram of the second embodiment of communication means of the present invention.
Specific embodiment
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
The mobile terminal of each embodiment of the present invention is realized in description with reference to the drawings.In subsequent description, use For indicate element such as " module ", " component " or " unit " suffix only for being conducive to explanation of the invention, itself There is no specific meanings.Therefore, " module " can be used mixedly with " component ".
Mobile terminal can be implemented in a variety of manners.For example, terminal described in the present invention may include such as moving Phone, smart phone, laptop, digit broadcasting receiver, PDA (personal digital assistant), PAD (tablet computer), PMP The mobile terminal of (portable media player), navigation device etc. and such as number TV, desktop computer etc. are consolidated Determine terminal.Hereinafter it is assumed that terminal is mobile terminal.However, it will be understood by those skilled in the art that in addition to being used in particular for moving Except the element of purpose, the construction of embodiment according to the present invention can also apply to the terminal of fixed type.
Fig. 1 to realize the present invention in each embodiment an optional mobile terminal hardware structural diagram.
Mobile terminal 100 may include wireless communication unit 110, A/V (audio/video) input unit 120, user's input Unit 130, output unit 150, memory 160, interface unit 170, controller 180 and power supply unit 190 etc..Fig. 1 is shown Mobile terminal with various assemblies, it should be understood that be not required for implementing all components shown.It can be alternatively Implement more or fewer components.The element of mobile terminal will be discussed in more detail below.
Wireless communication unit 110 generally includes one or more components, allows mobile terminal 100 and wireless communication system Or the radio communication between network.For example, wireless communication unit 110 can include but is not limited to 112 He of mobile communication module Wireless Internet module 113.
Mobile communication module 112 sends radio signals to base station (for example, access point, node B etc.), exterior terminal And at least one of server and/or receive from it radio signal.Such radio signal may include that voice is logical Talk about signal, video calling signal or according to text and/or Multimedia Message transmission and/or received various types of data.
The Wi-Fi (Wireless Internet Access) of the support mobile terminal of wireless Internet module 113.The module can be internally or externally It is couple to terminal.Wi-Fi (Wireless Internet Access) technology involved in the module may include WLAN (Wireless LAN) (Wi-Fi), Wibro (WiMAX), Wimax (worldwide interoperability for microwave accesses), HSDPA (high-speed downlink packet access) etc..
A/V input unit 120 is for receiving audio or video signal.A/V input unit 120 includes but is not limited to microphone 122, microphone 122 can be in telephone calling model, logging mode, speech recognition mode etc. operational mode via microphone It receives sound (audio data), and can be audio data by such acoustic processing.Audio that treated (voice) data The format that mobile communication base station can be sent to via mobile communication module 112 can be converted in the case where telephone calling model Output.Microphone 122 can be implemented various types of noises and eliminate (or inhibition) algorithm to eliminate (or inhibition) and receive and sending out The noise generated during sending audio signal or interference.
The order that user input unit 130 can be inputted according to user generates key input data to control each of mobile terminal Kind operation.User input unit 130 allows user to input various types of information, and may include keyboard, metal dome, touch Plate (for example, the sensitive component of detection due to the variation of resistance, pressure, capacitor etc. caused by being contacted), idler wheel, rocking bar etc. Deng.Particularly, when touch tablet is superimposed upon in the form of layer on display unit 151, touch screen can be formed.
Interface unit 170 be used as at least one external device (ED) connect with mobile terminal 100 can by interface.For example, External device (ED) may include wired or wireless headphone port, external power supply (or battery charger) port, wired or nothing Line data port, memory card port, the port for connecting the device with identification module, audio input/output (I/O) end Mouth, video i/o port, ear port etc..Identification module can be storage and use each of mobile terminal 100 for verifying user It plants information and may include subscriber identification module (UIM), client identification module (SIM), Universal Subscriber identification module (USIM) Etc..In addition, the device (hereinafter referred to as " identification device ") with identification module can take the form of smart card, therefore, know Other device can be connect via port or other attachment devices with mobile terminal 100.Interface unit 170, which can be used for receiving, to be come from The input (for example, data information, electric power etc.) of external device (ED) and the input received is transferred in mobile terminal 100 One or more elements can be used for transmitting data between mobile terminal and external device (ED).
In addition, when mobile terminal 100 is connect with external base, interface unit 170 may be used as allowing will be electric by it Power, which is provided from pedestal to the path or may be used as of mobile terminal 100, allows the various command signals inputted from pedestal to pass through it It is transferred to the path of mobile terminal.The various command signals or electric power inputted from pedestal, which may be used as mobile terminal for identification, is The no signal being accurately fitted on pedestal.Output unit 150 is configured to provide with vision, audio and/or tactile manner defeated Signal (for example, audio signal, vision signal, alarm signal, vibration signal etc.) out.Output unit 150 may include display Unit 151, audio output module 152 etc..
Display unit 151 may be displayed on the information handled in mobile terminal 100.For example, when mobile terminal 100 is in electricity When talking about call mode, display unit 151 can show and converse or other communicate (for example, text messaging, multimedia file Downloading etc.) relevant user interface (UI) or graphic user interface (GUI).When mobile terminal 100 is in video calling mode Or when image capture mode, display unit 151 can show captured image and/or received image, show video or figure Picture and the UI or GUI of correlation function etc..
Meanwhile when display unit 151 and touch tablet in the form of layer it is superposed on one another to form touch screen when, display unit 151 may be used as input unit and output device.Display unit 151 may include liquid crystal display (LCD), thin film transistor (TFT) In LCD (TFT-LCD), Organic Light Emitting Diode (OLED) display, flexible display, three-dimensional (3D) display etc. at least It is a kind of.Some in these displays may be constructed such that transparence to allow user to watch from outside, this is properly termed as transparent Display, typical transparent display can be, for example, TOLED (transparent organic light emitting diode) display etc..According to specific Desired embodiment, mobile terminal 100 may include two or more display units (or other display devices), for example, moving Dynamic terminal may include outernal display unit (not shown) and inner display unit (not shown).Touch screen can be used for detecting touch Input pressure and touch input position and touch input area.
Audio output module 152 can mobile terminal be in call signal reception pattern, call mode, logging mode, It is when under the isotypes such as speech recognition mode, broadcast reception mode, wireless communication unit 110 is received or in memory 160 The audio data transducing audio signal of middle storage and to export be sound.Moreover, audio output module 152 can provide and movement The relevant audio output of specific function (for example, call signal receives sound, message sink sound etc.) that terminal 100 executes. Audio output module 152 may include loudspeaker, buzzer etc..
Codec unit 140 carries out coding and decoding operation to mobile terminal received signal or data flow, usually Used in occasions such as video conference, Streaming Media, Video Applications.
Memory 160 can store the software program etc. of the processing and control operation that are executed by controller 180, Huo Zheke Temporarily to store oneself data (for example, telephone directory, message, still image, video etc.) through exporting or will export.And And memory 160 can store about the vibrations of various modes and audio signal exported when touching and being applied to touch screen Data.
Memory 160 may include the storage medium of at least one type, and storage medium includes flash memory, hard disk, multimedia Card, card-type memory (for example, SD or DX memory etc.), random access storage device (RAM), static random-access memory (SRAM), read-only memory (ROM), electrically erasable programmable read-only memory (EEPROM), programmable read only memory (PROM), magnetic storage, disk, CD etc..Moreover, mobile terminal 100 can execute memory with by network connection The network storage device of 160 store function cooperates.
The overall operation of the usually control mobile terminal of controller 180.For example, controller 180 executes and voice communication, data Communication, video calling etc. relevant control and processing.
Power supply unit 190 receives external power or internal power under the control of controller 180 and provides operation each member Electric power appropriate needed for part and component.
Data processing unit 210 is for handling the received audio data of mobile terminal, video data etc..
Various embodiments described herein can be to use the calculating of such as computer software, hardware or any combination thereof Machine readable medium is implemented.Hardware is implemented, embodiment described herein can be by using application-specific IC (ASIC), digital signal processor (DSP), digital signal processing device (DSPD), programmable logic device (PLD), scene can Programming gate array (FPGA), controller, microcontroller, microprocessor, is designed to execute function described herein processor At least one of electronic unit is implemented, and in some cases, such embodiment can be implemented in controller 180. For software implementation, the embodiment of such as process or function can with allow to execute the individual of at least one functions or operations Software module is implemented.Software code can by the software application (or program) write with any programming language appropriate Lai Implement, software code can store in memory 160 and be executed by controller 180.
So far, oneself is through describing mobile terminal according to its function.In the following, for the sake of brevity, will description such as folded form, Slide type mobile terminal in various types of mobile terminals of board-type, oscillating-type, slide type mobile terminal etc., which is used as, to be shown Example.Therefore, the present invention can be applied to any kind of mobile terminal, and be not limited to slide type mobile terminal.
Mobile terminal 100 as shown in Figure 1 may be constructed such that using via frame or grouping send data it is all if any Line and wireless communication system and satellite-based communication system operate.
It specifically, is that a kind of inner frame diagram of mobile terminal is intended in the embodiment of the present invention referring to Fig. 2, Fig. 2.
Mobile terminal 100 includes the first WiFi module 66, the second WiFi module 77, the first modem 30 (Modem1) With second modem 40 (Modem2), the first modem 30 and second modem 40 are mutually indepedent.First adjusts Modulator-demodulator 30 respectively with the first data processing module 70 (ADSP1), the first radio-frequency module 33, the first application processor 10 (AP1) it is connected with the first Subscriber Identity Module 90 (SIM1), the first data processing module 70 and the first coding/decoding module 50 (Codec1) connect, second modem 40 respectively with the second data processing module 80 (ADSP2), the second radio-frequency module 22, Second application processor 20 (AP2) and second user identification card 11 (SIM2) connection, the second data processing module 80 and second are compiled Decoder module 60 (Codec2) connection, the first application processor 10 and the second application processor 20 are connected by universal serial bus It connects, the first data processing module 70 is connect with the second data processing module 80, the first coding/decoding module 50 and the second encoding and decoding mould Block 60 is connect with logic switch 44, and logic switch 44 is connect with audio-frequency module 55, audio-frequency module 55 include but is not limited to loudspeaker and Microphone, microphone can be in the A/V input unit 120 in Fig. 1, loudspeaker can be Fig. 1 sound intermediate frequency output module 152.
First WiFi module 66 is connect with the first application processor 10, the second WiFi module 77 and the first application processor 10 Or second application processor 20 connect, i.e. the first WiFi module 66 and the second WiFi module 77 can all with the first application processor 10 connections, shown in Fig. 2；Be also possible to the first WiFi module 66 to connect with the first application processor 10, the second WiFi module 77 with The connection of second application processor 20.
First application processor 10 controls mobile terminal 100 by controller 180 in Fig. 1 and interacts with user, to use Family provides interactive interface.First application processor 10 is used to handle the logical operation of some complexity, is also used to shut user Net or the operational order of call correspondence are sent to the first modem 30 and the second application processor 20.
First modem 30 and second modem 40 contain the agreement of the network formats of various network interactions Stack, protocol stack include LTE/WCDMA (WidebandCodeDivisionMultipleAccess, wideband code division multiple access)/GSM (GlobalSystemforMobileCommunication, global system for mobile communications)/TD-SCDMA (TimeDivision- SynchronousCodeDivisionMultiple Access, synchronous time division CDMA)/CDMA Protocol code as defined in inside the communication standards such as (CodeDivisionMultipleAccess, CDMA)/EVDO.It is mobile whole End 100 is interacted by agreement and carrier network, i.e., progress data traffic online, VOLTE (VoiceOverLTE) beat electricity Words or CS (CircuitSwitched, circuit switching) domain are made a phone call.First modem 30 and second modem 40 It is also used to the control etc. to SIM card.First modem 30 and second modem 40 can be logical for the movement in Fig. 1 Believe module 112.
First data processing module 70 and the second data processing module 80 are used to inhibit the echo and noise in communication process, First data processing module 70 and the second data processing module 80 can be the data processing unit 210 in Fig. 1.
First coding/decoding module 50 and the second coding/decoding module 60 are used for analog-to-digital conversion and digital-to-analogue conversion, the first encoding and decoding mould Block 50 and the second coding/decoding module 60 can be the codec unit 140 in Fig. 1.
First radio-frequency module 33 is directly connect with the first modem 30, for send the first modem 30 Base station network is sent to after data processing, the data that the first radio-frequency module 33 is also used to transmit base station network are sent to One modem 30.Second radio-frequency module 22 is directly connect with second modem 40, is used for second modem Base station network, the data that the second radio-frequency module 22 is also used to transmit base station network are sent to after 40 data processings sent It is sent to second modem 40.First radio-frequency module 33 and the second radio-frequency module 22 can be the mobile communication mould in Fig. 1 Block 112.
Logic switch 44 is connect with the first application processor 10, the first application processor 10 for control logic switch 44 into Row corresponding operation.When the first modem 30 receives the first operational order for carrying out voice service, at the first application The signal path of the first coding/decoding module of 10 control logic switch 44 of device conducting 50 with audio-frequency module 55 is managed, for the first modulatedemodulate Device 30 is adjusted to execute the first operational order；When second modem 40 receives the second operational order for carrying out voice service, The signal path of the second coding/decoding module of first application processor, 10 control logic switch 44 conducting 60 and audio-frequency module 55, for Second modem 40 executes the second operational order.
When the first modem 30 needs to carry out voice service, 10 control logic switch 44 of the first application processor with First coding/decoding module 50 connection, to complete voice service in the first modem 30, when second modem 40 needs When carrying out voice service, 10 control logic switch 44 of the first application processor is connect with the second coding/decoding module 60, to complete the Voice service in two modems 40.
When mobile terminal 100 carries out talk business and data service simultaneously, such as when the first Subscriber Identity Module 90 is led to When call business, second user identification card 11 carries out data service simultaneously.The process of first Subscriber Identity Module 90 progress talk business Are as follows: after calling subscriber clicks dial key from the first application processor 10, mobile terminal 100 receives the finger made a phone call It enables, and the instruction made a phone call is handed down to the first modem 30.First modem 30 passes through the first radio-frequency module 33 interact with network, then pass through a series of processing and Signalling exchange in network side, by the instruction made a phone call institute Corresponding paging message is sent to called subscriber, if paging message send successfully, by Signalling exchange calling subscriber and by It cries and erects a wireless channel between user, wireless channel is used for the transmission of user's communication data.Communicating data is in calling subscriber The transmission process of place mobile terminal 100 are as follows: communicating data is sent to the first coding/decoding module 50 by microphone by calling subscriber, After handling by the first coding/decoding module 50, communicating data is sent to the first data processing module by the first coding/decoding module 50 70, after the processing of the first data processing module 70, communicating data is sent to communicating data by the first data processing module 70 First modem 30, after handling by the first modem 30, the first modem 30 again sends out communicating data The first radio-frequency module 33 is given, communicating data is sent by carrier network by the first radio-frequency module 33.Communicating data is called The transmission process of mobile terminal 100 where user are as follows: radio-frequency module receives the communicating data of carrier network transmission, radio frequency mould Communicating data is sent to modem by block, and after modem processes, modem again sends out communicating data Data processing module is given, for communicating data after data processing module processing, data processing module sends communicating data To coding/decoding module, after handling by coding/decoding module, communicating data is sent to loudspeaker by coding/decoding module, and loudspeaker receive After communicating data, communicating data is exported, completes the call between calling subscriber and called subscriber.Microphone is microphone in Fig. 1 122。
The process of the progress data service of second user identification card 11 are as follows: uplink user data: when the first application processor 10 When receiving user data, after user data is handled, it is sent to second modem 40, at second modem 40 Manage user data, and will treated user data is sent to the second radio-frequency module 22, the second radio-frequency module 22 is by user data It is sent to carrier network, user data is sent to Internet by carrier network；Down user data: Internet User data is sent to carrier network, user data is sent to the second radio-frequency module 22, the second radio frequency by carrier network 22 processes user data of module, and by treated, user data is sent to second modem 40, second modem 40 processes user datas, and by treated, user data is sent to the first application processor 10, completes second user identification card 11 data service.
First Subscriber Identity Module 90 of mobile terminal 100 and the second identification card can carry out data service simultaneously, and first uses Family identification card 90 and second user identification card 11 simultaneously do not interfere with each other when data service, and the first Subscriber Identity Module 90 passes through the One modem 30 carries out data service, and second user identification card 11 carries out data service by second modem 40. When the first Subscriber Identity Module 90 and the second identification card can carry out data service simultaneously, second user identification card 11 carries out data When the process of business and the first Subscriber Identity Module 90 carry out talk business, second user identification card 11 carries out the work of data service Process is consistent, and the first Subscriber Identity Module 90 carries out the treatment process of data service and second user identification card 11 carries out data service Workflow it is similar, details are not described herein.
When the first modem 30 and the second modulation /demodulation receive data transfer instruction simultaneously, the first modulation /demodulation Device 30 and the second modulation /demodulation can be carried out data transmission using 4G network simultaneously according to data transfer instruction.I.e. when the first modulation The second user identification card 11 that the first Subscriber Identity Module 90 and second modem 40 that demodulator 30 is connected are connected needs When carrying out data service simultaneously, the first Subscriber Identity Module 90 and second user identification card 11 can pass through corresponding modulation /demodulation Device passes through 4G network simultaneously and carries out data service.What the first modem 30 and second modem 40 carried out data transmission Network includes but is not limited to 4G network.
Based on above-mentioned 100 hardware configuration of mobile terminal and inner frame figure, each embodiment of the method for the present invention is proposed.
It is a kind of circuit theory schematic diagram of embodiment of mobile terminal 100 of the present invention referring to Fig. 3, Fig. 3.
In the present embodiment, mobile terminal 100 includes the first WiFi module 66 and the second WiFi module 77.
First modem, for obtaining the information of the first Subscriber Identity Module, according to the information of the first Subscriber Identity Module With the first 4G network communication, voice service and data service are carried out；
Second modem, for obtaining the information of second user identification card, according to the information of second user identification card With the 2nd 4G network communication, voice service and data service are carried out；
In this embodiment, mobile terminal 100 includes but is not limited to mobile phone and tablet computer, mobile terminal provided by the invention 100 are mainly used in the twin-channel mobile terminal 100 of double card provided based on two modems, certainly, in other implementations In example, the communication mechanism of mobile terminal 100 is not limited to dual-channels communication mode provided by the invention, can also be triple channel And multichannel communication mode more than triple channel.
The present embodiment provides the first modem 30, second modem 40, WiFi Attendant sub-modules 88, first WiFi module 66 and the second WiFi module 77, wherein the first WiFi module 66 is connect with the first application processor 10, the 2nd WiFi Module 77 is connect with the first application processor 10 or the second application processor 20；First WiFi module 66 is applied including the first WiFi Submodule 661 and the first WiFi handle submodule 660；Second WiFi module 77 includes the 2nd WiFi application submodule 771 and the Two WiFi handle submodule 770；First WiFi handles submodule 660 and applies submodule by WiFi Attendant sub-module 88 and first Connection, the 2nd WiFi processing submodule 770 are connect with second using submodule by WiFi Attendant sub-module 88；First WiFi mould Block 66 and the second WiFi module 77 include the same WiFi Attendant sub-module 88.That is the first WiFi module 66 includes that the first WiFi is answered With submodule 661, the first WiFi processing submodule 660 and WiFi Attendant sub-module 88, the second WiFi module 77 includes second WiFi application submodule 771, the 2nd WiFi processing submodule 770 and WiFi Attendant sub-module 88.
First modem 30 is connect with the first Subscriber Identity Module 90, when the first modem 30 needs to carry out voice When business and/or data service, the first modem 30 obtains the information of the first Subscriber Identity Module 90, and the based on acquisition The information and the first 4G network communication of one Subscriber Identity Module 90, carry out voice service and/or data service.
Second modem 40 is connect with second user identification card 11, when second modem 40 needs to carry out voice When business and/or data service, second modem 40 obtains the information of second user identification card 11, and the based on acquisition The information and the 2nd 4G network communication of two Subscriber Identity Modules 11, carry out voice service and/or data service.
It should be noted that the first modem 30 and second modem 40 can carry out data service simultaneously, Or while the first modem 30 carries out voice service, second modem 40 carries out data service, or works as When first modem 30 carries out data service, second modem 40 carries out voice service etc..First 4G network communication It can be identical network operator with the 2nd 4G network communication, or different network operators.As the first 4G network is logical The operator of letter is movement, and the operator of the 2nd 4G network communication is connection；Or the first 4G network communication operator be electricity Letter, the operator of the 2nd 4G network is also telecommunications.First modem 30 and second modem 40 carry out voice service It include but is not limited to 4G network with network used in data service.
The information of first Subscriber Identity Module 90 and the information of second user identification card 11 include but is not limited to ICCID (IntegrateCircuitCardIdentity, integrated circuit card identification code) and IMSI (InternationalMobileSub ScribeIdentificationNumber, international mobile subscriber identity).
Mobile terminal 100 includes the first WiFi module 66, the second WiFi module 77, the first modem 30 and the second tune Modulator-demodulator 40, the first modem 30 is respectively and at the first data processing module 70, the application of the first radio-frequency module 33, first Device 10 and the connection of the first Subscriber Identity Module 90 are managed, the first WiFi module 66 is connect with the first application processor 10, the 2nd WiFi mould Block 77 and the first application processor 10 or the second application processing connection.First WiFi module 66 includes the first WiFi application submodule 661 and the first WiFi handle submodule 660；Second WiFi module 77 includes the 2nd WiFi application submodule 771 and the 2nd WiFi Handle submodule 770；First WiFi processing submodule 660 is connect with first using submodule by WiFi Attendant sub-module 88, 2nd WiFi processing submodule 770 is connect with second using submodule by WiFi Attendant sub-module 88；First WiFi module 66 It include the same WiFi Attendant sub-module 88 with the second WiFi module 77.That is the first WiFi module 66 includes the first WiFi application Module 661, the first WiFi processing submodule 660 and WiFi Attendant sub-module 88, the second WiFi module 77 include that the 2nd WiFi is answered With submodule 771, the 2nd WiFi processing submodule 770 and WiFi Attendant sub-module 88.
First WiFi application submodule 661 and the 2nd WiFi application submodule 771 provide corresponding WiFi operation interface, with Corresponding operation is carried out by WiFi operation interface for user.When mobile terminal 100 receives applying in the first WiFi for user Submodule 661 or the 2nd WiFi application submodule 771 triggering WiFi link order when, the first WiFi application submodule 661 or The WiFi link order is sent to WiFi Attendant sub-module 88 by the 2nd WiFi application submodule 771.When WiFi Attendant sub-module 88 when receiving the WiFi link order, and WiFi Attendant sub-module 88 judges that the WiFi link order is by the first WiFi application What module 661 is sent or the 2nd WiFi application submodule 771 was sent, if the WiFi link order is applied by the first WiFi What submodule 661 was sent, which is then sent to the first WiFi processing submodule by WiFi Attendant sub-module 88 660；If the WiFi link order is sent by the 2nd WiFi application submodule 771, WiFi Attendant sub-module 88 should WiFi link order is sent to the 2nd WiFi processing submodule 770.
First WiFi handles submodule 660 or the 2nd WiFi and handles submodule 770, for according to WiFi link order and Corresponding agreement sends the status information of WiFi connection to WiFi Attendant sub-module 88；
When the first WiFi processing submodule 660 receives the WiFi link order of the transmission of WiFi Attendant sub-module 88, the One WiFi handles submodule 660 and is somebody's turn to do according to the WiFi link order and according to the corresponding agreement execution of the WiFi link order WiFi link order, and the status information of WiFi connection is sent to WiFi Attendant sub-module 88；When the 2nd WiFi handles submodule When block 770 receives the WiFi link order of the transmission of WiFi Attendant sub-module 88, the 2nd WiFi handles submodule 770 according to this WiFi link order and the WiFi link order is executed according to the corresponding agreement of WiFi link order, and by WiFi connection Status information is sent to WiFi Attendant sub-module 88.There are three types of the status informations of WiFi connection, respectively has connected, is connecting And connection failure.
It specifically, is a kind of function that the first WiFi handles submodule 660 in the embodiment of the present invention referring to Fig. 4 and Fig. 5, Fig. 4 It can module map；Fig. 5 is a kind of functional block diagram that the 2nd WiFi handles submodule 770 in the embodiment of the present invention.
It includes the first WiFi framework unit 662, the first WiFi protocol element 663 and that first WiFi, which handles submodule 660, One WiFi chip 665；It includes the second WiFi framework unit 772, the 2nd WiFi protocol element that 2nd WiFi, which handles submodule 770, 773 and second WiFi chip 775；
First WiFi framework unit 662 or the second WiFi framework unit 772 are also used to that WiFi link order ought be received When, the relevant information of WiFi is obtained, and relevant information and WiFi link order correspondence are sent to the first WiFi protocol element 663 Or the 2nd WiFi protocol element 773；
First WiFi protocol element 663 or the 2nd WiFi protocol element 773 are also used to that relevant information and WiFi ought be received When link order, corresponding agreement is selected according to relevant information, and agreement and WiFi link order correspondence are sent to first WiFi chip 665 or the second WiFi chip 775；
First WiFi chip 665 or the second WiFi chip 775, when being also used to receive agreement and WiFi link order, root It is connected according to agreement with WiFi link order correspondence establishment WiFi, and the status information of WiFi connection is sent to WiFi service submodule Block 88.
It specifically, is that mobile terminal 100 of the present invention refines circuit theory schematic diagram referring to Fig. 6, Fig. 6.
It includes the first WiFi framework unit 662, the first WiFi protocol element 663, first that first WiFi, which handles submodule 660, WiFi driving unit 664 and the first WiFi chip 665；It includes the second WiFi framework unit that 2nd WiFi, which handles submodule 770, 772, the 2nd WiFi protocol element 773, the 2nd WiFi driving unit 774 and the second WiFi chip 775.First WiFi framework unit 662 and second WiFi framework unit 772 connect respectively with WiFi Attendant sub-module 88, the first WiFi framework unit 662 and first WiFi protocol element 663 connects, and the first WiFi protocol element 663 is connect with the first WiFi driving unit 664, the first WiFi driving Unit 664 is connect with the first WiFi chip 665；Second WiFi framework unit 772 is connect with the 2nd WiFi protocol element 773, the Two WiFi protocol elements 773 are connect with the 2nd WiFi driving unit 774, the 2nd WiFi driving unit 774 and the second WiFi chip 775 connections.
When the first WiFi framework unit 662 receives the WiFi link order of the transmission of WiFi Attendant sub-module 88, obtain The relevant information of WiFi, and the relevant information of WiFi and WiFi link order are sent to the first protocol element, wherein WiFi's Relevant information includes but is not limited to WiFi title, frequency and signal strength.When the first WiFi protocol element 663 receives WiFi Relevant information and WiFi link order when, the relevant information of the WiFi is written in the configuration file of corresponding agreement, according to The relevant information of the WiFi determines corresponding agreement, and selects regulation WiFi agreement according to corresponding agreement.First WiFi agreement The WiFi agreement of selection and WiFi link order are sent to the first WiFi driving unit 664 by unit 663, are driven by the first WiFi Unit 664 is sent to the first WiFi chip 665.When the first WiFi chip 665 receives the WiFi agreement and WiFi link order When, WiFi is established with WiFi link order according to the WiFi agreement and is connected.In WiFi connection procedure, the state of WiFi connection is believed Breath can change, and such as become having connected from connecting, or be changed into connection failure etc. from connecting.As the first WiFi After chip 665 establishes WiFi connection, the status information of WiFi connection is sent to WiFi Attendant sub-module 88.Second WiFi framework Unit 772 and the 2nd WiFi protocol element 773, the 2nd WiFi driving unit 774, the second WiFi chip 775 and WiFi service The process and the first WiFi framework unit 662 and the first WiFi protocol element 663, the of WiFi link order are executed between module 88 WiFi link order process class is executed between one WiFi driving unit 664, the first WiFi chip 665 and WiFi Attendant sub-module 88 Seemingly, details are not described herein.
WiFi Attendant sub-module 88 is also used to determine that WiFi has been successfully connected according to status information, and the first WiFi is handled When submodule 660 and/or the 2nd WiFi processing submodule 770 are in default communications status, the corresponding road for starting single WiFi data By configuration or the routing configuration of double WiFi datas.
When WiFi Attendant sub-module 88 receives the first WiFi processing submodule 660 or the 2nd WiFi processing submodule 770 When the status information of the WiFi connection of transmission, according to the status information of WiFi connection determine corresponding WiFi whether successful connection. If WiFi Attendant sub-module 88 determines that WiFi has been successfully connected according to the status information of WiFi connection, and the first WiFi handles submodule When block 660 and/or the 2nd WiFi processing submodule 770 are in default communications status, the corresponding starting of WiFi Attendant sub-module 88 is single The routing configuration of the routing configuration of WiFi data or double WiFi datas.If WiFi Attendant sub-module 88 is according to the shape of WiFi connection State information determines that the first WiFi processing submodule 660 and the WiFi of the 2nd WiFi processing submodule 770 are all not connected with successfully, then not Start the routing configuration of WiFi.Wherein, default communications status is when WiFi has been successfully connected, and user can carry out according to the WiFi A kind of state when webpage, viewing video is browsed, i.e. user can access webpage by WiFi, surf the Internet etc..Routing configuration For IP address, name on account and the password etc. for configuring WiFi.
WiFi Attendant sub-module 88 is also used to when determining that WiFi has been successfully connected according to status information, is sent and is obtained IP The acquisition instruction of address handles submodule 770 to the first WiFi processing submodule 660 and the 2nd WiFi；
First WiFi handles submodule 660 and the 2nd WiFi handles submodule 770, is also used to according to acquisition instruction transmission pair The IP address answered is to WiFi Attendant sub-module 88；
WiFi Attendant sub-module 88 is also used to determine the first WiFi processing submodule 660 and the according to the IP address of acquisition Whether two WiFi handle submodule 770 in default communications status；
WiFi Attendant sub-module 88, if being also used to the first WiFi processing submodule 660 or the 2nd WiFi processing submodule 770 In default communications status, then start the routing configuration of single WiFi data；
WiFi Attendant sub-module 88, if being also used to the first WiFi processing submodule 660 and the 2nd WiFi processing submodule 770 It is in default communications status, then starts the routing configuration of double WiFi datas.
When WiFi Attendant sub-module 88 determines that WiFi has been successfully connected according to the status information for receiving WiFi connection, WiFi Attendant sub-module 88 handles submodule 660 to the first WiFi and the 2nd WiFi processing submodule 770 sends and obtains IP address Acquisition instruction.If user is the first WiFi module 66 of manipulation at this time, i.e. the state of the first WiFi processing submodule 660 never connects Switch through to be changed to and have connected, then refers to when the first WiFi driving unit 664 in the first WiFi processing submodule 660 receives the acquisition When enabling, the first WiFi driving unit 664 starts DHCP, and (DynamicHostConfigurationProtocol, DynamicHost are matched Set agreement) service, thus drive the first WiFi chip 665 to carry out eating dishes without rice or wine to interact with all WiFi according to acquisition instruction, acquisition It is connected thereto the first IP address of WiFi, and first IP address is cached into the first WiFi framework unit 662, by first First IP address is sent to WiFi Attendant sub-module 88 by WiFi framework unit 662.When WiFi Attendant sub-module 88 receives One IP address, and when the first IP address is not sky, WiFi Attendant sub-module 88 determines the first WiFi framework unit 662, first In default communications status between WiFi protocol element 663, the first WiFi driving unit 664 and the first WiFi chip 665, i.e., the One WiFi framework unit 662, the first WiFi protocol element 663, the first WiFi driving unit 664 and the first WiFi chip 665 it Between be in data communication normal condition.If the second WiFi module 77 is not connected with WiFi at this time, the 2nd WiFi handles submodule 770 State have not been changed, always all in not-connected status.WiFi Attendant sub-module 88 directly obtains second according to acquisition instruction The second IP address stored in WiFi framework unit 772, but second IP address is address blank, i.e. the second WiFi framework unit 772, data not can be carried out between the 2nd WiFi protocol element 773, the 2nd WiFi driving unit 774 and the second WiFi chip 775 Communication.There was only the first WiFi framework unit 662, the first WiFi protocol element 663, the first WiFi driving unit 664 and the at this time Data communication normal condition is between one WiFi chip 665, WiFi Attendant sub-module 88 then starts the routing of single WiFi data Setting.When the first WiFi module 66 does not carry out the operation of WiFi connection, and the second WiFi module 77 carries out WiFi attended operation, the Two WiFi modules 77 carry out the process of WiFi connection and above-mentioned described first WiFi module 66 carries out WiFi attended operation, the The process that two WiFi modules 77 do not carry out WiFi attended operation is similar, and details are not described herein.
When the first WiFi module 66 is in carrying out WiFi connection procedure, if the second WiFi module 77 has been in WiFi and has connected State is connect, WiFi Attendant sub-module 88 then gets two IP address according to IP address acquisition instruction, and the two IP address are all It is not sky, i.e. the first IP address and the second IP address are not sky.At this point, then showing the first WiFi framework unit 662, first Data communication normal condition is between WiFi protocol element 663, the first WiFi driving unit 664 and the first WiFi chip 665, And second the second WiFi framework unit 772 in WiFi module 77, the 2nd WiFi protocol element 773, the 2nd WiFi driving unit 774 and second can also carry out normal data communication, i.e. the first WiFi application submodule 661 and between WiFi chip 775 Two WiFi application submodules 771 are set all in default communications status at this point, WiFi Attendant sub-module 88 starts double WiFi routings It sets.
When mobile terminal 100 carries out data service using the first WiFi module 66 and the second WiFi module 77 simultaneously, such as When mobile terminal 100 is downloaded a video using two WiFi simultaneously, video 100M in total.When WiFi services submodule Block 88 receives the first WiFi application submodule 661 and the 2nd WiFi application submodule 771 when downloading the instruction of the video, WiFi Attendant sub-module 88 is according to the signal of current first WiFi application submodule 661 and the WiFi of the 2nd WiFi application submodule 771 Intensity and downloading rate equal part are with corresponding first WiFi processing submodule 660 and the 2nd WiFi processing downloading work of submodule 770 Make, when such as the first WiFi processing 660 signal strength of submodule is greater than the 2nd WiFi processing submodule 770, WiFi Attendant sub-module 88 settings download the 60% of the video by the first WiFi processing submodule 660, i.e. downloading 60M, handle submodule by the 2nd WiFi 770 download the 40% of the video, i.e. downloading 40M.Or WiFi Attendant sub-module 88 is arranged the first WiFi and handles 660 He of submodule 2nd WiFi handles submodule 770 and downloads the video according to the rule divided equally, i.e. the first WiFi handles submodule 660 and downloads 50M, 2nd WiFi submodule downloads 50M, or distributes the first WiFi processing submodule 660 and the 2nd WiFi processing according to preset rules The size of the video is downloaded required for submodule 770, wherein preset rules are to be arranged according to concrete condition.It should be noted that First WiFi module 66 and the second WiFi module 77 can use the same WiFi of connection, or the WiFi that connection is different.Further Ground, when mobile terminal 100 is when downloading the video by the first WiFi module 66 and/or the second WiFi module 77, the movement is whole End 100 can download the video according to the first 4G network and/or the 2nd 4G network that communicate with simultaneously.Such as work as mobile terminal 100 30 place system of the first modem passes through under the first WiFi module 66, the second WiFi module 77 and the first 4G network The partial content of the video is carried, second modem 40 passes through the 2nd 4G network communicated with and downloads in the part of the video Hold, i.e., the mobile terminal 100 uses the first WiFi module 66, the second WiFi module, the first 4G network and the 2nd 4G simultaneously at this time Network downloads the video.Mobile terminal 100 can according to the first WiFi module 66, the second WiFi module 77, the first 4G network and How the 2nd respective downloading rate of 4G network downloads the video to distribute.Or mobile terminal 100 uses the first WiFi simultaneously Module 66, the first 4G network and the 2nd 4G network download the video, or should using the first 4G network and the downloading of the 2nd 4G network Video, or the video etc. is downloaded using the first WiFi module 66, the second WiFi module 77 and the 2nd 4G network.
Further, WiFi Attendant sub-module 88 is also used to for WiFi status information to be sent to the first WiFi application submodule Block 661 or the 2nd WiFi application submodule 771；
First WiFi application submodule 661 or the 2nd WiFi application submodule 771, when being also used to receive status information, Prompt information is exported according to status information.
When WiFi Attendant sub-module 88 is according to acquired status information and the first WiFi processing submodule 660 and/or the Whether two WiFi processing submodule 770 is in the corresponding determining first WiFi processing submodule 660 and/or second of default communications status WiFi handles the status information of the current WiFi connection of submodule 770, and the WiFi status information connected is sent to corresponding First WiFi application submodule 661 and/or the 2nd WiFi application submodule 771.
When WiFi Attendant sub-module 88 determines that the first WiFi processing submodule 660 is according to acquired status information WiFi successful connection state, and the first WiFi processing submodule 660 is in default communications status, i.e. the first WiFi handles submodule 660 be in normal copper when, the status information of WiFi connection is sent to first by WiFi Attendant sub-module 88 WiFi application submodule 661, at this point, the shape information of WiFi connection is that the first WiFi processing submodule 660 has been successfully connected WiFi. When the first WiFi application submodule 661, which receives the first WiFi processing submodule 660, has been successfully connected the status information of WiFi, The prompting message that first WiFi application submodule 661 output WiFi has been successfully connected, so that user learns current first WiFi mould Block 66 has been successfully connected WiFi, can carry out data service by the first WiFi module 66.If working as WiFi Attendant sub-module 88 Determine that the first WiFi processing submodule 660 is in WiFi connection failure state according to the status information of acquired WiFi connection, WiFi Attendant sub-module 88 is then to the prompt information of the first WiFi application submodule 661 output WiFi connection failure, so that user Learn 66 connection failure of the first WiFi module.When the first WiFi processing submodule 660 is in WiFi successful connection state, but first WiFi processing submodule 660 not can be carried out normal data communication, i.e. the first WiFi processing submodule 660 is not in preset logical When letter state, WiFi Attendant sub-module 88 equally exports the prompt information of WiFi connection failure to the first WiFi application submodule 661.It should be noted that the transmittance process of the status information of WiFi connection and above-mentioned first WiFi mould in the second WiFi module 77 The transmittance process of the status information of WiFi connection is similar in block 66, and details are not described herein.
Further, mobile terminal further includes the first application processor 10 and the second application processor 20；
First application processor 10 receives the instruction that voice service is carried out by the first Subscriber Identity Module 90 for working as When, the signal path of first coding module of the conducting of control logic switch 44 50 and audio-frequency module 55, and control the first data processing Module 70 opens voice pathway；
First application processor 10 is also used to work as the instruction for receiving and carrying out voice service by second user identification card 11 When, the signal path of second coding/decoding module of the conducting of control logic switch 44 60 and audio-frequency module 55, and voice pathway will be opened Instruction be sent to the second application processor 20 connecting with second modem 40；
Second application processor 20, for controlling the second data processing mould when receiving the instruction for opening voice pathway Block 80 opens voice pathway.
Logic switch 44 is connected with the first application processor 10, and 10 control logic switch 44 of the first application processor carries out phase The operation answered.When the first application processor 10, which is received, carries out the instruction of voice service by the first Subscriber Identity Module 90, the The signal path of the first coding/decoding module of one application processor, 10 control logic switch 44 conducting 50 and audio-frequency module 55, and control First data processing module 50 opens voice pathway.Wherein, opening voice pathway includes sending control signal to the first encoding and decoding Module 50, so that the first coding/decoding module 50 powers on, and the first data processing module 70 of conducting and the first modem 30 Between signal transmission pathway etc..
When the first application processor 10, which is received, carries out the instruction of voice service by second user identification card 11, control The signal path of second coding/decoding module of the conducting of logic switch 44 60 and audio-frequency module 55, and the instruction for opening voice pathway is sent out Give the second application processor 20.When the second application processor 20 receives the instruction for opening voice pathway, based on unlatching language The instruction of sound access controls the second data processing module 80 and opens voice pathway.
The present embodiment obtains the information of the first Subscriber Identity Module 90 by the first modem 30, is known according to the first user Not Ka 90 information and the first 4G network communication, carry out voice service and data service, second modem 40 obtains second The information of Subscriber Identity Module 11, according to the information of second user identification card 11 and the 2nd 4G network communication, carry out voice service and Data service；When WiFi Attendant sub-module 88 receives the first WiFi application submodule 661 or the 2nd WiFi application submodule 771 When the WiFi link order of transmission, WiFi link order is sent to corresponding first WiFi and handles submodule 660 or the second WiFi handles submodule 770；First WiFi processing submodule 660 or the 2nd WiFi processing submodule 770 refer to according to WiFi connection It enables and corresponding agreement sends the status information of WiFi connection to WiFi Attendant sub-module 88；When WiFi Attendant sub-module 88 Determine that WiFi has been successfully connected according to status information, and the first WiFi processing submodule 660 and/or the 2nd WiFi handle submodule 770 in when presetting communications status, and WiFi Attendant sub-module 88 corresponds to the routing configuration for starting single WiFi data or double WiFi numbers According to routing configuration.Realizing user by the first WiFi module 66 and the second WiFi module 77 while can access the same net Network perhaps accesses different network or the first modulation /demodulation respectively by the first WiFi module 66 and the second WiFi module 77 Device 30 and the first 4G network communication, second modem 40 and the 2nd 4G network communication improve 100 network of mobile terminal Access efficiency by WiFi and 4G network, or passes through the first WiFi module such as when mobile terminal 100 executes downloading service 66 and second WiFi module 77, or downloading service is executed by the first 4G network and the 2nd 4G network, improve mobile terminal 100 Speed of download.Further, the status information connected by exporting the first WiFi module 66 with the second WiFi module 77WiFi, So that user can understand the WiFi connection of the first WiFi module 66 and the second WiFi module 77 in real time, the movement is increased The intelligence of terminal 100, improves user experience.
The first embodiment of WiFi control method of the present invention is proposed referring to Fig. 3.It specifically, is the present invention referring to Fig. 7, Fig. 7 The flow diagram of the first embodiment of communication means.
In the present embodiment, communication means includes:
Step S10, the first modem 30 obtains the information of the first Subscriber Identity Module 90, according to the first Subscriber Identity Module 90 information and the first 4G network communication carry out voice service and data service；
Step S20, second modem 40 obtains the information of second user identification card 11, according to second user identification card 11 information and the 2nd 4G network communication carry out voice service and data service；
First modem 30 is connect with the first Subscriber Identity Module 90, when the first modem 30 needs to carry out voice When business and/or data service, the first modem 30 obtains the information of the first Subscriber Identity Module 90, and the based on acquisition The information and the first 4G network communication of one Subscriber Identity Module 90, carry out voice service and/or data service.
Second modem 40 is connect with second user identification card 11, when second modem 40 needs to carry out voice When business and/or data service, second modem 40 obtains the information of second user identification card 11, and the based on acquisition The information and the 2nd 4G network communication of two Subscriber Identity Modules 11, carry out voice service and/or data service.
It should be noted that the first modem 30 and second modem 40 can carry out data service simultaneously, Or while the first modem 30 carries out voice service, second modem 40 carries out data service, or works as When first modem 30 carries out data service, second modem 40 carries out voice service etc..First 4G network communication It can be identical network operator with the 2nd 4G network communication, or different network operators.As the first 4G network is logical The operator of letter is movement, and the operator of the 2nd 4G network communication is connection；Or the first 4G network communication operator be electricity Letter, the operator of the 2nd 4G network is also telecommunications.First modem 30 and second modem 40 carry out voice service It include but is not limited to 4G network with network used in data service.
The information of first Subscriber Identity Module 90 and the information of second user identification card 11 include but is not limited to ICCID (IntegrateCircuitCardIdentity, integrated circuit card identification code) and IMSI (InternationalMobileSub ScribeIdentificationNumber, international mobile subscriber identity).
It should be noted that the execution sequence of step S10 and step S20 can first carry out step without successive point S10, then step S20 is executed, or first carry out step S20, then execute step S10.
Step S30, when WiFi Attendant sub-module 88 receives the first WiFi application submodule 661 or the 2nd WiFi application When the WiFi link order that module 771 is sent, by WiFi link order be sent to corresponding first WiFi processing submodule 660 or 2nd WiFi handles submodule 770；
First WiFi application submodule 661 and the 2nd WiFi application submodule 771 provide corresponding WiFi operation interface, with Corresponding operation is carried out by WiFi operation interface for user.When mobile terminal 100 receives applying in the first WiFi for user Submodule 661 or the 2nd WiFi application submodule 771 triggering WiFi link order when, the first WiFi application submodule 661 or The WiFi link order is sent to WiFi Attendant sub-module 88 by the 2nd WiFi application submodule 771.When WiFi Attendant sub-module 88 when receiving the WiFi link order, and WiFi Attendant sub-module 88 judges that the WiFi link order is by the first WiFi application What module 661 is sent or the 2nd WiFi application submodule 771 was sent, if the WiFi link order is applied by the first WiFi What submodule 661 was sent, which is then sent to the first WiFi processing submodule by WiFi Attendant sub-module 88 660；If the WiFi link order is sent by the 2nd WiFi application submodule 771, WiFi Attendant sub-module 88 should WiFi link order is sent to the 2nd WiFi processing submodule 770.
Step S40, the first WiFi handle submodule 660 or the 2nd WiFi processing submodule 770 according to WiFi link order And corresponding agreement sends the status information of WiFi connection to WiFi Attendant sub-module 88；
When the first WiFi processing submodule 660 receives the WiFi link order of the transmission of WiFi Attendant sub-module 88, the One WiFi handles submodule 660 and is somebody's turn to do according to the WiFi link order and according to the corresponding agreement execution of the WiFi link order WiFi link order, and the status information of WiFi connection is sent to WiFi Attendant sub-module 88；When the 2nd WiFi handles submodule When block 770 receives the WiFi link order of the transmission of WiFi Attendant sub-module 88, the 2nd WiFi handles submodule 770 according to this WiFi link order and the WiFi link order is executed according to the corresponding agreement of WiFi link order, and by WiFi connection Status information is sent to WiFi Attendant sub-module 88.There are three types of the status informations of WiFi connection, respectively has connected, is connecting And connection failure.
Further, it includes the first WiFi framework unit 662, the first WiFi agreement list that the first WiFi, which handles submodule 660, Member 663 and the first WiFi chip 665；It includes the second WiFi framework unit 772, the 2nd WiFi that 2nd WiFi, which handles submodule 770, Protocol element 773 and the second WiFi chip 775.
Step S40 includes:
When the first WiFi framework unit 662 or the second WiFi framework unit 772 receive WiFi link order, obtain The relevant information of WiFi, and relevant information and WiFi link order correspondence are sent to the first WiFi protocol element 663 or the second WiFi protocol element 773；
When the first WiFi protocol element 663 or the 2nd WiFi protocol element 773 receive relevant information and connect with WiFi and refers to When enabling, corresponding agreement is selected according to relevant information, and agreement and WiFi link order correspondence are sent to the first WiFi chip 665 or second WiFi chip 775；
When the first WiFi chip 665 or the second WiFi chip 775 receive agreement and WiFi link order, according to agreement It is connected with WiFi link order correspondence establishment WiFi, and the status information of WiFi connection is sent to WiFi Attendant sub-module 88.
It specifically, is that mobile terminal 100 of the present invention refines circuit theory schematic diagram referring to Fig. 6, Fig. 6.
It includes the first WiFi framework unit 662, the first WiFi protocol element 663, first that first WiFi, which handles submodule 660, WiFi driving unit 664 and the first WiFi chip 665；It includes the second WiFi framework unit that 2nd WiFi, which handles submodule 770, 772, the 2nd WiFi protocol element 773, the 2nd WiFi driving unit 774 and the second WiFi chip 775.First WiFi framework unit 662 and second WiFi framework unit 772 connect respectively with WiFi Attendant sub-module 88, the first WiFi framework unit 662 and first WiFi protocol element 663 connects, and the first WiFi protocol element 663 is connect with the first WiFi driving unit 664, the first WiFi driving Unit 664 is connect with the first WiFi chip 665；Second WiFi framework unit 772 is connect with the 2nd WiFi protocol element 773, the Two WiFi protocol elements 773 are connect with the 2nd WiFi driving unit 774, the 2nd WiFi driving unit 774 and the second WiFi chip 775 connections.
When the first WiFi framework unit 662 receives the WiFi link order of the transmission of WiFi Attendant sub-module 88, obtain The relevant information of WiFi, and the relevant information of WiFi and WiFi link order are sent to the first protocol element, wherein WiFi's Relevant information includes but is not limited to WiFi title, frequency and signal strength.When the first WiFi protocol element 663 receives WiFi Relevant information and WiFi link order when, the relevant information of the WiFi is written in the configuration file of corresponding agreement, according to The relevant information of the WiFi determines corresponding agreement, and selects regulation WiFi agreement according to corresponding agreement.First WiFi agreement The WiFi agreement of selection and WiFi link order are sent to the first WiFi driving unit 664 by unit 663, are driven by the first WiFi Unit 664 is sent to the first WiFi chip 665.When the first WiFi chip 665 receives the WiFi agreement and WiFi link order When, WiFi is established with WiFi link order according to the WiFi agreement and is connected.In WiFi connection procedure, the state of WiFi connection is believed Breath can change, and such as become having connected from connecting, or be changed into connection failure etc. from connecting.As the first WiFi After chip 665 establishes WiFi connection, the status information of WiFi connection is sent to WiFi Attendant sub-module 88.
Second WiFi framework unit 772 and the 2nd WiFi protocol element 773, the 2nd WiFi driving unit 774, the 2nd WiFi The process and the first WiFi framework unit 662 and the of WiFi link order are executed between chip 775 and WiFi Attendant sub-module 88 It is held between one WiFi protocol element 663, the first WiFi driving unit 664, the first WiFi chip 665 and WiFi Attendant sub-module 88 Row WiFi link order process is similar, and details are not described herein.
Step S50, when WiFi Attendant sub-module 88 determines that WiFi has been successfully connected according to status information, and at the first WiFi It manages submodule 660 and/or the 2nd WiFi processing submodule 770 is in when presetting communications status, WiFi Attendant sub-module 88 is corresponding Start single routing configuration of WiFi data or the routing configuration of double WiFi datas.
When WiFi Attendant sub-module 88 receives the first WiFi processing submodule 660 or the 2nd WiFi processing submodule 770 When the status information of the WiFi connection of transmission, according to the status information of WiFi connection determine corresponding WiFi whether successful connection. If WiFi Attendant sub-module 88 determines that WiFi has been successfully connected according to the status information of WiFi connection, and the first WiFi handles submodule When block 660 and/or the 2nd WiFi processing submodule 770 are in default communications status, the corresponding starting of WiFi Attendant sub-module 88 is single The routing configuration of the routing configuration of WiFi data or double WiFi datas.If WiFi Attendant sub-module 88 is according to the shape of WiFi connection State information determines that the first WiFi processing submodule 660 and the WiFi of the 2nd WiFi processing submodule 770 are all not connected with successfully, then not Start the routing configuration of WiFi.Wherein, default communications status is when WiFi has been successfully connected, and user can carry out according to the WiFi A kind of state when webpage, viewing video is browsed, i.e. user can access webpage by WiFi, surf the Internet etc..Routing configuration For IP address, name on account and the password etc. for configuring WiFi.
Further, step S50 includes:
When WiFi Attendant sub-module 88 determines that WiFi has been successfully connected according to status information, WiFi Attendant sub-module 88 is sent out Send the acquisition instruction for obtaining IP address to the first WiFi processing submodule 660 and the 2nd WiFi processing submodule 770；
First WiFi handles submodule 660 and the 2nd WiFi processing submodule 770 and sends corresponding IP according to acquisition instruction Address is to WiFi Attendant sub-module 88；
WiFi Attendant sub-module 88 determines at the first WiFi processing submodule 660 and the 2nd WiFi according to the IP address of acquisition Submodule 770 is managed whether in default communications status；
If the first WiFi handles submodule 660 or the 2nd WiFi processing submodule 770 is in default communications status, WiFi clothes Business submodule 88 then starts the routing configuration of single WiFi data；
If the first WiFi processing submodule 660 and the 2nd WiFi processing submodule 770 are in default communications status, WiFi Attendant sub-module 88 then starts the routing configuration of double WiFi datas.
When WiFi Attendant sub-module 88 determines that WiFi has been successfully connected according to the status information for receiving WiFi connection, WiFi Attendant sub-module 88 handles submodule 660 to the first WiFi and the 2nd WiFi processing submodule 770 sends and obtains IP address Acquisition instruction.If user is the first WiFi module 66 of manipulation at this time, i.e. the state of the first WiFi processing submodule 660 never connects Switch through to be changed to and have connected, then refers to when the first WiFi driving unit 664 in the first WiFi processing submodule 660 receives the acquisition When enabling, the first WiFi driving unit 664 starts DHCP, and (DynamicHostConfigurationProtocol, DynamicHost are matched Set agreement) service, thus drive the first WiFi chip 665 to carry out eating dishes without rice or wine to interact with all WiFi according to acquisition instruction, acquisition It is connected thereto the first IP address of WiFi, and first IP address is cached into the first WiFi framework unit 662, by first First IP address is sent to WiFi Attendant sub-module 88 by WiFi framework unit 662.When WiFi Attendant sub-module 88 receives One IP address, and when the first IP address is not sky, WiFi Attendant sub-module 88 determines the first WiFi framework unit 662, first In default communications status between WiFi protocol element 663, the first WiFi driving unit 664 and the first WiFi chip 665, i.e., the One WiFi framework unit 662, the first WiFi protocol element 663, the first WiFi driving unit 664 and the first WiFi chip 665 it Between be in data communication normal condition.If the second WiFi module 77 is not connected with WiFi at this time, the 2nd WiFi handles submodule 770 State have not been changed, always all in not-connected status.WiFi Attendant sub-module 88 directly obtains second according to acquisition instruction The second IP address stored in WiFi framework unit 772, but second IP address is address blank, i.e. the second WiFi framework unit 772, data not can be carried out between the 2nd WiFi protocol element 773, the 2nd WiFi driving unit 774 and the second WiFi chip 775 Communication.There was only the first WiFi framework unit 662, the first WiFi protocol element 663, the first WiFi driving unit 664 and the at this time Data communication normal condition is between one WiFi chip 665, WiFi Attendant sub-module 88 then starts the routing of single WiFi data Setting.When the first WiFi module 66 does not carry out the operation of WiFi connection, and the second WiFi module 77 carries out WiFi attended operation, the Two WiFi modules 77 carry out the process of WiFi connection and above-mentioned described first WiFi module 66 carries out WiFi attended operation, the The process that two WiFi modules 77 do not carry out WiFi attended operation is similar, and details are not described herein.
When the first WiFi module 66 is in carrying out WiFi connection procedure, if the second WiFi module 77 has been in WiFi and has connected State is connect, WiFi Attendant sub-module 88 then gets two IP address according to IP address acquisition instruction, and the two IP address are all It is not sky, i.e. the first IP address and the second IP address are not sky.At this point, then showing the first WiFi framework unit 662, first Data communication normal condition is between WiFi protocol element 663, the first WiFi driving unit 664 and the first WiFi chip 665, And second the second WiFi framework unit 772 in WiFi module 77, the 2nd WiFi protocol element 773, the 2nd WiFi driving unit 774 and second can also carry out normal data communication, i.e. the first WiFi application submodule 661 and between WiFi chip 775 Two WiFi application submodules 771 are set all in default communications status at this point, WiFi Attendant sub-module 88 starts double WiFi routings It sets.
When mobile terminal 100 carries out data service using the first WiFi module 66 and the second WiFi module 77 simultaneously, such as When mobile terminal 100 is downloaded a video using two WiFi simultaneously, video 100M in total.When WiFi services submodule Block 88 receives the first WiFi application submodule 661 and the 2nd WiFi application submodule 771 when downloading the instruction of the video, WiFi Attendant sub-module 88 is according to the signal of current first WiFi application submodule 661 and the WiFi of the 2nd WiFi application submodule 771 Intensity and downloading rate equal part are with corresponding first WiFi processing submodule 660 and the 2nd WiFi processing downloading work of submodule 770 Make, when such as the first WiFi processing 660 signal strength of submodule is greater than the 2nd WiFi processing submodule 770, WiFi Attendant sub-module 88 settings download the 60% of the video by the first WiFi processing submodule 660, i.e. downloading 60M, handle submodule by the 2nd WiFi 770 download the 40% of the video, i.e. downloading 40M.Or WiFi Attendant sub-module 88 is arranged the first WiFi and handles 660 He of submodule 2nd WiFi handles submodule 770 and downloads the video according to the rule divided equally, i.e. the first WiFi handles submodule 660 and downloads 50M, 2nd WiFi submodule downloads 50M, or distributes the first WiFi processing submodule 660 and the 2nd WiFi processing according to preset rules The content of the video is downloaded required for submodule 770, wherein preset rules are to be arranged according to concrete condition.It should be noted that First WiFi module 66 and the second WiFi module 77 can use the same WiFi of connection, or the WiFi that connection is different.Further Ground, when mobile terminal 100 is when downloading the video by the first WiFi module 66 and/or the second WiFi module 77, the movement is whole End 100 can download the video according to the first 4G network and/or the 2nd 4G network that communicate with simultaneously.Such as work as mobile terminal 100 30 place system of the first modem passes through under the first WiFi module 66, the second WiFi module 77 and the first 4G network The partial content of the video is carried, second modem 40 passes through the 2nd 4G network communicated with and downloads in the part of the video Hold, i.e., the mobile terminal 100 uses the first WiFi module 66, the second WiFi module, the first 4G network and the 2nd 4G simultaneously at this time Network downloads the video.Mobile terminal 100 can according to the first WiFi module 66, the second WiFi module 77, the first 4G network and How the 2nd respective downloading rate of 4G network downloads the video to distribute.Or mobile terminal 100 uses the first WiFi simultaneously Module 66, the first 4G network and the 2nd 4G network download the video, or should using the first 4G network and the downloading of the 2nd 4G network Video, or the video etc. is downloaded using the first WiFi module 66, the second WiFi module 77 and the 2nd 4G network.
It should be noted that the present embodiment is all to be connected to first with the first WiFi module 66 and the second WiFi module 77 Illustrate in application processor 10.
The present embodiment obtains the information of the first Subscriber Identity Module 90 by the first modem 30, is known according to the first user Not Ka 90 information and the first 4G network communication, carry out voice service and data service, second modem 40 obtains second The information of Subscriber Identity Module 11, according to the information of second user identification card 11 and the 2nd 4G network communication, carry out voice service and Data service；When WiFi Attendant sub-module 88 receives the first WiFi application submodule 661 or the 2nd WiFi application submodule 771 When the WiFi link order of transmission, WiFi link order is sent to corresponding first WiFi and handles submodule 660 or the second WiFi handles submodule 770；First WiFi processing submodule 660 or the 2nd WiFi processing submodule 770 refer to according to WiFi connection It enables and corresponding agreement sends the status information of WiFi connection to WiFi Attendant sub-module 88；When WiFi Attendant sub-module 88 Determine that WiFi has been successfully connected according to status information, and the first WiFi processing submodule 660 and/or the 2nd WiFi handle submodule 770 in when presetting communications status, and WiFi Attendant sub-module 88 corresponds to the routing configuration for starting single WiFi data or double WiFi numbers According to routing configuration.Realizing user by the first WiFi module 66 and the second WiFi module 77 while can access the same net Network perhaps accesses different network or the first modulation /demodulation respectively by the first WiFi module 66 and the second WiFi module 77 Device 30 and the first 4G network communication, second modem 40 and the 2nd 4G network communication improve 100 network of mobile terminal Access efficiency by WiFi and 4G network, or passes through the first WiFi module such as when mobile terminal 100 executes downloading service 66 and second WiFi module 77, or downloading service is executed by the first 4G network and the 2nd 4G network, improve mobile terminal 100 Speed of download.
The second embodiment of WiFi control method of the present invention is proposed referring to Fig. 3 and Fig. 6.It specifically, is this referring to Fig. 8, Fig. 8 The flow diagram of the second embodiment of invention communication means.
In the present embodiment, communication means includes:
Step S10, the first modem 30 obtains the information of the first Subscriber Identity Module 90, according to the first Subscriber Identity Module 90 information and the first 4G network communication carry out voice service and data service；
Step S20, second modem 40 obtains the information of second user identification card 11, according to second user identification card 11 information and the 2nd 4G network communication carry out voice service and data service；
First modem 30 is connect with the first Subscriber Identity Module 90, when the first modem 30 needs to carry out voice When business and/or data service, the first modem 30 obtains the information of the first Subscriber Identity Module 90, and the based on acquisition The information and the first 4G network communication of one Subscriber Identity Module 90, carry out voice service and/or data service.
Second modem 40 is connect with second user identification card 11, when second modem 40 needs to carry out voice When business and/or data service, second modem 40 obtains the information of second user identification card 11, and the based on acquisition The information and the 2nd 4G network communication of two Subscriber Identity Modules 11, carry out voice service and/or data service.
Step S30, when WiFi Attendant sub-module 88 receives the first WiFi application submodule 661 or the 2nd WiFi application When the WiFi link order that module 771 is sent, by WiFi link order be sent to corresponding first WiFi processing submodule 660 or 2nd WiFi handles submodule 770；
When mobile terminal 100 receive user in the first WiFi application submodule 661 or the 2nd WiFi application submodule When the WiFi link order of 771 triggerings, the first WiFi application submodule 661 or the 2nd WiFi application submodule 771 are by the WiFi Link order is sent to WiFi Attendant sub-module 88.When WiFi Attendant sub-module 88 receives the WiFi link order, WiFi Attendant sub-module 88 judge the WiFi link order be sent by the first WiFi application submodule 661 or the 2nd WiFi application What submodule 771 was sent, if the WiFi link order is sent by the first WiFi application submodule 661, WiFi services submodule The WiFi link order is then sent to the first WiFi processing submodule 660 by block 88；If the WiFi link order is by second What WiFi application submodule 771 was sent, which is then sent to the 2nd WiFi processing by WiFi Attendant sub-module 88 Submodule 770.
Step S40, the first WiFi handle submodule 660 or the 2nd WiFi processing submodule 770 according to WiFi link order And corresponding agreement sends the status information of WiFi connection to WiFi Attendant sub-module 88；
When the first WiFi processing submodule 660 receives the WiFi link order of the transmission of WiFi Attendant sub-module 88, the One WiFi handles submodule 660 and is somebody's turn to do according to the WiFi link order and according to the corresponding agreement execution of the WiFi link order WiFi link order, and the status information of WiFi connection is sent to WiFi Attendant sub-module 88；When the 2nd WiFi handles submodule When block 770 receives the WiFi link order of the transmission of WiFi Attendant sub-module 88, the 2nd WiFi handles submodule 770 according to this WiFi link order and the WiFi link order is executed according to the corresponding agreement of WiFi link order, and by WiFi connection Status information is sent to WiFi Attendant sub-module 88.There are three types of the status informations of WiFi connection, respectively has connected, is connecting And connection failure.
Step S50, when WiFi Attendant sub-module 88 determines that WiFi has been successfully connected according to status information, and at the first WiFi It manages submodule 660 and/or the 2nd WiFi processing submodule 770 is in when presetting communications status, WiFi Attendant sub-module 88 is corresponding Start single routing configuration of WiFi data or the routing configuration of double WiFi datas.
When WiFi Attendant sub-module 88 receives the first WiFi processing submodule 660 or the 2nd WiFi processing submodule 770 When the status information of the WiFi connection of transmission, according to the status information of WiFi connection determine corresponding WiFi whether successful connection. If WiFi Attendant sub-module 88 determines that WiFi has been successfully connected according to the status information of WiFi connection, and the first WiFi handles submodule When block 660 and/or the 2nd WiFi processing submodule 770 are in default communications status, the corresponding starting of WiFi Attendant sub-module 88 is single The routing configuration of the routing configuration of WiFi data or double WiFi datas.If WiFi Attendant sub-module 88 is according to the shape of WiFi connection State information determines that the first WiFi processing submodule 660 and the WiFi of the 2nd WiFi processing submodule 770 are all not connected with successfully, then not Start the routing configuration of WiFi.Wherein, default communications status is when WiFi has been successfully connected, and user can carry out according to the WiFi A kind of state when webpage, viewing video is browsed, i.e. user can access webpage by WiFi, surf the Internet etc..Routing configuration For IP address, name on account and the password etc. for configuring WiFi.
The status information of WiFi connection is sent to the first WiFi application submodule by step S60, WiFi Attendant sub-module 88 661 or the 2nd WiFi application submodule 771；
Step S70, when the first WiFi application submodule 661 or the 2nd WiFi application submodule 771 receive status information When, prompt information is exported according to status information.
When WiFi Attendant sub-module 88 is according to acquired status information and the first WiFi processing submodule 660 and/or the Whether two WiFi processing submodule 770 is in the corresponding determining first WiFi processing submodule 660 and/or second of default communications status WiFi handles the status information of the current WiFi connection of submodule 770, and the WiFi status information connected is sent to corresponding First WiFi application submodule 661 and/or the 2nd WiFi application submodule 771.
When WiFi Attendant sub-module 88 determines that the first WiFi processing submodule 660 is according to acquired status information WiFi successful connection state, and the first WiFi processing submodule 660 is in default communications status, i.e. the first WiFi handles submodule 660 be in normal copper when, the status information of WiFi connection is sent to first by WiFi Attendant sub-module 88 WiFi application submodule 661, at this point, the shape information of WiFi connection is that the first WiFi processing submodule 660 has been successfully connected WiFi. When the first WiFi application submodule 661, which receives the first WiFi processing submodule 660, has been successfully connected the status information of WiFi, The prompting message that first WiFi application submodule 661 output WiFi has been successfully connected, so that user learns current first WiFi mould Block 66 has been successfully connected WiFi, can carry out data service by the first WiFi module 66.If working as WiFi Attendant sub-module 88 Determine that the first WiFi processing submodule 660 is in WiFi connection failure state according to the status information of acquired WiFi connection, WiFi Attendant sub-module 88 is then to the prompt information of the first WiFi application submodule 661 output WiFi connection failure, so that user Learn 66 connection failure of the first WiFi module.When the first WiFi processing submodule 660 is in WiFi successful connection state, but first WiFi processing submodule 660 not can be carried out normal data communication, i.e. the first WiFi processing submodule 660 is not in preset logical When letter state, WiFi Attendant sub-module 88 equally exports the prompt information of WiFi connection failure to the first WiFi application submodule 661.It should be noted that the transmittance process of the status information of WiFi connection and above-mentioned first WiFi mould in the second WiFi module 77 The transmittance process of the status information of WiFi connection is similar in block 66, and details are not described herein.
Further, the communication means further include:
When the first application processor 10 connecting with the first modem 30 is received through the first Subscriber Identity Module 90 When carrying out the instruction of voice service, the first coding module of 10 control logic switch 44 of the first application processor conducting 50 and audio mould The signal path of block 55, and control the first data processing module 70 and open voice pathway.
When the first application processor 10 connecting with the first modem 30 is received through second user identification card 11 When carrying out the instruction of voice service, the second coding/decoding module 60 and audio is connected in 10 control logic switch 44 of the first application processor The signal path of module 55, and the instruction for opening voice pathway is sent to the second application connecting with second modem 40 Processor 20；
When the second application processor 20 receives the instruction for opening voice pathway, the second application processor 20 control second Data processing module 80 opens voice pathway.
Logic switch 44 is connected with the first application processor 10, and 10 control logic switch 44 of the first application processor carries out phase The operation answered.When the first application processor 10, which is received, carries out the instruction of voice service by the first Subscriber Identity Module 90, the The signal path of the first coding/decoding module of one application processor, 10 control logic switch 44 conducting 50 and audio-frequency module 55, and control First data processing module 50 opens voice pathway.Wherein, opening voice pathway includes sending control signal to the first encoding and decoding Module 50, so that the first coding/decoding module 50 powers on, and the first data processing module 70 of conducting and the first modem 30 Between signal transmission pathway etc..
When the first application processor 10, which is received, carries out the instruction of voice service by second user identification card 11, control The signal path of second coding/decoding module of the conducting of logic switch 44 60 and audio-frequency module 55, and the instruction for opening voice pathway is sent out Give the second application processor 20.When the second application processor 20 receives the instruction for opening voice pathway, based on unlatching language The instruction of sound access controls the second data processing module 80 and opens voice pathway.
The status information that the present embodiment is connected by exporting the first WiFi module 66 with the second WiFi module 77WiFi, for User can understand the WiFi connection of the first WiFi module 66 and the second WiFi module 77 in real time, increase the mobile terminal 100 intelligence, improves user experience.
For illustrative purposes, the description of front has used specific term, to provide a thorough understanding of the present invention.So And it will be apparent to those skilled in the art that not needing concrete details to practice the present invention.The present invention The foregoing description of specific embodiment be to present for purposes of illustration and description.They are not intended in detail or send out this It is bright to be limited to disclosed precise forms.In view of religious doctrine above, many modifications and variations are possible.In order to best explain this The principle and its practical application of invention and these embodiments have shown and described, to enable others skilled in the art Best using the present invention and with the various embodiments for being suitable for the expected specific various modifications used.It is intended to model of the invention It encloses by following claims and its equivalent and limits.

Claims (8)

1. a kind of mobile terminal, which is characterized in that the mobile terminal includes the first WiFi module, the second WiFi module, WiFi Attendant sub-module, the first modem and second modem, first WiFi module include the first WiFi application Module and the first WiFi handle submodule, and second WiFi module includes that the 2nd WiFi application submodule and the 2nd WiFi are handled Submodule, first WiFi module are connect with the first application processor, second WiFi module and the second application processor Connection；
First modem, for obtaining the information of the first Subscriber Identity Module, according to first Subscriber Identity Module Information and the first 4G network communication carry out voice service and data service；
The second modem, for obtaining the information of second user identification card, according to the second user identification card Information and the 2nd 4G network communication carry out voice service and data service；
The WiFi Attendant sub-module receives the first WiFi application submodule or the 2nd WiFi application for working as When the WiFi link order that module is sent, the WiFi link order is sent to corresponding first WiFi and handles submodule Or the 2nd WiFi handles submodule；
First WiFi processing submodule or the 2nd WiFi handle submodule, for according to the WiFi link order with And corresponding agreement sends the status information of WiFi connection to the WiFi Attendant sub-module；
The WiFi Attendant sub-module is also used to determine that WiFi has been successfully connected according to the state information, and only described One WiFi handles submodule or only the 2nd WiFi processing submodule corresponds to starting list WiFi in when presetting communications status The routing configuration of data, wherein the status information includes having connected, connecting and connection failure；
The WiFi Attendant sub-module is also used to determine that WiFi has been successfully connected according to the state information, and described first WiFi handles submodule and the 2nd WiFi processing submodule is in when presetting communications status, starts the routing of double WiFi datas Configuration；
Wherein, the first WiFi processing submodule includes the first WiFi framework unit, the first WiFi protocol element and first WiFi chip；The 2nd WiFi processing submodule includes the second WiFi framework unit, the 2nd WiFi protocol element and second WiFi chip, the first WiFi framework unit and the second WiFi framework unit are connect with WiFi Attendant sub-module respectively；
The first WiFi framework unit or the second WiFi framework unit are also used to that the WiFi link order ought be received When, the relevant information of WiFi is obtained, and the relevant information and WiFi link order correspondence are sent to described first WiFi protocol element or the 2nd WiFi protocol element, wherein the relevant information includes that WiFi title, frequency and signal are strong Degree；
The first WiFi protocol element or the 2nd WiFi protocol element are also used to that the relevant information and institute ought be received When stating WiFi link order, corresponding agreement is selected according to the relevant information, and the agreement is connected with the WiFi and is referred to Correspondence is enabled to be sent to first WiFi chip or second WiFi chip；
First WiFi chip or second WiFi chip, are also used to receive the agreement and the WiFi link order When, the status information that connects with the WiFi link order correspondence establishment WiFi according to the agreement, and the WiFi is connected It is sent to the WiFi Attendant sub-module.
2. mobile terminal as described in claim 1, which is characterized in that the WiFi Attendant sub-module is also used to when according to institute When stating status information and determining that WiFi has been successfully connected, sends and obtain the acquisition instruction of IP address and handle submodule to the first WiFi Block and the 2nd WiFi handle submodule；
The first WiFi processing submodule and the 2nd WiFi handle submodule, are also used to be sent according to the acquisition instruction Corresponding IP address gives the WiFi Attendant sub-module；
The WiFi Attendant sub-module is also used to determine the first WiFi processing submodule and described according to the IP address of acquisition Whether the 2nd WiFi processing submodule is in default communications status；
The WiFi Attendant sub-module, if being also used to only the first WiFi processing submodule or only at the 2nd WiFi It manages submodule and is in default communications status, then start the routing configuration of single WiFi data；
The WiFi Attendant sub-module, if being also used to the first WiFi processing submodule and the 2nd WiFi processing submodule It is in default communications status, then starts the routing configuration of double WiFi datas.
3. mobile terminal as claimed in claim 1 or 2, which is characterized in that the WiFi Attendant sub-module is also used to WiFi Status information is sent to the first WiFi application submodule or the 2nd WiFi application submodule；
The first WiFi application submodule or the 2nd WiFi application submodule, are also used to receive the status information When, prompt information is exported according to the state information.
4. mobile terminal as described in claim 1, which is characterized in that the mobile terminal further include the first application processor and Second application processor；
First application processor, for controlling when receiving the instruction by the progress voice service of the first Subscriber Identity Module The signal path of logic switch conducting the first coding module and audio-frequency module processed, and control the first data processing module and open voice Access；
First application processor is also used to work as the instruction for receiving and carrying out voice service by the second user identification card When, the signal path of logic switch conducting second coding/decoding module and audio-frequency module is controlled, and voice pathway will be opened Instruction is sent to the second application processor connecting with the second modem；
Second application processor, for controlling the second data processing when receiving the instruction for opening voice pathway Module opens voice pathway.
5. a kind of communication means, which is characterized in that the communication means comprising steps of
First modem, second modem, WiFi Attendant sub-module, the first WiFi module and the 2nd WiFi mould are provided Block, wherein first WiFi module includes that the first WiFi application submodule and the first WiFi handle submodule；Described second WiFi module includes the 2nd WiFi application submodule and the 2nd WiFi handles submodule, first WiFi module and the first application Processor connection, second WiFi module are connect with the second application processor；
First modem obtains the information of the first Subscriber Identity Module, according to the information of first Subscriber Identity Module with First 4G network communication carries out voice service and data service；
The second modem obtains the information of second user identification card, according to the information of the second user identification card with 2nd 4G network communication carries out voice service and data service；
When the WiFi Attendant sub-module receives the first WiFi application submodule or the 2nd WiFi application submodule When the WiFi link order of transmission, the WiFi link order is sent to the corresponding first WiFi processing submodule or institute State the 2nd WiFi processing submodule；
First WiFi processing submodule or the 2nd WiFi processing submodule are according to the WiFi link order and right The agreement answered sends the status information of WiFi connection to the WiFi Attendant sub-module；
When the WiFi Attendant sub-module determines that WiFi has been successfully connected according to the state information, and only the first WiFi When processing submodule or only the 2nd WiFi handle submodule in default communications status, the WiFi Attendant sub-module pair The routing configuration of single WiFi data or the routing configuration of double WiFi datas should be started, wherein the status information include have connected, It is connecting and connection failure；
The WiFi Attendant sub-module is also used to determine that WiFi has been successfully connected according to the state information, and described first WiFi handles submodule and the 2nd WiFi processing submodule is in when presetting communications status, starts the routing of double WiFi datas Configuration；
Wherein, the first WiFi processing submodule includes the first WiFi framework unit, the first WiFi protocol element and first WiFi chip；The 2nd WiFi processing submodule includes the second WiFi framework unit, the 2nd WiFi protocol element and second WiFi chip, the first WiFi framework unit and the second WiFi framework unit are connect with WiFi Attendant sub-module respectively, First WiFi processing submodule or the 2nd WiFi processing submodule are according to the WiFi link order and corresponding Agreement send WiFi connection status information include: to the step of WiFi Attendant sub-module
When the first WiFi framework unit or the second WiFi framework unit receive the WiFi link order, obtain The relevant information of WiFi, and the relevant information and WiFi link order correspondence are sent to the first WiFi agreement list The first or described 2nd WiFi protocol element, wherein the relevant information includes WiFi title, frequency and signal strength；
When the first WiFi protocol element or the 2nd WiFi protocol element receive the relevant information and the WiFi When link order, corresponding agreement is selected according to the relevant information, and the agreement and the WiFi link order is corresponding It is sent to first WiFi chip or second WiFi chip；
When first WiFi chip or second WiFi chip receive the agreement and the WiFi link order, root It is connected according to the agreement with the WiFi link order correspondence establishment WiFi, and the WiFi status information connected is sent to The WiFi Attendant sub-module.
6. communication means as claimed in claim 5, which is characterized in that described when the WiFi Attendant sub-module is according to the shape State information determines that WiFi has been successfully connected, and the first WiFi processing submodule and/or the 2nd WiFi handle submodule When in default communications status, the corresponding routing configuration or double WiFi datas for starting single WiFi data of the WiFi Attendant sub-module Routing configuration the step of include:
When the WiFi Attendant sub-module determines that WiFi has been successfully connected according to the state information, the WiFi services submodule Block sends the acquisition instruction for obtaining IP address to the first WiFi processing submodule and the 2nd WiFi processing submodule；
The first WiFi processing submodule and the 2nd WiFi processing submodule send corresponding according to the acquisition instruction IP address gives the WiFi Attendant sub-module；
The WiFi Attendant sub-module determines that the first WiFi handles submodule and described second according to the IP address of acquisition Whether WiFi processing submodule is in default communications status；
If only the first WiFi handles submodule or only the 2nd WiFi processing submodule is in default communications status, The WiFi Attendant sub-module then starts the routing configuration of single WiFi data；
If the first WiFi processing submodule and the 2nd WiFi processing submodule are in default communications status, described WiFi Attendant sub-module then starts the routing configuration of double WiFi datas.
7. such as communication means described in claim 5 or 6, which is characterized in that described when the WiFi Attendant sub-module is according to institute It states status information and determines that WiFi has been successfully connected, and the first WiFi processing submodule and/or the 2nd WiFi processing When module is in default communications status, the corresponding routing configuration for starting single WiFi data of the WiFi Attendant sub-module or double WiFi After the step of routing configuration of data, further includes:
WiFi status information is sent to the first WiFi application submodule or described second by the WiFi Attendant sub-module WiFi application submodule；
When the first WiFi application submodule or the 2nd WiFi application submodule receive the status information, according to The status information exports prompt information.
8. communication means as claimed in claim 5, which is characterized in that first modem obtains the first user identification The information of card carries out voice service and data service according to the information of first Subscriber Identity Module and the first 4G network communication The step of after, further includes:
Language is carried out by the first Subscriber Identity Module when the first application processor connecting with first modem receives When the instruction of sound business, the signal of the first application processor control logic switch conduction first coding module and audio-frequency module Access, and control the first data processing module and open voice pathway；
The second modem obtains the information of second user identification card, according to the information of the second user identification card with After the step of 2nd 4G network communication, progress voice service and data service provide logic switch, further includes:
It is sticked into when the first application processor connecting with first modem is received by second user identification When the instruction of row voice service, first application processor controls the logic switch and the second coding/decoding module and audio is connected The signal path of module, and the instruction for opening voice pathway is sent to the second application connecting with the second modem Processor；
When second application processor receives the instruction for opening voice pathway, the second application processor control Second data processing module opens voice pathway.
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