CN102131304B - A kind of method for connecting network and communicating terminal - Google Patents
A kind of method for connecting network and communicating terminal Download PDFInfo
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- CN102131304B CN102131304B CN201110035676.0A CN201110035676A CN102131304B CN 102131304 B CN102131304 B CN 102131304B CN 201110035676 A CN201110035676 A CN 201110035676A CN 102131304 B CN102131304 B CN 102131304B
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
- G06F13/10—Program control for peripheral devices
- G06F13/105—Program control for peripheral devices where the programme performs an input/output emulation function
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Abstract
The invention provides a kind of method for connecting network and communicating terminal, wherein said method comprises: network connecting request, according to the information of pre-configured network connection port, is sent to virtual network module by the application module of applying unit; The USB network EM equipment module that virtual network module is connected with for network connects, and described network connecting request is sent to USB network EM equipment module, sets up network be connected by described USB network EM equipment module with communication unit.Network connecting request, according to the information of pre-configured network connection port, is sent to virtual network module by communicating terminal applying unit provided by the invention, achieves applying unit by virtual network module transceiver network data; When communicating terminal enters sleep state, virtual network module can always for the applying unit of communicating terminal provides network connection port, therefore the application program being previously in online still can remain on line states.
Description
Technical field
The present invention relates to communication technique field, particularly relate to a kind of method for connecting network and communicating terminal.
Background technology
Along with the arrival in third generation mobile epoch, net book (net book), mobile internet device (Mobile Internet Device, MID), the use of the communicating terminal such as super portable PC (Ultra-Mobile PC, UMPC) gets more and more.Can the built-in or external communication unit that can be connected with wireless communication networks in these communicating terminals, surf the Net anywhere or anytime and the demand such as note and call to realize user, wherein, communication unit generally provides USB (Universal Serial Bus, USB) interface, and carry out transfer of data by built-in in this USB interface and communicating terminal for the applying unit realizing miscellaneous service function, wherein, communication unit carries out transfer of data by USB interface can improve transmission rate, to meet the traffic demands of high transfer rate.
In order to extend the stand-by time of communicating terminal, communicating terminal, when sleep state, can disconnect communication unit and be connected with the USB of applying unit, to reduce the power consumption of communicating terminal.But, when USB connects disconnection, what the USB driving of applying unit can detect the USB network EM equipment module that self connects for network extracts event, the network connection of applying unit disconnects thereupon, the application program of now surfing the Net can be in the off-state of network, as MSN can be in off-line state, and when communicating terminal wakes up from sleep state, applying unit re-establishes and is connected with the USB of communication unit, when the USB of applying unit drives the insertion event USB network EM equipment module that self connects for network being detected, application program needs the connection status recovering network, now can there is certain time delay.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of method for connecting network and communicating terminal, and application program can be made still to remain on line states when communicating terminal is in sleep state.
For achieving the above object, technical scheme of the present invention is achieved in that
The method that network connects, described method comprises:
Network connecting request, according to the information of pre-configured network connection port, is sent to virtual network module by the application module of applying unit;
The USB network EM equipment module that virtual network module is connected with for network connects, and described network connecting request is sent to USB network EM equipment module, sets up network be connected by described USB network EM equipment module with communication unit.
Further, described method also comprises:
The network connection port of configuration application module is virtual network module port.
Further, after setting up network connection procedure by described USB network EM equipment module and communication unit, described method also comprises:
When applying unit and/or communication unit enter resting state, USB network EM equipment module is connected with the network of communication unit and disconnects, the USB of applying unit drives and detects that USB network EM equipment module extracts event, triggers USB network EM equipment module and disconnects the connection with virtual network module.
Further, after setting up network connection procedure by described USB network EM equipment module and communication unit, described method also comprises:
When applying unit wakes communication unit up, applying unit exports (GPIO) indication information according to universal input, and draw high the level of AP_WAKEUP_MODULE pin, USB network EM equipment module and communication unit are set up network and be connected; Or,
When communication unit wakes applying unit up, communication unit, according to GPIO indication information, draws high the level of MODULE_WAKEUP_AP pin, and communication unit is set up network with USB network EM equipment module and is connected.
Further, described method also comprises:
USB drives insertion event USB network EM equipment module being detected, enumerates described USB network EM equipment module;
Virtual network module sets up the connection with USB network EM equipment module, and application module is by virtual network module transceiver network data.
A kind of communicating terminal, comprise communication unit, described communicating terminal also comprises applying unit; Described applying unit comprises: application module, virtual network module, USB network EM equipment module; Wherein,
Application module, for the information according to pre-configured network connection port, is sent to described virtual network module by network connecting request;
Virtual network module, after receiving described network connecting request, connects with described USB network EM equipment module, and described network connecting request is sent to USB network EM equipment module;
USB network EM equipment module, after receiving network connecting request, sets up network with described communication unit and is connected.
Further, the network connection port of described application module is virtual network module port.
Further, described applying unit also comprises USB and drives, for entering resting state when applying unit and/or communication unit, USB network EM equipment module is connected when disconnecting with the network of communication unit, detect that USB network EM equipment module extracts event, trigger USB network EM equipment module and disconnect the connection with virtual network module.
Further, described applying unit is further used for when applying unit wakes communication unit up, according to GPIO information, draws high the level of AP_WAKEUP_MODULE pin;
Described communication unit is further used for when communication unit wakes applying unit up, according to GPIO information, draws high the level of MODULE_WAKEUP_AP pin.
Further, described USB drives specifically for after USB network EM equipment module insertion event being detected, enumerates, trigger virtual network module and set up the connection with USB network EM equipment module described USB network EM equipment module.
Network connecting request, according to the information of pre-configured network connection port, is sent to virtual network module by communicating terminal applying unit provided by the invention, realizes applying unit by virtual network module transceiver network data; When communicating terminal enters sleep state, virtual network module can provide an available network connection port for the applying unit of communicating terminal, therefore the application program being previously in online still can remain on line states; In addition, applying unit and communication unit arousal function is separately also achieved.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of method for connecting network of the present invention;
Fig. 2 is the schematic flow sheet of the specific embodiment of method for connecting network of the present invention;
Fig. 3 is the structural representation of communicating terminal of the present invention;
Fig. 4 is the structural representation of the embodiment one of communicating terminal of the present invention;
Fig. 5 is the structural representation of the embodiment two of communicating terminal of the present invention.
Embodiment
Basic thought of the present invention is: network connecting request, according to the information of pre-configured network connection port, is sent to virtual network module by the application module of applying unit; The USB network EM equipment module that virtual network module is connected with for network connects, and described network connecting request is sent to USB network EM equipment module, sets up network be connected by described USB network EM equipment module with communication unit.
For making the object, technical solutions and advantages of the present invention clearly understand, by the following examples also with reference to accompanying drawing, the present invention is described in more detail.
Fig. 1 shows the flow process of method for connecting network of the present invention, and as shown in Figure 1, described method comprises the steps:
Step 101, network connecting request, according to the information of pre-configured network connection port, is sent to virtual network module by the application module of communicating terminal applying unit;
Particularly, in advance the network connection port of the application module of communicating terminal applying unit is configured to virtual network module port, when application module initiates network connection, network connecting request, according to the configuration information of network connection port, is sent to virtual network module by application module.
Step 102, virtual network module and USB network EM equipment module connect, and the network connecting request received is sent to USB network EM equipment module, set up network be connected by USB network EM equipment module and communication unit.
Particularly, in this step, network connecting request is sent to communication unit, after communication unit receives this network connecting request after receiving the network connecting request that virtual network module sends by USB network EM equipment module, return response to described USB network EM equipment module, virtual network module obtains this response by described USB network EM equipment module, and is forwarded to application module, after application module receives this response, by described virtual network device transceiver network data, realize network and connect.
Fig. 2 shows the flow process of the specific embodiment of method for connecting network of the present invention, and as shown in Figure 2, described embodiment comprises the steps:
Step 201, the network connection port of the application module of configuration applying unit is virtual network module port;
Step 202, when application module initiates network connection, sends network connecting request to virtual network module;
Step 203, virtual network module opens USB network EM equipment module, and the network connecting request received is sent to USB network EM equipment module, sets up network be connected by USB network EM equipment module and communication unit;
Wherein, when USB network EM equipment module is serial equipment module, virtual network module opens USB network EM equipment module in the mode of serial ports, carries out transfer of data by serial ports and USB network EM equipment module;
USB network EM equipment module and communication unit are set up network and are connected and are specially: after USB network EM equipment module receives the network connecting request that virtual network module sends, network connecting request is sent to communication unit, after communication unit receives this network connecting request, return response to described USB network EM equipment module, virtual network module obtains this response by described USB network EM equipment module, and be forwarded to application module, after application module receives this response, by described virtual network module transceiver network data, realize network and connect.
Step 204 ~ step 206, when applying unit and/or communication unit enter sleep state, USB network EM equipment module is connected with the network of communication unit and disconnects; After the USB of applying unit drives and detects that USB network EM equipment module extracts event, trigger virtual network module and disconnect the connection with USB network EM equipment module.
In this step, when communicating terminal enters sleep state, in order to prolongs standby time, applying unit and/or communication unit enter sleep state thereupon, and now USB network EM equipment module is connected with the network of communication unit and disconnects.
Step 207, when applying unit wakes communication unit up, communicating terminal wakes protocol section up according in usb protocol, produce universal input and export (GPIO, General Purpose Input Output) indication information, applying unit draws high the level of AP_WAKEUP_MODULE pin according to GPIO indication information, performs step 209;
Particularly, in this step, AP_WAKEUP_MODULE pin is the pin that applying unit wakes communication unit up, in the embodiment of the present invention, this pin represents that applying unit wakes communication unit up when being high level, namely this pin is activated when high level, should be appreciated that above-mentioned pin also can be set to be activated when low level;
The duration that AP_WAKEUP_MODULE pin level is drawn high specifically is arranged according to the application processor model etc. of applying unit, and in the embodiment of the present invention, the duration that AP_WAKEUP_MODULE pin level is drawn high is set to 50ms.
Step 208, when communication unit wakes applying unit up, communicating terminal wakes protocol section up according in usb protocol, and produce GPIO indication information, communication unit, according to GPIO indication information, draws high the level of MODULE_WAKEUP_AP pin, performs step 209;
Particularly, in this step, MODULE_WAKEUP_AP pin is the pin that communication unit wakes applying unit up, in the embodiment of the present invention, this pin represents that communication unit wakes applying unit up when being high level, namely this pin is activated when high level, should be appreciated that above-mentioned pin also can be set to be activated when low level;
The duration that MODULE_WAKEUP_AP pin level is drawn high specifically is arranged according to the application processor model etc. of applying unit, and in the embodiment of the present invention, the duration that MODULE_WAKEUP_AP pin level is drawn high is set to 50ms.
Step 209 step 211, USB network EM equipment module and communication unit are set up network and are connected, then USB drives insertion event USB network EM equipment module being detected, enumerates, and trigger virtual network module and USB network EM equipment module establishment of connection to described USB network EM equipment module;
Particularly, in this step, after USB drives and the insertion event of USB network EM equipment module detected, trigger virtual network module and USB network EM equipment module establishment of connection, application module can pass through virtual network module transceiver network data, data to be sent are sent to communication unit by USB network EM equipment module by virtual network module, and the data sent by USB network EM equipment module reception communication unit, to realize the connection of network.
Should be appreciated that step 204, step 207 and step 208 not by the restriction of sequencing.
Fig. 3 shows the structure of communicating terminal of the present invention, and as shown in Figure 3, described communicating terminal comprises applying unit 30, communication unit 60; Wherein, communication unit 60 can realize based on the abstract control module of equipment class (CDC-ACM), also can realize based on ethernet control module (ECM).
Further, described applying unit 30 comprises: application module 31, virtual network module 32, USB network EM equipment module 33; Wherein, application module 31, for the information according to pre-configured network connection port, is sent to described virtual network module 32 by network connecting request;
Virtual network module 32, after receiving described network connecting request, connects with described USB network EM equipment module 33, and described network connecting request is sent to USB network EM equipment module 33;
USB network EM equipment module 33, after receiving network connecting request, sets up network with described communication unit 60 and is connected; Particularly, after USB network EM equipment module 33 receives the network connecting request that virtual network module 32 sends, network connecting request is sent to communication unit 60, after communication unit 60 receives this network connecting request, return response to described USB network EM equipment module 33, virtual network module 32 obtains this response by described USB network EM equipment module 33, and be forwarded to application module 31, after application module 31 receives this response, by described virtual network module 32 transceiver network data, realize network and connect.
Wherein, the network connection port of described application module 31 is virtual network module port.
Further, described applying unit 30 also comprises USB and drives 34, for entering resting state when applying unit 30 and/or communication unit 60, USB network EM equipment module 33 is connected when disconnecting with the network of communication unit 60, detect that USB network EM equipment module 33 extracts event, trigger USB network EM equipment module 33 and disconnect the connection with virtual network module 32;
Wherein, described applying unit 30 is further used for, when applying unit 30 wakes communication unit 60 up, according to GPIO information, drawing high the level of AP_WAKEUP_MODULE pin; In the present invention, AP-_WAKEUP_MODULE pin is the pin that applying unit 30 wakes communication unit 60 up, in the embodiment of the present invention, this pin represents when being high level that applying unit 30 wakes communication unit 60 up, namely this pin is activated when high level, should be appreciated that above-mentioned pin also can be set to be activated when low level; The duration that AP-_WAKEUP_MODULE pin level is drawn high specifically is arranged according to the application processor model etc. of applying unit 30, and in the embodiment of the present invention, the duration that AP_WAKEUP_MODULE pin level is drawn high is set to 50ms.
Described communication unit 60 is further used for, when communication unit 60 wakes applying unit 30 up, according to GPIO information, drawing high the level of MODULE_WAKEUP_AP pin; MODULE_WAKEUP_AP pin is the pin that communication unit 60 wakes applying unit 30 up, in the embodiment of the present invention, this pin represents when being high level that communication unit 60 wakes applying unit 30 up, namely this pin is activated when high level, should be appreciated that above-mentioned pin also can be set to be activated when low level; The duration that MODULE_WAKEUP_AP pin level is drawn high specifically is arranged according to the application processor model etc. of applying unit 30, and in the embodiment of the present invention, the duration that MODULE_WAKEUP_AP pin level is drawn high is set to 50ms.
Further, described USB drives 34 specifically for after USB network EM equipment module 33 insertion event being detected, described USB network EM equipment module 33 is enumerated, trigger virtual network module 32 and USB network EM equipment module 33 establishment of connection, to make application module 31 can by virtual network module 32 transceiver network data, data to be sent are sent to communication unit 60 by USB network EM equipment module 33 by virtual network module 32, and receive the data that communication unit 60 sends, to realize the connection of network by USB network EM equipment module 33.
Fig. 4 shows the structural representation of the embodiment one of communicating terminal of the present invention, and as shown in Figure 4, described communicating terminal comprises applying unit 40, communication unit 70; Wherein, communication unit 70 realizes based on CDC-ACM.
Further, described applying unit 40 comprises: application module 41, virtual MODEM module 42, USB network EM equipment module 43; Wherein, application module 41, for the information according to pre-configured network connection port, will send network connecting request to described virtual MODEM module 42;
Virtual MODEM module 42, after receiving described network connecting request, connects with described USB network EM equipment module 43, and described network connecting request is sent to USB network EM equipment module 43;
USB network EM equipment module 43, after receiving network connecting request, sets up network with described communication unit 70 and is connected; Particularly, after USB network EM equipment module 43 receives the network connecting request that virtual MODEM module 42 sends, network connecting request is sent to communication unit 70, after communication unit 70 receives this network connecting request, return response to described USB network EM equipment module 43, virtual MODEM module 42 obtains this response by described USB network EM equipment module 43, and be forwarded to application module 41, after application module 41 receives this response, by described virtual MODEM module 42 transceiver network data, realize network and connect.
Wherein, the network connection port of described application module 41 is virtual MODEM module port; Described USB network EM equipment module 43 can be serial equipment module.
Further, described applying unit 40 also comprises USB and drives 44, for entering resting state when applying unit 40 and/or communication unit 70, USB network EM equipment module 43 is connected when disconnecting with the network of communication unit 70, detect that USB network EM equipment module 43 extracts event, trigger USB network EM equipment module 43 and disconnect the connection with virtual MODEM module 42;
Wherein, described applying unit 40 is further used for, when applying unit 40 wakes communication unit 70 up, according to GPIO information, drawing high the level of AP_WAKEUP_MODULE pin; In the present invention, AP_WAKEUP_MODULE pin is the pin that applying unit 40 wakes communication unit 70 up, in the embodiment of the present invention, this pin represents when being high level that applying unit 40 wakes communication unit 70 up, namely this pin is activated when high level, should be appreciated that above-mentioned pin also can be set to be activated when low level; The duration that AP_WAKEUP_MODULE pin level is drawn high specifically is arranged according to the application processor model etc. of applying unit 40, and in the embodiment of the present invention, the duration that AP_WAKEUP_MODULE pin level is drawn high is set to 50ms.
Described communication unit 70 is further used for, when communication unit 70 wakes applying unit 40 up, according to GPIO information, drawing high the level of MODULE_WAKEUP_AP pin; MODULE_WAKEUP_AP pin is the pin that communication unit 70 wakes applying unit 40 up, in the embodiment of the present invention, this pin represents when being high level that communication unit 70 wakes applying unit 40 up, namely this pin is activated when high level, should be appreciated that above-mentioned pin also can be set to be activated when low level; The duration that MODULE_WAKEUP_AP pin level is drawn high specifically is arranged according to the application processor model etc. of applying unit 40, and in the embodiment of the present invention, the duration that MODULE_WAKEUP_AP pin level is drawn high is set to 50ms.
Further, described USB drives 44 specifically for after USB network EM equipment module 43 insertion event being detected, described USB network EM equipment module 43 is enumerated, trigger virtual MODEM module 42 and USB network EM equipment module 43 establishment of connection, to make application module 41 can by virtual MODEM module 42 transceiver network data, data to be sent are sent to communication unit 70 by USB network EM equipment module 43 by virtual MODEM module 42, and receive the data that communication unit 70 sends, to realize the connection of network by USB network EM equipment module 43.
Fig. 5 shows the structural representation of the embodiment two of communicating terminal of the present invention, and as shown in Figure 5, described communicating terminal comprises applying unit 50, communication unit 80; Wherein, communication unit 80 realizes based on ECM.
Further, described applying unit 50 comprises: application module 51, Microsoft Loopback Adapter module 52, USB network EM equipment module 53; Wherein, application module 51, for the information according to pre-configured network connection port, will send network connecting request to described Microsoft Loopback Adapter module 52;
Microsoft Loopback Adapter module 52, after receiving described network connecting request, connects with described USB network EM equipment module 53, and described network connecting request is sent to USB network EM equipment module 53;
USB network EM equipment module 53, after receiving network connecting request, sets up network with described communication unit 80 and is connected; Particularly, after USB network EM equipment module 53 receives the network connecting request that Microsoft Loopback Adapter module 52 sends, network connecting request is sent to communication unit 80, after communication unit 80 receives this network connecting request, return response to described USB network EM equipment module 53, Microsoft Loopback Adapter module 52 obtains this response by described USB network EM equipment module 53, and be forwarded to application module 51, after application module 51 receives this response, by described Microsoft Loopback Adapter module 52 transceiver network data, realize network and connect.
Wherein, the network connection port of described application module 51 is Microsoft Loopback Adapter module port, and USB network EM equipment module 53 can be network card equipment.
Further, described applying unit 50 also comprises USB and drives 54, for entering resting state when applying unit 50 and/or communication unit 80, USB network EM equipment module 53 is connected when disconnecting with the network of communication unit 80, detect that USB network EM equipment module 53 extracts event, trigger USB network EM equipment module 53 and disconnect the connection with Microsoft Loopback Adapter module 52;
Wherein, described applying unit 50 is further used for, when applying unit 50 wakes communication unit 80 up, according to GPIO information, drawing high the level of AP_WAKEUP_MODULE pin; In the present invention, AP_WAKEUP_MODULE pin is the pin that applying unit 50 wakes communication unit 80 up, in the embodiment of the present invention, this pin represents when being high level that applying unit 50 wakes communication unit 80 up, namely this pin is activated when high level, should be appreciated that above-mentioned pin also can be set to be activated when low level; The duration that AP_WAKEUP_MODULE pin level is drawn high specifically is arranged according to the application processor model etc. of applying unit 50, and in the embodiment of the present invention, the duration that AP_WAKEUP_MODULE pin level is drawn high is set to 50ms.
Described communication unit 80 is further used for, when communication unit 80 wakes applying unit 50 up, according to GPIO information, drawing high the level of MODULE_WAKEUP_AP pin; MODULE_WAKEUP_AP pin is the pin that communication unit 80 wakes applying unit 50 up, in the embodiment of the present invention, this pin represents when being high level that communication unit 80 wakes applying unit 50 up, namely this pin is activated when high level, should be appreciated that above-mentioned pin also can be set to be activated when low level; The duration that MODULE_WAKEUP_AP pin level is drawn high specifically is arranged according to the application processor model etc. of applying unit 50, and in the embodiment of the present invention, the duration that MODULE_WAKEUP_AP pin level is drawn high is set to 50ms.
Further, described USB drives 54 specifically for after USB network EM equipment module 53 insertion event being detected, described USB network EM equipment module 53 is enumerated, trigger Microsoft Loopback Adapter module 52 and USB network EM equipment module 53 establishment of connection, to make application module 51 can by Microsoft Loopback Adapter module 52 transceiver network data, data to be sent are sent to communication unit 80 by USB network EM equipment module 53 by Microsoft Loopback Adapter module 52, and receive the data that communication unit 80 sends, to realize the connection of network by USB network EM equipment module 53.
The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.
Claims (10)
1. a method for network connection, it is characterized in that, described method comprises:
Network connecting request, according to the information of pre-configured network connection port, is sent to virtual network module by the application module of applying unit;
The USB network EM equipment module that virtual network module is connected with for network connects, and described network connecting request is sent to USB network EM equipment module, sets up network be connected by described USB network EM equipment module with communication unit;
Wherein, when communicating terminal is in resting state, described virtual network module is used for for described applying unit provides an available network connection port, the application program being in online before making described communicating terminal enter dormancy still can remain on line states, and disconnects with described USB network EM equipment module.
2. method according to claim 1, is characterized in that, described method also comprises:
The network connection port of configuration application module is virtual network module port.
3. method according to claim 1, is characterized in that, after setting up network connection procedure by described USB network EM equipment module and communication unit, described method also comprises:
When applying unit and/or communication unit enter resting state, USB network EM equipment module is connected with the network of communication unit and disconnects, the USB of applying unit drives and detects that USB network EM equipment module extracts event, triggers USB network EM equipment module and disconnects the connection with virtual network module.
4. the method according to claim 1,2 or 3, is characterized in that, after setting up network connection procedure by described USB network EM equipment module and communication unit, described method also comprises:
When applying unit wakes communication unit up, applying unit exports (GPIO) indication information according to universal input, and draw high the level of AP_WAKEUP_MODULE pin, USB network EM equipment module and communication unit are set up network and be connected; Or,
When communication unit wakes applying unit up, communication unit, according to GPIO indication information, draws high the level of MODULE_WAKEUP_AP pin, and communication unit is set up network with USB network EM equipment module and is connected.
5. method according to claim 4, is characterized in that, described method also comprises:
USB drives insertion event USB network EM equipment module being detected, enumerates described USB network EM equipment module;
Virtual network module sets up the connection with USB network EM equipment module, and application module is by virtual network module transceiver network data.
6. a communicating terminal, comprises communication unit, it is characterized in that, described communicating terminal also comprises applying unit; Described applying unit comprises: application module, virtual network module, USB network EM equipment module; Wherein,
Application module, for the information according to pre-configured network connection port, is sent to described virtual network module by network connecting request;
Virtual network module, after receiving described network connecting request, connects with described USB network EM equipment module, and described network connecting request is sent to USB network EM equipment module;
USB network EM equipment module, after receiving network connecting request, sets up network with described communication unit and is connected;
Wherein, when described communicating terminal is in resting state, described virtual network module is used for for described applying unit provides an available network connection port, the application program being in online before making described communicating terminal enter dormancy still can remain on line states, disconnects with described USB network EM equipment module.
7. communicating terminal according to claim 6, is characterized in that, the network connection port of described application module is virtual network module port.
8. communicating terminal according to claim 6, it is characterized in that, described applying unit also comprises USB and drives, for entering resting state when applying unit and/or communication unit, USB network EM equipment module is connected when disconnecting with the network of communication unit, detect that USB network EM equipment module extracts event, trigger USB network EM equipment module and disconnect the connection with virtual network module.
9. the communicating terminal according to claim 6,7 or 8, is characterized in that, described applying unit is further used for when applying unit wakes communication unit up, according to GPIO information, draws high the level of AP_WAKEUP_MODULE pin;
Described communication unit is further used for when communication unit wakes applying unit up, according to GPIO information, draws high the level of MODULE_WAKEUP_AP pin.
10. communicating terminal according to claim 9, it is characterized in that, described USB drives specifically for after USB network EM equipment module insertion event being detected, enumerates, trigger virtual network module and set up the connection with USB network EM equipment module described USB network EM equipment module.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110035676.0A CN102131304B (en) | 2011-02-10 | 2011-02-10 | A kind of method for connecting network and communicating terminal |
| PCT/CN2011/078743 WO2012106948A1 (en) | 2011-02-10 | 2011-08-23 | Network connection method and communication terminal |
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| CN201110035676.0A CN102131304B (en) | 2011-02-10 | 2011-02-10 | A kind of method for connecting network and communicating terminal |
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| CN101667132A (en) * | 2009-09-17 | 2010-03-10 | 成都时代诺亚舟教育软件有限公司 | Handheld learning terminal system and resource regeneration method thereof |
| CN102131304B (en) * | 2011-02-10 | 2015-08-12 | 中兴通讯股份有限公司 | A kind of method for connecting network and communicating terminal |
-
2011
- 2011-02-10 CN CN201110035676.0A patent/CN102131304B/en not_active Expired - Fee Related
- 2011-08-23 WO PCT/CN2011/078743 patent/WO2012106948A1/en active Application Filing
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101325771A (en) * | 2008-05-19 | 2008-12-17 | 深圳华为通信技术有限公司 | Wireless internet method and terminal |
| CN101631377A (en) * | 2009-07-30 | 2010-01-20 | 中兴通讯股份有限公司 | Terminal sleeping method and terminal |
| CN101651978A (en) * | 2009-09-25 | 2010-02-17 | 中兴通讯股份有限公司 | Method, system and device for switching states of wireless data access equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2012106948A1 (en) | 2012-08-16 |
| CN102131304A (en) | 2011-07-20 |
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