CN101282547B - Method and apparatus for dialing telephone based on Windows Mobile OS - Google Patents
Method and apparatus for dialing telephone based on Windows Mobile OS Download PDFInfo
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- CN101282547B CN101282547B CN2008101131620A CN200810113162A CN101282547B CN 101282547 B CN101282547 B CN 101282547B CN 2008101131620 A CN2008101131620 A CN 2008101131620A CN 200810113162 A CN200810113162 A CN 200810113162A CN 101282547 B CN101282547 B CN 101282547B
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Abstract
The invention discloses a method for dialing the phone based on Windows Mobile operation system. The method comprises: a radio route module receiving the dial phone request; confirming the present conversation and the phone belonging to the different radio communication module according to the corresponding radio interface drive module information for the dialed phone and the pre-stored radio communication module; noticing the corresponding radio interface drive module of the conversation to transmit the information for keeping connected; and transmitting the request information for dialing phone to the corresponding radio interface drive module of the phone; the corresponding radio interface drive module receiving the request information for dialing phone and the maintaining successful information of the corresponding radio interface drive module of the conversation; noticing the corresponding radio communication for dialing phone to build the conversation. The invention enables the dual card dual standby mobile phone to dial the phone based on the Windows Mobile operation system; and the dialed phone and the existed conversation belong to different radio communication module.
Description
Technical field
The present invention relates to the double card double standby mobile phone communication technology, relate in particular to a kind of method and apparatus of calling based on Windows Mobile operating system.
Background technology
In the prior art, a large amount of mobile phones is realized communication based on Windows Mobile operating system platform, the design of Windows Mobile operating system platform is at the single deck tape-recorder system, the Windows Mobile operating system platform that is upper application module only can be at a protocol stack, as global system for mobile communications (GSM, Global System for Mobile communications) protocol stack or code division multiple access (CDMA, Code Division Multiple Access) protocol stack carries out data interaction, work such as communication, radio-frequency module of configuration on each phone, it is wireless communication module, a wave point driver module, an extension telephones application module, and Microsoft's phone application module, can there be the two-way conversation simultaneously in a radio-frequency module, i.e. one tunnel conversation is state of activation, other one tunnel conversation is for hold mode, dialed and the operation of the phone that continues by the upper strata Microsoft phone application module of Windows Mobile operating system platform.
Needs for adaptation work and life, the user is more and more stronger to the demand of dual-network and dual-standby mobile phone, require prior mobile phone need possess the function of double-card dual-standby, that is to say, on a mobile phone, can dispose two subscriber identification module (SIM simultaneously, Subscriber identificationModule) card, promptly on a mobile phone, dispose two radio-frequency modules, two wave point driver modules that radio-frequency module is corresponding respectively, can there be the two-way conversation simultaneously in each radio-frequency module, thereby, can there be four tunnel conversations simultaneously in two modules of double-card dual-standby mobile phone, be that the two-way conversation is in state of activation, the two-way conversation is in hold mode in addition.
Because Windows Mobile operating system platform and software architecture thereof can only be supported a simultaneous two-way conversation of wireless communication module at most.Therefore, when the double-card dual-standby mobile phone is called under the condition of existence one tunnel conversation, if phone that this is dialed and already present one tunnel conversation do not belong to same wireless communication module, then existing Windows Mobile operating system platform also can't be handled.
Summary of the invention
In view of this, the invention provides a kind of method of calling based on Windows Mobile operating system, can make phone that the double-card dual-standby mobile phone calls and dial based on Windows Mobile operating system and one tunnel conversation of existence can belong to the different wireless communication module.
The present invention also provides a kind of and has realized the equipment of phone based on Windows Mobile operating system, and the phone that can make the double-card dual-standby mobile phone call and dial based on Windows Mobile operating system is conversed with a road of existence and can be belonged to the different wireless communication module.
A kind of method of calling based on Windows Mobile operating system provided by the invention is applied to the double-card dual-standby mobile phone, comprising:
Store the wave point driver module information of two cards in mobile phones correspondence in advance at the extension telephones application module;
Described extension telephones application module receives user's the request of calling, the corresponding wave point driver module information of calling that inquiry is obtained is sent to wireless routing module, and notice Microsoft phone application module is initiated the request of calling to described wireless routing module;
Described wireless routing module receives the request of calling that Microsoft's phone application module sends, according to the described wireless communication module current state information of calling corresponding wave point driver module information and storing in advance that described extension telephones application module sends, judge;
If determine current existence one tunnel conversation and described one tunnel conversation and the described wireless communication module that belongs to different of calling, notify described one tunnel wave point driver module of conversing correspondence to send the maintenance call-information, and call solicited message to described wave point driver module transmission of calling correspondence to the wireless communication module of correspondence;
The wireless communication module of described one tunnel conversation correspondence receives and keeps call-information, sends to the described wave point driver module of calling correspondence by the corresponding wave point driver module of described one tunnel conversation to keep successful event information;
The described wave point driver module of calling correspondence receives to be called solicited message and keeps successful event information, notifies the described corresponding wireless communication module foundation conversation of calling.
If described definite current existence one tunnel conversation and described one tunnel conversation comprise with the described wireless communication module that belongs to different of calling:
Described wireless routing module obtains current existence one tunnel conversation of mobile phone from the wireless communication module current state information of storage in advance;
Call corresponding wave point driver module information according to the corresponding radio communication mold block message of described one tunnel conversation and reception described and determine that described one the tunnel converses and the described wireless communication module that belongs to different of calling.
Further comprise:
Belong to same wireless communication module if determine described one tunnel conversation with described calling, described wireless routing module notifies the corresponding wave point driver module of described one tunnel conversation to send the information of calling to the wireless communication module of correspondence;
The wireless communication module of described correspondence receives the information of calling, and sets up conversation.
Sending the successful event information of maintenance to the described wave point driver module of calling correspondence further comprises:
Keep conversation to fail if the corresponding wireless communication module of described one tunnel conversation is provided with, the wave point driver module corresponding by described one tunnel conversation sends maintenance turkey information to calling corresponding wireless communication module;
The described wave point driver module of calling correspondence receives to be called solicited message and keeps turkey information, interrupts described calling.
Described judge further comprise:
Described wireless routing module obtains from the wireless communication module current state information of storage in advance that mobile phone is current not to exist conversation, notifies describedly to call corresponding wave point driver module and send the information of calling to the wireless communication module of correspondence;
The wireless communication module of described correspondence receives the information of calling, and sets up conversation.
Described judge further comprise:
Described wireless routing module obtains the current two-way that exists of mobile phone from the wireless communication module current state information of storing in advance and converses, and interrupts described calling.
A kind of equipment of calling based on Windows Mobile operating system, be applied to the double-card dual-standby mobile phone, comprise: extension telephones application module, wireless routing module, Microsoft's phone application module, wave point driver module, wireless communication module, wherein
The extension telephones application module, be used for storing in advance the wave point driver module information of two cards in mobile phones correspondence, receive the user and call solicited message, the corresponding wave point driver module information of calling is obtained in inquiry from the wave point driver module information of two cards in mobile phones correspondence of storage in advance, send to wireless routing module, and dial new phone information to Microsoft's phone application module transmission;
Microsoft's phone application module is used for receiving and dials new phone information, sends to wireless routing module and calls solicited message;
Wireless routing module is used for receiving and calls solicited message, according to the described wireless communication module current state information of calling corresponding wave point driver module information and storing in advance that receives, judges;
If determine current existence one tunnel conversation and described one tunnel conversation and the described wireless communication module that belongs to different of calling, notify described one tunnel wave point driver module of conversing correspondence to send the maintenance call-information, and call solicited message to described wave point driver module transmission of calling correspondence to the wireless communication module of correspondence;
The wireless communication module of described one tunnel conversation correspondence receives and keeps call-information, sends to the described wave point driver module of calling correspondence by the corresponding wave point driver module of described one tunnel conversation to keep successful event information;
The described wave point driver module of calling correspondence receives to be called solicited message and keeps successful event information, notifies the described corresponding wireless communication module foundation conversation of calling.
Described wave point driver module comprises: the first wave point driver module, the second wave point driver module;
Described wireless communication module comprises: first wireless communication module, second wireless communication module;
Describedly call the corresponding first wave point driver module;
Described wireless routing module, determine current existence one tunnel conversation and described one tunnel conversation and the described wireless communication module that belongs to different of calling, send input and output control radio interface layer management information to the described second wave point driver module, and call solicited message to described first wave point driver module transmission;
The described first wave point driver module, be used for receiving and call solicited message, call the function of calling,, send the information of calling to described first wireless communication module if receive the maintenance success event information that the described second wave point driver module sends;
The described second wave point driver module, be used to receive input and output control radio interface layer management information, send the maintenance call-information to described second wireless communication module, receive the maintenance success event information that described second wireless communication module returns, be forwarded to the described first wave point driver module;
Described first wireless communication module is used for receiving the information of calling, and sets up conversation;
Described second wireless communication module is used for receiving the maintenance call-information, sends to the described second wave point driver module to keep successful event information.
Described wireless routing module is further used for:
Determine that current existence one tunnel conversation and described one tunnel conversation belong to same wireless communication module with described calling, and send input and output control radio interface layer management information to the first wave point driver module;
The described first wave point driver module receives input and output control radio interface layer management information, sends the information of calling to described first wireless communication module;
Described first wireless communication module receives the information of calling, and sets up conversation; Or,
Determine the current idle condition that is in of mobile phone, send input and output control radio interface layer dialing information to the described first wave point driver module;
The described first wave point driver module receives input and output control radio interface layer dialing information, sends the information of calling to described first wireless communication module;
Described first wireless communication module receives the information of calling, and sets up conversation; Or,
Determine the current two-way conversation that exists, interrupt described calling.
As seen from the above technical solution, a kind of method and apparatus of calling based on Windows Mobile operating system provided by the invention, wireless routing module receives the request of calling, according to the corresponding wave point driver module information of calling that receives, and the wireless communication module current state information of storage is in advance determined current existence one tunnel conversation, and this one tunnel conversation is called the wireless communication module that belongs to different with this, notify one tunnel wave point driver module of conversing correspondence to send the maintenance call-information, and call solicited message to calling corresponding wave point driver module transmission to the wireless communication module of correspondence; The corresponding wireless communication module of one tunnel conversation receives and keeps call-information, sends to the wave point driver module of calling correspondence to keep successful event information; Call corresponding wave point driver module reception and call solicited message and keep successful event information, notice is called corresponding wireless communication module and is set up conversation.Realized that phone that the double-card dual-standby mobile phone is called and dialed based on Windows Mobile operating system and one tunnel conversation of existence can belong to the different wireless communication module.Simultaneously, little to existing Windows Mobile operating system change, safeguarded the stable of Windows Mobile operating system.
Description of drawings
Fig. 1 the present invention is based on the method overall procedure schematic diagram that Windows Mobile operating system is called.
Fig. 2 the present invention is based on the method first pass schematic diagram that Windows Mobile operating system is called.
Fig. 3 the present invention is based on method second schematic flow sheet that Windows Mobile operating system is called.
Fig. 4 the present invention is based on method the 3rd schematic flow sheet that Windows Mobile operating system is called.
Fig. 5 the present invention is based on method the 4th schematic flow sheet that Windows Mobile operating system is called.
Fig. 6 the present invention is based on method the 5th schematic flow sheet that Windows Mobile operating system is called.
Fig. 7 is a kind of device structure schematic diagram of calling based on the double-card dual-standby mobile phone of Windows Mobile operating system of the present invention.
Embodiment
For making purpose of the present invention, technical scheme and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, the present invention is further elaborated.
In the embodiment of the invention, by the extension telephones application module is set, be used to store the wave point driver module information of two cards in mobile phones correspondence, and memory module storage wireless communication module current state information is set, the extension telephones application module receives user's the request of calling, the wave point driver module information of this phone correspondence that inquiry is obtained is sent to wireless routing module, and notice Microsoft phone application module is initiated the request of calling to wireless routing module, wireless routing module is called corresponding wave point driver module information according to wireless communication module current state and this, carries out the operation that sets in advance accordingly.
Fig. 1 the present invention is based on the method overall procedure schematic diagram that Windows Mobile operating system is called.Referring to Fig. 1, set in advance the extension telephones application module, be used to store the wave point driver module information of two cards in mobile phones correspondence, and memory module storage wireless communication module current state information is set, this flow process comprises:
In this step, the user can or block 2 and call request by the card in two cards 1, the extension telephones application module receives the user and calls request, the wave point driver module information of the two cards in mobile phones correspondence of inquiry storage, promptly block 1 corresponding wave point driver module 1 information and block 2 corresponding wave point driver module 2 information, if the user calls from blocking 1, the extension telephones application module will need wave point driver module 1 information of route to be sent to wireless routing module; If the user calls from blocking 2, the extension telephones application module then will need wave point driver module 2 information of route to be sent to wireless routing module, send to Microsoft's phone application module simultaneously and dial new phone information.
In this step, call the solicited message form can with step 101 in identical.
In this step, wireless routing module receives calls solicited message, obtain the wireless communication module current state information from memory module, for example, the wireless communication module current state information of storage is that wireless communication module 1 is in state of activation, wireless communication module 2 is in hold mode; Or wireless communication module 2 is in state of activation, wireless communication module 1 is in hold mode; Or in wireless communication module 1 and the wireless communication module 2, the one tunnel is in state of activation, a tunnel is in idle condition; Or wireless communication module 1 and wireless communication module 2 all are in idle condition etc., just mobile phone current talking state.
If current of the mobile phone of storage is in one tunnel talking state, promptly one the tunnel is in state of activation, one the tunnel is in idle condition, then further judge that according to the wave point driver module information that receives the conversation that existed and this call the wave point driver module that whether belongs to same wireless communication module or same wireless communication module correspondence, for example, mobile phone current talking state is that wireless communication module 1 is in talking state, what receive be wave point driver module 2 information, and then the conversation that existed of judgement is called the wireless communication module that belongs to different with this.
In this step, call solicited message and can control radio interface layer dialing (IOCTL_RIL_DIAL) information for input and output.
In this step, the wireless communication module of the conversation correspondence that has existed receives the AT command information, if keep conversation that success is set, by conversing corresponding wave point driver module and call corresponding wave point driver module and send and keep successful event information to calling corresponding wireless communication module, if keep conversation that failure is set, by conversing corresponding wave point driver module and call corresponding wave point driver module and send and keep turkey information to calling corresponding wireless communication module, also can be after keeping conversation that failure is set, not send any information.
In this step, wireless communication module receives the AT command information, set up conversation and to the upper strata corresponding module return call successful result information after, can between conversation of setting up and the conversation that has existed, switch, make one tunnel conversation be in state of activation, another road conversation then is in hold mode; Keeping turkey information if receive, also can be not receive to keep successful event information in the predefined time, interrupts the exhalation that this is called, and returns the failure result information of calling to the upper strata corresponding module.
In the practical application, for flow process shown in Figure 1, in step 103, judge that according to the wave point driver module information that receives and from the wireless communication module current state information that memory module is obtained the result of its judgement also comprises: one tunnel conversation and this of current existence call belong to call under same wireless communication module, the current situation that does not have a conversation and the current situation that exists two-way to converse under call.
Below lift three specific embodiments, the embodiment that the present invention is based on Fig. 1 is described further.
Embodiment one: only there is one tunnel conversation in current mobile phone
Fig. 2 the present invention is based on the method first pass schematic diagram that Windows Mobile operating system is called.Only there is one tunnel conversation at current mobile phone, and there is one tunnel conversation in assumed wireless communication module 1, referring to Fig. 2, set in advance the extension telephones application module, be used to store the wave point driver module information of two cards in mobile phones correspondence, and memory module storage wireless communication module current state information, just the wireless communication module 1 current talking state that is in are set, the wireless communication module 2 current idle conditions that are in, this flow process comprises:
Step 201, the extension telephones application module receives the user and calls solicited message, sends this to wireless routing module and calls corresponding wave point driver module information, and dial new phone information to Microsoft's phone application module transmission;
In this step, the user can or block 2 and call by the card in two cards 1, in the present embodiment, call and be example by blocking 2 with the user, the extension telephones application module receives the user and calls request, the wave point driver module information of the two cards in mobile phones correspondence of inquiry storage will need wave point driver module 2 information of route to be sent to wireless routing module, sends to Microsoft's phone application module simultaneously and dials new phone information.
Step 202, Microsoft's phone application module receive dials new phone information, sends to wireless routing module and calls solicited message;
Step 203, wireless routing module receives calls solicited message, obtain according to the wireless communication module current state information of storage and currently to have only wireless communication module 1 to be in talking state, further, determine that one tunnel conversation of current existence is called the wireless communication module that belongs to different with this according to wave point driver module 2 information that receive;
In this step, if the user initiates the request of calling by blocking 1, then wireless routing module is by judging, the road conversation of determining current existence is called with this and to be belonged to same wireless communication module, wireless routing module sends IOCTL_RIL_MANAGECALLS information to wave point driver module 1, wave point driver module 1 receives and sends the AT command information of calling to wireless communication module 1, and wireless communication module 1 receives the AT command information, sets up conversation.
Step 204, wireless routing module sends IOCTL_RIL_MANAGECALLS information to wave point driver module 1, execution in step 205a～206a, and send to wave point driver module 2 and to call solicited message, execution in step 205b～206b;
Step 205a, wave point driver module 1 receives IOCTL_RIL_MANAGECALLS information, sends the AT command information that keeps conversation to wireless communication module 1;
Step 206a, wireless communication module 1 receives the AT command information, sends to wireless communication module 2 by wave point driver module 1 and wave point driver module 2 to keep event information;
In this step, wireless communication module 1 receives the AT command information, if keep conversation that success is set, send the successful event information of maintenance by wave point driver module 1 and wave point driver module 2 to wireless communication module 2, if keep conversation that failure is set, sending maintenance turkey information by wave point driver module 1 and wave point driver module 2 to wireless communication module 2, also can be after keeping conversation that failure is set, and does not send any information.
Step 205b, wave point driver module 2 receives calls solicited message, calls the function of calling, and waits for the maintenance event information that is sent by wireless communication module 1, triggers;
Step 206b keeps successful event information if receive, and wave point driver module 2 sends the AT command information of calling to wireless communication module 2, and wireless communication module 2 receives the AT command information, sets up conversation; Keep turkey information if receive, interrupt the exhalation that this is called.
So far, this flow process finishes.
In the practical application, current mobile phone also can be that wireless communication module 2 exists one tunnel conversation, and wireless communication module 1 is in the free time, and the user is by blocking 1 or block 2 and call.
Fig. 3 the present invention is based on method second schematic flow sheet that Windows Mobile operating system is called.Referring to Fig. 3, similar with flow process shown in Figure 2, do not repeat them here.
Embodiment two: the current idle condition that is in of mobile phone
Fig. 4 the present invention is based on method the 3rd schematic flow sheet that Windows Mobile operating system is called.Referring to Fig. 4, set in advance the extension telephones application module, be used to store the wave point driver module information of two cards in mobile phones correspondence, and memory module storage wireless communication module current state information is set, just wireless communication module 1 and the wireless communication module 2 current not talking states that all are in, be idle condition, this flow process comprises:
In this step, call and be example by blocking 2 with the user, the extension telephones application module receives the user and calls request, the wave point driver module information of the two cards in mobile phones correspondence of inquiry storage, to need wave point driver module 2 information of route to be sent to wireless routing module, send to Microsoft's phone application module simultaneously and dial new phone information.
Embodiment three: current mobile phone is in the two-way talking state
Fig. 5 the present invention is based on method the 4th schematic flow sheet that Windows Mobile operating system is called.Call and be example by blocking 2 with the user, referring to Fig. 5, set in advance the extension telephones application module, be used to store the wave point driver module information of two cards in mobile phones correspondence, and memory module storage wireless communication module current state information is set, just wireless communication module 1 and the wireless communication module 2 current talking states that all are in, this flow process comprises:
In this step, determine the current two-way talking state that is in of mobile phone, directly refuse this phone and breathe out that upper application module comprises extension telephones application module and Microsoft's phone application module when wireless routing module.
In the practical application, current mobile phone also can be initiated the request of calling by blocking 1 by the user.
Fig. 6 the present invention is based on method the 5th schematic flow sheet that Windows Mobile operating system is called.Referring to Fig. 6, similar with flow process shown in Figure 5, do not repeat them here.
Fig. 7 is a kind of device structure schematic diagram of calling based on the double-card dual-standby mobile phone of Windows Mobile operating system of the present invention.Referring to Fig. 7, this equipment comprises: extension telephones application module, wireless routing module, Microsoft's phone application module, memory module, the first wave point driver module, the second wave point driver module, first wireless communication module, second wireless communication module, wherein
The extension telephones application module, be used to store the wave point driver module information of two cards in mobile phones correspondence, receive the user and call solicited message, this first wave point driver module information of calling correspondence that inquiry is obtained sends to wireless routing module, and dials new phone information to Microsoft's phone application module transmission;
Microsoft's phone application module is used for receiving and dials new phone information, sends to wireless routing module and calls solicited message;
Memory module is used to store mobile phone first wireless communication module and the second wireless communication module current state information;
Wireless routing module, be used for receiving and call solicited message, judge according to the first wave point driver module information that receives and from first wireless communication module and the second wireless communication module current state information that memory module is obtained, determine current existence a road conversation call the wireless communication module that belongs to different with this, send IOCTL_RIL_MANAGECALLS information to the second wave point driver module, and call solicited message to the transmission of the first wave point driver module;
The first wave point driver module is used for receiving and calls solicited message, calls the function of calling, if receive the maintenance success event information that the second interface driver module sends, sends the AT command information of calling to first wireless communication module;
The second wave point driver module, be used to receive IOCTL_RIL_MANAGECALLS information, send the AT command information that keeps conversation to second wireless communication module, receive the maintenance success event information that second wireless communication module returns, send to the first wave point driver module;
First wireless communication module is used to receive the AT command information, sets up conversation.
Second wireless communication module is used to receive the AT command information, sends to the second wave point driver module to keep event information.
In the practical application, wireless routing module is further used for calling with this when the road conversation of determining current existence and belongs to same wireless communication module, to first wave point driver module transmission IOCTL_RIL_MANAGECALLS information;
The first wave point driver module receives IOCTL_RIL_MANAGECALLS information, sends the AT command information of calling to first wireless communication module;
First wireless communication module receives the AT command information, sets up conversation.
Wireless routing module also is further used for sending IOCTL_RIL_DIAL information when determining the current idle condition that is in of mobile phone to the first wave point driver module;
The first wave point driver module receives IOCTL_RIL_DIAL information, sends the AT command information of calling to first wireless communication module;
First wireless communication module receives the AT command information, sets up conversation.
Wireless routing module also is further used for returning to upper application module and calling failure information when determining the current two-way talking state that is in of mobile phone, interrupts the exhalation that this is called.
As seen from the above-described embodiment, by the extension telephones application module is set, be used to store the wave point driver module information of two cards in mobile phones correspondence, and memory module storage wireless communication module current state information is set, the extension telephones application module receives user's the request of calling, this wave point driver module information of calling correspondence that inquiry is obtained is sent to wireless routing module, and notice Microsoft phone application module is initiated the request of calling to wireless routing module; Wireless routing module is according to the wave point driver module information of wireless communication module current state and reception, when the road conversation of determining current existence is called the wireless communication module that belongs to different with this, notify the wave point driver module of the conversation correspondence that has existed to send the AT command information that keeps conversation, and call solicited message to calling corresponding wave point driver module transmission to the wireless communication module of correspondence; The wireless communication module of the conversation correspondence that has existed receives the AT command information, sends the successful event information of maintenance to calling corresponding wave point driver module; Call corresponding wave point driver module reception and call solicited message and keep successful event information, to the AT command information that the wireless communication module transmission of correspondence is called, wireless communication module receives the AT command information, sets up conversation.Can make phone that the double-card dual-standby mobile phone calls and dial based on Windows Mobile operating system and one tunnel conversation of existence can belong to the different wireless communication module.Simultaneously, little to existing Windows Mobile operating system change, safeguarded the stable of Windows Mobile operating system.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to and replace and improvement etc., all should be included within protection scope of the present invention.
Claims (9)
1. a method of calling based on Windows Mobile operating system is characterized in that, is applied to the double-card dual-standby mobile phone, comprising:
Store the wave point driver module information of two cards in mobile phones correspondence in advance at the extension telephones application module;
Described extension telephones application module receives user's the request of calling, the corresponding wave point driver module information of calling that inquiry is obtained is sent to wireless routing module, and notice Microsoft phone application module is initiated the request of calling to described wireless routing module;
Described wireless routing module receives the request of calling that Microsoft's phone application module sends, according to the described wireless communication module current state information of calling corresponding wave point driver module information and storing in advance that described extension telephones application module sends, judge;
If determine current existence one tunnel conversation and described one tunnel conversation and the described wireless communication module that belongs to different of calling, notify described one tunnel wave point driver module of conversing correspondence to send the maintenance call-information, and call solicited message to described wave point driver module transmission of calling correspondence to the wireless communication module of correspondence;
The wireless communication module of described one tunnel conversation correspondence receives and keeps call-information, sends to the described wave point driver module of calling correspondence by the corresponding wave point driver module of described one tunnel conversation to keep successful event information;
The described wave point driver module of calling correspondence receives to be called solicited message and keeps successful event information, notifies the described corresponding wireless communication module foundation conversation of calling.
2. the method for claim 1 is characterized in that, if described definite current existence one tunnel conversation and described one tunnel conversation comprise with the described wireless communication module that belongs to different of calling:
Described wireless routing module obtains current existence one tunnel conversation of mobile phone from the wireless communication module current state information of storage in advance;
Call corresponding wave point driver module information according to the corresponding radio communication mold block message of described one tunnel conversation and reception described and determine that described one the tunnel converses and the described wireless communication module that belongs to different of calling.
3. the method for stating as claim 2 is characterized in that, further comprises:
Belong to same wireless communication module if determine described one tunnel conversation with described calling, described wireless routing module notifies the corresponding wave point driver module of described one tunnel conversation to send the information of calling to the wireless communication module of correspondence;
The wireless communication module of described correspondence receives the information of calling, and sets up conversation.
4. method as claimed in claim 1 is characterized in that, sends to the described wave point driver module of calling correspondence to keep successful event information further to comprise:
Keep conversation to fail if the corresponding wireless communication module of described one tunnel conversation is provided with, the wave point driver module corresponding by described one tunnel conversation sends maintenance turkey information to calling corresponding wireless communication module;
The described wave point driver module of calling correspondence receives to be called solicited message and keeps turkey information, interrupts described calling.
5. as each described method of claim 1 to 4, it is characterized in that, described judge further comprise:
Described wireless routing module obtains from the wireless communication module current state information of storage in advance that mobile phone is current not to exist conversation, notifies describedly to call corresponding wave point driver module and send the information of calling to the wireless communication module of correspondence;
The wireless communication module of described correspondence receives the information of calling, and sets up conversation.
6. as each described method of claim 1 to 4, it is characterized in that, described judge further comprise:
Described wireless routing module obtains the current two-way that exists of mobile phone from the wireless communication module current state information of storing in advance and converses, and interrupts described calling.
7. equipment of calling based on Windows Mobile operating system, it is characterized in that, be applied to the double-card dual-standby mobile phone, comprising: extension telephones application module, wireless routing module, Microsoft's phone application module, wave point driver module, wireless communication module, wherein
The extension telephones application module, be used for storing in advance the wave point driver module information of two cards in mobile phones correspondence, receive the user and call solicited message, the corresponding wave point driver module information of calling is obtained in inquiry from the wave point driver module information of two cards in mobile phones correspondence of storage in advance, send to wireless routing module, and dial new phone information to Microsoft's phone application module transmission;
Microsoft's phone application module is used for receiving and dials new phone information, sends to wireless routing module and calls solicited message;
Wireless routing module is used for receiving and calls solicited message, according to the described wireless communication module current state information of calling corresponding wave point driver module information and storing in advance that receives, judges;
If determine current existence one tunnel conversation and described one tunnel conversation and the described wireless communication module that belongs to different of calling, notify described one tunnel wave point driver module of conversing correspondence to send the maintenance call-information, and call solicited message to described wave point driver module transmission of calling correspondence to the wireless communication module of correspondence;
The wireless communication module of described one tunnel conversation correspondence receives and keeps call-information, sends to the described wave point driver module of calling correspondence by the corresponding wave point driver module of described one tunnel conversation to keep successful event information;
The described wave point driver module of calling correspondence receives to be called solicited message and keeps successful event information, notifies the described corresponding wireless communication module foundation conversation of calling.
8. equipment as claimed in claim 7 is characterized in that,
Described wave point driver module comprises: the first wave point driver module, the second wave point driver module;
Described wireless communication module comprises: first wireless communication module, second wireless communication module;
Describedly call the corresponding first wave point driver module;
Described wireless routing module, determine current existence one tunnel conversation and described one tunnel conversation and the described wireless communication module that belongs to different of calling, send input and output control radio interface layer management information to the described second wave point driver module, and call solicited message to described first wave point driver module transmission;
The described first wave point driver module, be used for receiving and call solicited message, call the function of calling,, send the information of calling to described first wireless communication module if receive the maintenance success event information that the described second wave point driver module sends;
The described second wave point driver module, be used to receive input and output control radio interface layer management information, send the maintenance call-information to described second wireless communication module, receive the maintenance success event information that described second wireless communication module returns, be forwarded to the described first wave point driver module;
Described first wireless communication module is used for receiving the information of calling, and sets up conversation;
Described second wireless communication module is used for receiving the maintenance call-information, sends to the described second wave point driver module to keep successful event information.
9. equipment as claimed in claim 8 is characterized in that, described wireless routing module is further used for:
Determine that current existence one tunnel conversation and described one tunnel conversation belong to same wireless communication module with described calling, and send input and output control radio interface layer management information to the first wave point driver module;
The described first wave point driver module receives input and output control radio interface layer management information, sends the information of calling to described first wireless communication module;
Described first wireless communication module receives the information of calling, and sets up conversation; Or,
Determine the current idle condition that is in of mobile phone, send input and output control wave point layer-management dialing information to the described first wave point driver module;
The described first wave point driver module receives input and output control wave point layer-management dialing information, sends the information of calling to described first wireless communication module;
Described first wireless communication module receives the information of calling, and sets up conversation; Or,
Determine the current two-way conversation that exists, interrupt described calling.
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| CN2008101131620A CN101282547B (en) | 2008-05-28 | 2008-05-28 | Method and apparatus for dialing telephone based on Windows Mobile OS |
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| CN2008101131620A CN101282547B (en) | 2008-05-28 | 2008-05-28 | Method and apparatus for dialing telephone based on Windows Mobile OS |
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| CN101282547B true CN101282547B (en) | 2011-01-19 |
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| CN101854743B (en) * | 2010-02-05 | 2013-03-20 | 深圳市同洲电子股份有限公司 | Method for driving multi-mode terminating machine by radio interface layer and multi-mode terminating machine |
| CN104469657B (en) * | 2014-11-05 | 2018-06-26 | 深圳市广和通无线股份有限公司 | Audio communication system and equipment based on WINDOWS operating systems |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1462154A (en) * | 2002-05-29 | 2003-12-17 | 黄金富 | Double-card automatic double receiving mobile phone |
| CN1976516A (en) * | 2006-12-15 | 2007-06-06 | 深圳天珑移动技术有限公司 | Double-card double-standby mobile telephone |
| CN101119542A (en) * | 2006-08-04 | 2008-02-06 | 上海晨兴电子科技有限公司 | Call processing method and apparatus in dual-mode dual-standby handset |
-
2008
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1462154A (en) * | 2002-05-29 | 2003-12-17 | 黄金富 | Double-card automatic double receiving mobile phone |
| CN101119542A (en) * | 2006-08-04 | 2008-02-06 | 上海晨兴电子科技有限公司 | Call processing method and apparatus in dual-mode dual-standby handset |
| CN1976516A (en) * | 2006-12-15 | 2007-06-06 | 深圳天珑移动技术有限公司 | Double-card double-standby mobile telephone |
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