CN101841598A - State synchronization method between computer and mobile terminal - Google Patents
State synchronization method between computer and mobile terminal Download PDFInfo
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- CN101841598A CN101841598A CN201010144998A CN201010144998A CN101841598A CN 101841598 A CN101841598 A CN 101841598A CN 201010144998 A CN201010144998 A CN 201010144998A CN 201010144998 A CN201010144998 A CN 201010144998A CN 101841598 A CN101841598 A CN 101841598A
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Abstract
The invention relates to the field of mobile communication and discloses a state synchronization method between a computer and a mobile terminal. The state synchronization method comprises the following steps: respectively sending instructions representing the same meaning to a computer and an MMI when an MN needs to send the instruction to any party of the computer or the MMI; sending an adjusting instruction matched with the instruction to the MMI after the MN receives the instruction from the computer; and sending the adjusting instruction matched with the instruction to the computer after the MN receives the instruction from the MMI. The state synchronization method can ensure the state synchronization between the computer and the mobile terminal and improve the utilization rate of software and hardware resources of the mobile terminal, a user can conveniently select any one of the computer or the mobile terminal to continue the business process during the same business process, and a user interface is more friendly.
Description
Technical field
The present invention relates to moving communicating field, particularly portable terminal and operation control technology after computer is connected.
Background technology
Mobile phone has become the requisite means of communication of modern, and along with development of Communication Technique, people no longer have been satisfied with single function of voice communication to the requirement of mobile phone, but requires mobile phone to become the collection multimedia, multi-functionally be the powerful portable terminal of one.
But mobile phone is because the restriction of volume, power consumption, on disposal ability, can not show a candle to PC (Personal Computer, be called for short " PC "), so present a kind of common way is with USB (Universal Serial Bus with mobile phone and PC, be called for short " USB ") or mode such as prison tooth couple together, can utilize the powerful disposal ability of PC and the information in the mobile phone that more powerful application function more easily is provided on the one hand, can allow mobile phone provide wireless communication ability on the other hand, make PC have wireless communication ability for PC.
The patent No. just provides the method for attachment and the device of a kind of PC and mobile phone for 6625472 United States Patent (USP), and wherein mobile phone is connected with PC by USB, and PC can connect by this and controls and use mobile phone.
In the prior art, the connected mode of a kind of common portable terminal and PC as shown in Figure 1.Three relevant modules are arranged in this portable terminal---MMI module, MN module and Access Layer module.Wherein, man-machine interface (Man Machine Interface, being called for short " MMI ") module is used to provide the interface of man-machine interaction, comprises by display image, mode such as sound transmitting information to the user, and receiving information from input units such as portable terminal keyboards.Network management (Management Network is called for short " MN ") module is used to carry out the various function treatment of Non-Access Stratum (NAS).The Access Layer module is used for being connected with communication network, and wireless access function is provided.The MN module also is connected with computer by modes such as USB.Among the present invention, succinct for what narrate, can abbreviate the MMI module as MMI, abbreviate the MN module as MN.
In the prior art, portable terminal by modes such as USB cable with after PC is connected, portable terminal enters radio modem (Modulator/Demodulator, be called for short " MODEM ") state, at this moment, portable terminal is no longer handled from the instruction on the MMI module, only accepts the AT order that PC sends, up to withdrawing from from the wireless modem state.
Portable terminal has different interfaces with PC at identical functions, in the process that realizes a function, usually need multiple operation, wherein some operate in the portable terminal comparatively convenient, it is comparatively convenient that other operate among the PC, present technical scheme can only be used the interface of PC, and the mode of operation of most convenient can't be provided to the user in some cases.And portable terminal just plays the effect of a wireless modem, and the portable terminal software and hardware resources is not fully used.
Summary of the invention
The object of the present invention is to provide a kind of computer and status of mobile terminal method for synchronous, guaranteed that computer and status of mobile terminal are synchronous, improved the resource utilization of portable terminal, it is more convenient that the user is operated.
For solving the problems of the technologies described above, embodiments of the present invention provide a kind of computer and status of mobile terminal method for synchronous, comprise Access Layer module, network management module MN and subscriber interface module MMI in the portable terminal, this portable terminal is connected with computer by MN, may further comprise the steps:
MN receives instruction from the Access Layer module;
MN judges whether that according to the instruction of receiving from the Access Layer module needs send instruction to computer or MMI, if then this MN sends the instruction of representing identical meanings to computer and MMI respectively;
Computer and MMI carry out the state adjustment according to the instruction of receiving from MN respectively.
Embodiment of the present invention compared with prior art, the main distinction and effect thereof are:
MN is in the time need sending instruction to the either party among computer or the MMI, send the instruction of representing identical meanings to computer and MMI respectively, guaranteed that computer and status of mobile terminal are synchronous, in the process of carrying out same business, the user can select easily that any continues this business procedure in computer or the portable terminal, the software and hardware resources of portable terminal is fully utilized, and user interface is more friendly.
Further, after MN receives instruction from computer,, can make computer and portable terminal realize the synchronous of state and interface better to the adjustment instruction of MMI transmission with this instruction coupling.
Further, after MN receives instruction from MMI,, can make computer and portable terminal realize the synchronous of state and interface better to the adjustment instruction of computer transmission with this instruction coupling.
Description of drawings
Fig. 1 is the syndeton schematic diagram of computer and mobile phone in the prior art;
Fig. 2 is computer and a status of mobile terminal method for synchronous schematic flow sheet in the first embodiment of the invention;
Fig. 3 is the portable terminal receipt of call and the schematic flow sheet of being replied by computer in the second embodiment of the invention;
Fig. 4 is the schematic flow sheet that uses a computer in the second embodiment of the invention and make a call;
Fig. 5 is the portable terminal receipt of call and the schematic flow sheet of being replied by MMI in the third embodiment of the invention;
Fig. 6 is the schematic flow sheet that uses MMI to make a call in the third embodiment of the invention.
Embodiment
In the following description, in order to make the reader understand the application better many ins and outs have been proposed.But, persons of ordinary skill in the art may appreciate that even without these ins and outs with based on the many variations and the modification of following each execution mode, also can realize each claim of the application technical scheme required for protection.
For making the purpose, technical solutions and advantages of the present invention clearer, embodiments of the present invention are described in further detail below in conjunction with accompanying drawing.
First embodiment of the invention relates to a kind of computer and status of mobile terminal method for synchronous.Comprise Access Layer module, network management module MN and subscriber interface module MMI in this portable terminal, this portable terminal is connected with computer by MN, and its structure as shown in Figure 1.
Alleged portable terminal includes but not limited to mobile phone, personal digital assistant (PersonalDigital Assistant is called for short " PDA ") etc. among the present invention.
Portable terminal can be connected with computer by MN with wireless mode, and wireless mode comprises bluetooth, infrared or wireless lan (wlan) etc.Portable terminal also can be connected with computer by M N in wired mode, and wired mode comprises USB or live wire (FireWire) etc.
The flow process of this state synchronization method as shown in Figure 2.
In step 201, the Access Layer module sends instruction to MN.Can be various types of instructions, for example indication has incoming call, indication the other side on-hook, the indication short message, indication has packet to arrive, or the like.
After this enter step 202, MN receives instruction from the Access Layer module, and this instruction is handled.Comprise following substep in the processing procedure:
Judge whether that according to the instruction of receiving needs send instruction to computer or MMI, if then enter step 203 and 204, otherwise handle according to prior art from the Access Layer module.
What the present invention was alleged judges according to certain specific factor, does not get rid of comprehensive other factor and judges together, as long as comprise this specific factor in judgement.When for example MN judges according to the instruction of receiving from the Access Layer module, can be only to judge according to this instruction, also can be that the current state of state machine among comprehensive this instruction and the MN is judged together.
In step 203, MN sends the AT instruction to computer.If communicating by letter between MN and the computer do not used the AT instruction, and be to use other instruction, for example instruction of user-defined format also is fine.
In step 204, MN sends the MMI instruction to MMI.The instruction that will meet the requirement of MMI format specification among the present invention is called the MMI instruction.
AT instruction in the above-mentioned steps 203 and 204 and the identical implication of MMI instruction representative.The order of step 203 and step 204 can be exchanged.If portable terminal has enough resource supports, the forwarding step of step 203 and step 204 also can carry out simultaneously concomitantly.
In step 205, after computer is received the AT instruction of sending in the step 203, according to this AT instruction carrying out adjustment at state and interface.
In step 206, after MMI receives the MMI instruction of sending in the step 204, according to this MMI instruction carrying out adjustment at state and interface.
MN is in the time need sending instruction to the either party among computer or the MMI, send the instruction of representing identical meanings to computer and MMI respectively, guaranteed that computer and status of mobile terminal are synchronous, in the process of carrying out same business, the user can select in computer or the portable terminal any to continue this business procedure easily, the software and hardware resources of portable terminal is fully utilized, and user interface is more friendly, and the user operates more convenient.
Second embodiment of the invention relates to a kind of computer and status of mobile terminal method for synchronous.
Second execution mode improves on the basis of first execution mode, main improvements are, after MN receives instruction from computer,, make computer and portable terminal realize the synchronous of state and interface better to the adjustment instruction of MMI transmission with this instruction coupling.
Specifically, on the basis of first execution mode, increased following steps:
After MN receives instruction from computer, generate and send the adjustment that is complementary with this instruction to MMI and instruct, MMI will self adjust to and corresponding state of computer and interface according to this adjustment instruction.
Need to prove that adjustment instruction alleged among the present invention is not to be some specific instructions, but plays the instruction of corrective action.Different instructions should be instructed in corresponding different adjustment.
After MN receives instruction from computer, be not all will send all instructions to adjust instruction, can just send and adjust instruction at an instruction to MMI.
Below to second execution mode for two examples.
Earlier for a portable terminal receipt of call and the example of being replied by computer, its flow process as shown in Figure 3.
In step 301, Access Layer is received incoming call, sends the instruction of expression incoming call to MN.
Step 302 after this to 304 respectively at step 202 to 204 similar, no longer describe in detail in addition.
In step 305, after computer is received the AT instruction of sending in the step 303, according to this AT instruction carrying out adjustment at state and interface.Specifically on computer screen, show the information of incoming call, and be in the state of waiting for that the user answers or refuses, for example show the button of answering and refusing at computer screen.
In step 306, after MMI receives the MMI instruction of sending in the step 304, according to this MMI instruction carrying out adjustment at state and interface.Specifically on mobile phone screen, show the information of incoming call, and be in the state of waiting for that the user answers or refuses.
If the user supresses the button that expression is answered or refused on computers, then in step 307, computer sends the AT instruction (can represent to answer, also can be the expression refusal) that an expression is replied to MN.
After this enter step 308, MN handles according to the processing mode of prior art, and replys instruction to the transmission of Access Layer module.
After this enter step 309, MN will receive in step 307 that the AT instruction transformation that expression is replied is the MMI instruction.This MMI instruction is adjustment instruction alleged in the present embodiment.
After this enter step 310, MN sends to MMI with this MMI instruction.
After this enter step 311, MMI is according to MMI instruction the carrying out adjustment at state and interface of receiving.
If the user supresses the button that expression is answered on computers, then by on the prior art computer being state and the interface that is in the conversation naturally, in the present invention, after the execution of step 311, also be in state and interface (noticing that the user is not by the key of crossing on the portable terminal of answering) in the conversation on the MMI simultaneously.At this moment, no matter the user still passes through computer by portable terminal, can finish talking state at any time.And in the prior art, can only finish conversation by computer.
The example that makes a call by portable terminal for a computer more below, its flow process as shown in Figure 4.
In step 401, computer sends the AT instruction that an expression makes a call to MN, instructs as ATD.
After this enter step 402, MN sends the instruction that expression makes a call according to this ATD instruction to Access Layer.
After this enter step 403, MN generates the corresponding instruction of adjusting according to this AT instruction, just with MMI instruction of AT instruction transformation.For example the adjustment instruction that is complementary with ATD instruction can be START CALL instruction.
After this enter step 404, MN sends to MMI with this MMI instruction.
After this enter step 405, MMI is according to MMI instruction the carrying out adjustment at state and interface of receiving.For example, MMI simulates this MMI and detects state and the interface that this MMI is adjusted in the operation that makes a call that the user sends after receiving START CALL instruction.In other words, MMI receives the state that START CALL instruction back is done and the adjustment at interface, is equivalent to the user and presses the state that assignment key causes and the adjustment at interface on mobile phone.
Being appreciated that ATD and START CALL are an example, except the operation that this expression begins to call out, can also be terminated call, dialing, and operations such as short-message sending, flow process is similar to above-mentioned example, and the main distinction is not the same instruction.
The adjustment corresponding with ATD instruction also can not be START CALL, for example can be a self-defining instruction, if MMI know receive this self-defining instruction after, it is just passable to adjust to what state and interface.
After this, if MN receives the feedback command (as ACK etc.) from Access Layer, it is step 411, then in step 412, MN carries out the reception and the processing of feedback command, as the needs of oriented computer feedback, then generate the AT instruction and the MMI instruction of expression identical meanings, in step 413 and step 414, send to computer and MMI respectively.In step 415 and 416, computer and MMI carry out the adjustment at state and interface according to the instruction of receiving respectively.
Preferably, after MN received an AT instruction from computer, the adjustment instruction that sends to MMI can be the MMI instruction that is equal to this AT instruction.That is to say that if this adjustment instruction is to issue MN from MMI, this adjustment instruction role will be equal to the AT instruction that MN receives from computer fully.AT instruction just has much with the MMI instruction identical functions is arranged originally, uses with the MMI instruction of AT instruction identical function and can simplify instruction set in the whole system as adjusting instruction, and the adjustment instruction set needn't be set specially again.In the prior art, MMI can not receive and handle some MMI instruction, and the present invention expands the processing of MMI.Suppose that in the prior art, instruction A is MMI instruction, MMI is what not receive with processing instruction A, has only under given conditions, and MMI just can send instruction A to MN, and specific adjustment B is made at the state and the interface that will be accompanied by MMI simultaneously.So, in the present invention, when MMI receives instruction A, specific adjustment B is initiatively made at state and the interface of MMI." instruction A " in the above-mentioned title, the title that " adjusting B " just goes out to get are not for convenience of description refered in particular to the instruction of A by name or the adjustment of B by name.
Third embodiment of the invention relates to a kind of computer and status of mobile terminal method for synchronous.
The 3rd execution mode improves on the basis of first or second execution mode, main improvements are: after MN receives instruction from MMI, to the adjustment instruction of computer transmission, can make computer and portable terminal realize the synchronous of state and interface better with this instruction coupling.
Specifically, on the basis of first or second execution mode, increased following steps:
After MN receives instruction from MMI, generate and send the adjustment that is complementary with this instruction to computer and instruct, computer will self be adjusted to and corresponding state of MMI and interface according to this adjustment instruction.
Need to prove, after MN receives instruction from MMI, be not all will send to computer all instructions to adjust instruction, can just send at an instruction and adjust instruction.
Below to the 3rd execution mode for two examples.
Earlier for a portable terminal receipt of call and the example of being replied by MMI, its flow process as shown in Figure 5.
Step 501 to 506 respectively to step 301 to 306 similar, no longer describe in detail herein.
If the user supresses the button that expression is answered or refused on portable terminal, then in step 507, MMI sends the MMI instruction (can represent to answer, also can be the expression refusal) that an expression is replied to MN.
After this enter step 508, MN handles according to the processing mode of prior art, and replys instruction to the transmission of Access Layer module.
After this enter step 509, MN will receive in step 507 that the MMI instruction transformation that expression is replied is the AT instruction.This AT instruction is adjustment instruction alleged in the present embodiment.
After this enter step 510, MN sends to computer with this AT instruction.
After this enter step 511, computer is according to AT instruction the carrying out adjustment at state and interface of receiving.
If the user supresses the button that expression is answered on portable terminal, then this moment, no matter the user still passes through MMI by portable terminal, can finish talking state at any time.
The example that makes a call for the MMI of a portable terminal more below, its flow process as shown in Figure 6.
In step 601, MMI sends the MMI instruction that an expression makes a call to MN, instructs as START CALL.
After this enter step 602, MN sends the instruction that expression makes a call according to this START CALL instruction to Access Layer.
After this enter step 603, MN generates the corresponding instruction of adjusting according to this MMI instruction, just with AT instruction of MMI instruction transformation.For example the adjustment instruction that is complementary with START CALL instruction can be the ATD instruction.
After this enter step 604, MN sends to computer with this AT instruction.
After this enter step 605, computer is according to AT instruction the carrying out adjustment at state and interface of receiving.For example, computer is simulated this COMPUTER DETECTION and is operated state and the interface of adjusting this computer to making a call of sending of user after receiving ATD instruction.In other words, computer is received the state that ATD instruction back is done and the adjustment at interface, is equivalent to the user and presses the state that call button causes and the adjustment at interface on computer interface.
Being appreciated that START CALL and ATD are an example, except the operation that this expression begins to call out, can also be terminated call, dialing, operations such as short-message sending.
The adjustment corresponding with START CALL instruction can not be ATD also, for example can be a self-defining instruction, if computer know receive this self-defining instruction after, it is just passable to adjust to what state and interface.
After this, if MN receives the feedback command (as ACK etc.) from Access Layer, it is step 611, then in step 612, MN carries out the reception and the processing of feedback command, as the needs of oriented MMI feedback, then generate the MMI instruction and the AT instruction of expression identical meanings, in step 613 and step 614, send to MMI and computer respectively.In step 615 and 616, MMI and computer carry out the adjustment at state and interface according to the instruction of receiving respectively.
After MN received a MMI instruction from MMI, the adjustment instruction that sends to computer can be the AT instruction that is equal to this MMI instruction.
Though pass through with reference to some of the preferred embodiment of the invention, the present invention is illustrated and describes, but those of ordinary skill in the art should be understood that and can do various changes to it in the form and details, and without departing from the spirit and scope of the present invention.
Claims (10)
1. computer and status of mobile terminal method for synchronous comprise Access Layer module, network management module MN and subscriber interface module MMI in the portable terminal, and this portable terminal is connected with computer by MN, it is characterized in that, may further comprise the steps:
Described MN receives instruction from the Access Layer module;
Described MN judges whether that according to the instruction of receiving from described Access Layer module needs send instruction to described computer or MMI, if then this MN sends the instruction of representing identical meanings to described computer and MMI respectively;
Described computer and MMI carry out the state adjustment according to the instruction of receiving from described MN respectively.
2. computer according to claim 1 and status of mobile terminal method for synchronous is characterized in that, and be further comprising the steps of:
Described computer and MMI carry out the interface adjustment according to the instruction of receiving from described MN respectively.
3. computer according to claim 2 and status of mobile terminal method for synchronous is characterized in that, and be further comprising the steps of:
After described MN receives instruction from described computer, generate and send the adjustment that is complementary with this instruction to described MMI and instruct, described MMI will self adjust to and corresponding state of described computer and interface according to this adjustment instruction.
4. computer according to claim 3 and status of mobile terminal method for synchronous is characterized in that, if described MN receives that from described computer instruction is " ATD " instruction, the adjustment that then is complementary with this instruction instruction is " START CALL " instruction;
Described MMI according to this adjustment instruction with in the step of self adjusting to corresponding state of described computer and interface, described MM I simulates this MMI and detects state and the interface that this MMI is adjusted in the operation that makes a call that the user sends after receiving " START CALL " instruction.
5. computer according to claim 3 and status of mobile terminal method for synchronous is characterized in that, and be further comprising the steps of:
After described MN receives instruction from described MMI, generate and send the adjustment that is complementary with this instruction to described computer and instruct, described computer will self be adjusted to and corresponding state of described MMI and interface according to this adjustment instruction.
6. computer according to claim 5 and status of mobile terminal method for synchronous is characterized in that, if described MN receives that from described MMI instruction is " START CALL " instruction, the adjustment that then is complementary with this instruction instruction is " ATD " instruction;
Described computer according to this adjustment instruction with in the step of self adjusting to corresponding state of described MMI and interface, described computer is simulated this COMPUTER DETECTION and is operated state and the interface adjust this computer to making a call of sending of user after receiving " ATD " instruction.
7. according to each described computer and status of mobile terminal method for synchronous in the claim 1 to 6, it is characterized in that described portable terminal is connected with computer by MN with wireless mode.
8. computer according to claim 7 and status of mobile terminal method for synchronous is characterized in that, described wireless mode comprises bluetooth, infrared or WLAN (wireless local area network).
9. according to each described computer and status of mobile terminal method for synchronous in the claim 1 to 6, it is characterized in that described portable terminal is connected with computer by MN in wired mode.
10. computer according to claim 9 and status of mobile terminal method for synchronous is characterized in that, described wired mode comprises USB or live wire.
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Application publication date: 20100922 |