CN101345954A - Double-module terminal start-up detection method - Google Patents
Double-module terminal start-up detection method Download PDFInfo
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- CN101345954A CN101345954A CNA2008101392300A CN200810139230A CN101345954A CN 101345954 A CN101345954 A CN 101345954A CN A2008101392300 A CNA2008101392300 A CN A2008101392300A CN 200810139230 A CN200810139230 A CN 200810139230A CN 101345954 A CN101345954 A CN 101345954A
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Abstract
The invention discloses a double-module terminal start-up detection method, comprising: a, electrifying the main module and assistant module after starting up the double-module terminal; b, using the main module and assistant module to respectively detect the cards in card-slots connected with the main module and assistant module; c, controlling the double-module terminal into the corresponding state based on information and network selection mode detected by the step b. The main module and the assistant module all are electrified to run when starting up, therefore the cards in corresponding card-slots are detected by the main module and assistant module. The double-module terminal start-up detection method can save more time and has higher resource utilization ratio, with respect to the condition that the cards in the two card-slots are detected only by the main module.
Description
Technical field
The present invention relates to moving communicating field, relate in particular to a kind of double-module terminal start-up detection method.
Background technology
For double-mode and double-standby terminal, the start back is to realize one of key of dual-mode dual-standby technology to the correct detection and the control of two draw-in groove.In the existing technical scheme, all be that the detection with two draw-in grooves all has been placed on primary module on one side, so, just need primary module to start card in the draw-in groove and corresponding protocols stack repeatedly repeatedly, cause the waste on time and the resource.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of double-module terminal start-up detection method so that testing is saved time more, and the level of resources utilization is higher.
In order to solve the problems of the technologies described above, the present invention proposes a kind of double-module terminal start-up detection method, comprising:
Behind a, the described double-module terminal start-up, its primary module and secondary module power on;
B, described primary module and secondary module detect the row that sticks in the draw-in groove that it was connected respectively;
C, control this dual-mode terminal according to the detected information of step b and network selecting pattern and enter corresponding state.
Wherein, among the step a, behind the described double-module terminal start-up, at first described primary module works on power, and this primary module sends a control signal to secondary module then, and secondary module works on power after receiving described control signal.
Wherein, among the step b, described primary module and secondary module detect the type information of the card in the corresponding draw-in groove that is connected respectively, and described secondary module according to the instruction of described primary module to sticking into the row detection and testing result be sent to described primary module in its corresponding draw-in groove that connects.
Wherein, among the step c, described network selecting pattern is the preset mode of described dual-mode terminal, and it comprises manual preference pattern or automatic preference pattern;
If manual preference pattern, then the type information with the card in detected two draw-in grooves of step b feeds back to the user, selects to use in described two draw-in grooves at least one to block pairing network formats and enter its holding state by the user;
If automatic preference pattern, then according to determined pattern in the type information of the card in detected two draw-in grooves of step b and the described automatic preference pattern, finally determine to use in described two draw-in grooves at least one to block pairing network formats and enter its holding state.
Concrete, under described automatic preference pattern, when being preset as dual standby mode, at this moment,, then only starting the corresponding network formats of a described card and enter holding state if step b detects when a card is only arranged in two draw-in grooves;
When being preset as single standby mode of a certain standard, if step b detects when card is the card of described a certain standard in two draw-in grooves, then start the network of described a certain standard and enter standby, if when all not comprising the card of described a certain standard in two draw-in grooves, then do not start any network formats, directly enter the holding state of no network function.
In addition, among the step b, described primary module and secondary module detect the type information of the card in the corresponding draw-in groove that is connected respectively, and described secondary module according to the instruction of described primary module to sticking into the row detection and testing result be sent to described primary module in its corresponding draw-in groove that connects.
Preferably, among the step c, described network selecting pattern is the preset mode of described dual-mode terminal, and it comprises manual preference pattern or automatic preference pattern;
If manual preference pattern, then the type information with the card in detected two draw-in grooves of step b feeds back to the user, selects to use in described two draw-in grooves at least one to block pairing network formats and enter its holding state by the user;
If automatic preference pattern, then according to determined pattern in the type information of the card in detected two draw-in grooves of step b and the described automatic preference pattern, finally determine to use in described two draw-in grooves at least one to block pairing network formats and enter its holding state.
Concrete, step a further comprises:
After A, primary module worked on power by the button triggering, the button of simulating described secondary module triggered starting-up signal and is sent to described secondary module, causes described secondary module and works on power;
B, secondary module send first signal to described primary module;
C, described primary module send secondary signal to described secondary module after receiving described first signal; Perhaps, after waiting for the very first time, send described secondary signal to described secondary module;
After D, described secondary module are received described secondary signal, just send the 3rd signal to described primary module.
Wherein, the very first time described in the step C is the default stand-by period of described primary module after described secondary module sends analogue-key triggering starting-up signal.
Wherein,,, then retransmit described secondary signal, after the repeating transmission through a preset times,, then do described secondary module power down process if still do not receive described the 3rd signal if described primary module is not received described the 3rd signal if among the step D.
Among the present invention, owing to when start, make described primary module and secondary module all work on power, thereby make it all can detect the card in the corresponding draw-in groove, with respect to only utilizing primary module to detect the situation of two cards in the draw-in groove, the present invention saves time more, and is higher to the utilance of resource.
Description of drawings
Fig. 1 is the flow chart of an embodiment of a kind of double-module terminal start-up detection method of the present invention.
Embodiment
At first, briefly set forth principle of the present invention.Among the present invention, when double-module terminal start-up, not only start primary module, also start secondary module simultaneously, thereby make two modules all work on power, and the row that sticks in the draw-in groove that connects is separately detected by primary module.So, saved time and improved utilance to resource.
The present invention will be described in detail below in conjunction with accompanying drawing.
With reference to figure 1, illustrate the flow chart of an embodiment of a kind of double-module terminal start-up detection method of the present invention.As shown in the figure, may further comprise the steps:
Step S11, dual-mode terminal receives starting-up signal.
This step triggers starting-up signal to primary module by the user by button.
Step S12, the primary module start that powers on.
That is, after receiving starting-up signal, primary module just starts.
Step S13, primary module control the start that powers on of secondary module.
An embodiment of the detailed process of this step is as follows:
A, primary module send a low level by the circuit that is connected with secondary module, simulate the starting-up signal that secondary module button triggers, and make secondary module start.Primary module has just begun to set up the handshake procedure of communicating by letter with secondary module afterwards:
B: secondary module sends READY message: secondary module start and finish necessary initialization after, to primary module transmission READY message, just enter the state of wait command by the serial ports of communicating by letter then with primary module.
C: primary module sends test command: when satisfying one of following two conditions, primary module just sends specific test command to set up the communication of major-minor module: one, primary module is being received the READY message of secondary module; Two, primary module is not received secondary module READY message, but has surpassed the stand-by period after giving secondary module low level start.
D: secondary module is replied test command: if secondary module is received the test command of primary module, return OK and confirm.
If receive OK message, the communication of then confirming is normally set up; If there is not message to return, carry out the repeating transmission (predetermined number of times N) of test command, in N time is retransmitted, receive OK, the communication of then confirming is normal sets up, if still there are not return messages after N time, then thinks secondary module operation irregularity, does the power down process of secondary module.
In this step, behind the primary module electrifying startup, it sends enabling signal to described secondary module, and secondary module is receiving also electrifying startup of described enabling signal.
Step S14, primary module detect connected draw-in groove.
In this step, just the draw-in groove to its connection detects after primary module powers on, and detects the type information of the card in the described draw-in groove etc.
Step S15, primary module control secondary module the draw-in groove of its connection are detected.
Concrete, described primary module sends and obtains the Card Type order to described secondary module, and described secondary module is received the detection method detection of this order back by this platform card, and testing result is returned to primary module.Because the detection method of card is the known of those of ordinary skills, thereby does not further set forth at this.
In this step, described primary module sends to described secondary module and detects instruction, after described secondary module is received this instruction, just to draw-in groove that this pair module is connected in stick into and go detection, with the type information that obtains this card etc.
Step S16 reads the network selecting pattern.
That is, described dual-mode terminal internal preset the network selecting pattern, this network selecting pattern comprises manual preference pattern and automatic preference pattern at least.
Described automatic preference pattern is one or more operational modes that set in advance, for example twoly treat pattern, singly treat pattern etc., and describedly two treat pattern and which kind of pair that be set to that the pattern of singly treating can be concrete treated or singly treat, such as twoly treat to be that the TD-SCDMA that supports of described dual-mode terminal and GSM twoly treat, GSM and CDMA etc., describedly singly treat then to be that the TD-SCDMA that described dual-mode terminal is supported singly treats, GSM singly treats or CDMA singly treats etc.
And, described network selecting pattern can be revised after start by the user, just reads amended network selecting pattern in next time when start detects, thereby makes that user's selection is convenient, promptly remove the loaded down with trivial details of manual selection from, also avoid the underaction of fixed network preference pattern.
Step S17 judges whether it is manual preference pattern, if, execution in step S18 then, otherwise execution in step S21.
Step S18 judges whether the card of two kinds of standards all exists, if, execution in step S19 then, otherwise execution in step S24.
Wherein, described two kinds of standards are meant two kinds of standards that described dual-mode terminal is supported, judge in this step whether the card of these two kinds of standards all is present in two draw-in grooves of this dual-mode terminal.
Step S19, user's selection also starts selected standard.
That is, under the situation that the card of two kinds of standards all exists, described dual-mode terminal provides selection by interactive interface to the user, carries out dual-mode dual-standby or singly treats etc. by the user is selected, after the user is selected, just starts selected standard.
Step S20 enters holding state.
In this step, when be by automatic preference pattern or manually preference pattern determine the standard of startup, and the card of corresponding standard also all exists, and then starts determined standard and enters the holding state of this standard.
When by automatic preference pattern or manually preference pattern all can't determine to start standard, perhaps can determine to use standard and the card of corresponding standard does not exist, then enter the holding state of no network function; That is, in the time can't determining to start standard, then enter the holding state of the no network function of primary module or secondary module; Can determine to use standard, but under the corresponding non-existent situation of card, then enter the holding state of the no network function of described definite standard;
Under the holding state of described no network function, the user can not use network function, but can use other multimedia function on this dual-mode terminal etc., for example MP3, MP4, shooting, alarm clock, notepad function etc.
This step finishes back execution in step S25.
Step S21 judges whether it is two patterns for the treatment of, if, execution in step S22 then, otherwise execution in step S24.
This step is the step after step S17 is defined as automatic preference pattern, after being defined as automatic preference pattern, first-selected this step of process judges whether described automatic preference pattern is two patterns for the treatment of further, the judgement of this step only need read also that the preference pattern type of storing gets final product in the described dual-mode terminal, be correlated with can refer step S16 in description.
Step S22 judges whether the card of two kinds of standards all exists, if, execution in step S23 then, otherwise execution in step S24.
The detailed process of this step can refer step S18.
Step S23 opens two kinds of standards.
That is, under automatic preference pattern,, then all start two kinds of patterns if the card of two kinds of standards all exists.
After this step finishes, execution in step S20.
Step S24 opens corresponding standard or does not start and standard.
In this step, when under automatic preference pattern, determining it is not twoly to treat the card of pattern or two kinds of standards and when not all existing, enter this step.And described be not two situations for the treatment of pattern, in one embodiment of the invention, following several situation (and being limited to) can be arranged:
GSM singly treats, CDMA singly treats, TD-SCDMA singly treats, WCDMA singly treats, CDMA2000 singly treats etc.;
The card of described two kinds of standards and situation about not all existing in one embodiment of the invention, can have following several situation (and being limited to):
Can be above-mentioned five kinds and singly treat one of them existence of standard that perhaps two draw-in grooves all do not insert card.
Therefore, in this step,, then start the corresponding standard of singly treating if the card of the corresponding pattern of singly treating exists; If the card of the corresponding pattern of singly treating does not exist, or does not all have card in two draw-in grooves, then do not start any standard yet.
This step finishes back execution in step S20.
Step S25 finishes.
Need to prove, described primary module and secondary module are two parts that described dual-mode terminal inside is comprised, its inside includes baseband processor and radio circuit, and because in the art, the concrete composition of described primary module and secondary module all is known technologies and also is common terminology, thereby in this not conscientious further elaboration.
In addition, described network selecting pattern storage is in the memory of described dual-mode terminal, and when flow process proceeded to the corresponding position, then correspondence read the network selecting pattern in the described memory.
Described dual-mode terminal comprises two draw-in grooves, and one of them is connected with described primary module, and another is connected with described secondary module, so that described primary module and secondary module can be distinguished the information of the card in the corresponding test card slot.
Above disclosed is a kind of preferred embodiment of the present invention only, can not limit the present invention's interest field certainly with this, and therefore the equivalent variations of doing according to claim of the present invention still belongs to the scope that the present invention is contained.
Claims (10)
1, a kind of double-module terminal start-up detection method comprises:
Behind a, the described double-module terminal start-up, its primary module and secondary module power on;
B, described primary module and secondary module detect the row that sticks in the draw-in groove that it was connected respectively;
C, control this dual-mode terminal according to the detected information of step b and network selecting pattern and enter corresponding state.
2, method according to claim 1 is characterized in that, among the step a, behind the described double-module terminal start-up, at first described primary module works on power, and this primary module sends a control signal to secondary module then, and secondary module works on power after receiving described control signal.
3, method according to claim 1, it is characterized in that, among the step b, described primary module and secondary module detect the type information of the card in the corresponding draw-in groove that is connected respectively, and described secondary module according to the instruction of described primary module to sticking into the row detection and testing result be sent to described primary module in its corresponding draw-in groove that connects.
4, method according to claim 1 is characterized in that, among the step c, described network selecting pattern is the preset mode of described dual-mode terminal, and it comprises manual preference pattern or automatic preference pattern;
If manual preference pattern, then the type information with the card in detected two draw-in grooves of step b feeds back to the user, selects to use in described two draw-in grooves at least one to block pairing network formats and enter its holding state by the user;
If automatic preference pattern, then according to determined pattern in the type information of the card in detected two draw-in grooves of step b and the described automatic preference pattern, finally determine to use in described two draw-in grooves at least one to block pairing network formats and enter its holding state.
5, method according to claim 4 is characterized in that, under described automatic preference pattern, when being preset as dual standby mode, at this moment, if step b detects when a card is only arranged in two draw-in grooves, then only start the corresponding network formats of a described card and enter holding state;
When being preset as single standby mode of a certain standard, if step b detects when card is the card of described a certain standard in two draw-in grooves, then start the network of described a certain standard and enter standby, if when all not comprising the card of described a certain standard in two draw-in grooves, then do not start any network formats, directly enter the holding state of no network function.
6, method according to claim 2, it is characterized in that, among the step b, described primary module and secondary module detect the type information of the card in the corresponding draw-in groove that is connected respectively, and described secondary module according to the instruction of described primary module to sticking into the row detection and testing result be sent to described primary module in its corresponding draw-in groove that connects.
7, method according to claim 6 is characterized in that, among the step c, described network selecting pattern is the preset mode of described dual-mode terminal, and it comprises manual preference pattern or automatic preference pattern;
If manual preference pattern, then the type information with the card in detected two draw-in grooves of step b feeds back to the user, selects to use in described two draw-in grooves at least one to block pairing network formats and enter its holding state by the user;
If automatic preference pattern, then according to determined pattern in the type information of the card in detected two draw-in grooves of step b and the described automatic preference pattern, finally determine to use in described two draw-in grooves at least one to block pairing network formats and enter its holding state.
8, according to each described method in the claim 1 to 7, it is characterized in that step a further comprises:
After A, primary module worked on power by the button triggering, the button of simulating described secondary module triggered starting-up signal and is sent to described secondary module, causes described secondary module and works on power;
B, secondary module send first signal to described primary module;
C, described primary module send secondary signal to described secondary module after receiving described first signal; Perhaps, after waiting for the very first time, send described secondary signal to described secondary module;
After D, described secondary module are received described secondary signal, just send the 3rd signal to described primary module.
9, method according to claim 8 is characterized in that, the very first time described in the step C is the default stand-by period of described primary module after described secondary module sends analogue-key triggering starting-up signal.
10, method according to claim 8 is characterized in that, if among the step D, if described primary module is not received described the 3rd signal, then retransmit described secondary signal, after the repeating transmission through a preset times, if still do not receive described the 3rd signal, then do described secondary module power down process.
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| CN105682085A (en) * | 2016-04-18 | 2016-06-15 | 广东欧珀移动通信有限公司 | Method and device for realizing that double cards simultaneously use communication network in mobile terminal |
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Address after: 266071 Shandong city of Qingdao province Jiangxi City Road No. 11 Applicant after: Qingdao Hisense Mobile Communication Technology Co., Ltd. Address before: 266100 Zhuzhou Road, Laoshan District, Shandong, No. 151, No. Applicant before: Qingdao Hisense Mobile Communication Technology Co., Ltd. |
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Application publication date: 20090114 |