CN103167591A - Radio frequency mobile communication card and consumption management method thereof - Google Patents
Radio frequency mobile communication card and consumption management method thereof Download PDFInfo
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- CN103167591A CN103167591A CN2011104170597A CN201110417059A CN103167591A CN 103167591 A CN103167591 A CN 103167591A CN 2011104170597 A CN2011104170597 A CN 2011104170597A CN 201110417059 A CN201110417059 A CN 201110417059A CN 103167591 A CN103167591 A CN 103167591A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention discloses a radio frequency mobile communication card and a consumption management method thereof. Before radio frequency communication is realized through the radio frequency mobile communication card, a dominant frequency mode of a dominant control module of the radio frequency mobile communication card can be set as a low-consumption low frequency mode through a setting sub-module included by the radio frequency mobile communication card. Therefore, a radio frequency module of the radio frequency mobile communication card sends and receives radio frequency data at a low-consumption mode, consumption of the radio frequency mobile communication card in the process of radio frequency communication is reduced, incompatibility of a terminal of the radio frequency mobile communication card caused by high consumption is prevented, experience satisfaction degree of users is improved, and the radio frequency mobile communication card is easy to popularize and use.
Description
Technical field
The present invention relates to the communications field, be specifically related to a kind of radio frequency mobile communication card and radio frequency mobile communication card power consumption management method.
Background technology
Radio frequency mobile communication card is integrated in general SIM card or UIM card with the non-contact application function, and it has realized realizing that based on 2.4GHz confinement communication radio communication has also realized mobile communication when using (such as mobile payment, gate inhibition, remote broadcasting etc.).Due to the multiple one that is applied to of its collection, easy to use, quick, its application is also increasingly extensive.Simultaneously, due to the restriction of the terminal of being used radio frequency mobile communication card (for example mobile phone) to the radio frequency mobile communication card power consumption, when completing radio communication because of the radio-frequency module of radio frequency mobile communication card short, abnormal conditions such as the cell-phone heating amount is excessive, autoboot frequently occur the too high cell phone standby time that causes of power consumption, make the terminal can not good compatible radio frequency mobile communication card, reduced user's experience.
Existing solution is by consulting with manufacturer terminal, increase the maximum power dissipation that terminal can bear, make the larger radio frequency mobile communication card of its compatible power consumption, increase the maximum power dissipation of terminal for compatible radio frequency mobile communication card but manufacturer terminal is simple, need to adjust accordingly other parameters of terminal, development is complicated, and for the terminal that has produced with in the terminal of selling on the market, using, can not make improvements, still can not compatible radio frequency mobile communication card.Therefore existing solution performance difficulty, can not effectively solve the high problem of radio frequency mobile communication card power consumption in communication process.
Summary of the invention
The main technical problem to be solved in the present invention is, a kind of radio frequency mobile communication card and radio frequency mobile communication card power consumption management method are provided, avoid the power consumption that produces in the radio communication process due to radio frequency mobile communication card excessive, cause terminal due to power consumption constraints can not compatible radio frequency mobile communication card problem.
For solving the problems of the technologies described above, the invention provides a kind of radio frequency mobile communication card, comprise main control module and the radio-frequency module that is connected with described main control module, described main control module is used for controlling described radio-frequency module and radio communication is carried out in the outside; Described main control module comprises submodule is set, described arrange submodule be used for described radio-frequency module send or the received RF data before, the low frequency mode that the dominant frequency pattern of described main control module is set to preset; Described radio-frequency module is used for sending or the received RF data under described low frequency mode.
In an embodiment of the present invention, described main control module also comprises the timing submodule, and the described module that arranges also was used for before described radio-frequency module transmission or received RF data, and the timing mode of described timing submodule is set to corresponding low frequency timing mode.
In an embodiment of the present invention, the described submodule that arranges also is used for when described radio-frequency module transmission or received RF ED, the high frequency mode that the dominant frequency pattern of described main control module is set to preset.
In an embodiment of the present invention, the described submodule that arranges also is used for when described radio-frequency module transmission or received RF ED, and the timing mode of described timing submodule is set to the high frequency timing mode corresponding with described high frequency mode.
In an embodiment of the present invention, described radio frequency mobile communication card also comprises the mobile communication module that is connected with described main control module, and described main control module also is used for controlling described mobile communication module and mobile communication is carried out in the outside; During low frequency mode that the described dominant frequency pattern that the described main control module of module is set is set to preset, the frequency that set described low frequency mode is corresponding is completed the required low-limit frequency of mobile communication more than or equal to described mobile communication module.
The present invention also provides a kind of radio frequency mobile communication card power consumption management method, described radio frequency mobile communication card comprises main control module and the radio-frequency module that is connected with described main control module, described main control module is used for controlling described radio-frequency module and radio communication is carried out in the outside, and described main control module comprises submodule is set; Described method comprises:
The low frequency mode that the dominant frequency pattern of the described main control module of submodule is set to preset is set;
Described radio-frequency module carries out transmission or the reception of rf data under described low frequency mode.
In an embodiment of the present invention, described main control module also comprises the timing submodule, and described method also comprises:
Before described radio-frequency module carried out the transmission of rf data or receives, the described timing mode that the described timing submodule of module is set was set to corresponding low frequency timing mode.
In an embodiment of the present invention, described radio-frequency module also comprises after the transmission of completing rf data under described low frequency mode or receiving:
The high frequency mode that the described dominant frequency pattern that the described main control module of submodule is set is set to preset.
In an embodiment of the present invention, described method also comprises:
After the transmission of completing rf data under described low frequency mode or receiving, the described timing mode that the described timing submodule of submodule is set is set to the high frequency timing mode corresponding with described high frequency mode at described radio-frequency module.
In an embodiment of the present invention, described radio frequency mobile communication card also comprises the mobile communication module that is connected with described main control module, and mobile communication is carried out in the described mobile communication module of described master control module controls and outside; During low frequency mode that the described dominant frequency pattern that the described main control module of module is set is set to preset, the frequency that set described low frequency mode is corresponding is completed the required low-limit frequency of mobile communication more than or equal to described mobile communication module.
the invention has the beneficial effects as follows: in the present invention, radio frequency mobile communication card comprises main control module and the radio-frequency module that is connected with main control module, and main control module is used for controlling radio-frequency module and the outside is completed radio communication accordingly alternately, main control module comprises submodule is set, submodule is set to be used for before radio-frequency module transmission or received RF data, the low frequency mode that the dominant frequency pattern of main control module is set to preset, be that radio frequency mobile communication card in the present invention is before realizing radio communication, the dominant frequency pattern of master control mould that can be by the submodule radio frequency mobile communication card is set is set to the low frequency mode of low-power consumption, radio-frequency module is sent or the received RF data under the low-power consumption mode of setting, and then the power consumption of main control module in realizing the radio communication process of reduction radio frequency mobile communication card, avoid in realizing the radio communication process, the power consumption that main control module produces is too high causes using the terminal (for example mobile phone) of radio frequency mobile communication card compatible situation not occur, improved the satisfaction that the user experiences, be more conducive to promoting the use of of radio frequency mobile communication card.
Description of drawings
Fig. 1 is the radio frequency mobile communication card structural representation of an embodiment of the present invention;
Fig. 2 is the radio frequency mobile communication card power consumption management method schematic flow sheet of an embodiment of the present invention.
Embodiment
By reference to the accompanying drawings the present invention is described in further detail below by embodiment.
Please refer to Fig. 1, the radio frequency mobile communication card that provides in the present embodiment comprises main control module, the radio-frequency module that is connected with main control module respectively and mobile communication module, main control module be used for to be controlled radio-frequency module and is carried out corresponding rf data with outside card reader and complete alternately radio communication, and is used for controlling mobile communication module and carries out corresponding communication data with outside other-end (for example mobile phone) and complete alternately mobile communication.Main control module in the present embodiment comprises submodule is set, this arranges submodule and was used for before radio-frequency module transmission or received RF data, the low frequency mode that the dominant frequency pattern of main control module is set to preset, radio-frequency module are used for sending or the received RF data under low frequency mode.
It should be noted that, low frequency mode in the present embodiment refers to that frequency is lower than the pattern of the frequency of initial setting up that radio frequency mobile communication card is given tacit consent to, therefore under low frequency mode, the power consumption during radio frequency mobile communication card work can move produce when working under the pattern of leading to the original frequency that is stuck in acquiescence low in energy consumption than radio frequency.Accordingly, the high frequency mode corresponding with low frequency mode in the present embodiment refers to the high pattern of the corresponding frequency of frequency ratio low frequency mode, be that frequency corresponding to frequency ratio low frequency mode corresponding to the present embodiment medium-high frequency pattern is high, can be the original frequency that radio frequency moves logical card acquiescence, it is high or low that also comparable radio frequency moves the original frequency that leads to the card acquiescence.Therefore the present embodiment medium-high frequency pattern and the corresponding frequency of low frequency mode are not to be a frequency values of unique correspondence, concrete selected can the selection according to actual conditions of its frequency values, for example select corresponding frequency according to the power consumption constraints situation, as long as this frequency can satisfy the requirement of power consumption constraints.
As from the foregoing, radio frequency mobile communication card in the present embodiment is before realizing radio communication, the dominant frequency pattern of main control module that can be by the submodule radio frequency mobile communication card is set is set to the low frequency mode of low-power consumption, send or the received RF data under the low-power consumption mode that radio-frequency module is set, and then reduce the power consumption of radio frequency mobile communication card in realizing the radio communication process, avoid that power consumption is too high causes using the terminal (for example mobile phone) of radio frequency mobile communication card compatible situation not occur.
when being due to the dominant frequency pattern with radio frequency mobile communication card the low frequency mode of presetting, the change of frequency can cause the variation of count cycle, therefore the main control module in the present embodiment also comprises the timing submodule, module is set also to be used for before radio-frequency module transmission or received RF data, the timing mode of timing submodule is set to the low frequency timing mode corresponding with set low frequency mode, preferably, before the low frequency mode that module can be set to preset in the dominant frequency pattern of main control module is set, the timing mode of timing submodule is set to the low frequency timing mode corresponding with set low frequency mode, concrete set-up mode can be as follows:
The dominant frequency of supposing the radio frequency mobile communication card acquiescence is 20M, and counter count down at 1000 o'clock from 1, represent 1 millisecond, the dominant frequency pattern of radio frequency mobile communication card is set to low frequency mode, when the frequency that this low frequency mode is corresponding is 2M, need 1 millisecond of timing as the timing submodule, its counter should be set to count down to 100 from 1, namely under this pattern, counter count down at 100 o'clock from 1, the time of its sign is 1 millisecond, and this timing mode is just that the timing submodule is corresponding to the low frequency timing mode under low frequency mode.
The adjustment mode of timing mode has gone out outside the preferred implementation that the present embodiment provides, and also can select according to actual conditions other adjustment mode.
as from the foregoing, radio frequency mobile communication card in the present embodiment is in the radio communication process, radio-frequency module carries out the sending and receiving of data under the low frequency mode that arranges, after radio communication is completed, radio-frequency module receives, the transmission data are complete, for other application functions that guarantee radio frequency mobile communication card are in normally, carry out work under good pattern, the submodule that arranges in the present embodiment also is used for when radio-frequency module transmission or received RF ED, the high frequency mode that the dominant frequency pattern of main control module is set to preset, the calibration that this high frequency mode is corresponding is the original frequency of radio frequency mobile communication card acquiescence, also can select according to actual needs to move than radio frequency the high or low frequency of original frequency of logical card acquiescence, for example terminal is in the process of implementing the down loading updating firmware, set of frequency that can this high frequency mode is corresponding is for moving the high frequency of original frequency of logical card acquiescence than radio frequency, to improve interface rate under the prerequisite that satisfies the power consumption constraints requirement.
Accordingly, when radio-frequency module receive, send data complete after, also need the timing mode of timing submodule to be set to the high frequency timing mode corresponding with high frequency mode, to guarantee correct timing time, be preferably in this example at radio-frequency module receive, send data complete after, with the dominant frequency mode adjustment of main control module for before default high frequency mode, the timing mode of timing submodule is set to the high frequency timing mode corresponding with high frequency mode, and the timing mode that the timing submodule is set still can adopt above-mentioned set-up mode.Therefore in the present embodiment arrange submodule also be used for receiving, send at radio-frequency module data complete after the timing mode of timing submodule of (before being preferably the high frequency mode that the dominant frequency pattern of described main control module is set to preset by low frequency mode) main control module be set to the high frequency timing mode corresponding with the high frequency mode that will arrange.
Because the main control module of radio frequency mobile communication card in the present embodiment is also realized mobile communication alternately for controlling mobile communication module and other-end, therefore be set under low frequency mode need consider that also frequency corresponding to this low frequency mode need satisfy the requirement that the master control module controls mobile communication module is realized mobile communication when completing radio communication in the dominant frequency of main control module.Frequency corresponding to low frequency mode that is preferably setting in the present embodiment completed the required low-limit frequency of mobile communication more than or equal to mobile communication module.
The present embodiment also discloses a kind of power consumption management method for above-mentioned radio frequency mobile communication card, can reduce the power consumption of radio frequency mobile communication card in realizing the radio communication process, avoid in realizing the radio communication process, the power consumption of the main control module of radio frequency mobile communication card is too high causes using the terminal (for example mobile phone) of radio frequency mobile communication card compatible situation not occur, and specifically comprises:
Before radio-frequency module receives or sends data, submodule is set the dominant frequency pattern of main control module is set in a manner described the low frequency mode preset;
Radio-frequency module carries out transmission or the reception of rf data under the low frequency mode that arranges.
By upper analysis as can be known, with the dominant frequency pattern of radio frequency mobile communication card during for default low frequency mode, the change of frequency can cause the variation of count cycle, therefore in the present embodiment arrange module can radio-frequency module send or the received RF data before (before being preferably the low frequency mode that the dominant frequency pattern of main control module is set to preset), the timing mode that also comprises the timing submodule is set to the low frequency timing mode corresponding with the low frequency mode that will arrange, to guarantee the accuracy of timing.
After radio communication is completed, radio-frequency module receives, the transmission data are complete, carry out work under normal, good pattern for other application functions that guarantee radio frequency mobile communication card are in, radio-frequency module also comprises after the transmission of completing rf data under the low frequency mode that arranges or receiving:
The high frequency mode that the dominant frequency pattern of submodule main control module is set to preset is set, the calibration that this high frequency mode is corresponding is the original frequency of radio frequency mobile communication card acquiescence, also can select according to actual needs to move than radio frequency the high or low frequency of original frequency of logical card acquiescence.
Accordingly, when radio-frequency module receive, send data complete after (be preferably dominant frequency mode adjustment with main control module for the high frequency mode of presetting before), also comprise: the timing mode that submodule timing submodule is set is set to the high frequency timing mode corresponding with the high frequency mode that arranges, to guarantee correct timing.For a better understanding of the present invention, below in conjunction with a complete method flow, invention is described further, sees also Fig. 2:
Before radio-frequency module received or sends data, the timing mode that submodule timing submodule is set was set to the low frequency timing mode corresponding with the low frequency mode that will arrange;
Submodule is set the dominant frequency pattern of main control module is set in a manner described the low frequency mode preset;
Radio-frequency module carries out transmission or the reception of rf data under the low frequency mode that arranges;
The timing mode that submodule timing submodule is set is set to the high frequency timing mode corresponding with default high frequency mode by the low frequency timing mode;
Submodule is set the dominant frequency pattern of main control module is adjusted into default high frequency mode by low frequency mode, finish.
In summary, the present invention can be by before realizing radio communication at radio frequency mobile communication card, the dominant frequency pattern of the main control module of radio frequency mobile communication card is set to the low frequency mode of low-power consumption, send or the received RF data under the low-power consumption mode that radio-frequency module is set, and then the power consumption of main control module in realizing the radio communication process of reduction radio frequency mobile communication card, avoid that power consumption is too high causes using the terminal of radio frequency mobile communication card compatible situation not occur, improve the satisfaction that the user experiences, be more conducive to promoting the use of of radio frequency mobile communication card.
Above content is in conjunction with concrete execution mode further description made for the present invention, can not assert that concrete enforcement of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. a radio frequency mobile communication card, comprise main control module and the radio-frequency module that is connected with described main control module, and described main control module is used for controlling described radio-frequency module and radio communication is carried out in the outside; It is characterized in that, described main control module comprises submodule is set, described arrange submodule be used for described radio-frequency module send or the received RF data before, the low frequency mode that the dominant frequency pattern of described main control module is set to preset; Described radio-frequency module is used for sending or the received RF data under described low frequency mode.
2. radio frequency mobile communication card as claimed in claim 1, it is characterized in that, described main control module also comprises the timing submodule, the described module that arranges also was used for before described radio-frequency module transmission or received RF data, and the timing mode of described timing submodule is set to corresponding low frequency timing mode.
3. radio frequency mobile communication card as claimed in claim 2, is characterized in that, the described submodule that arranges also is used for when described radio-frequency module transmission or received RF ED, the high frequency mode that the dominant frequency pattern of described main control module is set to preset.
4. radio frequency mobile communication card as claimed in claim 3, it is characterized in that, the described submodule that arranges also is used for when described radio-frequency module transmission or received RF ED, and the timing mode of described timing submodule is set to the high frequency timing mode corresponding with described high frequency mode.
5. as the described radio frequency mobile communication card of claim 1-4 any one, it is characterized in that, described radio frequency mobile communication card also comprises the mobile communication module that is connected with described main control module, and described main control module also is used for controlling described mobile communication module and mobile communication is carried out in the outside; During low frequency mode that the described dominant frequency pattern that the described main control module of module is set is set to preset, the frequency that set described low frequency mode is corresponding is completed the required low-limit frequency of mobile communication more than or equal to described mobile communication module.
6. radio frequency mobile communication card power consumption management method, described radio frequency mobile communication card comprises main control module and the radio-frequency module that is connected with described main control module, described main control module is used for controlling described radio-frequency module and radio communication is carried out in the outside, and described main control module comprises submodule is set; It is characterized in that, described method comprises:
The low frequency mode that the dominant frequency pattern of the described main control module of submodule is set to preset is set;
Described radio-frequency module carries out transmission or the reception of rf data under described low frequency mode.
7. method as claimed in claim 6, is characterized in that, described main control module also comprises the timing submodule, and described method also comprises:
Before described radio-frequency module carried out the transmission of rf data or receives, the described timing mode that the described timing submodule of module is set was set to corresponding low frequency timing mode.
8. method as claimed in claim 7, is characterized in that, described radio-frequency module also comprises after the transmission of completing rf data under described low frequency mode or receiving:
The high frequency mode that the described dominant frequency pattern that the described main control module of submodule is set is set to preset.
9. method as claimed in claim 8, is characterized in that, described method also comprises:
After the transmission of completing rf data under described low frequency mode or receiving, the described timing mode that the described timing submodule of submodule is set is set to the high frequency timing mode corresponding with described high frequency mode at described radio-frequency module.
10. as the described method of claim 6-9 any one, it is characterized in that, described radio frequency mobile communication card also comprises the mobile communication module that is connected with described main control module, and mobile communication is carried out in the described mobile communication module of described master control module controls and outside; During low frequency mode that the described dominant frequency pattern that the described main control module of module is set is set to preset, the frequency that set described low frequency mode is corresponding is completed the required low-limit frequency of mobile communication more than or equal to described mobile communication module.
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| CN2011104170597A CN103167591A (en) | 2011-12-14 | 2011-12-14 | Radio frequency mobile communication card and consumption management method thereof |
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