CN103118187A - Method for automatic switching of contextual modes and mobile phone - Google Patents
Method for automatic switching of contextual modes and mobile phone Download PDFInfo
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- CN103118187A CN103118187A CN2013100257707A CN201310025770A CN103118187A CN 103118187 A CN103118187 A CN 103118187A CN 2013100257707 A CN2013100257707 A CN 2013100257707A CN 201310025770 A CN201310025770 A CN 201310025770A CN 103118187 A CN103118187 A CN 103118187A
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Abstract
The invention relates to the electronic technical field, and discloses a method for automatic switching of contextual modes and a mobile phone. The method includes the following steps: a step 100 is setting a preset period, a contextual mode corresponding to the preset period, and a contextual mode corresponding to a charging mode; a step 101 is judging whether the mobile phone is in the charging mode, executing a step 102 if the mobile phone is in the charging mode, and executing a step 103 if the mobile phone is not in the charging mode; the step 102 is switching the contextual mode of the mobile phone into the contextual mode corresponding to the charging mode; the step 103 is judging whether the mobile phone is in near-field communication with a preset near field communication device, executing a step 104 if the mobile phone is in near-field communication with the preset near field communication device, and executing a step 107 if the mobile phone is not in near-field communication with the preset near field communication device; the step 104 is obtaining current system time of the mobile phone and executing a step 105; the step 105 is judging whether the current system time of the mobile phone is in the preset period, executing a step 106 if the current system time of the mobile phone is in the preset period, and executing the step 107 if the current system time of the mobile phone is not in the preset period; the step 106 is switching the contextual mode of the mobile phone into the contextual mode corresponding to the preset period; and the step 107 is maintaining the contextual mode of the mobile phone. Through the method for the automatic switching of the contextual modes and the mobile phone, the convenience of use by users can be improved.
Description
Technical field
The present invention relates to electronic technology field, particularly a kind of method of automatic switching situation pattern and mobile phone.
Background technology
In information exchange today rapidly, daily life more and more be unable to do without mobile phone.Existing mobile phone generally all provides the function of manual switching contextual model.
Existing mobile phone is generally to shield or button comes switching contextual model by point touching.The shortcoming of prior art is: for most of working clan, they sometimes forget in the time of meeting bell mode are switched to vibrating mode or silent mode, can cause meeting awkward scene to occur when ringing sound of cell phone sounds; When working clan's rest at home, if forget vibrating mode is switched the bell pattern that echoes, may cause missing important phone, delay thing.Therefore, be badly in need of a kind of method and mobile phone of automatic switching situation pattern, satisfy working clan's needs, improve the convenience that working clan user uses.
Summary of the invention
The embodiment of the present invention the first purpose is to provide a kind of method of automatic switching situation pattern, uses this technical scheme and can improve user's ease of use.
The embodiment of the present invention the second purpose is to provide a kind of mobile phone of automatic switching situation pattern, uses this technical scheme and can improve user's ease of use.
First aspect the invention provides a kind of method of automatic switching situation pattern, comprising:
S100, the contextual model that Preset Time section and described Preset Time section correspondence are set and contextual model corresponding to charge mode;
S101, judge whether mobile phone is in charge mode, if execution in step S102, otherwise execution in step S103;
S102, the contextual model of described mobile phone is switched to contextual model corresponding to described charge mode;
S103, judge that whether described mobile phone carries out near-field communication with default near-field communication device, if execution in step S104, otherwise execution in step S107;
S104, the current system time of obtaining described mobile phone, execution in step S105;
S105, judge whether the current system time of described mobile phone be in described Preset Time section, if execution in step S106, otherwise execution in step S107;
S106, the contextual model of described mobile phone is switched to the contextual model of described Preset Time section correspondence;
The contextual model of S107, the described mobile phone of maintenance is constant.
In conjunction with first aspect, under the first implementation, after described step S102, also comprise the following steps:
S108, judge whether described mobile phone is converted to non-charging mode by charge mode, if carry out S109;
S109, the contextual model of described mobile phone is switched to contextual model before mobile phone is in charge mode.
In conjunction with first aspect, under the second implementation, judge that in described step S103 whether described mobile phone carries out near-field communication with the near-field communication device of presetting, and comprising:
Send the return value corresponding to described near-field communication data that produces after the near-field communication data according to described mobile phone, judge whether described mobile phone carries out near-field communication with the near-field communication device of presetting.
In conjunction with the second implementation of first aspect, under the third implementation, described near-field communication data comprise the subscriber identity information data.
Second aspect the invention provides a kind of mobile phone of automatic switching situation pattern, and comprising: contextual model arranges input module, charging module, contextual model switching controls module, time-obtaining module, near-field communication control module, near field communication antenna;
Described contextual model arranges input module and connects described contextual model switching controls module, is used for arranging contextual model and the contextual model corresponding to charge mode of Preset Time section and described Preset Time section correspondence;
Described contextual model switching controls module connects described charging module, is used for judging whether described mobile phone is in charge mode, and when described mobile phone is in charge mode, the contextual model of described mobile phone is switched to contextual model corresponding to described charge mode;
Described near field communication antenna connects described near-field communication control module, is used for receiving and sending the near-field communication signal;
Described contextual model switching controls module connects respectively described near-field communication control module and described time-obtaining module, be used for judging whether described mobile phone carries out near-field communication with the near-field communication device of presetting, and when described mobile phone and described default near-field communication device carry out near-field communication, the current system time of obtaining mobile phone by time-obtaining module;
Described contextual model switching controls module also is used for judging whether the described current system time is in described Preset Time section, and when the described current system time is in the default time period, the contextual model of described mobile phone is switched to the contextual model of described Preset Time section correspondence.
In conjunction with second aspect, under the first implementation, described contextual model arranges input module and is specially at least a in mobile phone key or touch display screen.
In conjunction with second aspect, under the second implementation, described contextual model switching controls module also is used for judging whether described mobile phone changes non-charging mode into by charge mode, and when described mobile phone is converted to non-charging mode by charge mode, the contextual model of described mobile phone is switched to contextual model before mobile phone is in charge mode.
In conjunction with second aspect, under the third implementation, described near-field communication control module comprises near-field communication main control unit, near-field communication information memory cell and return value memory cell, and described near-field communication main control unit connects respectively described near-field communication information memory cell and described return value memory cell;
The near-field communication data that described near-field communication main control unit is used for described near-field communication information memory cell is stored send by near field communication antenna, and read return value corresponding to described near-field communication data from the return value memory cell, send to described contextual model switching controls module, judge according to described return value whether described mobile phone carries out near-field communication with the near-field communication device of presetting for described contextual model switching controls module.
Therefore, use the present embodiment technical scheme, when mobile phone is in charge mode, automatically the contextual model with mobile phone switches to contextual model corresponding to charge mode, and mobile phone is not when charging, whether carry out communication with the near-field communication device of presetting according to mobile phone and obtain the current system time, then judge whether the current system time is in the contextual model that the Preset Time section is come corresponding switch mobile phone.Than numerous and diverse operation of prior art manual switchover contextual model, adopt the present embodiment technological means, can improve user's ease of use.
Description of drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, the below will do to introduce simply to the accompanying drawing of required use in embodiment or description of the Prior Art, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The schematic flow sheet of the method for a kind of automatic switching situation pattern that Fig. 1 provides for the embodiment of the present invention 1;
The mobile phone of a kind of automatic switching situation pattern that Fig. 2 provides for the embodiment of the present invention 2;
Fig. 3 is the schematic diagram of near-field communication control module of the mobile phone of a kind of automatic switching situation pattern of providing in the embodiment of the present invention 2.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Based on the embodiment in the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
Embodiment 1
Referring to Fig. 1, the schematic flow sheet of the method for a kind of automatic switching situation pattern that provides for the embodiment of the present invention 1.
The method of a kind of automatic switching situation pattern that embodiment 1 provides comprises:
S100, the contextual model that Preset Time section and described Preset Time section correspondence are set and contextual model corresponding to charge mode;
embodiment 1 provides a kind of method of automatic switching situation pattern, its application scenarios can but to be not limited to be the scene that the working clan uses mobile phone, according to working clan's work hours may conference participation, and After Hours may miss phone, therefore two Preset Time sections can be set, and the contextual model of two Preset Time section correspondences is set, it is the first Preset Time section that 7:00-8:00 for example is set, the mobile phone scene mode of the first Preset Time section correspondence is vibrating mode, it is the second Preset Time section that 18:00-19:00 is set, the contextual model of the second Preset Time section correspondence is bell mode.Also may miss important phone when considering in addition working clan's cell-phone charging, it is bell mode that contextual model corresponding to charge mode can be set.
S101, judge whether mobile phone is in charge mode, if execution in step S102, otherwise execution in step S103;
After the normal operation of mobile phone, whether the real-time judge mobile phone is in charge mode, can judge according to the variation of cell-phone charging voltage specifically whether mobile phone is in charge mode, for example, when charger access power supply, mobile phone can detect charging voltage and become 5V by 0, thinks that mobile phone is converted to charge mode by non-charging mode, execution in step S102.
S102, the contextual model of described mobile phone is switched to contextual model corresponding to described charge mode;
According to contextual model corresponding to preset charged pattern in step S100, with the contextual model corresponding to contextual model switching charge mode of mobile phone, can be for example bell mode;
Further, after step S102, can also comprise the following steps:
S108, judge whether described mobile phone is converted to non-charging mode by charge mode, if carry out S109;
S109, the contextual model of described mobile phone is switched to contextual model before mobile phone is in charge mode;
Concrete, mobile phone is before being converted to charge mode by non-charging mode, need to preserve current contextual model, after mobile phone charges, in real time whether charge complete according to the variation detection of handset of charging voltage, complete when cell-phone charging, when extracting charger, the contextual model of switch mobile phone is the contextual model before cell-phone charging.Carry out above-mentioned steps and further removed the troublesome operation that the user is switched in the laggard market scape of cell-phone charging pattern from.
S103, judge that whether described mobile phone carries out near-field communication with default near-field communication device, if execution in step S104, otherwise execution in step S107;
Further, judge that whether described mobile phone carries out near-field communication with the near-field communication device of presetting, and comprising:
Send the return value corresponding to described near-field communication data that produces after the near-field communication data according to described mobile phone, judge whether described mobile phone carries out near-field communication with the near-field communication device of presetting.
Further, the near-field communication data comprise the subscriber identity information data.
Be on duty in the application scenarios of family, the working clan generally has the needs of clock in and out, default near-field communication device can be the reading card device of working clan place company, when working clan user uses the mobile phone with near-field communication function during near reading card device, when mobile phone is sensed the electromagnetic wave signal of characteristic frequency of reading card device, can send the near-field communication data to reading card device, for example be specially the subscriber identity information data.Mobile phone produces the return value corresponding to these near-field communication data after sending the near-field communication data, can confirm by this return value whether mobile phone carries out communication with the near-field communication device of presetting.
S104, the current system time of obtaining described mobile phone, execution in step S105;
After mobile phone and the near-field communication device of presetting carry out near-field communication, obtain the current system time from the clock of mobile phone own, the clock of mobile phone own can be provided by service provider by network.
S105, judge whether the current system time of described mobile phone be in described Preset Time section, if execution in step S106, otherwise execution in step S107;
Mobile phone compares current system time and Preset Time section, for example working clan user's time of checking card is 7:25, the current system time that mobile phone and reading card device carry out obtaining after near-field communication is 7:25, the current system time is in the scope of the first Preset Time section 7:00-8:00, mobile phone needs automatically contextual model to be switched to vibrating mode, for example the user is 18:10 the next time of checking card again, obtaining the current system time after mobile phone and reading card device communication is 18:10, the current system time is in the second Preset Time section, and mobile phone switches to bell mode with contextual model.
S106, the contextual model of described mobile phone is switched to the contextual model of described Preset Time section correspondence;
The contextual model of S107, the described mobile phone of maintenance is constant.
Therefore, use the present embodiment technical scheme, when mobile phone is in charge mode, automatically the contextual model with mobile phone switches to contextual model corresponding to charge mode, and mobile phone is not when charging, whether carry out communication with the near-field communication device of presetting according to mobile phone and obtain the current system time, then judge whether the current system time is in the contextual model that the Preset Time section is come corresponding switch mobile phone.Than numerous and diverse operation of prior art manual switchover contextual model, adopt the present embodiment technological means, can improve user's ease of use.
Embodiment 2
Referring to Fig. 2, the present embodiment provides a kind of mobile phone of automatic switching situation pattern, comprising: contextual model arranges input module 205, charging module 201, contextual model switching controls module 202, time-obtaining module 206, near-field communication control module 203, near field communication antenna 204;
Contextual model arranges input module 205 and connects contextual model switching controls module 202, is used for arranging contextual model and the contextual model corresponding to charge mode of Preset Time section and Preset Time section correspondence;
Contextual model switching controls module 202 connects charging modules 201, is used for judging whether mobile phone is in charge mode, and when mobile phone is in charge mode, the contextual model of mobile phone is switched to contextual model corresponding to charge mode;
Near field communication antenna 204 connects near-field communication control module 203, is used for receiving and sending the near-field communication signal;
Contextual model switching controls module 202 connects respectively near-field communication control module 203 and time-obtaining module 206, be used for judging whether mobile phone carries out near-field communication with the near-field communication device of presetting, and when mobile phone and described default near-field communication device carry out near-field communication, the current system time of obtaining mobile phone by time-obtaining module 206;
Contextual model switching controls module 202 is used for also judging whether the described current system time be in the Preset Time section, and when the current system time is in the default time period, the contextual model of described mobile phone is switched to the contextual model of Preset Time section correspondence.
In the specific implementation, contextual model arranges input module and is specially at least a in mobile phone key or touch display screen.
Contextual model switching controls module 202 also is used for judging whether mobile phone changes non-charging mode into by charge mode, and when mobile phone is converted to non-charging mode by charge mode, and the contextual model of mobile phone is switched to contextual model before mobile phone is in charge mode.
Referring to Fig. 3, it is the near-field communication control module schematic diagram of the mobile phone that provides in embodiment 2.Near-field communication control module 203 comprises near-field communication main control unit 2031, near-field communication information memory cell 2032 and return value memory cell 2033, and near-field communication main control unit 2031 connects respectively near-field communication information memory cell 2032 and return value memory cell 2033; Near-field communication main control unit 2031 is used for the near-field communication data of near field communication information memory cell 2032 storages are sent by near field communication antenna, and read return value corresponding to the near-field communication data from return value memory cell 2033, send to contextual model switching controls module 202, judge according to return value whether mobile phone carries out near-field communication with the near-field communication device of presetting for described contextual model switching controls module.
The mobile phone that embodiment 2 provides, main syndeton and the operation principle of its each parts are as follows:
Contextual model arranges input module 205 and connects contextual model switching controls module 202, is used for arranging contextual model and the contextual model corresponding to charge mode of Preset Time section and Preset Time section correspondence; The application scenarios of this mobile phone can but to be not limited to be the scene that the working clan uses mobile phone, according to working clan's work hours may conference participation, and After Hours may miss phone, therefore two Preset Time sections can be set, and the contextual model of two Preset Time section correspondences is set, it is the first Preset Time section that 7:00-8:00 for example is set, the mobile phone scene mode of the first Preset Time section correspondence is vibrating mode, it is the second Preset Time section that 18:00-19:00 is set, and the contextual model of the second Preset Time section correspondence is bell mode.Also may miss important phone when considering in addition working clan's cell-phone charging, it is bell mode that contextual model corresponding to charge mode can be set.
Contextual model switching controls module 202 connects charging modules 201, is used for judging whether mobile phone is in charge mode, and when mobile phone is in charge mode, the contextual model of mobile phone is switched to contextual model corresponding to charge mode; Can judge according to the variation of cell-phone charging voltage specifically whether mobile phone is in charge mode, for example, when charger access power supply, mobile phone can detect charging voltage and become 5V by 0, think that mobile phone is converted to charge mode by non-charging mode, at this moment contextual model switching controls module 202 switches to contextual model corresponding to charge mode with the contextual model of mobile phone, can be for example bell mode.After mobile phone charges, 202 variations according to cell-phone charging voltage of contextual model switching controls module judge whether mobile phone changes non-charging mode into by charge mode, and when mobile phone is converted to non-charging mode by charge mode, the contextual model of mobile phone is switched to contextual model before mobile phone is in charge mode, for example mobile phone is vibrating mode before charging, cell-phone charging is complete extract charger after, the contextual model of mobile phone is switched to vibrating mode.
Near field communication antenna 204 connects near-field communication control module 203, is used for receiving and sending the near-field communication signal; Contextual model switching controls module 202 connects respectively near-field communication control module 203 and time-obtaining module 206, be used for judging whether mobile phone carries out near-field communication with the near-field communication device of presetting, and when mobile phone and described default near-field communication device carry out near-field communication, the current system time of obtaining mobile phone by time-obtaining module 206; When mobile phone does not charge, need to carry out according to mobile phone and default near-field communication device the time switching contextual model of near-field communication, be on duty in the application scenarios of family, the working clan generally has the needs of clock in and out, default near-field communication device can be the reading card device of working clan place company, when working clan user uses the mobile phone with near-field communication function during near reading card device, when mobile phone is sensed the electromagnetic wave signal of characteristic frequency of reading card device, can send the near-field communication data to reading card device, for example be specially the subscriber identity information data.Mobile phone produces the return value corresponding to these near-field communication data after sending the near-field communication data, can confirm by this return value whether mobile phone carries out communication with the near-field communication device of presetting.When mobile phone carried out near-field communication with the near-field communication device of presetting, contextual model switching controls module 202 obtained the current system time of mobile phone by time-obtaining module 206.
contextual model switching controls module 202 compares current system time and Preset Time section, for example working clan user's time of checking card is 7:25, the current system time that mobile phone and reading card device carry out obtaining after near-field communication is 7:25, the current system time is in the scope of the first Preset Time section 7:00-8:00, mobile phone needs automatically contextual model to be switched to vibrating mode, for example the user is 18:10 the next time of checking card again, obtaining the current system time after mobile phone and reading card device communication is 18:10, the current system time is in the second Preset Time section, mobile phone switches to bell mode with contextual model.If the current system time not in the Preset Time section, keeps the contextual model of mobile phone constant.
Therefore, use the present embodiment technical scheme, when mobile phone is in charge mode, automatically the contextual model with mobile phone switches to contextual model corresponding to charge mode, and mobile phone is not when charging, whether carry out communication with the near-field communication device of presetting according to mobile phone and obtain the current system time, then judge whether the current system time is in the contextual model that the Preset Time section is come corresponding switch mobile phone.Than numerous and diverse operation of prior art manual switchover contextual model, adopt the present embodiment technological means, can improve user's ease of use.
Device embodiment described above is only schematic, wherein said unit as the separating component explanation can or can not be also physically to separate, the parts that show as the unit can be or can not be also physical locations, namely can be positioned at a place, perhaps also can be distributed on a plurality of network element.Can select according to the actual needs wherein some or all of module to realize the purpose of the present embodiment scheme.Those of ordinary skills namely can understand and implement in the situation that do not pay performing creative labour.
Above-described execution mode does not consist of the restriction to this technical scheme protection range.Any at above-mentioned execution mode spirit and principle within do modification, be equal to and replace and improvement etc., within all should being included in the protection range of this technical scheme.
Claims (8)
1. the method for an automatic switching situation pattern, is characterized in that, comprising:
S100, the contextual model that Preset Time section and described Preset Time section correspondence are set and contextual model corresponding to charge mode;
S101, judge whether mobile phone is in charge mode, if execution in step S102, otherwise execution in step S103;
S102, the contextual model of described mobile phone is switched to contextual model corresponding to described charge mode;
S103, judge that whether described mobile phone carries out near-field communication with default near-field communication device, if execution in step S104, otherwise execution in step S107;
S104, the current system time of obtaining described mobile phone, execution in step S105;
S105, judge whether the current system time of described mobile phone be in described Preset Time section, if execution in step S106, otherwise execution in step S107;
S106, the contextual model of described mobile phone is switched to the contextual model of described Preset Time section correspondence;
The contextual model of S107, the described mobile phone of maintenance is constant.
2. the method for claim 1, is characterized in that, after described step S102, also comprises the following steps:
S108, judge whether described mobile phone is converted to non-charging mode by charge mode, if carry out S109;
S109, the contextual model of described mobile phone is switched to contextual model before mobile phone is in charge mode.
3. the method for claim 1, is characterized in that, judges that in described step S103 whether described mobile phone carries out near-field communication with the near-field communication device of presetting, and comprising:
Send the return value corresponding to described near-field communication data that produces after the near-field communication data according to described mobile phone, judge whether described mobile phone carries out near-field communication with the near-field communication device of presetting.
4. method as claimed in claim 3, is characterized in that, described near-field communication data comprise the subscriber identity information data.
5. the mobile phone of an automatic switching situation pattern, is characterized in that, comprising: contextual model arranges input module, charging module, contextual model switching controls module, time-obtaining module, near-field communication control module, near field communication antenna;
Described contextual model arranges input module and connects described contextual model switching controls module, is used for arranging contextual model and the contextual model corresponding to charge mode of Preset Time section and described Preset Time section correspondence;
Described contextual model switching controls module connects described charging module, is used for judging whether described mobile phone is in charge mode, and when described mobile phone is in charge mode, the contextual model of described mobile phone is switched to contextual model corresponding to described charge mode;
Described near field communication antenna connects described near-field communication control module, is used for receiving and sending the near-field communication signal;
Described contextual model switching controls module connects respectively described near-field communication control module and described time-obtaining module, be used for judging whether described mobile phone carries out near-field communication with the near-field communication device of presetting, and when described mobile phone and described default near-field communication device carry out near-field communication, the current system time of obtaining mobile phone by time-obtaining module;
Described contextual model switching controls module also is used for judging whether the described current system time is in described Preset Time section, and when the described current system time is in the default time period, the contextual model of described mobile phone is switched to the contextual model of described Preset Time section correspondence.
6. mobile phone as claimed in claim 5, is characterized in that, described contextual model arranges input module and is specially at least a in mobile phone key or touch display screen.
7. mobile phone as claimed in claim 5, it is characterized in that, described contextual model switching controls module also is used for judging whether described mobile phone changes non-charging mode into by charge mode, and when described mobile phone is converted to non-charging mode by charge mode, the contextual model of described mobile phone is switched to contextual model before mobile phone is in charge mode.
8. mobile phone as claimed in claim 5, it is characterized in that, described near-field communication control module comprises near-field communication main control unit, near-field communication information memory cell and return value memory cell, and described near-field communication main control unit connects respectively described near-field communication information memory cell and described return value memory cell;
The near-field communication data that described near-field communication main control unit is used for described near-field communication information memory cell is stored send by near field communication antenna, and read return value corresponding to described near-field communication data from the return value memory cell, send to described contextual model switching controls module, judge according to described return value whether described mobile phone carries out near-field communication with the near-field communication device of presetting for described contextual model switching controls module.
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| CN108989562B (en) * | 2018-07-17 | 2021-06-08 | 深圳市知赢科技有限公司 | Mobile terminal and automatic control method and device of mobile terminal |
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Application publication date: 20130522 |