CN103763440A - Information processing method, electronic device accessory and electronic device - Google Patents
Information processing method, electronic device accessory and electronic device Download PDFInfo
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- CN103763440A CN103763440A CN201410055889.3A CN201410055889A CN103763440A CN 103763440 A CN103763440 A CN 103763440A CN 201410055889 A CN201410055889 A CN 201410055889A CN 103763440 A CN103763440 A CN 103763440A
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Abstract
The invention discloses an information processing method, an electronic device accessory and an electronic device. The information processing method is applied to the electronic device accessory. The electronic device accessory is connected with the electronic device through a first interface of the electronic device to output multimedia data of the electronic device, and the electronic device accessory comprises a first sensing unit. The information processing method includes the steps that the first sensing unit is utilized to acquire first sensing parameters including posture change information of the electronic device accessory; the first sensing parameters are sent to the electronic device through the first interface, and then the electronic device can judge relative posture change information, relative to the electronic device, of the electronic device accessory based on the first sensing parameters and generates and executes a first command according to the relative posture change information. According to the information processing method, the electronic device accessory and the electronic device, the technical problems that in the prior art, a mobile phone cannot be operated by moving a headset plug inside a headset interface can be solved, and it is achieved that motion of the headset plug inside the headset interface is monitored to generate commands to operate the mobile phone and other electronic devices.
Description
Technical field
The application relates to technical field of data processing, particularly a kind of information processing method, electronic equipment enclosure and electronic equipment.
Background technology
At present, user can be connected with terminals such as mobile phones by earphone, and the voice signal of mobile phone is obtained and play as signals such as playback of songs and video playback.Wherein, earphone inserts by its plug the earphone jack arranging with the terminal such as mobile phone and is connected with terminal, in order to the voice signal in mobile phone is exported.
But, in prior art, cannot the motion in earphone interface inside realize the operation to mobile phone by headset plug, and concerning user, if can realize, via the motion of headset plug, control mobile phone, beyond doubt very easily.
Summary of the invention
The application's technical problem to be solved is to provide a kind of information processing method, electronic equipment enclosure and electronic equipment, in order to solve in prior art, cannot the motion in earphone interface inside realize the technical problem to the operation of mobile phone by headset plug.
The application provides a kind of information processing method, be applied to an electronic equipment enclosure, described electronic equipment enclosure is connected with described electronic equipment via the first interface of electronic equipment, to export the multi-medium data of described electronic equipment, described electronic equipment enclosure at least comprises the first sensing unit, and described method comprises:
Utilize described the first sensing unit to obtain the first parameter sensing, described the first parameter sensing comprises the attitude change information of described electronic equipment enclosure;
Described the first parameter sensing is sent to described electronic equipment via described first interface, for described electronic equipment, based on described the first parameter sensing, judges that described electronic equipment enclosure generates and carry out the first instruction with respect to the relative attitude change information of this electronic equipment and according to described relative attitude change information.
Said method, preferably, describedly utilizes described the first sensing unit to obtain the first parameter sensing, comprising:
Utilize described the first sensing unit to gather the current attitude parameter of described electronic equipment enclosure;
Geomagnetic coordinates system based on default, the historical attitude parameter collecting according to described current attitude parameter and described the first sensing unit, generates the attitude change information of described electronic equipment enclosure;
According to described attitude change information, generate the first parameter sensing.
Said method, preferably, described attitude change information comprises: the rotation angle value of described electronic equipment enclosure and direction of rotation value.
The application provides a kind of electronic equipment enclosure, described electronic equipment enclosure is connected with described electronic equipment via the first interface of described electronic equipment, to export the multi-medium data of described electronic equipment, described electronic equipment enclosure at least comprises the first sensing unit, wherein:
Described the first sensing unit, for obtaining the first parameter sensing of the attitude change information that includes this electronic equipment enclosure, and trigger described electronic equipment enclosure described the first parameter sensing is sent to described electronic equipment via described first interface, for described electronic equipment, based on described the first parameter sensing, judge that described electronic equipment enclosure is with respect to the relative attitude change information of this electronic equipment, and generate and carry out the first instruction according to described relative attitude change information.
Above-mentioned electronic equipment enclosure, preferably, described the first sensing unit comprises:
Parameter current gathers subelement, for gathering the current attitude parameter of described electronic equipment enclosure;
Change information generates subelement, for the geomagnetic coordinates based on default, worries, and according to described current attitude parameter and described parameter current, gathers the historical attitude parameter that subelement collects, and generates the attitude change information of described electronic equipment enclosure;
Parameter sensing generates subelement, for according to described attitude change information, generates the first parameter sensing.
The application also provides a kind of information processing method, be applied to an electronic equipment, described electronic equipment is connected with an electronic equipment enclosure via its first interface, to utilize this electronic equipment enclosure, export the multi-medium data of described electronic equipment, described electronic equipment enclosure at least comprises the first sensing unit, and described method comprises:
Receive the first parameter sensing that described electronic equipment enclosure sends, described the first parameter sensing comprises the attitude change information that described electronic equipment enclosure utilizes described the first sensing unit to get;
Based on described the first parameter sensing, judge that described electronic equipment is with respect to the relative attitude change information of described electronic equipment enclosure;
According to described relative attitude change information, generate and carry out the first instruction.
Said method, preferably, describedly judges that based on described the first parameter sensing described electronic equipment, with respect to the relative attitude change information of described electronic equipment enclosure, comprising:
Extract the attitude change information of electronic equipment enclosure described in described the first parameter sensing, and obtain the attitude change information of described electronic equipment;
Geomagnetic coordinates system based on default, according to the attitude change information of described electronic equipment enclosure and the attitude change information of described electronic equipment, generates described electronic equipment with respect to the relative attitude change information of described electronic equipment enclosure.
Said method, preferably, generates and carries out the first instruction according to described relative attitude change information, comprising:
Judge that whether relative rotation angle value and relative direction of rotation value in described relative postural change information meet default instruction create-rule, if so, generate the first instruction;
Carry out described the first instruction.
The application also provides a kind of electronic equipment, described electronic equipment is connected with an electronic equipment enclosure via its first interface, to utilize this electronic equipment enclosure, export the multi-medium data of described electronic equipment, described electronic equipment enclosure at least comprises the first sensing unit, and described electronic equipment comprises:
Parameter receiving element, the first parameter sensing sending for receiving described electronic equipment enclosure, described the first parameter sensing comprises the attitude change information that described electronic equipment enclosure utilizes described the first sensing unit to get;
Relative judging unit, for judging that based on described the first parameter sensing described electronic equipment is with respect to the relative attitude change information of described electronic equipment enclosure;
Instruction process unit, for generating and carry out the first instruction according to described relative attitude change information.
Above-mentioned electronic equipment, preferably, described relative judging unit comprises:
Acquisition of information subelement, for extracting the attitude change information of electronic equipment enclosure described in described the first parameter sensing, and obtains the attitude change information of described electronic equipment;
Information generation subelement, for the geomagnetic coordinates system based on default, attitude change information according to described electronic equipment enclosure is the attitude change information of described electronic equipment, generates described electronic equipment with respect to the relative attitude change information of described electronic equipment enclosure.
Above-mentioned electronic equipment, preferably, described instruction process unit comprises:
Rule judgment subelement, for judging whether relative rotation angle value and the relative direction of rotation value of described relative postural change information meets default instruction create-rule, and if so, triggering command generates subelement;
Instruction generates subelement, for generating the first instruction;
Subelement is carried out in instruction, for carrying out described the first instruction.
From such scheme, a kind of information processing method that the application provides, electronic equipment and electronic equipment enclosure, utilize the first sensing unit arranging in this electronic equipment enclosure to obtain the first parameter sensing, and in this first parameter sensing, include the attitude change information of this electronic equipment enclosure, and then this first parameter sensing is sent to this electronic equipment via the first interface on electronic equipment, this electronic equipment can judge that this electronic equipment enclosure generates and carry out the first instruction with respect to the relative attitude change information of this electronic equipment and according to this relative change information based on this first parameter sensing thus, solved thus in prior art and cannot the motion in earphone interface inside realize the technical problem to the operation of mobile phone by headset plug, realized the electronic equipment enclosures such as this headset plug have been monitored in the motion of the first interface inside such as earphone interface, to generate instruction, realize the operation to electronic equipments such as mobile phones.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present application, below the accompanying drawing of required use during embodiment is described is briefly described, apparently, accompanying drawing in the following describes is only some embodiment of the application, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The flow chart of a kind of information processing method embodiment mono-that Fig. 1 provides for the application;
Fig. 2 is the application example figure of the embodiment of the present application;
The part flow chart of a kind of information processing method embodiment bis-that Fig. 3 provides for the application;
The structural representation of a kind of electronic equipment enclosure embodiment tri-that Fig. 4 provides for the application;
The part-structure schematic diagram of a kind of electronic equipment enclosure embodiment tetra-that Fig. 5 provides for the application;
The flow chart of a kind of information processing method embodiment five that Fig. 6 provides for the application;
The part flow chart of a kind of information processing method embodiment six that Fig. 7 provides for the application;
The part flow chart of a kind of information processing method embodiment seven that Fig. 8 provides for the application;
The structural representation of a kind of electronic equipment embodiment eight that Fig. 9 provides for the application;
The part-structure schematic diagram of a kind of electronic equipment embodiment nine that Figure 10 provides for the application;
The part-structure schematic diagram of a kind of electronic equipment embodiment ten that Figure 11 provides for the application.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present application, the technical scheme in the embodiment of the present application is clearly and completely described, obviously, described embodiment is only the application's part embodiment, rather than whole embodiment.Embodiment based in the application, those of ordinary skills are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the application's protection.
With reference to figure 1, the flow chart of a kind of information processing method embodiment mono-providing for the application, wherein, described method can be applied on an electronic equipment enclosure, this electronic equipment enclosure is connected with this electronic equipment via the first interface of electronic equipment, as shown in Figure 2, described electronic equipment enclosure can utilize this first interface to export the multi-medium data in described electronic equipment, as voice data etc.
In the embodiment of the present application, at least include the first sensing unit in described electronic equipment enclosure, this method that is applied to this electronic equipment enclosure can comprise the following steps:
Step 101: utilize described the first sensing unit to obtain the first parameter sensing.
Wherein, described the first parameter sensing comprises the attitude change information of described electronic equipment enclosure.
It should be noted that, described the first sensing unit can for gravity sensor, the earth induction device such as magnetic chip realize, using obtain described electronic equipment enclosure with respect to the relative change information in magnetic field of the earth the attitude change information as described electronic equipment enclosure, thus, based on this attitude change information, generate described the first parameter sensing.
Step 102: described the first parameter sensing is sent to described electronic equipment via described first interface, judges that based on described the first parameter sensing described electronic equipment enclosure generates and carry out the first instruction with respect to the relative attitude change information of this electronic equipment and according to described relative attitude change information for described electronic equipment.
Wherein, described first interface can be MIC interface, and described electronic equipment enclosure can be exported the multi-medium data in described electronic equipment by the waveform on this MIC interface, as voice data etc.
It should be noted that, in the embodiment of the present application, described electronic equipment enclosure utilize described the first sensing unit get the first parameter sensing and this first parameter sensing is sent to described electronic equipment via described first interface after, described electronic equipment can judge that this electronic equipment enclosure is with respect to the relative attitude change information of this electronic equipment based on described the first parameter sensing, concrete, can realize in the following manner:
Described electronic equipment is by analyzing electronic equipment enclosure described in described the first parameter sensing with respect to the attitude change information in magnetic field of the earth, and described electronic equipment is with respect to the attitude change information in described magnetic field of the earth, to judge described electronic equipment enclosure with respect to the relative attitude change information of described electronic equipment, for example, described electronic equipment enclosure changes A with respect to described magnetic field of the earth attitude, the relatively described magnetic field of the earth of described electronic equipment attitude changes B, now, take described electronic equipment as basic point (origin of coordinates), described electronic equipment enclosure is analyzed judgement with respect to the attitude variation of described electronic equipment by A and B and is drawn.
Further, described electronic equipment, after obtaining described relative attitude change information, can generate and carry out the first instruction according to described relative attitude change information, concrete, can realize in the following manner:
Described electronic equipment is analyzed described relative attitude change information, obtains described electronic equipment enclosure with respect to the relative displacement of described electronic equipment, thus, utilizes this relative displacement to generate the first instruction, and then carries out this first instruction.
Take described electronic equipment as mobile phone, described electronic equipment enclosure is earphone, described first interface is that MIC earphone cord interface is example, described earphone utilization ground magnetic chip grade in an imperial examination one sensing unit gets described earphone with respect to the attitude change information in described magnetic field of the earth, and then utilize this MIC earphone cord interface to be sent to mobile phone this attitude change information, by mobile phone, based on earphone, relatively attitude change information and the mobile phone itself of signal magnetic field are judged with respect to the attitude change information in magnetic field of the earth, earphone is with respect to the relative attitude change information of mobile phone, if earphone is with respect to change in location information of mobile phone etc., and then mobile phone is based on this change in location Information generation the first instruction, as as described in the first instruction can be for opening a certain equipment, regulate the output variable of a certain equipment etc., and then mobile phone is carried out this first instruction, for example, regulate the outer LED switch arranging of earpiece holes and brightness etc., or regulate earphone to the output volume of voice signal in mobile phone etc.
From such scheme, a kind of information processing method embodiment mono-that the application provides, be applied to electronic equipment enclosure, and this electronic equipment enclosure is connected with electronic equipment via the first interface of electronic equipment, multi-medium data with output electronic equipment, the embodiment of the present application utilizes the first sensing unit arranging in this electronic equipment enclosure to obtain the first parameter sensing, and in this first parameter sensing, include the attitude change information of this electronic equipment enclosure, and then this first parameter sensing is sent to this electronic equipment via the first interface on electronic equipment, this electronic equipment can judge that this electronic equipment enclosure generates and carry out the first instruction with respect to the relative attitude change information of this electronic equipment and according to this relative change information based on this first parameter sensing thus, solved thus in prior art and cannot the motion in earphone interface inside realize the technical problem to the operation of mobile phone by headset plug, realized the electronic equipment enclosures such as this headset plug have been monitored in the motion of the first interface inside such as earphone interface, to generate instruction, realize the operation to electronic equipments such as mobile phones.
With reference to figure 3, the realization flow figure of step 101 described in a kind of information processing method embodiment bis-providing for the application, wherein, described step 101 specifically can comprise following performing step:
Step 111: utilize described the first sensing unit to gather the current attitude parameter of described electronic equipment enclosure.
Wherein, described current attitude parameter can be understood as, under described electronic equipment enclosure current location with respect to the current attitude parameter in described magnetic field of the earth, as geomagnetic coordinates parameter etc.
Step 112: the geomagnetic coordinates system based on default, the historical attitude parameter collecting according to described current attitude parameter and described the first sensing unit, generates the attitude change information of described electronic equipment enclosure.
Wherein, described historical attitude parameter can be understood as, before the relatively described electronic equipment motion of described electronic equipment enclosure, the attitude parameter of described electronic equipment enclosure, as historical geomagnetic coordinates parameter, and then in described step 112, geomagnetic coordinates system that can be based on default, generate this electronic equipment enclosure with respect to the attitude change information in described magnetic field of the earth, as coordinate transition information.
Step 113: according to described attitude change information, generate the first parameter sensing.
Wherein, in described step 113, described attitude change information can be encapsulated, obtain the first parameter sensing, or, using described attitude change information as described the first parameter sensing.
It should be noted that, in above-mentioned each embodiment, the attitude change information of described electronic equipment enclosure can comprise rotation angle value and the direction of rotation value of described electronic equipment enclosure, in specific implementation, take described electronic equipment as mobile phone, described electronic equipment enclosure is earphone, described first interface is that MIC earphone cord interface is example, described earphone utilization ground magnetic chip grade in an imperial examination one sensing unit gets described earphone with respect to rotation angle value and the direction of rotation value in described magnetic field of the earth, and then utilize this MIC earphone cord interface to be sent to mobile phone this rotation angle value and direction of rotation value, by mobile phone, based on earphone, relatively the rotation angle value of signal magnetic field and direction of rotation value and mobile phone itself are judged with respect to rotation angle value and the direction of rotation value in magnetic field of the earth, earphone is with respect to relative rotation angle value and the relative direction of rotation value of mobile phone, for example, at earphone with respect to mobile phone to the right during anglec of rotation C, mobile phone generates the first instruction based on " anglec of rotation C to the right ", as as described in the first instruction can be for opening a certain equipment, improve the output variable of a certain equipment etc., and then mobile phone is carried out this first instruction, for example, the brightness etc. of opening the outer LED switch arranging of earpiece holes or improving this LED, or improve earphone to the output volume of voice signal in mobile phone etc.For another example, at earphone with respect to mobile phone anglec of rotation D left, and then mobile phone generates the first instruction based on " anglec of rotation D left ", as as described in the first instruction can be for closing a certain equipment, reducing the output variable of a certain equipment etc., and then mobile phone is carried out this first instruction, for example, close the outer LED switch arranging of earpiece holes or reduce the brightness etc. of this LED, or reduce earphone to the output volume of voice signal in mobile phone etc.
With reference to figure 4, the structural representation of a kind of electronic equipment enclosure embodiment tri-providing for the application, wherein, described electronic equipment enclosure 401 can be connected with this electronic equipment 402 via the first interface 403 of described electronic equipment 402, to export the multi-medium data of described electronic equipment 402, as voice data etc., described electronic equipment enclosure 401 at least comprises the first sensing unit 404, wherein:
Described the first sensing unit 404, for obtaining the first parameter sensing of the attitude change information that includes this electronic equipment enclosure 401, and trigger described electronic equipment enclosure 401 described the first parameter sensing is sent to described electronic equipment 402 via described first interface 403, for described electronic equipment 402, based on described the first parameter sensing, judge that described electronic equipment enclosure 401 is with respect to the relative attitude change information of this electronic equipment 402, and generate and carry out the first instruction according to described relative attitude change information.
It should be noted that, described the first sensing unit 404 can for gravity sensor, the earth induction device such as magnetic chip realize, using obtain described electronic equipment enclosure 401 with respect to the relative change information in magnetic field of the earth the attitude change information as described electronic equipment enclosure 401, thus, based on this attitude change information, generate described the first parameter sensing.
Wherein, described first interface 403 can be MIC interface, and described electronic equipment enclosure 401 can be exported the multi-medium data in described electronic equipment 402 by the waveform on this MIC interface, as voice data etc.
It should be noted that, in the embodiment of the present application, described the first sensing unit 404 gets the first parameter sensing and triggers after described electronic equipment enclosure 401 is sent to described electronic equipment 402 by this first parameter sensing via described first interface 403, described electronic equipment 402 can judge that this electronic equipment enclosure 401 is with respect to the relative attitude change information of this electronic equipment 402 based on described the first parameter sensing, concrete, can realize in the following manner:
Described electronic equipment 402 is by analyzing electronic equipment enclosure 401 described in described the first parameter sensing with respect to the attitude change information in magnetic field of the earth, and described electronic equipment 402 is with respect to the attitude change information in described magnetic field of the earth, to judge described electronic equipment enclosure 401 with respect to the relative attitude change information of described electronic equipment 402, for example, described electronic equipment enclosure 401 changes A with respect to described magnetic field of the earth attitude, the relatively described magnetic field of the earth of described electronic equipment 402 attitude changes B, now, take described electronic equipment 402 as basic point (origin of coordinates), described electronic equipment enclosure 401 is analyzed judgement with respect to the attitude variation of described electronic equipment 402 by A and B and is drawn.
Further, described electronic equipment 402, after obtaining described relative attitude change information, can generate and carry out the first instruction according to described relative attitude change information, concrete, can realize in the following manner:
402 pairs of described relative attitude change informations of described electronic equipment are analyzed, and obtain described electronic equipment enclosure 401 with respect to the relative displacement of described electronic equipment 402, thus, utilize this relative displacement to generate the first instruction, and then carry out this first instruction.
The described electronic equipment 402 of take is mobile phone, described electronic equipment enclosure 401 is earphone, described first interface 403 is that MIC earphone cord interface is example, described earphone utilization ground magnetic chip grade in an imperial examination one sensing unit 404 gets described earphone with respect to the attitude change information in described magnetic field of the earth, and then utilize this MIC earphone cord interface to be sent to mobile phone this attitude change information, by mobile phone, based on earphone, relatively attitude change information and the mobile phone itself of signal magnetic field are judged with respect to the attitude change information in magnetic field of the earth, earphone is with respect to the relative attitude change information of mobile phone, if earphone is with respect to change in location information of mobile phone etc., and then mobile phone is based on this change in location Information generation the first instruction, as as described in the first instruction can be for opening a certain equipment, regulate the output variable of a certain equipment etc., and then mobile phone is carried out this first instruction, for example, regulate the outer LED switch arranging of earpiece holes and brightness etc., or regulate earphone to the output volume of voice signal in mobile phone etc.
From such scheme, a kind of electronic equipment enclosure embodiment tri-that the application provides, electronic equipment enclosure is connected with electronic equipment via the first interface of electronic equipment, multi-medium data with output electronic equipment, the embodiment of the present application utilizes the first sensing unit arranging in this electronic equipment enclosure to obtain the first parameter sensing, and in this first parameter sensing, include the attitude change information of this electronic equipment enclosure, and then this first parameter sensing is sent to this electronic equipment via the first interface on electronic equipment, this electronic equipment can judge that this electronic equipment enclosure generates and carry out the first instruction with respect to the relative attitude change information of this electronic equipment and according to this relative change information based on this first parameter sensing thus, solved thus in prior art and cannot the motion in earphone interface inside realize the technical problem to the operation of mobile phone by headset plug, realized the electronic equipment enclosures such as this headset plug have been monitored in the motion of the first interface inside such as earphone interface, to generate instruction, realize the operation to electronic equipments such as mobile phones.
With reference to figure 5, the structural representation of the first sensing unit 404 described in a kind of electronic equipment enclosure embodiment tetra-providing for the application, wherein, described the first sensing unit 404 can comprise:
Parameter current gathers subelement 441, for gathering the current attitude parameter of described electronic equipment enclosure 401.
Wherein, described current attitude parameter can be understood as, under described electronic equipment enclosure 401 current locations with respect to the current attitude parameter in described magnetic field of the earth, as geomagnetic coordinates parameter etc.
Change information generates subelement 442, for the geomagnetic coordinates based on default, worries, and according to described current attitude parameter and described parameter current, gathers the historical attitude parameter that subelement collects, and generates the attitude change information of described electronic equipment enclosure 401.
Wherein, described historical attitude parameter can be understood as, before relatively described electronic equipment 402 motions of described electronic equipment enclosure 401, the attitude parameter of described electronic equipment enclosure 401, as historical geomagnetic coordinates parameter, and then change information generates in subelement 442, geomagnetic coordinates system that can be based on default, generate this electronic equipment enclosure 401 with respect to the attitude change information in described magnetic field of the earth, as coordinate transition information.
Parameter sensing generates subelement 443, for according to described attitude change information, generates the first parameter sensing.
Wherein, at described parameter sensing, generate in subelement 443, described attitude change information can be encapsulated, obtain the first parameter sensing, or, using described attitude change information as described the first parameter sensing.
It should be noted that, in above-mentioned each embodiment, the attitude change information of described electronic equipment enclosure 401 can comprise rotation angle value and the direction of rotation value of described electronic equipment enclosure 401, in specific implementation, the described electronic equipment 402 of take is mobile phone, described electronic equipment enclosure 401 is earphone, described first interface 403 is that MIC earphone cord interface is example, described earphone utilization ground magnetic chip grade in an imperial examination one sensing unit 404 gets described earphone with respect to rotation angle value and the direction of rotation value in described magnetic field of the earth, and then utilize this MIC earphone cord interface to be sent to mobile phone this rotation angle value and direction of rotation value, by mobile phone, based on earphone, relatively the rotation angle value of signal magnetic field and direction of rotation value and mobile phone itself are judged with respect to rotation angle value and the direction of rotation value in magnetic field of the earth, earphone is with respect to relative rotation angle value and the relative direction of rotation value of mobile phone, for example, at earphone with respect to mobile phone to the right during anglec of rotation C, mobile phone generates the first instruction based on " anglec of rotation C to the right ", as as described in the first instruction can be for opening a certain equipment, improve the output variable of a certain equipment etc., and then mobile phone is carried out this first instruction, for example, the brightness etc. of opening the outer LED switch arranging of earpiece holes or improving this LED, or improve earphone to the output volume of voice signal in mobile phone etc.For another example, at earphone with respect to mobile phone anglec of rotation D left, and then mobile phone generates the first instruction based on " anglec of rotation D left ", as as described in the first instruction can be for closing a certain equipment, reducing the output variable of a certain equipment etc., and then mobile phone is carried out this first instruction, for example, close the outer LED switch arranging of earpiece holes or reduce the brightness etc. of this LED, or reduce earphone to the output volume of voice signal in mobile phone etc.
With reference to figure 6, the flow chart of a kind of information processing method embodiment five providing for the application, wherein, described method is applied to an electronic equipment, this electronic equipment is connected with an electronic equipment enclosure via first interface, to utilize this electronic equipment enclosure, export the multi-medium data of described electronic equipment, as shown in Figure 2, wherein, described first interface can be MIC interface, described electronic equipment enclosure can be exported the multi-medium data in described electronic equipment by the waveform on this MIC interface, as voice data etc.Described electronic equipment enclosure at least comprises the first sensing unit, and described method can comprise the following steps:
Step 601: receive the first parameter sensing that described electronic equipment enclosure sends, described the first parameter sensing comprises the attitude change information that described electronic equipment enclosure utilizes described the first sensing unit to get.
It should be noted that, described the first sensing unit can for gravity sensor, the earth induction device such as magnetic chip realize, using obtain described electronic equipment enclosure with respect to the relative change information in magnetic field of the earth the attitude change information as described electronic equipment enclosure, thus, described electronic equipment enclosure can generate described the first parameter sensing based on this attitude change information, and is sent to described electronic equipment.
It should be noted that, in the embodiment of the present application, described electronic equipment enclosure utilizes after described the first sensing unit gets the first parameter sensing, and this first parameter sensing is sent to described electronic equipment via described first interface.
Step 602: judge that based on described the first parameter sensing described electronic equipment is with respect to the relative attitude change information of described electronic equipment enclosure.
Wherein, described relative attitude change information can be understood as, and described electronic equipment is with respect to relative position variation of described electronic equipment enclosure etc.
Step 603: generate and carry out the first instruction according to described relative attitude change information.
Wherein, in described step 603, according to described relative attitude change information, generate and carry out the first instruction, concrete, can realize in the following manner:
Described relative attitude change information is analyzed, obtained described electronic equipment enclosure with respect to the relative displacement of described electronic equipment, thus, utilize this relative displacement to generate the first instruction, and then carry out this first instruction.
Take described electronic equipment as mobile phone, described electronic equipment enclosure is earphone, described first interface is that MIC earphone cord interface is example, described earphone utilization ground magnetic chip grade in an imperial examination one sensing unit gets described earphone with respect to the attitude change information in described magnetic field of the earth, and then utilize this MIC earphone cord interface to be sent to mobile phone this attitude change information, by mobile phone based on earphone relatively the attitude change information of signal magnetic field judge, earphone is with respect to the relative attitude change information of mobile phone, if earphone is with respect to change in location information of mobile phone etc., and then mobile phone is based on this change in location Information generation the first instruction, as as described in the first instruction can be for opening a certain equipment, regulate the output variable of a certain equipment etc., and then mobile phone is carried out this first instruction, for example, regulate the outer LED switch arranging of earpiece holes and brightness etc., or regulate earphone to the output volume of voice signal in mobile phone etc.
From such scheme, a kind of information processing method embodiment five that the application provides, be applied to electronic equipment, and electronic equipment utilizes first interface to be connected with electronic equipment enclosure, to utilize this electronic equipment enclosure, export the multi-medium data of described electronic equipment, the first parameter sensing that utilizes the first sensing unit to get that the embodiment of the present application sends by receiving electronic equipment enclosure, and in this first parameter sensing, include the attitude change information of this electronic equipment enclosure, can judge that this electronic equipment enclosure generates and carry out the first instruction with respect to the relative attitude change information of this electronic equipment and according to this relative change information based on this first parameter sensing thus, solved thus in prior art and cannot the motion in earphone interface inside realize the technical problem to the operation of mobile phone by headset plug, realized the electronic equipment enclosures such as this headset plug have been monitored in the motion of the first interface inside such as earphone interface, to generate instruction, realize the operation to electronic equipments such as mobile phones.
With reference to figure 7, the realization flow figure of step 602 described in a kind of information processing method embodiment six providing for the application, wherein, described step 602, when judging described electronic equipment with respect to the relative attitude change information of described electronic equipment enclosure based on described the first parameter sensing, specifically can realize by following steps:
Step 621: extract the attitude change information of electronic equipment enclosure described in described the first parameter sensing, and obtain the attitude change information of described electronic equipment.
Wherein, described the first parameter sensing is its described electronic equipment receiving and sends the first parameter sensing.And in described step 621, can utilize described the first parameter sensing to get the attitude change information of described electronic equipment.
Step 622: the geomagnetic coordinates system based on default, according to the attitude change information of described electronic equipment enclosure and the attitude change information of described electronic equipment, generates described electronic equipment with respect to the relative attitude change information of described electronic equipment enclosure.
Wherein, in described step 622, specifically can realize in the following manner:
Geomagnetic coordinates system based on default, by analyzing electronic equipment enclosure described in described the first parameter sensing with respect to the attitude change information in magnetic field of the earth, and described electronic equipment is with respect to the attitude change information in described magnetic field of the earth, to judge described electronic equipment enclosure with respect to the relative attitude change information of described electronic equipment, for example, described electronic equipment enclosure changes A with respect to described magnetic field of the earth attitude, the relatively described magnetic field of the earth of described electronic equipment attitude changes B, now, take described electronic equipment as basic point (origin of coordinates), described electronic equipment enclosure is analyzed judgement with respect to the attitude variation of described electronic equipment by A and B and is drawn.
In above-described embodiment, described relative attitude change information can comprise that described electronic equipment is with respect to the relative rotation angle value of described electronic equipment enclosure and relative direction of rotation value.
With reference to figure 8, the realization flow figure of step 603 described in a kind of information processing method embodiment seven providing for the application, wherein, when generating and carrying out the first instruction according to described relative attitude change information in described step 603, can realize by following steps:
Step 631: judge whether relative rotation angle value and relative direction of rotation value in described relative postural change information meet default instruction create-rule, if so, execution step 632.
Wherein, described instruction create-rule can be: when described relative direction of rotation value is first direction value and when described relative rotation angle value surpasses predetermined angle threshold value, generation has the first instruction of the first attribute, when described relative direction of rotation value is second direction value and when described relative rotation angle value surpasses predetermined angle threshold value, generation has the first instruction of the second attribute, first direction value and the first Attribute Relative are answered, and second direction value and the second Attribute Relative should.
Step 632: generate the first instruction.
Wherein, when the relative rotation angle value in described relative postural change information and relative direction of rotation value meet described instruction create-rule, generate this first instruction.
Take described electronic equipment as mobile phone, described electronic equipment enclosure is earphone, described first interface is that MIC earphone cord interface is example, described earphone utilization ground magnetic chip grade in an imperial examination one sensing unit gets described earphone with respect to rotation angle value and the direction of rotation value in described magnetic field of the earth, and then utilize this MIC earphone cord interface to be sent to mobile phone this rotation angle value and direction of rotation value, by mobile phone, based on earphone, relatively the rotation angle value of signal magnetic field and direction of rotation value and mobile phone itself are judged with respect to rotation angle value and the direction of rotation value in magnetic field of the earth, earphone is with respect to relative rotation angle value and the relative direction of rotation value of mobile phone, for example, at earphone with respect to mobile phone to the right during anglec of rotation C, mobile phone generates the first instruction based on " anglec of rotation C to the right ", as as described in the first instruction can be for opening a certain equipment, improve the output variable of a certain equipment etc., at earphone with respect to mobile phone anglec of rotation D left, and then mobile phone generates the first instruction based on " anglec of rotation D left ", as as described in the first instruction can be for closing a certain equipment, reduce the output variable of a certain equipment etc.
Step 633: carry out described the first instruction.
For example, the brightness etc. of opening the outer LED switch arranging of earpiece holes or improving this LED, or improve earphone to the output volume of voice signal in mobile phone etc., or, close the outer LED switch arranging of earpiece holes or reduce the brightness etc. of this LED, or reduce earphone to the output volume of voice signal in mobile phone etc.
With reference to figure 9, the structural representation of a kind of electronic equipment embodiment eight providing for the application, wherein, described electronic equipment is connected with an electronic equipment enclosure via its first interface, to utilize this electronic equipment enclosure to export the multi-medium data of described electronic equipment, as shown in Figure 2, wherein, described first interface can be MIC interface, and described electronic equipment enclosure can be exported the multi-medium data in described electronic equipment by the waveform on this MIC interface, as voice data etc.Described electronic equipment enclosure at least comprises the first sensing unit, and described electronic equipment can comprise:
It should be noted that, described the first sensing unit can for gravity sensor, the earth induction device such as magnetic chip realize, using obtain described electronic equipment enclosure with respect to the relative change information in magnetic field of the earth the attitude change information as described electronic equipment enclosure, thus, described electronic equipment enclosure can generate described the first parameter sensing based on this attitude change information, and is sent to described electronic equipment.
It should be noted that, in the embodiment of the present application, described electronic equipment enclosure utilizes after described the first sensing unit gets the first parameter sensing, and this first parameter sensing is sent to described electronic equipment via described first interface.
Wherein, described relative attitude change information can be understood as, and described electronic equipment is with respect to relative position variation of described electronic equipment enclosure etc.
Wherein, in described instruction process unit 903, according to described relative attitude change information, generate and carry out the first instruction, concrete, can realize in the following manner:
Described relative attitude change information is analyzed, obtained described electronic equipment enclosure with respect to the relative displacement of described electronic equipment, thus, utilize this relative displacement to generate the first instruction, and then carry out this first instruction.
Take described electronic equipment as mobile phone, described electronic equipment enclosure is earphone, described first interface is that MIC earphone cord interface is example, described earphone utilization ground magnetic chip grade in an imperial examination one sensing unit gets described earphone with respect to the attitude change information in described magnetic field of the earth, and then utilize this MIC earphone cord interface to be sent to mobile phone this attitude change information, by mobile phone based on earphone relatively the attitude change information of signal magnetic field judge, earphone is with respect to the relative attitude change information of mobile phone, if earphone is with respect to change in location information of mobile phone etc., and then mobile phone is based on this change in location Information generation the first instruction, as as described in the first instruction can be for opening a certain equipment, regulate the output variable of a certain equipment etc., and then mobile phone is carried out this first instruction, for example, regulate the outer LED switch arranging of earpiece holes and brightness etc., or regulate earphone to the output volume of voice signal in mobile phone etc.
From such scheme, a kind of electronic equipment embodiment eight that the application provides, be applied to electronic equipment, and electronic equipment utilizes first interface to be connected with electronic equipment enclosure, to utilize this electronic equipment enclosure, export the multi-medium data of described electronic equipment, the first parameter sensing that utilizes the first sensing unit to get that the embodiment of the present application sends by receiving electronic equipment enclosure, and in this first parameter sensing, include the attitude change information of this electronic equipment enclosure, can judge that this electronic equipment enclosure generates and carry out the first instruction with respect to the relative attitude change information of this electronic equipment and according to this relative change information based on this first parameter sensing thus, solved thus in prior art and cannot the motion in earphone interface inside realize the technical problem to the operation of mobile phone by headset plug, realized the electronic equipment enclosures such as this headset plug have been monitored in the motion of the first interface inside such as earphone interface, to generate instruction, realize the operation to electronic equipments such as mobile phones.
With reference to Figure 10, the structural representation of judging unit 902 relatively described in a kind of electronic equipment embodiment nine providing for the application, wherein, described relative judging unit 902 can comprise:
Acquisition of information subelement 921, for extracting the attitude change information of electronic equipment enclosure described in described the first parameter sensing, and obtains the attitude change information of described electronic equipment.
Wherein, described the first parameter sensing is its described electronic equipment receiving and sends the first parameter sensing.And in described acquisition of information subelement 921, can utilize described the first parameter sensing to get the attitude change information of described electronic equipment.
Wherein, described Information generation subelement 922 specifically can be realized in the following manner:
Geomagnetic coordinates system based on default, by analyzing electronic equipment enclosure described in described the first parameter sensing with respect to the attitude change information in magnetic field of the earth, and described electronic equipment is with respect to the attitude change information in described magnetic field of the earth, to judge described electronic equipment enclosure with respect to the relative attitude change information of described electronic equipment, for example, described electronic equipment enclosure changes A with respect to described magnetic field of the earth attitude, the relatively described magnetic field of the earth of described electronic equipment attitude changes B, now, take described electronic equipment as basic point (origin of coordinates), described electronic equipment enclosure is analyzed judgement with respect to the attitude variation of described electronic equipment by A and B and is drawn.
In above-described embodiment, described relative attitude change information can comprise that described electronic equipment is with respect to the relative rotation angle value of described electronic equipment enclosure and relative direction of rotation value.
With reference to Figure 11, the structural representation of instruction process unit 903 described in a kind of electronic equipment embodiment ten providing for the application, wherein, described instruction process unit 903 can comprise:
Wherein, described instruction create-rule can be: when described relative direction of rotation value is first direction value and when described relative rotation angle value surpasses predetermined angle threshold value, generation has the first instruction of the first attribute, when described relative direction of rotation value is second direction value and when described relative rotation angle value surpasses predetermined angle threshold value, generation has the first instruction of the second attribute, first direction value and the first Attribute Relative are answered, and second direction value and the second Attribute Relative should.
Instruction generates subelement 932, for generating the first instruction.
Wherein, when the relative rotation angle value in described relative postural change information and relative direction of rotation value meet described instruction create-rule, generate this first instruction.
Take described electronic equipment as mobile phone, described electronic equipment enclosure is earphone, described first interface is that MIC earphone cord interface is example, described earphone utilization ground magnetic chip grade in an imperial examination one sensing unit gets described earphone with respect to rotation angle value and the direction of rotation value in described magnetic field of the earth, and then utilize this MIC earphone cord interface to be sent to mobile phone this rotation angle value and direction of rotation value, by mobile phone, based on earphone, relatively the rotation angle value of signal magnetic field and direction of rotation value and mobile phone itself are judged with respect to rotation angle value and the direction of rotation value in magnetic field of the earth, earphone is with respect to relative rotation angle value and the relative direction of rotation value of mobile phone, for example, at earphone with respect to mobile phone to the right during anglec of rotation C, mobile phone generates the first instruction based on " anglec of rotation C to the right ", as as described in the first instruction can be for opening a certain equipment, improve the output variable of a certain equipment etc., at earphone with respect to mobile phone anglec of rotation D left, and then mobile phone generates the first instruction based on " anglec of rotation D left ", as as described in the first instruction can be for closing a certain equipment, reduce the output variable of a certain equipment etc.
For example, the brightness etc. of opening the outer LED switch arranging of earpiece holes or improving this LED, or improve earphone to the output volume of voice signal in mobile phone etc., or, close the outer LED switch arranging of earpiece holes or reduce the brightness etc. of this LED, or reduce earphone to the output volume of voice signal in mobile phone etc.
It should be noted that, each embodiment in this specification all adopts the mode of going forward one by one to describe, and each embodiment stresses is the difference with other embodiment, between each embodiment identical similar part mutually referring to.
Finally, also it should be noted that, in this article, relational terms such as the first and second grades is only used for an entity or operation to separate with another entity or operating space, and not necessarily requires or imply and between these entities or operation, have the relation of any this reality or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the equipment that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or equipment.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
Above a kind of information processing method provided by the present invention, electronic equipment enclosure and electronic equipment are described in detail, applied specific case herein principle of the present invention and execution mode are set forth, the explanation of above embodiment is just for helping to understand method of the present invention and core concept thereof; , for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as the restriction to the application meanwhile.
Claims (11)
1. an information processing method, be applied to an electronic equipment enclosure, described electronic equipment enclosure is connected with described electronic equipment via the first interface of electronic equipment, to export the multi-medium data of described electronic equipment, described electronic equipment enclosure at least comprises the first sensing unit, and described method comprises:
Utilize described the first sensing unit to obtain the first parameter sensing, described the first parameter sensing comprises the attitude change information of described electronic equipment enclosure;
Described the first parameter sensing is sent to described electronic equipment via described first interface, for described electronic equipment, based on described the first parameter sensing, judges that described electronic equipment enclosure generates and carry out the first instruction with respect to the relative attitude change information of this electronic equipment and according to described relative attitude change information.
2. method according to claim 1, is characterized in that, describedly utilizes described the first sensing unit to obtain the first parameter sensing, comprising:
Utilize described the first sensing unit to gather the current attitude parameter of described electronic equipment enclosure;
Geomagnetic coordinates system based on default, the historical attitude parameter collecting according to described current attitude parameter and described the first sensing unit, generates the attitude change information of described electronic equipment enclosure;
According to described attitude change information, generate the first parameter sensing.
3. method according to claim 1 and 2, is characterized in that, described attitude change information comprises: the rotation angle value of described electronic equipment enclosure and direction of rotation value.
4. an electronic equipment enclosure, described electronic equipment enclosure is connected with described electronic equipment via the first interface of described electronic equipment, and to export the multi-medium data of described electronic equipment, described electronic equipment enclosure at least comprises the first sensing unit, wherein:
Described the first sensing unit, for obtaining the first parameter sensing of the attitude change information that includes this electronic equipment enclosure, and trigger described electronic equipment enclosure described the first parameter sensing is sent to described electronic equipment via described first interface, for described electronic equipment, based on described the first parameter sensing, judge that described electronic equipment enclosure is with respect to the relative attitude change information of this electronic equipment, and generate and carry out the first instruction according to described relative attitude change information.
5. electronic equipment enclosure according to claim 4, is characterized in that, described the first sensing unit comprises:
Parameter current gathers subelement, for gathering the current attitude parameter of described electronic equipment enclosure;
Change information generates subelement, for the geomagnetic coordinates based on default, worries, and according to described current attitude parameter and described parameter current, gathers the historical attitude parameter that subelement collects, and generates the attitude change information of described electronic equipment enclosure;
Parameter sensing generates subelement, for according to described attitude change information, generates the first parameter sensing.
6. an information processing method, be applied to an electronic equipment, described electronic equipment is connected with an electronic equipment enclosure via its first interface, to utilize this electronic equipment enclosure, export the multi-medium data of described electronic equipment, described electronic equipment enclosure at least comprises the first sensing unit, and described method comprises:
Receive the first parameter sensing that described electronic equipment enclosure sends, described the first parameter sensing comprises the attitude change information that described electronic equipment enclosure utilizes described the first sensing unit to get;
Based on described the first parameter sensing, judge that described electronic equipment is with respect to the relative attitude change information of described electronic equipment enclosure;
According to described relative attitude change information, generate and carry out the first instruction.
7. method according to claim 6, is characterized in that, describedly based on described the first parameter sensing, judges that described electronic equipment, with respect to the relative attitude change information of described electronic equipment enclosure, comprising:
Extract the attitude change information of electronic equipment enclosure described in described the first parameter sensing, and obtain the attitude change information of described electronic equipment;
Geomagnetic coordinates system based on default, according to the attitude change information of described electronic equipment enclosure and the attitude change information of described electronic equipment, generates described electronic equipment with respect to the relative attitude change information of described electronic equipment enclosure.
8. according to the method described in claim 6 or 7, it is characterized in that, according to described relative attitude change information, generate and carry out the first instruction, comprising:
Judge that whether relative rotation angle value and relative direction of rotation value in described relative postural change information meet default instruction create-rule, if so, generate the first instruction;
Carry out described the first instruction.
9. an electronic equipment, described electronic equipment is connected with an electronic equipment enclosure via its first interface, to utilize this electronic equipment enclosure to export the multi-medium data of described electronic equipment, described electronic equipment enclosure at least comprises the first sensing unit, and described electronic equipment comprises:
Parameter receiving element, the first parameter sensing sending for receiving described electronic equipment enclosure, described the first parameter sensing comprises the attitude change information that described electronic equipment enclosure utilizes described the first sensing unit to get;
Relative judging unit, for judging that based on described the first parameter sensing described electronic equipment is with respect to the relative attitude change information of described electronic equipment enclosure;
Instruction process unit, for generating and carry out the first instruction according to described relative attitude change information.
10. electronic equipment according to claim 9, is characterized in that, described relative judging unit comprises:
Acquisition of information subelement, for extracting the attitude change information of electronic equipment enclosure described in described the first parameter sensing, and obtains the attitude change information of described electronic equipment;
Information generation subelement, for the geomagnetic coordinates system based on default, attitude change information according to described electronic equipment enclosure is the attitude change information of described electronic equipment, generates described electronic equipment with respect to the relative attitude change information of described electronic equipment enclosure.
11. according to the electronic equipment described in claim 9 or 10, it is characterized in that, described instruction process unit comprises:
Rule judgment subelement, for judging whether relative rotation angle value and the relative direction of rotation value of described relative postural change information meets default instruction create-rule, and if so, triggering command generates subelement;
Instruction generates subelement, for generating the first instruction;
Subelement is carried out in instruction, for carrying out described the first instruction.
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| CN201410055889.3A CN103763440A (en) | 2014-02-19 | 2014-02-19 | Information processing method, electronic device accessory and electronic device |
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| CN201410055889.3A CN103763440A (en) | 2014-02-19 | 2014-02-19 | Information processing method, electronic device accessory and electronic device |
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