CN103777873A - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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- CN103777873A CN103777873A CN201410054192.4A CN201410054192A CN103777873A CN 103777873 A CN103777873 A CN 103777873A CN 201410054192 A CN201410054192 A CN 201410054192A CN 103777873 A CN103777873 A CN 103777873A
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Abstract
The invention discloses an information processing method and electronic equipment. The electronic equipment at least comprises a first sensing unit and a second sensing unit. The information processing method comprises the following steps: acquiring a first sensing parameter by the first sensing unit; judging whether the electronic equipment is held according to the first sensing parameter so as to obtain a first judgment result; when the first judgment result shows that the electronic equipment is held, acquiring a second sensing parameter by the second sensing unit; determining a holding operating body of the electronic equipment by virtue of the second sensing parameter. By the information processing method, the operating body of the electronic equipment can be judged and determined by the first sensing unit and the second sensing unit arranged on the electronic equipment, and when a user carries and touches the electronic equipment and the like, the operating body of the user can be accurately determined, so that an illegal operating body can be recognized, maloperation can be avoided and a user experience can be improved.
Description
Technical field
The application relates to Data Detection Technology field, particularly a kind of information processing method and electronic equipment.
Background technology
User, in the time that touch screen electronic equipment is operated, by distinguishing the right-hand man of user's handling electronic equipment, triggers the one-handed performance pattern of electronic equipment, improves user and experiences.For example, when the right hand-hold electronic equipments of user carries out one-handed performance, the application icon in electronic equipment display screen is drawn close to display screen right side, facilitates user's hand thumb to operate.
At present, conventionally by the modes such as gyroscope are set in electronic equipment, utilize the state of electronic equipment parameter that gyroscope gets to realize the judgement to user right-hand man.
But in such scheme, the consistent situation of state parameter that exists the state parameter of electronic equipment in the time of pocket middle position to grip with user's left hand or the right hand, the right-hand man's operating body that cannot judge accurately user, causes the maloperation of electronic equipment, affects user and experiences.
Summary of the invention
The application's technical matters to be solved is to provide a kind of information processing method and electronic equipment, cannot utilize the activation signal receiving in terminal to judge operating body information in order to solve in prior art, make None-identified go out legal hand input, cause the maloperation of terminal, affect the technical matters that user experiences.
The application provides a kind of information processing method, is applied to electronic equipment, and described electronic equipment at least comprises the first sensing unit and the second sensing unit, and described method comprises:
Utilize described the first sensing unit to obtain the first parameter sensing;
Judge that according to described the first parameter sensing whether described electronic equipment is held, and obtains the first judged result;
In the time that described the first judged result shows that described electronic equipment is held, utilize described the second sensing unit to obtain the second parameter sensing;
Utilize described the second parameter sensing to determine the holding operation body of described electronic equipment.
Said method, preferred, described the first parameter sensing of described foundation judges whether described electronic equipment is held, and obtains the first judged result, comprising:
Judge the residing capacitance range value of capacitive sensing value in described the first parameter sensing;
In the time that described capacitive sensing value is more than or equal to default first threshold, generates and show the first judged result that described electronic equipment is gripped by forward;
In the time that described capacitive sensing value is less than described first threshold and is more than or equal to default Second Threshold, generate and show that described electronic equipment is reversed the first judged result of gripping;
In the time that described capacitive sensing value is less than described Second Threshold, generates and show the first judged result that described electronic equipment is not held.
Said method, preferred, described the first parameter sensing of described foundation judges whether described electronic equipment is held, and obtains the first judged result, comprising:
Judge the magnitude relationship of the first capacitive sensing value of electronic equipment the first plane described in described the first parameter sensing and the second capacitive sensing value of described electronic equipment the second plane;
In the time that the first capacitive sensing value is greater than described the second capacitive sensing value described in described the first parameter sensing, generates and show the first judged result that described electronic equipment is gripped by forward;
In the time that the first capacitive sensing value is less than described the second capacitive sensing value described in described the first parameter sensing, generates and show that described electronic equipment is reversed the first judged result of gripping;
In the time that the first capacitive sensing value equals described the second capacitive sensing value described in described the first parameter sensing, generate and show the first judged result that described electronic equipment is not held.
Said method, preferred, the described holding operation body that utilizes described the second parameter sensing to determine described electronic equipment, comprising:
Extract electronic equipment described in described the second parameter sensing with respect to the angle of inclination value of preset standard coordinate-system;
According to described angle of inclination value, determine the holding operation body of described electronic equipment.
Said method, preferred, the described angle of inclination of described foundation is worth, and determines the holding operation body of described electronic equipment, comprising:
Judge that described angle of inclination is worth residing angular range value;
While being worth in the first predetermined angle value range at described angle of inclination, determine that the first operating body is the holding operation body of described electronic equipment;
While being worth in the second predetermined angle value range at described angle of inclination, determine that the second operating body is the holding operation body of described electronic equipment.
Said method, preferred, after the holding operation body that is described electronic equipment at described definite described the first operating body, described method also comprises:
According to described the first judged result, generate the first status information of described electronic equipment, described the first status information shows the direction state that described electronic equipment is gripped by described the first operating body.
Said method, preferred, after the holding operation body that is described electronic equipment at described definite described the second operating body, described method also comprises:
According to described the first judged result, generate the second status information of described electronic equipment, described the second status information shows the direction state that described electronic equipment is gripped by described the second operating body.
The application also provides a kind of electronic equipment, and described electronic equipment at least comprises the first sensing unit and the second sensing unit, and described electronic equipment also comprises:
The first parameter acquiring unit, for utilizing described the first sensing unit to obtain the first parameter sensing;
Gripping state judging unit, for judging that according to described the first parameter sensing whether described electronic equipment is held, and obtains the first judged result;
The second parameter acquiring unit, in the time that described the first judged result shows that described electronic equipment is held, utilizes described the second sensing unit to obtain the second parameter sensing;
Operating body determining unit, for utilizing described the second parameter sensing to determine the holding operation body of described electronic equipment.
Above-mentioned electronic equipment, preferred, described the first sensing unit is arranged at the first plane of described electronic equipment, and wherein, described gripping state judging unit comprises:
Parameter area judgment sub-unit, be used for judging the residing capacitance range value of described the first parameter sensing capacitive sensing value, in the time that described capacitive sensing value is more than or equal to default first threshold, trigger the first result and generate subelement, in the time that described capacitive sensing value is less than described first threshold and is more than or equal to default Second Threshold, trigger the second result and generate subelement, in the time that described capacitive sensing value is less than described Second Threshold, triggers the 3rd result and generate subelement;
The first result generates subelement, for generating the first judged result that shows that described electronic equipment is gripped by forward;
The second result generates subelement, shows that for generating described electronic equipment is reversed the first judged result of gripping;
The 3rd result generates subelement, for generating the first judged result that shows that described electronic equipment is not held.
Above-mentioned electronic equipment, preferred, described the first sensing unit is arranged at respectively the first plane and second plane of described electronic equipment, and wherein, described gripping state judging unit comprises:
Parameter size judgment sub-unit, for judging the magnitude relationship of the first capacitive sensing value of electronic equipment the first plane described in described the first parameter sensing and the second capacitive sensing value of described electronic equipment the second plane, in the time that described in described the first parameter sensing, the first capacitive sensing value is greater than described the second capacitive sensing value, trigger the 4th result and generate subelement, in the time that described in described the first parameter sensing, the first capacitive sensing value is less than described the second capacitive sensing value, trigger the 5th result and generate subelement, in the time that described in described the first parameter sensing, the first capacitive sensing value equals described the second capacitive sensing value, trigger the 6th result and generate subelement,
The 4th result generates subelement, for generating the first judged result that shows that described electronic equipment is gripped by forward;
The 5th result generates subelement, shows that for generating described electronic equipment is reversed the first judged result of gripping;
The 6th result generates subelement, for generating the first judged result that shows that described electronic equipment is not held.
Above-mentioned electronic equipment, preferred, described operating body determining unit comprises:
Angle value extracts subelement, for extracting electronic equipment described in described the second parameter sensing with respect to the angle of inclination value of preset standard coordinate-system;
Operating body is determined subelement, for according to described angle of inclination value, determines the holding operation body of described electronic equipment.
Above-mentioned electronic equipment, preferred, described operating body determines that subelement comprises:
Angular range judge module, be used for judging that described angle of inclination is worth residing angular range value, while being worth in the first predetermined angle value range at described angle of inclination, trigger the first determination module, while being worth in the second predetermined angle value range at described angle of inclination, trigger the second determination module;
The first determination module, for the holding operation body of determining that the first operating body is described electronic equipment;
The second determination module, for the holding operation body of determining that the second operating body is described electronic equipment.
Above-mentioned electronic equipment, preferred, also comprise:
First information generation unit, for after described the first determination module is determined the holding operation body that described the first operating body is described electronic equipment, according to described the first judged result, generate the first status information of described electronic equipment, described the first status information shows the direction state that described electronic equipment is gripped by described the first operating body.
Above-mentioned electronic equipment, preferred, also comprise:
The second information generating unit, for after described the second determination module is determined the holding operation body that described the second operating body is described electronic equipment, according to described the first judged result, generate the second status information of described electronic equipment, described the second status information shows the direction state that described electronic equipment is gripped by described the second operating body.
From such scheme, the application provides a kind of information processing method and electronic equipment, get the first parameter sensing by the first sensing unit being arranged in this electronic equipment, and then judge the whether state in being gripped by operating body of described electronic equipment based on this first parameter sensing, and in the time that this first parameter sensing shows the state of described electronic equipment in being held, the second sensing unit that utilization is arranged on this electronic equipment obtains the second parameter sensing, thereby utilizes this second parameter sensing to determine the operating body of described electronic equipment.The application can utilize the first sensing unit and the second sensing unit that are arranged on electronic equipment carry out the judgement of electronic equipment operating body and determine, and then user during to operations such as the carrying of electronic equipment, touchings, can determine accurately user's operating body, thereby can identify legal operating body, avoid maloperation, improve user and experience.
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 process flow diagram of a kind of information processing method embodiment mono-that Fig. 1 provides for the application;
Fig. 2 is an application example figure of the embodiment of the present application;
Fig. 3 is the Another Application exemplary plot of the embodiment of the present application;
The part process flow diagram of a kind of information processing method embodiment bis-that Fig. 4 provides for the application;
Fig. 5 is the another application example figure of the embodiment of the present application;
Fig. 6 is an application example figure again of the embodiment of the present application;
Fig. 7 is the Another Application exemplary plot of the embodiment of the present application;
The part process flow diagram of a kind of information processing method embodiment tri-that Fig. 8 provides for the application;
Fig. 9 is the Another Application exemplary plot of the embodiment of the present application;
The part process flow diagram of a kind of information processing method embodiment tetra-that Figure 10 provides for the application;
Figure 11 is the Another Application exemplary plot of the embodiment of the present application;
Figure 12 is another part process flow diagram of the embodiment of the present application four;
The part process flow diagram of a kind of information processing method embodiment five that Figure 13 provides for the application;
The part process flow diagram of a kind of information processing method embodiment six that Figure 14 provides for the application;
The structural representation of a kind of electronic equipment embodiment seven that Figure 15 provides for the application;
The part-structure schematic diagram of a kind of electronic equipment embodiment eight that Figure 16 provides for the application;
The part-structure schematic diagram of a kind of electronic equipment embodiment nine that Figure 17 provides for the application;
The part-structure schematic diagram of a kind of electronic equipment embodiment ten that Figure 18 provides for the application;
Figure 19 is another part structural representation of the embodiment of the present application ten;
The part-structure schematic diagram of a kind of electronic equipment embodiment 11 that Figure 20 provides for the application;
The part-structure schematic diagram of a kind of electronic equipment embodiment 12 that Figure 21 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.Based on the embodiment 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 process flow diagram of a kind of information processing method embodiment mono-providing for the application, described method can be applied to electronic equipment, this electronic equipment can be the equipment that mobile phone, pad etc. can be carried by user, this electronic equipment at least comprises the first sensing unit and the second sensing unit, as shown in Figure 2, described method 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 can be temperature sensing parameter or capacitive sensing parameter etc., and thus, described the first sensing unit can be realized by devices such as temperature sensor or capacitive sensing devices.Concrete, in described step 101, trigger described the first sensing unit by inductive pick-up to the first parameter sensing, by the application, this first parameter sensing is obtained.
Step 102: judge that according to described the first parameter sensing whether described electronic equipment is held, and obtains the first judged result.
Whether wherein, in described step 102, can judge by the residing scope of parameter value in described the first parameter sensing, and then judge this electronic equipment and grip, now, described the first judged result can show whether described electronic equipment is held.
Step 103: in the time that described the first judged result shows that described electronic equipment is held, utilize described the second sensing unit to obtain the second parameter sensing.
Wherein, in described step 103, pass through the analysis of described the first judged result to judge, show whether described the first judged result shows that described electronic equipment is in being held state, and show that in described the first judged result described electronic equipment is in the time being held state, utilize described the second sensing unit to obtain the second parameter sensing.
Wherein, described the second sensing unit can be the realization such as gravity sensor or earth magnetism chip sensor, and now, described the second parameter sensing can be the information such as location parameter or motion state parameters of described electronic equipment.
It should be noted that, described electronic equipment is held, and typically refers to described electronic equipment by user's the right hand or left-handed.
Step 104: utilize described the second parameter sensing to determine the holding operation body of described electronic equipment.
Wherein, described holding operation body can be user's left hand or the right hand etc.Concrete, described step 104 can be by location parameter or the motion state parameters etc. of electronic equipment described in described the second parameter sensing are analyzed to judgement, and then determine the current holding operation body of described electronic equipment.
From such scheme, the application provides a kind of information processing method embodiment mono-, get the first parameter sensing by the first sensing unit being arranged in this electronic equipment, and then judge the whether state in being gripped by operating body of described electronic equipment based on this first parameter sensing, and in the time that this first parameter sensing shows the state of described electronic equipment in being held, the second sensing unit that utilization is arranged on this electronic equipment obtains the second parameter sensing, thereby utilizes this second parameter sensing to determine the operating body of described electronic equipment.The embodiment of the present application one can utilize the first sensing unit and the second sensing unit that are arranged on electronic equipment carry out the judgement of electronic equipment operating body and determine, and then user during to operations such as the carrying of electronic equipment, touchings, can determine accurately user's operating body, thereby can identify legal operating body, avoid maloperation, improve user and experience.
In specific implementation, described the first sensing unit can be that a capacitive transducer capsensor realizes, this first sensing unit is arranged at the first plane of described electronic equipment, this first plane can be the cell rear cover place plane of mobile phone or pad, also can be touch-screen place plane, in the application's example, described the first plane is the cell rear cover plane with respect to touch screen plane, structure realizes simple, cost is low, as shown in Figure 3, user contacts the first plane and/or second plane of described electronic equipment by operating body, now, the first sensing unit gathers user in described the first plane and contacts the capacitive sensing value of generation, now, the first parameter sensing can be with capacitive sensing value representation.Thus, step 102 described in above-described embodiment can be by judging that in described the first parameter sensing, the residing capacitance range value of capacitive sensing value realizes, and in the time that described capacitive sensing value is more than or equal to default first threshold, generation shows the first judged result that described electronic equipment is gripped by forward, in the time that described capacitive sensing value is less than described first threshold and is more than or equal to default Second Threshold, generation shows that described electronic equipment is reversed the first judged result of gripping, in the time that described capacitive sensing value is less than described Second Threshold, generation shows the first judged result that described electronic equipment is not held.
Concrete, with reference to figure 4, the process flow diagram of step 102 described in a kind of information processing method embodiment bis-providing for the application, wherein, described step 102 can realize in the following manner:
Step 401: judge in described the first parameter sensing, whether capacitive sensing value is more than or equal to default first threshold, if so, execution step 402, otherwise, execution step 403.
Wherein, described first threshold is for setting in advance, and can arrange as temperature and the current environmental temperature of palm etc. according to user's operating body.
Step 402: generate and show the first judged result that described electronic equipment is gripped by forward.
Wherein, described forward grips and refers to, the first plane of described electronic equipment is towards operating body, with opposed the second plane of the first plane dorsad (away from) operating body, as shown in Figure 5.
Step 403: judge whether described capacitive sensing value is more than or equal to default Second Threshold, if so, execution step 404, otherwise, execution step 405.
Wherein, described Second Threshold is less than described first threshold, and this Second Threshold can arrange as temperature and the current environmental temperature of palm etc. according to user's operating body.
Step 404: generate and show that described the first electronic equipment is reversed the first judged result of gripping.
Wherein, described reverse gripping refers to, the first plane operating body dorsad of described electronic equipment, with opposed the second plane of described the first plane towards operating body, as shown in Figure 6.
Step 405: generate and show the first judged result that described electronic equipment is not held.
It should be noted that, when described capacitive sensing value is less than described Second Threshold, show that described electronic equipment does not contact with user's operating body, the therefore state of described electronic equipment in not being held.
In specific implementation, described the first sensing unit also can be two, each the first sensing unit is realized by capacitive transducer respectively, structure realizes simple, cost is low, as shown in Figure 7, the first plane layout one first sensing unit of described electronic equipment, another first sensing unit of the second plane layout of described electronic equipment, user contacts the first plane and/or second plane of described electronic equipment by operating body, now, two the first sensing units gather respectively described the first plane and contact with user in the second plane the first capacitive sensing value and the second capacitive sensing value of generation, now, the first parameter sensing can be with capacitive sensing value representation.Now, described step 102 can be by judging the magnitude relationship of the first capacitive sensing value of electronic equipment the first plane described in described the first parameter sensing and the second capacitive sensing value of described electronic equipment the second plane, thus, in the time that the first capacitive sensing value is greater than described the second capacitive sensing value described in described the first parameter sensing, generates and show the first judged result that described electronic equipment is gripped by forward; In the time that the first capacitive sensing value is less than described the second capacitive sensing value described in described the first parameter sensing, generates and show that described electronic equipment is reversed the first judged result of gripping; In the time that the first capacitive sensing value equals described the second capacitive sensing value described in described the first parameter sensing, generate and show the first judged result that described electronic equipment is not held.
Concrete, with reference to figure 8, the process flow diagram of step 102 described in a kind of information processing method embodiment tri-providing for the application, wherein, described step 102 can comprise:
Step 121: judge whether described the first capacitive sensing value is greater than described the second capacitive sensing value, if so, execution step 122, otherwise, execution step 123.
Step 122: generate and show the first judged result that described electronic equipment is gripped by forward.
Wherein, the capacitive sensing value of described the first plane is greater than the capacitive sensing value of described the second plane, obviously shows described the first plane contact user operating body, and described the second plane is away from user's operating body, as shown in Figure 5.
Step 123: judge whether described the first capacitive sensing value is less than described the second capacitive sensing value, if so, execution step 124, otherwise, execution step 125.
Step 124: the first judged result that generates described electronic equipment and be reversed gripping.
Wherein, the capacitive sensing value of described the first plane is less than the capacitive sensing value of described the second plane, shows described the second plane contact user operating body, and described the first plane is away from user's operating body, as shown in Figure 6.
Step 125: generate the first judged result that described electronic equipment is not held.
Wherein, the first capacitive sensing value described in described step 125 equates with described the second capacitive sensing value, and show, described electronic equipment is not in being held state.
In specific implementation, described the second sensing unit can be realized with gravity sensor gsensor, now, in described the second parameter sensing, can comprise by described electronic equipment with respect to preset standard coordinate-system (x, y, z) angle of inclination value, that is to say, in described step 103, in the time utilizing described the second sensing unit to obtain the second parameter sensing, can realize in the following manner:
In advance according to structoure of the human body as right-hand man's topology data and default standard coordinate system obtain as described in the positional information with respect to this standard coordinate system or the motion state information of electronic equipment, the second parameter sensing that contains this electronic equipment angle of inclination value according to described positional information or motion state Information generation again, as shown in Figure 9.
Accordingly, with reference to Figure 10, the process flow diagram of step 104 described in a kind of information processing method embodiment tetra-providing for the application, wherein, described step 104 can realize by following steps:
Step 141: extract electronic equipment described in described the second parameter sensing with respect to the angle of inclination value of preset standard coordinate-system.
Step 142: according to described angle of inclination value, determine the holding operation body of described electronic equipment.
It should be noted that, palm structure and the hand-held custom of user by human body right-hand man can be found out, in described standard coordinate system, when left-handed electronic equipment, the information when position of this electronic equipment grips electronic equipment from the right hand is obviously different, as shown in Figure 11, thus, described step 142 is in specific implementation, can realize by the angular range value that judges this angle of inclination value, concrete, with reference to the process flow diagram shown in Figure 12, described step 142 can comprise the following steps:
Step 1201: judge that whether described angle of inclination value is in the first predetermined angle value range, if so, execution step 1202, otherwise, execution step 1203.
Step 1202: determine that the first operating body is the holding operation body of described electronic equipment.
Concrete, described the first operating body is left hand or the right hand corresponding with described the first predetermined angle value range.
Step 1203: judge that whether described angle of inclination value is in the second predetermined angle value range, if so, execution step 1204.
Step 1204: determine that the second operating body is the holding operation body of described electronic equipment.
Concrete, described the second operating body is the right hand or the left hand corresponding with described the second predetermined angle value range.
Wherein, described the first predetermined angle value range and described the second predetermined angle value range, can the relative position relation analysis when to user's hand-hold electronic equipments and between described standard coordinate system set in advance.
Based on above-mentioned implementation, with reference to Figure 13, the part process flow diagram of a kind of information processing method embodiment five providing for the application, wherein, after described step 1202, described method can also comprise the following steps:
Step 1205: according to described the first judged result, generate the first status information of described electronic equipment, described the first status information shows the direction state that described electronic equipment is gripped by described the first operating body.
Concrete, in described step 1205, can realize in the following manner:
Determine whether electronic equipment described in described the first judged result is that forward grips, if, generation shows the first status information that described electronic equipment is gripped with forward manner as left hand by the first operating body, otherwise, generate and show the first status information that described electronic equipment is gripped with reverse manner by the first operating body.
Based on above-mentioned implementation, with reference to Figure 14, the part process flow diagram of a kind of information processing method embodiment six providing for the application, wherein, after described step 1204, described method can also comprise the following steps:
Step 1206: according to described the first judged result, generate the second status information of described electronic equipment, described the second status information shows the direction state that described electronic equipment is gripped by described the second operating body.
Concrete, in described step 1206, can realize in the following manner:
Determine whether electronic equipment described in described the first judged result is that forward grips, if, generation shows the second status information that described electronic equipment is gripped with forward manner as left hand by the second operating body, otherwise, generate and show the second status information that described electronic equipment is gripped with reverse manner by the second operating body.
With reference to Figure 15, the structural representation of a kind of electronic equipment embodiment seven providing for the application, described electronic equipment at least comprises the first sensing unit and the second sensing unit, this electronic equipment can be the equipment that mobile phone, pad etc. can be carried by user, as shown in Figure 2, described electronic equipment can also comprise:
The first parameter acquiring unit 1501, for utilizing described the first sensing unit to obtain the first parameter sensing.
Wherein, described the first parameter sensing can be temperature sensing parameter or capacitive sensing parameter etc., and thus, described the first sensing unit can be realized by devices such as temperature sensor or capacitive sensing devices.Concrete, described the first parameter acquiring unit 1501 trigger described the first sensing unit by inductive pick-up to the first parameter sensing, by the first parameter acquiring unit 1501 described in the application, this first parameter sensing is obtained.
Gripping state judging unit 1502, for judging that according to described the first parameter sensing whether described electronic equipment is held, and obtains the first judged result.
Wherein, described gripping state judging unit 1502 can judge by the residing scope of parameter value in described the first parameter sensing, and then judge this electronic equipment and whether grip, now, described the first judged result can show whether described electronic equipment is held.
The second parameter acquiring unit 1503, in the time that described the first judged result shows that described electronic equipment is held, utilizes described the second sensing unit to obtain the second parameter sensing.
Wherein, described the second parameter acquiring unit 1503 is by judging the analysis of described the first judged result, show whether described the first judged result shows that described electronic equipment is in being held state, and show that in described the first judged result described electronic equipment is in the time being held state, utilize described the second sensing unit to obtain the second parameter sensing.
Wherein, described the second sensing unit can be the realization such as gravity sensor or earth magnetism chip sensor, and now, described the second parameter sensing can be the information such as location parameter or motion state parameters of described electronic equipment.
It should be noted that, described electronic equipment is held, and typically refers to described electronic equipment by user's the right hand or left-handed.
Operating body determining unit 1504, for utilizing described the second parameter sensing to determine the holding operation body of described electronic equipment.
Wherein, described holding operation body can be user's left hand or the right hand etc.Concrete, described step 104 can be by location parameter or the motion state parameters etc. of electronic equipment described in described the second parameter sensing are analyzed to judgement, and then determine the current holding operation body of described electronic equipment.
From such scheme, the application provides a kind of electronic equipment embodiment seven, get the first parameter sensing by the first sensing unit being arranged in this electronic equipment, and then judge the whether state in being gripped by operating body of described electronic equipment based on this first parameter sensing, and in the time that this first parameter sensing shows the state of described electronic equipment in being held, the second sensing unit that utilization is arranged on this electronic equipment obtains the second parameter sensing, thereby utilizes this second parameter sensing to determine the operating body of described electronic equipment.The embodiment of the present application one can utilize the first sensing unit and the second sensing unit that are arranged on electronic equipment carry out the judgement of electronic equipment operating body and determine, and then user during to operations such as the carrying of electronic equipment, touchings, can determine accurately user's operating body, thereby can identify legal operating body, avoid maloperation, improve user and experience.
In specific implementation, described the first sensing unit can be that a capacitive transducer capsensor realizes, this first sensing unit is arranged at the first plane of described electronic equipment, this first plane can be the cell rear cover place plane of mobile phone or pad, also can be touch-screen place plane, in the application's example, described the first plane is the cell rear cover plane with respect to touch screen plane, structure realizes simple, cost is low, as shown in Figure 3, user contacts the first plane and/or second plane of described electronic equipment by operating body, now, the first sensing unit gathers user in described the first plane and contacts the capacitive sensing value of generation, now, the first parameter sensing can be with capacitive sensing value representation.Thus, with reference to Figure 16, grip the structural representation of state judging unit 1502 described in a kind of electronic equipment embodiment eight providing for the application, wherein, described gripping state judging unit 1502 can comprise:
Parameter area judgment sub-unit 1521, be used for judging the residing capacitance range value of described the first parameter sensing capacitive sensing value, in the time that described capacitive sensing value is more than or equal to default first threshold, trigger the first result and generate subelement 1522, in the time that described capacitive sensing value is less than described first threshold and is more than or equal to default Second Threshold, trigger the second result and generate subelement 1523, in the time that described capacitive sensing value is less than described Second Threshold, triggers the 3rd result and generate subelement 1524.
Wherein, described first threshold is for setting in advance, and can arrange as temperature and the current environmental temperature of palm etc. according to user's operating body.
And described Second Threshold is less than described first threshold, this Second Threshold can arrange as temperature and the current environmental temperature of palm etc. according to user's operating body.
The first result generates subelement 1522, for generating the first judged result that shows that described electronic equipment is gripped by forward.
Wherein, described forward grips and refers to, the first plane of described electronic equipment is towards operating body, with opposed the second plane of the first plane dorsad (away from) operating body, as shown in Figure 5.
The second result generates subelement 1523, shows that for generating described electronic equipment is reversed the first judged result of gripping.
Wherein, described reverse gripping refers to, the first plane operating body dorsad of described electronic equipment, with opposed the second plane of described the first plane towards operating body, as shown in Figure 6.
The 3rd result generates subelement 1524, for generating the first judged result that shows that described electronic equipment is not held.
It should be noted that, when described capacitive sensing value is less than described Second Threshold, show that described electronic equipment does not contact with user's operating body, the therefore state of described electronic equipment in not being held.
In specific implementation, described the first sensing unit also can be two, each the first sensing unit is realized by capacitive transducer respectively, structure realizes simple, cost is low, as shown in Figure 7, the first plane layout one first sensing unit of described electronic equipment, another first sensing unit of the second plane layout of described electronic equipment, user contacts the first plane and/or second plane of described electronic equipment by operating body, now, two the first sensing units gather respectively described the first plane and contact with user in the second plane the first capacitive sensing value and the second capacitive sensing value of generation, now, the first parameter sensing can be with capacitive sensing value representation.Concrete, with reference to Figure 17, described in a kind of electronic equipment embodiment nine providing for the application, grip the structural representation of state judging unit 1502, wherein, described gripping state judging unit 1502 can comprise:
Parameter size judgment sub-unit 1701, for judging the magnitude relationship of the first capacitive sensing value of electronic equipment the first plane described in described the first parameter sensing and the second capacitive sensing value of described electronic equipment the second plane, in the time that described in described the first parameter sensing, the first capacitive sensing value is greater than described the second capacitive sensing value, trigger the 4th result and generate subelement 1702, in the time that described in described the first parameter sensing, the first capacitive sensing value is less than described the second capacitive sensing value, trigger the 5th result and generate subelement 1703, in the time that described in described the first parameter sensing, the first capacitive sensing value equals described the second capacitive sensing value, trigger the 6th result and generate subelement 1704.
The 4th result generates subelement 1702, for generating the first judged result that shows that described electronic equipment is gripped by forward.
Wherein, the capacitive sensing value of described the first plane is greater than the capacitive sensing value of described the second plane, obviously shows described the first plane contact user operating body, and described the second plane is away from user's operating body, as shown in Figure 5.
The 5th result generates subelement 1703, shows that for generating described electronic equipment is reversed the first judged result of gripping.
Wherein, the capacitive sensing value of described the first plane is less than the capacitive sensing value of described the second plane, shows described the second plane contact user operating body, and described the first plane is away from user's operating body, as shown in Figure 6.
The 6th result generates subelement 1704, for generating the first judged result that shows that described electronic equipment is not held.
Wherein, described parameter size judgment sub-unit 1701 is judged described the first capacitive sensing value and is equated with described the second capacitive sensing value, shows, described electronic equipment, in not being held state, now triggering described the 6th result and generates subelement 1704.
In specific implementation, described the second sensing unit can be realized with gravity sensor gsensor, now, in described the second parameter sensing, can comprise by described electronic equipment with respect to preset standard coordinate-system (x, y, z) angle of inclination value, that is to say, described the second parameter acquiring unit 1503 can realize in the following manner in the time utilizing described the second sensing unit to obtain the second parameter sensing:
In advance according to structoure of the human body as right-hand man's topology data and default standard coordinate system obtain as described in the positional information with respect to this standard coordinate system or the motion state information of electronic equipment, the second parameter sensing that contains this electronic equipment angle of inclination value according to described positional information or motion state Information generation again, as shown in Figure 9.
Accordingly, with reference to Figure 18, the structural representation of operating body determining unit 1504 described in a kind of electronic equipment embodiment ten providing for the application, wherein, described operating body determining unit 1504 can comprise:
Angle value extracts subelement 1541, for extracting electronic equipment described in described the second parameter sensing with respect to the angle of inclination value of preset standard coordinate-system.
Operating body is determined subelement 1542, for according to described angle of inclination value, determines the holding operation body of described electronic equipment.
It should be noted that, palm structure and the hand-held custom of user by human body right-hand man can be found out, in described standard coordinate system, when left-handed electronic equipment, the information when position of this electronic equipment grips electronic equipment from the right hand is obviously different, as shown in Figure 11, thus, described operating body determines that subelement 1542 is in specific implementation, can realize by the angular range value that judges this angle of inclination value, concrete, with reference to the structural representation in Figure 19, wherein, described operating body determines that subelement 1542 can comprise:
Angular range judge module 1901, be used for judging that described angle of inclination is worth residing angular range value, while being worth in the first predetermined angle value range at described angle of inclination, trigger the first determination module 1902, while being worth in the second predetermined angle value range at described angle of inclination, trigger the second determination module 1903.
The first determination module 1902, for the holding operation body of determining that the first operating body is described electronic equipment.
Concrete, described the first operating body is left hand or the right hand corresponding with described the first predetermined angle value range.
The second determination module 1903, for the holding operation body of determining that the second operating body is described electronic equipment.
Concrete, described the second operating body is the right hand or the left hand corresponding with described the second predetermined angle value range.
Wherein, described the first predetermined angle value range and described the second predetermined angle value range, can the relative position relation analysis when to user's hand-hold electronic equipments and between described standard coordinate system set in advance.
Based on above-mentioned implementation structure, with reference to Figure 20, the part-structure schematic diagram of a kind of electronic equipment embodiment 11 providing for the application, wherein, described electronic equipment can also comprise:
First information generation unit 1505, for after described the first determination module 1902 is determined the holding operation body that described the first operating body is described electronic equipment, according to described the first judged result, generate the first status information of described electronic equipment, described the first status information shows the direction state that described electronic equipment is gripped by described the first operating body.
Concrete, institute's first information generation unit 1505 can be realized in the following manner:
Determine whether electronic equipment described in described the first judged result is that forward grips, if, generation shows the first status information that described electronic equipment is gripped with forward manner as left hand by the first operating body, otherwise, generate and show the first status information that described electronic equipment is gripped with reverse manner by the first operating body.
Based on above-mentioned implementation structure, with reference to Figure 21, the part-structure schematic diagram of a kind of electronic equipment embodiment 12 providing for the application, wherein, described electronic equipment can also comprise:
The second information generating unit 1506, for after described the second determination module 1903 is determined the holding operation body that described the second operating body is described electronic equipment, according to described the first judged result, generate the second status information of described electronic equipment, described the second status information shows the direction state that described electronic equipment is gripped by described the second operating body.
Concrete, described the second information generating unit 1506 can realize in the following manner:
Determine whether electronic equipment described in described the first judged result is that forward grips, if, generation shows the second status information that described electronic equipment is gripped with forward manner as left hand by the second operating body, otherwise, generate and show the second status information that described electronic equipment is gripped with reverse manner by the second operating body.
It should be noted that, each embodiment in this instructions all adopts the mode of going forward one by one to describe, and what each embodiment stressed is and the difference of 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 operational zone, 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 and electronic equipment are described in detail, applied specific case herein principle of the present invention and embodiment 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 (14)
1. an information processing method, is characterized in that, is applied to electronic equipment, and described electronic equipment at least comprises the first sensing unit and the second sensing unit, and described method comprises:
Utilize described the first sensing unit to obtain the first parameter sensing;
Judge that according to described the first parameter sensing whether described electronic equipment is held, and obtains the first judged result;
In the time that described the first judged result shows that described electronic equipment is held, utilize described the second sensing unit to obtain the second parameter sensing;
Utilize described the second parameter sensing to determine the holding operation body of described electronic equipment.
2. method according to claim 1, is characterized in that, described the first parameter sensing of described foundation judges whether described electronic equipment is held, and obtains the first judged result, comprising:
Judge the residing capacitance range value of capacitive sensing value in described the first parameter sensing;
In the time that described capacitive sensing value is more than or equal to default first threshold, generates and show the first judged result that described electronic equipment is gripped by forward;
In the time that described capacitive sensing value is less than described first threshold and is more than or equal to default Second Threshold, generate and show that described electronic equipment is reversed the first judged result of gripping;
In the time that described capacitive sensing value is less than described Second Threshold, generates and show the first judged result that described electronic equipment is not held.
3. method according to claim 1, is characterized in that, described the first parameter sensing of described foundation judges whether described electronic equipment is held, and obtains the first judged result, comprising:
Judge the magnitude relationship of the first capacitive sensing value of electronic equipment the first plane described in described the first parameter sensing and the second capacitive sensing value of described electronic equipment the second plane;
In the time that the first capacitive sensing value is greater than described the second capacitive sensing value described in described the first parameter sensing, generates and show the first judged result that described electronic equipment is gripped by forward;
In the time that the first capacitive sensing value is less than described the second capacitive sensing value described in described the first parameter sensing, generates and show that described electronic equipment is reversed the first judged result of gripping;
In the time that the first capacitive sensing value equals described the second capacitive sensing value described in described the first parameter sensing, generate and show the first judged result that described electronic equipment is not held.
4. according to the method described in claim 1,2 or 3, it is characterized in that, the described holding operation body that utilizes described the second parameter sensing to determine described electronic equipment, comprising:
Extract electronic equipment described in described the second parameter sensing with respect to the angle of inclination value of preset standard coordinate-system;
According to described angle of inclination value, determine the holding operation body of described electronic equipment.
5. method according to claim 4, is characterized in that, the described angle of inclination of described foundation is worth, and determines the holding operation body of described electronic equipment, comprising:
Judge that described angle of inclination is worth residing angular range value;
While being worth in the first predetermined angle value range at described angle of inclination, determine that the first operating body is the holding operation body of described electronic equipment;
While being worth in the second predetermined angle value range at described angle of inclination, determine that the second operating body is the holding operation body of described electronic equipment.
6. method according to claim 5, is characterized in that, after the holding operation body that is described electronic equipment at described definite described the first operating body, described method also comprises:
According to described the first judged result, generate the first status information of described electronic equipment, described the first status information shows the direction state that described electronic equipment is gripped by described the first operating body.
7. method according to claim 5, is characterized in that, after the holding operation body that is described electronic equipment at described definite described the second operating body, described method also comprises:
According to described the first judged result, generate the second status information of described electronic equipment, described the second status information shows the direction state that described electronic equipment is gripped by described the second operating body.
8. an electronic equipment, is characterized in that, described electronic equipment at least comprises the first sensing unit and the second sensing unit, and described electronic equipment also comprises:
The first parameter acquiring unit, for utilizing described the first sensing unit to obtain the first parameter sensing;
Gripping state judging unit, for judging that according to described the first parameter sensing whether described electronic equipment is held, and obtains the first judged result;
The second parameter acquiring unit, in the time that described the first judged result shows that described electronic equipment is held, utilizes described the second sensing unit to obtain the second parameter sensing;
Operating body determining unit, for utilizing described the second parameter sensing to determine the holding operation body of described electronic equipment.
9. electronic equipment according to claim 8, is characterized in that, described the first sensing unit is arranged at the first plane of described electronic equipment, and wherein, described gripping state judging unit comprises:
Parameter area judgment sub-unit, be used for judging the residing capacitance range value of described the first parameter sensing capacitive sensing value, in the time that described capacitive sensing value is more than or equal to default first threshold, trigger the first result and generate subelement, in the time that described capacitive sensing value is less than described first threshold and is more than or equal to default Second Threshold, trigger the second result and generate subelement, in the time that described capacitive sensing value is less than described Second Threshold, triggers the 3rd result and generate subelement;
The first result generates subelement, for generating the first judged result that shows that described electronic equipment is gripped by forward;
The second result generates subelement, shows that for generating described electronic equipment is reversed the first judged result of gripping;
The 3rd result generates subelement, for generating the first judged result that shows that described electronic equipment is not held.
10. electronic equipment according to claim 8, is characterized in that, described the first sensing unit is arranged at respectively the first plane and second plane of described electronic equipment, and wherein, described gripping state judging unit comprises:
Parameter size judgment sub-unit, for judging the magnitude relationship of the first capacitive sensing value of electronic equipment the first plane described in described the first parameter sensing and the second capacitive sensing value of described electronic equipment the second plane, in the time that described in described the first parameter sensing, the first capacitive sensing value is greater than described the second capacitive sensing value, trigger the 4th result and generate subelement, in the time that described in described the first parameter sensing, the first capacitive sensing value is less than described the second capacitive sensing value, trigger the 5th result and generate subelement, in the time that described in described the first parameter sensing, the first capacitive sensing value equals described the second capacitive sensing value, trigger the 6th result and generate subelement,
The 4th result generates subelement, for generating the first judged result that shows that described electronic equipment is gripped by forward;
The 5th result generates subelement, shows that for generating described electronic equipment is reversed the first judged result of gripping;
The 6th result generates subelement, for generating the first judged result that shows that described electronic equipment is not held.
Electronic equipment described in 11. according to Claim 8,9 or 10, is characterized in that, described operating body determining unit comprises:
Angle value extracts subelement, for extracting electronic equipment described in described the second parameter sensing with respect to the angle of inclination value of preset standard coordinate-system;
Operating body is determined subelement, for according to described angle of inclination value, determines the holding operation body of described electronic equipment.
12. electronic equipments according to claim 11, is characterized in that, described operating body determines that subelement comprises:
Angular range judge module, be used for judging that described angle of inclination is worth residing angular range value, while being worth in the first predetermined angle value range at described angle of inclination, trigger the first determination module, while being worth in the second predetermined angle value range at described angle of inclination, trigger the second determination module;
The first determination module, for the holding operation body of determining that the first operating body is described electronic equipment;
The second determination module, for the holding operation body of determining that the second operating body is described electronic equipment.
13. electronic equipments according to claim 12, is characterized in that, also comprise:
First information generation unit, for after described the first determination module is determined the holding operation body that described the first operating body is described electronic equipment, according to described the first judged result, generate the first status information of described electronic equipment, described the first status information shows the direction state that described electronic equipment is gripped by described the first operating body.
14. electronic equipments according to claim 12, is characterized in that, also comprise:
The second information generating unit, for after described the second determination module is determined the holding operation body that described the second operating body is described electronic equipment, according to described the first judged result, generate the second status information of described electronic equipment, described the second status information shows the direction state that described electronic equipment is gripped by described the second operating body.
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