CN105242851A - Method for switching operation modes of electronic device and electronic device - Google Patents
Method for switching operation modes of electronic device and electronic device Download PDFInfo
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- CN105242851A CN105242851A CN201510691127.7A CN201510691127A CN105242851A CN 105242851 A CN105242851 A CN 105242851A CN 201510691127 A CN201510691127 A CN 201510691127A CN 105242851 A CN105242851 A CN 105242851A
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Abstract
The invention provides a method for switching operation modes of an electronic device and the electronic device. A capacitive sensing region is arranged on a rear shell of the electronic device. The method for switching the operation modes of the electronic device comprises the following steps of acquiring sensing data acquired by the capacitive sensing region; building a sensing pattern according to the sensing data; determining a target operation mode according to the built sensing pattern; and switching the electronic device into the target operation mode from the current operation mode. According to the above technical scheme provided by the invention, the capacitive sensing region is arranged on the rear shell of the electronic device, thus, the switching of the target operation mode is achieved according to the sensing pattern sensed by the capacitive sensing region, and space resources of the rear shell of the electronic device can be fully utilized.
Description
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of method and the electronic equipment that switch the operator scheme of electronic equipment.
Background technology
The material of general electronic equipment back cover (as mobile phone battery cover) is plastics, metal or tempered glass etc.; these materials or plasticity or toughness or ratio of rigidity better; the effect at the protection electronic equipment back side can be played preferably; but in today that electronic technology and microelectric technique develop rapidly; if electronic equipment back cover also just plays the effect at the protection electronic equipment back side; that space resources for electronic equipment back cover is still wasted very much, and that is the space availability ratio of electronic equipment back cover is still lower.
Summary of the invention
The object of the embodiment of the present invention is to provide a kind of method and the electronic equipment that switch the operator scheme of electronic equipment, with the problem that the space availability ratio solving electronic equipment back cover in prior art is low.
In order to solve the problems of the technologies described above, the present invention adopts following technical scheme:
According to an aspect of the embodiment of the present invention, provide a kind of method switching the operator scheme of electronic equipment, the back cover of described electronic equipment is provided with capacitive sensing district, described method comprises:
Obtain the sensed data that described capacitive sensing district gathers;
Induction figure is built according to described sensed data;
According to the described induction figure built, determine object run pattern;
Described electronic equipment is switched to described object run pattern by current mode.
According to another aspect of the embodiment of the present invention, provide a kind of electronic equipment, the back cover of described electronic equipment is provided with capacitive sensing district, wherein, described electronic equipment also comprises:
Data acquisition module, for obtaining the sensed data that described capacitive sensing district gathers;
Figure builds module, for building induction figure according to described sensed data;
Mode decision module, for according to the described induction figure built, determines object run pattern;
Mode switch module, for being switched to described object run pattern by described electronic equipment by current mode.
The invention has the beneficial effects as follows:
Technique scheme, by arranging capacitive sensing module on electronic equipment back cover, the position that capacitive sensing module is set is made to form capacitive sensing district, according to the induction figure that the sensed data in capacitive sensing district builds, determining object run pattern, and switch accordingly, achieving the technology implementing the operator scheme switching of electronic equipment by arranging capacitive sensing module on electronic equipment back cover, improve user's experience, improve the space availability ratio of electronic equipment back cover simultaneously.
Accompanying drawing explanation
Fig. 1 represents one of capacitive sensing plot structure schematic diagram provided by the invention;
Fig. 2 represents capacitive sensing plot structure schematic diagram two provided by the invention;
Fig. 3 represents capacitive sensing plot structure schematic diagram three provided by the invention;
Fig. 4 represents the schematic flow sheet of the method for the operator scheme of the switching electronic equipment that first embodiment of the invention provides;
Fig. 5 represents the schematic flow sheet of the method for the operator scheme of the switching electronic equipment that second embodiment of the invention provides;
Fig. 6 represents the schematic flow sheet of the method for the operator scheme of the switching electronic equipment shown in the example that second embodiment of the invention provides;
Fig. 7 represents the schematic flow sheet of the method for the operator scheme of the switching electronic equipment that third embodiment of the invention provides;
Fig. 8 represents the schematic flow sheet of the method for the operator scheme of the switching electronic equipment shown in the example that third embodiment of the invention provides;
One of Fig. 9 apparatus structure schematic diagram representing the electronic equipment that fourth embodiment of the invention provides;
Figure 10 represents the apparatus structure schematic diagram two of the electronic equipment that fourth embodiment of the invention provides;
Figure 11 represents the apparatus structure schematic diagram three of the electronic equipment that fourth embodiment of the invention provides.
Embodiment
Below with reference to accompanying drawings exemplary embodiment of the present invention is described in more detail.Although show exemplary embodiment of the present invention in accompanying drawing, however should be appreciated that can realize the present invention in a variety of manners and not should limit by the embodiment set forth here.On the contrary, provide these embodiments to be in order to more thoroughly the present invention can be understood, and complete for scope of the present invention can be conveyed to those skilled in the art.
First embodiment
Be noted that the back cover inside surface of the electronic equipment in the embodiment of the present invention is provided with capacitive sensing district, capacitive sensing district comprises multiple capacitive transducer.Capacitive sensing district holds induction zone certainly from what hold sensor composition, also can be the mutual tolerance induction zone of mutual tolerance sensor composition, can also be by multiple discrete from hold that sensor forms from holding sensor pattern induction zone.Capacitive sensing district can be covered with whole electronic equipment back cover (see Fig. 1) continuously, also the left and right edges both sides (see Fig. 2) of electronic equipment back cover can be only arranged in, that can also disperse is arranged in (see Fig. 3) on electronic equipment back cover, and concrete arrangement can design according to actual needs.
Wherein, if electronic equipment back cover is tempered glass material, then capacitive transducer can be produced on tempered glass by the mode such as laser or silk-screen, or capacitive transducer is produced on a FPC (FlexiblePrintedCircuitboard, flexible PCB) or film (such as Film or PET (polyethyleneterephthalate, polyethylene terephthalate)) on, be then fitted on the back cover of tempered glass material.
If the material of electronic equipment back cover is plastics, then capacitive transducer can be produced on a FPC (FlexiblePrintedCircuitboard, flexible PCB) or film (such as Film or PET (polyethyleneterephthalate, polyethylene terephthalate)) on, then fitted on the back cover of plastic material.
Embodiments provide a kind of method switching the operator scheme of electronic equipment, see Fig. 4, the method comprises:
The sensed data that S401, acquisition capacitive sensing district gather.
When there being conductive body to touch the capacitive sensing district of electronic equipment back cover, the capacitance of the capacitive transducer in touch points changes, and forms sensed data.
S402, according to sensed data build induction figure.
Wherein, a capacitive transducer can produce a sensed data, for a continuous print touch location, touches how many capacitive transducers and will produce how many sensed data, one or more sensed data forms an induction array, namely an induction figure.
S403, according to build induction figure, determine object run pattern.
Wherein, the induction figure that different operator schemes is corresponding different, the operator scheme corresponding according to each induction figure, determines the operator scheme that the induction figure of current structure is corresponding.Such as, if the induction figure of current structure is left hand induction figure, and the corresponding left operational mode of left hand induction figure, then can determine that object run pattern is left operational mode.Wherein, the corresponding relation responding to figure and operator scheme can be arranged in advance.
Wherein, if this induction figure does not have corresponding operator scheme, then this induction figure invalid, does not process this.
S404, electronic equipment is switched to object run pattern by current mode.
Namely, after according to induction figure determination object run pattern, electronic equipment is switched to object run pattern by current mode.
In sum, the technique scheme that the embodiment of the present invention provides, by arranging capacitive sensing district on electronic equipment back cover, according to the induction figure that the sensed data in capacitive sensing district builds, determining object run pattern, and switch accordingly, achieving the technology implementing the operator scheme switching of electronic equipment by arranging capacitive sensing module on electronic equipment back cover, improve user's experience, improve the space availability ratio of electronic equipment back cover simultaneously.
Second embodiment
For the touch control operation in the capacitive sensing district on electronic equipment back cover, can be the touch-control of single finger to capacitive sensing district, also can be the touch-controls of many fingers to capacitive sensing district, concrete touch control manner can design according to actual needs, in embodiments of the present invention, provide a kind of according to the grip state of staff to electronic equipment, switch the method for the operator scheme of electronic equipment, see Fig. 5, the method specifically comprises:
The sensed data that S501, acquisition capacitive sensing district gather.
Sensed data is generated when the capacitance of the capacitive transducer in capacitive sensing district changes.
S502, according to sensed data build induction figure.
Wherein, a capacitive transducer can produce a sensed data, for a continuous print touch location, touches how many capacitive transducers and will produce how many sensed data, one or more sensed data forms an induction array, namely an induction figure.
S503, according to the induction figure built, determine to grip the grip state of electronic equipment.
According to the induction figure constructed, the grip state of staff to electronic equipment can be determined, such as, if judge, the induction figure built is left hand hand shape, then can be defined as left-handed electronic equipment, if judge, the induction figure built is right hand hand shape, then can be defined as the right hand and grip electronic equipment.
Wherein, if do not judge the grip state of staff to electronic equipment according to this induction figure, then this induction figure invalid, does not process this.
S504, corresponding relation according to the grip state determined and operator scheme, determine the object run pattern corresponding with grip state.
Wherein, the operator scheme that different grip state is corresponding different, is determining can determine operator scheme corresponding with it after staff is to the grip state of electronic equipment, i.e. object run pattern.
S505, electronic equipment is switched to object run pattern by current mode.
Namely, according to staff to the grip state determination object run pattern of electronic equipment after, electronic equipment is switched to object run pattern by current mode.
In sum, the technique scheme that the embodiment of the present invention provides, the grip state of staff to electronic equipment is judged by the capacitive sensing district on electronic equipment back cover, then determine according to the grip state of staff to electronic equipment and switch object run pattern, meet the individual requirement of electronic device user, improve the experience of user to electronic equipment.
Concrete, conveniently identify left-handed electronic equipment or the right hand grips electronic equipment, make the capacitive sensing district on electronic equipment at least comprise the first induction zone and the second induction zone in embodiments of the present invention.Wherein, the first induction zone is positioned at the left side edge position of electronic equipment back cover, and the second induction zone is positioned at the right side edge position of electronic equipment back cover.When general staff is in one's hands and holds electronic equipment, many fingers and part palm can lay respectively at the edge, the left and right sides of electronic equipment back cover, therefore the induction figure by building in judgement first induction zone and the second induction zone is finger induction figure or palm induction figure, left-handed electronic equipment or right hand gripping electronic equipment can be determined, if the sensed data namely gathered according to the first induction zone builds obtain finger induction figure, obtain palm induction figure according to the sensed data structure that the second induction zone gathers, then determine that grip state is that the right hand grips; Obtain palm induction figure if build according to the sensed data of the first induction zone collection, obtain pointing induction figure according to the sensed data structure that the second induction zone gathers, then determine that grip state is left-handed.
It should be noted that, first induction zone and the second induction zone can be two regions be separated, also can continuous print two regions, generally be provided with one for distinguishing the reference point of left and right being arranged in the first induction zone on the left of electronic equipment back cover, the i.e. start position of capacitive transducer, if namely this starting point reference point is arranged in the first induction zone, and the first induction zone is positioned at the left side of electronic equipment back cover, then define the left side that the capacitive transducer being arranged in the first induction zone is positioned at electronic equipment back cover, the capacitive transducer being arranged in the second induction zone is positioned at the rear side of electronic equipment back cover.It is appreciated of course that this start position reference point also can be arranged in the second induction zone on the right side of electronic equipment back cover, the principle of the right position definition of capacitive transducer is similar to the above, just repeats no more.
Further, right-hand man's use habit problem is there is due to during one-handed performance large-size screen monitors electronic equipment, therefore user right-hand man can be utilized the grip state of electronic equipment, realize the automatic switching function at right-hand man's individual operation interface, facilitate the use habit of user individual, if namely determine, grip state is that the right hand grips, then current operator scheme is switched to right operational mode; If determine, grip state is left-handed, then current operator scheme is switched to left operational mode.
In order to further understand the capacitive sensing district with the first induction zone and the second induction zone, be described in detail below, wherein, capacitive sensing district for mutual tolerance induction zone or can hold induction zone certainly.
1) when capacitive sensing district is mutual tolerance induction zone, see Fig. 1, on electronic equipment back cover 1, continuous print capacitive sensing district 2 is furnished with shown in Fig. 1, this capacitive sensing district 2 comprises the first induction zone 201 being positioned at electronic equipment back cover 1 left side edge and the second induction zone 202 being positioned at electronic equipment back cover 1 right side edge, wherein a kind of distribution situation of the capacitive transducer of the first induction zone 201 is [Rx1-Tx1, Rx1-Txn], the distribution situation of the correspondence of the capacitive transducer of the second induction zone 202 is [Rxm-Tx1, Rxm-Txn].
Wherein, Rx represents receiving pole, is longitudinally arranged on electronic equipment back cover 1, Tx represents emitter, and be laterally arranged on electronic equipment back cover 1, m represents the port number of receiving pole Rx, n represents the port number of emitter Tx, and Rx1-Tx1 represents the capacitive transducer that receiving pole Rx1 and emitter Tx1 is formed; Rx1-Txn represents the capacitive transducer that receiving pole Rx1 and emitter Txn is formed; Rxm-Tx1 represents the capacitive transducer that receiving pole Rxm and emitter Tx1 is formed; Rxm-Txn represents the capacitive transducer that receiving pole Rxm and emitter Txn is formed.[Rx1-Tx1, Rx1-Txn] represents n the capacitive transducer that Rx1 is formed with Tx1 ~ Txn respectively, and n capacitive transducer is longitudinally arranged in the first induction zone 201 successively; [Rxm-Tx1, Rxm-Txn] represents n the capacitive transducer that Rxm is formed with Tx1 ~ Txn respectively, and n capacitive transducer is longitudinally arranged in the second induction zone 202 successively; Wherein, the Rx1-Tx1 that can set in the first induction zone 201 is the start position reference point in capacitive sensing district.
It is appreciated of course that, receiving pole passage can from left to right arrange successively, also can arrange from right to left successively, emitter passage can arrange successively from top to bottom, also can arrange from top to bottom successively, concrete arranging situation, can design according to actual needs, the embodiment of the present invention does not limit this.And the distribution situation of capacitive transducer in the first induction zone 201 of foregoing description and the second induction zone 202 just wherein a kind of situation, namely receiving pole passage from left to right arranges successively, and emitter passage arranges successively from top to bottom.
2) when capacitive sensing district is mutual tolerance induction zone, see Fig. 1, the another kind of distribution situation of the capacitive transducer of the first induction zone 201 is [Tx1-Rx1, Tx1-Rxm], the distribution situation of the correspondence of the capacitive transducer of the second induction zone 202 is [Txn-Rx1, Txn-Rxm].
Wherein, Rx represents receiving pole, is laterally arranged on electronic equipment back cover 1, Tx represents emitter, and be longitudinally arranged on electronic equipment back cover 1, m represents the port number of receiving pole Rx, n represents the port number of emitter Tx, and Tx1-Rx1 represents the capacitive transducer that emitter Tx1 and receiving pole Rx1 is formed; Tx1-Rxm represents the capacitive transducer that emitter Tx1 and receiving pole Rxm is formed; Txn-Rx1 represents the capacitive transducer that emitter Txn and receiving pole Rx1 is formed; Txn-Rxm represents the capacitive transducer that emitter Txn and receiving pole Rxm is formed.[Tx1-Rx1, Tx1-Rxm] represents m the capacitive transducer that Tx1 is formed with Rx1 ~ Rxm respectively, and m capacitive transducer is longitudinally arranged in the first induction zone 201 successively; [Txn-Rx1, Txn-Rxm] represents m the capacitive transducer that Txn is formed with Rx1 ~ Rxm respectively, and m capacitive transducer is longitudinally arranged in the second induction zone 202 successively; Wherein, the Tx1-Rx1 that can set in the first induction zone 201 is the start position reference point in capacitive sensing district.
It is appreciated of course that, receiving pole passage can arrange successively from top to bottom, also can arrange from top to bottom successively, emitter passage can from left to right arrange successively, also can arrange from right to left successively, concrete arranging situation, can design according to actual needs, the embodiment of the present invention does not limit this.And the distribution situation of capacitive transducer in the first induction zone 201 of foregoing description and the second induction zone 202 just wherein a kind of situation, namely receiving pole passage arranges successively from top to bottom, and emitter passage from left to right arranges successively.
It should be noted that, above-mentioned mutual tolerance induction zone can be designed by mutual tolerance electric capacity sensorpattern (sensor pattern) routinely, does not do specific requirement here.
3) when capacitive sensing district is in time holding induction zone, see Fig. 2, Fig. 2 illustrates that the capacitive sensing district 2 on electronic equipment back cover 1 comprises the first induction zone 201 being positioned at electronic equipment back cover 1 left side edge and the second induction zone 202 being positioned at electronic equipment back cover 1 right side edge, the distribution situation of the capacitive transducer of the first induction zone 201 is [TRx1, TRxm/2], the distribution situation that the capacitive transducer of the second induction zone 202 is corresponding is [TRx (m/2)+1, TRxm].
Wherein, TRx represents receiving pole/emitter, and be longitudinally arranged on electronic equipment back cover 1, m is the port number of TRx, and TRx1 ~ TRxm represents the capacitive transducer corresponding with respective passage.[TRx1, TRxm/2] represents m/2 (m is even number) the individual capacitive transducer that TRx1 ~ TRxm/2 is corresponding, and m/2 capacitive transducer is longitudinally arranged in the first induction zone 201 successively; [TRx (m/2)+1, TRxm] represents m/2 the capacitive transducer that TRx (m/2)+1 ~ TRxm is corresponding, and m/2 capacitive transducer is longitudinally arranged in the second induction zone 202 successively; Wherein, the TRx1 that can set the first induction zone 201 is the start position in capacitive sensing district.
It is appreciated of course that TRx can arrange successively from top to bottom, also can arrange from top to bottom successively, concrete arranging situation, can design according to actual needs, the embodiment of the present invention does not limit this.And the distribution situation of the capacitive transducer of above-mentioned first induction zone 201 and the second induction zone 202 is just wherein a kind of, namely TRx passage arranges successively from top to bottom.
Needs illustrate, specific requirement routinely from holding electric capacity sensorpattern (sensor pattern) design, can not done here in above-mentioned mutual tolerance induction zone.
Wherein, the consideration of passage sequence the most important thing is the Data distribution8 situation wanting to distinguish easily electric capacity induction zone in electronic equipment left and right edges when gripping electronic equipment, in conjunction with the Data distribution8 situation of the first induction zone and the second induction zone, construct different induction figures.Such as, for 1) and 2) middle description capacitive sensing district, if the induction figure dispersion that an induction zone is constructed, be made up of the smaller induction array (namely responding to figure) of several separation, and general induction array quantity is more than or equal to 1, and being less than or equal to 4, then such induction figure induction array number is more and area is less induction is called finger induction figure; If the induction figure that another induction zone is constructed is a larger induction array, general area mentions more than the twice of little induction array area before being, and induction figure induction array quantity is generally less than 2, then such induction figure induction array number is few and area is larger induction is called palm induction figure, in conjunction with the starting point reference point locations in induction zone, just can judge that right-hand man grips the state of electronic equipment.
For 3) the middle capacitive sensing district described, if the induction figure dispersion that an induction zone builds, be made up of the induction array of several separation, and general induction array quantity is more than or equal to 1, and be less than or equal to 4, each induction array is generally by adjacent and quantity is less than or equal to 5 TRx passage sensed data forms, then such induction array quantity is more and size is less induction is called finger induction figure; If the induction figure that another induction zone builds is made up of 1 group or 2 groups of induction arrays, larger induction array is generally made up of (the interchannel spacing of general TRx is 5mm) adjacent 6 or more TRx passage sensed data, then such induction array negligible amounts and larger-size induction are called palm induction figure, in conjunction with the starting point reference point locations in the ordering scenario of induction TRx passage and induction zone, just can judge that right-hand man grips the state of mobile phone.
For understanding further how according to the grip state of right-hand man to electronic equipment, realize the method for the automatic switchover at right-hand man's individual operation interface, be illustrated below with an example, see Fig. 6, this example specifically comprises:
Capacitive transducer in capacitive sensing district on S601, electronic equipment back cover gathers sensed data, and constructs induction figure, then enters S602.
S602, judge in electronic equipment back cover left and right edges capacitive sensing district in the induction figure that builds be finger induction figure or palm induction figure respectively, then enter S603 or S604 or S605.
If the induction figure built in the capacitive sensing district on S603 electronic equipment back cover left hand edge is palm induction figure, the induction figure built in the capacitive sensing district on right hand edge is finger induction figure, be then defined as left-handed state, and enter S606.
If the induction figure built in the capacitive sensing district on S604 electronic equipment back cover left hand edge is palm induction figure for finger induction figure, the induction figure built in the capacitive sensing district on right hand edge, is then defined as right hand grip state, and enters S607.
If the induction figure built in the capacitive sensing district in S605 electronic equipment back cover left and right edges is discontented with the Rule of judgment of sufficient palm induction figure and finger induction figure, then enter S608.
S606, report sensed data to arrive electronic equipment main frame, switched to by electronic equipment current mode left hand to use operator scheme.
S607, report sensed data to arrive electronic equipment main frame, switched to by electronic equipment current mode the right hand to use operator scheme.
S608, invalid sensed data, do not process.
In sum, technique scheme utilizes user right-hand man to the grip state of electronic equipment, realizes the automatic switching function at right-hand man's individual operation interface, facilitates the use habit of user individual
3rd embodiment
Embodiments provide a kind of by contrast the induction figure built and the test pattern pre-set, switch the method for the operator scheme of electronic equipment, see Fig. 7, the method specifically comprises:
The sensed data that S701, acquisition capacitive sensing district gather.
Sensed data is generated when the capacitance of the capacitive transducer in capacitive sensing district changes.
S702, according to sensed data build induction figure.
Wherein, a capacitive transducer can produce a sensed data, for a continuous print touch location, touches how many capacitive transducers and will produce how many sensed data, one or more sensed data forms an induction array, namely an induction figure.
The induction figure that S703, contrast build and the test pattern pre-set.
Wherein, determine object run pattern for convenience, corresponding reference pattern can be pre-set for often kind of object run pattern, i.e. test pattern.The test pattern pre-set can be the geometric figure (such as square, circle, triangle etc.) of a rule, also can be irregular figure (figure such as during different people hand gripping electronic equipment constructed by capacitive sensing district), concrete condition can be arranged according to actual needs.
If the induction figure that S704 builds mates with the test pattern pre-set, then obtain the object run pattern corresponding with the test pattern pre-set, wherein, an object run pattern is corresponding with the test pattern that at least one pre-sets.
Wherein, the corresponding object run pattern of each test pattern, but the corresponding multiple test pattern of same object run pattern possibility, because the same induction figure built in capacitive sensing district by staff each time has institute's difference, and different staff to build same induction figure different especially, therefore, for an object run pattern, may corresponding one or more test pattern pre-set.
S705, according to obtain object run pattern, electronic equipment is switched to object run pattern by current mode.
Namely, after contrasting determine object run pattern according to the induction figure built and test pattern, electronic equipment is switched to object run pattern by current mode.
In sum, the technique scheme that the embodiment of the present invention provides, by the induction figure built in the capacitive sensing district on electronic equipment back cover and the test pattern pre-set are contrasted, determine and switch object run pattern, facilitate the determination of object run pattern, improve the experience of user to electronic equipment, improve the space availability ratio of the back cover of electronic equipment simultaneously.
Concrete, by pre-setting standard hand shape figure, determine the grip state of staff to electronic equipment, again according to the grip state of staff to electronic equipment, determine corresponding operator scheme, the induction figure namely contrasting structure and the standard hand shape figure pre-set, its Plays hand shape figure comprises: left hand hand shape figure and right hand hand shape figure, if the induction figure built and the left hand hand shape Graphic Pattern Matching pre-set, then obtain the left operational mode corresponding with left hand hand shape figure, if the induction figure built and the right hand hand shape Graphic Pattern Matching pre-set, then obtain the right operational mode corresponding with right hand hand shape figure.
For technique scheme, capacitive sensing district on electronic equipment back cover can be arranged to multiple from holding sensor pattern (namely from holding sensorpatterns), see Fig. 3, the back cover of electronic equipment shown in Fig. 31 is furnished with altogether 6 sensor pattern 3, a sensor pattern 3 is exactly one and certainly holds TRx channel electrode, and namely one is held capacitive transducer certainly, wherein, the profile of sensor pattern, size and quantity can design according to actual needs, do not do specific requirement here.The profile of sensor pattern, the consideration of size and quantity the most important thing is to want to distinguish easily the Data distribution8 situation of hand shape when right-hand man grips electronic equipment, when gripping electronic equipment with different hand shapes, the data that multiple sensor pattern collects are have certain rule for same person, these regular characteristics are constructed different hand shapes and is stored in hand shape storehouse, namely certainly holding sensor pattern is the data collected according to each sensor pattern, relation judges that right-hand man grips the state of electronic equipment in proportion, such as, each sensor pattern is collected data and does ratio computing, the ratio relation formed according to different hand shape constructs different hand graphic data, be stored in hand shape storehouse.When having detected that hand grips electronic equipment, first be that multiple sensor pattern collection is held data and builds shape of selling, carry out comparison one by one with the hand shape in hand shape storehouse before, if there is coupling hand shape, perform the operation of relevant hand shape, if without coupling hand shape, be then designated as invalid hand shape.In addition, due to size, the shape difference to some extent of the hand of different people, therefore need the process in advance with hand shape study typing, shape in one's hands for study is kept in hand shape storehouse, to improve the scope of application of the program.
For understanding further how according to the grip state of right-hand man to electronic equipment, realize the method for the automatic switchover at right-hand man's individual operation interface, be illustrated below with an example, see Fig. 8, this example specifically comprises:
Capacitive transducer in sensorpatterns (i.e. sensor pattern) on S801, electronic equipment back cover gathers sensed data, and constructs induction figure, then enters S802.
S802, the induction figure of structure and the hand shape be stored in advance in hand shape storehouse are responded to figure contrast, then enter S803 or S804 or S805.
If the left hand hand shape Graphic Pattern Matching of the induction figure that S803 builds and left-handed electronic equipment, be then defined as left-handed state, and enter S806.
If the induction figure that S804 builds and the right hand grip the right hand hand shape Graphic Pattern Matching of electronic equipment, be then defined as right hand grip state, and enter S807.
If the induction figure that S805 builds is responded to figure with the hand shape in hand shape storehouse and all do not mated, then enter S808.
S806, report sensed data to arrive electronic equipment main frame, switched to by electronic equipment current mode left hand to use operator scheme.
S807, report sensed data to arrive electronic equipment main frame, switched to by electronic equipment current mode the right hand to use operator scheme.
S808, invalid sensed data, do not process.
In sum, technique scheme can by contrasting the induction figure built in the capacitive sensing district on electronic equipment back cover and the hand shape be set in advance in hand shape storehouse, determine and switch object run pattern, facilitate the determination of object run pattern, meet the personalized request for utilization of user, improve the experience of user to electronic equipment, improve the space availability ratio of electronic equipment back cover simultaneously.
4th embodiment
Embodiments provide a kind of electronic equipment, the back cover inside surface of this electronic equipment is provided with capacitive sensing district, and capacitive sensing district comprises multiple capacitive transducer.Capacitive sensing district holds induction zone certainly from what hold sensor composition, also can be the mutual tolerance induction zone of mutual tolerance sensor composition, can also be by multiple discrete from hold that sensor forms from holding induction figure induction zone.Capacitive sensing district can be covered with whole electronic equipment back cover (see Fig. 1) continuously, also the left and right sides (see Fig. 2) of electronic equipment back cover can be only arranged in, that can also disperse is arranged in (see Fig. 3) on electronic equipment back cover, and concrete arrangement can design according to actual needs.
Wherein, if electronic equipment back cover is tempered glass material, then capacitive transducer can be produced on tempered glass by the mode such as laser or silk-screen, or capacitive transducer is produced on a FPC (FlexiblePrintedCircuitboard, flexible PCB) or film (such as Film or PET (polyethyleneterephthalate, polyethylene terephthalate)) on, be then fitted on the back cover of tempered glass material.
If the material of electronic equipment back cover is plastics, then capacitive transducer can be produced on a FPC (FlexiblePrintedCircuitboard, flexible PCB) or film (such as Film or PET (polyethyleneterephthalate, polyethylene terephthalate)) on, then fitted on the back cover of plastic material.Wherein, see Fig. 9, this electronic equipment also comprises:
Data acquisition module 901, for obtaining the sensed data that capacitive sensing district gathers.
When there being conductive body to touch the capacitive sensing district of electronic equipment back cover, the capacitance of the capacitive transducer in touch points changes, and form sensed data, data acquisition module 901 can obtain this sensed data.
Figure builds module 902, for building induction figure according to sensed data.
Wherein, a capacitive transducer can produce a sensed data, for a continuous print touch location, touch how many capacitive transducers and will produce how many sensed data, figure structure module 902 constructs according to one or more sensed data responds to figure accordingly.
Mode decision module 903, for according to the induction figure built, determines object run pattern.
The induction figure that different operator schemes is corresponding different, the operator scheme that mode decision module 903 can be corresponding according to each induction figure, determines the operator scheme that the induction figure of current structure is corresponding.Such as, if current induction figure is left hand induction figure, and the corresponding left operational mode of left hand induction figure, then determine that object run pattern is left operational mode.Wherein, the corresponding relation responding to figure and operator scheme can be arranged in advance.
Mode switch module 904, for being switched to object run pattern by electronic equipment by current mode.
Namely electronic equipment after according to induction figure determination object run pattern, can be switched to object run pattern by current mode by mode switch module 904.
To sum up, the above-mentioned electronic equipment that the embodiment of the present invention provides, the sensed data that the capacitive sensing district obtained on electronic equipment back cover by data acquisition module 901 is gathered, making figure build module 902 can according to the induction figure of sensed data structure, and then make mode decision module 903 build the induction figure of module 902 structure according to figure, determine object run pattern, finally make mode switch module 904 that electronic equipment is switched to object run pattern by current mode, achieve the technology implementing electronic device operating mode switching by arranging capacitive sensing module on electronic equipment back cover, improve user's experience, improve the space availability ratio of electronic equipment back cover simultaneously.
Concrete, see Figure 10, pattern deterministic model 903 comprises:
Status determining unit 9031, for according to the induction figure built, determines the grip state gripping electronic equipment.
Namely, status determining unit 9031 can according to the induction figure constructed, the grip state of staff to electronic equipment can be determined, such as, if judge, induction figure is left hand hand shape, then can be defined as left-handed electronic equipment, if judge, induction figure is right hand hand shape, then can be defined as the right hand and grip electronic equipment.
Wherein, if status determining unit 9031 does not judge the grip state of staff to electronic equipment according to this induction figure, then this induction figure invalid, does not process this.
Pattern determining unit 9032, for the corresponding relation according to the grip state determined and operator scheme, determines the object run pattern corresponding with grip state.
Wherein, the operator scheme that different grip state is corresponding different, after status determining unit 9031 determines that staff is to the grip state of electronic equipment, pattern determining unit 9032 can determine the operator scheme corresponding with grip state, i.e. object run pattern.
Concrete, capacitive sensing district at least comprises the first induction zone and the second induction zone.Accordingly, see Figure 10, status determining unit 9031 comprises:
First state determination subelement 90311, for when according to first induction zone gather sensed data build obtain finger induction figure, according to second induction zone gather sensed data build obtain palm induction figure time, determine grip state be the right hand grip.
Second state determination subelement 90312, for when according to first induction zone gather sensed data build obtain palm induction figure, according to second induction zone gather sensed data build obtain finger induction figure time, determine that grip state is left-handed.
Accordingly, pattern determining unit 9032 comprises:
First mode determination subelement 90321, for when determining that grip state is left-handed, determines that object run pattern is right operational mode.
Second pattern determination subelement 90322, for when determining that grip state is left-handed, determines that object run pattern is left operational mode.
Concrete, in order to further understand the capacitive sensing district with the first induction zone and the second induction zone, be described in detail below, wherein, capacitive sensing district for mutual tolerance induction zone or can hold induction zone certainly.
1) when capacitive sensing district is mutual tolerance induction zone, see Fig. 1, on electronic equipment back cover 1, continuous print capacitive sensing district 2 is furnished with shown in Fig. 1, this capacitive sensing district comprises the first induction zone 201 being positioned at electronic equipment back cover 1 left side edge and the second induction zone 202 being positioned at electronic equipment back cover 1 right side edge, wherein a kind of distribution situation of the capacitive transducer of the first induction zone 201 is [Rx1-Tx1, Rx1-Txn], the distribution situation of the correspondence of the capacitive transducer of the second induction zone 202 is [Rxm-Tx1, Rxm-Txn].
Wherein, Rx represents receiving pole, is longitudinally arranged on electronic equipment back cover 1, Tx represents emitter, and be laterally arranged on electronic equipment back cover 1, m represents the port number of receiving pole Rx, n represents the port number of emitter Tx, and Rx1-Tx1 represents the capacitive transducer that receiving pole Rx1 and emitter Tx1 is formed; Rx1-Txn represents the capacitive transducer that receiving pole Rx1 and emitter Txn is formed; Rxm-Tx1 represents the capacitive transducer that receiving pole Rxm and emitter Tx1 is formed; Rxm-Txn represents the capacitive transducer that receiving pole Rxm and emitter Txn is formed.[Rx1-Tx1, Rx1-Txn] represents n the capacitive transducer that Rx1 is formed with Tx1 ~ Txn respectively, and n capacitive transducer is longitudinally arranged in the first induction zone 201 successively; [Rxm-Tx1, Rxm-Txn] represents n the capacitive transducer that Rxm is formed with Tx1 ~ Txn respectively, and n capacitive transducer is longitudinally arranged in the second induction zone 202 successively; Wherein, the Rx1-Tx1 that can set in the first induction zone 201 is the start position reference point in capacitive sensing district.
It is appreciated of course that, receiving pole passage can from left to right arrange successively, also can arrange from right to left successively, emitter passage can arrange successively from top to bottom, also can arrange from top to bottom successively, concrete arranging situation, can design according to actual needs, the embodiment of the present invention does not limit this.And the distribution situation of capacitive transducer in the first induction zone 201 of foregoing description and the second induction zone 202 just wherein a kind of situation, namely receiving pole passage from left to right arranges successively, and emitter passage arranges successively from top to bottom.
2) when capacitive sensing district is mutual tolerance induction zone, see Fig. 1, the another kind of distribution situation of the capacitive transducer of the first induction zone 201 is [Tx1-Rx1, Tx1-Rxm], the distribution situation of the correspondence of the capacitive transducer of the second induction zone 202 is [Txn-Rx1, Txn-Rxm].
Wherein, Rx represents receiving pole, is laterally arranged on electronic equipment back cover 1, Tx represents emitter, and be longitudinally arranged on electronic equipment back cover 1, m represents the port number of receiving pole Rx, n represents the port number of emitter Tx, and Tx1-Rx1 represents the capacitive transducer that emitter Tx1 and receiving pole Rx1 is formed; Tx1-Rxm represents the capacitive transducer that emitter Tx1 and receiving pole Rxm is formed; Txn-Rx1 represents the capacitive transducer that emitter Txn and receiving pole Rx1 is formed; Txn-Rxm represents the capacitive transducer that emitter Txn and receiving pole Rxm is formed.[Tx1-Rx1, Tx1-Rxm] represents m the capacitive transducer that Tx1 is formed with Rx1 ~ Rxm respectively, and m capacitive transducer is longitudinally arranged in the first induction zone 201 successively; [Txn-Rx1, Txn-Rxm] represents m the capacitive transducer that Txn is formed with Rx1 ~ Rxm respectively, and m capacitive transducer is longitudinally arranged in the second induction zone 202 successively; Wherein, the Tx1-Rx1 that can set in the first induction zone 201 is the start position reference point in capacitive sensing district.
It is appreciated of course that, receiving pole passage can arrange successively from top to bottom, also can arrange from top to bottom successively, emitter passage can from left to right arrange successively, also can arrange from right to left successively, concrete arranging situation, can design according to actual needs, the embodiment of the present invention does not limit this.And the distribution situation of capacitive transducer in the first induction zone 201 of foregoing description and the second induction zone 202 just wherein a kind of situation, namely receiving pole passage arranges successively from top to bottom, and emitter passage from left to right arranges successively.
It should be noted that, above-mentioned mutual tolerance induction zone can be designed by mutual tolerance electric capacity sensorpattern (sensor pattern) routinely, does not do specific requirement here.
3) when capacitive sensing district is in time holding induction zone, see Fig. 2, Fig. 2 illustrates that the capacitive sensing district 2 on electronic equipment back cover 1 comprises the first induction zone 201 being positioned at electronic equipment back cover 1 left side edge and the second induction zone 202 being positioned at electronic equipment back cover 1 right side edge, the distribution situation of the capacitive transducer of the first induction zone 201 is [TRx1, TRxm/2], the distribution situation that the capacitive transducer of the second induction zone 202 is corresponding is [TRx (m/2)+1, TRxm].
Wherein, TRx represents receiving pole/emitter, and be longitudinally arranged on electronic equipment back cover 1, m is the port number of TRx, and TRx1 ~ TRxm represents the capacitive transducer corresponding with respective passage.[TRx1, TRxm/2] represents m/2 (m is even number) the individual capacitive transducer that TRx1 ~ TRxm/2 is corresponding, and m/2 capacitive transducer is longitudinally arranged in the first induction zone 201 successively; [TRx (m/2)+1, TRxm] represents m/2 the capacitive transducer that TRx (m/2)+1 ~ TRxm is corresponding, and m/2 capacitive transducer is longitudinally arranged in the second induction zone 202 successively; Wherein, the TRx1 that can set the first induction zone 201 is the start position in capacitive sensing district.
It is appreciated of course that TRx can arrange successively from top to bottom, also can arrange from top to bottom successively, concrete arranging situation, can design according to actual needs, the embodiment of the present invention does not limit this.And the distribution situation of the capacitive transducer of above-mentioned first induction zone 201 and the second induction zone 202 is just wherein a kind of, namely TRx passage arranges successively from top to bottom.
Needs illustrate, specific requirement routinely from holding electric capacity sensorpattern (sensor pattern) design, can not done here in above-mentioned mutual tolerance induction zone.
Wherein, the consideration of passage sequence the most important thing is the Data distribution8 situation wanting to distinguish easily electric capacity induction zone in electronic equipment left and right edges when gripping electronic equipment, in conjunction with the Data distribution8 situation of the first induction zone and the second induction zone, construct different induction figures.Such as, for 1) and 2) middle description capacitive sensing district, if the induction figure dispersion that an induction zone is constructed, be made up of the smaller induction array (namely responding to figure) of several separation, and general induction array quantity is more than or equal to 1, and being less than or equal to 4, then such induction figure induction array number is more and area is less induction is called finger induction figure; If the induction figure that another induction zone is constructed is a larger induction array, general area mentions more than the twice of little induction array area before being, and induction figure induction array quantity is generally less than 2, then such induction figure induction array number is few and area is larger induction is called palm induction figure, in conjunction with the starting point reference point locations in induction zone, just can judge that right-hand man grips the state of electronic equipment.
For 3) the middle capacitive sensing district described, if the induction figure dispersion that an induction zone builds, be made up of the induction array of several separation, and general induction array quantity is more than or equal to 1, and be less than or equal to 4, each induction array is generally by adjacent and quantity is less than or equal to 5 TRx passage sensed data forms, then such induction array quantity is more and size is less induction is called finger induction figure; If the induction figure that another induction zone builds is made up of 1 group or 2 groups of induction arrays, larger induction array is generally made up of (the interchannel spacing of general TRx is 5mm) adjacent 6 or more TRx passage sensed data, then such induction array negligible amounts and larger-size induction are called palm induction figure, in conjunction with the starting point reference point locations in the ordering scenario of induction TRx passage and induction zone, just can judge that right-hand man grips the state of mobile phone.
Concrete, see Figure 11, mode decision module 903 comprises:
Graphic correlation unit 9033, for the induction figure contrasting structure and the test pattern pre-set.
Wherein, determine object run pattern for convenience, corresponding reference pattern can be pre-set for often kind of object run pattern, i.e. test pattern.The test pattern pre-set can be the geometric figure (such as square, circle, triangle etc.) of a rule, also can be irregular figure (figure such as during different people hand gripping electronic equipment constructed by capacitive sensing district), concrete condition can be arranged according to actual needs.
Pattern acquiring unit 9034, during for mating with the test pattern pre-set when the induction figure built, obtain the object run pattern corresponding with the test pattern pre-set, wherein, an object run pattern is corresponding with the test pattern that at least one pre-sets.
Wherein, the corresponding object run pattern of each test pattern, but the corresponding multiple test pattern of same object run pattern possibility, because the same induction figure built in capacitive sensing district by staff each time has institute's difference, and different staff to build same induction figure different especially, therefore, for an object run pattern, may corresponding one or more test pattern pre-set.
In sum, the technique scheme that the embodiment of the present invention provides, by the induction figure built in the capacitive sensing district on electronic equipment back cover and the test pattern pre-set are contrasted, determine and switch object run pattern, facilitate the determination of object run pattern, improve the experience of user to electronic equipment, improve the space availability ratio of the back cover of electronic equipment simultaneously.
Concrete, see Figure 11, graphic correlation unit 9033 comprises:
Graphic correlation subelement 90331, for the induction figure contrasting structure and the standard hand shape figure pre-set, its Plays hand shape figure comprises: left hand hand shape figure and right hand hand shape figure.
Accordingly, pattern acquiring unit 9034 comprises:
First mode obtains subelement 90341, for when the induction figure of structure is with the left hand hand shape Graphic Pattern Matching pre-set, obtains the left operational mode corresponding with left hand hand shape figure.
First mode obtains subelement 90342, for when the induction figure of structure is with the right hand hand shape Graphic Pattern Matching pre-set, obtains the right operational mode corresponding with right hand hand shape figure.
For technique scheme, capacitive sensing district on electronic equipment back cover can be arranged to multiple from holding sensor pattern (namely from holding sensorpatterns), see Fig. 3, the back cover of electronic equipment shown in Fig. 31 is furnished with altogether 6 sensor pattern 3, a sensor pattern 3 is exactly one and certainly holds TRx channel electrode, and namely one is held capacitive transducer certainly, wherein, the profile of sensor pattern, size and quantity can design according to actual needs, do not do specific requirement here.The profile of sensor pattern, the consideration of size and quantity the most important thing is to want to distinguish easily the Data distribution8 situation of hand shape when right-hand man grips electronic equipment, when gripping electronic equipment with different hand shapes, the data that multiple sensor pattern collects are have certain rule for same hand shape, these regular characteristics are constructed different hand shapes and is stored in hand shape storehouse, namely certainly holding sensor pattern is the data collected according to each sensor pattern, relation judges that right-hand man grips the state of electronic equipment in proportion, such as, each sensor pattern is collected data and does ratio computing, the ratio relation formed according to different hand shape constructs different hand graphic data, be stored in hand shape storehouse.When having detected that hand grips electronic equipment, first be that multiple sensor pattern collection is held data and builds shape of selling, carry out comparison one by one with the hand shape in hand shape storehouse before, if there is coupling hand shape, perform the operation of relevant hand shape, if without coupling hand shape, be then designated as invalid hand shape.
It should be noted that, this device is the device corresponding with the method for the operator scheme of the switching electronic equipment in above-mentioned first embodiment, the second embodiment, the 3rd embodiment, above-mentioned all embodiments are all applicable to the embodiment of this device, and can realize identical technique effect.
Above-described is the preferred embodiment of the present invention; should be understood that the ordinary person for the art; can also make some improvements and modifications not departing under principle prerequisite of the present invention, these improvements and modifications are also in protection scope of the present invention.
Each embodiment in this instructions all adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar part mutually see.
Those skilled in the art should understand, the embodiment of the embodiment of the present invention can be provided as method, device or computer program.Therefore, the embodiment of the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the embodiment of the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) of computer usable program code.
The embodiment of the present invention describes with reference to according to the process flow diagram of the method for the embodiment of the present invention, terminal device (system) and computer program and/or block scheme.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or square frame.These computer program instructions can being provided to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing terminal equipment to produce a machine, making the instruction performed by the processor of computing machine or other programmable data processing terminal equipment produce device for realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing terminal equipment, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
These computer program instructions also can be loaded on computing machine or other programmable data processing terminal equipment, make to perform sequence of operations step to produce computer implemented process on computing machine or other programmable terminal equipment, thus the instruction performed on computing machine or other programmable terminal equipment is provided for the step realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
Although described the preferred embodiment of the embodiment of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of embodiment of the present invention scope.
Also it should be noted that, in this article, the such as relational terms of first and second grades and so on is only used for an entity or operation to separate with another entity or operational zone, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or terminal device and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or terminal device.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the terminal device comprising described key element and also there is other identical element.
Claims (16)
1. switch a method for the operator scheme of electronic equipment, it is characterized in that, the back cover of described electronic equipment is provided with capacitive sensing district, described method comprises:
Obtain the sensed data that described capacitive sensing district gathers;
Induction figure is built according to described sensed data;
According to the described induction figure built, determine object run pattern;
Described electronic equipment is switched to described object run pattern by current mode.
2. method according to claim 1, the described described induction figure according to building, determine object run pattern, specifically comprise:
According to the described induction figure built, determine the grip state gripping described electronic equipment;
According to the corresponding relation of the described grip state determined and operator scheme, determine the object run pattern corresponding with described grip state.
3. method according to claim 2, is characterized in that, described capacitive sensing district at least comprises the first induction zone and the second induction zone;
Accordingly, the described described induction figure according to building, determine the grip state gripping described electronic equipment, specifically comprise:
Obtain finger induction figure if build according to the sensed data of described first induction zone collection, obtain palm induction figure according to the sensed data structure that described second induction zone gathers, then determine that described grip state is that the right hand grips;
Obtain palm induction figure if build according to the sensed data of described first induction zone collection, obtain pointing induction figure according to the sensed data structure that described second induction zone gathers, then determine that described grip state is left-handed;
Accordingly, the corresponding relation of described described grip state according to determining and operator scheme, determine the object run pattern corresponding with described grip state, specifically comprise:
If determine, described grip state is that the right hand grips, then described object run pattern is right operational mode;
If determine, described grip state is left-handed, then described object run pattern is left operational mode.
4. method according to claim 3, is characterized in that,
When described capacitive sensing district is mutual tolerance induction zone, the capacitive transducer distribution situation of described first induction zone is [Rx1-Tx1, Rx1-Txn], and the distribution situation of the capacitive transducer of described second induction zone is [Rxm-Tx1, Rxm-Txn];
Wherein, Rx represents receiving pole, longitudinally be arranged on described electronic equipment back cover, Tx represents emitter, laterally be arranged on described electronic equipment back cover, m represents the port number of receiving pole Rx, and n represents the port number of emitter Tx, and Rx1-Tx1 represents the capacitive transducer that receiving pole Rx1 and emitter Tx1 is formed; Rx1-Txn represents the capacitive transducer that receiving pole Rx1 and emitter Txn is formed; Rxm-Tx1 represents the capacitive transducer that receiving pole Rxm and emitter Tx1 is formed; Rxm-Txn represents the capacitive transducer that receiving pole Rxm and emitter Txn is formed;
[Rx1-Tx1, Rx1-Txn] represents n the capacitive transducer that Rx1 is formed with Tx1 ~ Txn respectively, and a described n capacitive transducer is longitudinally arranged in described first induction zone successively; [Rxm-Tx1, Rxm-Txn] represents n the capacitive transducer that Rxm is formed with Tx1 ~ Txn respectively, and a described n capacitive transducer is longitudinally arranged in described second induction zone successively.
5. method according to claim 3, is characterized in that,
When described capacitive sensing district is mutual tolerance induction zone, the capacitive transducer distribution situation of described first induction zone is [Tx1-Rx1, Tx1-Rxm], and the distribution situation of the capacitive transducer of described second induction zone is [Txn-Rx1, Txn-Rxm];
Wherein, Rx represents receiving pole, laterally be arranged on described electronic equipment back cover, Tx represents emitter, longitudinally be arranged on described electronic equipment back cover, m represents the port number of receiving pole Rx, and n represents the port number of emitter Tx, and Tx1-Rx1 represents the capacitive transducer that emitter Tx1 and receiving pole Rx1 is formed; Tx1-Rxm represents the capacitive transducer that emitter Tx1 and receiving pole Rxm is formed; Txn-Rx1 represents the capacitive transducer that emitter Txn and receiving pole Rx1 is formed; Txn-Rxm represents the capacitive transducer that emitter Txn and receiving pole Rxm is formed;
[Tx1-Rx1, Tx1-Rxm] represents m the capacitive transducer that Tx1 is formed with Rx1 ~ Rxm respectively, and a described m capacitive transducer is longitudinally arranged in described first induction zone successively; [Txn-Rx1, Txn-Rxm] represents m the capacitive transducer that Txn is formed with Rx1 ~ Rxm respectively, and a described m capacitive transducer is longitudinally arranged in described second induction zone successively.
6. method according to claim 3, is characterized in that,
When described capacitive sensing district is that the capacitance profile situation of described first induction zone is [TRx1, TRxm/2], and the capacitance profile situation of described second induction zone is [TRx (m/2)+1, TRxm] in time holding induction zone;
Wherein, TRx is receiving pole and the emitter of same electrode, and be longitudinally arranged on described electronic equipment back cover, m is the port number of TRx, and TRx1 ~ TRxm represents the capacitive transducer of m;
[TRx1, TRxm/2] represents m/2 (m is even number) the individual capacitive transducer that TRx1 ~ TRxm/2 is corresponding, and a described m/2 capacitive transducer is longitudinally arranged in described first induction zone successively; [TRx (m/2)+1, TRxm] represents m/2 the capacitive transducer that TRx (m/2)+1 ~ TRxm is corresponding, and a described m/2 capacitive transducer is longitudinally arranged in described second induction zone successively.
7. method according to claim 1, is characterized in that, the described induction figure according to building, and determines object run pattern, specifically comprises:
The described induction figure that contrast builds and the test pattern pre-set;
If the described induction figure built mates with the described test pattern pre-set, then obtain the object run pattern corresponding with the described test pattern pre-set, wherein, an object run pattern is corresponding with the test pattern that at least one pre-sets.
8. method according to claim 7, is characterized in that, the described induction figure that described contrast builds and the test pattern pre-set, be specially:
The described induction figure that contrast builds and the standard hand shape figure pre-set, wherein said standard hand shape figure comprises: left hand hand shape figure and right hand hand shape figure;
Accordingly, if the described induction figure of described structure mates with the described test pattern pre-set, then obtain the object run pattern corresponding with the described test pattern pre-set, specifically comprise:
If the described induction figure built and the left hand hand shape Graphic Pattern Matching pre-set, then obtain the left operational mode corresponding with described left hand hand shape figure;
If the described induction figure built and the right hand hand shape Graphic Pattern Matching pre-set, then obtain the right operational mode corresponding with described right hand hand shape figure.
9. an electronic equipment, is characterized in that, the back cover of described electronic equipment is provided with capacitive sensing district, and wherein, described electronic equipment also comprises:
Data acquisition module, for obtaining the sensed data that described capacitive sensing district gathers;
Figure builds module, for building induction figure according to described sensed data;
Mode decision module, for according to the described induction figure built, determines object run pattern;
Mode switch module, for being switched to described object run pattern by described electronic equipment by current mode.
10. electronic equipment according to claim 9, described pattern deterministic model comprises:
Status determining unit, for according to the described induction figure built, determines the grip state gripping described electronic equipment;
Pattern determining unit, for the corresponding relation according to the described grip state determined and operator scheme, determines the object run pattern corresponding with described grip state.
11. electronic equipments according to claim 10, is characterized in that, described capacitive sensing district at least comprises the first induction zone and the second induction zone;
Accordingly, described status determining unit comprises:
First state determination subelement, for when according to first induction zone gather sensed data build obtain finger induction figure, according to second induction zone gather sensed data build obtain palm induction figure time, determine described grip state be the right hand grip;
Second state determination subelement, for when according to first induction zone gather sensed data build obtain palm induction figure, according to second induction zone gather sensed data build obtain finger induction figure time, determine that described grip state is left-handed;
Accordingly, described pattern determining unit comprises:
First mode determination subelement, for when determining that described grip state is right hand gripping, determines that described object run pattern is right operational mode;
Second pattern determination subelement, for when determining that described grip state is left-handed, determines that described object run pattern is left operational mode.
12. electronic equipments according to claim 11, is characterized in that,
When described capacitive sensing district is mutual tolerance induction zone, the capacitive transducer distribution situation of described first induction zone is [Rx1-Tx1, Rx1-Txn], and the distribution situation of the capacitive transducer of described second induction zone is [Rxm-Tx1, Rxm-Txn];
Wherein, Rx represents receiving pole, longitudinally be arranged on described electronic equipment back cover, Tx represents emitter, laterally be arranged on described electronic equipment back cover, m represents the port number of receiving pole Rx, and n represents the port number of emitter Tx, and Rx1-Tx1 represents the capacitive transducer that receiving pole Rx1 and emitter Tx1 is formed; Rx1-Txn represents the capacitive transducer that receiving pole Rx1 and emitter Txn is formed; Rxm-Tx1 represents the capacitive transducer that receiving pole Rxm and emitter Tx1 is formed; Rxm-Txn represents the capacitive transducer that receiving pole Rxm and emitter Txn is formed;
[Rx1-Tx1, Rx1-Txn] represents n the capacitive transducer that Rx1 is formed with Tx1 ~ Txn respectively, and a described n capacitive transducer is longitudinally arranged in described first induction zone successively; [Rxm-Tx1, Rxm-Txn] represents n the capacitive transducer that Rxm is formed with Tx1 ~ Txn respectively, and a described n capacitive transducer is longitudinally arranged in described second induction zone successively.
13. electronic equipments according to claim 11, is characterized in that,
When described capacitive sensing district is mutual tolerance induction zone, the capacitive transducer distribution situation of described first induction zone is [Tx1-Rx1, Tx1-Rxm], and the distribution situation of the capacitive transducer of described second induction zone is [Txn-Rx1, Txn-Rxm];
Wherein, Rx represents receiving pole, laterally be arranged on described electronic equipment back cover, Tx represents emitter, longitudinally be arranged on described electronic equipment back cover, m represents the port number of receiving pole Rx, and n represents the port number of emitter Tx, and Tx1-Rx1 represents the capacitive transducer that emitter Tx1 and receiving pole Rx1 is formed; Tx1-Rxm represents the capacitive transducer that emitter Tx1 and receiving pole Rxm is formed; Txn-Rx1 represents the capacitive transducer that emitter Txn and receiving pole Rx1 is formed; Txn-Rxm represents the capacitive transducer that emitter Txn and receiving pole Rxm is formed;
[Tx1-Rx1, Tx1-Rxm] represents m the capacitive transducer that Tx1 is formed with Rx1 ~ Rxm respectively, and a described m capacitive transducer is longitudinally arranged in described first induction zone successively; [Txn-Rx1, Txn-Rxm] represents m the capacitive transducer that Txn is formed with Rx1 ~ Rxm respectively, and a described m capacitive transducer is longitudinally arranged in described second induction zone successively.
14. electronic equipments according to claim 11, is characterized in that,
When described capacitive sensing district is that the capacitance profile situation of described first induction zone is [TRx1, TRxm/2], and the capacitance profile situation of described second induction zone is [TRx (m/2)+1, TRxm] in time holding induction zone;
Wherein, TRx is expressed as receiving pole and the emitter of same electrode, and be longitudinally arranged on described electronic equipment back cover, m is the port number of TRx, and TRx1 ~ TRxm represents m capacitive transducer;
[TRx1, TRxm/2] represents m/2 (m is even number) the individual capacitive transducer that TRx1 ~ TRxm/2 is corresponding, and a described m/2 capacitive transducer is longitudinally arranged in described first induction zone successively; [TRx (m/2)+1, TRxm] represents m/2 the capacitive transducer that TRx (m/2)+1 ~ TRxm is corresponding, and a described m/2 capacitive transducer is longitudinally arranged in described second induction zone successively.
15. electronic equipments according to claim 9, is characterized in that, described mode decision module comprises:
Graphic correlation unit, for the described induction figure contrasting structure and the test pattern pre-set;
Pattern acquiring unit, during for mating with the described test pattern pre-set when the described induction figure built, obtain the object run pattern corresponding with the described test pattern pre-set, wherein, an object run pattern is corresponding with the test pattern that at least one pre-sets.
16. electronic equipments according to claim 15, is characterized in that, described graphic correlation unit comprises:
Graphic correlation subelement, for the described induction figure contrasting structure and the standard hand shape figure pre-set, wherein said standard hand shape figure comprises: left hand hand shape figure and right hand hand shape figure;
Accordingly, described pattern acquiring unit comprises:
First mode obtains subelement, for when the described induction figure of structure is with the left hand hand shape Graphic Pattern Matching pre-set, obtains the left operational mode corresponding with described left hand hand shape figure;
First mode obtains subelement, for when the described induction figure of structure is with the right hand hand shape Graphic Pattern Matching pre-set, obtains the right operational mode corresponding with described right hand hand shape figure.
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| CN103324392A (en) * | 2013-06-20 | 2013-09-25 | 广东欧珀移动通信有限公司 | Method for adjusting graphical controls according to handheld position and touch mobile terminal |
| CN104679358A (en) * | 2013-11-27 | 2015-06-03 | 华为终端有限公司 | Terminal |
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