CN105808092A - Data processing method and touch device - Google Patents
Data processing method and touch device Download PDFInfo
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- CN105808092A CN105808092A CN201410852625.0A CN201410852625A CN105808092A CN 105808092 A CN105808092 A CN 105808092A CN 201410852625 A CN201410852625 A CN 201410852625A CN 105808092 A CN105808092 A CN 105808092A
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Abstract
The invention discloses a data processing method and a touch device. The touch device is provided with a plurality of key positions; and each key position corresponds to an object. The method comprises the steps of obtaining position information of an operator relative to the touch device when the operator performs click operation on the touch device; according to the position information, determining a target key position on the touch device; based on the target key position, determining a target object corresponding to the operator in current operation; and according to the target object, executing an operation instruction. According to the method disclosed by an embodiment of the invention, differing from a scheme in the prior art that the input accuracy is reduced because a tapping position of a user is directly taken as an input, the target key position is determined as the input based on the position information of the operator relative to the touch device when the operator performs the click operation on the touch device, so that an input result is closer to an intention of the operator and the input accuracy is improved.
Description
Technical field
The present invention relates to technical field of data processing, particularly to a kind of data processing method and touch apparatus.
Background technology
At present; time on the touchscreen by knocking key mapping and carrying out input operation, it will usually due to the difference of user's sight angle so that the actual position knocked of user is different from user's sight line i.e. user wants the position of input; the mistake input of character thus occurs, reduces the accuracy of touch screen input.
Summary of the invention
It is an object of the invention to; a kind of data processing method and touch apparatus are provided; during in order to solve in prior art on the touchscreen by knocking key mapping and carrying out input operation; would generally due to the difference of user's sight angle; make the actual position knocked of user be different from user's sight line i.e. user wants the position of input; the mistake input of character thus occurs, reduces the technical problem of the accuracy of touch screen input.
The invention provides a kind of data processing method, be applied to touch apparatus, described touch apparatus is provided with multiple key mapping, and each described key mapping is a corresponding object respectively, and described method includes:
Obtain operating body and on described touch apparatus, carry out during clicking operation described operator relative to the positional information of described touch apparatus；
According to described positional information, it is determined that the target key mapping on described touch apparatus；
Based on described target key mapping, it is determined that destination object corresponding under described operating body current operation；
Operational order is performed according to described destination object.
Said method, it is preferred that described positional information includes: described operating body is relative to the spatial coordinated information of described touch apparatus, or the eyeball of described operator is relative to the space orientation information of described touch apparatus；
Accordingly, described according to described positional information, it is determined that the target key mapping on described touch apparatus, including:
According to spatial coordinated information or the described space orientation information of described operating body, the key mapping that described operator is pointed in described touch apparatus is defined as target key mapping.
Said method, it is preferred that be provided with the first electric capacity on described touch apparatus, described positional information includes the described operating body spatial coordinated information relative to described touch apparatus；
Accordingly, described acquisition operating body carries out during clicking operation described operator relative to the positional information of described touch apparatus on described touch apparatus, including:
The first capacitance variations parameter when utilizing the operating body on touch apparatus described in described first capacitance detecting to carry out clicking operation thereon；
Based on described first capacitance variations parameter, obtain the described operating body spatial coordinated information relative to described touch apparatus when carrying out clicking operation.
Said method, it is preferred that described based on described target key mapping, it is determined that destination object corresponding under described operating body current operation, including:
Obtain operating body click key mapping on described touch apparatus；
When described target key mapping is consistent with described click key mapping, object corresponding for described click key mapping is defined as destination object；
When described target key mapping and described click key mapping are inconsistent, object corresponding for described target key mapping is defined as destination object.
Said method, it is preferred that be provided with the second electric capacity on described touch apparatus；
Accordingly, described determine operating body click key mapping on described touch apparatus, including:
The second capacitance variations parameter when utilizing the operating body on touch apparatus described in described second capacitance detecting to carry out clicking operation on this touch apparatus；
Based on described second capacitance variations parameter, it is determined that described operating body click key mapping on described touch apparatus.
Present invention also offers another kind of data processing method, be applied to touch apparatus, described touch apparatus is provided with multiple key mapping, each described key mapping is a corresponding object respectively, and described method includes:
Obtaining operating body historical operating data on described touch apparatus, described historical operating data includes multiple click key mappings that described operating body is operated on described touch apparatus and operates destination object corresponding during each described click key mapping；
Arranging on described touch apparatus the object corresponding to each described click key mapping is described destination object；
Obtain described operating body current operation data on described touch apparatus；
Determine that operating body described in described current operation data carries out the current key mapping clicked on described touch apparatus；
The object corresponding based on described current key mapping performs operational order.
Said method, it is preferred that described destination object is described first operating body when operating described click key mapping in historical operation, the object that the key mapping pointed on described touch apparatus of the operator of described operating body is corresponding；
Concrete, the object that the operator of described operating body key mapping pointed by described touch apparatus is corresponding, for determining relative to the space orientation information of described touch apparatus relative to the eyeball of the spatial coordinated information of described touch apparatus or described operator based on described operating body.
Present invention also offers a kind of touch apparatus, described touch apparatus arranges key mapping, each described key mapping is a corresponding object respectively, and described touch apparatus also includes:
Position acquisition unit, for obtaining when operating body carries out clicking operation on described touch apparatus described operator relative to the positional information of described touch apparatus；
Target determination unit, for according to described positional information, it is determined that the target key mapping on described touch apparatus；
Object determines unit, for based on described target key mapping, it is determined that purpose object corresponding under described operating body current operation；
Instruction execution unit, for performing operational order according to described destination object.
Above-mentioned touch apparatus, it is preferred that described positional information includes: described operating body is relative to the spatial coordinated information of described touch apparatus, or the eyeball of described operator is relative to the space orientation information of described touch apparatus；
Accordingly, described target determination unit includes:
Point to target and determine subelement, be used for the spatial coordinated information according to described operating body or described space orientation information, the key mapping that described operator is pointed in described touch apparatus is defined as target key mapping.
Above-mentioned touch apparatus, it is preferred that be provided with the first electric capacity on described touch apparatus, described positional information includes the described operating body spatial coordinated information relative to described touch apparatus；
Accordingly, described position acquisition unit includes:
First parameter detecting subelement, for utilizing the first capacitance variations parameter when the operating body on touch apparatus described in described first capacitance detecting carries out clicking operation thereon；
Coordinate obtains subelement, for based on described first capacitance variations parameter, obtaining the described operating body spatial coordinated information relative to described touch apparatus when carrying out clicking operation.
Above-mentioned touch apparatus, it is preferred that described object determines that unit includes:
Click and obtain subelement, for obtaining operating body click key mapping on described touch apparatus, when described target key mapping is consistent with described click key mapping, triggers first and determine subelement, when described target key mapping and described click key mapping are inconsistent, trigger second and determine subelement；
First determines subelement, for object corresponding for described click key mapping is defined as destination object；
Second determines subelement, for object corresponding for described target key mapping is defined as destination object.
Above-mentioned touch apparatus, it is preferred that be provided with the second electric capacity on described touch apparatus；
Accordingly, described acquisition subelement of clicking includes:
Second parameter detection module, for utilizing the second capacitance variations parameter when the operating body on touch apparatus described in described second capacitance detecting carries out clicking operation on this touch apparatus；
Click key mapping and determine module, for based on described second capacitance variations parameter, it is determined that described operating body click key mapping on described touch apparatus.
Present invention also offers another kind of touch apparatus, described touch apparatus is provided with multiple key mapping, each described key mapping is a corresponding object respectively, and described touch apparatus also includes:
History acquiring unit, for obtaining operating body historical operating data on described touch apparatus, described historical operating data includes multiple click key mappings that described operating body is operated on described touch apparatus and operates destination object corresponding during each described click key mapping；
Object arranges unit, is described destination object for the object arranged on described touch apparatus corresponding to each described click key mapping；
Data acquiring unit, for obtaining described operating body current operation data on described touch apparatus；
Key mapping determines unit, for determining that operating body described in described current operation data carries out the current key mapping clicked on described touch apparatus；
Instruction execution unit, performs operational order for the object corresponding based on described current key mapping.
Above-mentioned touch apparatus, it is preferred that described destination object is described first operating body when operating described click key mapping in historical operation, the object that the key mapping pointed on described touch apparatus of the operator of described operating body is corresponding；
Concrete, the object that the operator of described operating body key mapping pointed by described touch apparatus is corresponding, for determining relative to the space orientation information of described touch apparatus relative to the eyeball of the spatial coordinated information of described touch apparatus or described operator based on described operating body.
From such scheme, a kind of data processing method provided by the invention and touch apparatus, when carrying out clicking operation on touch apparatus by obtaining operating body, operating body is relative to the positional information of touch apparatus, determine the target key mapping on touch apparatus, and then determine destination object corresponding under described operating body current operation based on this target key mapping, and then perform the operational order corresponding with this destination object.The present invention is different from prior art the position directly user knocked and causes reducing the scheme of input accuracy as input, and it is based on the positional information relative to touch apparatus of operator when operating body carries out clicking operation on touch apparatus to determine that target key mapping is as input, input results is made more to press close to the intention of operator, to improve input accuracy.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, the accompanying drawing used required in embodiment or description of the prior art will be briefly described below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the premise not paying creative work, it is also possible to obtain other accompanying drawing according to the accompanying drawing provided.
Fig. 1 is the flow chart of a kind of data processing method embodiment one provided by the invention；
The application example figure of Fig. 2, Fig. 3 and Fig. 4 respectively embodiment of the present invention；
Fig. 5 is the flow chart of a kind of data processing method embodiment two provided by the invention；
Fig. 6 is the partial process view in the embodiment of the present invention two；
Fig. 7 a is the partial process view of a kind of data processing method embodiment three provided by the invention；
The Another Application exemplary plot of Fig. 7 b and Fig. 7 c respectively embodiment of the present invention；
Fig. 8 is another part flow chart of the embodiment of the present invention three；
Fig. 9 is the flow chart of a kind of data processing method embodiment four provided by the invention；
Other application example figure of Figure 10 a and Figure 10 b respectively embodiment of the present invention；
Figure 11 is the structural representation of a kind of touch apparatus embodiment five provided by the invention；
Figure 12 is the structural representation of a kind of touch apparatus embodiment six provided by the invention；
Figure 13 is the part-structure schematic diagram of the embodiment of the present invention six；
Figure 14 is the part-structure schematic diagram of a kind of touch apparatus embodiment seven provided by the invention；
Figure 15 is another part structural representation of the embodiment of the present invention seven；
Figure 16 is the structural representation of a kind of touch apparatus embodiment eight provided by the invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of protection of the invention.
With reference to Fig. 1, flow chart for a kind of data processing method embodiment one provided by the invention, wherein, described method is applied to touch apparatus, having touch area f1 in described touch apparatus, arranging layout in this region has multiple key mapping f2, and each described key mapping is a corresponding object respectively, here object can be application icon, character or character code such as English alphabet etc., as shown in Figure 2.
In the present embodiment, described method may comprise steps of:
Step 101: obtain operating body and carry out during clicking operation described operator on described touch apparatus relative to the positional information of described touch apparatus.
Wherein, relative to the positional information of described touch apparatus, described operator can show that described operator carries out target or the intention clicked at its operating body on described touch apparatus.
Step 102: according to described positional information, it is determined that the target key mapping on described touch apparatus.
Wherein, based on operator in described positional information relative to the relative position information of any one key mapping on described touch apparatus in the present embodiment, determine described operator target key mapping on described touch apparatus.Described target key mapping is different from described operating body and carries out the click key mapping that contact point hits on described touch apparatus.
Step 103: based on described target key mapping, it is determined that destination object corresponding under described operating body current operation.
Concrete, object corresponding for described target key mapping is defined as destination object corresponding under described operating body current operation.
Step 104: perform operational order according to described destination object.
Wherein, described operational order may be used for starting the application corresponding with this destination object or for inputting the character code corresponding with this destination object or character such as English alphabet etc., etc..
From such scheme, a kind of data processing method embodiment one provided by the invention, when carrying out clicking operation on touch apparatus by obtaining operating body, operating body is relative to the positional information of touch apparatus, determine the target key mapping on touch apparatus, and then determine destination object corresponding under described operating body current operation based on this target key mapping, and then perform the operational order corresponding with this destination object.The present embodiment is different from prior art the position directly user knocked and causes reducing the scheme of input accuracy as input, and it is based on the positional information relative to touch apparatus of operator when operating body carries out clicking operation on touch apparatus to determine that target key mapping is as input, input results is made more to press close to the intention of operator, to improve input accuracy.
Concrete, described positional information can be: described operating body is relative to the spatial coordinated information of described touch apparatus, described spatial coordinated information is it is to be understood that with the central point of described touch apparatus for the coordinate system of three-dimensional system of coordinate initial point, the three dimensional space coordinate of each coordinate points of described operating body such as finger, as shown in Figure 3, this spatial coordinated information can show that the key mapping q that described operating body is pointed on described touch apparatus.
Or, described positional information can also be: the eyeball of described operator is relative to the space orientation information of described touch apparatus, described space orientation information is it is to be understood that with the central point of described touch apparatus for the coordinate system of three-dimensional system of coordinate initial point, the eyeball sight line of operator belonging to described operating body is relative to the directional information of described touch apparatus, as shown in Figure 4, this directional information can show that the described operator key mapping p that sight line arrives on described touch apparatus.
Accordingly, as shown in Figure 5, for the flow chart of a kind of data processing method embodiment two provided by the invention, wherein, described step 102 is according to described positional information, it is determined that during target key mapping on described touch apparatus, particularly realized by following steps:
Step 121: according to spatial coordinated information or the described space orientation information of described operating body, the key mapping that described operator is pointed in described touch apparatus is defined as target key mapping.
For Fig. 3 and Fig. 4, described key mapping q or described keyboard p is described target key mapping.
In of the present invention implements, described touch apparatus can be provided with the first electric capacity, the superjacent air space of described touch apparatus has conductor close to time, described first electric capacity can produce capacitance variations, therefore, in the present embodiment, described step 101 can be realized by step as shown in Figure 6:
Step 111: the first capacitance variations parameter when utilizing the operating body on touch apparatus described in described first capacitance detecting to carry out clicking operation thereon.
Step 112: based on described first capacitance variations parameter, obtains the described operating body spatial coordinated information relative to described touch apparatus when carrying out clicking operation.
Concrete, described first electric capacity can be that the mutual capacitance in projecting type capacitor realizes, this mutual capacitance local capacitance when operating body is close to described touch apparatus can reduce, in the present embodiment, described first capacitance variations parameter is: the capacitance change in each coordinate points on described touch apparatus, thus, this operating body spatial coordinated information relative to described touch apparatus is determined based on the capacitance change in each coordinate points.
And described first electric capacity can also be launch electric capacity to realize, this transmitting electric capacity magnetic field of periphery when operating body is close to described touch apparatus can change, in the present embodiment, described first capacitance variations parameter is: the changes of magnetic field parameter on described touch apparatus, thus, the described operating body spatial coordinated information relative to described touch apparatus is determined based on this changes of magnetic field parameter.
With reference to Fig. 7 a, for the flowchart of step 103 described in a kind of data processing method embodiment three provided by the invention, wherein, described step 103 may comprise steps of realization:
Step 131: obtain operating body click key mapping on described touch apparatus, when described target key mapping is consistent with described click key mapping, performs step 132, when described target key mapping and described click key mapping are inconsistent, performs step 133.
Wherein, described click key mapping is the operating body of described operator and carries out contacting produced key mapping on described touch apparatus, this click key mapping and described target key mapping are compared by the present embodiment, when two key mappings are consistent or inconsistent, performs different schemes.
Step 132: object corresponding for described click key mapping is defined as destination object.
Wherein, object corresponding for described click key mapping is defined as destination object when described click key mapping is consistent with described target key mapping by the present embodiment, again it will be understood that as object corresponding for described target key mapping is defined as destination object, because described click key mapping is consistent with described target key mapping, as shown in figure 7b, key mapping k1 is clicked, target key mapping is k2, when k1 and k2 is consistent, using object corresponding for k1 as destination object.
Step 133: object corresponding for described target key mapping is defined as destination object.
Wherein, in the present embodiment, when described click key mapping and described target key mapping are inconsistent, it is as the criterion with described target key mapping, the object determining its correspondence is destination object, as shown in figure 7 c, clicks key mapping k1, target key mapping is k2, when k1 and k2 is inconsistent, using object corresponding for k2 as destination object.
Concrete, described touch apparatus realizes clicking the acquisition of key mapping by arranging the second electric capacity, that is, described touch apparatus is provided with the second electric capacity, described second electric capacity can produce capacitance variations when described operating body carries out clicking operation on described touch apparatus, therefore, in the present embodiment, described step 131 specifically can be realized by step as shown in Figure 8:
Step 801: the second capacitance variations parameter when utilizing the operating body on touch apparatus described in described second capacitance detecting to carry out clicking operation on this touch apparatus.
Step 802: based on described second capacitance variations parameter, it is determined that described operating body click key mapping on described touch apparatus.
Concrete, described first electric capacity can be that the self-capacitance in projecting type capacitor realizes, this self-capacitance local capacitance when operating body contacts described touch apparatus can increase, in the present embodiment, described second capacitance variations parameter is: the capacitance change of each coordinate points on described touch apparatus, thus, determine this operating body click coordinate position on described touch apparatus based on the capacitance change in each coordinate points, and then determine click key mapping corresponding on this click coordinate position.
With reference to Fig. 9, flow chart for a kind of data processing method embodiment four provided by the invention, wherein, described method is applied in touch apparatus, having touch area in described touch apparatus, arranging layout in this region has multiple key mapping, and each described key mapping is a corresponding object respectively, here object can be application icon, character or character code such as English alphabet etc., as shown in Figure 2.
In the present embodiment, described method may comprise steps of:
Step 901: obtain operating body historical operating data on described touch apparatus.
Wherein, described historical operating data includes multiple click key mappings that described operating body is operated on described touch apparatus and operates destination object corresponding during each described click key mapping.
It should be noted that described historical operating data can operation data corresponding to the operating body of same operator historical operation on described touch apparatus, it is also possible to the operation data corresponding to the historical operation of all operations body on described touch apparatus, etc..
In implementing, described destination object can object corresponding to corresponding click key mapping identical, it is also possible to different.
Step 902: arranging on described touch apparatus the object corresponding to each described click key mapping is described destination object.
It is to say, in the present embodiment, carry out layout again according to the target key mapping of described click key mapping real response and arrange its corresponding object.Such as, as illustrated in fig. 10 a, in described historical operating data, click key mapping 1 object be " j ", its when being operated produced destination object be " u ", click key mapping 2 object be " k ", its when being operated produced destination object be " i ", in the present embodiment, keystroke position, set-point 1 is " u " corresponding to destination object, and clicking key mapping 2 corresponding to destination object is " i ".
Step 903: obtain described operating body current operation data on described touch apparatus.
Step 904: determine that operating body described in described current operation data carries out the current key mapping clicked on described touch apparatus.
Wherein, after described step 903 acquires described current operation data, determining the current key mapping that this current operand is clicked on described touch apparatus according to corresponding operating body, current key mapping here can be determined by the second electric capacity such as self-capacitance in above.
Step 905: the object corresponding based on described current key mapping performs operational order.
Wherein, described operational order may be used for starting the corresponding application of the object corresponding with this current key mapping or for inputting the character code corresponding with this object or character such as English alphabet etc., etc..As shown in fig. 10b, when clicking above-mentioned key mapping 1, the object " u " based on its correspondence performs corresponding operational order, and when clicking above-mentioned key mapping 2, the object " i " based on its correspondence performs corresponding operational order.
In the present embodiment, arrange by the object that key mapping each on touch apparatus is corresponding being carried out again layout according to the historical operating data of operating body on touch apparatus, to be suitable for the custom etc. of operator, thus improve Consumer's Experience.
Concrete, described destination object is that described first operating body when operating described click key mapping in historical operation, the object that the operator of described operating body key mapping pointed by described touch apparatus is corresponding, it is referred to the confirmation scheme of the destination object described in embodiment one to embodiment three above, no longer describe in detail herein, such as, the object that the operator of described operating body key mapping pointed by described touch apparatus is corresponding, for determining relative to the space orientation information of described touch apparatus relative to the eyeball of the spatial coordinated information of described touch apparatus or described operator based on described operating body.
With reference to Figure 11, structural representation for a kind of touch apparatus embodiment five provided by the invention, wherein, described touch apparatus has touch area, this region arranges layout and has multiple key mapping, each described key mapping is a corresponding object respectively, and object can be application icon, character or character code such as English alphabet etc. here, as shown in Figure 2.
In the present embodiment, described touch apparatus can also include following structure:
Position acquisition unit 1101, for obtaining when operating body carries out clicking operation on described touch apparatus described operator relative to the positional information of described touch apparatus.
Wherein, relative to the positional information of described touch apparatus, described operator can show that described operator carries out target or the intention clicked at its operating body on described touch apparatus.
Target determination unit 1102, for according to described positional information, it is determined that the target key mapping on described touch apparatus.
Wherein, based on operator in described positional information relative to the relative position information of any one key mapping on described touch apparatus in the present embodiment, determine described operator target key mapping on described touch apparatus.Described target key mapping is different from described operating body and carries out the click key mapping that contact point hits on described touch apparatus.
Object determines unit 1103, for based on described target key mapping, it is determined that purpose object corresponding under described operating body current operation.
Concrete, object corresponding for described target key mapping is defined as destination object corresponding under described operating body current operation.
Instruction execution unit 1104, for performing operational order according to described destination object.
Wherein, described operational order may be used for starting the application corresponding with this destination object or for inputting the character code corresponding with this destination object or character such as English alphabet etc., etc..
From such scheme, a kind of touch apparatus embodiment five provided by the invention, when carrying out clicking operation on touch apparatus by obtaining operating body, operating body is relative to the positional information of touch apparatus, determine the target key mapping on touch apparatus, and then determine destination object corresponding under described operating body current operation based on this target key mapping, and then perform the operational order corresponding with this destination object.The present embodiment is different from prior art the position directly user knocked and causes reducing the scheme of input accuracy as input, and it is based on the positional information relative to touch apparatus of operator when operating body carries out clicking operation on touch apparatus to determine that target key mapping is as input, input results is made more to press close to the intention of operator, to improve input accuracy.
Concrete, described positional information can be: described operating body is relative to the spatial coordinated information of described touch apparatus, described spatial coordinated information is it is to be understood that with the central point of described touch apparatus for the coordinate system of three-dimensional system of coordinate initial point, the three dimensional space coordinate of each coordinate points of described operating body such as finger, as shown in fig. 3a, this spatial coordinated information can show that the key mapping q that described operating body is pointed on described touch apparatus.
Or, described positional information can also be: the eyeball of described operator is relative to the space orientation information of described touch apparatus, described space orientation information is it is to be understood that with the central point of described touch apparatus for the coordinate system of three-dimensional system of coordinate initial point, the eyeball sight line of operator belonging to described operating body is relative to the directional information of described touch apparatus, as shown in figure 3b, this directional information can show that the described operator key mapping p that sight line arrives on described touch apparatus.
Accordingly, as shown in Figure 12, for the structural representation of a kind of touch apparatus embodiment six provided by the invention, wherein, described target determination unit 1102 can be realized by following structure:
Point to target and determine subelement 1121, be used for the spatial coordinated information according to described operating body or described space orientation information, the key mapping that described operator is pointed in described touch apparatus is defined as target key mapping.
It is described target key mapping for Fig. 3 a and Fig. 3 b, described key mapping q or described keyboard p.
In of the present invention implements, described touch apparatus can be provided with the first electric capacity, the superjacent air space of described touch apparatus has conductor close to time, described first electric capacity can produce capacitance variations, therefore, in the present embodiment, the structure that described position acquisition unit 1101 can pass through as shown in Figure 13 realizes:
First parameter detecting subelement 1111, for utilizing the first capacitance variations parameter when the operating body on touch apparatus described in described first capacitance detecting carries out clicking operation thereon.
Coordinate obtains subelement 1112, for based on described first capacitance variations parameter, obtaining the described operating body spatial coordinated information relative to described touch apparatus when carrying out clicking operation.
Concrete, described first electric capacity can be that the mutual capacitance in projecting type capacitor realizes, this mutual capacitance local capacitance when operating body is close to described touch apparatus can reduce, in the present embodiment, described first capacitance variations parameter is: the capacitance change in each coordinate points on described touch apparatus, thus, this operating body spatial coordinated information relative to described touch apparatus is determined based on the capacitance change in each coordinate points, as shown in Figure 6.
And described first electric capacity can also be launch electric capacity to realize, this transmitting electric capacity magnetic field of periphery when operating body is close to described touch apparatus can change, in the present embodiment, described first capacitance variations parameter is: the changes of magnetic field parameter on described touch apparatus, thus, the described operating body spatial coordinated information relative to described touch apparatus is determined based on this changes of magnetic field parameter.
With reference to Figure 14, determining the structural representation of unit 1103 for object described in a kind of touch apparatus embodiment seven provided by the invention, wherein, described object determines that unit 1103 can include following structure:
Click and obtain subelement 1131, for obtaining operating body click key mapping on described touch apparatus, when described target key mapping is consistent with described click key mapping, triggers first and determine subelement 1132, when described target key mapping and described click key mapping are inconsistent, trigger second and determine subelement 1133.
Wherein, described click key mapping is the operating body of described operator and carries out contacting produced key mapping on described touch apparatus, this click key mapping and described target key mapping are compared by the present embodiment, when two key mappings are consistent or inconsistent, performs different schemes.
First determines subelement 1132, for object corresponding for described click key mapping is defined as destination object.
Wherein, object corresponding for described click key mapping is defined as destination object when described click key mapping is consistent with described target key mapping by the present embodiment, again it will be understood that as object corresponding for described target key mapping is defined as destination object, because described click key mapping is consistent with described target key mapping.
Second determines subelement 1133, for object corresponding for described target key mapping is defined as destination object.
Wherein, in the present embodiment, when described click key mapping and described target key mapping are inconsistent, it is as the criterion with described target key mapping, it is determined that the object of its correspondence is destination object.
Concrete, described touch apparatus realizes clicking the acquisition of key mapping by arranging the second electric capacity, that is, described touch apparatus is provided with the second electric capacity, described second electric capacity can produce capacitance variations when described operating body carries out clicking operation on described touch apparatus, therefore, in the present embodiment, described acquisition subelement 1131 of clicking can pass through structure realization as shown in Figure 15:
Second parameter detection module 1501, for utilizing the second capacitance variations parameter when the operating body on touch apparatus described in described second capacitance detecting carries out clicking operation on this touch apparatus.
Click key mapping and determine module 1502, for based on described second capacitance variations parameter, it is determined that described operating body click key mapping on described touch apparatus.
Concrete, described first electric capacity can be that the self-capacitance in projecting type capacitor realizes, this self-capacitance local capacitance when operating body contacts described touch apparatus can increase, in the present embodiment, described second capacitance variations parameter is: the capacitance change of each coordinate points on described touch apparatus, thus, determine this operating body click coordinate position on described touch apparatus based on the capacitance change in each coordinate points, and then determine click key mapping corresponding on this click coordinate position.
With reference to Figure 16, structural representation for a kind of touch apparatus embodiment eight provided by the invention, wherein, described touch apparatus has touch area, this region arranges layout and has multiple key mapping, each described key mapping is a corresponding object respectively, and object here can be application icon, character or character code such as English alphabet etc., as shown in Figure 2.
In the present embodiment, described touch apparatus can also include following structure:
History acquiring unit 1601, for obtaining operating body historical operating data on described touch apparatus.
Wherein, described historical operating data includes multiple click key mappings that described operating body is operated on described touch apparatus and operates destination object corresponding during each described click key mapping.
It should be noted that described historical operating data can operation data corresponding to the operating body of same operator historical operation on described touch apparatus, it is also possible to the operation data corresponding to the historical operation of all operations body on described touch apparatus, etc..
In implementing, described destination object can object corresponding to corresponding click key mapping identical, it is also possible to different.
Object arranges unit 1602, is described destination object for the object arranged on described touch apparatus corresponding to each described click key mapping.
It is to say, in the present embodiment, carry out layout again according to the target key mapping of described click key mapping real response and arrange its corresponding object.Such as, as shown in Figure 10, in described historical operating data, click key mapping 1 object be " j ", its when being operated produced destination object be " u ", click key mapping 2 object be " k ", its when being operated produced destination object be " i ", in the present embodiment, keystroke position, set-point 1 is " u " corresponding to destination object, and clicking key mapping 2 corresponding to destination object is " i ".
Data acquiring unit 1603, for obtaining described operating body current operation data on described touch apparatus.
Key mapping determines unit 1604, for determining that operating body described in described current operation data carries out the current key mapping clicked on described touch apparatus.
Wherein, after described step 903 acquires described current operation data, determining the current key mapping that this current operand is clicked on described touch apparatus according to corresponding operating body, current key mapping here can be determined by the second electric capacity such as self-capacitance in above.
Instruction execution unit 1605, performs operational order for the object corresponding based on described current key mapping.
Wherein, described operational order may be used for starting the corresponding application of the object corresponding with this current key mapping or for inputting the character code corresponding with this object or character such as English alphabet etc., etc..As shown in Figure 10, when clicking above-mentioned key mapping 1, the object " u " based on its correspondence performs corresponding operational order.
In the present embodiment, arrange by the object that key mapping each on touch apparatus is corresponding being carried out again layout according to the historical operating data of operating body on touch apparatus, to be suitable for the custom etc. of operator, thus improve Consumer's Experience.
Concrete, described destination object is that described first operating body when operating described click key mapping in historical operation, the object that the operator of described operating body key mapping pointed by described touch apparatus is corresponding, it is referred to the confirmation scheme of the destination object described in embodiment one to embodiment three above, no longer describe in detail herein, such as, the object that the operator of described operating body key mapping pointed by described touch apparatus is corresponding, for determining relative to the space orientation information of described touch apparatus relative to the eyeball of the spatial coordinated information of described touch apparatus or described operator based on described operating body.
It should be noted that each embodiment in this specification all adopts the mode gone forward one by one to describe, what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar part mutually referring to.
Finally, it can further be stated that, in this article, term " includes ", " comprising " or its any other variant are intended to comprising of nonexcludability, so that include the article of a series of key element or equipment not only includes those key elements, but also include other key elements being not expressly set out, or also include the key element intrinsic for this article or equipment.When there is no more restriction, statement " including ... " key element limited, it is not excluded that there is also other identical element in the article including described key element or equipment.
Above a kind of data processing method provided by the invention and touch apparatus are described in detail, principles of the invention and embodiment are set forth by specific case used herein, and the explanation of above example is only intended to help to understand the core concept of the present invention；Simultaneously for one of ordinary skill in the art, according to the thought of the application, all will change in specific embodiments and applications, in sum, this specification content should not be construed as limitation of the present invention.
Claims (14)
1. a data processing method, is applied to touch apparatus, and described touch apparatus is provided with multiple key mapping, and each described key mapping is a corresponding object respectively, and described method includes:
Obtain operating body and on described touch apparatus, carry out during clicking operation described operator relative to the positional information of described touch apparatus；
According to described positional information, it is determined that the target key mapping on described touch apparatus；
Based on described target key mapping, it is determined that destination object corresponding under described operating body current operation；
Operational order is performed according to described destination object.
2. method according to claim 1, it is characterised in that described positional information includes: described operating body is relative to the spatial coordinated information of described touch apparatus, or the eyeball of described operator is relative to the space orientation information of described touch apparatus；
Accordingly, described according to described positional information, it is determined that the target key mapping on described touch apparatus, including:
According to spatial coordinated information or the described space orientation information of described operating body, the key mapping that described operator is pointed in described touch apparatus is defined as target key mapping.
3. method according to claim 2, it is characterised in that be provided with the first electric capacity on described touch apparatus, described positional information includes the described operating body spatial coordinated information relative to described touch apparatus；
Accordingly, described acquisition operating body carries out during clicking operation described operator relative to the positional information of described touch apparatus on described touch apparatus, including:
The first capacitance variations parameter when utilizing the operating body on touch apparatus described in described first capacitance detecting to carry out clicking operation thereon；
Based on described first capacitance variations parameter, obtain the described operating body spatial coordinated information relative to described touch apparatus when carrying out clicking operation.
4. the method according to claim 1,2 or 3, it is characterised in that described based on described target key mapping, it is determined that destination object corresponding under described operating body current operation, including:
Obtain operating body click key mapping on described touch apparatus；
When described target key mapping is consistent with described click key mapping, object corresponding for described click key mapping is defined as destination object；
When described target key mapping and described click key mapping are inconsistent, object corresponding for described target key mapping is defined as destination object.
5. method according to claim 4, it is characterised in that be provided with the second electric capacity on described touch apparatus；
Accordingly, described determine operating body click key mapping on described touch apparatus, including:
The second capacitance variations parameter when utilizing the operating body on touch apparatus described in described second capacitance detecting to carry out clicking operation on this touch apparatus；
Based on described second capacitance variations parameter, it is determined that described operating body click key mapping on described touch apparatus.
6. a data processing method, is applied to touch apparatus, and described touch apparatus is provided with multiple key mapping, and each described key mapping is a corresponding object respectively, and described method includes:
Obtaining operating body historical operating data on described touch apparatus, described historical operating data includes multiple click key mappings that described operating body is operated on described touch apparatus and operates destination object corresponding during each described click key mapping；
Arranging on described touch apparatus the object corresponding to each described click key mapping is described destination object；
Obtain described operating body current operation data on described touch apparatus；
Determine that operating body described in described current operation data carries out the current key mapping clicked on described touch apparatus；
The object corresponding based on described current key mapping performs operational order.
7. method according to claim 6, it is characterised in that described destination object is described first operating body when operating described click key mapping in historical operation, the object that the key mapping pointed on described touch apparatus of the operator of described operating body is corresponding；
Concrete, the object that the operator of described operating body key mapping pointed by described touch apparatus is corresponding, for determining relative to the space orientation information of described touch apparatus relative to the eyeball of the spatial coordinated information of described touch apparatus or described operator based on described operating body.
8. a touch apparatus, described touch apparatus arranges key mapping, and each described key mapping is a corresponding object respectively, and described touch apparatus also includes:
Position acquisition unit, for obtaining when operating body carries out clicking operation on described touch apparatus described operator relative to the positional information of described touch apparatus；
Target determination unit, for according to described positional information, it is determined that the target key mapping on described touch apparatus；
Object determines unit, for based on described target key mapping, it is determined that purpose object corresponding under described operating body current operation；
Instruction execution unit, for performing operational order according to described destination object.
9. touch apparatus according to claim 8, it is characterised in that described positional information includes: described operating body is relative to the spatial coordinated information of described touch apparatus, or the eyeball of described operator is relative to the space orientation information of described touch apparatus；
Accordingly, described target determination unit includes:
Point to target and determine subelement, be used for the spatial coordinated information according to described operating body or described space orientation information, the key mapping that described operator is pointed in described touch apparatus is defined as target key mapping.
10. touch apparatus according to claim 9, it is characterised in that be provided with the first electric capacity on described touch apparatus, described positional information includes the described operating body spatial coordinated information relative to described touch apparatus；
Accordingly, described position acquisition unit includes:
First parameter detecting subelement, for utilizing the first capacitance variations parameter when the operating body on touch apparatus described in described first capacitance detecting carries out clicking operation thereon；
Coordinate obtains subelement, for based on described first capacitance variations parameter, obtaining the described operating body spatial coordinated information relative to described touch apparatus when carrying out clicking operation.
11. according to Claim 8, the touch apparatus described in 9 or 10, it is characterised in that described object determines that unit includes:
Click and obtain subelement, for obtaining operating body click key mapping on described touch apparatus, when described target key mapping is consistent with described click key mapping, triggers first and determine subelement, when described target key mapping and described click key mapping are inconsistent, trigger second and determine subelement；
First determines subelement, for object corresponding for described click key mapping is defined as destination object；
Second determines subelement, for object corresponding for described target key mapping is defined as destination object.
12. touch apparatus according to claim 11, it is characterised in that be provided with the second electric capacity on described touch apparatus；
Accordingly, described acquisition subelement of clicking includes:
Second parameter detection module, for utilizing the second capacitance variations parameter when the operating body on touch apparatus described in described second capacitance detecting carries out clicking operation on this touch apparatus；
Click key mapping and determine module, for based on described second capacitance variations parameter, it is determined that described operating body click key mapping on described touch apparatus.
13. a touch apparatus, described touch apparatus being provided with multiple key mapping, each described key mapping is a corresponding object respectively, and described touch apparatus also includes:
History acquiring unit, for obtaining operating body historical operating data on described touch apparatus, described historical operating data includes multiple click key mappings that described operating body is operated on described touch apparatus and operates destination object corresponding during each described click key mapping；
Object arranges unit, is described destination object for the object arranged on described touch apparatus corresponding to each described click key mapping；
Data acquiring unit, for obtaining described operating body current operation data on described touch apparatus；
Key mapping determines unit, for determining that operating body described in described current operation data carries out the current key mapping clicked on described touch apparatus；
Instruction execution unit, performs operational order for the object corresponding based on described current key mapping.
14. touch apparatus according to claim 13, it is characterised in that described destination object is described first operating body when operating described click key mapping in historical operation, the object that the key mapping pointed on described touch apparatus of the operator of described operating body is corresponding；
Concrete, the object that the operator of described operating body key mapping pointed by described touch apparatus is corresponding, for determining relative to the space orientation information of described touch apparatus relative to the eyeball of the spatial coordinated information of described touch apparatus or described operator based on described operating body.
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