CN104035634B - A kind of information processing method and electronic equipment - Google Patents
A kind of information processing method and electronic equipment Download PDFInfo
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- CN104035634B CN104035634B CN201310070503.1A CN201310070503A CN104035634B CN 104035634 B CN104035634 B CN 104035634B CN 201310070503 A CN201310070503 A CN 201310070503A CN 104035634 B CN104035634 B CN 104035634B
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Abstract
The invention discloses a kind of information processing method and electronic equipments, this method is applied in the electronic equipment with touch-display unit, the described method includes: it is mobile to the touch-display unit in the first operating body and during not in contact with the touch-display unit, obtain the first parameter that the rate travel for characterizing first operating body changes；After the first operating body movement and touching the touch-display unit, detection obtains first operation of first operating body in the touch-display unit；First operation is responded, is generated based on first parameter and executes the first instruction, wherein first instruction is the instruction for making the electronic equipment respond first operation with first state.
Description
Technical field
The present invention relates to electronic technology field more particularly to a kind of information processing methods and electronic equipment.
Background technique
With the development of electronic technology, the electronic equipment including touch-display unit is more and more, such as touch screen intelligence hand
Machine, tablet computer etc., the electronic equipment including touch-display unit trigger application by the touch control operation of response user, give and use
Family brings the irrealizable a variety of applications of many physical button operation electronic equipments institute, keeps user's operation electronic equipment more square
Just.
For example touch-display unit is the electronic equipment of capacitive touch screen in the prior art, capacitive touch screen is touching
Shield four sides and plate long and narrow electrode, forms a low-voltage AC electric field in electric conductor.In user's finger touch to electricity
When appearance formula touch screen, due to human body electric field, finger and conductor interlayer will form a coupled capacitor, the electric current that four side electrodes issue
Touch point can be flowed to, and electric current power is directly proportional at a distance from finger to electrode, the controller after touch screen will calculate
The ratio and power of electric current, the accurate position for calculating touch point.When using capacitance pen touch control capacitance formula touch screen, and in capacitor
When style of writing control is to capacitive touch screen, is worked using induced current, calculate the position of touch point.
Certainly, the electronic equipment including other touch-display units is also by operating body touch-control to touch-display unit
When, electronic equipment responds touch control operation, the position of touch of touch control operation is detected, to trigger application corresponding with position of touch.
But the present inventor during inventive technique scheme, it is found that above-mentioned technology is at least deposited in realizing the embodiment of the present invention
In following technical problem:
Since only when operating body touch-control is to touch-display unit, electronic equipment could respond touch-control behaviour in the prior art
Make, and be based only on touch control operation itself and go to generate the control instruction for being used for controlling electronic devices, such as: being used to open and position of touch
The open instructions or operating instruction of corresponding application or file object, so, electronic equipment presence in the prior art cannot obtain
The technical issues of knowing the status information before operating body touch-control to touch-display unit, it may be assumed that not can know that operating body is with which kind of
Speed or acceleration etc. are close to touch-display unit.
In turn, since electronic equipment in the prior art is in the presence of before cannot knowing operating body touch-control to touch-display unit
Status information the technical issues of, so electronic equipment in the prior art there is also cannot be gone according to the status information generate use
In the control instruction of controlling electronic devices the technical issues of, such as: acquiring the movement speed of operating body, and in operating body touch-control to touching
When controlling display unit, by the voice output unit on electronic equipment with volume value output sound corresponding with rate travel variation
Sound.
In turn, since there is also cannot be gone to generate according to the status information for controlling electricity for electronic equipment in the prior art
The technical issues of control instruction of sub- equipment, so, electronic equipment in the prior art cannot trigger and operating body touch-control to touching
The technical issues of controlling the status information relevant application before display unit, for example, " virtual musical instrument " true to nature, because cannot root
According to user to touch-display unit and not in contact with to before touch-display unit speed or acceleration make " virtual musical instrument " export
Different sound.
Summary of the invention
The embodiment of the present application is by providing a kind of information processing method and electronic equipment, for solving electricity in the prior art
Sub- equipment there is technical issues that cannot to know before operating body touch-control to touch-display unit.
On the one hand, the embodiment of the present application provides a kind of information processing method, applied to the electricity with touch-display unit
In sub- equipment, which comprises
It is mobile to the touch-display unit in the first operating body and during not in contact with the touch-display unit, it obtains
The first parameter that rate travel for characterizing first operating body changes；
After the first operating body movement and touching the touch-display unit, detection obtains the first operating body in institute
State the first operation in touch-display unit；
First operation is responded, is generated based on first parameter and executes the first instruction, wherein first instruction
To make the electronic equipment respond the described first instruction operated with first state.
Preferably, when first operating body be include the capacitance pen of first capacitor detection device when, it is described to be used for
The first parameter for characterizing the rate travel variation of first operating body, specifically includes:
Receive the detected first capacitor rate of change of the capacitance pen, wherein the first capacitor rate of change is
The brush of the capacitance pen it is mobile to the touch-display unit and not in contact with the touch-display unit during, described first
The capacitance variations rate of the capacitance pen of capacitance detecting device detection；
First parameter is obtained based on the first capacitor rate of change.
Preferably, when the touch-display unit be include the capacitance plate of the second capacitance detecting device when, it is described to be used
In the first parameter of the rate travel variation for characterizing first operating body, specifically include:
The second capacitance variations rate of the capacitance plate is detected by second capacitance detecting device；
First parameter is obtained based on the second capacitance variations rate.
Preferably, when first operation is specially the input operation of the first character content of input, described in the response
First operation, generates based on first parameter and executes the first instruction, specifically:
Based on first parameter, the first ink dot thickness value corresponding with first character content is determined；
Respond input operation, generate and execute first instruction, in the touch-display unit with described
First ink dot thickness value shows first character content.
Preferably, when first operation is specially the touch control operation of the first sound of triggering, the response described first
Operation, generates and executes the first instruction, specifically:
Based on first parameter, the first volume value corresponding with first sound is determined；
The touch control operation is responded, generate and executes first instruction, with first volume value output described first
Sound.
On the other hand, another embodiment of the application provides a kind of electronic equipment, including a touch-display unit, the electricity
Sub- equipment includes:
Obtaining unit, for the touch-display unit movement and showing list not in contact with the touch-control in the first operating body
During member, the first parameter that the rate travel for characterizing first operating body changes is obtained；
Detection unit, for after the first operating body movement and touching the touch-display unit, detection to be obtained
First operation of first operating body in the touch-display unit；
Execution unit is operated for responding described first, the first instruction is generated and executed based on first parameter,
In, first instruction is the instruction for making the electronic equipment respond first operation with first state.
Preferably, when first operating body be include the capacitance pen of first capacitor detection device when, the obtaining unit
It specifically includes:
Receiving subelement, for receiving the detected first capacitor rate of change of the capacitance pen, wherein described first
Capacitance variations rate is the brush of the capacitance pen to the touch-display unit movement and not in contact with the touch-display unit
In the process, the capacitance variations rate of the capacitance pen of the first capacitor detection device detection；
First obtains subelement, for obtaining first parameter based on the first capacitor rate of change.
Preferably, when the touch-display unit be include the capacitance plate of the second capacitance detecting device when, the acquisition is single
Member specifically includes:
Detection sub-unit, for detecting the second capacitance variations speed of the capacitance plate by second capacitance detecting device
Rate；
Second obtains subelement, for obtaining first parameter based on the second capacitance variations rate.
Preferably, when first operation is specially the input operation of the first character content of input, the execution unit
Specifically:
First determination subelement determines and first character content corresponding first for being based on first parameter
Ink dot thickness value；
First executes subelement, for responding the input operation, generating and executing first instruction, in the touching
First character content is shown with the first ink dot thickness value on control display unit.
Preferably, when first operation is specially the touch control operation of the first sound of triggering, the execution unit is specific
Are as follows:
Second determines subelement, is based on first parameter for determining, determining with first sound corresponding first
Volume value；
Second executes subelement, for responding the touch control operation, generating and executing first instruction, with described first
Volume value exports first sound.
In another aspect, the embodiment of the present application is provided, one is input equipments, comprising:
Obtaining unit, for touch-display unit movement and showing list not in contact with the touch-control in the input equipment
During member, the first parameter that the rate travel for characterizing the input equipment changes is obtained；
Transmission unit, for sending first parameter to the touch-display unit, so that the electronic equipment detects
It is mobile to the input equipment to the touch-display unit and when touching the first operation after the touch-display unit, energy
First operation is responded, is generated based on first parameter and executes the first instruction, wherein first instruction is described to make
Electronic equipment responds the instruction of first operation with first state.
Preferably, the obtaining unit specifically:
Capacitance detection unit, it is mobile to the touch-display unit for the input equipment and aobvious to contact the touch-control
Show in unit process, detects the capacitance variations rate of the input equipment；
Subelement is generated, for generating first parameter based on the capacitance variations rate.
One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages:
1, due to using mobile to the touch-display unit in the first operating body and being shown not in contact with the touch-control single
During member, the first parameter that the rate travel for characterizing first operating body changes is obtained, in first operating body
After moving and touching the touch-display unit, detection obtains first behaviour of first operating body in the touch-display unit
Make, responds first operation, the technological means of the first instruction is generated and executed based on first parameter, so, generation
Instruction is not only related to the first operation, also related to the mobile rate travel variation of touch-display unit to before the first operation, with
The first instruction is generated jointly according to the touch-control that the first preoperative rate travel variation and the first operation execute.So effectively solving
The technology for the status information that electronic equipment in the prior art cannot be known before operating body touch-control to touch-display unit of having determined
Problem, and then realize mobile to touch-display unit according to operating body and do not touch acquisition during touch-display unit
Rate travel variation and first operation co- controlling electronic equipment technical effect.
2, one embodiment of the application it is mobile by using the capacitance detecting device detection capacitance pen on capacitance pen and not in contact with
Capacitance variations rate during to capacitance touching control display unit, electronic equipment receive the capacitance variations rate and based on the electricity
Hold the technical solution that rate of change obtains the first parameter, so, efficiently solving electronic equipment in the prior art cannot know
The technical issues of status information before operating body touch-control to touch-display unit, and then realize electronic equipment and directly receive electricity
Hold the capacitance variations rate of pen to know the technical effect of the status information before operating body touch-control to touch-display unit.
3, another embodiment of the application it is mobile by using capacitance detecting device detection operating body in the electronic device and
During arriving capacitance touching control display unit, the capacitance variations rate of touch-display unit, and it is based on the capacitance variations
Rate obtains the technical solution of the first parameter, so, operating body cannot be known by efficiently solving electronic equipment in the prior art
The technical issues of status information before touch-control to touch-display unit, and then realize electronic equipment and directly detect touch-control and show
The capacitance variations rate of unit knows the technical effect of the status information before operating body touch-control to touch-display unit.
4, the embodiment of the present application determines first state corresponding with the first parameter by the first parameter, is held based on first state
The technical solution of row the first instruction corresponding with the first operation, so, efficiently solving electronic equipment in the prior art cannot
The technical issues of triggering application relevant to the status information before operating body touch-control to touch-display unit, and then realize sound
The mode of the first operation technical effect corresponding with the status information before the non-touch-control to touch-display unit of operating body is answered, than
Such as, when operating body is fast to the mobile speed of touch-display unit, when operating body touch-control is to touch-display unit, with biggish
Volume value exports sound.When operating body is slow to the mobile speed of touch-display unit, shown in operating body touch-control to touch-control single
When first, sound is exported with lesser volume value, volume value and the operating body speed pair mobile to touch-display unit are realized with this
It answers.
Detailed description of the invention
Fig. 1 is the flow chart of information processing method in the embodiment of the present application；
The schematic diagram that Fig. 2A, Fig. 2 B are step S101 in information processing method in the embodiment of the present application；
Fig. 3 is the module map of electronic equipment in the embodiment of the present application；
Fig. 4 is the module map of input equipment in the embodiment of the present application.
Specific embodiment
The embodiment of the present application is by providing a kind of information processing method and electronic equipment, for solving electricity in the prior art
Sub- equipment cannot know the technical issues of status information before operating body touch-control to touch-display unit.
Technical solution in the embodiment of the present application is to solve the problem above-mentioned, and general thought is as follows:
It is mobile to the touch-display unit in the first operating body and during not in contact with the touch-display unit, it obtains
The first parameter that rate travel for characterizing first operating body changes；In the first operating body movement and touch institute
After stating touch-display unit, detection obtains first operation of first operating body in the touch-display unit；Respond described
One operation, is generated based on first parameter and executes the first instruction, wherein it is described first instruction be make the electronic equipment with
First state responds the instruction of first operation.
The first parameter of the rate travel variation for characterizing first operating body can be obtained through the above technical solution,
It is then based on the first parameter to generate and execute the first instruction, so behaviour cannot be known by being able to solve electronic equipment in the prior art
The technical issues of making the status information before body touch-control to touch-display unit, and then realize and shown according to operating body to touch-control
Unit is mobile and does not touch the rate travel variation obtained during touch-display unit and the first operation co- controlling electricity
The technical effect of sub- equipment is in order to better understand the above technical scheme, below in conjunction with Figure of description and specific implementation
The above described technique is demenstrated in detail for mode.
The present invention provides a kind of information processing method by one embodiment of the application, is applied to have touch-display unit
Electronic equipment in, which can be smart phone, the electronic equipment of tablet computer etc. including touch-display unit, In
In specific implementation process, the electronic equipment be which kind of electronic equipment the application with no restrictions.
As shown in Figure 1, this method comprises the following steps:
S101: in the first operating body to the touch-display unit movement and not in contact with the touch-display unit process
In, obtain the first parameter that the rate travel for characterizing first operating body changes；
In the specific implementation process, step S101 is executed to obtain the first parameter at least the following two kinds but be not limited to two kinds of realities
Apply mode:
The first embodiment are as follows: the first operating body is the capacitance pen by the way that capacitance detecting device is arranged on capacitance pen,
For executing operation to the electronic equipment for including capacitance touching control display unit, then the electronic equipment obtains use as follows
In the first parameter of the rate travel variation for characterizing first operating body:
Firstly, receiving the detected first capacitor rate of change of the capacitance pen, wherein the first capacitor variation speed
Rate be the brush of the capacitance pen it is mobile to the touch-display unit and not in contact with the touch-display unit during, it is described
The capacitance variations rate of the capacitance pen of first capacitor detection device detection.
Then, first parameter is obtained based on the first capacitor rate of change.
Specifically, a capacitance detecting device is connect with brush built in capacitance pen, and the brush of capacitance pen shows single to touch-control
Member it is mobile and not in contact with touch-display unit during, the brush of conductive material is single due to moving closer to capacitance touching control display
Member, electric current change, and cause the capacitor in the capacitance detecting device connecting with brush to change, and detect that capacitor is moved through in brush
First capacitor in journey changes rate,
Then, first capacitor change rate is sent to electronic equipment, In by wired or wireless mode by capacitance pen
In specific implementation process, first capacitor change rate is specifically sent to by electronic equipment using which kind of mode, the application does not limit
System, those skilled in the art can select according to actual needs.
After electronic equipment obtains first capacitor rate of change, the first ginseng is obtained based on the first capacitor rate of change
Number.
Second of embodiment are as follows: the first operating body can be capacitance pen, or user's finger etc. can operate electricity
The second capacitance detecting device is arranged in the normal operations body of sub- equipment in touch-display unit, and electronic equipment is as follows
Obtain the first parameter that the rate travel for characterizing first operating body changes:
Firstly, detecting the second capacitance variations rate of the capacitance plate by second capacitance detecting device；Then, base
First parameter is obtained in the second capacitance variations rate.
Specifically, by increasing the electric current of touch-display unit, so as to be moved in the first operating body to touch-display unit
It is dynamic and not in contact with touch-display unit during, touch-display unit can sense the first operating body, the second capacitance detecting device
It is mobile to detection capacitance plate in the first operating body and during not in contact with arriving, it detects between the first operating body and touch-display unit
The second capacitance variations rate.
Then, the first operating body is into touch-display unit moving process, between the first operating body and touch-display unit
Second capacitance variations rate determines the rate travel variation mobile to touch-display unit of the first operating body.
After executing step S101, step S102 is then executed, it may be assumed that in the first operating body movement and touch institute
After stating touch-display unit, detection obtains first operation of first operating body in the touch-display unit.
Specifically, the first operation can be clicking operation, or in the slide etc. in touch-display unit
Deng, by taking touch-display unit is capacitive touch screen as an example, after the movement of the first operating body and touching touch-display unit, the
One operating body and touch-display unit form coupled capacitor, and the first operating body siphons away low current from touch point.Electric current is respectively from touching
It is flowed out in electrode on control display unit quadrangle, the electric current and the first operating body for flowing through four electrodes are to the four of touch-display unit
The distance at angle is directly proportional, and for controller by accurately calculating to four current ratios, detection obtains the first operation, and then obtains the
The location information of touch point of one operating body in touch-display unit.In the specific implementation process, touch-display unit is electricity
Whens resistive touch screen etc., the position of touch point of first operating body in touch-display unit is obtained according to the principle respectively responded
Information, the application repeat no more.
When detecting the first operation in step s 102, step S103 is executed, it may be assumed that response first operation is based on
First parameter generates and executes the first instruction, wherein first instruction is to ring the electronic equipment with first state
Answer the instruction of first operation.
In the specific implementation process, the application scenarios executed according to the first operation are different, the embodiment of step S103
It is different.The operation of the first sound to input the first character content in touch-display unit or is triggered with the first operation separately below
For the method in step S103 is illustrated, but be not used in the limitation to the application.
Specifically, when first operates and operate for the input for specially inputting the first character content when first operation,
Response first operation, generates based on first parameter and executes the first instruction, specifically: based on first ginseng
Number determines the first ink dot thickness value corresponding with first character content；The input operation is responded, generate and is executed described
First instruction, to show first character content in the touch-display unit with the first ink dot thickness value.
For example, the first operating body is mobile to touch-display unit before user inputs the first character content using electronic equipment
Rate changing value is M, generates corresponding ink dot thickness value m by rate changing value M, when detecting the of the first character content of input
When one operation, the first operation of response generates and executes the first instruction, shows the first character content with ink dot thickness value m.Pass through this
The first character content of display more true to nature in touch-display unit may be implemented in kind embodiment, electronic equipment.
Specifically, when first operation is specially the touch control operation of the first sound of triggering, the response described first
Operation, generates and executes the first instruction, specifically: it is based on first parameter, is determined and first sound corresponding first
Volume value；The touch control operation is responded, generates and executes first instruction, first sound is exported with first volume value
Sound.
For example, when user uses the virtual musical instrument of electronic equipment, for example tap " virtual drum ", if then the first operating body to
The mobile rate travel changing value of touch-display unit is X, generates corresponding volume value x by rate changing value X, touches when detecting
When controlling the first operation of drum surface, the first operation of response generates and executes the first instruction, exports drum sound with volume value x；If first
It is rate changing value Y that operating body is mobile to touch-display unit, generates corresponding volume value y by rate changing value Y, when detecting
When the first operation of touch-control drum surface, the first operation of response exports drum sound with volume value y.It can basis by this embodiment
Rate travel changing value different before touch-display unit twice triggers the different adjustment to " virtual drum " volume value.Then may be used
To export the function of virtual musical instrument music more true to nature based on electronic equipment.
For example, electronic equipment is tablet computer, the application scenarios of " virtual drum " in tablet computer are used with user A below
For, in conjunction with Fig. 2A, Fig. 2 B technical solutions in the embodiments of the present application is described in detail.
After user opens " virtual to rouse " application in tablet computer, it is aobvious that user executes percussion touch-control using finger for the first time
When showing the operation of unit, moved in finger to touch-display unit and during not in contact with to touch-display unit, obtain finger with
Capacitance variations rate between touch-display unit, specifically, as shown in Figure 2 A, when T2 when the T1 moment and after the T1 moment
It carves, is respectively P, Q by detecting that the capacitor between the first operating body and touch-display unit is, by this method in a preset time
Interval or the first operating body of real-time detection are not in contact with to multiple capacitances before touch-display unit, as shown in Figure 2 B.Electronics
The processor of equipment is based on multiple capacitances and calculates first capacitor rate of change, is then obtained according to first capacitor rate of change
The first movement rate changing value of finger.And in the drum surface on first time touch-control to touch-display unit, finger is based on to touching
The first movement rate variation controlled in display unit moving process generates the first volume value, and the first volume is exported in the form of drum sound
Value.When user executes the operation for tapping touch-display unit using finger second, with obtain first movement rate changing value
Mode obtain the second rate travel changing value, and in the drum surface on second of touch-control to touch-display unit, be based on finger
The second rate travel variation into touch-display unit moving process generates the second volume value, and second is exported in the form of drum sound
Volume value, it assumes that when the variation of first movement rate is greater than the variation of the second rate travel, the first volume value is greater than the second volume value,
On the contrary, the first volume value is less than the second volume value when then the variation of first movement rate is less than the variation of the second rate travel.Pass through this
Kind of embodiment " virtual drum " and really drum, can become according to the rate travel before each touch-display unit of operating body
The difference of change, the volume for tapping " virtual drum " every time are different.Improve user experience.
Based on the same inventive concept, the present invention provides a kind of electronic equipment, including one by another embodiment of the application
Touch-display unit, the electronic equipment are specifically as follows smart phone, and tablet computer etc. includes that the electronics of touch-display unit is set
Standby, which kind of electronic equipment the electronic equipment is in the specific implementation process, and the application is with no restrictions.
As described in Figure 3, which comprises the following structure:
Obtaining unit 301, for showing to the touch-display unit movement and in the first operating body not in contact with the touch-control
Show in unit process, obtains the first parameter that the rate travel for characterizing first operating body changes；
Detection unit 302, for after the first operating body movement and touching the touch-display unit, detection to be obtained
Obtain first operation of first operating body in the touch-display unit；
Execution unit 303 is operated for responding described first, the first instruction is generated and executed based on first parameter,
Wherein, first instruction is the instruction for making the electronic equipment respond first operation with first state.
Further, in the specific implementation process, when first operating body is the capacitor for including first capacitor detection device
When pen, the obtaining unit 301 is specifically included:
Receiving subelement, for receiving the detected first capacitor rate of change of the capacitance pen, wherein described first
Capacitance variations rate is the brush of the capacitance pen to the touch-display unit movement and not in contact with the touch-display unit
In the process, the capacitance variations rate of the capacitance pen of the first capacitor detection device detection；
First obtains subelement, for obtaining first parameter based on the first capacitor rate of change.
Further, in the specific implementation process, when the touch-display unit is the electricity for including the second capacitance detecting device
When holding screen, the obtaining unit 301 is specifically included:
Detection sub-unit, for detecting the second capacitance variations speed of the capacitance plate by second capacitance detecting device
Rate；
Second obtains subelement, for obtaining first parameter based on the second capacitance variations rate.
Further, in the specific implementation process, as the input behaviour that first operation is specially the first character content of input
When making, the execution unit 303 specifically:
First determination subelement determines and first character content corresponding first for being based on first parameter
Ink dot thickness value；
First executes subelement, for responding the input operation, generating and executing first instruction, in the touching
First character content is shown with the first ink dot thickness value on control display unit.
Further, in the specific implementation process, when first operation is specially the touch control operation of the first sound of triggering,
The execution unit 303 specifically:
Second determines subelement, is based on first parameter for determining, determining with first sound corresponding first
Volume value；
Second executes subelement, for responding the touch control operation, generating and executing first instruction, with described first
Volume value exports first sound.
Since the electronic equipment that the present embodiment is introduced is to implement in the embodiment of the present application used by information processing method
Electronic equipment, so based on information processing method described in the embodiment of the present application, those skilled in the art can be much of that
The specific embodiment and its various change form for solving the electronic equipment of the present embodiment, so herein not for the electronic equipment
It is discussed in detail again.It is set as long as those skilled in the art implement electronics used by information processing method in the embodiment of the present application
It is standby, belong to the range to be protected of the application.
The present invention provides a kind of input equipment by the application another embodiment.
As shown in figure 4, the input equipment comprises the following structure:
Obtaining unit 401, for showing to touch-display unit movement and in the input equipment not in contact with the touch-control
Show in unit process, obtains the first parameter that the rate travel for characterizing the input equipment changes；
Transmission unit 402, for sending first parameter to the touch-display unit, so that the electronic equipment is examined
It is mobile to the touch-display unit and when touching the first operation after the touch-display unit to measure the input equipment,
First operation can be responded, is generated based on first parameter and executes the first instruction, wherein first instruction is makes
State the instruction that electronic equipment responds first operation with first state.
Further, in the specific implementation process, the obtaining unit 401 specifically:
Capacitance detection unit, it is mobile to the touch-display unit for the input equipment and aobvious to contact the touch-control
Show in unit process, detects the capacitance variations rate of the input equipment；Subelement is generated, for based on the capacitance variations speed
Rate generates first parameter.
Specifically, the input equipment includes a conductive pen point so that input equipment is capacitance pen as an example, when conductive pen point is to electricity
The touch-display unit of sub- equipment is mobile and is during contacting the touch-display unit, as capacitance pen and touch-control display are single
The variation of the distance between member, then the corresponding variation of electric current in conductive pen point, and then include a capacitance detection unit in capacitance pen with
Conductive pen point connection, conductive pen point of the conductive pen point into touch-display unit moving process for real-time detection capacitance pen with
Multiple capacitances between touch-display unit obtain the capacitance variations rate of capacitance pen according to multiple capacitance, then, generate
Subelement generates capacitance pen according to capacitance variations rate to be changed to the mobile rate travel of touch-display unit, i.e. the first parameter.
Then, the transmission unit 402 of capacitance pen gives the first parameter to touch-display unit, so that electronic equipment is detecting the first behaviour
When making, the mode of the first operation of response are as follows: generated with received first parameter and execute the first instruction to make electronic equipment with the
The operation of one condition responsive first.For example, when operation of first operation to input an English character " A ", the first operation of response is based on
Received first parameter is determined to show " the ink dot thickness value of A ", English character " A " is then shown with the ink dot thickness value.
Technical solution in above-mentioned the embodiment of the present application, at least have the following technical effects or advantages:
1, due to using mobile to the touch-display unit in the first operating body and being shown not in contact with the touch-control single
During member, the first parameter that the rate travel for characterizing first operating body changes is obtained, in first operating body
After moving and touching the touch-display unit, detection obtains first behaviour of first operating body in the touch-display unit
Make, responds first operation, the technological means of the first instruction is generated and executed based on first parameter, so, generation
Instruction is not only related to the first operation, also related to the mobile rate travel variation of touch-display unit to before the first operation.With
The first instruction is generated jointly according to the touch-control that the first preoperative rate travel variation and the first operation execute.So effectively solving
The technology for the status information that electronic equipment in the prior art cannot be known before operating body touch-control to touch-display unit of having determined
Problem, and then realize mobile to touch-display unit according to operating body and do not touch acquisition during touch-display unit
Rate travel variation and first operation co- controlling electronic equipment technical effect.
2, one embodiment of the application it is mobile by using the capacitance detecting device detection capacitance pen on capacitance pen and not in contact with
Capacitance variations rate during to capacitance touching control display unit, electronic equipment receive the capacitance variations rate and based on the electricity
Hold the technical solution that rate of change obtains the first parameter, so, efficiently solving electronic equipment in the prior art cannot know
The technical issues of status information before operating body touch-control to touch-display unit, and then realize electronic equipment and directly receive electricity
Hold the capacitance variations rate of pen to know the technical effect of the status information before operating body touch-control to touch-display unit.
3, another embodiment of the application it is mobile by using capacitance detecting device detection operating body in the electronic device and
During arriving capacitance touching control display unit, the capacitance variations rate of touch-display unit, and it is based on the capacitance variations
Rate obtains the technical solution of the first parameter, so, operating body cannot be known by efficiently solving electronic equipment in the prior art
The technical issues of status information before touch-control to touch-display unit, and then realize electronic equipment and directly detect touch-control and show
The capacitance variations rate of unit knows the technical effect of the status information before operating body touch-control to touch-display unit.
4, the embodiment of the present application determines first state corresponding with the first parameter by the first parameter, is held based on first state
The technical solution of row the first instruction corresponding with the first operation, so, efficiently solving electronic equipment in the prior art cannot
The technical issues of triggering application relevant to the status information before operating body touch-control to touch-display unit, and then realize sound
The mode of the first operation technical effect corresponding with the status information before the non-touch-control to touch-display unit of operating body is answered, than
Such as, when operating body is fast to the mobile speed of touch-display unit, when operating body touch-control is to touch-display unit, with biggish
Volume value exports sound.When operating body is slow to the mobile speed of touch-display unit, shown in operating body touch-control to touch-control single
When first, sound is exported with lesser volume value, volume value and the operating body speed pair mobile to touch-display unit are realized with this
It answers.
Although preferred embodiments of the present invention have been described, it is created once a person skilled in the art knows basic
Property concept, then additional changes and modifications may be made to these embodiments.So it includes excellent that the following claims are intended to be interpreted as
It selects embodiment and falls into all change and modification of the scope of the invention.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (6)
1. a kind of information processing method, applied in the electronic equipment with touch-display unit, which is characterized in that the method
Include:
It is mobile to the touch-display unit in the first operating body and during not in contact with the touch-display unit, it is used for
Characterize the first parameter of the rate travel variation of first operating body；
When the touch-display unit be include the capacitance plate of the second capacitance detecting device when, it is described to obtain for characterizing described the
First parameter of the rate travel variation of one operating body, specifically includes:
By increasing the electric current of touch-display unit and detecting the second of the capacitance plate by second capacitance detecting device
Capacitance variations rate；
First parameter is obtained based on the second capacitance variations rate；
After the first operating body movement and touching the touch-display unit, detection obtains first operating body in institute
State the first operation in touch-display unit；
First operation is responded, is generated based on first parameter and executes the first instruction, wherein first instruction is to make
The electronic equipment responds the instruction of first operation with first state；
Wherein, first operation is responded, is generated based on first parameter and executes the first instruction, comprising:
Based on first parameter, the first property parameters of object corresponding with first operation are determined；
Respond it is described first operation, generate and execute it is described first instruction, in the touch-display unit with described first
Property parameters show the object.
2. the method as described in claim 1, which is characterized in that when first operation is specially the first character content of input
When input operation, response first operation generates based on first parameter and executes the first instruction, specifically:
Based on first parameter, the first ink dot thickness value corresponding with first character content is determined；
Respond input operation, generate and execute first instruction, in the touch-display unit with described first
Ink dot thickness value shows first character content.
3. method according to claim 1 or 2, which is characterized in that when first operation is specially the first sound of triggering
When touch control operation, response first operation generates and executes the first instruction, specifically:
Based on first parameter, the first volume value corresponding with first sound is determined；
The touch control operation is responded, generates and executes first instruction, first sound is exported with first volume value.
4. a kind of electronic equipment, including a touch-display unit, which is characterized in that the electronic equipment includes:
Obtaining unit is used in the first operating body to the touch-display unit movement and not in contact with the touch-display unit mistake
Cheng Zhong obtains the first parameter that the rate travel for characterizing first operating body changes；
When the touch-display unit be include the capacitance plate of the second capacitance detecting device when, the obtaining unit specifically includes:
Detection sub-unit detects institute for the electric current by increasing touch-display unit and by second capacitance detecting device
State the second capacitance variations rate of capacitance plate；
Second obtains subelement, for obtaining first parameter based on the second capacitance variations rate；
Detection unit, for after the first operating body movement and touching the touch-display unit, detection to obtain first
First operation of the operating body in the touch-display unit；
Execution unit is generated based on first parameter for responding first operation and executes the first instruction, wherein institute
Stating the first instruction is the instruction for making the electronic equipment respond first operation with first state；
Wherein, first operation is responded, is generated based on first parameter and executes the first instruction, comprising:
Based on first parameter, the first property parameters of object corresponding with first operation are determined；
Respond it is described first operation, generate and execute it is described first instruction, in the touch-display unit with described first
Property parameters show the object.
5. electronic equipment as claimed in claim 4, which is characterized in that when first operation is specially in the first character of input
When the input operation of appearance, the execution unit specifically:
First determines subelement, for being based on first parameter, determines the first ink dot corresponding with first character content
Thickness value；
First executes subelement, for responding the input operation, first instruction is generated and execute, with aobvious in the touch-control
Show and first character content is shown with the first ink dot thickness value on unit.
6. electronic equipment as described in claim 4 or 5, which is characterized in that when first operation is specially the first sound of triggering
When the touch control operation of sound, the execution unit specifically:
Second determines subelement, for being based on first parameter, determines the first volume value corresponding with first sound；
Second executes subelement, for responding the touch control operation, generating and executing first instruction, with first volume
Value exports first sound.
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| CN201310070503.1A CN104035634B (en) | 2013-03-06 | 2013-03-06 | A kind of information processing method and electronic equipment |
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| CN201310070503.1A CN104035634B (en) | 2013-03-06 | 2013-03-06 | A kind of information processing method and electronic equipment |
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| CN104035634B true CN104035634B (en) | 2019-10-29 |
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| CN107066119B (en) * | 2015-11-05 | 2020-07-07 | 禾瑞亚科技股份有限公司 | Touch system, touch pen and method for issuing command by using motion |
| US10402020B1 (en) * | 2016-11-15 | 2019-09-03 | Google Llc | Detecting twist input with an interactive cord |
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| CN102239465A (en) * | 2008-12-04 | 2011-11-09 | 三菱电机株式会社 | Display input device |
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| JP2011053974A (en) * | 2009-09-02 | 2011-03-17 | Sony Corp | Device and method for controlling operation, and computer program |
| JP5625599B2 (en) * | 2010-08-04 | 2014-11-19 | ソニー株式会社 | Information processing apparatus, information processing method, and program |
| US20120120002A1 (en) * | 2010-11-17 | 2012-05-17 | Sony Corporation | System and method for display proximity based control of a touch screen user interface |
| JP5614275B2 (en) * | 2010-12-21 | 2014-10-29 | ソニー株式会社 | Image display control apparatus and image display control method |
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| CN102239465A (en) * | 2008-12-04 | 2011-11-09 | 三菱电机株式会社 | Display input device |
| CN102346636A (en) * | 2010-07-28 | 2012-02-08 | 索尼公司 | Information processing apparatus, information processing method, and computer-readable storage medium |
| CN101923437A (en) * | 2010-09-02 | 2010-12-22 | 宇龙计算机通信科技(深圳)有限公司 | Screen prompt method of intelligent mobile terminal and intelligent mobile terminal |
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