CN102023735A - Touch input equipment, electronic equipment and mobile phone - Google Patents
Touch input equipment, electronic equipment and mobile phone Download PDFInfo
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- CN102023735A CN102023735A CN2009100938213A CN200910093821A CN102023735A CN 102023735 A CN102023735 A CN 102023735A CN 2009100938213 A CN2009100938213 A CN 2009100938213A CN 200910093821 A CN200910093821 A CN 200910093821A CN 102023735 A CN102023735 A CN 102023735A
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Abstract
The invention provides touch input equipment, electronic equipment and a mobile phone. The electronic equipment comprises a touch acquisition module, a touched object positioning module and a processing module, wherein the touch acquisition module is provided with an input area and is used for executing touch acquisition operation, wherein the input area comprises a first area and a second area; the touched object positioning module is used for determining an initial position of touch operation according to data acquired by the touch acquisition module; and the processing module is used for computing a first result for indicating the coordinate of the touched object according to the data acquired by the touch acquisition module when the initial position of the touch operation is positioned in the first area, and is used for computing a second result for indicating the action of the touched object according to the data acquired by the touch acquisition module when the initial position of the touch operation is positioned in the second area. The invention can avoid unnecessary calculation so as to improve the utilization rate of computing resource and power resource.
Description
Technical field
The present invention relates to touching technique, particularly a kind of touch input device, electronic equipment and mobile phone.
Background technology
Touching technique has been widely applied to various electronic equipments, as mobile phone, PDA, notebook computer etc.
Now increasing electronic equipment (as mobile phone) can have been realized touching input completely, that is to say that all operational orders (as return, withdraw from, menu) all realize by touch input device.
In the prior art, operate by touch-screen, not only need the location, also need to judge the action of giving directions thing, on the input face of touch input device, upwards slide, may represent the amplification present image as giving directions thing, and give directions thing on the input face of touch input device, to slide left, representative of consumer need represent next pictures, and analogous cases are numerous, does not enumerate one by one at this.
Since need judge user's gesture simultaneously and give directions article coordinate, thus the waste of resource can be caused, even it is as follows to cause maloperation to illustrate.
The active user is at operation interface, need to click an icon, at this moment, position operation and get final product, but CPU and do not know that the user wants to click an icon, so when giving directions thing on touch-screen, to slide into the target location, CPU can move by continuous calculating operation, but this moment, the calculating operation action was unnecessary, because the user thinks clickable icon, so computational resource and the waste of power resources brought.
Summary of the invention
The purpose of this invention is to provide a kind of touch input device, electronic equipment and mobile phone, reduce unnecessary computing, and then improve the utilization factor of computational resource and electric power resource.
To achieve these goals, the embodiment of the invention provides a kind of electronic equipment, comprising:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Give directions the thing locating module, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
Processing module, be used for when described touch operation reference position is positioned at described first area, give directions first result of article coordinate according to the data computation indication that described touch acquisition module collects, when the touch operation reference position is positioned at described second area, second result that the data computation indication indication thing that collects according to described touch acquisition module moves.
Above-mentioned electronic equipment wherein, also comprises:
Display screen;
Touch part and the stacked setting of described display screen that acquisition module is positioned at described first area.
Above-mentioned electronic equipment, wherein, also comprise mainboard and the CPU that is arranged at described mainboard, described indication thing locating module and described processing module are described CPU, described touch acquisition module is connected with described mainboard, by described mainboard the data that collect is sent to described CPU.
Above-mentioned electronic equipment, wherein, when the described second area of touch operation reference position, second result of thing action is given directions in the data computation indication that described CPU specifically is used for collecting according to described touch acquisition module, and obtains the pairing operational order of deliberate action that is complementary with described indication thing action.
Above-mentioned electronic equipment wherein, also comprises:
Mainboard and the CPU that is arranged at described mainboard, described indication thing locating module and described processing module are for being a microcontroller, described microcontroller is connected with described mainboard, by described mainboard described first result or second result is sent to described CPU.
Above-mentioned electronic equipment, wherein, described microcontroller specifically comprises:
Give directions the thing positioning unit, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
The coordinate Calculation unit is used for when the touch operation reference position is positioned at described first area, gives directions article coordinate according to the data computation that described touch acquisition module collects;
The action computing unit is used for when the touch operation reference position is positioned at described second area, the result that the data computation indication indication thing that collects according to described touch acquisition module moves;
Instruction fetch unit is used to obtain the pairing operational order of deliberate action that is complementary with described indication thing action;
Output unit is used for by described mainboard described indication article coordinate or described operational order being sent to described CPU.
To achieve these goals, the embodiment of the invention also provides a kind of touch input device, is used for electronic equipment, and described electronic equipment has a mainboard and is arranged at the CPU of mainboard, and described touch input device comprises:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Microcontroller, the data that are used for collecting according to described touch acquisition module are carried out positioning action, determine the touch operation reference position, and when the touch operation reference position is positioned at described first area, give directions first result of article coordinate according to the data computation indication that described touch acquisition module collects, and send to CPU by mainboard, when the touch operation reference position is positioned at described second area, indicate second result who gives directions the thing action according to the data computation that described touch acquisition module collects, and send to CPU by mainboard.
Above-mentioned touch input device wherein, also comprises:
Display screen;
Touch part and the stacked setting of described display screen that acquisition module is positioned at described first area.
Above-mentioned touch input device wherein, comprises in the described microcontroller:
Give directions the thing positioning unit, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
The coordinate Calculation unit is used for when the touch operation reference position is positioned at described first area, gives directions article coordinate according to the data computation that described touch acquisition module collects;
The action computing unit is used for when the touch operation reference position is positioned at described second area, the result that the data computation indication indication thing that collects according to described touch acquisition module moves;
Instruction fetch unit is used to obtain the pairing operational order of deliberate action that is complementary with described indication thing action;
Output unit is used for by described mainboard described indication article coordinate or described operational order being sent to described CPU.
To achieve these goals, the embodiment of the invention also provides a kind of mobile phone, comprises a mainboard, is arranged at the CPU of mainboard and the display screen that is connected with described mainboard, also comprises:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Microcontroller, the data that are used for collecting according to described touch acquisition module are carried out positioning action, determine the touch operation reference position, and when the touch operation reference position is positioned at described first area, directly the data that described touch acquisition module is collected send to CPU by mainboard, and described CPU handles described data; When the touch operation reference position is positioned at described second area, give directions the thing action according to the data computation that described touch acquisition module collects, obtain the pairing operational order of deliberate action that is complementary with described indication thing action, and send described operational order to CPU, the operation that described CPU is corresponding with described operational order according to described operational order by described mainboard.
Above-mentioned mobile phone, wherein, described touch acquisition module is positioned at the part and the stacked setting of described display screen of described first area.
Above-mentioned mobile phone, wherein, described microcontroller specifically comprises as lower unit:
Give directions the thing positioning unit, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
The action computing unit is used for when the touch operation reference position is positioned at described second area, gives directions the thing action according to the data computation that described touch acquisition module collects;
Instruction fetch unit is used to obtain the pairing operational order of deliberate action that is complementary with described indication thing action;
Output unit, be used for when the touch operation reference position is positioned at described first area, export data that described touch acquisition module collects to CPU by described mainboard, when the touch operation reference position is positioned at described second area, export described operational order to CPU by described mainboard.
The embodiment of the invention has following beneficial effect:
In the embodiment of the invention, to have the input area that touches acquisition module and be divided into first area and second area, and be respectively applied for to touch and give directions operation and gesture operation, and by judging the touch operation reference position, and then select corresponding account form to calculate, therefore, as user when operate in a zone therein, perhaps coordinate is given directions in output, perhaps calculate gesture, and can not carry out two kinds of operations simultaneously, can avoid unnecessary computing, and then improve the utilization factor of computational resource and electric power resource.
And, therefore still can satisfy the requirement that touches input because these two zones are respectively applied for and give directions input and gesture input.
Simultaneously, only need carry out a kind of calculating of operation, so can improve the response speed that touches input owing to handle resource.
And in the mobile phone for the embodiment of the invention, because the user can be by beginning to carry out the calculating of gesture from the B zone, so the continuous slide of giving directions thing to carry out in the a-quadrant will inevitably reduce greatly, so reduced the unnecessary computing of CPU, improved the utilization factor of computational resource and electric power resource.
Description of drawings
Fig. 1 is the structural representation of the electronic equipment of the embodiment of the invention;
The data computation that Fig. 2 collects according to described touch acquisition module for CPU obtains indicating second result's who gives directions the thing action synoptic diagram;
Fig. 3 is the synoptic diagram of deliberate action;
Fig. 4 is for touching the relative position relation synoptic diagram of acquisition module and display screen;
Fig. 5 is the electronic equipment of second embodiment of the invention and the structural representation of touch input device;
Fig. 6 is the structural representation of processing module among second embodiment of the invention and the 3rd embodiment.
Embodiment
In the embodiment of the invention, to have the input area that touches acquisition module and be divided into first area and second area, be respectively applied for to touch and give directions operation and gesture operation, and by judging the touch operation reference position, and then select corresponding account form to calculate, when satisfying touch input requirement, avoid unnecessary computing, and then improve the utilization factor of computational resource and electric power resource.
The electronic equipment of the embodiment of the invention comprises:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Give directions the thing locating module, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
Processing module, be used for when described touch operation reference position is positioned at described first area, give directions first result of article coordinate according to the data computation indication that described touch acquisition module collects, when the touch operation reference position is positioned at described second area, second result that the data computation indication indication thing that collects according to described touch acquisition module moves.
In specific embodiments of the invention, this indication thing locating module and processing module can be the CPU of electronic equipment, also can be to connect the MCU (microcontroller) that touches acquisition module and mainboard, certainly can also serve as respectively by CPU and microcontroller, calculate the touch operation reference position as MCU, and with result notification CPU, by CPU according to this result, the data that receive are calculated, obtained giving directions article coordinate or gesture.
Below before two kinds of situations describe.
＜indication thing locating module and processing module are the CPU of electronic equipment 〉
As shown in Figure 1, when giving directions thing locating module and processing module to be the CPU of electronic equipment, electronic equipment comprises mainboard, is arranged at the CPU of described mainboard, also comprises:
Touch acquisition module with an input area is connected with described mainboard, is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Described CPU is used for determining the touch operation reference position according to the data that described touch acquisition module collects, and when the touch operation reference position is positioned at described first area, give directions first result of article coordinate according to the data computation indication that described touch acquisition module collects, when the touch operation reference position is positioned at described second area, second result that the data computation indication indication thing that collects according to described touch acquisition module moves.
Certainly, for making things convenient for application identification, then this CPU needs that also the action of this indication thing is converted to operational order and sends to application program.
Certainly, consider the lack of standard the when user carries out gesture output, in specific embodiments of the invention, further when the touch operation reference position is positioned at described second area, the data computation that CPU collects according to described touch acquisition module obtains indicating after second result who gives directions the thing action, can't directly send to application program, but should give directions the thing action to mate earlier, the pairing operational order of deliberate action that output and the action of described indication thing are complementary with deliberate action.
Illustrate as follows.
Suppose that current is that a software with the aid of pictures is in operation, the action that the action that the action that pre-defined indication thing slides to the right in the first area, indication thing slide left in the first area, indication thing are drawn a circle in the first area etc., these actions are all corresponding to the instruction of a running program, as the amplification of software with the aid of pictures, dwindle, jump to next pictures etc.
Suppose data computation that CPU collects according to described touch acquisition module obtain indicating give directions the thing action second result (just giving directions the movement locus of thing) as shown in Figure 2, and deliberate action comprises as shown in Figure 34 kinds, by carrying out matching operation, can determine the action of corresponding preset action to the right, i.e. the action of top-left position among Fig. 3 for sliding.
Then this deliberate action instruction corresponding being sent to application program gets final product.
In an embodiment of the present invention, this electronic equipment can be the electronic equipment with touch-screen, that is to say, this electronic equipment also comprises:
Display screen;
This touch acquisition module is positioned at the part and the stacked setting of described display screen of described first area.
Certainly, the part that this touch acquisition module is positioned at described second area also can with the stacked setting of display screen, when also can being the zone that is positioned at outside the described display screen.
But should be understood that, if touch part that acquisition module is positioned at described second area also can with the stacked setting of display screen, then but display screen and second area superposed part can not be provided with handle icon, as the icon of application icon, start menu, show desktop icons etc., but can show some inoperable icons, as LOGO etc.
As shown in Figure 4, among Fig. 4 in the structure on the left side, touch part and the stacked setting of described display screen that acquisition module is positioned at described first area, and second area is in the display screen periphery, and among Fig. 4 in the structure on the right, touch part and the stacked setting of described display screen that acquisition module is positioned at described first area, and second area also with the stacked setting of described display screen, but second area is positioned at the lower right corner of display screen, as long as display screen lower right corner part is not provided with executable icon.
In specific embodiments of the invention, this touch acquisition module can be following various structures:
Condenser type
According to capacitance induction principle, any conductive electrode and the earth or another conductor can form a group capacitor Cp, when people's finger or human body during near this capacitor Cp, the stray capacitance of human body will be coupled on the Cp two-plate, make the Cp value become big, whether human body is arranged near this capacitor Cp by measuring the change situation of Cp, can measuring.This electrod-array constitutes a coordinate system, when pointing at these array upper surface paddlings, capacitance on the corresponding electrode will change, carry out analytical calculation by situation of change to each electrode capacitance value, know that promptly the user points the coordinate figure at (finger or a plurality of finger) place, and the situation of change of coordinate.
Infrared ray
A circuit board housing is installed, circuit board arrange on screen four limits infrared transmitting tube and infrared receiving tube, the corresponding one by one infrared ray matrix that intersects anyhow that forms in the front of display.The user is when touch screen, and finger will block two infrared rays anyhow through this position, thereby can judge position and the movement locus of touch point at screen.
Resistance-type
A resistance film screen that cooperates very much with display surface is set, coats the transparent oxidized metal of two-layer OTI conductive layer on the tempered glass surface respectively.Utilize pressure sensitive to control.When the finger touch screen, two conductive layers has just had contact in the position, touch point, and resistance changes.On X and Y both direction, produce signal, detect this contact and calculate coordinate according to controller then, thereby can judge position and the movement locus of touch point at screen.
Certainly, this touch acquisition module can also adopt other mode to realize, but the implementation of touch acquisition module does not influence realization of the present invention, because the included zone of touch acquisition module that any way is realized all can be divided into two zones.
＜indication thing locating module and processing module are MCU 〉
This MCU is connected in and touches between acquisition module and the mainboard.
The electronic equipment of another embodiment of the present invention comprises a mainboard and the CPU that is arranged at mainboard, wherein, also comprises a touch input device, and as shown in Figure 5, described touch input device comprises:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Microcontroller, the data that are used for collecting according to described touch acquisition module are carried out positioning action, determine the touch operation reference position, and when the touch operation reference position is positioned at described first area, give directions first result of article coordinate according to the data computation indication that described touch acquisition module collects, and send to CPU by mainboard, when the touch operation reference position is positioned at described second area, indicate second result who gives directions the thing action according to the data computation that described touch acquisition module collects, and send to CPU by mainboard.
When this electronic equipment had a display screen, described touch acquisition module was positioned at the part and the stacked setting of described display screen of described first area.
And this microcontroller is as shown in Figure 6, specifically comprises as lower unit:
Give directions the thing positioning unit, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
The coordinate Calculation unit is used for when the touch operation reference position is positioned at described first area, gives directions article coordinate according to the data computation that described touch acquisition module collects;
The action computing unit is used for when the touch operation reference position is positioned at described second area, the result that the data computation indication indication thing that collects according to described touch acquisition module moves;
Instruction fetch unit is used to obtain the pairing operational order of deliberate action that is complementary with described indication thing action;
Output unit is used for by described mainboard described indication article coordinate or described operational order being sent to described CPU.
The embodiment of the invention also provides a kind of independent touch input device, is used for electronic equipment, and described electronic equipment has a mainboard and is arranged at the CPU of mainboard, and wherein, described touch input device comprises:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Microcontroller, the data that are used for collecting according to described touch acquisition module are carried out positioning action, determine the touch operation reference position, and when the touch operation reference position is positioned at described first area, give directions first result of article coordinate according to the data computation indication that described touch acquisition module collects, and send to CPU by mainboard, when the touch operation reference position is positioned at described second area, indicate second result who gives directions the thing action according to the data computation that described touch acquisition module collects, and send to CPU by mainboard.
When this electronic equipment had a display screen, described touch acquisition module was positioned at the part and the stacked setting of described display screen of described first area.
Simultaneously, in specific embodiments of the invention, owing to be to judge with the touch operation reference position, therefore, when the user carries out the gesture input operation, give directions thing to begin to slide from second area, stop until certain position in the first area, at this moment, the action computing unit can be given directions the result of thing action according to the data computation indication that described touch acquisition module collects, and obtains correct gesture.
And in the first area owing to only give directions operation, the situation of trans-regional operation then can not appear.
Application to the embodiment of the invention is illustrated below.
＜watch the sight of picture 〉
Suppose the pre-defined following gesture and the corresponding relation of instruction:
The gesture of Hua Donging is corresponding to " opening next pictures " to the right;
The gesture of Hua Donging is corresponding to " opening a last pictures " left;
Upwards the gesture of sliding is corresponding to " amplification photo current ";
To the gesture of lower slider corresponding to " dwindling photo current ";
When user's finger is positioned at the first area, CPU or MCU at first judge the zone at touch operation reference position place according to the data that collect, if in the first area, then CPU or MCU calculate and give directions article coordinate, if current indication article coordinate points to the icon of " deletion photo current ", then can carry out the operation of deletion photo current;
If at second area, then CPU or MCU then can suppose this movement locus for upwards sliding according to data computation one movement locus that collects, and then CPU or MCU can obtain the instruction of " amplification photo current ", send to application program by CPU at last, realize the amplification of picture.
The sight of＜online 〉
Suppose the pre-defined following gesture and the corresponding relation of instruction:
The gesture of Hua Donging is corresponding to " advancing " to the right;
The gesture of Hua Donging is corresponding to " retreating " left;
Upwards the gesture of sliding is corresponding to " closing ";
When user's finger is positioned at the first area, CPU or MCU at first judge the zone at touch operation reference position place according to the data that collect, if in the first area, then CPU or MCU calculate and give directions article coordinate, if the link of current indication coordinate points " AAAAAA " then can be opened " AAAAAA " link;
If at second area, then CPU or MCU then can suppose this movement locus for upwards sliding according to data computation one movement locus that collects, and then CPU or MCU can obtain " closing " instruction, send to application program by CPU at last, close current page.
Can find by above-mentioned description, under any one scene, all only need coordinates computed or gesture, can the two not carry out simultaneously, thus unnecessary computing can be avoided, and then improve the utilization factor of computational resource and electric power resource.
The mobile phone of the embodiment of the invention comprises a mainboard, is arranged at the CPU of mainboard and the display screen that is connected with described mainboard, wherein, also comprises:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Microcontroller, the data that are used for collecting according to described touch acquisition module are carried out positioning action, determine the touch operation reference position, and when the touch operation reference position is positioned at described first area, directly the data that described touch acquisition module is collected send to CPU by mainboard, and described CPU is handled described data; When the touch operation reference position is positioned at described second area, give directions the thing action according to the data computation that described touch acquisition module collects, obtain the pairing operational order of deliberate action that is complementary with described indication thing action, and send described operational order to CPU by described mainboard, make the described CPU operation corresponding with described operational order according to described operational order.
Described touch acquisition module is positioned at the part and the stacked setting of mobile phone display screen of described first area.
And this microcontroller specifically comprises as lower unit:
Give directions the thing positioning unit, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
The action computing unit is used for when the touch operation reference position is positioned at described second area, gives directions the thing action according to the data computation that described touch acquisition module collects;
Instruction fetch unit is used to obtain the pairing operational order of deliberate action that is complementary with described indication thing action;
Output unit, be used for when the touch operation reference position is positioned at described first area, export data that described touch acquisition module collects to CPU by described mainboard, when the touch operation reference position is positioned at described second area, export described operational order to CPU by described mainboard.
Above-mentioned mobile phone is described as follows.
The touch-screen of mobile phone is divided into A and two zones of B, when the user begins to operate from the a-quadrant, MCU is left intact to the data that collect, directly send to CPU, handle according to normal mode by CPU, and for the operation of user from the beginning of B zone, MCU is according to the data computation gesture that collects, and then after determining operational order according to the gesture of correspondence, operational order is sent to CPU.
Because the user can be by beginning to carry out the calculating of gesture from the B zone, so carrying out gesture operation in the a-quadrant, the user will inevitably reduce greatly, so touching the data that directly send to CPU in the data that acquisition module collected also can reduce, so reduced the unnecessary computing of CPU, improved the utilization factor of computational resource and electric power resource.
Describe for example,
Suppose the pre-defined following gesture and the corresponding relation of instruction:
Click the instruction at the main interface of corresponding calling mobile phone, with respect to pressing home button on the mobile phone
MCU at first judges the zone at touch operation reference position place according to the data that collect, if in the first area, MCU calculates and gives directions article coordinate, and described indication article coordinate sent to cpu, calculate the pairing operation of current indication article coordinate by cpu, for example, go out the icon of the pairing application program of this coordinate according to the coordinate Calculation of giving directions thing, and open this application program; Perhaps, calculate corresponding gesture,, and carry out this operation (under situation with the aid of pictures, the slip gesture correspondence of a direction is turned over the operation of photo) in the pairing operation in current application program of definite this gesture according to the movement locus of described indication thing one.
If at second area, MCU then can go out to be clicking operation according to the data computation that collects, and be defined as the instruction at the main interface of calling mobile phone according to described clicking operation, and the instruction at the main interface of described calling mobile phone sent to cpu, after CPU receives this instruction, according to the main interface and the demonstration of described instruction calls mobile phone.
Certainly, be understandable that the operating gesture of realizing can be diversified in second area.The operational order that different operating gestures is corresponding different as above in the example, is clicked the instruction (effect that promptly is equivalent to supress " home button " on the mobile phone is the same) at corresponding calling mobile phone master interface; And for example, draw corresponding shutdown command of circle or the like at second area.Can also be the corresponding operational order of multiple gesture, for example, any gesture of second area all corresponding be the instruction at the main interface of calling mobile phone, perhaps, any gesture of second area all corresponding be shutdown command or the like.
The above only is a preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (12)
1. an electronic equipment is characterized in that, comprising:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Give directions the thing locating module, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
Processing module, be used for when described touch operation reference position is positioned at described first area, give directions first result of article coordinate according to the data computation indication that described touch acquisition module collects, when the touch operation reference position is positioned at described second area, second result that the data computation indication indication thing that collects according to described touch acquisition module moves.
2. electronic equipment according to claim 1 is characterized in that, also comprises:
Display screen;
Touch part and the stacked setting of described display screen that acquisition module is positioned at described first area.
3. electronic equipment according to claim 1 and 2, it is characterized in that, also comprise mainboard and the CPU that is arranged at described mainboard, described indication thing locating module and described processing module are described CPU, described touch acquisition module is connected with described mainboard, by described mainboard the data that collect is sent to described CPU.
4. electronic equipment according to claim 3, it is characterized in that, when the described second area of touch operation reference position, second result of thing action is given directions in the data computation indication that described CPU specifically is used for collecting according to described touch acquisition module, and obtains the pairing operational order of deliberate action that is complementary with described indication thing action.
5. electronic equipment according to claim 1 and 2 is characterized in that, also comprises:
Mainboard and the CPU that is arranged at described mainboard, described indication thing locating module and described processing module are for being a microcontroller, described microcontroller is connected with described mainboard, by described mainboard described first result or second result is sent to described CPU.
6. electronic equipment according to claim 5 is characterized in that, described microcontroller specifically comprises:
Give directions the thing positioning unit, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
The coordinate Calculation unit is used for when the touch operation reference position is positioned at described first area, gives directions article coordinate according to the data computation that described touch acquisition module collects;
The action computing unit is used for when the touch operation reference position is positioned at described second area, the result that the data computation indication indication thing that collects according to described touch acquisition module moves;
Instruction fetch unit is used to obtain the pairing operational order of deliberate action that is complementary with described indication thing action;
Output unit is used for by described mainboard described indication article coordinate or described operational order being sent to described CPU.
7. a touch input device is used for electronic equipment, and described electronic equipment has a mainboard and is arranged at the CPU of mainboard, it is characterized in that described touch input device comprises:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Microcontroller, the data that are used for collecting according to described touch acquisition module are carried out positioning action, determine the touch operation reference position, and when the touch operation reference position is positioned at described first area, give directions first result of article coordinate according to the data computation indication that described touch acquisition module collects, and send to CPU by mainboard, when the touch operation reference position is positioned at described second area, indicate second result who gives directions the thing action according to the data computation that described touch acquisition module collects, and send to CPU by mainboard.
8. touch input device according to claim 7 is characterized in that, also comprises:
Display screen;
Touch part and the stacked setting of described display screen that acquisition module is positioned at described first area.
9. according to Claim 8 or 7 described touch input devices, it is characterized in that, comprise in the described microcontroller:
Give directions the thing positioning unit, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
The coordinate Calculation unit is used for when the touch operation reference position is positioned at described first area, gives directions article coordinate according to the data computation that described touch acquisition module collects;
The action computing unit is used for when the touch operation reference position is positioned at described second area, the result that the data computation indication indication thing that collects according to described touch acquisition module moves;
Instruction fetch unit is used to obtain the pairing operational order of deliberate action that is complementary with described indication thing action;
Output unit is used for by described mainboard described indication article coordinate or described operational order being sent to described CPU.
10. a mobile phone comprises a mainboard, is arranged at the CPU of mainboard and the display screen that is connected with described mainboard, it is characterized in that, also comprises:
Touch acquisition module with an input area is used for carrying out the touch acquisition operations; Described input area comprises first area and second area;
Microcontroller, the data that are used for collecting according to described touch acquisition module are carried out positioning action, determine the touch operation reference position, and when the touch operation reference position is positioned at described first area, directly the data that described touch acquisition module is collected send to CPU by mainboard, and described CPU is handled described data; When the touch operation reference position is positioned at described second area, give directions the thing action according to the data computation that described touch acquisition module collects, obtain the pairing operational order of deliberate action that is complementary with described indication thing action, and send described operational order to CPU by described mainboard, make described CPU according to the described operational order response operation corresponding with described operational order.
11. mobile phone according to claim 10 is characterized in that, described touch acquisition module is positioned at the part and the stacked setting of described display screen of described first area.
12., it is characterized in that described microcontroller specifically comprises as lower unit according to claim 10 or 11 described mobile phones:
Give directions the thing positioning unit, be used for determining the touch operation reference position according to the data that described touch acquisition module collects;
The action computing unit is used for when the touch operation reference position is positioned at described second area, gives directions the thing action according to the data computation that described touch acquisition module collects;
Instruction fetch unit is used to obtain the pairing operational order of deliberate action that is complementary with described indication thing action;
Output unit, be used for when the touch operation reference position is positioned at described first area, export data that described touch acquisition module collects to CPU by described mainboard, when the touch operation reference position is positioned at described second area, export described operational order to CPU by described mainboard.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910093821.3A CN102023735B (en) | 2009-09-21 | 2009-09-21 | A kind of touch input device, electronic equipment and mobile phone |
| PCT/CN2010/077192 WO2011032521A1 (en) | 2009-09-21 | 2010-09-21 | Electronic device and method, cell phone, program to achieve preset operation command thereof |
| US13/497,307 US9239678B2 (en) | 2009-09-21 | 2010-09-21 | Electronic device and method, cell phone, program to achieve preset operation command thereof |
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| CN102819331A (en) * | 2011-06-07 | 2012-12-12 | 联想(北京)有限公司 | Mobile terminal and touch input method thereof |
| WO2012167735A1 (en) * | 2011-06-07 | 2012-12-13 | 联想(北京)有限公司 | Electrical device, touch input method and control method |
| CN102833406A (en) * | 2012-08-16 | 2012-12-19 | 广东步步高电子工业有限公司 | Touch screen mobilephone capable of unlocking interface by page turning |
| CN103246382A (en) * | 2012-02-13 | 2013-08-14 | 联想(北京)有限公司 | Control method and electronic equipment |
| CN103257820A (en) * | 2012-02-20 | 2013-08-21 | 联想(北京)有限公司 | Control method and electronic device |
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| CN106445396A (en) * | 2012-03-12 | 2017-02-22 | 联想(北京)有限公司 | Touch screen inputting method and electronic equipment |
| CN106878464A (en) * | 2017-03-31 | 2017-06-20 | 努比亚技术有限公司 | A kind of document display method and device |
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| CN102833406A (en) * | 2012-08-16 | 2012-12-19 | 广东步步高电子工业有限公司 | Touch screen mobilephone capable of unlocking interface by page turning |
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