CN104636069A - Increment and decrement adjusting device and method for electronic system and electronic system - Google Patents
Increment and decrement adjusting device and method for electronic system and electronic system Download PDFInfo
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- CN104636069A CN104636069A CN201510053895.XA CN201510053895A CN104636069A CN 104636069 A CN104636069 A CN 104636069A CN 201510053895 A CN201510053895 A CN 201510053895A CN 104636069 A CN104636069 A CN 104636069A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
- G06F3/04883—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/451—Execution arrangements for user interfaces
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
- G06F2203/048—Indexing scheme relating to G06F3/048
- G06F2203/04803—Split screen, i.e. subdividing the display area or the window area into separate subareas
Abstract
The invention discloses an increment and decrement adjusting device for an electronic system. The increment and decrement adjusting device comprises a touch sensing module, a processing module, an increment and decrement control module and an LED control module. The processing module is used for processing the touch position and the touch gesture which are sensed by the touch sensing module, and thus touch coordinate information and touch gesture information are obtained; a user touch area is judged based on the touch coordinate information, and when it is judged that the user touch area is an increment and decrement adjusting area, a first control signal for adjusting the increment and decrement of the electronic system is generated according to the prestored first function relation among the touch coordinate information, the touch gesture information and the increment and the decrement; a second control signal used for adjusting the on-and-off of LED lamps is correspondingly generated according to the prestored second function relation among the touch coordinate information, the touch gesture information and the illumination modes of the LED lamps.
Description
Technical field
The present invention relates to electronic device field, particularly relate to a kind of increase and decrease quantity regulating device of electronic system, method and electronic system.
Background technology
Along with the progress of expanding economy, society, automobile has become the main vehicles of people.Meanwhile, automobile starts to become the popular consumer goods gradually, the consumer group of automobile is in continuous expansion, the requirement of consumer to automobile is also more and more higher, especially at the aspect of performance of automobile, therefore, the vehicle information terminal equipment (be also referred to as onboard system) relevant to automobile there has also been development space, and these onboard systems have brought a lot of convenience.Meanwhile, the progress of modern communications technology then makes that the function of onboard system is corresponding obtains more raising.
Onboard system, based on mobile communication and Internet technology, provides positional information in other personalized services such as interior security service and finance, reservation, commodity purchasings to automobile.In addition, mobile unit can provide navigation feature, transport information function, emergency function etc.And mobile unit can preserve the personal information such as SoundRec, directory.
Along with user is to the raising of automotive performance demand, increasing manufacturer starts to pay close attention to and is optimized onboard system, to provide the service of more property to user.Such as, driver on the run, especially when driver vehicle travels on its unfamiliar road, its relevant basic supplementary of mainly paying close attention to and drive a vehicle, in this case, the icon of membrane keyboard shown on the touch display screen of onboard system can be only relevant to the driving icon that predefine is good in advance, as: navigation icon, short message icon, the mail icon, GPRS icon, address list icon, point of interest icon etc.And when driver vehicle is on the road that it is familiar with; it is except needing to pay close attention to except basic supplementary relevant with driving in driving conditions; usually some information relevant with amusement are also needed; in this case; the icon of membrane keyboard shown on the touch display screen of onboard system can be the icon all relevant with amusement to driving that predefine is good in advance, as: navigation icon, short message icon, the mail icon, Multimedia Icon, address list icon etc.
But, control to be controlled by one group of hardware button or hardware knob to the volume of onboard system under driving pattern.First this classic method brings an a series of difficult problem to circuit, structure, appearance design, needs to reserve suitable position of sound production button, knob specially.And user in use also needs the position groping button.Therefore be not special convenience.
On the other hand, for the brightness regulation of the touch display screen of onboard system, software is often utilized to realize in user interface system, and at least just there will be in second-level menu, when user needs the content also needing to read over screen when changing brightness, through click, the selection of several times, could select and control the change of brightness, inconvenience very; Or automatically screen intensity is reduced by software set system when big light opening, although this mode is convenient, the two-stage that can only realize brightness regulates, and cannot realize multistage adjustment, driver may be caused to feel uncomfortable to screen intensity, and practicality is not high.
Summary of the invention
The object of the embodiment of the present invention is to provide a kind of increase and decrease quantity regulating device, can effectively by the increase and decrease amount of touch-screen real-time multi-stage adjustment System and the currency being carried out corresponding expression increase and decrease amount by the LED on dynamic adjustments touch-screen, easy to use and directly perceived.
Embodiments provide a kind of increase and decrease quantity regulating device of electronic system, comprise touch sensible module, processing module, increase and decrease amount control module and LED control module:
Described touch sensible module comprises the touch sensing interface touched for user, for responding to touch location and the touch gestures of user; Wherein, described touch sensing interface is provided with user interface viewing area and at least one increase and decrease amount control band, and described touch sensing interface is also provided with multiple LED;
The touch location that described processing module senses described touch sensible module and touch gestures process, and obtain touch coordinate information and touch gestures information; User touch area is judged based on described touch coordinate information, when judging that user touch area is increase and decrease amount control band, according to the first funtcional relationship of the touch coordinate information prestored, touch gestures information and increase and decrease amount, corresponding generation is for regulating the first control signal of the increase and decrease amount of electronic system; And according to the second funtcional relationship of the touch coordinate information prestored, touch gestures information and LED illumination mode, corresponding the second control signal generated for regulating described multiple LED light on and off;
Described increase and decrease amount control module regulates the increase and decrease amount of electronic system according to described first control signal correspondence;
Described LED control module regulates described multiple LED light on and off according to described second control signal correspondence, make described LED can follow the dynamic light on and off of touch gestures of user, and the degree of LED light on and off correspondence represents the currency of increase and decrease amount.
As the improvement of such scheme, described multiple LED is located on the LED region except user interface viewing area and increase and decrease amount control band on described touch sensing interface; Or described multiple LED is located on described increase and decrease amount control band.
As the improvement of such scheme, described processing module comprises receiving element, the first processing unit, the second processing unit, judging unit, the first control module, the second control module, the first transmitting element, the second transmitting element and the 3rd transmitting element, wherein:
Described receiving element is for the touch location that receives described touch sensible module and sense and touch gestures;
Described first processing unit, according to pre-setting and the coordinate figure that on the touch sensing interface stored, each position is corresponding, obtains the touch coordinate value that described touch location is corresponding, and this touch coordinate value is described touch coordinate information;
Described second processing unit is according to pre-setting and ID value corresponding to the user's gesture stored, and obtain the gesture ID value that described touch gestures is corresponding, this gesture ID value is described touch gestures information;
Described judging unit is based on coordinate figure corresponding to region each on the touch sensing interface prestored, judge that user touch location is positioned at user interface viewing area or increase and decrease amount control band, if user interface viewing area, then by the first transmitting element, described touch coordinate information is sent to graphical window Event Subsystem; If increase and decrease amount control band, then described touch coordinate information and touch gestures information are all sent to the first control module and the second control module;
Described first control module is used for the first funtcional relationship according to touch coordinate information, touch gestures information and the increase and decrease amount prestored, and corresponding generation is for regulating the first control signal of the increase and decrease amount of electronic system;
Described second control module is used for the second funtcional relationship according to touch coordinate information, touch gestures information and the LED illumination mode prestored, corresponding the second control signal generated for regulating described multiple LED light on and off;
Described second transmitting element is used for described first control signal to send to described increase and decrease amount control module;
Described 3rd transmitting element is used for described second control signal to send to described LED control module.
As the improvement of such scheme, increase and decrease amount control band described in each is used for the corresponding increase and decrease amount regulating a kind of electronic system, and the increase and decrease amount of described electronic system includes but not limited to the increase and decrease amount of the volume of electronic system, brightness or radio reception frequency.
As the improvement of such scheme, when described processing module judges that user touch area is user interface viewing area, send to graphical window Event Subsystem with backup system finishing man-machine interaction described touch coordinate information and touch gestures information.
As the improvement of such scheme, the touch gestures of described user includes but not limited to one or more combinations of click, slip, rotation, convergent-divergent gesture motion.
The embodiment of the present invention additionally provides a kind of increase and decrease amount adjustment method of electronic system, comprises step:
The touch location of induction user on touch sensing interface and touch gestures; Wherein, described touch sensing interface is provided with user interface viewing area and at least one increase and decrease amount control band, and described touch sensing interface is also provided with multiple LED;
The described touch location sensed and touch gestures are processed, obtains touch coordinate information and touch gestures information;
User touch area is judged based on described touch coordinate information;
When judging that user touch area is increase and decrease amount control band, according to the first funtcional relationship of the touch coordinate information prestored, touch gestures information and increase and decrease amount, the corresponding increase and decrease amount regulating electronic system; And according to the second funtcional relationship of the touch coordinate information prestored, touch gestures information and LED illumination mode, the described multiple LED light on and off of corresponding adjustment, make described LED can follow the dynamic light on and off of touch gestures of user, and the degree of LED light on and off correspondence represent the currency of increase and decrease amount.
As the improvement of such scheme, described multiple LED is located on the LED region except user interface viewing area and increase and decrease amount control band on described touch sensing interface; Or described multiple LED is located on described increase and decrease amount control band.
As the improvement of such scheme, described described touch location to sensing and touch gestures process, and the step obtaining touch coordinate information and touch gestures information specifically comprises:
According to pre-setting and the coordinate figure that on the touch sensing interface stored, each position is corresponding, obtain the touch coordinate value that described touch location is corresponding, this touch coordinate value is described touch coordinate information;
According to pre-setting and ID value corresponding to the user's gesture stored, obtain the gesture ID value that described touch gestures is corresponding, this gesture ID value is described touch gestures information.
As the improvement of such scheme, increase and decrease amount control band described in each is used for the corresponding increase and decrease amount regulating a kind of electronic system, and the increase and decrease amount of described electronic system includes but not limited to the increase and decrease amount of the volume of electronic system, brightness or radio reception frequency.
As the improvement of such scheme, when judging that user touch area is user interface viewing area, send to graphical window Event Subsystem with backup system finishing man-machine interaction described touch coordinate information and touch gestures information;
As the improvement of such scheme, the touch gestures of described user includes but not limited to one or more combinations of click, slip, rotation, convergent-divergent gesture motion.
The embodiment of the present invention additionally provides a kind of electronic system, comprises the increase and decrease quantity regulating device of electronic system as above, also comprises the output device carrying out corresponding increasing down-regulation according to described increase and decrease quantity regulating device.
As the improvement of such scheme, described output device includes but not limited to the backlight module of display, power amplifier, radio components and parts or loudspeaker.
As the improvement of such scheme, described electronic system includes but not limited to onboard system, cell phone system and PC system.
Compared with prior art, increase and decrease quantity regulating device and the method being applicable to onboard system isoelectronic series system disclosed by the invention, the touch coordinate information of user on touch sensing interface and touch gestures information is obtained by responding to and processing, user touch area is judged based on touch coordinate information, when judging that user touch area is increase and decrease amount control band, according to the first funtcional relationship of the touch coordinate information prestored, touch gestures information and increase and decrease amount, the corresponding increase and decrease amount regulating electronic system; And according to the second funtcional relationship of the touch coordinate information prestored, touch gestures information and LED illumination mode, the described multiple LED light on and off of corresponding adjustment, make described LED can follow the dynamic light on and off of touch gestures of user, and the degree of LED light on and off correspondence represent the currency of increase and decrease amount.Solve in prior art and adopt physical knob to realize or hide in the user interface, need could regulating through certain operation and causing complicated operation and inadequate problem intuitively.And implement this programme, user is by carrying out user's input to touch sensing interface click, slip, gesture operation, the i.e. increase and decrease amount of adjustable systems, and feed back to user by different display effects such as LED its light on and off bright-dark degree, breath lights, What You See Is What You Get, greatly reduce the operation complexity of user, and very directly perceived.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the increase and decrease quantity regulating device of a kind of electronic system in the embodiment of the present invention.
Fig. 2 is the structured flowchart of the processing module in the increase and decrease quantity regulating device of the electronic system shown in Fig. 1.
Fig. 3 is the structural representation of the touch sensing interface of the increase and decrease quantity regulating device of a kind of electronic system in the embodiment of the present invention.
Fig. 4 is the structural representation of the touch sensing interface of the increase and decrease quantity regulating device of another kind of electronic system in the embodiment of the present invention.
Fig. 5 is the schematic flow sheet of the increase and decrease amount adjustment method of a kind of electronic system in the embodiment of the present invention.
Fig. 6 is the structured flowchart of a kind of electronic system in the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
See Fig. 1, it is the structural representation of the increase and decrease quantity regulating device of a kind of electronic system that the embodiment of the present invention provides.Wherein, this increase and decrease quantity regulating device is applicable to as in the smart electronics systems such as onboard system, cell phone system and PC system, the currency of corresponding expression increase and decrease amount can be carried out by the increase and decrease amount of touch-screen real-time multi-stage adjustment System and by the LED on dynamic adjustments touch-screen, easy to use and directly perceived.This increase and decrease quantity regulating device comprises touch sensible module 10, processing module 20, increase and decrease amount control module 30 and LED control module 40, wherein:
Described touch sensible module 10 comprises the touch sensing interface (touch-screen) touched for user, for responding to touch location and the touch gestures of user; Wherein, described touch sensing interface is provided with user interface viewing area and at least one increase and decrease amount control band, and described touch sensing interface is also provided with multiple LED;
The touch location that described processing module 20 senses described touch sensible module 10 and touch gestures process, and obtain touch coordinate information and touch gestures information; User touch area is judged based on described touch coordinate information, when judging that user touch area is user interface viewing area, graphical window Event Subsystem (GWES) is sent to complete normal man-machine interaction with backup system described touch coordinate information and touch gestures information, such as, the user interface windows (UI window) corresponding to the operation such as click, slip of response desktop is generated; When judging that user touch area is increase and decrease amount control band, according to the first funtcional relationship of the touch coordinate information prestored, touch gestures information and increase and decrease amount, corresponding generation is for regulating the first control signal of the increase and decrease amount of electronic system; And according to the second funtcional relationship of the touch coordinate information prestored, touch gestures information and LED illumination mode, corresponding the second control signal generated for regulating described multiple LED light on and off; Described increase and decrease amount control module 30 regulates the increase and decrease amount of electronic system according to described first control signal correspondence;
Described LED control module 40 regulates described multiple LED light on and off according to described second control signal correspondence, make described LED can follow the dynamic light on and off of touch gestures of user, and the degree of LED light on and off correspondence represents the currency of increase and decrease amount.
In the present embodiment, after described touch sensible module 10 receives user's operation information, carry out communication by the communication modes such as I2C and described processing module 20, send to described processing module 20 so that user's operation information will be received.
Described processing module 20 carries out communication by I2C or other control modes and described increase and decrease amount control module 30 and LED control module 40, thus realizes controlling the increase and decrease amount of system, and controls LED, concrete:
Described increase and decrease amount control module 30 by PWM or other control modes increase and decrease amount to other output device output systems such as the backlight module of display, power amplifier, radio components and parts or loudspeaker, as the increase and decrease amount of the volume of system, brightness or radio reception frequency.In addition, other increase and decrease amounts such as speed, temperature, height of system can also be comprised;
Described LED control module 40 is controlled LED by PWM or other control modes.
In the present embodiment, one or more increase and decrease amount control band can be set on described touch sensing interface, increase and decrease amount control band described in each is used for the corresponding increase and decrease amount regulating a kind of electronic system, and the increase and decrease amount of described electronic system includes but not limited to the increase and decrease amount of the volume of electronic system, brightness or radio reception frequency.
In addition, described first funtcional relationship and the second funtcional relationship can be highly self-defined by user.
With reference to figure 2, described processing module 20 specifically comprises receiving element 21, first processing unit 22, second processing unit 23, judging unit 24, first control module 25, second control module 26, first transmitting element 27, second transmitting element 28 and the 3rd transmitting element 29, wherein:
Described receiving element 21 is for the touch location that receives described touch sensible module and sense and touch gestures;
Described first processing unit 22, according to pre-setting and the coordinate figure that on the touch sensing interface stored, each position is corresponding, obtains the touch coordinate value that described touch location is corresponding, and this touch coordinate value is described touch coordinate information;
Understandable, describedly to pre-set and the coordinate figure that on the touch sensing interface stored, each position is corresponding, can be as a reference point (such as with any point on touch sensing interface, initial point) build coordinate system, thus obtain relative coordinate values corresponding to each position on touch sensing interface.
Described second processing unit 23 is according to pre-setting and ID value corresponding to the user's gesture stored, and obtain the gesture ID value that described touch gestures is corresponding, this gesture ID value is described touch gestures information;
Described judging unit 24 is based on coordinate figure corresponding to region each on the touch sensing interface prestored, judge that user touch location is positioned at user interface viewing area or increase and decrease amount control band, if user interface viewing area, then by described first transmitting element 27, described touch coordinate information is sent to graphical window Event Subsystem; If increase and decrease amount control band, then described touch coordinate information and touch gestures information are all sent to the first control module 25 and the second control module 26;
Described first control module 25 is for the first funtcional relationship according to the touch coordinate information, touch gestures information and the increase and decrease amount that prestore, and corresponding generation is for regulating the first control signal of the increase and decrease amount of electronic system;
Described second control module 26 is for the second funtcional relationship according to the touch coordinate information, touch gestures information and the LED illumination mode that prestore, and correspondence generates the second control signal for regulating described multiple LED light on and off;
Described second transmitting element 28 is for sending to described increase and decrease amount control module by described first control signal;
Described 3rd transmitting element 29 is for sending to described LED control module by described second control signal.
Understandable, described processing module 20 has also prestored the coordinate figure described in each corresponding to LED, and generates described second control signal of corresponding each LED light on and off of adjustment according to this coordinate figure.
In the present embodiment, described multiple LED can be located on described touch sensing interface the LED region except user interface viewing area and increase and decrease amount control band on (with reference to figure 4); Or described multiple LED can be located on described increase and decrease amount control band (with reference to figure 3).
In the present embodiment, described processing module 20 is signal processors, data message for obtaining touch sensible module carries out analytic operation, thus determine the variation track of the touch location that user points and touch location, and calculate the curve shape of track according to multiple tracing point, such as annular, straight line etc.; In the register or buffer memory of processing module 20, prestore coordinate figure corresponding to each position on touch sensing interface and ID value corresponding to user's gesture, thus analyzing and processing obtains corresponding touch coordinate information and touch gestures information.And in the register or buffer memory of processing module 20, prestore the first funtcional relationship of touch coordinate information, touch gestures information and increase and decrease amount and the second funtcional relationship of touch coordinate information, touch gestures information and LED illumination mode, such as finger sliding track is straight line, and the length of straight line and pre-set standard length are compared the foundation increased and decreased as regulable control amount; Such as sliding trace is circular arc, the circular arc number of degrees and 360 degree or 180 degree is compared, as the foundation of regulable control increase and decrease amount and the foundation of adjustment LED light on and off.
Wherein, processing module 20 both can be general processor, the standard processor of such as conventional in electrical engineering ARM or MIPS system, also can be DSP, the i.e. special processor with specific simple function developed for this purposes, preferably general processor, facilitates the later stage to need to expand the function of contact panel according to difference.
In addition, in order to respond to user's finger event trace different on touch sensing interface, described touch sensible module can be one piece of overall electrode with capacitive property covering the touch sensing interface back side, concrete, algorithm capacity effect being converted to geometric coordinate is this area comparative maturity, therefore omits description.But this structure is too complicated, production cost is very high, therefore, and preferably following several structure:
1, described touch sensible module is made up of multiple electrode arranged in parallel, especially strip electrode, when this kind of structure is straight line in particular for being finger sliding track when touch operation mode, in this operation, processing module 20 only needs the capacitance variations of collection three points can determine the glide direction pointed, and the capacitance namely only reading a dimension must change and can determine.
2, described touch sensible module is made up of multiple electrode groups in the same plane.Adopt this kind of structure, touch precision higher, be particularly useful for the situation that sliding trace is circle, arc or other arbitrary curves, concrete, comprise following several mode:
Mode one: described touch sensible module is made up of multiple electrode groups in the same plane, each electrode group comprises the first electrode and the second electrode, first electrode and the arrangement of the second electrode crossing, described first electrode includes a reference part, has multiple outshot projected upwards perpendicular to reference part at reference part; Described second electrode includes a reference part, has multiple outshot be extruded with perpendicular to reference part downwards at reference part; The outshot of described first electrode and the outshot of the second electrode are staggered.
Mode two: described touch sensible module is made up of multiple electrode groups in the same plane, each electrode group comprises the first electrode and the second electrode, first electrode and the arrangement of the second electrode crossing, described first electrode and the second electrode are cross electrode, and four arms of the first electrode are staggered with four arms of the second electrode and do not overlap mutually.
Adopt said structure, capacity effect is produced during this touch sensing interface of finger touch, by detecting first, the contact capacitance value of the second electrode changes, the positional value that hand touches can be determined after being calculated by the first processing unit of processing module 20, and coordinate figure touch sensing interface being pointed touch point can be converted into thus, and by the second processing unit of processing module 20, Function Fitting is carried out to the position of multiple coordinate points, can determine that user points the glide direction of shape and the finger marked on touch sensing interface, thus can as concrete adjustment increase and decrease amount and the foundation regulating LED light on and off to judge.
Wherein, as a kind of implementation comparatively simplified of said structure, described touch sensible module can the white conductive thin slice (such as annular, square etc. geometric configuration) of multiple small size as induction electrode, wherein induction electrode can realize with circuit board Copper Foil, also FPC flexible circuit board can be adopted, ITO etches, ORGACON prints, silver lacquer print brush, graphite (CARBON) printing waits conductive materials to realize, and adopts multiple such electrode to build one group of induction electrode as sensing unit to realize slip touch function.
Its concrete algorithm principle is similar to the above, only needs the foundation that the glide direction detecting user's finger in one direction can it can be used as concrete adjustment increase and decrease amount and LED light on and off to judge.
In addition, in order to improve touch precision, in above-mentioned three-dimensional system of coordinate, can the coordinate of multiple touch point (namely caving in) be combined as the basis for estimation to position of touch, such as with adjacent ten coordinate points for foundation, when ten depressions all occur as really effectively there occurs touching herein, in order to avoid owing to accidentally touching the erroneous judgement occurring causing.
With reference to figure 3, it is the instantiation structural representation of the touch sensing interface of the increase and decrease quantity regulating device of a kind of electronic system in the embodiment of the present invention.On the touch sensing interface of the increase and decrease quantity regulating device of the electronic system of this example, setting the right and left (such as, about 2cm) region of length is respectively system sound volume control band 101 and system brightness control band 102, and the region between system sound volume control band 101 and system brightness control band 102 is user interface viewing area 103.In addition, the system sound volume control band 101 in left side arranges row's LED 110 (comprising LED0, LED1, LED2, LED3 ~ LEDn), its light on and off/bright-dark degree represents current volume value, the system brightness control band 102 on right side is arranged another row's LED 120 (comprising LED0, LED1, LED2, LED3 ~ LEDn), its light on and off/bright-dark degree represents then expression current system brightness value.Setting is when user slides up and down (as shown by arrows in FIG.) in two side areas, and the LED of two rows can be followed user's finger trace and be done dynamic change.
Understandable, the region that the right and left shown in Fig. 3 is about 2cm length also can set the control band as other increase and decrease amount of regulating system, can be pre-set by user.
Understandable, in Fig. 3, also can by user preset user input adjustment gesture corresponding to adjustment result (comprising the light on and off of system increase and decrease amount and LED), wherein, the adjustment gesture of user's input can comprise click, slip, rotate or one or more combinations in convergent-divergent gesture motion.
In addition, it is also understood that, the described LED of the present embodiment can not arrange on increase and decrease amount control band 101, but be arranged on the LED region 104 except user interface viewing area 103 and increase and decrease amount control band 101 be located on described touch sensing interface, as shown in Figure 4, row's LED 140 (comprising LED0, LED1, LED2, LED3 ~ LEDn) is located on LED region 104.
With reference to figure 5, it is the schematic flow sheet of the increase and decrease amount adjustment method of a kind of electronic system in the embodiment of the present invention.The method comprising the steps of:
S1, the touch location of induction user on touch sensing interface and touch gestures; Wherein, described touch sensing interface is provided with user interface viewing area and at least one increase and decrease amount control band, and described touch sensing interface is also provided with multiple LED;
S2, the described touch location sensed and touch gestures to be processed, obtain touch coordinate information and touch gestures information;
S3, judge user touch area based on described touch coordinate information;
S4, when judging that user touch area is user interface viewing area, send to graphical window Event Subsystem with backup system finishing man-machine interaction described touch coordinate information and touch gestures information;
S5, when judging that user touch area is increase and decrease amount control band, according to the first funtcional relationship of the touch coordinate information prestored, touch gestures information and increase and decrease amount, the corresponding increase and decrease amount regulating electronic system; And according to the second funtcional relationship of the touch coordinate information prestored, touch gestures information and LED illumination mode, the described multiple LED light on and off of corresponding adjustment, make described LED can follow the dynamic light on and off of touch gestures of user, and the degree of LED light on and off correspondence represent the currency of increase and decrease amount.
Wherein, described step S2 obtains described touch coordinate information and touch gestures information by following steps:
Step one, basis pre-sets and the coordinate figure that on the touch sensing interface stored, each position is corresponding, obtains the touch coordinate value that described touch location is corresponding, and this touch coordinate value is described touch coordinate information;
Step 2, according to pre-setting and ID value corresponding to the user's gesture stored, obtain the gesture ID value that described touch gestures is corresponding, this gesture ID value is described touch gestures information.
Wherein, described multiple LED is located on the LED region except user interface viewing area and increase and decrease amount control band on described touch sensing interface; Or described multiple LED is located on described increase and decrease amount control band.
Wherein, increase and decrease amount control band described in each is used for the corresponding increase and decrease amount regulating a kind of electronic system, and the increase and decrease amount of described electronic system includes but not limited to the increase and decrease amount of the volume of electronic system, brightness or radio reception frequency.
In the present embodiment, described first funtcional relationship and the second funtcional relationship can be set by the user.The touch gestures of described user includes but not limited to one or more combinations of the gesture motion such as click, slip, rotation, convergent-divergent.
With reference to figure 6, the embodiment of the present invention additionally provides a kind of electronic system, comprises the increase and decrease quantity regulating device 201 of electronic system as described in Figure 1 and can carry out the output device 202 of corresponding increasing down-regulation according to described increase and decrease quantity regulating device 201.Wherein, described output device 202 includes but not limited to the backlight module of display, power amplifier, radio components and parts or loudspeaker.
Understandable, the described electronic system in the present embodiment includes but not limited to onboard system, cell phone system and PC system.
In sum, increase and decrease quantity regulating device and the method being applicable to onboard system isoelectronic series system disclosed by the invention, the touch coordinate information of user on touch sensing interface and touch gestures information is obtained by responding to and processing, user touch area is judged based on touch coordinate information, when judging that user touch area is user interface viewing area, send to graphical window Event Subsystem with backup system finishing man-machine interaction described touch coordinate information and touch gestures information; When judging that user touch area is increase and decrease amount control band, according to the first funtcional relationship of the touch coordinate information prestored, touch gestures information and increase and decrease amount, the corresponding increase and decrease amount regulating electronic system; And according to the second funtcional relationship of the touch coordinate information prestored, touch gestures information and LED illumination mode, the described multiple LED light on and off of corresponding adjustment, make described LED can follow the dynamic light on and off of touch gestures of user, and the degree of LED light on and off correspondence represent the currency of increase and decrease amount.Solve in prior art and adopt physical knob to realize or hide in the user interface, need could regulating through certain operation and causing complicated operation and inadequate problem intuitively.And implement this programme, user is by carrying out user's input to touch sensing interface click, slip, gesture operation, the i.e. increase and decrease amount of adjustable systems, and feed back to user by LED its light on and off/different display effects such as bright-dark degree, breath light, What You See Is What You Get, greatly reduce the operation complexity of user, and very directly perceived.
The above is the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications are also considered as protection scope of the present invention.
Claims (15)
1. an increase and decrease quantity regulating device for electronic system, is characterized in that, comprises touch sensible module, processing module, increase and decrease amount control module and LED control module:
Described touch sensible module comprises the touch sensing interface touched for user, for responding to touch location and the touch gestures of user; Wherein, described touch sensing interface is provided with user interface viewing area and at least one increase and decrease amount control band, and described touch sensing interface is also provided with multiple LED;
The touch location that described processing module senses described touch sensible module and touch gestures process, and obtain touch coordinate information and touch gestures information; User touch area is judged based on described touch coordinate information, when judging that user touch area is increase and decrease amount control band, according to the first funtcional relationship of the touch coordinate information prestored, touch gestures information and increase and decrease amount, corresponding generation is for regulating the first control signal of the increase and decrease amount of electronic system; And according to the second funtcional relationship of the touch coordinate information prestored, touch gestures information and LED illumination mode, corresponding the second control signal generated for regulating described multiple LED light on and off;
Described increase and decrease amount control module regulates the increase and decrease amount of electronic system according to described first control signal correspondence;
Described LED control module regulates described multiple LED light on and off according to described second control signal correspondence, make described LED can follow the dynamic light on and off of touch gestures of user, and the degree of LED light on and off correspondence represents the currency of increase and decrease amount.
2. the increase and decrease quantity regulating device of electronic system as claimed in claim 1, it is characterized in that, described multiple LED is located on the LED region except user interface viewing area and increase and decrease amount control band on described touch sensing interface; Or described multiple LED is located on described increase and decrease amount control band.
3. the increase and decrease quantity regulating device of electronic system as claimed in claim 1, it is characterized in that, described processing module comprises receiving element, the first processing unit, the second processing unit, judging unit, the first control module, the second control module, the first transmitting element, the second transmitting element and the 3rd transmitting element, wherein:
Described receiving element is for the touch location that receives described touch sensible module and sense and touch gestures;
Described first processing unit, according to pre-setting and the coordinate figure that on the touch sensing interface stored, each position is corresponding, obtains the touch coordinate value that described touch location is corresponding, and this touch coordinate value is described touch coordinate information;
Described second processing unit is according to pre-setting and ID value corresponding to the user's gesture stored, and obtain the gesture ID value that described touch gestures is corresponding, this gesture ID value is described touch gestures information;
Described judging unit is based on coordinate figure corresponding to region each on the touch sensing interface prestored, judge that user touch location is positioned at user interface viewing area or increase and decrease amount control band, if user interface viewing area, then by the first transmitting element, described touch coordinate information is sent to graphical window Event Subsystem; If increase and decrease amount control band, then described touch coordinate information and touch gestures information are all sent to the first control module and the second control module;
Described first control module is used for the first funtcional relationship according to touch coordinate information, touch gestures information and the increase and decrease amount prestored, and corresponding generation is for regulating the first control signal of the increase and decrease amount of electronic system;
Described second control module is used for the second funtcional relationship according to touch coordinate information, touch gestures information and the LED illumination mode prestored, corresponding the second control signal generated for regulating described multiple LED light on and off;
Described second transmitting element is used for described first control signal to send to described increase and decrease amount control module;
Described 3rd transmitting element is used for described second control signal to send to described LED control module.
4. the increase and decrease quantity regulating device of electronic system as claimed in claim 1, it is characterized in that, increase and decrease amount control band described in each is used for the corresponding increase and decrease amount regulating a kind of electronic system, and the increase and decrease amount of described electronic system comprises the increase and decrease amount of the volume of electronic system, brightness or radio reception frequency.
5. the increase and decrease quantity regulating device of electronic system as claimed in claim 1, it is characterized in that, when described processing module judges that user touch area is user interface viewing area, send to graphical window Event Subsystem with backup system finishing man-machine interaction described touch coordinate information and touch gestures information.
6. the increase and decrease quantity regulating device of electronic system as claimed in claim 1, is characterized in that, the touch gestures of described user comprises one or more combinations of click, slip, rotation, convergent-divergent gesture motion.
7. an increase and decrease amount adjustment method for electronic system, is characterized in that, comprise step:
The touch location of induction user on touch sensing interface and touch gestures; Wherein, described touch sensing interface is provided with user interface viewing area and at least one increase and decrease amount control band, and described touch sensing interface is also provided with multiple LED;
The described touch location sensed and touch gestures are processed, obtains touch coordinate information and touch gestures information;
User touch area is judged based on described touch coordinate information;
When judging that user touch area is increase and decrease amount control band, according to the first funtcional relationship of the touch coordinate information prestored, touch gestures information and increase and decrease amount, the corresponding increase and decrease amount regulating electronic system; And according to the second funtcional relationship of the touch coordinate information prestored, touch gestures information and LED illumination mode, the described multiple LED light on and off of corresponding adjustment, make described LED can follow the dynamic light on and off of touch gestures of user, and the degree of LED light on and off correspondence represent the currency of increase and decrease amount.
8. the increase and decrease amount adjustment method of electronic system as claimed in claim 7, it is characterized in that, described multiple LED is located on the LED region except user interface viewing area and increase and decrease amount control band on described touch sensing interface; Or described multiple LED is located on described increase and decrease amount control band.
9. the increase and decrease amount adjustment method of electronic system as claimed in claim 7, is characterized in that, described described touch location to sensing and touch gestures process, and the step obtaining touch coordinate information and touch gestures information specifically comprises:
According to pre-setting and the coordinate figure that on the touch sensing interface stored, each position is corresponding, obtain the touch coordinate value that described touch location is corresponding, this touch coordinate value is described touch coordinate information;
According to pre-setting and ID value corresponding to the user's gesture stored, obtain the gesture ID value that described touch gestures is corresponding, this gesture ID value is described touch gestures information.
10. the increase and decrease amount adjustment method of electronic system as claimed in claim 7, it is characterized in that, increase and decrease amount control band described in each is used for the corresponding increase and decrease amount regulating a kind of electronic system, and the increase and decrease amount of described electronic system comprises the increase and decrease amount of the volume of electronic system, brightness or radio reception frequency.
The increase and decrease amount adjustment method of 11. electronic systems as claimed in claim 7, it is characterized in that, when judging that user touch area is user interface viewing area, send to graphical window Event Subsystem with backup system finishing man-machine interaction described touch coordinate information and touch gestures information.
The increase and decrease amount adjustment method of 12. electronic systems as claimed in claim 7, is characterized in that, the touch gestures of described user comprises one or more combinations of click, slip, rotation, convergent-divergent gesture motion.
13. 1 kinds of electronic systems, is characterized in that, comprise the increase and decrease quantity regulating device of the electronic system as described in any one of claim 1 ~ 6, also comprise the output device carrying out corresponding increasing down-regulation according to described increase and decrease quantity regulating device.
14. electronic systems as claimed in claim 13, is characterized in that, described output device comprises the backlight module of display, power amplifier, radio components and parts or loudspeaker.
15. electronic systems as claimed in claim 13, it is characterized in that, described electronic system comprises onboard system, cell phone system and PC system.
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