CN109739389A - Method and system for dynamically adjusting response area of touch screen and intelligent terminal - Google Patents
Method and system for dynamically adjusting response area of touch screen and intelligent terminal Download PDFInfo
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Abstract
The invention relates to the technical field of display screens, in particular to a method and a system for dynamically adjusting a response area of a touch screen and an intelligent terminal. The method comprises the following steps: identifying a non-touch response area of a current interface of a touch screen; and stopping the electrode of the non-touch response area by the touch screen driving chip, closing the output/input functions of the driving interface and the sensing interface corresponding to the non-touch response area, no longer detecting and reporting data, and entering a sleep mode. Under different UI interfaces, touch data of partial areas are submitted to the host computer but the host computer does not respond, and the electrodes of the areas corresponding to the invalid data under the current UI interface are powered down, so that redundant transmission and redundant calculation of the host computer are avoided, and host computer resources are saved; meanwhile, the screen is under the set UI interface, full-screen detection is not needed on the touch screen, power consumption is reduced, the standby time of the intelligent terminal is prolonged, and user experience is greatly improved.
Description
Technical field
The present invention relates to display screen technology fields, and in particular to a kind of method of dynamic adjustment touch screen response region is
System and intelligent terminal.
Background technique
With the development of science and technology, intelligent terminal becomes the electronic equipment for integrating communications and entertainment.Intelligent terminal (such as hand
Machine, tablet computer) it plays an increasingly important role in people's daily life, use the user of the intelligent terminals such as mobile phone
It is more and more, the figure of smart phone is seen everywhere in people's lives.People carry out speech exchange, text by smart phone
Exchange, consumption, amusement even work, it may be said that smart phone has become the indispensable tool of the modern life.
Wherein, in order to allow user more easily to manipulate intelligent terminal, many intelligent terminals all have additional touch panel,
Or other are available for users to the mode of input operation trace, to provide user's input operated by touch panel
The operation of means, these touch panels has single contact, also has multifinger, but these touch control manners all have power consumption
Measure more situation.The principal element of its power consumption is number of scans and the time of touch control capacitance IC, therefore, how to improve touch-control
The scanning speed and mode of capacitor IC is a key.
Touch panel is waited in operation, reports touch event data to host.Host obtains and handles these information, rings
Wherein necessary operation is answered, there is good usage experience.The mode of this interaction, establish on the basis of following: host can be right
The current interface UI carries out region division, is divided into touch-control response region and non-response region, and response region can be embedded in function triggering
Button or redirected link；Touch screen detects the touch event of a certain position, and coordinate position and event are reported to host；Host
Compare the position data that touch screen reports, according to whether the interface UI touch-control response region or non-response region is fallen into, decides whether to touch
It sends out and jumps, refresh and apply the interface UI.
Above-mentioned touch panel detecting needs to open driving and induction electrode all in entire display area, keeps work
State.There are problems that two during this: screen under the set interface UI, partial region touch data submit to host but
Host is simultaneously not responding to, these invalid data redundant transmissions and master redundancy calculate, and wastes the resource of host；Meanwhile screen was both
Under the fixed interface UI, touch screen does not need to carry out full frame detecting, opens all electrodes, increases power consumption, leads to the electricity of intelligent terminal
The waste etc. of amount, reduces the experience effect of user, influences use feeling.
Summary of the invention
For the present invention in order to solve screen under the set interface UI, touch screen carries out full frame detecting, opens all electrodes, increases
It the problem of power consumption leads to the waste of the electricity of intelligent terminal, reduces the experience effect of user, influence use feeling, provides
A kind of method, system and the intelligent terminal of dynamic adjustment touch screen response region.
In order to solve the above-mentioned technical problem, the embodiment of the present invention adopts the following technical scheme that
On the one hand, the embodiment of the invention provides a kind of method of dynamic adjustment touch screen response region, the method packets
It includes:
Identification the non-touch of touch screen current interface touches response region；
The touch screen driving chip stops working the electrode of the non-touch-control response region, described non-touch to touch response area
Driving interface corresponding to domain and the input/output function of induction interface are closed.
Further, the touch screen driving chip obtains the non-touch driving channel for touching response region on touch screen
Location information and induction channels location information, according to the driving channel position information and the lookup of induction channels location information
It is non-touch to touch driving interface corresponding to response region and induction interface.
Further, the non-touch response region that touches includes the region without insertion link in current interface.
Further, it identifies the non-touch when touching response region of touch screen current interface, scans the control of the current interface
Information determines the region without insertion link in current interface, and driving of the region without insertion link on touch screen is led to
Road location information and induction channels location information are sent to touch screen driving chip.
Further, there are coordinate set data corresponding with driving interface and induction interface in the driving chip, it is described
The mapping of the driving channel position information and induction channels location information of coordinate set data and touch screen.
Further, the coordinate set data include driving channel position information and induction channels position all on touch screen
Confidence ceases corresponding mapping.
Second aspect, the embodiment of the invention also provides a kind of system of dynamic adjustment touch screen response region, the systems
System includes:
Identification module, the non-touch of touch screen current interface touches response region for identification；
Touch screen driving chip, for the electrode of the non-touch-control response region to stop working, the non-touch rattling is answered
Driving interface corresponding to region and the input/output function of induction interface are closed.
Further, the touch screen driving chip includes that channel obtains module, described non-touch touches response area for obtaining
Driving channel position information and induction channels location information of the domain on touch screen, according to the driving channel position information and sense
Answer channel position information search it is described it is non-touch touch driving interface corresponding to response region and induction interface.
Further, the identification module includes scanning element, and the control information for scanning the current interface obtains
The non-touch region without insertion link touched in response region of current interface, and by the region without insertion link on touch screen
Driving channel position information and induction channels location information be sent to touch screen driving chip.
Further, the touch screen driving chip includes data cell, for storing and driving interface and induction interface
Corresponding coordinate set data, the driving channel position information and induction channels location information of the coordinate set data and touch screen reflect
It penetrates.
The third aspect, the embodiment of the invention also provides a kind of intelligent terminal, the intelligent terminal uses above-mentioned dynamic
The method for adjusting touch screen response region.
Fourth aspect, the embodiment of the invention also provides a kind of intelligent terminal, the intelligent terminal is equipped with above-mentioned move
The system of state adjustment touch screen response region.
Method, system and the intelligent terminal of a kind of dynamic adjustment touch screen response region of the invention have below beneficial to effect
Fruit: identification the non-touch of touch screen current interface touches response region；The electrode of non-touch-control response region described in touch screen driving chip
It stops working, the non-touch input/output function of touching driving interface corresponding to response region and incude interface is closed, no longer
Detecting and reported data, into suspend mode.Screen under the different interfaces UI, partial region touch data submit to host but
Host is simultaneously not responding to, by the electrode power down in the corresponding region of these invalid datas under the current interface UI, avoid redundant transmission and
Master redundancy calculates, and saves host resource；Meanwhile screen, under the set interface UI, touch screen does not need to carry out full frame detecting,
Power consumption is reduced, intelligent terminal stand-by time is extended, substantially increases user experience.
Detailed description of the invention
Fig. 1 is a kind of flow chart of the method for dynamic adjustment touch screen response region in the present invention；
Fig. 2 is the schematic diagram for driving channel position and induction channels position in the present invention in a kind of driving chip；
Fig. 3 is a kind of schematic diagram of UI interface zone in the present invention；
Fig. 4 is a kind of schematic diagram of the system of dynamic adjustment touch screen response region in the present invention.
Specific embodiment
Technical solution in the embodiment of the present invention that following will be combined with the drawings in the embodiments of the present invention carries out clear, complete
Description, it should be understood that described herein specific examples are only used to explain the present invention, is not intended to limit the present invention.
As shown in connection with fig. 1, the embodiment of the invention discloses the methods and intelligence of a kind of dynamic adjustment touch screen response region
Terminal, the intelligent terminal have touching screen, and can be realized dynamic adjustment touch screen response region method it is all
Details, the intelligent terminal include one of mobile phone, tablet computer, television set, refrigerator, computer, air-conditioning, washing machine or more
Kind；
The method of dynamic adjustment touch screen response region includes:
S1: the driving channel position information and induction channels location information of the touch screen are obtained；
Touch screen at work, obtains the driving channel information and induction channels information of the touch screen, reports touch-control thing
Number of packages is according to host；The driving channel information and induction channels information include the driving channel coordinate information and induction channels
Coordinate information；Host obtains and handles these information, responds wherein necessary operation, driving channel on each piece of touch screen and
Induction channels position be it is fixed, have in the driving chip of touch screen and driving interface and the corresponding coordinate set number of induction interface
According to driving channel position information and induction channels the location information mapping of the coordinate set data and touch screen；The coordinate set
Data include driving channel position information and the corresponding mapping of induction channels location information all on touch screen；As shown in Fig. 2,
The coordinate set range of driving interface is T in the driving chip of the touch screen0To Tm, the coordinate set range for incuding interface is R0It arrives
Rn；
S2: identification the non-touch of touch screen current interface touches response region；
As shown in figure 3, host can carry out region division to the current interface UI, it is divided into touch-control response region and non-response area
Domain, response region can be embedded in function trigger button or redirected link；Touch screen detects the touch event of a certain position, by coordinate
Position and touch event are reported to host；Whether host compares the position data that touch screen reports, fall into according to the touch event
The interface UI touch-control response region or non-response region decide whether that triggering jumps or refresh the interface current application UI；
The non-touch response region that touches includes the region without insertion link in current interface；Scan the control of the current interface
Part information determines the region without insertion link in current interface, and the driving by the region without insertion link on touch screen
Channel position information and induction channels location information are sent to touch screen driving chip；As shown in Fig. 2, described current by scanning
The control information at interface determines the region without insertion link in current interface, the region without insertion link in the current interface
Driving coordinate set data corresponding to channel position information and induction channels location information is { 0 < x < a, T0<y<T2, host by this
Data are sent to touch screen driving chip；
S3: touch screen driving chip stops working the electrode of the non-touch-control response region, described non-touch to touch response area
Driving interface corresponding to domain and the input/output function of induction interface are closed；
The touch screen driving chip obtains the non-touch driving channel position information for touching response region on touch screen
With induction channels location information, the non-touch rattling is searched according to the driving channel position information and induction channels location information
Answer driving interface corresponding to region and induction interface；As shown in Fig. 2, the region that host will link in the current interface without insertion
Driving channel position information and induction channels location information corresponding to coordinate set data { 0 < x < a, T0<y<T2It is sent to touching
Control screen driving chip；Touch screen driving chip will stop working after the electrode power down of the non-touch-control response region, realizes and corresponds to
The power down of electrode, the non-touch input/output function of touching driving interface corresponding to response region and incude interface are closed, no longer
Detecting and reported data, into suspend mode；
For host when being switched to the new interface UI, repeatedly the step of above-mentioned S1 to S3, realizes dynamic adjustment touch screen sense
Answer region.
Referring to shown in Fig. 4, the embodiment of the invention discloses the systems and intelligence of a kind of dynamic adjustment touch screen response region
Terminal, the intelligent terminal include the system of the dynamic adjustment touch screen response region, and the intelligent terminal includes mobile phone, puts down
One of plate computer, television set, refrigerator, computer, air-conditioning, washing machine are a variety of；
The system of dynamic adjustment touch screen response region includes identification module 1 and touch screen driving chip 2,
The non-touch of touch screen current interface touches response region to the identification module 1 for identification；The identification module 1 includes
Scanning element 11, the control information for scanning the current interface determine current interface it is non-touch touch in response region without insertion
The region of link, and driving channel position information and induction channels position by the region without insertion link on touch screen
Information is sent to the channel acquiring unit；
Touch screen driving chip 2 is used to stop working the electrode power down of the non-touch-control response region, the non-touching
Driving interface corresponding to response region and the input/output function of induction interface are closed, no longer detecting and reported data, into not
Sleep mode；
The touch screen driving chip includes channel acquiring unit 21 and data cell 22, and the channel acquiring unit 21 is used
In obtaining the non-touch driving channel position information and induction channels location information for touching response region on touch screen, according to institute
It states driving channel position information and induction channels location information is searched and described non-touch touches driving interface and sense corresponding to response region
Answer interface；The data cell 22 is for storing coordinate set data corresponding with driving interface and induction interface, the coordinate set
The mapping of the driving channel position information and induction channels location information of data and touch screen；
Driving channel and induction channels position on each piece of touch screen are fixed, the driving chip data sheets of touch screen
There are coordinate set data corresponding with driving interface and induction interface in member 22, the driving of the coordinate set data and touch screen is logical
Road location information and the mapping of induction channels location information；The coordinate set data include driving channel position all on touch screen
Information and the corresponding mapping of induction channels location information；As shown in Fig. 2, in the data cell 22 driving interface coordinate set model
It encloses for T0To Tm, the coordinate set range for incuding interface is R0To Rn；
As shown in figure 3, host can carry out region division to the current interface UI, it is divided into touch-control response region and non-response area
Domain, identification module 1 identify that the non-touch of touch screen current interface touches response region, and touching response region can be embedded in function trigger button
Or redirected link；Touch screen detects the touch event of a certain position, and coordinate position and touch event are reported to host；Host
Compare the position data that touch screen reports, whether falls into the interface UI touch-control response region or non-response area according to the touch event
Domain decides whether that triggering jumps or refresh the interface current application UI；
The non-touch response region that touches includes the region without insertion link in current interface；Scanning element 11 scans described work as
The control information of front interface obtains the region without insertion link in current interface, and by the region without insertion link in touch-control
Driving channel position information and induction channels location information on screen are sent to the channel acquiring unit 21 of touch screen driving chip；
As shown in Fig. 2, the driving channel position information and induction channels location information in the region without insertion link in the current interface
Corresponding coordinate set data are { 0 < x < a, T0<y<T2, this data is sent to channel acquiring unit 21 by host；
Channel acquiring unit 21 gets the driving channel position information and induction channels in the region without insertion link
Coordinate set data { 0 < x < a, T corresponding to location information0<y<T2After, according to the driving channel position information and induction channels
Location information search it is described it is non-touch touch driving interface corresponding to response region and induction interface；Driving chip 2 receives the drive
The electrode of the non-touch-control response region is stopped working after mobile interface and induction interface, it is described non-touch to touch corresponding to response region
Driving interface and the input/output function of induction interface are closed, no longer detecting and reported data, into suspend mode；
For host when being switched to the new interface UI, repeatedly the step of above-mentioned S1 to S3, realizes dynamic adjustment touch screen sense
Answer region.
It above are only several specific embodiments of the invention, but the design concept of the present invention is not limited to this, all benefits
It is made a non-material change to the present invention, should all be belonged to behavior that violates the scope of protection of the present invention with this design.
Claims (12)
1. a kind of method of dynamic adjustment touch screen response region, which is characterized in that the described method includes:
Identification the non-touch of touch screen current interface touches response region；
The touch screen driving chip stops working the electrode of the non-touch-control response region, described non-touch to touch response region institute
Corresponding driving interface and the input/output function of incuding interface are closed.
2. a kind of method of dynamic adjustment touch screen response region according to claim 1, it is characterised in that: the touch-control
Screen driving chip obtains the non-touch driving channel position information for touching response region on touch screen and induction channels position letter
Breath is searched according to the driving channel position information and induction channels location information and described non-touch touches drive corresponding to response region
Mobile interface and induction interface.
3. a kind of method of dynamic adjustment touch screen response region according to claim 1 or 2, it is characterised in that: described
The non-touch response region that touches includes the region without insertion link in current interface.
4. a kind of method of dynamic adjustment touch screen response region according to claim 3, it is characterised in that: identification touch-control
Screen current interface it is non-touch when touching response region, the control information for scanning the current interface determines in current interface without insertion chain
The region connect, and driving channel position information and induction channels position of the region without insertion link on touch screen are believed
Breath is sent to touch screen driving chip.
5. a kind of method of dynamic adjustment touch screen response region according to claim 2, it is characterised in that: the driving
There are coordinate set data corresponding with driving interface and induction interface in chip, the driving of the coordinate set data and touch screen is logical
Road location information and the mapping of induction channels location information.
6. a kind of method of dynamic adjustment touch screen response region according to claim 5, it is characterised in that: the coordinate
Collecting data includes driving channel position information and the corresponding mapping of induction channels location information all on touch screen.
7. a kind of system of dynamic adjustment touch screen response region, which is characterized in that the system comprises:
Identification module, the non-touch of touch screen current interface touches response region for identification；
Touch screen driving chip, it is described non-touch to touch response region for the electrode of the non-touch-control response region to stop working
Corresponding driving interface and the input/output function of induction interface are closed.
8. a kind of system of dynamic adjustment touch screen response region according to claim 7, it is characterised in that: the touch-control
Shielding driving chip includes channel acquiring unit, for obtaining the non-touch driving channel position for touching response region on touch screen
Information and induction channels location information are searched described non-touch according to the driving channel position information and induction channels location information
Touch driving interface corresponding to response region and induction interface.
9. a kind of system of dynamic adjustment touch screen response region according to claim 8, it is characterised in that: the identification
Module includes scanning element, and the control information for scanning the current interface determines that current interface is non-touch and touches in response region
Region without insertion link, and driving channel position information of the region linked without insertion on touch screen and induction is logical
Road location information is sent to the channel acquiring unit.
10. a kind of system of dynamic adjustment touch screen response region according to claim 7 or 8, it is characterised in that: described
Touch screen driving chip includes data cell, described for storing coordinate set data corresponding with driving interface and induction interface
The mapping of the driving channel position information and induction channels location information of coordinate set data and touch screen.
11. a kind of intelligent terminal, it is characterised in that: the intelligent terminal uses dynamic described in claim 1-6 any one
The method for adjusting touch screen response region.
12. a kind of intelligent terminal, it is characterised in that: the intelligent terminal is equipped with described in claim 7-10 any one and moves
The system of state adjustment touch screen response region.
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| CN109739389B (en) | 2020-12-01 |
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