CN104199604A - Electronic device with touch display screen and information processing method thereof - Google Patents
- ️Wed Dec 10 2014
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Publication number
- CN104199604A CN104199604A CN201410466251.9A CN201410466251A CN104199604A CN 104199604 A CN104199604 A CN 104199604A CN 201410466251 A CN201410466251 A CN 201410466251A CN 104199604 A CN104199604 A CN 104199604A Authority
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- China Prior art keywords
- display screen
- touch
- touch display
- user
- electronic equipment Prior art date
- 2014-09-12 Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- User Interface Of Digital Computer (AREA)
Abstract
The invention provides an electronic device with a touch display screen and an information processing method thereof. The electronic device comprises the touch display screen and a dynamic key display module. The information processing method includes the steps: in the state of an output graphical user interface of the touch display screen, user modes including a right hand mode and a left hand mode which a user presets are acquired; the dynamic key display module displays dynamic keys, including a menu key, a home key and a back key arranged in order, matching with the user modes. The electronic device and the information processing method have the advantages that a response area of the touch screen can be customized according to a user's usage habits and a current usage environment of a cellphone, the positions of virtual keys of the cellphone can be dynamically adjusted, and mistaken touches are prevented accordingly.
Description
Technical field
The present invention relates to hand-held intelligent terminal field, particularly relate to a kind of electronic equipment and information processing method thereof with touch display screen.
Background technology
Mobile phone is a kind of conventional mobile terminal, along with the raising of mobile phone popularity rate, people are more and more higher to the expectation value of mobile phone performance requirement, one of indispensable means of communication that mobile phone is not only carried for people already, particularly along with mobile phone screen also comes larger, in bringing more comfortable visual experience, also all kinds of crowd's work, life, social indispensable competent assistant have been become, along with becoming increasingly abundant of cell-phone function, people use the time of mobile phone also in continuous growth, and fragment cumulative time every day even can reach more than several hours.Because mobile phone screen increases, graphic user interface (the Graphical User Interface that can show in mobile phone screen, be called for short GUI) also more and more abundanter, but bring thereupon be user operating experience reduce: during such as one-handed performance, the virtual key of easy false touch mobile phone causes the program of moving exit suddenly or close; Or also can be because of maloperation in the time that user uses horizontal screen function time, contact the touch focus in virtual key or the interface of mobile phone, therefore, how a kind of new touch screen technology is provided, solves the puzzlement that user brings because of false touch, become problem demanding prompt solution of the present invention then.
Summary of the invention
The shortcoming of prior art in view of the above, the object of the present invention is to provide a kind of electronic equipment and information processing method thereof with touch display screen, with according to user's use habit and the current environment for use of mobile phone, the region that allows user oneself definition touch screen respond, and can regulate dynamically the virtual key position of mobile phone, thereby reach the object that prevents false touch.
For achieving the above object and other relevant objects, the invention provides a kind of information processing method of electronic equipment, described electronic equipment comprises touch display screen and dynamic push display module, described information processing method comprises: under the state of the output pattern user interface of described touch display screen, obtain the user model of user preset, described user model comprises right-handed mode and left-handed mode; Make described dynamic push display module show the dynamic push mating with described user model, described dynamic push comprises Menu key, homepage key and the return key sequentially arranged.
As the optional mode of one, the display position of corresponding Menu key, homepage key and the return key of described right-handed mode is followed first order order; The display position of corresponding Menu key, homepage key and the return key of described left-handed mode is followed second order order.
As the optional mode of one, the information processing method of described electronic equipment is further comprising the steps of: judge the screen state that revolves of described touch display screen, according to described in revolve screen state and make described dynamic push display module show the dynamic push mating with described user model.Particularly, the screen state that revolves of the described described touch display screen of judgement is that gravity sensing event by detecting described electronic equipment realizes, described in revolve screen state and comprise that clockwise 90 degree revolve the state of screen and clockwise 270 degree and revolve the state of screen.
As the optional mode of one, the information processing method of described electronic equipment also comprises the step of self-defined touch area: under the state of the output pattern user interface of described touch display screen, show a suspension icon in described graphic user interface; In the time that described suspension icon is activated, provides and can touch input to determine the interface of a response region for user; Detect when described response region that user determines is established, shield outside described response region and be positioned at all touch events in the region of described touch display screen.
As the optional mode of one, described in order to determine that the interface of a response region is the fan-shaped menu showing taking described suspension icon as the center of circle, described fan-shaped menu comprises and exits option and pull input option.
As the optional mode of one, outside described shielding response region and the step that is positioned at all touch events in the region of described touch display screen comprise: detected while touching input, calculated the coordinate points of this touch input; Judge whether described coordinate points is positioned at described response region, if so, report this time to touch the event of input; If not, will not report in the event that this time is touched to input.
The present invention also provides a kind of electronic equipment with touch display screen, comprising: touch display screen, in order to output pattern user interface under normal duty; Module is set, and in order to the setting of user model to be provided, described user model comprises right-handed mode and left-handed mode; Dynamic push display module, in order to show the dynamic push that comprises Menu key, homepage key and the return key sequentially arranged; Control module, under the state in order to the output pattern user interface at described touch display screen, makes described dynamic push display module show the dynamic push mating with described user model according to the user model that obtains user preset.
As the optional mode of one, the display position of corresponding Menu key, homepage key and the return key of described right-handed mode is followed first order order; The display position of corresponding Menu key, homepage key and the return key of described left-handed mode is followed second order order.
As the optional mode of one, described control module is also in order to judge the screen state that revolves of described touch display screen, according to described in revolve screen state and make described dynamic push display module show the dynamic push mating with described user model.
As the optional mode of one, the described electronic equipment with touch display screen also comprises gravity sensing module, in order to the gravity sensing event that detects described electronic equipment to judge the screen state that revolves of described touch display screen, described in revolve screen state and comprise that clockwise 90 degree revolve the state of screen and clockwise 270 degree and revolve the state of screen.
As the optional mode of one, the described module that arranges is also in order to provide the setting of self-defined touch area, the described module that arranges is under the state of the output pattern user interface of described touch display screen, in described graphic user interface, show a suspension icon, in the time that described suspension icon is activated, provides and can touch input to determine the interface of a response region for user.Wherein, described in order to determine that the interface of a response region is the fan-shaped menu showing taking described suspension icon as the center of circle, described fan-shaped menu comprises and exits option and pull input option.
As the optional mode of one, described control module also when detecting that described response region that user determines is established, shields outside described response region and is positioned at all touch events in the region of described touch display screen.Particularly, described control module also, in order to detect that touching when input calculates the coordinate points of this touch input, judges whether described coordinate points is positioned at described response region, if so, reports this time to touch the event of input; If not, will not report in the event that this time is touched to input.
As mentioned above, electronic equipment and the information processing method thereof with touch display screen of the present invention, can according to user for example for the use habits such as lefthanded or right-handed and for example for horizontal screen, perpendicularly shield, play games, see that the use scenes such as video dynamically control the key position of handset touch panel (for example adjusting the position of Menu key and return key) and response region, so that in the time that the virtual key of mobile phone is arrived in the careless false touch of user, the program being unlikely to moving causes such as fatal impacts such as program exit.
Brief description of the drawings
Fig. 1 is shown as the schematic diagram of electronic equipment of the present invention in an embodiment.
Fig. 2 is shown as the schematic flow sheet of a kind of embodiment of the information processing method of electronic equipment of the present invention.
Fig. 3 is shown as user and opens the interface schematic diagram of Intelligent touch display screen functions.
Fig. 4 be shown as electronic equipment of the present invention be set to right-handed mode time the dynamic push schematic diagram that presents.
Fig. 5 be shown as electronic equipment of the present invention be set to left-handed mode time the dynamic push schematic diagram that presents.
Fig. 6 is shown as the schematic flow sheet of the another kind of embodiment of the information processing method of electronic equipment of the present invention.
The schematic diagram that dynamic push presents in the time of horizontal screen of Fig. 7 and Fig. 8 electronic equipment of the present invention.
Fig. 9 is shown as the schematic flow sheet of another embodiment of the information processing method of electronic equipment of the present invention.
Figure 10 is shown as the schematic diagram that electronic equipment of the present invention presents suspension icon in the interface of an embodiment.
Figure 11 and Figure 12 are shown as the fan-shaped menu schematic diagram that electronic equipment of the present invention presents suspension icon in the interface of an embodiment.
Figure 13 be shown as electronic equipment of the present invention an embodiment pull inputting interface in present the schematic diagram of response region.
Figure 14 is shown as the schematic diagram that presents response region in the interface that electronic equipment of the present invention completes in the setting of an embodiment.
Figure 15 is shown as the configuration diagram of electronic equipment of the present invention in an embodiment.
Element numbers explanation
1 electronic equipment
10 touch display screens and
100 arrange interface
101 suspension icons
102 pull input option
103 exit option
104 response regions
The region of 105 conductively-closeds
106 pull corner
11 dynamic push display modules
12 arrange module
13 control modules
14 gravity sensing modules
S11～S12 step
S21～24 step
S31～33 step
Embodiment
Below, by specific instantiation explanation embodiments of the present invention, those skilled in the art can understand other advantages of the present invention and effect easily by the disclosed content of this instructions.The present invention can also be implemented or be applied by other different embodiment, and the every details in this instructions also can be based on different viewpoints and application, carries out various modifications or change not deviating under spirit of the present invention.It should be noted that, in the situation that not conflicting, the feature in following examples and embodiment can combine mutually.
It should be noted that, the diagram providing in following examples only illustrates basic conception of the present invention in a schematic way, satisfy and only show with assembly relevant in the present invention in graphic but not component count, shape and size drafting while implementing according to reality, when its actual enforcement, kenel, quantity and the ratio of each assembly can be a kind of random change, and its assembly layout kenel also may be more complicated.
Refer to Fig. 1, Fig. 1 is shown as the schematic diagram of electronic equipment of the present invention in an embodiment, as shown in the figure, the invention provides a kind of information processing method of electronic equipment, described electronic equipment 1 comprises touch display screen 10 and dynamic push display module 11, in actual implementation, described electronic installation for example has the electronic equipment 1 of screen for smart mobile phone, panel computer, notebook computer etc.
Wherein, described touch display screen 10 provides output interface and input interface between equipment and user simultaneously.Touch display screen controller receive/send from/go to the electric signal of touch display screen 10.10 of this touch display screens are exported to user's display of visually.This visual output can comprise text, figure, video and combination in any thereof.Some or all visual output can be corresponding with user-interface object, hereinafter the more details to it are described.
Touch display screen 10 also contacts to accept user's input based on sense of touch and/or stereognosis.This touch display screen 10 forms a touch sensitive surface of accepting user's input.This touch display screen 10 and touch display screen controller (together with any module being associated and/or instruction set in storer) detect contact (and any movement or the interruption of described touch) on touch display screen 10, and the contact transformation detecting are become and be presented at the mutual of the user interface object such as one or more soft-key buttons on touch display screen 10.In one exemplary embodiment, touch display screen 10 is corresponding to one or more fingers of user with the contact point between user.This touch display screen 10 can use LCD (liquid crystal display) technology or LPD (light emitting polymer display) technology, but can use in other embodiments other display techniques.Touch display screen 10 can contact and mobile or interruption with any detection the in multiple touch-sensitive technology with touch display screen controller, these touch-sensitive technology include but not limited to electric capacity, resistance, infrared and surface acoustic wave techniques, and other proximity sensor arrays, or for determining the other technologies of the one or more points that contact with touch display screen 10.User can use any suitable object or accessory, and for example stylus, finger etc., contact touch display screen 10.
Described contact/motion module detects and the contacting of touch display screen 10 together with touch display screen controller.This contact/motion module comprises for carrying out and the various component softwares of the various operations that are associated with the contact detection of touch display screen 10, described operational example comes in contact as determined whether, determine whether this contact moves, and follow the trail of the movement on touch display screen 10, and determine whether this contact is interrupted (whether stopping contact).Determine that the operation that contact point moves can comprise speed (amplitude), speed (amplitude and direction) and/or the acceleration (comprising amplitude and/or direction) of determining contact point.In certain embodiments, contact/motion module also detects contacting on touch pad with touch display screen controller.
In the present embodiment, the smart mobile phone that described electronic equipment 1 for example presents for Fig. 2 is that example describes.Described smart mobile phone is for example for Android operating system or iOS operating system are installed, or the smart mobile phone of the operating system such as Palm OS, Symbian (Saipan) or Black Berry (blackberry, blueberry) OS 6.0, Windows Phone 8.
Described smart mobile phone has touch key-press, particularly, described touch key-press gives highlighted demonstration by dynamic push display module 11, typically, described touch key-press is displayed on the below of described touch display screen 10, be style as shown in Figure 2, but in other embodiment, the virtual key that described touch key-press can for example provide for the application software being loaded in system, utilizes on touch display screen 10 key interface that shows or UI interface to carry out the soft button (or virtual key) of button operation.In the present embodiment, taking described dynamic push display module 11 as the module that is independent of described touch display screen 10 as example describes, particularly, described dynamic push display module 11 comprises touch recognition chip, the I/O interface circuit communicating with the associated driver circuitry of described touch recognition chip, with microprocessor, and for lighting LED and multiple icon display window of the multiple icons of button, wait assembly.Wherein, the input and output peripheral hardware of equipment is couple to CPU and storer by I/O interface circuit.Various software program and/or the instruction set that are stored in storer of described one or more processor operation, so that the various functions of actuating equipment, and data are processed.In certain embodiments, interface circuit, CPU and Memory Controller can at one single chip, for example, be realized on chip.And in some other embodiment, they may realize in multiple separate chip.Each described icon display window all can show multiple icon, and described dynamic push display module 11, in the time receiving the switching command of microprocessor, can present different icons at this icon display window.
Refer to Fig. 2, be shown as the schematic flow sheet of a kind of embodiment of the information processing method of electronic equipment of the present invention, as shown in the figure, described information processing method comprises the following steps:
S11, under the state of the output pattern user interface of described touch display screen 10, obtains the user model of user preset, and described user model comprises right-handed mode and left-handed mode; In the present embodiment, the display position of corresponding Menu key, homepage key and the return key of described right-handed mode is followed first order order, and the display position of corresponding Menu key, homepage key and the return key of described left-handed mode is followed second order order.
In the time that user selects to open Intelligent touch display screen functions, can also, according to the use habit of oneself, left-handed mode or right-handed mode be set.Refer to the example that Fig. 3 provides, when user opens Intelligent touch display screen functions, enter interface 100 is set, arrange in interface 100 described, user can be set to left-handed mode or right-handed mode by user's pattern of selecting button electronic equipment 1.So-called left hand and right hand pattern, when being embodied in the present embodiment the perpendicular screen display of mobile phone and showing, according to user's use habit, adjust the position of Menu key and return key, so that in the careless false touch of user during to the virtual key of mobile phone, be unlikely to program on moving and cause fatal impact (such as program exits etc.).
S12, makes described dynamic push display module 11 show the dynamic push mating with described user model, and described dynamic push comprises Menu key, homepage key and the return key sequentially arranged.In the present embodiment, when electronic equipment 1 gets the user model of user preset, make described dynamic push display module 11 show the dynamic push mating with described user model, such as, the user model that electronic equipment 1 gets user preset is right-handed mode, electronic equipment 1 is controlled the dynamic push of following first order order that described dynamic push display module 11 demonstrations are mated with described right-handed mode, is return key, homepage key, the Menu key sequentially arranged from left to right as presented in Fig. 4.Or, the user model that electronic equipment 1 gets user preset is left-handed mode, electronic equipment 1 is controlled the dynamic push of following second order order that described dynamic push display module 11 demonstrations are mated with described left-handed mode, is Menu key, homepage key, the return key sequentially arranged from left to right as presented in Fig. 5.
The information processing method of electronic equipment 1 of the present invention is also applicable to electronic equipment 1 and revolves the state of screen, refer to Fig. 6, be shown as the schematic flow sheet of the another kind of embodiment of the information processing method of electronic equipment of the present invention, as shown in the figure, described information processing method comprises the following steps:
S21, under the state of the output pattern user interface of described touch display screen 10, obtains the user model of user preset, and described user model comprises right-handed mode and left-handed mode; In the present embodiment, the display position of corresponding Menu key, homepage key and the return key of described right-handed mode is followed first order order, and the display position of corresponding Menu key, homepage key and the return key of described left-handed mode is followed second order order.
In the time that user selects to open Intelligent touch display screen functions, can also, according to the use habit of oneself, left-handed mode or right-handed mode be set.Refer to the example that Fig. 3 provides, when user opens Intelligent touch display screen functions, enter interface is set, arrange in interface described, user can be set to left-handed mode or right-handed mode by user's pattern of selecting button electronic equipment 1.So-called left hand and right hand pattern, when being embodied in the present embodiment the perpendicular screen display of mobile phone and showing, according to user's use habit, adjust the position of Menu key and return key, so that in the careless false touch of user during to the virtual key of mobile phone, be unlikely to program on moving and cause fatal impact (such as program exits etc.).
S22, judges whether described touch display screen 10 revolves screen, if so, proceeds to step S23, proceeds to if not step S24.In the present embodiment, the screen state that revolves of the described touch display screen 10 of described judgement is that the gravity sensing event by detecting described electronic equipment 1 realizes, particularly, in electronic equipment 1, there is gravity sensor, in order to detect described current acceleration of gravity data to determine whether to occur gravity sensing event.
S23, revolves screen angle to determine the screen state that revolves according to the user model adjustment of obtaining, and then proceeds to step S24.In the present embodiment, described in revolve state and clockwise 270 degree that screen state comprises that clockwise 90 degree revolve screen and revolve the state of screen.Particularly, when the user model that gets user preset when electronic equipment 1 is right-handed mode, electronic equipment 1 is defined as the described screen state that revolves clockwise 270 degree and revolves the state of screen, when the user model that gets user preset when electronic equipment 1 is left-handed mode, electronic equipment 1 is by the described state that revolves screen state and be defined as clockwise 90 degree and revolve screen.
S24, makes described dynamic push display module 11 show the dynamic push mating with described user model.Described dynamic push comprises Menu key, homepage key and the return key sequentially arranged.In the present embodiment, when electronic equipment 1 gets the user model of user preset, and judge described electronic equipment 1 and show for revolving screen pattern (or horizontal screen pattern) the described dynamic push display module 11 of ordering the dynamic push mating with described user model,, electronic equipment 1 is controlled to putting in order of dynamic push that described dynamic push display module 11 shows unified for being from up to down sequentially return key, homepage key, the Menu key of arrangement as presented in Fig. 7 and Fig. 8.Be placed in top side by return key, to avoid user's false touch operation.More preferably, in the Fig. 7 and Fig. 8 showing at the present embodiment, described dynamic push display module 11 also more points to touch display screen 10 by the icon of described return key, taking more directly perceived and hommization point out the icon of this icon of user as return key.
Refer to Fig. 9, be shown as the schematic flow sheet of another embodiment of the information processing method of electronic equipment of the present invention, as shown in the figure, on the basis of above-described embodiment, information processing method of the present invention also comprises the step of self-defined touch area:
S31 under the state of the output pattern user interface of described touch display screen 10, shows a suspension icon in described graphic user interface.Refer to Figure 10, be shown as the schematic diagram that electronic equipment of the present invention presents suspension icon in the interface of an embodiment.In the present embodiment, described suspension icon 101 is a circular icon, but be not limited to this, such as in a certain situation, this suspension icon 101 can be the icon of rectangle fillet or starlike icon etc., in concrete example, this suspension icon 101 can be set to translucent, not affect the vision of user to main interface.
S32, in the time that described suspension icon 101 is activated, provides and can touch input to determine the interface of a response region for user.In the present embodiment, the described interface in order to a definite response region is the fan-shaped menu 102 and 103 showing taking described suspension icon 101 as the center of circle, described fan-shaped menu comprises and exits option and pull input option, refer to Figure 11, be shown as the fan-shaped menu schematic diagram that electronic equipment of the present invention presents suspension icon in the interface of an embodiment.Wherein, the option that label is 102 is for pulling input option, and the option that label is 103 is for exiting option.But be not limited to this, in one embodiment, described menu option can present different interfacial states.
S33, detects when described response region that user determines is established, and shields outside described response region and is positioned at all touch events in the region of described touch display screen 10.In the present embodiment, be that 102 option is for pulling input option such as user chooses label, will proceed to the interface that Figure 12 presents, in the time that user pulls input (slide and touch input) according to the prompting that pulls input option to this icon that pulls input option, will proceed to the interface that Figure 13 presents, be that label is that 104 region is that user pulls the response region 104 that input presents, in Figure 13, what the dark border part in described response region 104 upper left corners and the lower right corner was that user pulls that when input plays suggesting effect pulls corner 106, after user pulls and has inputted, when needs are determined this response region, user chooses " confirmation " in this interface to select, the described response region that user determines is established.Now, electronic equipment 1 will shield outside described response region 104 and be arranged in all touch events (i.e. diagram label be 105 shadow region) in the region of described touch display screen 10.
In specific embodiment, after response region 104 is established, described response region 104 normal response users' touch control operation; Outside user-defined response region 104 scopes and 105, the region that is positioned at the region of described touch display screen 10 or else respond user's touch control operation.User is in gripping mobile phone like this, and finger just can contact the region 105 that does not respond touch control operation on the above touch display screen 10, thereby makes the posture that user can be more comfortable grip mobile phone.
Particularly, outside described shielding response region and the step that is positioned at all touch events in the region of described touch display screen 10 comprise:
In the time that electronic equipment 1 has detected touch input, calculate the coordinate points of this touch input.
Electronic equipment 1 judges whether described coordinate points is positioned at described response region 104, if so, reports this time to touch the event of input; If not, will not report in the event that this time is touched to input.
It should be noted that, in embodiment after the above-mentioned response region providing 104 is established, described suspension icon 101 is still presented in described touch display screen 10, described suspension icon 101 can be in described touch display screen 10 any position (such as within being positioned at response region 104 or be positioned at any position in the region 105 of conductively-closed), and described suspension icon 101 should be standby, so that user again sets up respective regions or exits respective regions, be the state presenting as Figure 14.So, in the time that above-mentioned electronic equipment 1 judges that described coordinate points is positioned at the region outside described response region 104, also need further to judge coordinate points that this time touch input whether with the area coordinate of described suspension icon 101 to overlapping, if, activate described suspension icon 101, provide and can touch input to determine the interface of a response region for user, if not, will not report in the event that this time is touched to input.
For example, in the time that user's finger or user use other catalyst (such as felt pen etc.) to touch touch display screen 10, the touch of described touch display screen 10 finger sensing or catalyst, and calculate the coordinate of contact.Obtain after the coordinate of this contact, electronic equipment 1 judges whether reported data according to the scope of the position of coordinate and user-defined response region: be specially, if contact coordinate drops in the scope of user-defined response region 104, normally report this time and touch.If contact coordinate drops on outside user-defined response region 104 scopes, again judge that this time touches the coordinate points of inputting and whether dropped on suspension icon 101, if so, activate suspension icon 101, if not, shielding this time touches, and will not report.
The description being provided from the respective embodiments described above, the information processing method of the electronic equipment 1 with touch display screen 10 of the present invention, can according to user for example for the use habits such as lefthanded or right-handed and for example for horizontal screen, perpendicularly shield, play games, see that the use scenes such as video dynamically control the key position of handset touch panel (for example adjusting the position of Menu key and return key) and response region, so that in the time that the virtual key of mobile phone is arrived in user's false touch, the program being unlikely to moving causes such as fatal impacts such as program exit.
Refer to Figure 15, be shown as the configuration diagram of electronic equipment of the present invention in an embodiment, as shown in the figure, the present invention also provides a kind of electronic equipment with touch display screen, described electronic equipment 1 comprises touch display screen 10 and dynamic push display module 11, in actual implementation, described electronic installation for example has the electronic equipment 1 of screen for smart mobile phone, panel computer, notebook computer etc.
In the present embodiment, the smart mobile phone that described electronic equipment 1 for example presents for Fig. 2 is that example describes.Described smart mobile phone is for example for Android operating system or iOS operating system are installed, or the smart mobile phone of the operating system such as Palm OS, Symbian (Saipan) or Black Berry (blackberry, blueberry) OS 6.0, Windows Phone 8.
Described electronic equipment 1 comprises: touch display screen 10, arranges module 12, dynamic push display module 11, control module 13, and gravity sensing module 14.
Touch display screen 10 is in order to output pattern user interface under normal duty; In a kind of embodiment provided by the invention, described touch display screen 10 provides output interface and input interface between equipment and user simultaneously.Touch display screen controller receive/send from/go to the electric signal of touch display screen 10.10 of this touch display screens are exported to user's display of visually.This visual output can comprise text, figure, video and combination in any thereof.Some or all visual output can be corresponding with user-interface object, hereinafter the more details to it are described.
Touch display screen 10 also contacts to accept user's input based on sense of touch and/or stereognosis.This touch display screen 10 forms a touch sensitive surface of accepting user's input.This touch display screen 10 and touch display screen controller (together with any module being associated and/or instruction set in storer) detect contact (and any movement or the interruption of described touch) on touch display screen 10, and the contact transformation detecting are become and be presented at the mutual of the user interface object such as one or more soft-key buttons on touch display screen 10.In one exemplary embodiment, touch display screen 10 is corresponding to one or more fingers of user with the contact point between user.This touch display screen 10 can use LCD (liquid crystal display) technology or LPD (light emitting polymer display) technology, but can use in other embodiments other display techniques.Touch display screen 10 can contact and mobile or interruption with any detection the in multiple touch-sensitive technology with touch display screen controller, these touch-sensitive technology include but not limited to electric capacity, resistance, infrared and surface acoustic wave techniques, and other proximity sensor arrays, or for determining the other technologies of the one or more points that contact with touch display screen 10.User can use any suitable object or accessory, and for example stylus, finger etc., contact touch display screen 10.
Described contact/motion module detects and the contacting of touch display screen 10 together with touch display screen controller.This contact/motion module comprises for carrying out and the various component softwares of the various operations that are associated with the contact detection of touch display screen 10, described operational example comes in contact as determined whether, determine whether this contact moves, and follow the trail of the movement on touch display screen 10, and determine whether this contact is interrupted (whether stopping contact).Determine that the operation that contact point moves can comprise speed (amplitude), speed (amplitude and direction) and/or the acceleration (comprising amplitude and/or direction) of determining contact point.In certain embodiments, contact/motion module also detects contacting on touch pad with touch display screen controller.
Dynamic push display module 11 is in order to show the dynamic push that comprises Menu key, homepage key and the return key sequentially arranged; Described smart mobile phone has touch key-press, particularly, described touch key-press gives highlighted demonstration by dynamic push display module 11, typically, described touch key-press is displayed on the below of described touch display screen 10, be style as shown in Figure 2, but in other embodiment, the virtual key that described touch key-press can for example provide for the application software being loaded in system, utilizes on touch display screen 10 key interface that shows or UI interface to carry out the soft button (or virtual key) of button operation.In the present embodiment, taking described dynamic push display module 11 as the module that is independent of described touch display screen 10 as example describes, particularly, described dynamic push display module 11 comprises touch recognition chip, the I/O interface circuit communicating with the associated driver circuitry of described touch recognition chip, with microprocessor, and for lighting LED and multiple icon display window of the multiple icons of button, as the position of Menu key, homepage key and return key and form, wait assembly for display case.Wherein, the input and output peripheral hardware of equipment is couple to CPU and storer by I/O interface circuit.Various software program and/or the instruction set that are stored in storer of described one or more processor operation, so that the various functions of actuating equipment, and data are processed.In certain embodiments, interface circuit, CPU and Memory Controller can at one single chip, for example, be realized on chip.And in some other embodiment, they may realize in multiple separate chip.Each described icon display window all can show multiple icon, and described dynamic push display module 11, in the time receiving the switching command of microprocessor, can present different icons at this icon display window.
The described module 12 that arranges is in order to provide the setting of user model, and described user model comprises right-handed mode and left-handed mode; The display position of corresponding Menu key, homepage key and the return key of described right-handed mode is followed first order order; The display position of corresponding Menu key, homepage key and the return key of described left-handed mode is followed second order order.
In the time that user selects to open Intelligent touch display screen 10 function, can also, according to the use habit of oneself, left-handed mode or right-handed mode be set.Refer to the example that Fig. 3 provides, when user opens Intelligent touch display screen 10 function, enter interface is set, arrange in interface described, user can be set to left-handed mode or right-handed mode by user's pattern of selecting button electronic equipment 1.So-called left hand and right hand pattern, when being embodied in the present embodiment the perpendicular screen display of mobile phone and showing, according to user's use habit, adjust the position of Menu key and return key, so that in the careless false touch of user during to the virtual key of mobile phone, be unlikely to program on moving and cause fatal impact (such as program exits etc.).
Under the state of control module 13 in order to the output pattern user interface at described touch display screen 10, make described dynamic push display module 11 show the dynamic push mating with described user model according to the user model that obtains user preset.Particularly, described control module 13 makes described dynamic push display module 11 show the dynamic push mating with described user model, and described dynamic push comprises Menu key, homepage key and the return key sequentially arranged.In the present embodiment, when electronic equipment 1 gets the user model of user preset, make described dynamic push display module 11 show the dynamic push mating with described user model, such as, the user model that electronic equipment 1 gets user preset is right-handed mode, electronic equipment 1 is controlled the dynamic push of following first order order that described dynamic push display module 11 demonstrations are mated with described right-handed mode, is return key, homepage key, the Menu key sequentially arranged from left to right as presented in Fig. 4.Or, the user model that electronic equipment 1 gets user preset is left-handed mode, electronic equipment 1 is controlled the dynamic push of following second order order that described dynamic push display module 11 demonstrations are mated with described left-handed mode, is Menu key, homepage key, the return key sequentially arranged from left to right as presented in Fig. 5.
Described gravity sensing module 14 in order to the gravity sensing event that detects described electronic equipment 1 to judge the screen state that revolves of described touch display screen 10, described in revolve screen state and comprise that clockwise 90 degree revolve the state of screen and clockwise 270 degree and revolve the state of screen.
Described control module 13 is also in order to judge the screen state that revolves of described touch display screen 10, according to described in revolve screen state and make described dynamic push display module 11 show the dynamic push mating with described user model.
Particularly, described gravity sensing module 14 in order to the gravity sensing event that detects described electronic equipment 1 to judge the screen state that revolves of described touch display screen 10,
Described gravity sensing module 14 is judged described touch display screen 10 and is revolved while screen, revolve screen angle to determine the screen state that revolves according to the user model adjustment of obtaining, in the present embodiment, described in revolve state and clockwise 270 degree that screen state comprises that clockwise 90 degree revolve screen and revolve the state of screen.Particularly, when the user model that gets user preset when electronic equipment 1 is right-handed mode, electronic equipment 1 is defined as the described screen state that revolves clockwise 270 degree and revolves the state of screen, when the user model that gets user preset when electronic equipment 1 is left-handed mode, electronic equipment 1 is by the described state that revolves screen state and be defined as clockwise 90 degree and revolve screen.
Described control module 13 makes described dynamic push display module 11 show the dynamic push mating with described user model.Described dynamic push comprises Menu key, homepage key and the return key sequentially arranged.In the present embodiment, when electronic equipment 1 gets the user model of user preset, and judge described electronic equipment 1 and show for revolving screen pattern (or horizontal screen pattern) the described dynamic push display module 11 of ordering the dynamic push mating with described user model,, electronic equipment 1 is controlled to putting in order of dynamic push that described dynamic push display module 11 shows unified for being from up to down sequentially return key, homepage key, the Menu key of arrangement as presented in Fig. 7 and Fig. 8.Be placed in top side by return key, to avoid user's false touch operation.More preferably, in the Fig. 7 and Fig. 8 showing at the present embodiment, described dynamic push display module 11 also more points to touch display screen 10 by the icon of described return key, taking more directly perceived and hommization point out the icon of this icon of user as return key.
The described module 12 that arranges is also in order to provide the setting of self-defined touch area, the described module 12 that arranges is under the state of the output pattern user interface of described touch display screen 10, in described graphic user interface, show a suspension icon, in the time that described suspension icon is activated, provides and can touch input to determine the interface of a response region for user.Refer to Figure 10, be shown as the schematic diagram that electronic equipment 1 of the present invention presents suspension icon in the interface of an embodiment.In the present embodiment, described suspension icon 101 is a circular icon, but be not limited to this, such as in a certain situation, this suspension icon 101 can be the icon of rectangle fillet or starlike icon etc., in concrete example, this suspension icon 101 can be set to translucent, not affect the vision of user to main interface.
In the time that described suspension icon 101 is activated, provides and can touch input to determine the interface of a response region for user.In the present embodiment, the described interface in order to a definite response region is the fan-shaped menu 102 and 103 showing taking described suspension icon 101 as the center of circle, described fan-shaped menu comprises and exits option and pull input option, refer to Figure 11, be shown as the fan-shaped menu schematic diagram that electronic equipment 1 of the present invention presents suspension icon 101 in the interface of an embodiment.Wherein, the option that label is 102 is for pulling input option, and the option that label is 103 is for exiting option.But be not limited to this, in one embodiment, described menu option can present different interfacial states.
Described control module 13 also when detecting that described response region that user determines is established, shields outside described response region and is positioned at all touch events in the region of described touch display screen 10.
Detect when described response region that user determines is established, shield outside described response region and be positioned at all touch events in the region of described touch display screen 10.In the present embodiment, be that 102 option is for pulling input option such as user chooses label, will proceed to the interface that Figure 12 presents, in the time that user pulls input (slide and touch input) according to the prompting that pulls input option to this icon that pulls input option, will proceed to the interface that Figure 13 presents, be that label is that 104 region is that user pulls the response region 104 that input presents, in Figure 13, the dark border part in described response region 104 upper left corners and the lower right corner is the corner that pulls of playing suggesting effect when user pulls input, after user pulls and has inputted, when needs are determined this response region, user chooses " confirmation " in this interface to select, the described response region that user determines is established.Now, electronic equipment 1 will shield outside described response region 104 and be arranged in all touch events (i.e. diagram label be 105 shadow region) in the region of described touch display screen 10.
In specific embodiment, after response region 104 is established, described response region 104 normal response users' touch control operation; Outside user-defined response region 104 scopes and 105, the region that is positioned at the region of described touch display screen 10 or else respond user's touch control operation.User is in gripping mobile phone like this, and finger just can contact the region 105 that does not respond touch control operation on the above touch display screen 10, thereby makes the posture that user can be more comfortable grip mobile phone.
Described control module 13 also, in order to detect that touching when input calculates the coordinate points of this touch input, judges whether described coordinate points is positioned at described response region, if so, reports this time to touch the event of input; If not, will not report in the event that this time is touched to input.
Particularly, outside described shielding response region and the process that is positioned at all touch events in the region of described touch display screen 10 comprise: when electronic equipment 1 has detected while touching input, calculate the coordinate points of this touch input.Electronic equipment 1 judges whether described coordinate points is positioned at described response region 104, if so, reports this time to touch the event of input; If not, will not report in the event that this time is touched to input.
It should be noted that, in embodiment after the above-mentioned response region providing 104 is established, described suspension icon 101 is still presented in described touch display screen 10, described suspension icon 101 can be in described touch display screen 10 any position (such as within being positioned at response region 104 or be positioned at any position in the region 105 of conductively-closed), and described suspension icon 101 should be standby, so that user again sets up respective regions or exits respective regions, be the state presenting as Figure 14.So, in the time that above-mentioned electronic equipment 1 judges that described coordinate points is positioned at the region outside described response region 104, also need further to judge coordinate points that this time touch input whether with the area coordinate of described suspension icon 101 to overlapping, if, activate described suspension icon 101, provide and can touch input to determine the interface of a response region for user, if not, will not report in the event that this time is touched to input.
For example, in the time that user's finger or user use other catalyst (such as felt pen etc.) to touch touch display screen 10, the touch of described touch display screen 10 finger sensing or catalyst, and calculate the coordinate of contact.Obtain after the coordinate of this contact, electronic equipment 1 judges whether reported data according to the scope of the position of coordinate and user-defined response region: be specially, if contact coordinate drops in the scope of user-defined response region 104, normally report this time and touch.If contact coordinate drops on outside user-defined response region 104 scopes, again judge that this time touches the coordinate points of inputting and whether dropped on suspension icon 101, if so, activate suspension icon 101, if not, shielding this time touches, and will not report.
The description being provided from the respective embodiments described above, the information processing method of the electronic equipment 1 with touch display screen 10 of the present invention, can according to user for example for the use habits such as lefthanded or right-handed and for example for horizontal screen, perpendicularly shield, play games, see that the use scenes such as video dynamically control the key position of handset touch panel (for example adjusting the position of Menu key and return key) and response region, so that in the time that the virtual key of mobile phone is arrived in user's false touch, the program being unlikely to moving causes such as fatal impacts such as program exit.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any person skilled in the art scholar all can, under spirit of the present invention and category, modify or change above-described embodiment.Therefore, such as in affiliated technical field, have and conventionally know that the knowledgeable, not departing from all equivalence modifications that complete under disclosed spirit and technological thought or changing, must be contained by claim of the present invention.
Claims (15)
1. an information processing method for electronic equipment, described electronic equipment comprises touch display screen and dynamic push display module, it is characterized in that, described information processing method comprises:
Under the state of the output pattern user interface of described touch display screen, obtain the user model of user preset, described user model comprises right-handed mode and left-handed mode;
Make described dynamic push display module show the dynamic push mating with described user model, described dynamic push comprises Menu key, homepage key and the return key sequentially arranged.
2. according to the information processing method of electronic equipment claimed in claim 1, it is characterized in that, the display position of corresponding Menu key, homepage key and the return key of described right-handed mode is followed first order order; The display position of corresponding Menu key, homepage key and the return key of described left-handed mode is followed second order order.
3. according to the information processing method of electronic equipment claimed in claim 1, it is characterized in that, further comprising the steps of: judge the screen state that revolves of described touch display screen, according to described in revolve screen state and make described dynamic push display module show the dynamic push mating with described user model.
4. according to the information processing method of electronic equipment claimed in claim 3, it is characterized in that, the screen state that revolves of the described described touch display screen of judgement is that gravity sensing event by detecting described electronic equipment realizes, described in revolve screen state and comprise that clockwise 90 degree revolve the state of screen and clockwise 270 degree and revolve the state of screen.
5. according to the information processing method of the electronic equipment described in claim 1 or 3, it is characterized in that: the step that also comprises self-defined touch area:
Under the state of the output pattern user interface of described touch display screen, in described graphic user interface, show a suspension icon;
In the time that described suspension icon is activated, provides and can touch input to determine the interface of a response region for user;
Detect when described response region that user determines is established, shield outside described response region and be positioned at all touch events in the region of described touch display screen.
6. the information processing method of electronic equipment according to claim 5, it is characterized in that: described in order to determine that the interface of a response region is the fan-shaped menu showing taking described suspension icon as the center of circle, described fan-shaped menu comprises and exits option and pull input option.
7. the information processing method of electronic equipment according to claim 5, is characterized in that: outside described shielding response region and the step that is positioned at all touch events in the region of described touch display screen comprise:
Detect while touching input, calculated the coordinate points of this touch input;
Judge whether described coordinate points is positioned at described response region, if so, report this time to touch the event of input; If not, will not report in the event that this time is touched to input.
8. an electronic equipment with touch display screen, is characterized in that, comprising:
Touch display screen, in order to output pattern user interface under normal duty;
Module is set, and in order to the setting of user model to be provided, described user model comprises right-handed mode and left-handed mode;
Dynamic push display module, in order to show the dynamic push that comprises Menu key, homepage key and the return key sequentially arranged;
Control module, under the state in order to the output pattern user interface at described touch display screen, makes described dynamic push display module show the dynamic push mating with described user model according to the user model that obtains user preset.
9. the electronic equipment with touch display screen according to claim 8, is characterized in that: the display position of corresponding Menu key, homepage key and the return key of described right-handed mode is followed first order order; The display position of corresponding Menu key, homepage key and the return key of described left-handed mode is followed second order order.
10. the electronic equipment with touch display screen according to claim 8, it is characterized in that: described control module is also in order to judge the screen state that revolves of described touch display screen, according to described in revolve screen state and make described dynamic push display module show the dynamic push mating with described user model.
11. electronic equipments with touch display screen according to claim 10, it is characterized in that: also comprise gravity sensing module, in order to the gravity sensing event that detects described electronic equipment to judge the screen state that revolves of described touch display screen, described in revolve screen state and comprise that clockwise 90 degree revolve the state of screen and clockwise 270 degree and revolve the state of screen.
The electronic equipment with touch display screen described in 12. according to Claim 8 or 10, it is characterized in that: the described module that arranges is also in order to provide the setting of self-defined touch area, the described module that arranges is under the state of the output pattern user interface of described touch display screen, in described graphic user interface, show a suspension icon, in the time that described suspension icon is activated, provides and can touch input to determine the interface of a response region for user.
13. electronic equipments with touch display screen according to claim 12, it is characterized in that: described in order to determine that the interface of a response region is the fan-shaped menu showing taking described suspension icon as the center of circle, described fan-shaped menu comprises and exits option and pull input option.
14. electronic equipments with touch display screen according to claim 13, it is characterized in that: described control module also when detecting that described response region that user determines is established, shields outside described response region and is positioned at all touch events in the region of described touch display screen.
15. electronic equipments with touch display screen according to claim 14, it is characterized in that: described control module is also in order to detect that touching when input calculates the coordinate points of this touch input, judge whether described coordinate points is positioned at described response region, if so, report this time to touch the event of input; If not, will not report in the event that this time is touched to input.
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| Date | Code | Title | Description |
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| 2014-12-10 | C06 | Publication | |
| 2014-12-10 | PB01 | Publication | |
| 2015-09-02 | EXSB | Decision made by sipo to initiate substantive examination | |
| 2015-09-02 | SE01 | Entry into force of request for substantive examination | |
| 2019-09-06 | RJ01 | Rejection of invention patent application after publication | |
| 2019-09-06 | RJ01 | Rejection of invention patent application after publication |
Application publication date: 20141210 |