CN102681750A - Method, display device and electronic device for movably displaying target - Google Patents
Method, display device and electronic device for movably displaying target Download PDFInfo
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- CN102681750A CN102681750A CN201110061129XA CN201110061129A CN102681750A CN 102681750 A CN102681750 A CN 102681750A CN 201110061129X A CN201110061129X A CN 201110061129XA CN 201110061129 A CN201110061129 A CN 201110061129A CN 102681750 A CN102681750 A CN 102681750A
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Abstract
The invention provides a method, a display device and an electronic device for movably displaying a target. A display target and a target display area of the electronic device form a first relative position relation. The method comprises the steps of sensing a first operation of a pointing object relative to the electronic device; acquiring a first distance between the pointing object and the electronic device; judging whether the first distance is smaller than or equal to a first threshold value or not; acquiring a first operation parameter and a second operation parameter when the first distance is smaller than or equal to the first threshold value; changing the first relative position relation of the display target and the target display area to a second relative position relation; sensing a second operation of the pointing object relative to the electronic device; acquiring a second distance between the pointing object and the electronic device; judging whether the second distance is more than the threshold value and smaller than or equal to a second threshold value; when the second distance is more than first threshold value and smaller than or equal to the second threshold value, acquiring a third operation parameter; and changing the second relative position relation of the display target and the target display area to the third relative position relation.
Description
Technical field
The present invention relates to the field of electronic equipment.More specifically, the present invention relates to a kind of method, display device and electronic equipment that is used for moving display object.
Background technology
In recent years, the electronic equipment that has a touch display screen catches on gradually.This electronic equipment usually with display screen and the range upon range of placement of feeler to form touch display screen.The user contacts said touch display screen through certain indication thing (like finger tip, nib).Said electronic equipment senses through feeler and gives directions contacting of thing and said touch display screen, and carries out corresponding operation in response to such contact.
Yet such electronic equipment is only supported operating of contacts mostly.That is to say that said electronic equipment is only just carried out corresponding operation when giving directions thing to contact with said touch display screen sensing.This has brought inconvenience in some cases.
For example, in the unlocking operation of some electronic equipments, the user need move to the second place from the primary importance on the touch display screen with a display object (like slide block).For this reason, the user has to make the slip gesture, and the stroke of slip gesture equals the distance between the second place and the primary importance.This is a relatively long segment distance, under the situation of one-handed performance, does not meet user's operating habit, causes human fatigue easily, causes user experience relatively poor.
Again for example; In electronic equipment in the common tabulation or webpage rolling operation, in order to see current not content displayed on the touch display screen, in one implementation; The user need make the slip gesture always, is presented on the touch display screen up to desired content.Under the long situation of stroke, this implementation causes human fatigue equally easily, causes user experience relatively poor.In another kind of implementation, the user need make quick slip (fling) gesture, makes that content displayed is rolled fast on the touch display screen, and stops gradually rolling with certain negative acceleration.In this implementation, the user can not discern the relation between the rolling speed of speed and content of this gesture intuitively when making this gesture, thereby can't accurately desired content be presented on the touch display screen.
Summary of the invention
Because above-mentioned situation the invention provides a kind of method, display device and electronic equipment that is used for moving display object, it allows the user to operate with gesture simple, the match operation custom, thereby has improved user experience.
According to one embodiment of the invention; A kind of method that is used for moving display object is provided; Be applied in the electronic equipment; Said electronic equipment comprises display unit, is used in the viewing area of said display object and said display unit to show between the object display area of said display object be in first relative position relation, and said method comprises: sensing one is given directions first operation of thing with respect to said electronic equipment; According to said first operation, obtain first distance between said indication thing and the said electronic equipment; Judge that whether said first distance is smaller or equal to first threshold; When judging said first distance smaller or equal to first threshold, according to said first operation, obtain first operating parameter and second operating parameter of said indication thing, wherein, said first operating parameter is different with said second operating parameter; Based on said first operating parameter and said second operating parameter, with changing into second relative position relation from first relative position relation between said display object and the said object display area; The said indication thing of sensing is with respect to second operation of said electronic equipment; According to said second operation, obtain the second distance between said indication thing and the said electronic equipment; Judge that whether said second distance is greater than first threshold and smaller or equal to second threshold value; When judging said second distance,, obtain the 3rd operating parameter of said first operating parameter of being different from of said indication thing according to said second operation greater than first threshold and smaller or equal to second threshold value; And, the position is concerned changing into third phase from second relative position relation between said display object and the said object display area based on said first operating parameter and said the 3rd operating parameter.
Can comprise changing into second relative position relation from first relative position relation between said display object and the said object display area: first moving parameter and second moving parameter that said first operating parameter and said second operating parameter are converted into said display object respectively; And, move said display object based on said first moving parameter and said second moving parameter, make and change into second relative position relation from first relative position relation between said display object and the said object display area.
Can comprise the position relation changing into third phase from second relative position relation between said display object and the said object display area: the 3rd moving parameter that said the 3rd operating parameter is converted into said display object; And, move said display object based on said first moving parameter and said the 3rd moving parameter, make that changing into third phase from second relative position relation between said display object and the said object display area concerns the position.
When the area of said display object during less than the area of said object display area, be in first relative position relation between said display object and the said object display area and be: said display object is presented at the primary importance of said object display area.Can comprise changing into second relative position relation from first relative position relation between said display object and the said object display area: the second place that said display object is moved to said object display area from said primary importance; Wherein, the said second place is different with said primary importance; Can comprise the position relation changing into third phase from second relative position relation between said display object and the said object display area: the 3rd position that said display object is moved to said object display area from the said second place; Wherein, said the 3rd position is different with the said second place.
When the area of said display object during more than or equal to the area of said object display area, be in first relative position relation between said display object and the said object display area and be: the first of said display object is presented at said object display area.Can comprise changing into second relative position relation from first relative position relation between said display object and the said object display area: move said display object; Be presented at said object display area with second portion with said display object; Wherein, said second portion and said first overlap at the most; Can comprise the position relation changing into third phase from second relative position relation between said display object and the said object display area: move said display object; Be presented at said object display area with third part with said display object; Wherein, said third part and said second portion are overlapped at the most.
Said first operating parameter can comprise the moving direction of said indication thing in first operation; Said second operating parameter can comprise said indication thing displacement, speed and at least one in the running time in first operation; And said the 3rd operating parameter can comprise said indication thing displacement, at least one in the running time in second operation of said indication thing in second operation.
The said second distance that obtains between said indication thing and the said electronic equipment according to said second operation can comprise: according to said second operation, obtain the second distance between said indication thing and the said electronic equipment with predetermined timing.
In the moment when judging said second distance smaller or equal to first threshold or greater than second threshold value, the said display object and the relative position relation between the said object display area that can remain on this moment are constant.
Can comprise the position relation changing into third phase from second relative position relation between said display object and the said object display area:, confirm the displacement and the moving direction of said display object based on said first operating parameter and said the 3rd operating parameter; Based on said displacement, judge whether the display object after moving can be in boundary condition; And the display object after judge moving moves said display object can be in boundary condition the time, is in boundary condition up to said display object, as the third phase between said display object and the said object display area position concerned; Wherein, when the area of said display object during less than the area of said object display area, the said boundary condition of crossing is: first corresponding with said moving direction in the said display object object bounds exceeds said object display area; Said boundary condition is: the first demonstration border corresponding with said moving direction overlaps in said first object bounds and the said object display area; And when the area of said display object during more than or equal to the area of said object display area, the said boundary condition of crossing is: be arranged in said object display area with the reverse second corresponding object bounds of said moving direction in the said display object; Said boundary condition is: overlap with the reverse second corresponding demonstration border of said moving direction in said second object bounds and the said object display area.
According to another embodiment of the present invention; A kind of display device is provided; Comprise object display area in its viewing area, said object display area is used to show display object, is in first relative position relation between said display object and the said object display area; Said display device comprises: first sensing cell, sensing one are given directions first operation of thing with respect to said display device; The first acquisition unit according to said first operation, obtains first distance between said indication thing and the said display device; First judging unit judges that whether said first distance is smaller or equal to first threshold; The second acquisition unit when judging said first distance smaller or equal to first threshold, according to said first operation, obtains first operating parameter and second operating parameter of said indication thing, and wherein, said first operating parameter is different with said second operating parameter; The first change unit is based on said first operating parameter and said second operating parameter, with changing into second relative position relation from first relative position relation between said display object and the said object display area; Second sensing cell, the said indication thing of sensing is with respect to second operation of said display device; The 3rd acquisition unit according to said second operation, obtains the second distance between said indication thing and the said display device; Second judging unit judges that whether said second distance is greater than first threshold and smaller or equal to second threshold value; The 4th acquisition unit when judging said second distance greater than first threshold and smaller or equal to second threshold value, according to said second operation, obtains the 3rd operating parameter of said first operating parameter of being different from of said indication thing; And the second change unit, based on said first operating parameter and said the 3rd operating parameter, the position is concerned changing into third phase from second relative position relation between said display object and the said object display area.
The said first change unit can comprise: first converting unit converts said first operating parameter and said second operating parameter respectively into first moving parameter and second moving parameter of said display object; And first mobile unit, based on said first moving parameter and said second moving parameter, move said display object, with changing into second relative position relation from first relative position relation between said display object and the said object display area.
The said second change unit can comprise: second converting unit converts said the 3rd operating parameter into the 3rd moving parameter of said display object; And second mobile unit, based on said first moving parameter and said the 3rd moving parameter, move said display object, the position is concerned with changing into third phase from second relative position relation between said display object and the said object display area.
Said the 3rd acquisition unit can obtain the second distance between said indication thing and the said display device with predetermined timing according to said second operation.
Said display device also can comprise: holding unit; In the moment of the said second distance of second judgment unit judges during smaller or equal to first threshold or greater than second threshold value, the said display object and the relative position relation between the said object display area that remain on this moment are constant.
The said second change unit can comprise: confirm the unit, based on said first operating parameter and said the 3rd operating parameter, confirm the displacement and the moving direction of said display object; The 3rd judging unit based on said displacement, judges whether the display object after moving can be in boundary condition; And the 3rd mobile unit; When the display object after the 3rd judgment unit judges moves can be in boundary condition; Move said display object, be in boundary condition, the position is concerned as the third phase between said display object and the said object display area up to said display object.Wherein, when the area of said display object during less than the area of said object display area, the said boundary condition of crossing is: first corresponding with said moving direction in the said display object object bounds exceeds said object display area; Said boundary condition is: the first demonstration border corresponding with said moving direction overlaps in said first object bounds and the said object display area; And when the area of said display object during more than or equal to the area of said object display area, the said boundary condition of crossing is: be arranged in said object display area with the reverse second corresponding object bounds of said moving direction in the said display object; Said boundary condition is: overlap with the reverse second corresponding demonstration border of said moving direction in said second object bounds and the said object display area.
According to another embodiment of the present invention; A kind of electronic equipment is provided, has comprised: display comprises object display area in its viewing area; Said object display area is used to show display object, is in first relative position relation between said display object and the said object display area; First sensor, sensing one are given directions first operation of thing with respect to said electronic equipment; Second sensor, the said indication thing of sensing is with respect to second operation of said electronic equipment; And processor; Wherein, said processor is configured to: according to said first operation, obtain first distance between said indication thing and the said electronic equipment; Judge that whether said first distance is less than first threshold; When judging said first distance less than first threshold, according to said first operation, obtain first operating parameter and second operating parameter of said indication thing, wherein, said first operating parameter is different with said second operating parameter; Based on said first operating parameter and said second operating parameter, with changing into second relative position relation from first relative position relation between said display object and the said object display area; According to said second operation, obtain the second distance between said indication thing and the said electronic equipment; Judge that whether said second distance is greater than first threshold and less than second threshold value; When judging said second distance,, obtain the 3rd operating parameter of said first operating parameter of being different from of said indication thing according to said second operation greater than first threshold and less than second threshold value; And, the position is concerned changing into third phase from second relative position relation between said display object and the said object display area based on said first operating parameter and said the 3rd operating parameter.
In method, display device and electronic equipment according to the embodiment of the invention; Through the combination contact detection with near detecting both; Make the user to control said display device easily or electronic equipment is carried out corresponding operation, thereby improved user experience with the gesture of simple, match operation custom.
Description of drawings
Fig. 1 is the process flow diagram of diagram according to the step of the method for the embodiment of the invention;
Fig. 2 is the block diagram of diagram according to the main configuration of the display device of the embodiment of the invention;
Fig. 3 is the block diagram of diagram according to the more detailed configuration of the display device of the embodiment of the invention;
Fig. 4 is the block diagram of diagram according to the main configuration of the electronic equipment of the embodiment of the invention;
Fig. 5 is the synoptic diagram of diagram near the principle that detects;
Fig. 6 A-Fig. 6 C be diagram according to the demonstration synoptic diagram on the electronic equipment of the embodiment of the invention, and Fig. 6 D and Fig. 6 E illustrate respectively according to the mistake boundary condition of the embodiment of the invention and the synoptic diagram of boundary condition; And
Fig. 7 A-Fig. 7 C be diagram according to the demonstration synoptic diagram on the electronic equipment of the embodiment of the invention, and Fig. 7 D and Fig. 7 E illustrate respectively according to the mistake boundary condition of the embodiment of the invention and the synoptic diagram of boundary condition.
Embodiment
Below with reference to accompanying drawing method, display device and electronic equipment according to the embodiment of the invention are described.
Before describing the embodiment of the invention, at first, will describe near the principle that detects with reference to figure 5.Fig. 5 shows through capacitive touch screen 500 and detects the key diagram near a kind of illustrative case of the indication thing of electronic equipment.Below, will describe the example that detects near the electronic equipment operating body through capacitive touch screen with reference to Fig. 5.As shown in Figure 5; The distance that the field coupled of capacitive touch screen 500 (shown in the dotted line among Fig. 5) scope has covered between touch-screen top and the touch-screen is the space of L1, thereby the distance above touch-screen and between the touch-screen is the effective surveyed area that has formed in the space of L1.When giving directions thing to get in effective surveyed area, can produce the detected couple current I of enough sizes.The exact position that controller in the capacitive touch screen 500 can calculate finger according to the detected current value of each limit, and finger is apart from the distance of screen.Further, controller can also detect finger and whether touch screen surface.
Replacedly, sensing unit can comprise that first sensing unit and second sensing unit are to detect the movement locus and the movement locus of indication thing when not touching electronic equipment of indication thing when touching electronic equipment respectively.That is to say that first sensing unit can comprise the touching induction region that is made up of the various known sensor elements of capacitive touch sensors or resistive touch sensor and so on.Second sensing unit can detect gives directions the movement locus of thing between first distance and second distance.Second sensing unit can comprise a plurality of ultrasound wave sensing elements, infrared sensing element or the image acquisition element on the diverse location that is arranged on electronic equipment, confirms to give directions the position of thing.
Below, with the method for describing according to the embodiment of the invention that is used for moving display object.
Said method is applied in the electronic equipment.Said electronic equipment such as portable mobile termianl, personal computer etc.Said electronic equipment comprises display unit, and comprises the object display area that is used to show display object in its viewing area.Said display object for example comprises webpage, picture, tabulation or other various demonstration controls (like, slide block).The area that it is pointed out that said object display area can be less than the area of said viewing area, so as in said viewing area the regional displays background information of other except that said object display area.Certainly, the area of said object display area also can equal the area of said viewing area.For example; In Fig. 6 and synoptic diagram shown in Figure 7; The rectangular area S1 that draws with solid line is the viewing area of electronic equipment; And the rectangular area S2 that draws with dotted line in this viewing area has wherein shown a slide block object (Fig. 6) and a list object (Fig. 7) respectively for the object display area in this viewing area.It is to be noted; List object among Fig. 7 A comprises " contact person 1 ", " contact person 2 " ... " contact person 10 " amount to ten projects; Yet because its area greater than the area of object display area, therefore only shows " contact person 4 ", " contact person 5 " and " contact person 6 " three projects in object display area.
In addition, said electronic equipment can comprise feeler and proximity transducer.Said feeler is used for sensing and gives directions contacting of thing and said electronic equipment, and said proximity transducer is used for the approaching of sensing indication thing and said electronic equipment.Alternatively, said electronic equipment also can only comprise proximity transducer.In the case, said proximity transducer is designed to both can be used for sensing and gives directions the approaching of thing and said electronic equipment, also can be used for contacting of sensing indication thing and said electronic equipment.Below, not needing to distinguish especially under both situation, will be referred to as " sensor ".In addition, said display unit and the sensing cell that is made up of said sensor can the stacked on top of one another settings, also can range upon range ofly be provided with, as long as have mapping relations between said display unit and the said sensing cell.
When said method begins, be in first relative position relation between said display object and the said object display area.
Particularly; When the area of said display object during less than the area of said object display area, be in first relative position relation between said display object and the said object display area and refer to: said display object is presented at the primary importance of said object display area.For example, the rectangle with the band shade among Fig. 6 A shows a slide block object, establishes with the position of the residing position of its left upper apex for this display object.Then, in Fig. 6 A, display object is positioned at the primary importance P1 point place of object display area.Certainly, it will be appreciated by those skilled in the art that except that left upper apex, also can other any points in this display object be made as the position of this display object.
On the other hand; When the area of said display object during more than or equal to the area of said object display area, be in first relative position relation between said display object and the said object display area and refer to: the first of said display object is presented at said object display area.For example, as stated, in Fig. 7 A, only show the first (three projects " contact person 4 ", " contact person 5 " and " contact person 6 ") of the list object that comprises ten projects in the said object display area.
Below, will the method that is used for moving display object according to the embodiment of the invention be described with reference to figure 1.
As shown in Figure 1, at step S101, said method sensing one is given directions first operation of thing with respect to said electronic equipment.Particularly, the for example finger tip, the nib of stylus etc. of user's finger of being used for operating of said indication thing.A plurality of tracing points that the sensor that said method comprises through said electronic equipment, sensing are formed on said electronic equipment by said indication thing and the first serial tracing point formed, thereby first operation that the said indication thing of sensing carries out electronic equipment.In other words, said indication thing carries out said first operation with the mode of slide.
On the other hand, because said sensor can be given directions the distance between thing and the electronic equipment by sensing, therefore, at step S102, said method obtains first distance between said indication thing and the said electronic equipment according to the sensing result of sensor.
At step S103, said method judges that whether said first distance is smaller or equal to first threshold.Said first threshold is that said method is operated the threshold value that is identified as operating of contacts and is provided with said first.Its value suitably is provided with by those skilled in the art as required.For example, when with sensor and display from top to bottom during arranged stacked, can this first threshold be set to the thickness of the film of encapsulated sensor.When with protective (such as glass, be used to give directions thing contact), sensor and display from top to bottom during arranged stacked, can this first threshold be set to the thickness of said protective.
When judging said first distance greater than first threshold, said method finishes.On the other hand, when judging said first distance smaller or equal to first threshold, said method proceeds to step S104.
At step S104, said method obtains first operating parameter and second operating parameter of said indication thing according to said first operation.Particularly, as stated, said method can access the first serial tracing point of said first operation through said sensor.Through the said first serial tracing point, said method can obtain first operating parameter and second operating parameter of said indication thing.
More specifically, said method can obtain the moving direction of said first operation, as said first operating parameter through the position of first tracing point in the said first serial tracing point with last tracing point.Certainly; Support at said electronic equipment under the situation of higher arithmetic capability that for improving precision, said method also can be through any two (adjacent) tracing points in the said first serial tracing point; Obtain the real-time moving direction of said first operation, as said first operating parameter.
In addition, said method also can obtain second operating parameter different with said first operating parameter.For example, said method can obtain the displacement of said first operation, as said second operating parameter through the position of first tracing point in the said first serial tracing point with last tracing point.Alternatively, said method can obtain the running time of said first operation, as said second operating parameter through the timing of the system clock in the said electronic equipment.Alternatively, said method can obtain the speed of said first operation, as said second operating parameter through first tracing point in the said first serial tracing point and the position of last tracing point and the timing of said system clock.Certainly, similarly, the timing of the system clock that said method can be through any two (adjacent) tracing points in the said first serial tracing point and said electronic equipment obtains the real-time speed of said first operation, as said second operating parameter.
At step S105, said method is based on said first operating parameter and said second operating parameter, with changing into second relative position relation from first relative position relation between said display object and the said object display area.
Particularly, said method at first converts said first operating parameter and said second operating parameter respectively into first moving parameter and second moving parameter of said display object.
More specifically, for example, said method converts the moving direction of said first operation moving direction of said display object into, as said first moving parameter.For example, said method can be set to the moving direction of said display object with the consistent or opposite direction of moving direction of said first operation.In the following description, suppose said display object moving direction and said first the operation moving direction identical.
Again for example, said method converts the displacement of said first operation first displacement of said display object into, as said second moving parameter.For example, said method first displacement that can be converted to said display object through displacement and a coefficient addition with said first operation.Said coefficient suitably is provided with by those skilled in the art as required.For example, said coefficient can be set to 0.Certainly, above conversion regime is merely example.Those skilled in the art can understand; Said method fully can be through changing first displacement that (as multiply by a coefficient, or according to piecewise function or the like) obtain said display object as said second moving parameter with the displacement of said first operation through other modes.
Alternatively, said method converts the running time of said first operation first traveling time of said display object into, as said second moving parameter.For meeting user's operating habit, preferably, the running time of said first operation of said method is set to first traveling time of said display object.Certainly, those skilled in the art also can obtain the running time of said first operation first traveling time of said display object after suitable arithmetic conversion, do not do concrete qualification at this.
Alternatively, said method is first translational speed of said display object with the rate conversion of said first operation, as said second moving parameter.For example, the predeterminable piecewise function of said method, when said first the operation speed [0, v
1) between the time, first translational speed of the said display object of said method is set to V
1When said first the operation speed at [v
1, v
2) between the time, first translational speed of the said display object of said method is set to V
2... when said first the operation speed at [v
N-1, v
n) between the time, first translational speed of the said display object of said method is set to V
nSaid v
1, v
2... v
N-1, v
nAnd V
1, V
2... V
nValue can suitably be provided with as required by those skilled in the art.Certainly; With above-mentioned similar; It will be appreciated by those skilled in the art that said method fully can through with the speed of said first operation through other modes change (as multiply by a coefficient, or with coefficient addition or the like) and first translational speed that obtains said display object as said second moving parameter.
After this, said method moves said display object based on said first moving parameter and said second moving parameter, makes and changes into second relative position relation from first relative position relation between said display object and the said object display area.
More specifically, for example, the size of the area that said method can more said display object and the area of said object display area.When the area of said display object during less than the area of said object display area; Said method is based on the moving direction of said display object; And based in first displacement, first traveling time and first translational speed of said display object at least one; Said display object is moved to the second place of said object display area from said primary importance, and wherein, the said second place is different with said primary importance.For example, shown in Fig. 6 B, said method is based on first moving parameter (to the right) and second moving parameter that obtain, said display object moved to the position shown in the heavy line (P2) from the primary importance (P1) shown in Fig. 6 A locate.
On the other hand; When the area of said display object during more than or equal to the area of said object display area; Said method is based on the moving direction of said display object; And, move said display object based in first displacement, first traveling time and first translational speed of said display object at least one, be presented at said object display area with second portion with said display object.It is pointed out that said second portion and said first overlap at the most.In other words, long in first displacement, first traveling time is long or first translational speed faster under the situation, said second portion and said first can be not overlapping.Otherwise under the situation short in first displacement, that first traveling time is short or first translational speed is slower, said second portion and said first overlap.For example; Shown in Fig. 7 B; Said method is based on first moving parameter (making progress) and second moving parameter that obtain; Move said display object, be presented at said object display area with second portion (three projects in " contact person 5 ", " contact person 6 " and " contact person 7 ") with said display object.Wherein, " contact person 5 " and " contact person 6 " these two projects both had been included in the first of the display object shown in Fig. 7 A; Be also included within the second portion of the display object shown in Fig. 7 B, that is, overlap between said first and the said second portion.
After this, at step S106, the said indication thing of said method sensing is with respect to second operation of said electronic equipment.Particularly, said method is passed through sensor (particularly, proximity transducer), the said indication thing of the sensing second series tracing point that projection forms on said electronic equipment, thereby second operation that the said indication thing of sensing carries out electronic equipment.In other words, in the operation of step S106, said indication thing does not contact with said electronic equipment, and only approaching with said electronic equipment.
Because said proximity transducer can be given directions the distance between thing and the electronic equipment by sensing, therefore, at step S107, said method obtains the second distance between said indication thing and the said electronic equipment according to the sensing result of proximity transducer.
In addition, preferably, in the processing of step S107, said method obtains the second distance between said indication thing and the said electronic equipment with predetermined timing.Said predetermined timing is suitably confirmed by those skilled in the art as required.For example, said predetermined timing can be set to 3ms, 5ms etc.Thus, said method obtains described in said second operation, to give directions the real-time distance between thing and the said electronic equipment in real time.
At step S108, said method judges that whether said second distance is greater than first threshold and smaller or equal to second threshold value.Said second threshold value is that said method is identified as the threshold value that is provided with near operation with said second operation.Its value suitably is provided with according to the precision of electronic equipment by those skilled in the art, does not do concrete qualification at this.
When judging said second distance greater than second threshold value, said method finishes.Likewise, when judging said second distance smaller or equal to first threshold, said method finishes.Certainly, in the case, said method also can be proceeded corresponding processing to second operation as operating of contacts according to prior art, no longer describes at this.In addition; Regularly constantly obtaining under the situation of said second distance with predetermined; In the moment when judging said second distance smaller or equal to first threshold or greater than second threshold value, said display object and the relative position relation between the said object display area that said method can remain on this moment are constant.
On the other hand, when judging said first distance smaller or equal to first threshold, said method proceeds to step S109.
At step S109, said method obtains the 3rd operating parameter of said first operating parameter of being different from of said indication thing according to said second operation.
Particularly, as stated, said method can access said second through said proximity transducer and operate in the second series tracing point that projection forms on the said electronic equipment.Through said second series tracing point, said method can obtain the 3rd operating parameter of said indication thing.
More specifically, for example, said method can obtain the displacement of said second operation, as said the 3rd operating parameter through the position of first tracing point in the said second series tracing point with last tracing point.Alternatively, said method can obtain the running time of said second operation, as said the 3rd operating parameter through the timing of the system clock in the said electronic equipment.Certainly, said method also can further obtain the speed of said second operation, as said the 3rd operating parameter through the displacement of above-mentioned second operation that obtains and the running time of second operation.
After this, at step S110, said method concerns the position changing into third phase from second relative position relation between said display object and the said object display area based on said first operating parameter and said the 3rd operating parameter.
Particularly, said method at first converts said the 3rd operating parameter into the 3rd moving parameter of said display object.
More specifically, for example, said method converts the displacement of said second operation second displacement of said display object into, as said the 3rd moving parameter.For example, the said method displacement that can be converted to said display object through displacement and a coefficient addition with said second operation.Said coefficient suitably is provided with by those skilled in the art as required.Preferably, said coefficient can be provided with greater than 0.Thus, the user can be through relative to the operation of shorter displacement and said display object is moved longer distance.Certainly, above conversion regime is merely example.Those skilled in the art can understand; Said method fully can be through changing second displacement that (as multiply by a coefficient, or according to piecewise function or the like) obtain said display object as said the 3rd moving parameter with the displacement of said second operation through other modes.
Alternatively, said method converts the running time of said second operation second traveling time of said display object into, as said the 3rd moving parameter.For meeting user's operating habit, preferably, the running time of said second operation of said method is set to second traveling time of said display object.Certainly, those skilled in the art also can obtain the running time of said second operation second traveling time of said display object after suitable arithmetic conversion, do not do concrete qualification at this.
Alternatively, said method is second translational speed of said display object with the rate conversion of said second operation, as said the 3rd moving parameter.With above-mentioned similar; It will be appreciated by those skilled in the art that second translational speed that said method fully can be through obtaining said display object with the speed of said second operation through variety of way conversion (as multiply by a coefficient, with a coefficient addition or through piecewise function or the like) is as said the 3rd moving parameter.
After this, said method moves said display object based on said first moving parameter and said the 3rd moving parameter, makes that changing into third phase from second relative position relation between said display object and the said object display area concerns the position.
More specifically, for example, said method can be with reference to the relation between the area of the area of the display object that obtains at step S105 and object display area.When the area of said display object during less than the area of said object display area; Said method is based on the moving direction of said display object; And based in second displacement, second traveling time and second translational speed of said display object at least one; Said display object is moved to the 3rd position of said object display area from the said second place, and wherein, said the 3rd position is different with the said second place.For example, shown in Fig. 6 C, said method is based on first moving parameter (to the right) and the 3rd moving parameter that obtain, said display object moved to the position shown in the heavy line (P3) from the second place (P2) shown in Fig. 6 B locate.
On the other hand; When the area of said display object during more than or equal to the area of said object display area; Said method is based on the moving direction of said display object; And, move said display object based in second displacement, second traveling time and second translational speed of said display object at least one, be presented at said object display area with third part with said display object.It is pointed out that said third part and said second portion overlap at the most.In other words, long in displacement, traveling time is long or translational speed faster under the situation, said third part and said second portion can be not overlapping.Otherwise under the situation short in displacement, that traveling time is short or translational speed is slower, said third part and said second portion are overlapped.For example; Shown in Fig. 7 C; Said method is based on first moving parameter (making progress) and the 3rd moving parameter that obtain; Move said display object, be presented at said object display area with third part (three projects in " contact person 7 ", " contact person 8 " and " contact person 9 ") with said display object.Wherein, project " contact person 7 " both has been included in the second portion of the display object shown in Fig. 7 B, is also included within the third part of the display object shown in Fig. 7 C, that is, overlap between said second portion and the said third part.
In the above-described embodiments, said method comprises a plurality of tracing points through the second series tracing point of second operation of said proximity transducer institute sensing.In other words, said indication thing carries out second operation with the mode that above said electronic equipment, slides.Alternatively, the second series tracing point that said method sensed also can only comprise single tracing point.In other words, said indication thing can unsettledly rest on the top of said electronic equipment.In the case; Likewise; Said method is based on the moving direction of the said display object that obtains as stated and second traveling time of said display object; The unit translational speed predetermined with said method moves said display object, makes that changing into third phase from second relative position relation between said display object and the said object display area concerns the position.
Preferably, in the case, said method also can obtain said second distance, and controls second translational speed of said display object based on said second distance.For example, the predeterminable piecewise function of said method, when said second distance at (d
0, d
1] between the time, second translational speed of the said display object of said method is set to V '
1When said second distance at (d
1, d
2] between the time, second translational speed of the said display object of said method is set to V '
2... when said second distance at (d
N-1, d
n] between the time, second translational speed of the said display object of said method is set to V '
nSaid d
1, d
2... d
N-1, d
nAnd V '
1, V '
2... V '
nValue can suitably be provided with as required by those skilled in the art.It is pointed out that in said method d
0Corresponding to first threshold, and d
nCorresponding to second threshold value.Certainly, with above-mentioned similar, it will be appreciated by those skilled in the art that said method fully can be through changing second translational speed that (as multiply by coefficient or the like) obtains said display object with said second distance through other modes.Thus; The user can control the translational speed of display object through the distance between adjustment indication thing and the electronic equipment; And can in adjustment, discern the relation between the translational speed of this distance and display object intuitively, thereby can accurately also apace desired content be presented on the object display area.
In addition, in the operation of step S110, after confirming the displacement and moving direction of said display object as stated, preferably, said method can judge whether the display object after moving can be in boundary condition based on said displacement.When the display object after judgement is moved can be in boundary condition, move said display object, be in boundary condition, the position is concerned as the third phase between said display object and the said object display area up to said display object.
Wherein, when the area of said display object during less than the area of said object display area, the said boundary condition of crossing is: first corresponding with said moving direction in the said display object object bounds exceeds said object display area; Said boundary condition is: the first demonstration border corresponding with said moving direction overlaps in said first object bounds and the said object display area.For example, being schematically shown like Fig. 6 D, is under the situation to the right at moving direction, and the right margin (illustrating with heavy line among the figure) that said boundary condition excessively is said slide block object has exceeded the right margin of object display area S2.In the case, said method moves said display object, up to the boundary condition shown in Fig. 6 E.At this moment, the right margin of said slide block object overlaps with the right margin of said object display area S2.
When the area of said display object during more than or equal to the area of said object display area, the said boundary condition of crossing is: be arranged in said object display area with the reverse second corresponding object bounds of said moving direction in the said display object; Said boundary condition is: overlap with the reverse second corresponding demonstration border of said moving direction in said second object bounds and the said object display area.For example, being schematically shown like Fig. 7 D, is under the situation upwards at moving direction, and the lower boundary (illustrating with heavy line among the figure) that said boundary condition excessively is said list object is arranged in said object display area.In the case, said method moves said display object, up to the boundary condition shown in Fig. 7 E.At this moment, the lower boundary of said list object overlaps with the lower boundary of said object display area S2.
More than, the method according to the embodiment of the invention has been described.In method according to the embodiment of the invention; Through carrying out contact sensing in first operating period and carry out near sensing, and carry out handled, make that the user can be with the gesture of simple, match operation custom (particularly according to contact sensing with near sensed result in second operating period; Contact is earlier slided, the gesture of the unsettled stop in back; Or elder generation contacts the gesture of slip, the unsettled slip in back), come to control easily said electronic equipment execution and operate accordingly, thereby improved user experience.
For example, as stated, in the unlocking operation of some electronic equipments, the user need move to another position from the position on the touch display screen with a display object (like slide block).In method according to the embodiment of the invention; Through the suitable setting in the operation of step S110, for example, will multiply by coefficient as the displacement of indication thing in second operation of the 3rd operating parameter greater than 1; Be converted to second displacement of said display object; Make the user display object to be moved longer distance, operate the displacement of required indication thing thereby shortened the user on the whole, and shortened user's running time through short unsettled sliding distance; Thereby meet user's operating habit more, improved user experience.
Again for example; In electronic equipment in the common display object rolling operation, through method (the especially operation of step S106-S110), in order to see current not content displayed on the touch display screen according to the embodiment of the invention; The user makes more short-range contact slide so that display object begins to roll on a direction; After this, only need make unsettled stop operation, said display object just can continue to roll on this direction; Content up to desired is presented in the object display area, thereby make the user to operate through more short-range contact slide and unsettled easily stop after this display object is moved longer distance.In addition; Preferably; The user also can control the translational speed of display object through the distance between adjustment indication thing and the electronic equipment; And can in adjustment, discern the relation between the translational speed of this distance and display object intuitively, thereby can accurately also apace desired content be presented on the object display area, improve user experience.
Below, will be referring to figs. 2 and 3 the display device of describing according to the embodiment of the invention.
Said display device such as portable mobile termianl, personal computer etc.Said display device comprises display unit, and comprises the object display area that is used to show display object in its viewing area.Said display object for example comprises webpage, picture, tabulation or other various demonstration controls (like, slide block).
In addition, said display device can comprise feeler and proximity transducer.Said feeler is used for sensing and gives directions contacting of thing and said display device, and said proximity transducer is used for the approaching of sensing indication thing and said display device.Alternatively, said display device also can only comprise proximity transducer.In the case, said proximity transducer is designed to both can be used for sensing and gives directions the approaching of thing and said display device, also can be used for contacting of sensing indication thing and said display device.Below, not needing to distinguish especially under both situation, will be referred to as " sensor ".
In addition, be in first relative position relation between said display object and the said object display area.As stated; When the area of said display object during less than the area of said object display area, be in first relative position relation between said display object and the said object display area and refer to: said display object is presented at the primary importance of said object display area.When the area of said display object during more than or equal to the area of said object display area, be in first relative position relation between said display object and the said object display area and refer to: the first of said display object is presented at said object display area.
As shown in Figures 2 and 3, display device 200 comprises: first sensing cell 201, the first acquisition unit 202, first judging unit 203, the second acquisition unit 204, the first change unit 205, second sensing cell 206, the 3rd acquisition unit 207, second judging unit 208, the 4th acquisition unit 209 and the second change unit 210.
Particularly, first sensing cell 201 for example is above-mentioned feeler, and its sensing one is given directions first operation of thing with respect to said display device.Said indication thing is the finger tip, the nib of stylus etc. of user's finger of being used for operating for example.A plurality of tracing points that said first sensing cell, 201 sensings are formed on said display device by said indication thing and the first serial tracing point formed, thereby first operation that the said indication thing of sensing carries out display device.
The first acquisition unit 202 obtains first distance between said indication thing and the said display device according to the sensing result of first sensing cell 201.
First judging unit 203 judges that whether said first distance is smaller or equal to first threshold.Said first threshold is that said display device is operated the threshold value that is identified as operating of contacts and is provided with said first.Its value suitably is provided with by those skilled in the art as required.
When judging said first distance smaller or equal to first threshold, the second acquisition unit 204 obtains first operating parameter and second operating parameter of said indication thing according to said first operation, and wherein, said first operating parameter is different with said second operating parameter.Particularly, as stated, said first sensing cell 201 can access the first serial tracing point of said first operation.Through the said first serial tracing point, the said second acquisition unit 204 can obtain first operating parameter and second operating parameter of said indication thing.
More specifically, the said second acquisition unit 204 can obtain the moving direction of said first operation, as said first operating parameter through the position of first tracing point in the said first serial tracing point with last tracing point.Certainly; Support in said display device under the situation of higher arithmetic capability; For improving precision; The said second acquisition unit 204 also can obtain the real-time moving direction of said first operation, as said first operating parameter through any two (adjacent) tracing points in the said first serial tracing point.
In addition, the said second acquisition unit 204 also can obtain second operating parameter different with said first operating parameter.For example, the said second acquisition unit 204 can obtain the displacement of said first operation, as said second operating parameter through the position of first tracing point in the said first serial tracing point with last tracing point.Alternatively, the said second acquisition unit 204 can obtain the running time of said first operation, as said second operating parameter through the timing of the system clock in the said display device.Alternatively, the said second acquisition unit 204 can obtain the speed of said first operation, as said second operating parameter through first tracing point in the said first serial tracing point and the position of last tracing point and the timing of said system clock.Certainly; Similarly; The said second acquisition unit 204 can be through any two (adjacent) tracing points in the said first serial tracing point and said display device the timing of system clock, obtain the real-time speed of said first operation, as said second operating parameter.
The first change unit 205 is based on said first operating parameter and said second operating parameter, with changing into second relative position relation from first relative position relation between said display object and the said object display area.
Particularly, the said first change unit 205 can comprise first converting unit 301 as shown in Figure 3, said first operating parameter and said second operating parameter is converted into first moving parameter and second moving parameter of said display object respectively; And first mobile unit 302, based on said first moving parameter and said second moving parameter, move said display object, with changing into second relative position relation from first relative position relation between said display object and the said object display area.
More specifically, for example, said first converting unit 301 converts the moving direction of said first operation moving direction of said display object into, as said first moving parameter.For example, said first converting unit 301 can be set to the moving direction of said display object with the consistent or opposite direction of moving direction of said first operation.In the following description, suppose said display object moving direction and said first the operation moving direction identical.
Again for example, said first converting unit 301 converts the displacement of said first operation first displacement of said display object into, as said second moving parameter.For example, said first converting unit 301 first displacement that can be converted to said display object through displacement and a coefficient addition with said first operation.Said coefficient suitably is provided with by those skilled in the art as required.For example, said coefficient can be set to 0.Certainly, above conversion regime is merely example.Those skilled in the art can understand; Said first converting unit 301 fully can be through changing first displacement that (as multiply by a coefficient, or according to piecewise function or the like) obtain said display object as said second moving parameter with the displacement of said first operation through other modes.
Alternatively, said first converting unit 301 converts the running time of said first operation first traveling time of said display object into, as said second moving parameter.For meeting user's operating habit, preferably, the running time of said first converting unit 301 said first operations is set to first traveling time of said display object.Certainly, those skilled in the art also can obtain the running time of said first operation first traveling time of said display object after suitable arithmetic conversion, do not do concrete qualification at this.
Alternatively, said first converting unit 301 is first translational speed of said display object with the rate conversion of said first operation, as said second moving parameter.For example, said first converting unit, 301 predeterminable piecewise functions, when said first the operation speed [0, v
1) between the time, first translational speed of said first converting unit, 301 said display object is set to V
1When said first the operation speed at [v
1, v
2) between the time, first translational speed of said first converting unit, 301 said display object is set to V
2... when said first the operation speed at [v
N-1, v
n) between the time, first translational speed of said first converting unit, 301 said display object is set to V
nSaid v
1, v
2... v
N-1, v
nAnd V
1, V
2... V
nValue can suitably be provided with as required by those skilled in the art.Certainly; With above-mentioned similar; Those skilled in the art can understand; Said first converting unit 301 fully can through with the speed of said first operation through other modes change (as multiply by a coefficient, or with coefficient addition or the like) and first translational speed that obtains said display object as said second moving parameter.
After this; Said first mobile unit 302 is based on said first moving parameter and said second moving parameter; Move said display object, make and change into second relative position relation from first relative position relation between said display object and the said object display area.
More specifically, for example, the size of the area that said first mobile unit 302 can more said display object and the area of said object display area.When the area of said display object during less than the area of said object display area; Said first mobile unit 302 is based on the moving direction of said display object; And based in first displacement, first traveling time and first translational speed of said display object at least one; Said display object is moved to the second place of said object display area from said primary importance, and wherein, the said second place is different with said primary importance.
On the other hand; When the area of said display object during more than or equal to the area of said object display area; Said first mobile unit 302 is based on the moving direction of said display object; And, move said display object based in first displacement, first traveling time and first translational speed of said display object at least one, be presented at said object display area with second portion with said display object.It is pointed out that said second portion and said first overlap at the most.
The 3rd acquisition unit 207 obtains the second distance between said indication thing and the said display device according to said second operation.In addition, preferably, said the 3rd acquisition unit 207 obtains the second distance between said indication thing and the said display device with predetermined timing.Said predetermined timing is suitably confirmed by those skilled in the art as required.For example, said predetermined timing can be set to 3ms, 5ms etc.Thus, said the 3rd acquisition unit 207 obtains described in said second operation, to give directions the real-time distance between thing and the said display device in real time.
In addition, preferably, said display device also can comprise holding unit as shown in Figure 3 303.When the 3rd acquisition unit 207 constantly obtains said second distance with predetermined timing; In the moment when second judging unit 208 is judged said second distance smaller or equal to first threshold or greater than second threshold value, said display object and the relative position relation between the said object display area that said holding unit 303 can remain on this moment are constant.
When judging said second distance greater than first threshold and smaller or equal to second threshold value, the 4th acquisition unit 209 obtains the 3rd operating parameter of said first operating parameter of being different from of said indication thing according to said second operation.
Particularly, as stated, said second sensing cell 206 can access said second and operate in the second series tracing point that projection forms on the said display device.Through said second series tracing point, said the 4th acquisition unit 209 can obtain the 3rd operating parameter of said indication thing.
More specifically, for example, said the 4th acquisition unit 209 can obtain the displacement of said second operation, as said the 3rd operating parameter through the position of first tracing point in the said second series tracing point with last tracing point.Alternatively, said the 4th acquisition unit 209 can obtain the running time of said second operation, as said the 3rd operating parameter through the timing of the system clock in the said display device.Certainly, said the 4th acquisition unit 209 also can further obtain the speed of said second operation, as said the 3rd operating parameter through the displacement of above-mentioned second operation that obtains and the running time of second operation.
The second change unit 210 concerns the position changing into third phase from second relative position relation between said display object and the said object display area based on said first operating parameter and said the 3rd operating parameter.
Particularly, the said second change unit 210 can comprise second converting unit 304 as shown in Figure 3, said the 3rd operating parameter is converted into the 3rd moving parameter of said display object; And second mobile unit 305, based on said first moving parameter and said the 3rd moving parameter, move said display object, the position is concerned with changing into third phase from second relative position relation between said display object and the said object display area.
Said second converting unit 304 at first converts said the 3rd operating parameter into the 3rd moving parameter of said display object.
More specifically, for example, said second converting unit 304 converts the displacement of said second operation second displacement of said display object into, as said the 3rd moving parameter.For example, said second converting unit 304 displacement that can be converted to said display object through displacement and a coefficient addition with said second operation.Said coefficient suitably is provided with by those skilled in the art as required.Preferably, said coefficient can be provided with greater than 0.Thus, the user can be through relative to the operation of shorter displacement and said display object is moved longer distance.Certainly, above conversion regime is merely example.Those skilled in the art can understand; Said second converting unit 304 fully can be through changing second displacement that (as multiply by a coefficient, or according to piecewise function or the like) obtain said display object as said the 3rd moving parameter with the displacement of said second operation through other modes.
Alternatively, said second converting unit 304 converts the running time of said second operation second traveling time of said display object into, as said the 3rd moving parameter.For meeting user's operating habit, preferably, the running time of said second converting unit 304 said second operations is set to second traveling time of said display object.Certainly, those skilled in the art also can obtain the running time of said second operation second traveling time of said display object after suitable arithmetic conversion, do not do concrete qualification at this.
Alternatively, said second converting unit 304 is second translational speed of said display object with the rate conversion of said second operation, as said the 3rd moving parameter.With above-mentioned similar; It will be appreciated by those skilled in the art that second translational speed that said second converting unit 304 fully can be through obtaining said display object with the speed of said second operation through variety of way conversion (as multiply by a coefficient, with a coefficient addition or through piecewise function or the like) is as said the 3rd moving parameter.
After this; Said second mobile unit 305 is based on said first moving parameter and said the 3rd moving parameter; Move said display object, make that changing into third phase from second relative position relation between said display object and the said object display area concerns the position.
More specifically, for example, the relation between the area of the display object that said second mobile unit 305 can obtain with reference to said first mobile unit 302 and the area of object display area.When the area of said display object during less than the area of said object display area; Said second mobile unit 305 is based on the moving direction of said display object; And based in second displacement, second traveling time and second translational speed of said display object at least one; Said display object is moved to the 3rd position of said object display area from the said second place, and wherein, said the 3rd position is different with the said second place.On the other hand; When the area of said display object during more than or equal to the area of said object display area; Said second mobile unit 305 is based on the moving direction of said display object; And, move said display object based in second displacement, second traveling time and second translational speed of said display object at least one, be presented at said object display area with third part with said display object.It is pointed out that said third part and said second portion overlap at the most.
In the above-described embodiments, the second series tracing point of said second sensing cell, 206 sensings comprises a plurality of tracing points.In other words, said indication thing carries out second operation with the mode that above said display device, slides.Alternatively, the second series tracing point that sensed of said second sensing cell 206 also can only comprise single tracing point.In other words, said indication thing can unsettledly rest on the top of said display device.In the case; Likewise; Said second mobile unit 305 is based on the moving direction of the said display object that obtains as stated and second traveling time of said display object; Move said display object, make that changing into third phase from second relative position relation between said display object and the said object display area concerns the position.
Preferably, in the case, said the 4th acquisition unit 209 also can obtain said second distance, and second translational speed of said display object is controlled in the said second change unit 210 based on said second distance.For example, the said second change unit 210 predeterminable piecewise functions, when said second distance at (d
0, d
1] between the time, second translational speed of the said second change unit 210 said display object is set to V '
1When said second distance at (d
1, d
2] between the time, second translational speed of the said second change unit 210 said display object is set to V '
2... when said second distance at (d
N-1, d
n] between the time, second translational speed of the said second change unit 210 said display object is set to V '
nSaid d
1, d
2... d
N-1, d
nAnd V '
1, V '
2... V '
nValue can suitably be provided with as required by those skilled in the art.It is pointed out that d
0Corresponding to first threshold, and d
nCorresponding to second threshold value.Certainly, with above-mentioned similar, it will be appreciated by those skilled in the art that the said second change unit 210 fully can be through changing second translational speed that (as multiply by coefficient or the like) obtains said display object with said second distance through other modes.Thus; The user can control the translational speed of display object through the distance between adjustment indication thing and the display device; And can in adjustment, discern the relation between the translational speed of this distance and display object intuitively, thereby can accurately also apace desired content be presented on the object display area.
In addition, preferably, the said second change unit 210 can comprise confirms the unit (not shown), based on said first operating parameter and said the 3rd operating parameter, confirms the displacement and the moving direction of said display object; The 3rd judging unit (not shown) based on said displacement, judges whether the display object after moving can be in boundary condition; And the 3rd mobile unit (not shown); When the display object after the 3rd judgment unit judges moves can be in boundary condition; Move said display object; Be in boundary condition up to said display object, the position concerned as the third phase between said display object and the said object display area.
More than, the display device according to the embodiment of the invention has been described.In display device according to the embodiment of the invention; Carry out contact sensing through first sensing cell; And pass through second sensing cell and carry out near sensing, thereby carry out handled according to contact sensing with near sensed result, make that the user can be with the gesture simple, that match operation is accustomed to (particularly; Contact is earlier slided, the gesture of the unsettled stop in back; Or elder generation contacts the gesture of slip, the unsettled slip in back), come to control easily said display device execution and operate accordingly, thereby improved user experience.
To the electronic equipment according to the embodiment of the invention be described with reference to Fig. 4 below.
As shown in Figure 4, said electronic equipment 400 comprises: first sensor 401, second sensor 402, processor 403 and display 404.Can be coupled communicatedly between said first sensor 401, second sensor 402, processor 403 and the display 404.
Comprise object display area in the viewing area of display 404, said object display area is used to show display object, is in first relative position relation between said display object and the said object display area.
The concrete processing of said processor 403 is described in detail in the method according to the embodiment of the invention with reference to Fig. 1, no longer repeats at this.
More than, the electronic equipment according to the embodiment of the invention has been described.In electronic equipment according to the embodiment of the invention; Carry out contact sensing through first sensor; And pass through second sensor and carry out near sensing, thereby carry out handled according to contact sensing with near sensed result, make that the user can be with the gesture simple, that match operation is accustomed to (particularly; Contact is earlier slided, the gesture of the unsettled stop in back; Or elder generation contacts the gesture of slip, the unsettled slip in back), come to control easily said electronic equipment execution and operate accordingly, thereby improved user experience.
More than, referring to figs. 1 through Fig. 7 the method, display device and the electronic equipment that are used for moving display object according to the embodiment of the invention have been described.
Need to prove; In this manual; Term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability; Thereby make to comprise that process, method, article or the equipment of a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or also be included as this process, method, article or equipment intrinsic key element.Under the situation that do not having much more more restrictions, the key element that limits by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises said key element and also have other identical element.
At last, need to prove also that above-mentioned a series of processing not only comprise the processing of carrying out by the time sequence with order described here, and comprise parallel or respectively rather than the processing of carrying out in chronological order.
Through the description of above embodiment, those skilled in the art can be well understood to the present invention and can realize by the mode that software adds essential hardware platform, can certainly all implement through hardware.Based on such understanding; All or part of can the coming out that technical scheme of the present invention contributes to background technology with the embodied of software product; This computer software product can be stored in the storage medium, like ROM/RAM, magnetic disc, CD etc., comprises that some instructions are with so that a computer equipment (can be a personal computer; Server, the perhaps network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
In embodiments of the present invention, units/modules can realize with software, so that carried out by various types of processors.For instance, the executable code module of a sign can comprise the one or more physics or the logical block of computer instruction, and for instance, it can be built as object, process or function.However; The executable code of institute's identification module need not to be physically located in together; But can comprise the different instruction on being stored in the coordination not, and when combining on these command logics, the regulation purpose that it constitutes units/modules and realizes this units/modules.
When units/modules can utilize software to realize; Consider the level of existing hardware technology; So can be with the units/modules of software realization; Do not considering under the condition of cost that those skilled in the art can build the corresponding hardware circuit and realize corresponding function, said hardware circuit comprises conventional ultra-large integrated (VLSI) circuit or gate array and the existing semiconductor such as logic chip, transistor or other discrete element.Module can also be used programmable hardware device, such as realizations such as field programmable gate array, programmable logic array, programmable logic devices.
More than the present invention has been carried out detailed introduction, used concrete example among this paper principle of the present invention and embodiment set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that on embodiment and range of application, all can change, in sum, this description should not be construed as limitation of the present invention.
Claims (14)
1. method that is used for moving display object; Be applied in the electronic equipment; Said electronic equipment comprises display unit; Be used in the viewing area of said display object and said display unit to show between the object display area of said display object be in first relative position relation, said method comprises:
Sensing one is given directions first operation of thing with respect to said electronic equipment;
According to said first operation, obtain first distance between said indication thing and the said electronic equipment;
Judge that whether said first distance is smaller or equal to first threshold;
When judging said first distance smaller or equal to first threshold, according to said first operation, obtain first operating parameter and second operating parameter of said indication thing, wherein, said first operating parameter is different with said second operating parameter;
Based on said first operating parameter and said second operating parameter, with changing into second relative position relation from first relative position relation between said display object and the said object display area;
The said indication thing of sensing is with respect to second operation of said electronic equipment;
According to said second operation, obtain the second distance between said indication thing and the said electronic equipment;
Judge that whether said second distance is greater than first threshold and smaller or equal to second threshold value;
When judging said second distance,, obtain the 3rd operating parameter of said first operating parameter of being different from of said indication thing according to said second operation greater than first threshold and smaller or equal to second threshold value; And
Based on said first operating parameter and said the 3rd operating parameter, the position is concerned changing into third phase from second relative position relation between said display object and the said object display area.
2. the method for claim 1, wherein comprise changing into second relative position relation from first relative position relation between said display object and the said object display area:
Said first operating parameter and said second operating parameter are converted into first moving parameter and second moving parameter of said display object respectively; And
Based on said first moving parameter and said second moving parameter, move said display object, make and change into second relative position relation from first relative position relation between said display object and the said object display area;
And, with changing into third phase from second relative position relation between said display object and the said object display area position relation is comprised:
Said the 3rd operating parameter is converted into the 3rd moving parameter of said display object; And
Based on said first moving parameter and said the 3rd moving parameter, move said display object, make that changing into third phase from second relative position relation between said display object and the said object display area concerns the position.
3. the method for claim 1; Wherein, When the area of said display object during less than the area of said object display area, be in first relative position relation between said display object and the said object display area and be: said display object is presented at the primary importance of said object display area;
And; Comprise changing into second relative position relation from first relative position relation between said display object and the said object display area: the second place that said display object is moved to said object display area from said primary importance; Wherein, the said second place is different with said primary importance;
With changing into third phase from second relative position relation between said display object and the said object display area position relation is comprised: the 3rd position that said display object is moved to said object display area from the said second place; Wherein, said the 3rd position is different with the said second place.
4. the method for claim 1; Wherein, When the area of said display object during more than or equal to the area of said object display area, be in first relative position relation between said display object and the said object display area and be: the first of said display object is presented at said object display area;
And; Comprise changing into second relative position relation from first relative position relation between said display object and the said object display area: move said display object; Be presented at said object display area with second portion with said display object; Wherein, said second portion and said first overlap at the most;
With changing into third phase from second relative position relation between said display object and the said object display area position relation is comprised: move said display object; Be presented at said object display area with third part with said display object; Wherein, said third part and said second portion are overlapped at the most.
5. the method for claim 1, wherein
Said first operating parameter comprises the moving direction of said indication thing in first operation;
Said second operating parameter comprises said indication thing displacement, speed and at least one in the running time in first operation; And
Said the 3rd operating parameter comprises said indication thing displacement, at least one in the running time in second operation of said indication thing in second operation.
6. the method for claim 1, wherein said second distance that obtains between said indication thing and the said electronic equipment according to said second operation comprises:
According to said second operation, obtain the second distance between said indication thing and the said electronic equipment with predetermined timing.
7. method as claimed in claim 6 also comprises:
In the moment when judging said second distance smaller or equal to first threshold or greater than second threshold value, the said display object and the relative position relation between the said object display area that remain on this moment are constant.
8. the method for claim 1, wherein the position relation is comprised changing into third phase from second relative position relation between said display object and the said object display area:
Based on said first operating parameter and said the 3rd operating parameter, confirm the displacement and the moving direction of said display object;
Based on said displacement, judge whether the display object after moving can be in boundary condition; And
When the display object after judgement is moved can be in boundary condition, move said display object, be in boundary condition, the position is concerned as the third phase between said display object and the said object display area up to said display object;
Wherein, when the area of said display object during less than the area of said object display area, the said boundary condition of crossing is: first corresponding with said moving direction in the said display object object bounds exceeds said object display area; Said boundary condition is: the first demonstration border corresponding with said moving direction overlaps in said first object bounds and the said object display area; And
When the area of said display object during more than or equal to the area of said object display area, the said boundary condition of crossing is: be arranged in said object display area with the reverse second corresponding object bounds of said moving direction in the said display object; Said boundary condition is: overlap with the reverse second corresponding demonstration border of said moving direction in said second object bounds and the said object display area.
9. a display device comprises object display area in its viewing area, and said object display area is used to show display object, is in first relative position relation between said display object and the said object display area, and said display device comprises:
First sensing cell, sensing one are given directions first operation of thing with respect to said display device;
The first acquisition unit according to said first operation, obtains first distance between said indication thing and the said display device;
First judging unit judges that whether said first distance is smaller or equal to first threshold;
The second acquisition unit when judging said first distance smaller or equal to first threshold, according to said first operation, obtains first operating parameter and second operating parameter of said indication thing, and wherein, said first operating parameter is different with said second operating parameter;
The first change unit is based on said first operating parameter and said second operating parameter, with changing into second relative position relation from first relative position relation between said display object and the said object display area;
Second sensing cell, the said indication thing of sensing is with respect to second operation of said display device;
The 3rd acquisition unit according to said second operation, obtains the second distance between said indication thing and the said display device;
Second judging unit judges that whether said second distance is greater than first threshold and smaller or equal to second threshold value;
The 4th acquisition unit when judging said second distance greater than first threshold and smaller or equal to second threshold value, according to said second operation, obtains the 3rd operating parameter of said first operating parameter of being different from of said indication thing; And
The second change unit based on said first operating parameter and said the 3rd operating parameter, concerns the position changing into third phase from second relative position relation between said display object and the said object display area.
10. display device as claimed in claim 9, wherein, the said first change unit comprises:
First converting unit converts said first operating parameter and said second operating parameter respectively into first moving parameter and second moving parameter of said display object; And
First mobile unit based on said first moving parameter and said second moving parameter, moves said display object, with changing into second relative position relation from first relative position relation between said display object and the said object display area;
And the said second change unit comprises:
Second converting unit converts said the 3rd operating parameter into the 3rd moving parameter of said display object; And
Second mobile unit based on said first moving parameter and said the 3rd moving parameter, moves said display object, with changing into third phase from second relative position relation between said display object and the said object display area position is concerned.
11. display device as claimed in claim 9, wherein, said the 3rd acquisition unit obtains the second distance between said indication thing and the said display device according to said second operation with predetermined timing.
12. display device as claimed in claim 11 also comprises:
Holding unit, in the moment of the said second distance of second judgment unit judges during smaller or equal to first threshold or greater than second threshold value, the said display object and the relative position relation between the said object display area that remain on this moment are constant.
13. display device as claimed in claim 9, wherein, the said second change unit comprises:
Confirm the unit,, confirm the displacement and the moving direction of said display object based on said first operating parameter and said the 3rd operating parameter;
The 3rd judging unit based on said displacement, judges whether the display object after moving can be in boundary condition; And
The 3rd mobile unit; When the display object after the 3rd judgment unit judges moves can be in boundary condition; Move said display object, be in boundary condition, the position is concerned as the third phase between said display object and the said object display area up to said display object;
Wherein, when the area of said display object during less than the area of said object display area, the said boundary condition of crossing is: first corresponding with said moving direction in the said display object object bounds exceeds said object display area; Said boundary condition is: the first demonstration border corresponding with said moving direction overlaps in said first object bounds and the said object display area; And
When the area of said display object during more than or equal to the area of said object display area, the said boundary condition of crossing is: be arranged in said object display area with the reverse second corresponding object bounds of said moving direction in the said display object; Said boundary condition is: overlap with the reverse second corresponding demonstration border of said moving direction in said second object bounds and the said object display area.
14. an electronic equipment comprises:
Display comprises object display area in its viewing area, and said object display area is used to show display object, is in first relative position relation between said display object and the said object display area;
First sensor, sensing one are given directions first operation of thing with respect to said electronic equipment;
Second sensor, the said indication thing of sensing is with respect to second operation of said electronic equipment; And
Processor;
Wherein, said processor is configured to:
According to said first operation, obtain first distance between said indication thing and the said electronic equipment;
Judge that whether said first distance is less than first threshold;
When judging said first distance less than first threshold, according to said first operation, obtain first operating parameter and second operating parameter of said indication thing, wherein, said first operating parameter is different with said second operating parameter;
Based on said first operating parameter and said second operating parameter, with changing into second relative position relation from first relative position relation between said display object and the said object display area;
According to said second operation, obtain the second distance between said indication thing and the said electronic equipment;
Judge that whether said second distance is greater than first threshold and less than second threshold value;
When judging said second distance,, obtain the 3rd operating parameter of said first operating parameter of being different from of said indication thing according to said second operation greater than first threshold and less than second threshold value; And
Based on said first operating parameter and said the 3rd operating parameter, the position is concerned changing into third phase from second relative position relation between said display object and the said object display area.
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| CN201110061129.XA CN102681750B (en) | 2011-03-14 | 2011-03-14 | Method, display device and electronic device for movably displaying target |
| PCT/CN2012/072033 WO2012119548A1 (en) | 2011-03-07 | 2012-03-07 | Control method, control device, display device, and electronic device |
| US14/003,687 US10345912B2 (en) | 2011-03-07 | 2012-03-07 | Control method, control device, display device and electronic device |
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| CN201110061129.XA CN102681750B (en) | 2011-03-14 | 2011-03-14 | Method, display device and electronic device for movably displaying target |
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| CN102681750B CN102681750B (en) | 2014-04-23 |
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