CN102566877A - Method for adjusting display appearance of keyboard interface - Google Patents
Method for adjusting display appearance of keyboard interface Download PDFInfo
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- CN102566877A CN102566877A CN2010106241499A CN201010624149A CN102566877A CN 102566877 A CN102566877 A CN 102566877A CN 2010106241499 A CN2010106241499 A CN 2010106241499A CN 201010624149 A CN201010624149 A CN 201010624149A CN 102566877 A CN102566877 A CN 102566877A
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Abstract
The invention discloses a method for adjusting the display appearance of a keyboard interface displayed on a touch display unit according to the finger length of a user, the relative position of fingers and the habitual keyboard operation gestures. The method comprises the following steps of: (A) detecting a first touch press on a start reference point of the touch display unit; (B) detecting a second touch press on a first position different from the start reference point; (C) detecting a moving track on the touch display unit; (D) calculating the key space and key size parameter of the keyboard interface according to the relative position relationship between the start reference point and the first position; (E) calculating the bending curvature and bending mode of the keyboard interface according to the displacement direction and distance of the moving track; and (F) adjusting the display appearance of the keyboard interface according to the key space, key size parameters, the bending curvature and the bending mode.
Description
Technical field
The present invention is about the method for the demonstration outward appearance of a kind of adjustment one keyboard interface, refer to especially a kind of can be according to the different users respectively point the method that relative position and habitual keyboard operation gesture adjustment one between length, each finger are shown in the demonstration outward appearance of the keyboard interface on the touch-display unit.
Background technology
In recent years, the touch-control industry is flourish, industry push away one after another utilize more one be shown in touch-display unit keyboard interface (dummy keyboard) replace the 3C Product of traditional mechanical keyboard, like flat computer or giant-screen mobile phone etc.Yet the method for the demonstration outward appearance of the widely used adjustment one keyboard interface of industry is to use a sensor (like optical sensor or compression sensor) at present, and sensing one user's palm profile size is to obtain user's palm profile size data.Then, again according to the big facts on file of resulting palm profile, equal proportion ground adjustment one is shown in the demonstration outward appearance of the keyboard interface of touch-display unit, like the bond length between keyboard interface Outside Dimensions and each button.
Yet; This kind sensing mode has numerous shortcomings; It is not only ignored when the user typewrites, and its palm is non-to be flattened on the keyboard interface, and correct putting position (configuration of its each button is ergonomic not) of its each finger when more ignoring the user and typewriting.Therefore, the incident of all types of hand exercise injuries takes place because of the long-time keyboard interface that uses this kind not meet ergonomics in the hand that the user has been taken place at present.
Therefore; Industry need a kind of can according to the different users respectively point the method that relative position and habitual keyboard operation gesture adjustment one between length, each finger are shown in the demonstration outward appearance of the keyboard interface on the touch-display unit, make that the user can avoid injuring because of the long-time hand exercise that uses keyboard interface input data to cause.
Summary of the invention
A purpose of the present invention is in the method for the demonstration outward appearance that a kind of adjustment one keyboard interface is provided, and in order to do reaching relative position between each finger according to different users's the length of respectively pointing, adjustment one is shown in the demonstration outward appearance of the keyboard interface on the touch-display unit.
Another object of the present invention provides a kind of method of demonstration outward appearance of adjustment one keyboard interface, can be according to user's habitual keyboard operation gesture, and adjustment one is shown in the demonstration outward appearance of the keyboard interface on the touch-display unit.
Another purpose of the present invention is providing a kind of keyboard that shows outward appearance of adjusting, but can reach relative position between each finger, the demonstration outward appearance of adjustment a plurality of push-button units that keyboard had according to different users's the length of respectively pointing.
For reaching above-mentioned purpose; The method of the demonstration outward appearance of adjustment one keyboard interface of the present invention; This keyboard interface is shown on the touch-display unit and has a plurality of push-button units; This touch-display unit also includes together primordium on schedule, and the method comprises the following steps: that (A) pushes in this original bench mark point detecting one first touch-control; (B) on this touch-display unit one differ from this original bench mark point primary importance detect one second touch-control and push; (C) this second touch-control of detecting pushes thus that primary importance tows to the motion track that a second place forms on this touch-display unit; (D) put the relative position relation of primary importance on this touch-display unit therewith according to this original bench mark, calculate a bond length and a button size parameter of this keyboard interface; (E), calculate a bending curvature and a beam mode of this keyboard interface according to the sense of displacement and the shift length of this motion track; And, adjust the demonstration outward appearance of this keyboard interface (F) according to this bond length, this button size parameter, this bending curvature and this beam mode.
For reaching above-mentioned purpose; The method of the demonstration outward appearance of adjustment one keyboard interface of the present invention; This keyboard interface is shown on the touch-display unit and has a plurality of push-button units, and the method comprises the following steps: that (A) four positions on this touch-display unit detect a touch-control respectively and push; (B), calculate a bond length and a button size parameter of this keyboard interface according to these four relative position relations of position on this touch-display unit; And (C) according to this bond length and this button size parameter), adjust the demonstration outward appearance of this keyboard interface.
For reaching above-mentioned purpose; The method of the demonstration outward appearance of adjustment one keyboard interface of the present invention; This keyboard interface is shown on the touch-display unit and has a plurality of push-button units; This touch-display unit also includes together primordium on schedule, and this method comprises the following steps: that (A) pushes in this original bench mark point detecting one first touch-control; (B) on this touch-display unit one differ from this original bench mark point primary importance detect one second touch-control and push; (C) this second touch-control of detecting is pushed by this primary importance and is towed to the motion track that a second place forms on this touch-display unit; (D), calculate a beam mode of this keyboard interface according to the sense of displacement and the shift length of this motion track; And, adjust the demonstration outward appearance of this keyboard interface (E) according to this beam mode.
For reaching above-mentioned purpose, the keyboard that shows outward appearance of adjusting of the present invention, comprising: a touch-display unit has a plurality of push-button units; And a processing unit, be coupled to this touch-display unit, in order to detecting the motion track of a user on this touch-display unit, and according to the demonstration outward appearance of these these push-button units of motion track adjustment.
Therefore; First touch-control that the user produces with difference finger contact one touch-display unit is pushed and second touch-control is pushed owing to the method for the demonstration outward appearance of adjustment one keyboard interface of the present invention can be detected; And can detect the user under the situation (position that fixing first touch-control is pushed) of the original bench mark point of the aforesaid touch-display unit of proficiency abutment; Second touch-control pressed on tow to the motion track that another position forms on the touch-display unit, the method for the demonstration outward appearance of adjustment one keyboard interface of the present invention just can calculate display keyboard interface required " bond length ", " button size parameter ", " bending curvature " and reach parameters such as " beam modes ".So; The method of the demonstration outward appearance of adjustment one keyboard interface of the present invention just can according to the different users respectively point the demonstration outward appearance that relative position and user's habitual keyboard operation gesture adjustment one between length, each finger is shown in the keyboard interface on the touch-display unit, like the size and the bending shape of keyboard interface.
On the other hand; Can detect the user and push with four touch-controls that four finger contact one touch-display unit produce owing to the method for the demonstration outward appearance of adjustment one keyboard interface of the present invention, the method for the demonstration outward appearance of adjustment one keyboard interface of the present invention just can calculate display keyboard interface required " bond length " and reach parameters such as " button size parameters ".So; The method of the demonstration outward appearance of adjustment one keyboard interface of the present invention just can according to the different users respectively point the demonstration outward appearance that relative position and user's habitual keyboard operation gesture adjustment one between length, each finger is shown in the keyboard interface on the touch-display unit, like the size of keyboard interface.
In addition; First touch-control that the user produces with its touch-display unit of difference finger contact is pushed and second touch-control is pushed owing to the processing unit of adjusting the keyboard institute tool that shows outward appearance of the present invention can be detected; And can detect the user under the situation (position that fixing first touch-control is pushed) of the original bench mark point of the aforesaid touch-display unit of proficiency abutment; Second touch-control pressed on tow to the motion track that another position forms on the touch-display unit; So the keyboard of adjusting the demonstration outward appearance of the present invention can be according to the motion track that its processing unit detected, " bond length ", " the button size parameter ", " bending curvature " that calculate a plurality of push-button units of its touch-display unit institute tool reach parameters such as " beam modes ".So, of the present inventionly adjust the demonstration outward appearance that the keyboard that shows outward appearance can be adjusted a plurality of push-button units of its touch-display unit institute tool really.
Description of drawings
The process flow diagram of the method for the demonstration outward appearance of the adjustment one keyboard interface of Fig. 1 one embodiment of the invention.
Fig. 2 shows that one has the synoptic diagram of the computing machine of a touch-display unit, and the method for the demonstration outward appearance of the adjustment one keyboard interface of one embodiment of the invention be used to adjust one be shown in the keyboard interface on this touch-display unit the demonstration outward appearance.
Fig. 3 A shows that a user pushes the synoptic diagram of the action of touch-display unit shown in Figure 2 with the forefinger and the middle finger of the right hand.
Fig. 3 B shows the synoptic diagram of a user pulls the middle finger of the right hand on touch-display unit shown in Figure 2 action.
The process flow diagram of the method for the demonstration outward appearance of the adjustment one keyboard interface of Fig. 4 another embodiment of the present invention.
Fig. 5 shows that a user pushes the synoptic diagram of the action of touch-display unit shown in Figure 2 with forefinger, middle finger, the third finger and the little finger of toe of the right hand.
The process flow diagram of the method for the demonstration outward appearance of the adjustment one keyboard interface of Fig. 6 further embodiment of this invention.
Fig. 7 shows the synoptic diagram of keyboard of the demonstration the adjusted outward appearance of yet another embodiment of the invention.
Symbol description
21,71 touch-display unit, 22,72 processing units
23 keyboard interface A original bench mark points
The B primary importance C second place
X motion track X
1, X
2, X
3And X
4The position
211 show block 231,711 push-button units
Embodiment
As shown in Figure 1, the process flow diagram of the method for the demonstration outward appearance of the adjustment one keyboard interface of its one embodiment of the invention.Wherein, the method comprises the following steps:
(A) push in this original bench mark point detecting one first touch-control;
(B) on this touch-display unit one differ from this original bench mark point primary importance detect one second touch-control and push;
(C) this second touch-control of detecting pushes thus that primary importance tows to the motion track that a second place forms on this touch-display unit;
(D) put the relative position pass of primary importance on this touch-display unit therewith according to this original bench mark, calculate a bond length and a button size parameter of this keyboard interface;
(E), calculate a bending curvature and a beam mode of this keyboard interface according to the sense of displacement and the shift length of this motion track; And
(F), adjust the demonstration outward appearance of this keyboard interface according to this bond length, this button size parameter, this bending curvature and this beam mode.
In addition, aforesaid keyboard interface is shown in a touch-display unit, and one to comprise the computing machine of this touch-display unit then as shown in Figure 2.Wherein, This computing machine comprises a touch-display unit 21 and a processing unit 22; And the method for the demonstration outward appearance of the adjustment one keyboard interface of one embodiment of the invention be used to adjust one be shown in the keyboard interface 23 on the touch-display unit 21 the demonstration outward appearance; Like the size and the bending shape of keyboard interface 23, and keyboard interface 23 and have a plurality of push-button units 231.
Be noted that keyboard interface 23 shown in Figure 2 only is used to express keyboard interface 23 with the position that is shown, the actual displayed size of keyboard interface 23 is not as limit.And keyboard interface 23 can more can have a crooked kenel when actual displayed, like curved month type, with provide one meet user's demand the ergonomic keyboard interface.
In addition, in the present embodiment, touch-display unit 21 is a capacitance touching control display screen.But under other applicable cases, touch-display unit 21 also can be an electric resistance touch-control display screen.
Below, with the running aspect of the method for the demonstration outward appearance that cooperates the graphic adjustment one keyboard interface that is described in detail one embodiment of the invention:
At first, shown in Fig. 3 A, the primordium together that user's (not shown) is pushed touch-display unit 21 with right hand forefinger is A on schedule, and aforesaid processing unit 22 is convenient to original bench mark point A and is detected one first touch-control and push (steps A).Then, this user's (not shown) is in addition pushed the primary importance B that one of touch-display unit 21 differs from original bench mark point A with right hand middle finger, and aforesaid processing unit 22 is convenient to primary importance B and is detected one second and push (step B).Subsequently; Shown in Fig. 3 B; This user's (not shown) is (this moment, right hand forefinger can continue to push original bench mark point A) behind the primary importance B that pushes touch-display unit 21 with right hand middle finger; Push from primary importance B second and to tow to a second place C, form a motion track X, and aforesaid processing unit 22 is just detected this motion track X (step C).
When processing unit 22 accomplish that aforesaid first touch-control of detecting is pushed, second touch-control is pushed and motion track X after; Processing unit 22 calculates a bond length (key pitch) and a button size parameter (key size parameter) (step D) of keyboard interface 23 just according to original bench mark point A and the relative position relation of primary importance B on touch-display unit 21.Wherein, " bond length " refer in the keyboard interface 23 shown in Figure 2, a distance between adjacent push-button unit 231.In addition, " button size parameter " then be with a plurality of push-button unit 231 enlarged and displayed when the touch-display unit 21, the magnification ratio parameter of required use.
And; Shown in Fig. 3 A, in the present embodiment, touch-display unit 21 has one and shows block 211; And processing unit 22 is when calculating aforesaid " bond length " reaches " button size parameter "; Except according to aforesaid original bench mark point A and primary importance B in 21 relative position relation on the touch-display unit, also will show that the size of block 211 is included in the calculating have a suitable size so that be shown in the keyboard interface 23 of touch-display unit 21.
And after processing unit 22 has calculated aforesaid " bond length " and has reached " button size parameter "; Processing unit 22 calculates a bending curvature (curvature) and a beam mode (curvature mode) (step e) of keyboard interface 23 again according to sense of displacement and the shift length of the motion track X that detects.Wherein, the beam mode of " beam mode " digital dish interface 23, the curved month type shown in Fig. 3 B." bending curvature " then is when keyboard interface 23 is shown in touch-display unit 21, the degree of crook of keyboard interface 23.In addition, in the present embodiment, the sense of displacement of motion track X is towards the upper right side.
At last, aforesaid processing unit 22 just reach " beam mode " according to " bond length ", " the button size parameter ", " bending curvature " that had before calculated, adjust be shown in touch-display unit 21 on the demonstration outward appearance (step F) of keyboard interface 23.And in the present embodiment, up to processing unit 22 " bond length ", " button size parameter ", " bending curvature " are reached " beam mode " all calculate accomplish after, keyboard interface 23 just is shown in touch-display unit 21.That is to say that in the present embodiment, the keyboard interface 23 that touch-display unit 21 is demonstrated just has the form of curved month type, and the size of keyboard interface 23 is worked in coordination with the size that shows block 211.
Be noted that; Though in the present embodiment; The beam mode of keyboard interface 23 is a beam mode up, but under other applicable cases, and the beam mode of keyboard interface 23 also can be a beam mode (promptly when the sense of displacement of aforesaid motion track X towards the lower left time) down.
Be noted that; Though present embodiment is an example with original bench mark point and the primary importance that the user pushes respectively on the touch-display unit with the forefinger and the middle finger of the right hand; But under other applicable cases; The user can also left hand forefinger and middle finger push original bench mark point and primary importance on the touch-display unit respectively, and adjust one be shown in the keyboard interface on the touch-display unit the demonstration outward appearance, like the size and the bending shape of keyboard interface.
Therefore; When another user's (not shown) then uses computing machine shown in Figure 2; Processing unit 22 shown in Figure 2 is just carried out the method for demonstration outward appearance of the adjustment one keyboard interface of one embodiment of the invention once more; To show that another has the keyboard interface 23 of different size and differently curved form, to meet this another user's user demand.For example, when this another user is a child, its respectively point relative position between length and each finger all with previous user (father and mother) respectively point length and respectively point between relative position significantly different.So, computing machine shown in Figure 2 just can show that another has the keyboard interface 23 of reduced size and less bending curvature, uses for this another one user in touch-display unit 21.
On the other hand; When user's (not shown) then uses computing machine shown in Figure 2 again; Processing unit 22 shown in Figure 2 is just carried out the method for demonstration outward appearance of the adjustment one keyboard interface of one embodiment of the invention once more; To show that another has the keyboard interface 23 of different size and differently curved form, to meet this user demand of user again.For example, user keyboard operation gesture of habitually practising is opposite with last position user just again for this, and its custom is used the keyboard interface with decurvation pattern.At this moment, computing machine shown in Figure 2 just can show that another has the keyboard interface 23 of decurvation pattern in touch-display unit 21, for this user's use again.
As shown in Figure 4, the process flow diagram of the method for the demonstration outward appearance of the adjustment one keyboard interface of its another embodiment of the present invention.Wherein, the method comprises the following steps:
(A) four positions on this touch-display unit are detected a touch-control respectively and are pushed;
(B), calculate a bond length and a button size parameter of this keyboard interface according to these four relative position relations of position on this touch-display unit; And
(C), adjust the demonstration outward appearance of this keyboard interface according to this bond length and this button size parameter.
In addition, aforesaid keyboard interface is shown in a touch-display unit, and one to comprise the computing machine of this touch-display unit then as shown in Figure 2.Wherein, This computing machine comprises a touch-display unit 21 and a processing unit 22; And the method for the demonstration outward appearance of the adjustment one keyboard interface of another embodiment of the present invention be used to adjust one be shown in the keyboard interface 23 on the touch-display unit 21 the demonstration outward appearance; Like the size of keyboard interface 23, and keyboard interface 23 and have a plurality of push-button units 231.
Be noted that the keyboard interface 23 shown in Fig. 2 only is used to express keyboard interface 23 with the position that is shown, the actual displayed size of keyboard interface 23 is not as limit.
In addition, in the present embodiment, touch-display unit 21 is a capacitance touching control display screen.But under other applicable cases, touch-display unit 21 also can be an electric resistance touch-control display screen.
Below, conjunction with figs. is described in detail the running aspect of method of demonstration outward appearance of the adjustment one keyboard interface of another embodiment of the present invention:
At first; As shown in Figure 5; One user's (not shown) is pushed four position X1, X2, X3 and X4 on the touch-display unit 21 with four fingers (forefinger, middle finger, the third finger, little finger of toe) of the right hand, and aforesaid processing unit 22 is convenient to these four position X1, X2, X3 and four touch-controls of X4 detecting are pushed (steps A).Then, processing unit 22 calculates a bond length and a button size parameter (step B) of keyboard interface 23 just according to the relative position relation of these four position X1, X2, X3 and X4 on touch-display unit 21.Wherein, " bond length " refer in the keyboard interface 23 shown in Figure 2, a distance between adjacent push-button unit 231.In addition, " button size parameter " then be with a plurality of push-button unit 231 enlarged and displayed when the touch-display unit 21, the magnification ratio parameter of required use.
And; As shown in Figure 5, in the present embodiment, touch-display unit 21 has one and shows block 211; And processing unit 22 is when calculating aforesaid " bond length " reaches " button size parameter "; Except according to aforesaid four position X1, X2, X3 and X4 in 21 relative position relation on the touch-display unit, also will show that the size of block 211 is included in the calculating have a suitable size so that be shown in the keyboard interface 23 of touch-display unit 21.
At last, aforesaid processing unit 22 just reach " button size parameter " according to " bond length " that before calculated, adjust be shown in touch-display unit 21 on the demonstration outward appearance (step C) of keyboard interface 23.
Be noted that; Though present embodiment is an example with four positions that the user pushes on the touch-display unit with four fingers (forefinger, middle finger, the third finger, little finger of toe) of the right hand; But under other applicable cases; The user can also left hand four fingers (forefinger, middle finger, the third finger, little finger of toe) push four positions on the touch-display unit, and adjust one be shown in the keyboard interface on the touch-display unit the demonstration outward appearance, like the size of keyboard interface.
Therefore; When another user's (not shown) then uses computing machine shown in Figure 2; Processing unit 22 shown in Figure 2 is just carried out the method for demonstration outward appearance of the adjustment one keyboard interface of another embodiment of the present invention once more; To show that another has the keyboard interface 23 of different size, to meet this another user's user demand.For example, when this another user is a child, its respectively point relative position between length and each finger all with previous user (father and mother) respectively point length and respectively point between relative position significantly different.So, computing machine shown in Figure 2 just can show that another has the keyboard interface 23 of reduced size, uses for this another one user in touch-display unit 21.
As shown in Figure 6, the process flow diagram of the method for the demonstration outward appearance of the adjustment one keyboard interface of its further embodiment of this invention.Wherein, the method comprises the following steps:
(A) push in this original bench mark point detecting one first touch-control;
(B) on this touch-display unit one differ from this original bench mark point primary importance detect one second touch-control and push;
(C) this second touch-control of detecting pushes thus that primary importance tows to the motion track that a second place forms on this touch-display unit;
(D), calculate a beam mode of this keyboard interface according to the sense of displacement and the shift length of this motion track; And
(E), adjust the demonstration outward appearance of this keyboard interface according to this beam mode.
In addition, aforesaid keyboard interface is shown in a touch-display unit, and one to comprise the computing machine of this touch-display unit then as shown in Figure 2.Wherein, This computing machine comprises a touch-display unit 21 and a processing unit 22; And the method for the demonstration outward appearance of the adjustment one keyboard interface of further embodiment of this invention be used to adjust one be shown in the keyboard interface 23 on the touch-display unit 21 the demonstration outward appearance; Like the bending shape of keyboard interface 23, and keyboard interface 23 and have a plurality of push-button units 231.
Below, conjunction with figs. is described in detail the running aspect of method of demonstration outward appearance of the adjustment one keyboard interface of further embodiment of this invention:
At first, shown in Fig. 3 A, the primordium together that user's (not shown) is pushed touch-display unit 21 with right hand forefinger is A on schedule, and aforesaid processing unit 22 is convenient to original bench mark point A and is detected one first touch-control and push (steps A).Then, this user's (not shown) is in addition pushed the primary importance B that one of touch-display unit 21 differs from original bench mark point A with right hand middle finger, and aforesaid processing unit 22 is convenient to primary importance B and is detected one second and push (step B).Subsequently; Shown in Fig. 3 B; This user's (not shown) is (this moment, right hand forefinger can continue to push original bench mark point A) behind the primary importance B that pushes touch-display unit 21 with right hand middle finger; Push from primary importance B second and to tow to a second place C, form a motion track X, and aforesaid processing unit 22 is just detected this motion track X (step C).
When processing unit 22 accomplish that aforesaid first touch-control of detecting is pushed, second touch-control is pushed and motion track X after; Processing unit 22 calculates a beam mode (curvature mode) and a bending curvature (curvature) (step D) of keyboard interface 23 just according to sense of displacement and the shift length of the motion track X that detects.Wherein, the beam mode of " beam mode " digital dish interface 23, the curved month type shown in Fig. 3 B, " bending curvature " then are when keyboard interface 23 is shown in touch-display unit 21, the degree of crook of keyboard interface 23.In addition, in the present embodiment, the sense of displacement of motion track X is towards the upper right side.
At last, aforesaid processing unit 22 just reach " beam mode " according to " bending curvature " that before calculated, adjust be shown in touch-display unit 21 on the demonstration outward appearance (step e) of keyboard interface 23.
Be noted that; Though in the present embodiment; The beam mode of keyboard interface 23 is a beam mode up, but under other applicable cases, and the beam mode of keyboard interface 23 also can be a beam mode (promptly when the sense of displacement of aforesaid motion track X towards the lower left time) down.In addition; Though present embodiment is an example with original bench mark point and the primary importance that the user pushes respectively on the touch-display unit with the forefinger and the middle finger of the right hand; But under other applicable cases; The user can also left hand forefinger and middle finger push original bench mark point and primary importance on the touch-display unit respectively, and adjust one be shown in the keyboard interface on the touch-display unit the demonstration outward appearance, like the size and the bending shape of keyboard interface.
Therefore; When another user's (not shown) then uses computing machine shown in Figure 2; Processing unit 22 shown in Figure 2 is just carried out the method for demonstration outward appearance of the adjustment one keyboard interface of further embodiment of this invention once more; To show that another has the keyboard interface 23 of differently curved form, to meet this another user's user demand.For example; When another one user (not shown) then uses computing machine shown in Figure 2; Processing unit 22 shown in Figure 2 is just carried out the method for demonstration outward appearance of the adjustment one keyboard interface of further embodiment of this invention once more; To show that another has the keyboard interface 23 of differently curved form, to meet this another user's user demand.For example, the keyboard operation gesture that this another position user habitually practises is opposite with last position user just, and its custom is used the keyboard interface with decurvation pattern.At this moment, computing machine shown in Figure 2 just can show that another has the keyboard interface 23 of decurvation pattern in touch-display unit 21, uses for this another position user.
As shown in Figure 7, the synoptic diagram of the keyboard of the demonstration the adjusted outward appearance of its yet another embodiment of the invention.Wherein, the keyboard of the demonstration adjusted of yet another embodiment of the invention outward appearance comprises the processing unit 72 that a touch-display unit 71 and is coupled to touch-display unit 71.In addition, touch-display unit 71 has a plurality of push- button units 711, and 72 of processing units are in order to detecting the motion track (not shown) of a user on touch-display unit 71, and adjusts the demonstration outward appearance of a plurality of push-button units 711 according to this motion track.In the present embodiment, touch-display unit 71 is a capacitance touching control display screen.But under other applicable cases, touch-display unit 71 also can be an electric resistance touch-control display screen.
In addition; When the keyboard running of the demonstration the adjusted outward appearance of yet another embodiment of the invention; The mode of the method for the demonstration outward appearance of the method for the demonstration outward appearance of the method for the demonstration outward appearance of the processing unit 72 adjustment one keyboard interface through carrying out one embodiment of the invention, the adjustment one keyboard interface of another embodiment of the present invention or the adjustment one keyboard interface of further embodiment of this invention; Detect the motion track (for example motion track X Fig. 3 B shown in) of a user on touch-display unit 71, and adjust the demonstration outward appearance (like size, bond length, bending curvature and the beam mode etc. of push-button unit) of aforesaid a plurality of push-button unit 711 according to this motion track.
And owing to before the detailed step that method comprised respectively of the demonstration outward appearance of the adjustment one keyboard interface of the method for the demonstration outward appearance of the adjustment one keyboard interface of the method for the demonstration outward appearance of the adjustment one keyboard interface of one embodiment of the invention, another embodiment of the present invention and further embodiment of this invention all has been described in, just repeat no more at this.
So; The keyboard of the demonstration the adjusted outward appearance of yet another embodiment of the invention can be according to the motion track that its processing unit detected, and " bond length ", " the button size parameter ", " bending curvature " that calculate a plurality of push-button units of its touch-display unit institute tool reach parameters such as " beam modes ".So, the keyboard of the demonstration adjusted of yet another embodiment of the invention outward appearance can be adjusted the demonstration outward appearance of a plurality of push-button units of its touch-display unit institute tool really.
Yet the foregoing description has been merely the convenience explanation and has given an example, and the protection domain that the present invention advocated should be as the criterion so that claim is said certainly, but not only limits to the foregoing description.
Claims (11)
1. the method for demonstration outward appearance of adjustment one a keyboard interface, this keyboard interface is shown on the touch-display unit and has a plurality of push-button units, and this touch-display unit also includes together that primordium is characterized in that on schedule, and this method comprises the following steps:
(A) push in this original bench mark point detecting one first touch-control;
(B) on this touch-display unit one differ from this original bench mark point primary importance detect one second touch-control and push;
(C) this second touch-control of detecting is pushed by this primary importance and is towed to the motion track that a second place forms on this touch-display unit;
(D), calculate a bond length and a button size parameter of this keyboard interface according to this original bench mark point and the relative position relation of this primary importance on this touch-display unit;
(E), calculate a bending curvature and a beam mode of this keyboard interface according to the sense of displacement and the shift length of this motion track; And
(F), adjust the demonstration outward appearance of this keyboard interface according to this bond length, this button size parameter, this bending curvature and this beam mode.
2. the method for claim 1; It is characterized in that; This touch-display unit has one and shows block; And this bond length and this button size parameter be according to this original bench mark point and the relative position relation of this primary importance on this touch-display unit, and cooperate the size of this demonstrations block and quilt is calculated.
3. the method for claim 1 is characterized in that, this beam mode is beam mode or a beam mode down up.
4. the method for claim 1 is characterized in that, this touch-display unit is a capacitance touching control display screen or an electric resistance touch-control display screen.
5. the method for claim 1 is characterized in that, this first touch-control is pushed a user and pushed this touch-display unit with forefinger and produce.
6. method as claimed in claim 5 is characterized in that, this second touch-control is pushed a user and pushed this touch-display unit with middle finger and produce.
7. the method for demonstration outward appearance of adjustment one a keyboard interface, this keyboard interface is shown on the touch-display unit and has a plurality of push-button units, it is characterized in that, and this method comprises the following steps:
(A) four positions on this touch-display unit are detected a touch-control respectively and are pushed;
(B), calculate a bond length and a button size parameter of this keyboard interface according to these four relative position relations of position on this touch-display unit; And
(C), adjust the demonstration outward appearance of this keyboard interface according to this bond length and this button size parameter.
8. method as claimed in claim 7; It is characterized in that; This touch-display unit has one and shows block, and this bond length and this button size parameter be according to these four relative position relations of position on this touch-display unit, and cooperates the size of this demonstrations block and quilt is calculated.
9. method as claimed in claim 7 is characterized in that, these four touch-controls are pushed a user and pushed this touch-display unit with forefinger, middle finger, the third finger, little finger of toe and produce.
10. the method for demonstration outward appearance of adjustment one a keyboard interface, this keyboard interface is shown on the touch-display unit and has a plurality of push-button units, and this touch-display unit also includes together that primordium is characterized in that on schedule, and this method comprises the following steps:
(A) push in this original bench mark point detecting one first touch-control;
(B) on this touch-display unit one differ from this original bench mark point primary importance detect one second touch-control and push;
(C) this second touch-control of detecting is pushed by this primary importance and is towed to the motion track that a second place forms on this touch-display unit;
(D), calculate a beam mode of this keyboard interface according to the sense of displacement and the shift length of this motion track; And
(E), adjust the demonstration outward appearance of this keyboard interface according to this beam mode.
11. can adjust the keyboard that shows outward appearance for one kind, it is characterized in that, comprising:
One touch-display unit has a plurality of push-button units; And
One processing unit is coupled to this touch-display unit, in order to detecting the motion track of a user on this touch-display unit, and according to the demonstration outward appearance of these these push-button units of motion track adjustment.
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| CN201010624149.9A CN102566877B (en) | 2010-12-29 | 2010-12-29 | Method for adjusting display appearance of keyboard interface |
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| CN201010624149.9A CN102566877B (en) | 2010-12-29 | 2010-12-29 | Method for adjusting display appearance of keyboard interface |
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| CN102566877B CN102566877B (en) | 2014-08-20 |
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| CN104536679A (en) * | 2014-10-30 | 2015-04-22 | 深圳市中兴移动通信有限公司 | Interactive display method, interactive display device and interactive display terminal |
| CN111601008A (en) * | 2019-02-21 | 2020-08-28 | 夏普株式会社 | Touch panel and control method thereof |
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| CN102566877B (en) | 2014-08-20 |
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