CN104598042A - Chord input method of handheld device combining virtual interface with physical keys and handheld device - Google Patents
Chord input method of handheld device combining virtual interface with physical keys and handheld device Download PDFInfo
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- CN104598042A CN104598042A CN201310531300.8A CN201310531300A CN104598042A CN 104598042 A CN104598042 A CN 104598042A CN 201310531300 A CN201310531300 A CN 201310531300A CN 104598042 A CN104598042 A CN 104598042A
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Abstract
The invention discloses a chord input method of a handheld device combining a virtual interface with physical keys and the handheld device. The handheld device comprises a handheld body with a touch control screen, a control module and multiple keys, wherein the touch control screen displays the virtual interface and comprises multiple virtual square modules. Each virtual square module comprises multiple sequentially arranged input characters, and the input characters correspond to the keys in sequence respectively. The chord input method comprises the steps that 1, the touch control screen displays the virtual interface and comprises the multiple virtual square modules; and the virtual square modules comprise the multiple sequentially arranged input characters; 2, the sequentially arranged input characters in the virtual square modules correspond to the keys in sequence respectively; 3, one virtual square module and one key are selected on the virtual interface, so that the input character corresponding to the virtual square module and the key is selected; 4, the corresponding input character is displayed in a displaying frame, so that the problem that a traditional virtual keyboard is high in error rate in the inputting process is solved.
Description
Technical field
The present invention has hand-held device chord input method about a kind of combined with virtual interface and physical button and this hand-held device, espespecially a kind of can be corresponding with the input character of button by the virtual block module of the virtual interface on hand-held device, and make for the combined with virtual interface that shows in display box of character of input and the hand-held device chord input method of physical button and this hand-held device.
Background technology
Recently, the mode of running gear text event detection changes into Touch Screen virtual by physical button gradually, but, mostly current running gear such as intelligent mobile phone is the qwerty keyboard layout with standard, be contracted to the size that running gear screen can present, well imagine, virtual button size certainly will people because operation can be had any problem, often allow user's multiple button of touch-control, and cause input error.
At present, disclose No. 200705239 " input equipment of panel computer and method " just like TaiWan, China patent of invention, it is established and is connected to panel computer by one and chord keyboard, a pointer, a control circuit and a link, the upper right corner of panel computer is located at chord keyboard, utilize and chord keyboard, pointer and touch-control curtain on push button mutually arrange in pairs or groups, replace original qwerty, to reach effect of convenient input and minimizing panel computer weight.
Therefore currently available technology still has weak point in use, and reason is:
1. currently available technology must carry out touch-control with a pointer on panel computer, and cost is higher.
2. before above-mentioned patent, case " input equipment of panel computer and method " only discloses and is used on panel computer, therefore more impracticable.
Existing " input equipment of panel computer and method " there is no the input equipment and method that disclose and cooperatively interact by a virtual interface and several physical button.
Summary of the invention
Technical matters to be solved by this invention be to provide a kind of can be corresponding with the input character of button by the virtual block module of the virtual interface on hand-held device, and make the hand-held device chord input method of the combined with virtual interface that shows in display box for the character of input and physical button and this hand-held device.
For solving the problems of the technologies described above, technical solution of the present invention is:
A hand-held device for combined with virtual interface and physical button, it comprises:
One hand-held body, comprise a Touch Screen, one controls module and most buttons, described Touch Screen and described button are electrically connected described control module respectively, described Touch Screen shows a virtual interface and a display box, described virtual interface includes most virtual block modules, virtual block module described in each includes the input character of most sequential respectively, described input character is sequentially corresponding with described button respectively, by choosing described virtual block module and described button, and the selected and input character of correspondence is shown in described display box.
Wherein, described hand-held body be a panel computer, an intelligent mobile phone or a hand held personal digital assistant one of them.
Wherein, described button includes five, is located at the same side of described hand-held body respectively.
Wherein, described button includes six, and wherein five buttons are located at described hand-held body side respectively, and another button is located at the opposite side of described hand-held body.
Further, the virtual interface of described Touch Screen includes one first virtual block module, one second virtual block module, one the 3rd virtual block module, one the 4th virtual block module, one the 5th virtual block module and one the 6th virtual block module, wherein said first virtual block module includes and is respectively alphabetical Q, W, E, R, the input character of T, described second virtual block module includes and is respectively alphabetical Y, U, I, O, the input character of P, described 3rd virtual block module includes and is respectively alphabetical A, S, D, F, the input character of G, described 4th virtual block module includes and is respectively alphabetical H, J, K, the input character of L, described 5th virtual block module includes and is respectively zed, X, C, the input character of V, described 6th virtual block module includes and is respectively letter b, N, the input character of M.
The virtual interface of further described Touch Screen includes one the 7th virtual block module, and described 7th virtual block module is the input character of input blank.
The present invention also provides the hand-held device chord input method of a kind of combined with virtual interface and physical button, it is for hand-hold device, this hand-held device comprises a Touch Screen, and controls module and most buttons, described Touch Screen and described button are electrically connected described control module respectively, and described chord input method comprises the following steps:
A. make on described Touch Screen and show a virtual interface and a display box, described virtual interface also includes most virtual block modules, and virtual block module described in each comprises the input character of most sequential;
B. make the input character of sequential in described virtual block module sequentially corresponding with described button respectively;
C. the virtual interface in described Touch Screen is chosen virtual block module described in one and chooses button described in, so as to selecting the described virtual block module described input character corresponding with described button;
D. in described display box, show the input character of this correspondence.
Further, in step, the virtual interface of described Touch Screen includes one first virtual block module, one second virtual block module, one the 3rd virtual block module, one the 4th virtual block module, one the 5th virtual block module and one the 6th virtual block module, wherein said first virtual block module includes and is respectively alphabetical Q, W, E, R, the input character of T, described second virtual block module includes and is respectively alphabetical Y, U, I, O, the input character of P, described 3rd virtual block module includes and is respectively alphabetical A, S, D, F, the input character of G, described 4th virtual block module includes and is respectively alphabetical H, J, K, the input character of L, described 5th virtual block module includes and is respectively zed, X, C, the input character of V, described 6th virtual block module includes and is respectively letter b, N, the input character of M.
In described step C, described in first touch-control, virtual block module presses described button more further, and the described virtual block module input character corresponding with described button is shown in described display box.
In step C, first press described button virtual block module described in touch-control more further, the described virtual block module input character corresponding with described button is shown in described display box.
After adopting such scheme, effect of the present invention is:
1. the present invention controls module and most buttons by the Touch Screen on hand-held device, and then effect that the virtual interface reached on combination of touch control screen and described button are used in combination, and has and operate advantage fast.
2. the present invention can click the virtual interface on Touch Screen by the hand of a user or a pointer, and use hand to click this Touch Screen can to increase its usability immediately and reduce cost, and use pointer to click this Touch Screen can to increase the precision clicked.
3. the present invention can by the virtual interface of on the Touch Screen input character corresponding with described button, and then the virtual interface reached on combination of touch control screen is with described button and the chord input method making corresponding input character show in display box.
4. the present invention can improve the traditional virtual keyboard problem that error rate is high when inputting.
5. the present invention does not need the overspending time to learn its using method, mainly beating fingering by the English of user usually on computor-keyboard applies on hand-held device of the present invention, therefore do not need the inputting fingering that additional studies is new, can input fast, and there is study performance preferably effect.
Accompanying drawing explanation
Fig. 1 is organigram of the present invention;
Fig. 2 is implementation step figure of the present invention;
Fig. 3 is the first using state operation chart of the present invention;
Fig. 4 is another the first using state operation chart of the present invention;
Fig. 5 is another the first using state operation chart of the present invention, illustrates to show D input character in display box;
Fig. 6 is the second using state operation chart of the present invention;
Fig. 7 is another the second using state operation chart of the present invention, illustrates to show K input character in display box;
Fig. 8 is the 3rd using state operation chart of the present invention;
Fig. 9 is another the 3rd using state operation chart of the present invention, illustrates to show B input character in display box;
Figure 10 is the study performance comparison diagram that the present invention and existing chord device input.
[main element symbol description]
1 hand-held body 11 Touch Screen
111 virtual interface 1110 virtual block modules
1111 first virtual block module 1,112 second virtual block modules
1113 the 3rd virtual block module 1114 the 4th virtual block modules
1115 the 5th virtual block module 1116 the 6th virtual block modules
1117 the 7th virtual block module 112 display boxes
12 control module 13 button
131 first button 132 second buttons
133 the 3rd button 134 the 4th buttons
135 the 5th button 136 the 6th buttons.
Embodiment
Comprehensive above-mentioned technical characteristic, primary efficacy of the present invention can present in following embodiment is clear.
The present invention is the hand-held device of a kind of combined with virtual interface and physical button, and please first consults shown in Fig. 1, and it comprises:
One hand-held body 1, described hand-held body 1 includes a Touch Screen 11, one controls module 12 and most buttons 13, described Touch Screen 11 and described button 13 are electrically connected described control module 12 respectively, described Touch Screen 11 shows a virtual interface 111 and a display box 112, described virtual interface 111 includes most virtual block modules 1110, virtual block module 1110 described in each includes the input character of most sequential respectively, described input character is sequentially corresponding with described button 13 respectively, by choosing described virtual block module 1110 and described button 13, and by 112 displays in described display box of the selected and input character of correspondence, wherein, in the present embodiment, described virtual interface 111 includes one first virtual block module 1111, one second virtual block module 1112, one the 3rd virtual block module 1113, one the 4th virtual block module 1114, one the 5th virtual block module 1115, one the 6th virtual block module 1116 and one the 7th virtual block module 1117, and described first virtual block module 1111 includes and is respectively alphabetical Q, W, E, R, the input character of T, described second virtual block module 1112 includes and is respectively alphabetical Y, U, I, O, the input character of P, described 3rd virtual block module 1113 includes and is respectively alphabetical A, S, D, F, the input character of G, described 4th virtual block module 1114 includes and is respectively alphabetical H, J, K, the input character of L, described 5th virtual block module 1115 includes and is respectively zed, X, C, the input character of V, described 6th virtual block module 1116 includes and is respectively letter b, N, the input character of M, described 7th virtual block module 1117 is the input character of input blank, and button 13 is in the present embodiment respectively one first button 131, one second button 132, one the 3rd button 133, one the 4th button 134, one the 5th button 135 and one the 6th button 136, and the first button 131 in the present embodiment, second button 132, 3rd button 133, 4th button 134 and the 5th button 135 are located at described hand-held body 1 the same side respectively, wherein, described first button 131 is adjacent to described second button 132, so as to described first button 131 and the second button 132 of the convenient pressing of forefinger for operator, and described 6th button 136 is located at described hand-held body 1 opposite side, thumb mainly or for operator conveniently presses described 6th button 136, using the input character as input blank.
Moreover, refer to shown in Fig. 1 and Fig. 2, the present invention also provides the hand-held device chord input method of a kind of combined with virtual interface and physical button, it is for hand-hold device, described hand-held device is a hand-held body 1, and this hand-held body 1 includes a Touch Screen 11, one controls module 12 and most buttons 13, described Touch Screen 11 and described button 13 are electrically connected described control module 12 respectively, and described chord input method comprises the following steps: that A. makes a display virtual interface 111 and a display box 112 on described Touch Screen 11, described virtual interface 111 also includes most virtual block modules 1110, virtual block module 1110 described in each comprises the input character of most sequential, B. make the input character of sequential in described virtual block module 1110 sequentially corresponding with described button 13 respectively, C. the virtual interface 111 in described Touch Screen 11 is chosen virtual block module 1110 described in one and chooses button 13 described in, so as to selecting the described virtual block module 1110 described input character corresponding with described button 13, D. in described display box 112, show the input character of this correspondence.
Moreover, first using state refers to shown in Fig. 3 to Fig. 5, first user can grip described hand-held body 1 [as shown in Figure 3] by singlehanded [left hand] in mode the most easily, and described hand-held body 1 can be a panel computer, one intelligent mobile phone or a hand held personal digital assistant one of them, in the present embodiment, described hand-held body 1 is an intelligent mobile phone, and the finger of user's left hand is placed on described button 13 respectively, namely the forefinger of user's left hand is on the second button 132, middle finger is on the 3rd button 133, nameless on the 4th button 134, little finger is on the 5th button 135, thumb is on the 6th button 136, wherein forefinger also can on the first button 131, that is, described first button 131 and described second button 132 can press by forefinger jointly, in the present embodiment, when for input character D, can first touch control manner be utilized to click arbitrary virtual block module 1110 of the virtual interface 111 of described Touch Screen 11 by another the hand [right hand] of hand-held body 1, arbitrary virtual block module 1110 of the virtual interface 111 of described Touch Screen 11 separately can be clicked by a pointer, in the present embodiment, choose the 3rd virtual block module 1113, and described 3rd virtual block module 1113 includes and is respectively alphabetical A, S, D, F, the input character of G, relend and press described 3rd button 133 by the middle finger of the left hand of hand-held body 1, the described 3rd virtual block module 1113 input character D corresponding with described 3rd button 133 is shown [as shown in Figure 5] in display box 112.
Moreover, second using state refers to shown in Fig. 6 and Fig. 7, hand-held body 1 described in user's left-handed, when for input character K, another hand [right hand] first by hand-held body 1 utilizes touch control manner to click the 4th virtual block module 1114 of the virtual interface 111 of described Touch Screen 11, and described 4th virtual block module 1114 includes and is respectively alphabetical H, J, K, the input character of L, relend and press described 3rd button 133 by the middle finger of the left hand of hand-held body 1, the described 4th virtual block module 1114 input character K corresponding with described 3rd button 133 is shown [as shown in Figure 7] in display box 112.
Moreover, 3rd using state refers to shown in Fig. 8 and Fig. 9, hand-held body 1 described in user's left-handed, when for input character B, another hand [right hand] first by hand-held body 1 utilizes touch control manner to click the 6th virtual block module 1116 of the virtual interface 111 of described Touch Screen 11, and described 6th virtual block module 1116 includes and is respectively letter b, N, the input character of M, relend and press described first button 131 by the forefinger of the left hand of hand-held body 1, the described 6th virtual block module 1116 input character B corresponding with described first button 131 is shown [as shown in Figure 9] in display box 112.
Moreover, refer to shown in Figure 10, for the study performance comparison diagram that the present invention and existing chord device input, first illustrate at this, in figure, each curve all forms with a learning curve formulae discovery, and this learning curve formula calculates according to recurrence exponential function (exponential regression curves to model the power law of practice) to form, this learning curve formula is y=mx
k, wherein m value represents performance when testting for the first time, and the efficiency (being the camber of curve) of k value representative study.Revert to again in Figure 10 of the present invention and illustrate, from graphic, the lines of the top are study performance of the present invention, and other lines are respectively the study performance that ChordTap, TiltText, Twiddler etc. are inputted by chord device from top to bottom, best is illustrated as: learning curve formula of the present invention is y=6.40x
0.363, and its learning curve formula of ChordTap is y=8.41x
0.241, and its learning curve formula of TiltText is y=7.68x
0.213, and Twiddler learning curve formula is y=4.90x
0.578.The present invention mainly allows experiment participant through some learning times, and then measure its input performance and learning efficiency, and make comparisons with the dummy keyboard of other existing hand-held devices, from graphic, the present invention is because effectively reducing error rate, and improve input speed, therefore there is the study performance quite more excellent than prior art.
Moreover, further it is noted that
(1) usual English on computor-keyboard can be beaten fingering and apply to the present invention by user, therefore the inputting fingering that additional studies is new is not needed, as long as utilize the English usually on computor-keyboard to beat fingering can complete input of the present invention fast, in addition, user first can press described button 13 by virtual block module 1110 described in touch-control again, and described virtual block module 1110 input character corresponding with described button 13 is shown in described display box 112, or can first by the described button 13 of pressing virtual block module 1110 described in touch-control again, described virtual block module 1110 input character corresponding with described button 13 is shown in described display box 112, that is, in the present embodiment, if press described 3rd button 133, namely may correspond to the letter e in described first virtual block module 1111, alphabetical I in described second virtual block module 1112, alphabetical D in described 3rd virtual block module 1113, alphabetical K in described 4th virtual block module 1114, letter C in described 5th virtual block module 1115.
(2) described first button 131, second button 132, the 3rd button 133, the 4th button 134, the 5th button 135 and the 6th button 136 can be located on described hand-held body 1 respectively, therefore the first button 131, second button 132, the 3rd button 133, the 4th button 134 and the 5th button 135 are located at hand-held body 1 the same side by the present invention, and the 6th button 136 are located at hand-held body 1 opposite side when not limiting scope of the invention process with this.
(3) the present invention mainly beats fingering by usual English on computor-keyboard and applies to the present invention, therefore the inputting fingering that additional studies is new is not needed, therefore effectively can shorten the time of study, and the present invention beats fingering for English, when not limiting scope of the invention process with this, other inputting fingerings are all applicable to the present invention.
(4) the square frame size that described first virtual block module 1111, the second virtual block module 1112 of the virtual interface of the present invention 111, the 3rd virtual block module 1113, the 4th virtual block module 1114 and the 5th virtual block module 1115 allow user watch, the large I of square frame that clicks presents all letters completely, also the square frame size of single letter can be presented, if the large I of the square frame only presenting single letter effectively shortens the distance clicking each virtual block module 1110, and then effectively shorten the time clicked.
The explanation of comprehensive above-described embodiment, when the effect fully can understanding operation of the present invention, use and the present invention produce, but the above embodiment is only preferred embodiment of the present invention, when not limiting scope of the invention process with this, namely do simply equivalence change according to the claims in the present invention and invention description content and modify, in the scope that all genus the present invention is contained.
Claims (10)
1. a hand-held device for combined with virtual interface and physical button, is characterized in that it comprises:
One hand-held body, comprise a Touch Screen, one controls module and most buttons, described Touch Screen and described button are electrically connected described control module respectively, described Touch Screen shows a virtual interface and a display box, described virtual interface includes most virtual block modules, virtual block module described in each includes the input character of most sequential respectively, described input character is sequentially corresponding with described button respectively, by choosing described virtual block module and described button, and the selected and input character of correspondence is shown in described display box.
2. the hand-held device of combined with virtual interface according to claim 1 and physical button, is characterized in that: described hand-held body be a panel computer, an intelligent mobile phone or a hand held personal digital assistant one of them.
3. the hand-held device of combined with virtual interface according to claim 2 and physical button, is characterized in that: described button includes five, is located at the same side of described hand-held body respectively.
4. the hand-held device of combined with virtual interface according to claim 1 and physical button, it is characterized in that: described button includes six, wherein five buttons are located at described hand-held body side respectively, and another button is located at the opposite side of described hand-held body.
5. the hand-held device of combined with virtual interface according to claim 1 and physical button, it is characterized in that: the virtual interface of described Touch Screen includes one first virtual block module, one second virtual block module, one the 3rd virtual block module, one the 4th virtual block module, one the 5th virtual block module and one the 6th virtual block module, wherein said first virtual block module includes and is respectively alphabetical Q, W, E, R, the input character of T, described second virtual block module includes and is respectively alphabetical Y, U, I, O, the input character of P, described 3rd virtual block module includes and is respectively alphabetical A, S, D, F, the input character of G, described 4th virtual block module includes and is respectively alphabetical H, J, K, the input character of L, described 5th virtual block module includes and is respectively zed, X, C, the input character of V, described 6th virtual block module includes and is respectively letter b, N, the input character of M.
6. the hand-held device of combined with virtual interface according to claim 5 and physical button, it is characterized in that: the virtual interface of described Touch Screen includes one the 7th virtual block module further, described 7th virtual block module is the input character of input blank.
7. the hand-held device chord input method of a combined with virtual interface and physical button, it is characterized in that: it is for hand-hold device, this hand-held device comprises a Touch Screen, and controls module and most buttons, described Touch Screen and described button are electrically connected described control module respectively, and described chord input method comprises the following steps:
A. make on described Touch Screen and show a virtual interface and a display box, described virtual interface also includes most virtual block modules, and virtual block module described in each comprises the input character of most sequential;
B. make the input character of sequential in described virtual block module sequentially corresponding with described button respectively;
C. the virtual interface in described Touch Screen is chosen virtual block module described in one and chooses button described in, so as to selecting the described virtual block module described input character corresponding with described button;
D. in described display box, show the input character of this correspondence.
8. the hand-held device chord input method of combined with virtual interface according to claim 7 and physical button, it is characterized in that: in described steps A, the virtual interface of described Touch Screen includes one first virtual block module, one second virtual block module, one the 3rd virtual block module, one the 4th virtual block module, one the 5th virtual block module and one the 6th virtual block module, wherein said first virtual block module includes and is respectively alphabetical Q, W, E, R, the input character of T, described second virtual block module includes and is respectively alphabetical Y, U, I, O, the input character of P, described 3rd virtual block module includes and is respectively alphabetical A, S, D, F, the input character of G, described 4th virtual block module includes and is respectively alphabetical H, J, K, the input character of L, described 5th virtual block module includes and is respectively zed, X, C, the input character of V, described 6th virtual block module includes and is respectively letter b, N, the input character of M.
9. the hand-held device chord input method of combined with virtual interface according to claim 7 and physical button, it is characterized in that: in described step C, described in first touch-control, virtual block module presses described button again, the described virtual block module input character corresponding with described button is shown in described display box.
10. the hand-held device chord input method of combined with virtual interface according to claim 7 and physical button, it is characterized in that: in described step C, first press described button virtual block module described in touch-control again, the described virtual block module input character corresponding with described button is shown in described display box.
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|---|---|---|---|
| CN201310531300.8A CN104598042A (en) | 2013-11-01 | 2013-11-01 | Chord input method of handheld device combining virtual interface with physical keys and handheld device |
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| CN201310531300.8A CN104598042A (en) | 2013-11-01 | 2013-11-01 | Chord input method of handheld device combining virtual interface with physical keys and handheld device |
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