CN106155502A - A kind of information processing method and electronic equipment - Google Patents
A kind of information processing method and electronic equipment Download PDFInfo
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- CN106155502A CN106155502A CN201510134687.2A CN201510134687A CN106155502A CN 106155502 A CN106155502 A CN 106155502A CN 201510134687 A CN201510134687 A CN 201510134687A CN 106155502 A CN106155502 A CN 106155502A
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Abstract
The invention discloses a kind of information processing method and electronic equipment, wherein, described method includes: show after triggering described touch-control input module that a virtual input region, described virtual input region show multiple button；Operating body is positioned over the reference position in described virtual input region, to form the first positioning states；At least one operation of described operating body is detected, the performance characteristic information that record at least one operation described is formed in described virtual input region；Obtain the second positioning states that described operating body is residing at present；Judge whether the variable quantity between described second positioning states and the first positioning states exceedes default first threshold according to described performance characteristic information collection, when the variable quantity formed between described second positioning states and the first positioning states exceedes first threshold, send information；Carry out location according to described information to adjust so that the keystroke position that user operates formation each time is all identical with the described reference position holding of initial alignment.
Description
Technical field
The present invention relates to mechanics of communication, particularly relate to a kind of information processing method and electronic equipment.
Background technology
Present inventor, during realizing the embodiment of the present application technical scheme, at least finds correlation technique
The following technical problem of middle existence:
Current electronic equipment, such as smart mobile phone or these intelligent terminal of panel computer, uses virtual key mostly
Dish carrys out alternate physical keyboard, owing to the screen of smart mobile phone itself is little, so on the virtual keyboard with singly referring to
Operation can also realize input operation efficiently.And panel computer or touch screen notebook computer etc., its display
Screen is compared with smart mobile phone, and screen size is relatively big, so, its dummy keyboard is generally designed to be helped
Keyboard layout, target is to make user's with the hands ten fingers high efficiency input word on large scale keyboard, but,
Use prior art there is the problem that user's both hands when the dummy keyboard of full keyboard layout realizes touch system,
The easily datum line of key mapping in the middle of deviation dummy keyboard, thus when causing touch system cannot high efficiency input Chinese character,
Error rate is high.
But, in correlation technique, for this problem, there is no effective solution.
Summary of the invention
In view of this, the embodiment of the present invention, desirable to provide a kind of information processing method and electronic equipment, at least solves
The problem that prior art of having determined exists.
The technical scheme of the embodiment of the present invention is achieved in that
A kind of information processing method of the embodiment of the present invention, described method is applied in electronic equipment, described electricity
Subset supports touch-control input module, and described method includes:
Show after triggering described touch-control input module that a virtual input region, described virtual input region show
Multiple buttons；
Operating body is positioned over the reference position in described virtual input region, to form the first positioning states；
Detect at least one operation of described operating body in described virtual input region, record described at least one
The performance characteristic information that operation is formed；
Obtain the second positioning states that described operating body is residing at present；
The variable quantity between described second positioning states and the first positioning states is judged according to described performance characteristic information
Whether exceed default first threshold, obtain judged result；
Described judged result is for characterizing the variable quantity formed between described second positioning states and the first positioning states
When exceeding first threshold, send information；Described information is used for indicating described operating body by described
Two positioning states adjust to described first positioning states；
Carry out location according to described information to adjust so that user operates the keystroke position of formation each time
Described reference position holding with initial alignment is identical.
In such scheme, described method also includes:
Described judged result is for characterizing the variable quantity formed between described second positioning states and the first positioning states
During not less than first threshold, detect that the second positioning states residing for described operating body is at present meets and preset bar
Part, then obtain the first model set up according to described performance characteristic information；
Obtain described operating body and be in the first key position corresponding during described second positioning states；
According to described first model, described first key position is modified to the second key position；
The character that described second key position is corresponding is the character that user wishes input.
In such scheme, described method also includes:
Described judged result is for characterizing the variable quantity formed between described second positioning states and the first positioning states
During not less than first threshold, detect that the second positioning states residing for described operating body is at present meets and preset bar
Part, then obtain the first model formed according to the first preset rules, and described first preset rules is used for characterizing structure
Word rule or the character combination rule formed based on the association of previous character；
Obtain described operating body and be in the first character of corresponding first key position during described second positioning states；
According to described first model, described first character is modified to the second character；
Described second character is the character that user wishes input.
In such scheme, described in send information, including:
Obtain the configuration parameter for showing described information；
Obtain and be positioned at the button on described reference position；
On the button being positioned on described reference position, light and shade display effect alternately is shown according to described configuration parameter
Really, to indicate described operating body to be adjusted to described first positioning states by described second positioning states.
In such scheme, described at least one operation detecting described operating body in described virtual input region,
The performance characteristic information that record at least one operation described is formed, including:
Detect described operating body at least one operation duration whether in the range of Second Threshold,
To testing result；
Described testing result is for characterizing at least one operation duration of described operating body at the second threshold
During value scope, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
In such scheme, described at least one operation detecting described operating body in described virtual input region,
The performance characteristic information that record at least one operation described is formed, including:
Detect described operating body at least one operation frequency whether in the 3rd threshold range, detected
Result；
Described testing result is for characterizing the frequency of at least one operation of described operating body at the 3rd threshold range
Time, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
In such scheme, described comparison result is for characterizing inclined apart from described centre coordinate of described physical location
Gap from or misalignment angle；
Described according to described performance characteristic information judge between described second positioning states and the first positioning states formed
Variable quantity whether exceed default first threshold, including:
Carry out drawing according to the central axis from top to bottom intersected with described reference position from described comparison result
Point, distinguish from least one operation of described operating body central axis with left operation and central axis with
Right operation；
Described central axis is operated with a left side and described central axis is with right operation, judge described the respectively
Whether the described offset distance formed between two positioning states and the first positioning states or the variable quantity of misalignment angle
Exceed default first threshold, to carry out the adjustment of described location according to described information respectively.
In such scheme, described in send information, including sending at least one following type prompts information:
Information of voice prompt；Picture cues information；Vibration induction information.
A kind of electronic equipment of the embodiment of the present invention, described electronic equipment supports touch-control input module, described electricity
Subset also includes:
Display unit, shows a virtual input region after being used for triggering described touch-control input module, described virtual
Input area shows multiple button；
First acquiring unit, for obtaining the reference position that operating body is positioned in described virtual input region,
To form the first positioning states；
Detector unit, for detecting at least one operation of described operating body, note in described virtual input region
The performance characteristic information that record at least one operation described is formed；
Second acquisition unit, for obtaining the second positioning states that described operating body is residing at present；
Judging unit, for judging described second positioning states and the first location according to described performance characteristic information
Whether the variable quantity between state exceedes default first threshold, obtains judged result；
Information alert transmitting element, is used for characterizing described second positioning states and first for described judged result
When the variable quantity formed between positioning states exceedes first threshold, send information；Described information is used for
Described operating body is indicated to be adjusted to described first positioning states by described second positioning states；
Location adjustment unit, adjusts for carrying out location according to described information so that user grasps each time
The keystroke position making to be formed is all identical with the described reference position holding of initial alignment.
In such scheme, described electronic equipment also includes:
3rd acquiring unit, is used for characterizing described second positioning states and the first location for described judged result
When the variable quantity formed between state is not less than first threshold, detect that second residing for described operating body is at present is fixed
Position state meets one pre-conditioned, then obtain the first model set up according to described performance characteristic information；
4th acquiring unit, is in during described second positioning states corresponding first for obtaining described operating body
Key position；
First amending unit, for according to described first model described first key position is modified to second by
Key position；The character that described second key position is corresponding is the character that user wishes input.
In such scheme, described electronic equipment also includes:
5th acquiring unit, is used for characterizing described second positioning states and the first location for described judged result
When the variable quantity formed between state is not less than first threshold, detect that second residing for described operating body is at present is fixed
Position state meets one pre-conditioned, then obtain the first model formed according to the first preset rules, and described first
Preset rules is for characterizing word-building law or the character combination rule formed based on the association of previous character；
6th acquiring unit, be used for obtaining when described operating body is in described second positioning states correspondence first by
First character of key position；
Second amending unit, for being modified to the second character according to described first model by described first character；
Described second character is the character that user wishes input.
In such scheme, described information alert transmitting element, it is further used for:
Obtain the configuration parameter for showing described information；
Obtain and be positioned at the button on described reference position；
On the button being positioned on described reference position, light and shade display effect alternately is shown according to described configuration parameter
Really, to indicate described operating body to be adjusted to described first positioning states by described second positioning states.
In such scheme, described detector unit, it is further used for:
Detect described operating body at least one operation duration whether in the range of Second Threshold,
To testing result；
Described testing result is for characterizing at least one operation duration of described operating body at the second threshold
During value scope, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
In such scheme, described detector unit, it is further used for:
Detect described operating body at least one operation frequency whether in the 3rd threshold range, detected
Result；
Described testing result is for characterizing the frequency of at least one operation of described operating body at the 3rd threshold range
Time, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
In such scheme, described judging unit, it is further used for comparison result for characterizing described physical location
In the case of the offset distance or misalignment angle of described centre coordinate,
Carry out drawing according to the central axis from top to bottom intersected with described reference position from described comparison result
Point, distinguish from least one operation of described operating body central axis with left operation and central axis with
Right operation；
Described central axis is operated with a left side and described central axis is with right operation, judge described the respectively
Whether the described offset distance formed between two positioning states and the first positioning states or the variable quantity of misalignment angle
Exceed default first threshold, to carry out the adjustment of described location according to described information respectively.
In such scheme, described information, including at least one following type prompts information:
Information of voice prompt；Picture cues information；Vibration induction information.
A kind of information processing method of the embodiment of the present invention, described method is applied in electronic equipment, described electricity
Subset supports touch-control input module, and described method includes: show after triggering described touch-control input module that one is empty
Intending input area, described virtual input region shows multiple button；Operating body is positioned over described virtual input
Reference position in region, to form the first positioning states；Described operation is detected in described virtual input region
At least one operation of body, the performance characteristic information that record at least one operation described is formed；Obtain described behaviour
Make the second positioning states that body is residing at present；Described second positioning states is judged according to described performance characteristic information
And whether the variable quantity between the first positioning states exceedes default first threshold, obtains judged result；Described sentence
Disconnected result is for characterizing the variable quantity formed between described second positioning states and the first positioning states more than the first threshold
During value, send information；Described information is used for indicating described operating body by described second positioning states
Adjust to described first positioning states；Carry out location according to described information to adjust so that user is each time
The keystroke position that operation is formed is all identical with the described reference position holding of initial alignment.
Use the embodiment of the present invention, after user is changed to the second positioning states by the first positioning states, due to thing
First pass through at least one operation detecting described operating body in described virtual input region, described in record at least one
The performance characteristic information that individual operation is formed, can judge described second location shape according to described performance characteristic information
Whether the variable quantity between state and the first positioning states exceedes default first threshold, described second positioning states with
When the variable quantity formed between the first positioning states exceedes first threshold, send information, described information
For indicating described operating body to be adjusted to described first positioning states by described second positioning states, thus, root
Carry out location according to described information to adjust so that user operate each time the keystroke position of formation all with initially
The described reference position of location keeps identical.
Accompanying drawing explanation
Fig. 1 is one of the inventive method embodiment one and realizes schematic flow sheet；
Fig. 2 is one of the inventive method embodiment two and realizes schematic flow sheet；
Fig. 3 is one of the inventive method embodiment three and realizes schematic flow sheet；
Fig. 4 is a composition structural representation of electronic equipment embodiment of the present invention；
Fig. 5-7 is the schematic diagram of each location form of the application scenarios one of the application embodiment of the present invention；
Fig. 8-12 is the schematic diagram of an application scenarios of the application embodiment of the present invention.
Detailed description of the invention
Enforcement to technical scheme is described in further detail below in conjunction with the accompanying drawings.
Embodiment of the method one:
A kind of information processing method of the embodiment of the present invention, described method is applied in electronic equipment, such as Fig. 1
Shown in, touch-control input module supported by described electronic equipment, and described method includes:
Step 101, trigger described touch-control input module after show a virtual input region, described virtual input
Region shows multiple button；
Step 102, operating body are positioned over the reference position in described virtual input region, fixed to form first
Position state；
Step 103, described virtual input region detect described operating body at least one operation, record institute
State the performance characteristic information that at least one operation is formed；
Step 104, obtain the second positioning states that described operating body is residing at present；
Step 105, judge described second positioning states and the first positioning states according to described performance characteristic information
Between variable quantity whether exceed default first threshold, obtain judged result；
Step 106, described judged result are used for characterizing shape between described second positioning states and the first positioning states
When the variable quantity become exceedes first threshold, send information；Described information is used for indicating described operation
Body is adjusted to described first positioning states by described second positioning states；
Step 107, according to described information carry out location adjust so that user operates formation each time
Keystroke position is all identical with the described reference position holding of initial alignment.
Use the embodiment of the present invention, after user is changed to the second positioning states by the first positioning states, due to thing
First pass through at least one operation detecting described operating body in described virtual input region, described in record at least one
The performance characteristic information that individual operation is formed, can judge described second location shape according to described performance characteristic information
Whether the variable quantity between state and the first positioning states exceedes default first threshold, described second positioning states with
When the variable quantity formed between the first positioning states exceedes first threshold, send information, described information
For indicating described operating body to be adjusted to described first positioning states by described second positioning states, thus, root
Carry out location according to described information to adjust so that user operate each time the keystroke position of formation all with initially
The described reference position of location keeps identical.
Here, described touch-control input module can be Baidu's input method, search dog input method, Google's input method etc.
The input module realized.Described virtual input region can be that the input module realized by these input methods is opened
The dummy keyboard opened, the pattern of dummy keyboard can or slightly district the same with the keyboard layout of physical entity keyboard
Not.Described operating body refers to each finger on user's both hands palm.Described variable quantity can be the anglec of rotation
Degree or the distance translated up and down, when angle or displacement exceed predetermined first threshold, user
Just can get for indicating described operating body to be adjusted to described first location shape by described second positioning states
The information of state, described information at least includes information of voice prompt；Picture cues information；Vibration sense
Answer at least one in information, thus, user is adjusted according to information, by the second location shape
State is readjusted to described first positioning states.
Embodiment of the method two:
Based on said method embodiment one, a kind of information processing method of the embodiment of the present invention, described method should
In electronic equipment, as in figure 2 it is shown, described electronic equipment supports touch-control input module, described method bag
Include:
Step 201, trigger described touch-control input module after show a virtual input region, described virtual input
Region shows multiple button；
Step 202, operating body are positioned over the reference position in described virtual input region, fixed to form first
Position state；
Step 203, described virtual input region detect described operating body at least one operation, record institute
State the performance characteristic information that at least one operation is formed；
Step 204, obtain the second positioning states that described operating body is residing at present；
Step 205, judge described second positioning states and the first positioning states according to described performance characteristic information
Between variable quantity whether exceed default first threshold, obtain judged result；
Step 206, described judged result are used for characterizing shape between described second positioning states and the first positioning states
When the variable quantity become is not less than first threshold, detect that the second positioning states residing for described operating body is at present is full
Foot one is pre-conditioned, then obtain the first model set up according to described performance characteristic information；
Step 207, obtain described operating body and be in the first key position corresponding during described second positioning states；
Step 208, according to described first model, described first key position is modified to the second key position,
The character that described second key position is corresponding is the character that user wishes input.
Use the embodiment of the present invention, after user is changed to the second positioning states by the first positioning states, due to thing
First pass through at least one operation detecting described operating body in described virtual input region, described in record at least one
The performance characteristic information that individual operation is formed, can judge described second location shape according to described performance characteristic information
Whether the variable quantity between state and the first positioning states exceedes default first threshold, described second positioning states with
When the variable quantity formed between the first positioning states is not less than first threshold, the least of skew, not shadow are described
Ring touch system, temporarily need not send information, carry out location and adjust, but utilize the first model, specifically
Carry out the automatic correction of character input for keystroke model, this keystroke model is to build according to described performance characteristic information
The vertical model obtained, is accustomed to keystroke position and user keystroke and hobby is relevant.
Such as, user wishes to input character P, and the first key position currently inputted is " toward lower right side
The position of deviation ", character P can not be gone out by correct keystroke in this position, accordingly, can correctly enter P's
Position is that " toward the position of upper left side " is the most permissible, and this position is described second key position.Thus, profit
Use keystroke model, described first key position that script user inputs be modified to described second key position,
The character that described second key position is corresponding is the character P that user wishes input.
Embodiment of the method three:
Based on said method embodiment one, a kind of information processing method of the embodiment of the present invention, described method should
In electronic equipment, as it is shown on figure 3, described electronic equipment supports touch-control input module, described method bag
Include:
Step 301, trigger described touch-control input module after show a virtual input region, described virtual input
Region shows multiple button；
Step 302, operating body are positioned over the reference position in described virtual input region, fixed to form first
Position state；
Step 303, described virtual input region detect described operating body at least one operation, record institute
State the performance characteristic information that at least one operation is formed；
Step 304, obtain the second positioning states that described operating body is residing at present；
Step 305, judge described second positioning states and the first positioning states according to described performance characteristic information
Between variable quantity whether exceed default first threshold, obtain judged result；
Step 306, described judged result are used for characterizing shape between described second positioning states and the first positioning states
When the variable quantity become is not less than first threshold, detect that the second positioning states residing for described operating body is at present is full
Foot one is pre-conditioned, then obtain the first model formed according to the first preset rules, described first preset rules
For characterizing word-building law or the character combination rule formed based on the association of previous character；
Step 307, obtain corresponding first key position when described operating body is in described second positioning states
First character；
Step 308, according to described first model described first character is modified to the second character, described second
Character is the character that user wishes input.
Use the embodiment of the present invention, after user is changed to the second positioning states by the first positioning states, due to thing
First pass through at least one operation detecting described operating body in described virtual input region, described in record at least one
The performance characteristic information that individual operation is formed, can judge described second location shape according to described performance characteristic information
Whether the variable quantity between state and the first positioning states exceedes default first threshold, described second positioning states with
When the variable quantity formed between the first positioning states is not less than first threshold, the least of skew, not shadow are described
Ring touch system, temporarily need not send information, carry out location and adjust, but utilize the first model, specifically
Carry out the automatic correction of character input for keystroke model, this keystroke model is formed according to the first preset rules
Model, described first preset rules is for characterizing word-building law or the character formed based on the association of previous character
Combination rule.
Such as, user wishes that inputting a word is WORD, have input character " W ", " O ", " R "
Owing to there is deviation keystroke position, should keystroke be character " D " originally, but the first word currently inputted
Symbol is " E ", obtains user according to word-building law and wishes that the word inputted is WORD, then utilizes keystroke model,
The first character " E " script user inputted, is automatically modified to the second character " D ", thus completes user and wish
Hope the word " WORD " of input.
Based on said method embodiment one to three, in the embodiment of the present invention one embodiment, described in send and carry
Show information, including:
Step 401, acquisition are for showing the configuration parameter of described information；
Step 402, acquisition are positioned at the button on described reference position；
Step 403, on the button being positioned on described reference position, show that light and shade is handed over according to described configuration parameter
The display effect replaced, to indicate described operating body to be adjusted to described first location shape by described second positioning states
State.
Based on said method embodiment one to three, in the embodiment of the present invention one embodiment, described described
Virtual input region detects at least one operation of described operating body, and record at least one operation described is formed
The embodiment one of performance characteristic information includes:
Step 501, detect described operating body at least one operation duration whether at Second Threshold
In the range of, obtain testing result；Such as, the keystroke time reaches 5 minutes or 10 minutes etc., starts record
And statistical analysis, in order to follow-up from least one operation described, obtain effective keystroke operation, and carry out and mesh
The comparison of the centre coordinate of mark key mapping character；
Step 502, described testing result are when at least one operation characterizing described operating body is lasting
Between when Second Threshold scope, from described at least one operation obtain effective keystroke operation；
Step 503, described effective keystroke operation is acted on target key mapping character or the physical location of periphery,
Comparing with the centre coordinate of described target key mapping character, obtain comparison result, such as, effective keystroke is grasped
Work be keystroke in position to the left for character E, or position that keystroke is in the middle of character E and D etc., certainly will
Centre coordinate deviation with target key mapping character E.
Step 504, record described comparison result, i.e. record the deviation obtained by step 503, such as
To the left to the right on the upper side or less than normal etc..
Based on said method embodiment one to three, in the embodiment of the present invention one embodiment, described described
Virtual input region detects at least one operation of described operating body, and record at least one operation described is formed
The embodiment two of performance characteristic information includes:
Step 601, detect described operating body at least one operation frequency whether in the 3rd threshold range,
Obtain testing result；Such as, the keystroke time reaches 10 times or 20 times etc., starts record and statistical analysis,
From at least one operation described, obtain effective keystroke operation so that follow-up, and carry out and target key mapping character
The comparison of centre coordinate；
Step 602, described testing result are for characterizing frequency of at least one operation of described operating body the
During three threshold ranges, from least one operation described, obtain effective keystroke operation；
Step 603, described effective keystroke operation is acted on target key mapping character or the physical location of periphery,
Compare with the centre coordinate of described target key mapping character, obtain comparison result；Such as, effective keystroke behaviour
Work is the position that keystroke selects a deviation angle on the left of character F, certainly will with in target key mapping character F
Heart coordinate deviation.
Step 604, record described comparison result.I.e. record the deviation angle obtained by step 603.
In the embodiment of the present invention one embodiment, described comparison result is used for characterizing described physical location distance
The offset distance of described centre coordinate or misalignment angle.
Accordingly, described according to described performance characteristic information judge described second positioning states and first location shape
Whether the variable quantity formed between state exceedes default first threshold, including:
Step 701, from described comparison result according to the center from top to bottom intersected with described reference position
Axis divides, distinguish from least one operation of described operating body central axis with left operation and
Central axis is with right operation；
Step 702, to described central axis with left operation and described central axis with right operation, respectively
Judge described offset distance or the misalignment angle formed between described second positioning states and the first positioning states
Whether variable quantity exceedes default first threshold, to carry out the adjustment of described location according to described information respectively.
It need to be noted that: the description of following electronic equipment item, it is similar for describing with said method,
Describe with the beneficial effect of method, do not repeat.For the skill not disclosed in electronic equipment embodiment of the present invention
Art details, refer to the description of the inventive method embodiment.
Electronic equipment embodiment one:
A kind of electronic equipment of the embodiment of the present invention, touch-control input module 11 supported by described electronic equipment, such as figure
Shown in 4, described electronic equipment also includes:
Display unit 12, shows a virtual input region, described void after being used for triggering described touch-control input module
Intend input area and show multiple button；
First acquiring unit 13, for obtaining the benchmark position that operating body is positioned in described virtual input region
Put, to form the first positioning states；
Detector unit 14, for detecting at least one operation of described operating body in described virtual input region,
The performance characteristic information that record at least one operation described is formed；
Second acquisition unit 15, for obtaining the second positioning states that described operating body is residing at present；
According to described performance characteristic information, judging unit 16, for judging that described second positioning states and first is determined
Whether the variable quantity between the state of position exceedes default first threshold, obtains judged result；
Information alert transmitting element 17, is used for characterizing described second positioning states and for described judged result
When the variable quantity formed between one positioning states exceedes first threshold, send information；Described information is used
Adjust to described first positioning states by described second positioning states in indicating described operating body；
Location adjustment unit 18, adjusts for carrying out location according to described information so that user is each time
The keystroke position that operation is formed is all identical with the described reference position holding of initial alignment.
Electronic equipment embodiment two:
Based on above-mentioned electronic equipment embodiment one, the electronic equipment of the embodiment of the present invention also includes:
3rd acquiring unit, is used for characterizing described second positioning states and the first location for described judged result
When the variable quantity formed between state is not less than first threshold, detect that second residing for described operating body is at present is fixed
Position state meets one pre-conditioned, then obtain the first model set up according to described performance characteristic information；
4th acquiring unit, is in during described second positioning states corresponding first for obtaining described operating body
Key position；
First amending unit, for according to described first model described first key position is modified to second by
Key position；The character that described second key position is corresponding is the character that user wishes input.
Electronic equipment embodiment three:
Based on above-mentioned electronic equipment embodiment one, the electronic equipment of the embodiment of the present invention also includes:
5th acquiring unit, is used for characterizing described second positioning states and the first location for described judged result
When the variable quantity formed between state is not less than first threshold, detect that second residing for described operating body is at present is fixed
Position state meets one pre-conditioned, then obtain the first model formed according to the first preset rules, and described first
Preset rules is for characterizing word-building law or the character combination rule formed based on the association of previous character；
6th acquiring unit, be used for obtaining when described operating body is in described second positioning states correspondence first by
First character of key position；
Second amending unit, for being modified to the second character according to described first model by described first character；
Described second character is the character that user wishes input.
In the embodiment of the present invention one embodiment, described information alert transmitting element, it is further used for:
Obtain the configuration parameter for showing described information；
Obtain and be positioned at the button on described reference position；
On the button being positioned on described reference position, light and shade display effect alternately is shown according to described configuration parameter
Really, to indicate described operating body to be adjusted to described first positioning states by described second positioning states.
In the embodiment of the present invention one embodiment, it is further used for:
Detect described operating body at least one operation duration whether in the range of Second Threshold,
To testing result；
Described testing result is for characterizing at least one operation duration of described operating body at the second threshold
During value scope, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
In the embodiment of the present invention one embodiment, described detector unit, it is further used for:
Detect described operating body at least one operation frequency whether in the 3rd threshold range, detected
Result；
Described testing result is for characterizing the frequency of at least one operation of described operating body at the 3rd threshold range
Time, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
In the embodiment of the present invention one embodiment, described judging unit, be further used for comparison result for
Characterize described physical location in the case of the offset distance or misalignment angle of described centre coordinate,
Carry out drawing according to the central axis from top to bottom intersected with described reference position from described comparison result
Point, distinguish from least one operation of described operating body central axis with left operation and central axis with
Right operation；
Described central axis is operated with a left side and described central axis is with right operation, judge described the respectively
Whether the described offset distance formed between two positioning states and the first positioning states or the variable quantity of misalignment angle
Exceed default first threshold, to carry out the adjustment of described location according to described information respectively.
In the embodiment of the present invention one embodiment, described information, including following type prompts information extremely
One of few:
Information of voice prompt；Picture cues information；Vibration induction information.
As a example by a real world applications scene, the embodiment of the present invention is described below:
Application scenarios one:
This application scene be for panel computer or touch screen note-book computer display screen compared with smart mobile phone its
Screen size is relatively big, so its on-screen keyboard is typically designed to full keyboard layout, target is to make
User's with the hands ten fingers high efficiency on large scale keyboard inputs word and proposes.Under dummy keyboard scene,
Compared with physical keyboard, the unfavorable aspect that on-screen keyboard exists is that surface of keyboard is exactly the surface of display screen,
User is difficult by the relative position of ganoid glass location both hands and keyboard.It addition, at glass surface
The feedback of the certain stroke during not having physical button to depress, it is defeated at word that this also affects user
Fashionable experience.The two main cause causes being difficult to touch system when using on-screen keyboard, inputs at word
During need user constantly to pay close attention to the position of each finger keystroke with eyes, cause input efficiency the lowest
Under.Even when full key board bit keyboard occurs, user cannot use touch system technology, still use a finger or
Two fingers of person click on realization input on screen.
This application scene, use prior art, one be designed as word output area (or claim text show
District) and dummy keyboard top from closer, facilitate eye-observation, thus be adjusted.It is to say,
The key mapping region of on-screen keyboard is very near with the design of word output area, and in general key is close in word output area
The top of dish.It is easy to user's eye sight line in input process and has only to moving it may determine that go out by a small margin
What the position of button word content the most correct, input is.But, its shortcoming is: 1) this scheme
Directly use and singly refer to input scheme on the small screen smart mobile phone, it is still desirable to eyes are between key mapping and text
Frequently beat, but now the size of keyboard is the biggest.So eyes scope of movement on screen is very big,
It is unfavorable for that high efficiency inputs word；2) when that both hands inputting word on on-screen keyboard, its attitude and physics
Identical on keyboard, if word output area is closer from keyboard, sight line is highly susceptible to bend finger
Block.If it is considered that block design comparison far, eyes need again the distant of movement, to input effect
Rate still has bad impact；3) owing to text viewing area is on keyboard top, keyboard is the biggest, thus defeated
Browse whole document during entering the most cumbersome, need to toggle each different view.
This application scene, uses prior art, and another kind is designed as on screen full size keyboard only utilizing
One finger input.Input process only stares at the position of finger, it is ensured that its input is correct, the most not
Need frequently to switch between button and word.But, its shortcoming is: 1) do not utilize entirely without way
The advantage of full key board bit keyboard；2) finger scope of movement on screen is very big, and life-time service is easily made
Become fatigue.Actually be completely unnecessary on flat board or notebook when using this input mode with screen
The keyboard Designing that curtain is wide, small-sized keypad is more suitable.
In view of this, this application scene application embodiment of the present invention is to utilize palm to carry out on a kind of dummy keyboard
The scheme of location calibration.Specifically include that during statistics input word in each palm correspondence key mapping of both hands
The position of each finger keystroke.According to the data of click location accumulation on screen of finger in nearest a period of time,
If it is judged that during the overall deviation reference position of palm, remind user to need by sound or diagram
Move integrally or rotate palm, to keep palm to protect with the initial reference position by eyes viewing location
Hold identical.
This application scene application embodiment of the present invention have the beneficial effect that 1) can be on smooth glass surface
Word is inputted, due to distance reference position relatively in the case of remaining the distance nearer with original reference position
Closely, so using success rate during touch system the highest；2) ensure that user is utilizing input through keyboard word mistake
In journey, eyes simply focus on the word that text viewing area occurs, and not be used between word and key mapping and frequently cut
Change；3) palm image instruction user being located through sound or distance text input prompt district on keyboard
The position of real time calibration palm, it is ensured that keystroke is all essentially identical with during initial alignment each time, the most permissible
Realize the experience similar with on physical keyboard, it is ensured that the realization of touch system process, thus realize on on-screen keyboard
High efficiency text inputs.
Such as each scene schematic diagram that Fig. 5-Fig. 7 is corresponding this application scene workflow, this workflow bag
Include herein below:
When one, initially using, each key mapping on eye observation on-screen keyboard, the finger of both hands is placed on keyboard
(the corresponding finger of the left hand palm is positioned over character " A, S, D, F " to middle key mapping, and the corresponding finger of the right hand palm is placed
In character " J, K, L,；") on corresponding reference position.
Can realize first location by the way assisted with eyes, initial alignment form is as shown in Figure 5.
Two, during input word, by the position of algorithm record effective keystroke each time, and calculate
Its difference with target key mapping centre coordinate.
As shown in Figure 6, left side keystroke keeps consistent substantially with the center of key mapping, and the key mapping center of keystroke to
Right avertence moves a certain distance.Statistic processes need not all of button and have keystroke operation.Left side
QAZXVDTGB does not has keystroke operation, only by the keystroke result on WERSFC it may determine that left hand
Relative position, each key can utilize the result that multitap taps.The YLP on right side does not has keystroke to grasp
Make, only by the keystroke of UIOHJKNM it may determine that, each key can utilize multitap to tap
Result；Have only to add up the relation between each corresponding key mapping of effective keystroke.
Three, by the accumulative data of some as shown in Figure 6, (such as frequency is 30 times or time
It is 15 seconds in), analyze the deviation of palm and key mapping.A number of data refer to have with number of times, time
The historical data of relation, along with in input process, whether palm move and automatically update.
Four, the data produced with two, left and right palm process respectively, control.Result shown in Fig. 6 is produced
In each data of raw keystroke, major part right hand keystrokes deviation is to the right, and the basic Dou center of left hand,
So left hand need not correction, the right hand needs balance correction.
As shown in Figure 7, it is judged that when integral translation, rotation occurs in palm, use with sound or picture cues
Family needs to finely tune the position of palm.Wherein the position of picture cues control is positioned near word outgoing position,
In the case of in input process, the sight line of eyes need not change user just it is observed that.Left side in figure below
Keystroke is normal, not skew and rotation, and having of right side extremely occurs in that clockwise rotation, need to carry
Awake user's rotate in an anti-clockwise direction palm.
Application scenarios two:
This application scene is to get more and more for current touch panel device, but equipment text based on touch screen
Input and propose.In current method, a secondary soft keyboard is mostly used to realize the input of text message.
The problem that the input of pure soft keyboard is maximum is then the feedback owing to lacking physical button, and user cannot determine accurately
In middle key mapping, (the corresponding finger of the left hand palm is positioned over character " A, S, D, F ", the corresponding hands of the right hand palm to position hands
Refer to be positioned over character " J, K, L,；") on corresponding reference position, middle key mapping can use home row
Referring to, needing frames out attention frequently positions hands position on keyboard.Cause input effect
Rate is low.
This application scene, uses prior art, and a kind of method of solution is when the hands of user is not in middle key mapping
Vibrational feedback was given time upper；But a disadvantage is that on the one hand vibration can bring puzzlement to user, and keystroke also has
Vibrational feedback, user cannot recognize that the current feedback of deviation reminds the position being to indicate user to deviate middle key mapping.
The direction of deviation cannot be reminded especially.
This application scene, uses prior art, and the another kind of method solved is that the hands of user is not in middle key mapping
By certain action or the gesture of finger time upper, then gave the prompting of middle key mapping, as vibrated or highlighted
Middle key mapping key.But the problem of this method is, since the already known hands of user is not in middle key mapping,
The most directly bow and find the button at middle key mapping place, then move to middle key mapping key and expend energy minimum；
If both hands are had a rest and are placed on keyboard simultaneously, the button of the middle key mapping being highlighted can be blocked, and reminds
Poor effect.
This application scene uses the embodiment of the present invention, is the scheme of the middle key mapping in location on a kind of soft keyboard.Main
Including: when the finger of user is had a rest and is placed in the middle key mapping of keyboard, it is not necessary to give any prompting
And operation, when the distance that key mapping in the middle of the finger of user deviates is less, due to custom during people's keystroke,
Displacement and the direction of each finger keystroke are relatively fixed, therefore can be by setting up the keystroke model of user
Correct；In the middle of the finger of user deviates, key mapping is excessive, when cannot correct, and highlighted middle key
Position reminds user's finger to have deviated from, and keystroke may bring mistake click again.
This application scene application embodiment of the present invention have the beneficial effect that highlighted middle key mapping is only user
Finger deviation in the middle of key mapping too many time occur, and the most highlighted middle key mapping will not be blocked by finger, use
The remaining light of family eyes can see that middle key mapping button is highlighted, and reminds finger to have deviated from too much；Work as user
When finger retracts middle key mapping button, highlighted cancellation.
Such as each scene schematic diagram of Fig. 8-Figure 12 correspondence this application scene workflow, this workflow includes
Herein below:
One, when the finger of user is had a rest and is placed in correct middle key mapping, user is not reminded.
As shown in Figure 8, middle key mapping does not show the prompting message that light and shade replaces or band color is highlighted.
Two, when the distance that key mapping in the middle of the finger of user has a rest the position deviation placed is less, user is taked
Keystroke model is revised.As it is shown in figure 9, comparison diagram 8 understands: in Fig. 9, user's right hand palm relative to
Middle key mapping has deviateed, but deviation is the most few, and now, middle key mapping still goes up and do not shows light and shade
Alternately or the highlighted prompting message of band color.
Three, as shown in Figure 10, when finger is on G key, user keystroke T has certain direction and finger
Displacement, when middle key mapping finger locating deviation lesser degree displacement, finger is offset in the middle of FG by G key
Position, when then removing to impact T key according to the custom of keystroke at ordinary times, physical location is RT centre position, but
It is that we can be corrected by the keystroke model of user, confirms user keystroke T.Can correct this
In the case of, point out again without to middle key mapping, reduce the conversion of user's attention, concentrate
Energy is on keystroke.
Four, when the distance that key mapping in the middle of the finger of user has a rest the position deviation placed is bigger, such as Figure 11 institute
Show, comparison diagram 8 and Fig. 9, find that the location form of Figure 11 is apart from the location shape of initial middle key mapping
State has had bigger deviation, it may be assumed that both hands deviate from middle key mapping relatively large distance, and now left hand is by F
Deviating to D key, right hand J key deviates to K key.
Five, as shown in figure 12, highlighted middle key mapping button, remind the deviation of user's finger, until user's hands
Refer to move back to the reference position at middle key mapping place, revert to the location form of initial middle key mapping.
In several embodiments provided herein, it should be understood that disclosed equipment and method, can
To realize by another way.Apparatus embodiments described above is only schematically, such as, and institute
Stating the division of unit, be only a kind of logic function and divide, actual can have other dividing mode when realizing,
As: multiple unit or assembly can be in conjunction with, or it is desirably integrated into another system, or some features can be neglected
Slightly, or do not perform.It addition, the coupling each other of shown or discussed each ingredient or directly coupling
Close or communication connection can be the INDIRECT COUPLING by some interfaces, equipment or unit or communication connection, can
Be electrical, machinery or other form.
The above-mentioned unit illustrated as separating component can be or may not be physically separate, as
The parts that unit shows can be or may not be physical location, i.e. may be located at a place, it is possible to
To be distributed on multiple NE；Part or all of unit therein can be selected according to the actual needs
Realize the purpose of the present embodiment scheme.
It addition, each functional unit in various embodiments of the present invention can be fully integrated in a processing unit,
Can also be that each unit is individually as a unit, it is also possible to two or more unit are integrated in one
In individual unit；Above-mentioned integrated unit both can realize to use the form of hardware, it would however also be possible to employ hardware adds soft
The form of part functional unit realizes.
One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can
Completing with the hardware relevant by programmed instruction, aforesaid program can be stored in an embodied on computer readable and deposit
In storage media, this program upon execution, performs to include the step of said method embodiment；And aforesaid storage
Medium includes: movable storage device, read only memory (ROM, Read-Only Memory), deposit at random
Access to memory (RAM, Random Access Memory), magnetic disc or CD etc. are various can store journey
The medium of sequence code.
Or, if the above-mentioned integrated unit of the present invention is using the form realization of software function module and as independent
Production marketing or use time, it is also possible to be stored in a computer read/write memory medium.Based on so
Understanding, the part that prior art is contributed by the technical scheme of the embodiment of the present invention the most in other words can
Embodying with the form with software product, this computer software product is stored in a storage medium, bag
Include some instructions with so that a computer equipment (can be personal computer, server or network
Equipment etc.) perform all or part of of method described in each embodiment of the present invention.And aforesaid storage medium bag
Include: various Jie that can store program code such as movable storage device, ROM, RAM, magnetic disc or CD
Matter.
The above, the only detailed description of the invention of the present invention, but protection scope of the present invention is not limited to
This, any those familiar with the art, in the technical scope that the invention discloses, can readily occur in
Change or replacement, all should contain within protection scope of the present invention.Therefore, protection scope of the present invention should
It is as the criterion with described scope of the claims.
Claims (16)
1. an information processing method, described method is applied in electronic equipment, and described electronic equipment support is touched
Control input module, described method includes:
Show after triggering described touch-control input module that a virtual input region, described virtual input region show
Multiple buttons；
Operating body is positioned over the reference position in described virtual input region, to form the first positioning states；
Detect at least one operation of described operating body in described virtual input region, record described at least one
The performance characteristic information that operation is formed；
Obtain the second positioning states that described operating body is residing at present；
The variable quantity between described second positioning states and the first positioning states is judged according to described performance characteristic information
Whether exceed default first threshold, obtain judged result；
Described judged result is for characterizing the variable quantity formed between described second positioning states and the first positioning states
When exceeding first threshold, send information；Described information is used for indicating described operating body by described
Two positioning states adjust to described first positioning states；
Carry out location according to described information to adjust so that user operates the keystroke position of formation each time
Described reference position holding with initial alignment is identical.
Method the most according to claim 1, described method also includes:
Described judged result is for characterizing the variable quantity formed between described second positioning states and the first positioning states
During not less than first threshold, detect that the second positioning states residing for described operating body is at present meets and preset bar
Part, then obtain the first model set up according to described performance characteristic information；
Obtain described operating body and be in the first key position corresponding during described second positioning states；
According to described first model, described first key position is modified to the second key position；
The character that described second key position is corresponding is the character that user wishes input.
Method the most according to claim 1, described method also includes:
Described judged result is for characterizing the variable quantity formed between described second positioning states and the first positioning states
During not less than first threshold, detect that the second positioning states residing for described operating body is at present meets and preset bar
Part, then obtain the first model formed according to the first preset rules, and described first preset rules is used for characterizing structure
Word rule or the character combination rule formed based on the association of previous character；
Obtain described operating body and be in the first character of corresponding first key position during described second positioning states；
According to described first model, described first character is modified to the second character；
Described second character is the character that user wishes input.
The most according to the method in claim 2 or 3, described in send information, including:
Obtain the configuration parameter for showing described information；
Obtain and be positioned at the button on described reference position；
On the button being positioned on described reference position, light and shade display effect alternately is shown according to described configuration parameter
Really, to indicate described operating body to be adjusted to described first positioning states by described second positioning states.
Method the most according to claim 1, described at the described virtual input region described operating body of detection
At least one operation, the performance characteristic information that record at least one operation described is formed, including:
Detect described operating body at least one operation duration whether in the range of Second Threshold,
To testing result；
Described testing result is for characterizing at least one operation duration of described operating body at the second threshold
During value scope, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
Method the most according to claim 1, described at the described virtual input region described operating body of detection
At least one operation, the performance characteristic information that record at least one operation described is formed, including:
Detect described operating body at least one operation frequency whether in the 3rd threshold range, detected
Result；
Described testing result is for characterizing the frequency of at least one operation of described operating body at the 3rd threshold range
Time, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
7., according to the method described in claim 5 or 6, described comparison result is used for characterizing described physical location
Offset distance or misalignment angle apart from described centre coordinate；
Described according to described performance characteristic information judge between described second positioning states and the first positioning states formed
Variable quantity whether exceed default first threshold, including:
Carry out drawing according to the central axis from top to bottom intersected with described reference position from described comparison result
Point, distinguish from least one operation of described operating body central axis with left operation and central axis with
Right operation；
Described central axis is operated with a left side and described central axis is with right operation, judge described the respectively
Whether the described offset distance formed between two positioning states and the first positioning states or the variable quantity of misalignment angle
Exceed default first threshold, to carry out the adjustment of described location according to described information respectively.
8. according to the method described in any one of claim 1,5 to 7, described in send information, including
Send at least one following type prompts information:
Information of voice prompt；Picture cues information；Vibration induction information.
9. an electronic equipment, described electronic equipment support touch-control input module, described electronic equipment also includes:
Display unit, shows a virtual input region after being used for triggering described touch-control input module, described virtual
Input area shows multiple button；
First acquiring unit, for obtaining the reference position that operating body is positioned in described virtual input region,
To form the first positioning states；
Detector unit, for detecting at least one operation of described operating body, note in described virtual input region
The performance characteristic information that record at least one operation described is formed；
Second acquisition unit, for obtaining the second positioning states that described operating body is residing at present；
Judging unit, for judging described second positioning states and the first location according to described performance characteristic information
Whether the variable quantity between state exceedes default first threshold, obtains judged result；
Information alert transmitting element, is used for characterizing described second positioning states and first for described judged result
When the variable quantity formed between positioning states exceedes first threshold, send information；Described information is used for
Described operating body is indicated to be adjusted to described first positioning states by described second positioning states；
Location adjustment unit, adjusts for carrying out location according to described information so that user grasps each time
The keystroke position making to be formed is all identical with the described reference position holding of initial alignment.
Electronic equipment the most according to claim 9, described electronic equipment also includes:
3rd acquiring unit, is used for characterizing described second positioning states and the first location for described judged result
When the variable quantity formed between state is not less than first threshold, detect that second residing for described operating body is at present is fixed
Position state meets one pre-conditioned, then obtain the first model set up according to described performance characteristic information；
4th acquiring unit, is in during described second positioning states corresponding first for obtaining described operating body
Key position；
First amending unit, for according to described first model described first key position is modified to second by
Key position；The character that described second key position is corresponding is the character that user wishes input.
11. electronic equipments according to claim 9, described electronic equipment also includes:
5th acquiring unit, is used for characterizing described second positioning states and the first location for described judged result
When the variable quantity formed between state is not less than first threshold, detect that second residing for described operating body is at present is fixed
Position state meets one pre-conditioned, then obtain the first model formed according to the first preset rules, and described first
Preset rules is for characterizing word-building law or the character combination rule formed based on the association of previous character；
6th acquiring unit, be used for obtaining when described operating body is in described second positioning states correspondence first by
First character of key position；
Second amending unit, for being modified to the second character according to described first model by described first character；
Described second character is the character that user wishes input.
12., according to the electronic equipment described in claim 10 or 11, described information alert transmitting element, enter
One step is used for:
Obtain the configuration parameter for showing described information；
Obtain and be positioned at the button on described reference position；
On the button being positioned on described reference position, light and shade display effect alternately is shown according to described configuration parameter
Really, to indicate described operating body to be adjusted to described first positioning states by described second positioning states.
13. electronic equipments according to claim 9, described detector unit, it is further used for:
Detect described operating body at least one operation duration whether in the range of Second Threshold,
To testing result；
Described testing result is for characterizing at least one operation duration of described operating body at the second threshold
During value scope, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
14. electronic equipments according to claim 9, described detector unit, it is further used for:
Detect described operating body at least one operation frequency whether in the 3rd threshold range, detected
Result；
Described testing result is for characterizing the frequency of at least one operation of described operating body at the 3rd threshold range
Time, from least one operation described, obtain effective keystroke operation；
Described effective keystroke operation is acted on target key mapping character or the physical location of periphery, with described mesh
The centre coordinate of mark key mapping character is compared, and obtains comparison result；
Record described comparison result.
15., according to the electronic equipment described in claim 13 or 14, described judging unit, are further used for
Comparison result is for characterizing described physical location apart from the offset distance of described centre coordinate or misalignment angle
In the case of,
Carry out drawing according to the central axis from top to bottom intersected with described reference position from described comparison result
Point, distinguish from least one operation of described operating body central axis with left operation and central axis with
Right operation；
Described central axis is operated with a left side and described central axis is with right operation, judge described the respectively
Whether the described offset distance formed between two positioning states and the first positioning states or the variable quantity of misalignment angle
Exceed default first threshold, to carry out the adjustment of described location according to described information respectively.
16. according to the electronic equipment described in any one of claim 9,13 to 15, described information, bag
Include at least one following type prompts information:
Information of voice prompt；Picture cues information；Vibration induction information.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201510134687.2A CN106155502A (en) | 2015-03-25 | 2015-03-25 | A kind of information processing method and electronic equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510134687.2A CN106155502A (en) | 2015-03-25 | 2015-03-25 | A kind of information processing method and electronic equipment |
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| CN106155502A true CN106155502A (en) | 2016-11-23 |
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ID=57340037
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| Application Number | Title | Priority Date | Filing Date |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018126828A1 (en) * | 2017-01-03 | 2018-07-12 | 中兴通讯股份有限公司 | Virtual key display method and terminal |
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| CN102778992A (en) * | 2011-05-09 | 2012-11-14 | 中国电信股份有限公司 | Virtual keyboard response method and virtual keyboard response device |
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| CN103443744A (en) * | 2010-11-30 | 2013-12-11 | 清洁之匙公司 | Dynamically located onscreen keyboard |
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