CN104423671B - Its electronic equipment of a kind of control method of keyboard, device and application - Google Patents

Its electronic equipment of a kind of control method of keyboard, device and application Download PDF

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Publication number
CN104423671B
CN104423671B CN201310404334.0A CN201310404334A CN104423671B CN 104423671 B CN104423671 B CN 104423671B CN 201310404334 A CN201310404334 A CN 201310404334A CN 104423671 B CN104423671 B CN 104423671B
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area
subregion
module
touch
information
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CN104423671A (en
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刘清
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/02—Input arrangements using manually operated switches, e.g. using keyboards or dials
    • G06F3/0227—Cooperation and interconnection of the input arrangement with other functional units of a computer

Abstract

This application discloses a kind of control method of keyboard, device and using its electronic equipment, by the first information for receiving the first operation carried out in the first area of keyboard；The first information is analyzed, the first analysis result is obtained；Judge whether the first analysis result conforms to a predetermined condition；When the first analysis result conforms to a predetermined condition, the second area is disabled, the phenomenon that so as to avoid second area is accidentally touched when first area operates, maloperation probability is substantially reduced, solves prior art problem.

Description

Its electronic equipment of a kind of control method of keyboard, device and application
Technical field
It is set this application involves electronic technology field more particularly to a kind of control method of keyboard, device and using its electronics It is standby.
Background technique
To reduce equipment volume, being convenient for carrying, more and more electronic equipments are provided with touch tablet, to replace physical button Equipment is controlled；And requirement of most equipment to touch panel sensitivity is higher and higher, so as to operate lighter, efficiency more It is high.But then, the raising of touch panel sensitivity also increases the probability of maloperation, such as pole when finger is near touch tablet Touch tablet is easily accidentally touched, mistake is caused to input even more serious consequence.
Summary of the invention
In view of this, the application is designed to provide its electronic equipment of a kind of control method of keyboard, device and application, with Solve the problems, such as that maloperation easily occurs for existing touch tablet.
To achieve the above object, the application provides the following technical solutions:
A kind of control method of keyboard is applied to electronic equipment, and the electronic equipment includes a keyboard, and the keyboard at least wraps Containing first area and second area；The control method of keyboard includes:
Receive the first information of the first operation executed in the first area；
The first information is analyzed, the first analysis result is obtained；
Judge whether the first analysis result conforms to a predetermined condition；
When the first analysis result conforms to a predetermined condition, the second area is disabled.
Preferably, the first information received in the first operation of first area, including；
Receive the first information that first sensor is got；Wherein,
The first sensor is included at least with one kind of lower sensor: capacitance sensor, infrared sensor, and ultrasonic wave passes Sensor, Proximity Sensor.
Preferably, the first information includes at least control point information of first operation on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis first information, obtains the first analysis result, comprising:
The control point information is analyzed, first number and second number are obtained；Wherein,
The number at control point of first number expression, first operation on first subregion, described second Number indicates the number at control point of first operation on second subregion；.
It is preferably, described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether first number and second number are all larger than zero；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, wrap It includes:
When first number and second number are all larger than zero, the whole of the second area is disabled.
Preferably, the second area includes at least third subregion and the 4th subregion；
It is described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether first number and second number are greater than zero respectively；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, wrap It includes:
When first number is greater than zero, the third subregion is disabled；
When second number is greater than zero, the 4th subregion is disabled.
Preferably, the first information includes at least touch surface information of first operation on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis first information, obtains the first analysis result, comprising:
The touch surface information is analyzed, the first touch area and second is obtained and touches area；Wherein, first touch surface Touch area of first operation on first subregion described in product representation, described first touches the first behaviour described in cartographic represenation of area Make the touch area on second subregion.
It is preferably, described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether the first touch area and the second touch area are all larger than predetermined area；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, wrap It includes:
When the first touch area and the second touch area are all larger than predetermined area, the complete of the second area is disabled Portion.
Preferably, the second area includes at least third subregion and the 4th subregion；
It is described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether the first touch area and the second touch area are greater than predetermined area respectively；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, wrap It includes:
When described first, which touches area, is greater than predetermined area, the third subregion is disabled；
When described second, which touches area, is greater than predetermined area, the 4th subregion is disabled.
Preferably, the first information includes control point information and institute of first operation on the first area State touch surface information of first operation on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis first information, obtains the first analysis result, comprising:
The control point information is analyzed, first number and second number are obtained；Wherein, first number indicates described the The number at control point of one operation on first subregion；Second number indicates first operation described second The number at the control point on subregion；
The touch surface information is analyzed, the first touch area and second is obtained and touches area；Wherein, first touch surface Touch area of first operation on first subregion described in product representation；Described first touches the first behaviour described in cartographic represenation of area Make the touch area on second subregion.
It is preferably, described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether first number and second number are all larger than zero；
Judge whether the first touch area and the second touch area are all larger than predetermined area；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, wrap It includes:
When first number and second number are all larger than zero, and/or, described first, which touches area and second, touches area When being all larger than predetermined area, the whole of the second area is disabled.
Preferably, the second area includes at least third subregion and the 4th subregion；
It is described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether first number and second number are greater than zero respectively；
Judge whether the first touch area and the second touch area are greater than predetermined area respectively；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, wrap It includes:
When first number is greater than zero, and/or, described first touches area when being greater than predetermined area, disables described the Three subregions；
When second number is greater than zero, and/or, described second touches area when being greater than predetermined area, disables described the Four subregions.
A kind of keyboard controller is applied to electronic equipment, and the electronic equipment includes a keyboard, and the keyboard at least wraps Containing first area and second area；The keyboard controller includes: receiving module, analysis module, judgment module and control mould Block；
Receiving module, for receiving the first information of the first operation executed in the first area；
Analysis module obtains the first analysis result for analyzing the first information；
Judgment module, for judging whether the first analysis result conforms to a predetermined condition, if it is, enabling the control Molding block；
Control module, for disabling the operating mode of the second area.
Preferably, the receiving module includes the first receiving module；
First receiving module is used for: receiving the first information that first sensor is got, wherein
The first sensor is included at least with one kind of lower sensor: capacitance sensor, infrared sensor, and ultrasonic wave passes Sensor, Proximity Sensor.
Preferably, the first information includes at least control point information of first operation on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis module includes: control point analysis module；
The control point analysis module is used for: being analyzed the control point information, is obtained first number and second number；Its In,
The number at control point of first number expression, first operation on first subregion, described second Number indicates the number at control point of first operation on second subregion.
Preferably, the judgment module includes: the first points judgment module；The control module includes the first control mould Block；
The first points judgment module is used for: judge whether first number and second number are all larger than zero, if It is then to enable first control module；
First control module is used for: disabling the whole of the second area.
Preferably, the second area includes at least third subregion and the 4th subregion；
The judgment module includes: the second points judgment module；The control module includes the second control module and third Control module；
The second points judgment module is used for: judging whether first number and second number are greater than zero respectively；If First number is greater than zero, then enables second control module；If second number is greater than zero, the third is enabled Control module；
Second control module is used for: disabling the third subregion；
The third control module is used for: disabling the 4th subregion.
Preferably, the first information includes at least touch surface information of first operation on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis module includes: touch surface analysis module；
The touch surface analysis module is used for: first, which touches area and second, touches area；Wherein, first touch surface Touch area of first operation on first subregion described in product representation, described first touches the first behaviour described in cartographic represenation of area Make the touch area on second subregion.
Preferably, the judgment module includes: the first area judgment module；The control module includes the first control mould Block；
The first area judgment module is used for: judging whether the first touch area and the second touch area are all larger than Predetermined area, if it is, enabling first control module；
First control module is used for: disabling the whole of the second area.
Preferably, the second area includes at least third subregion and the 4th subregion；
The judgment module includes: second area judgment module；The control module includes the second control module and third Control module；
The second area judgment module is used for: judging whether the first touch area and the second touch area are big respectively In predetermined area；If described first, which touches area, is greater than predetermined area, second control module is enabled；If second touching Area is touched greater than predetermined area, then enables the third control module；
Second control module is used for: disabling the third subregion；
The third control module is used for: disabling the 4th subregion.
Preferably, the first information includes control point information and institute of first operation on the first area State touch surface information of first operation on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis module includes: control point analysis module and touch surface analysis module；
The control point analysis module is used for: being analyzed the control point information, is obtained first number and second number；Its In, first number indicates the number at control point of first operation on first subregion；Second number Indicate the number at control point of first operation on second subregion；
The touch surface analysis module is used for: being analyzed the touch surface information, is obtained the first touch area and second and touch Area；Wherein, described first touch area of first operation on first subregion described in cartographic represenation of area is touched；Described One touches touch area of first operation on second subregion described in cartographic represenation of area.
Preferably, the judgment module includes: the first points judgment module and the first area judgment module；The control mould Block includes the first control module；
The first points judgment module is used for: judge whether first number and second number are all larger than zero, if It is then to enable first control module；
The first area judgment module is used for: judging whether the first touch area and the second touch area are all larger than Predetermined area, if it is, enabling first control module；
First control module is used for: disabling the whole of the second area.
Preferably, the second area includes at least third subregion and the 4th subregion；
The judgment module includes: the second points judgment module and second area judgment module；The control module includes Second control module and third control module；
The second points judgment module is used for: judging whether first number and second number are greater than zero respectively；If First number is greater than zero, then enables second control module；If second number is greater than zero, the third is enabled Control module；
The second area judgment module is used for: judging whether the first touch area and the second touch area are big respectively In predetermined area；If described first, which touches area, is greater than predetermined area, second control module is enabled；If second touching Area is touched greater than predetermined area, then enables the third control module；
Second control module is used for: disabling the third subregion；
The third control module is used for: disabling the 4th subregion.
A kind of electronic equipment, including a keyboard and keyboard controller described in any of the above embodiments；Wherein, keyboard at least wraps Containing first area and second area.
It can be seen from the above technical scheme that the application is by receiving the first operation carried out in the first area of keyboard The first information；The first information is analyzed, the first analysis result is obtained；It is predetermined to judge whether the first analysis result meets Condition；When the first analysis result conforms to a predetermined condition, the second area is disabled, is grasped so as to avoid in first area The phenomenon that second area is accidentally touched when making, substantially reduces maloperation probability, solves prior art problem.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of application for those of ordinary skill in the art without creative efforts, can be with It obtains other drawings based on these drawings.
Fig. 1 (a) is the control method of keyboard flow chart that the embodiment of the present application one provides；
Fig. 1 (b) is a kind of keyboard area distribution schematic diagram provided by the embodiments of the present application；
Fig. 2 (a) is the control method of keyboard flow chart that the embodiment of the present application two provides；
Fig. 2 (b) is another keyboard area distribution schematic diagram provided by the embodiments of the present application；
Fig. 3 (a) is the control method of keyboard flow chart that the embodiment of the present application three provides；
Fig. 3 (b) is another keyboard area distribution schematic diagram provided by the embodiments of the present application；
Fig. 4 is the control method of keyboard flow chart that the embodiment of the present application four provides；
Fig. 5 is the control method of keyboard flow chart that the embodiment of the present application five provides；
Fig. 6 is the control method of keyboard flow chart that the embodiment of the present application six provides；
Fig. 7 is the control method of keyboard flow chart that the embodiment of the present application seven provides；
Fig. 8 is the keyboard controller structural block diagram that the embodiment of the present application eight provides；
Fig. 9 is the keyboard controller structural block diagram that the embodiment of the present application nine provides；
Figure 10 is the keyboard controller structural block diagram that the embodiment of the present application ten provides；
Figure 11 is the keyboard controller structural block diagram that the embodiment of the present application 11 provides；
Figure 12 is the keyboard controller structural block diagram that the embodiment of the present application 12 provides；
Figure 13 is the keyboard controller structural block diagram that the embodiment of the present application 13 provides；
Figure 14 is the keyboard controller structural block diagram that the embodiment of the present application 14 provides.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of embodiments of the present application, instead of all the embodiments.It is based on Embodiment in the application, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall in the protection scope of this application.
The embodiment of the present application discloses its electronic equipment of a kind of control method of keyboard, device and application, existing to solve The problem of maloperation, easily occurs for touch tablet.
The control method of keyboard that the embodiment of the present application one provides is applied to electronic equipment, which includes a keyboard, The keyboard includes at least first area and second area.Referring to Fig.1 (a), this method comprises the following steps:
S101, the first information for receiving the first operation executed in the first area；
Wherein, above-mentioned first operation refers to is located on keyboard with operating body, and the finger or palm for specifically including user directly connect Touching disk, or at a distance from keyboard in valid analysing range.
S102, the analysis first information, obtain the first analysis result；
S103, judge whether the first analysis result conforms to a predetermined condition, if so, thening follow the steps S104, otherwise Return step S101；
S104, the disabling second area.
By above-mentioned control method of keyboard it is found that the embodiment of the present application was executed by receiving user in the first area of keyboard The first information of first operation, and analyze it, obtain the first analysis result；When the first analysis result meets predetermined item When part, the second area of keyboard is disabled, the phenomenon that so as to avoid second area is accidentally touched when first area operates, is greatly reduced Maloperation probability, solves prior art problem.
In general, first area includes key area, second area includes touch tablet (Touchpad), on keyboard Distribution situation is as shown in Fig. 1 (b).Wherein, 100 be keyboard, and 110 be key area, and 120 be touch tablet.
Further, a conditions for use can be set according to above-mentioned predetermined condition；After disabling second area, the application is implemented Example can continue to execute following steps:
Receive the second information of the second operation executed in the first area；
Second information is analyzed, the second analysis result is obtained；
Judge whether the second analysis result meets the conditions for use, if it is, enabling the second area.
Through the above steps, it realizes depending on the user's operation, enables second area automatically.It is opened in the second area With rear, receive the first information, realize the second area of keyboard is enabled, the real-time switching of disabling.
There are many acquisition modes of the first information described herein, such as passes through capacitance sensor, infrared sensor, surpasses At least one of sonic sensor and Proximity Sensor obtain.In addition, the particular content of the first information includes a variety of, phase The predetermined condition answered also there are many.Below by way of specific embodiment, the corresponding control method of keyboard of the different first information is carried out It elaborates.
The control method of keyboard that the embodiment of the present application two provides is applied to electronic equipment, which includes a keyboard, The keyboard includes at least first area and second area；Wherein, the first area includes at least the first subregion and second Subregion.As shown in Figure 2 (a), this method comprises the following steps:
S201, the first information for receiving the first operation executed in the first area；Wherein, the first information is at least Control point information including first operation on the first area；
S202, the analysis control point information, obtain first number and second number；
Wherein, above-mentioned first number indicates the number at control point of first operation on first subregion, on Stating second number indicates the number at control point of first operation on second subregion.
S203, judge whether first number and second number are all larger than zero, if so, S204 is thened follow the steps, it is no Then return step S201；
The whole of S204, the disabling second area.
For ease of understanding, below for a kind of keyboard structure schematic diagram shown in Fig. 2 (b), the control to the present embodiment Principle is illustrated.Wherein, in Fig. 2 (b), 200 expression keyboards, 210 expression first areas, 211 the first subregions of expression, 212 Indicate the second subregion, 220 indicate second area.
The application obtains first number and second number, when first number and second by analyzing above-mentioned control point information When whether number is all larger than zero, i.e. at least one equal control point, illustrates that user passes through in the first subregion and the second subregion Both hands are operated in first area simultaneously, therefore are not needed using second area, so when disable second area, avoid use Accidentally touch maloperation caused by second area in the positions such as palm, the wrist at family.
Specifically, the first information can be obtained by sensor.By taking capacitance sensor as an example, first is obtained by capacitive sensing The control point information of operation on the first region, which includes the position at each control point；By analyzing the control Point information can determine the number positioned at the control point of the first subregion and the second subregion, i.e., first number and second number.
By above method step and principle it is found that control of the embodiment of the present application by the first operation of analysis on the first region System point information, determines control point number (i.e. above-mentioned first number and second in the first subregion and the second subregion respectively Number), to judge whether user passes through both hands and operate in first area, i.e., when first is several and second number is all larger than When zero, determine that user is operated in first area by both hands, disable second area, avoids accidentally touching second area, drop Low maloperation probability, solves problem of the prior art.
The control method of keyboard that the embodiment of the present application three provides is applied to electronic equipment, which includes a keyboard, The keyboard includes at least first area and second area；Wherein, the first area includes at least the first subregion and second Subregion, second area include at least third subregion and the 4th subregion.As shown in Fig. 3 (a), this method includes following step It is rapid:
S301, the first information for receiving the first operation executed in the first area；Wherein, the first information is at least Control point information including first operation on the first area；
S302, the analysis control point information, obtain first number and second number, and execute step S303 and step respectively Rapid S305；
Wherein, above-mentioned first number indicates the number at control point of first operation on first subregion, on Stating second number indicates the number at control point of first operation on second subregion.
S303, judge whether first number is greater than zero, if so, then follow the steps S304, otherwise return step S301；
S304, the disabling third subregion, control terminate；
S305, judge whether first number is greater than zero, if so, then follow the steps S306, otherwise return step S301；
S306, disabling the 4th subregion, control terminate.
For ease of understanding, the control below by taking a kind of keyboard structure schematic diagram shown in Fig. 3 (b) as an example, to the present embodiment Principle is illustrated.Wherein, in Fig. 3 (b), 300 expression keyboards, 310 expression first areas, 311 the first subregions of expression, 312 Indicate the second subregion；320 indicate second area, and 321 indicate third subregion, and 322 indicate the 4th subregion.
The application obtains first number and second number, and then judge first respectively by analyzing above-mentioned control point information Whether number and second number are greater than zero.When first number is greater than zero, illustrate that user has operation in the first subregion 311；It is right In traditional keyboard, the phenomenon that being likely to occur the third subregion 321 for accidentally touching nearly first subregion 311 at this time；And this Shen Please embodiment first number be greater than zero when disable third subregion, so as to avoid accidentally touch third subregion.Similarly, when second When number is greater than zero, illustrate that user has operation in the second subregion 312, by disabling the 4th son close to the second subregion 312 Region 322 avoids the phenomenon that accidentally touching the 4th subregion 322.In addition, second area is divided into third sub-district by the embodiment of the present application Domain and the 4th subregion, and it is individually controlled, when any region is disabled, the state in another region is unaffected； For example, when second number is equal to zero, illustrating that user may be carried out in the first subregion by left hand when first number is greater than 0 Operation only disables third subregion at this time, and the 4th subregion is still in available mode, so that user can be by the right hand the Corresponding operating is carried out in four subregions.
By above method step it is found that relative to foregoing embodiments two, the present embodiment three had both avoided both hands operation first To the maloperation of second area when region, it is thus also avoided that the maloperation of second area when one-handed performance first area, and improve The utilization rate of second area and keyboard.
Above-described embodiment two and embodiment three are based on control point information and carry out Keyboard Control, the embodiment of the present application four and reality It applies example five and also each provides the control method of keyboard based on touch surface information.
The control method of keyboard that the embodiment of the present application four provides is applied to electronic equipment, which includes a keyboard, The keyboard includes at least first area and second area；Wherein, the first area includes at least the first subregion and second Subregion.Referring to such as 4, this method comprises the following steps:
S401, the first information for receiving the first operation executed in the first area；Wherein, the first information is at least Touch surface information including first operation on the first area；
S402, the analysis touch surface information obtain the first touch area and second and touch area；
Wherein, described first touch area of first operation on first subregion, institute described in cartographic represenation of area are touched State touch area of first operation on second subregion described in the first touch cartographic represenation of area.
S403, judge whether the first touch area and the second touch area are all larger than predetermined area, if it is, holding Row step S404, otherwise return step S401；
The whole of S404, the disabling second area.
Specifically, touch surface information can also pass through capacitance sensor, infrared sensor, ultrasonic sensor, short distance biography Sensor etc. obtains.Touch surface information specifically may include following at least one: boundary information touches area, touch shape.
For each independent by touch area, boundary information indicates the specific position by touch area in the first region It sets, i.e., this can be distinguished by touch area in the first subregion or the second subregion by boundary information.
Area is touched, the size by touch area is indicated, can be used for distinguishing the different operating body such as finger, palm, or The different movements of same operating body；It situations such as relative to finger touch, palm side, is covered in first area when by palm When, area maximum is touched, maloperation also most easily occurs, therefore can be by the way that a predetermined area is arranged, to distinguish above-mentioned palm covering Situation and other situations, it may be assumed that when touching area greater than the predetermined area, illustrate that the touch area covers to obtain by palm.
Touch shape indicates the chamfered shape by touch area, and can be used for distinguishing operating body is left hand or the right hand.
Particularly, the embodiment of the present application four only by touch shape and can touch area, determine that above-mentioned first touches area Area is touched with second, when first touches area and the second touch area is all larger than predetermined area, illustrates that user passes through both hands Simultaneously the first subregion of first area and the second subregion are covered, second area will not be used, so when disable Second area avoids the maloperation to second area.
In addition, can also determine whether to use left hand simultaneously by analyzing touch shape in the other embodiments of the application First area is operated with the right hand, if it is, disabling second area.
The control method of keyboard that the embodiment of the present application five provides is applied to electronic equipment, which includes a keyboard, The keyboard includes at least first area and second area；Wherein, the first area includes at least the first subregion and second Subregion, second area include at least third subregion and the 4th subregion.As shown in figure 5, this method comprises the following steps:
S501, the first information for receiving the first operation executed in the first area；Wherein, the first information is at least Touch surface information including first operation on the first area；
S502, the analysis touch surface information obtain the first touch area and second and touch area, and step is executed respectively Rapid S503 and step S505；
Wherein, described first touch area of first operation on first subregion, institute described in cartographic represenation of area are touched State touch area of first operation on second subregion described in the first touch cartographic represenation of area.
Above-described embodiment four can refer to the specific analytical method of touch surface information, repeated no more in the present embodiment five.
State whether the first touch area is greater than predetermined area described in S503, judgement, if so, S504 is thened follow the steps, it is no Then return step S501；
S504, the disabling third subregion, control terminate；
State whether the second touch area is greater than predetermined area described in S505, judgement, if so, S506 is thened follow the steps, it is no Then return step S501；
S506, disabling the 4th subregion, control terminate.
By above method step it is found that second area is divided into third subregion and the 4th subregion by the embodiment of the present application, And it is individually controlled, when any region is disabled, the state in another region is unaffected；For example, when the first touch Area is greater than predetermined area and illustrates that user may be by left hand in the first sub-district when the second touch area is not more than predetermined area It is operated in domain, only disables third subregion at this time, the 4th subregion is still in available mode, so that user can pass through The right hand carries out corresponding operating in the 4th subregion.Relative to example IV, the present embodiment five had both avoided both hands operation first To the maloperation of second area when region, it is thus also avoided that the maloperation of second area when one-handed performance first area, and improve The utilization rate of second area and keyboard.
To improve the accurate of Keyboard Control, the embodiment of the present application six and embodiment seven have also been respectively increased a kind of while being based on The control method of keyboard of control point information and touch surface information.
The control method of keyboard that the embodiment of the present application six provides is applied to electronic equipment, which includes a keyboard, The keyboard includes at least first area and second area；Wherein, the first area includes at least the first subregion and second Subregion.Referring to such as 6, this method comprises the following steps:
S601, the first information for receiving the first operation executed in the first area；Wherein, the first information includes First operation is in the touch of control point information and first operation on the first area on the first area Face information；
S602, the analysis control point information, obtain first number and second number；Meanwhile analyzing the touch surface letter Breath obtains the first touch area and second and touches area；
Wherein, first number indicates the number at control point of first operation on first subregion；Institute Stating second number indicates the number at control point of first operation on second subregion；Described first touches area table Show touch area of first operation on first subregion；Described first, which touches the first operation described in cartographic represenation of area, exists Touch area on second subregion.
S603, judge following conditions one and condition two a whether at least Xiang Chengli, if so, S604 is thened follow the steps, Otherwise return step S601:
Condition one: first number and second number are all larger than zero；
Condition two: the first touch area and the second touch area are all larger than predetermined area.
The whole of S604, the disabling second area, control terminate.
In above-described embodiment six, by analyzing respectively control point information and touch surface information, and to respective point Analysis result is judged, when any one conforms to a predetermined condition, that is, disables second area, is avoided single piece of information and is received, analyzes Error is controlled caused by the error of process, improves Keyboard Control precision.
The control method of keyboard that the embodiment of the present application seven provides is applied to electronic equipment, which includes a keyboard, The keyboard includes at least first area and second area；Wherein, the first area includes at least the first subregion and second Subregion, second area include at least third subregion and the 4th subregion.As shown in fig. 7, this method comprises the following steps:
S701, the first information for receiving the first operation executed in the first area；Wherein, the first information includes First operation is in the touch of control point information and first operation on the first area on the first area Face information；
S702, the analysis control point information, obtain first number and second number, and execute step S703 and step respectively Rapid S705；Meanwhile the touch surface information is analyzed, it obtains the first touch area and second and touches area；
Wherein, first number indicates the number at control point of first operation on first subregion；Institute Stating second number indicates the number at control point of first operation on second subregion；Described first touches area table Show touch area of first operation on first subregion；Described first, which touches the first operation described in cartographic represenation of area, exists Touch area on second subregion.
S703, judge following conditions one and condition two a whether at least Xiang Chengli, if so, S704 is thened follow the steps, Otherwise return step S701:
Condition one: first number is greater than zero；
Condition two: described first, which touches area, is greater than predetermined area.
S704, the disabling third subregion, control terminate；
S705, judge following conditions three and condition four a whether at least Xiang Chengli, if so, S706 is thened follow the steps, Otherwise return step S701:
Condition three: second number is greater than zero；
Condition four: described second, which touches area, is greater than predetermined area.
S706, disabling the 4th subregion, control terminate.
Relative to two~embodiment of above-described embodiment five, the embodiment of the present application seven passes through respectively to control point information and touch Face information is analyzed, and is judged respective analysis result, when any one conforms to a predetermined condition, that is, disables the secondth area Domain avoids single piece of information and receives, controls error caused by the error of analytic process, improves Keyboard Control precision.
Second area is divided into third subregion and the 4th subregion by the embodiment of the present application seven, and is individually controlled to it System, when any region is disabled, the state in another region is unaffected；For example, when first number is touched greater than zero and/or first Area is touched greater than predetermined area, second number no more than zero and second touch surface be not more than predetermined area when, illustrate user's possibility Operated in the first subregion by left hand, only disable third subregion at this time, the 4th subregion still in available mode, So that user can carry out corresponding operating in the 4th subregion by the right hand.Accordingly, with respect to embodiment six, the present embodiment Seven maloperations to second area when both having avoided both hands operation first area, it is thus also avoided that the when one-handed performance first area The maloperation in two regions, and improve the utilization rate of second area and keyboard.
Accordingly for above method embodiment one, the embodiment of the present application eight additionally provides a kind of keyboard controller.The dress It sets and is applied to electronic equipment, the electronic equipment includes a keyboard, and the keyboard includes at least first area and second area.Such as Shown in Fig. 8, which includes: receiving module 801, analysis module 802, judgment module 803 and control module 804.
Wherein, receiving module 801, for receiving the first information of the first operation executed in the first area；Analysis Module 802 obtains the first analysis result for analyzing the first information；Judgment module 803, for judging described first point Whether analysis result conforms to a predetermined condition, if it is, making energy control module 804；Control module 804, for disabling described second The operating mode in region.
By above structure and function it is found that the embodiment of the present application receives user in the first area of keyboard by receiving module The first information of the first operation executed, and analyzed it by analysis module, obtain the first analysis result；When judging mould When block determines that the first analysis result conforms to a predetermined condition, the second area of keyboard is disabled by control module, so as to avoid The phenomenon that accidentally touching second area when first area operates, substantially reduces maloperation probability, solves prior art problem.
Specifically, receiving module may include the first receiving module in the embodiment of the present application；First receiving module is used for: Receive the first information that first sensor is got, wherein the first sensor is included at least with the one of lower sensor Kind: capacitance sensor, infrared sensor, ultrasonic sensor, Proximity Sensor.
Corresponding to above-described embodiment two, the embodiment of the present application nine additionally provides a kind of keyboard controller.The device application In electronic equipment, the electronic equipment includes a keyboard, and the keyboard includes at least first area and second area；Described first Region includes at least the first subregion and the second subregion.As shown in figure 9, the device includes: receiving module 901, control point point Analyse the points judgment module 903 of module 902, first and the first control module 904.
Receiving module 901, for receiving the first information of the first operation executed in the first area；First letter Breath includes at least control point information of first operation on the first area.
Control point analysis module 902 is used for: being analyzed the control point information, is obtained first number and second number；Wherein, First number indicates the number at control point of first operation on first subregion, and second number indicates The number at control point of first operation on second subregion.
First points judgment module 903 is used for: judge whether first number and second number are all larger than zero, if It is then to enable first control module 904；
First control module 904 is used for: disabling the whole of the second area.
By above structure and function it is found that control point of the embodiment of the present application by the first operation of analysis on the first region Information determines the control point number (i.e. above-mentioned first number and second number) in the first subregion and the second subregion respectively, To judge whether user passes through both hands and operate in first area, i.e., when first several and second number is all larger than zero When, determine that user is operated in first area by both hands, disable second area, avoids accidentally touching second area, reduce Maloperation probability, solves problem of the prior art.
Corresponding to above-described embodiment three, the embodiment of the present application ten additionally provides a kind of keyboard controller.The device application In electronic equipment, the electronic equipment includes a keyboard, and the keyboard includes at least first area and second area；Described first Region includes at least the first subregion and the second subregion；The second area includes at least third subregion and the 4th sub-district Domain.As shown in Figure 10, which includes: receiving module 1001, the points judgment module of control point analysis module 1002, second 1003, the second control module 1004 and third control module 1005.
Receiving module 1001, for receiving the first information of the first operation executed in the first area；Described first Information includes at least control point information of first operation on the first area.
Control point analysis module 1002 is used for: being analyzed the control point information, is obtained first number and second number；Its In, first number indicates the number at control point of first operation on first subregion, second number Indicate the number at control point of first operation on second subregion.
Second points judgment module 1003 is used for: judging whether first number and second number are greater than zero respectively；If First number is greater than zero, then enables the second control module 1004；If second number is greater than zero, third control is enabled Module 1005.
Second control module 1004 is used for: disabling the third subregion.
Third control module 1005 is used for: disabling the 4th subregion.
By above structure and function it is found that relative to foregoing embodiments nine, ten the embodiment of the present application of the present embodiment is by second Region is divided into third subregion and the 4th subregion, and is individually controlled it, when any region is disabled, another region State it is unaffected；For example, when second number is equal to zero, illustrating that user may be existed by left hand when first number is greater than 0 Operated in first subregion, at this time only disable third subregion, the 4th subregion still in available mode so that with Family can carry out corresponding operating in the 4th subregion by the right hand；To second area when both having avoided both hands operation first area Maloperation, it is thus also avoided that the maloperation of second area when one-handed performance first area, and improve second area and keyboard Utilization rate.
Corresponding to above-described embodiment four, the embodiment of the present application 11 additionally provides a kind of keyboard controller.The device is answered For electronic equipment, the electronic equipment includes a keyboard, and the keyboard includes at least first area and second area；Described One region includes at least the first subregion and the second subregion.As shown in figure 11, which includes: receiving module 1101, touches Surface analysis module 1102, the first area judgment module 1103 and the first control module 1104.
Receiving module 1101, for receiving the first information of the first operation executed in the first area；Described first Information includes at least touch surface information of first operation on the first area.
Touch surface analysis module 1102 is used for: first, which touches area and second, touches area；Wherein, first touch surface Touch area of first operation on first subregion described in product representation, described first touches the first behaviour described in cartographic represenation of area Make the touch area on second subregion.
First area judgment module 1103 is used for: judging whether the first touch area and the second touch area are all larger than Predetermined area, if it is, enabled first control module 1104.
First control module 1104 is used for: disabling the whole of the second area.
By above structure and function it is found that by analysis touch surface information, determine that above-mentioned first touches area and the second touching Area is touched, when the first touch area and the second touch area are all larger than predetermined area, illustrates user by both hands simultaneously to the First subregion and the second subregion in one region are covered, and second area will not be used, and are disabled second area at this time, are kept away Exempt from the maloperation to second area, solves prior art problem.
Corresponding to above-described embodiment five, the embodiment of the present application 12 additionally provides a kind of keyboard controller.The device is answered For electronic equipment, the electronic equipment includes a keyboard, and the keyboard includes at least first area and second area；Described One region includes at least the first subregion and the second subregion；The second area includes at least third subregion and the 4th sub-district Domain.As shown in figure 12, which includes: receiving module 1201, touch surface analysis module block 1202, second area judgment module 1203, the second control module 1204 and third control module 1205.
Receiving module 1201, for receiving the first information of the first operation executed in the first area；Described first Information includes at least touch surface information of first operation on the first area.
Touch surface analysis module 1202 is used for: first, which touches area and second, touches area；Wherein, first touch surface Touch area of first operation on first subregion described in product representation, described first touches the first behaviour described in cartographic represenation of area Make the touch area on second subregion.
Second area judgment module 1203 is used for: judging whether the first touch area and the second touch area are big respectively In predetermined area；If described first, which touches area, is greater than predetermined area, the second control module 1204 is enabled；If second touching Area is touched greater than predetermined area, then enables third control module 1205.
Second control module 1204 is used for: disabling the third subregion.
Third control module 1205 is used for: disabling the 4th subregion.
By above structure and function it is found that second area is divided into third subregion and the 4th sub-district by the embodiment of the present application Domain, and it is individually controlled by the second control module and third control module respectively, when any region is disabled, separately The state in one region is unaffected；For example, second, which touches area, is not more than predetermined face when first touches area greater than predetermined area When product, illustrate that user may be operated in the first subregion by left hand, only disables third subregion, the 4th sub-district at this time Domain is still in available mode, so that user can carry out corresponding operating in the 4th subregion by the right hand.Relative to implementation Example 11, maloperation when the present embodiment 12 had both avoided both hands operation first area to second area, it is thus also avoided that singlehanded Maloperation when operating first area to second area, and improve the utilization rate of second area and keyboard.
Corresponding to above-described embodiment six, the embodiment of the present application 13 additionally provides a kind of keyboard controller.The device is answered For electronic equipment, the electronic equipment includes a keyboard, and the keyboard includes at least first area and second area；Described One region includes at least the first subregion and the second subregion.As shown in figure 13, which includes: receiving module 1310, control Point analysis module 1321, touch surface analysis module 1322, first points judgment module 1331,1332 and of the first area judgment module First control module 1340
Receiving module 1310 is used for: receiving the first information of the first operation executed in the first area；Described first Information includes control point information and first operation of first operation on the first area in the first area On touch surface information.
Control point analysis module 1321 is used for: being analyzed the control point information, is obtained first number and second number；Its In, first number indicates the number at control point of first operation on first subregion；Second number Indicate the number at control point of first operation on second subregion.
Touch surface analysis module 1322 is used for: being analyzed the touch surface information, is obtained the first touch area and second and touch Area；Wherein, described first touch area of first operation on first subregion described in cartographic represenation of area is touched；Described One touches touch area of first operation on second subregion described in cartographic represenation of area.
First points judgment module 1331 is used for: judge whether first number and second number are all larger than zero, if It is then to enable the first control module 1340；
First area judgment module 1332 is used for: judging whether the first touch area and the second touch area are all larger than Predetermined area, if it is, enabled first control module 1340；
First control module 1340 is used for: disabling the whole of the second area.
In above-described embodiment 13, by analyzing respectively control point information and touch surface information, and to respective Analysis result is judged, when any one conforms to a predetermined condition, that is, disables second area, is avoided single piece of information and is received, divides Error is controlled caused by the error of analysis process, improves Keyboard Control precision.
Corresponding to above-described embodiment seven, the embodiment of the present application 14 additionally provides a kind of keyboard controller.The device is answered For electronic equipment, the electronic equipment includes a keyboard, and the keyboard includes at least first area and second area；Described One region includes at least the first subregion and the second subregion；The second area includes at least third subregion and the 4th sub-district Domain.As shown in figure 14, the device include: receiving module 1410, control point analysis module 1421, touch surface analysis module 1422, Second points judgment module 1431, second area judgment module 1432, the second control module 1441 and third control module 1442.
Receiving module 1410 is used for: receiving the first information of the first operation executed in the first area；Described first Information includes control point information and first operation of first operation on the first area in the first area On touch surface information.
Control point analysis module 1421 is used for: being analyzed the control point information, is obtained first number and second number；Its In, first number indicates the number at control point of first operation on first subregion；Second number Indicate the number at control point of first operation on second subregion.
Touch surface analysis module 1422 is used for: being analyzed the touch surface information, is obtained the first touch area and second and touch Area；Wherein, described first touch area of first operation on first subregion described in cartographic represenation of area is touched；Described One touches touch area of first operation on second subregion described in cartographic represenation of area.
Second points judgment module 1431 is used for: judging whether first number and second number are greater than zero respectively；If First number is greater than zero, then enables the second control module 1441；If second number is greater than zero, third control is enabled Module 1442.
Second area judgment module 1432 is used for: judging whether the first touch area and the second touch area are big respectively In predetermined area；If described first, which touches area, is greater than predetermined area, the second control module 1441 is enabled；If second touching Area is touched greater than predetermined area, then enables third control module 1442.
Second control module 1441 is used for: disabling the third subregion.
Third control module 1442 is used for: disabling the 4th subregion.
Relative to eight~embodiment of above-described embodiment 12, ten four-way of the embodiment of the present application cross respectively to control point information and Touch surface information is analyzed, and is judged respective analysis result, when any one conforms to a predetermined condition, i.e. disabling the Two regions avoid single piece of information and receive, control error caused by the error of analytic process, improve Keyboard Control precision.
Second area is divided into third subregion and the 4th subregion by the embodiment of the present application 14, and is individually controlled to it System, when any region is disabled, the state in another region is unaffected；For example, when first number is touched greater than zero and/or first Area is touched greater than predetermined area, second number no more than zero and second touch surface be not more than predetermined area when, illustrate user's possibility Operated in the first subregion by left hand, only disable third subregion at this time, the 4th subregion still in available mode, So that user can carry out corresponding operating in the 4th subregion by the right hand.Accordingly, with respect to embodiment 13, this implementation Maloperation when example 14 had both avoided both hands operation first area to second area, it is thus also avoided that one-handed performance first area When maloperation to second area, and improve the utilization rate of second area and keyboard.
In addition, the embodiment of the present application also provides a kind of electronic equipment, including a keyboard and above-described embodiment eight~implementation The described in any item keyboard controllers of example 14.Wherein, keyboard includes at least first area and second area.The Keyboard Control Device is analyzed it by receiving the first information of the first operation executed in the first area, when analysis result When meeting preset condition, then second area is disabled, the phenomenon that so as to avoid second area is accidentally touched when first area operates, greatly Maloperation probability is reduced greatly, solves prior art problem.
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with Relevant hardware is instructed to complete by computer program, the program can be stored in a computer-readable storage medium In, described program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein, the storage medium can be Magnetic disk, CD, read-only memory (Read-Only Memory, ROM) or random access memory (Random Access Memory, RAM) etc..
The foregoing description of the disclosed embodiments makes professional and technical personnel in the field can be realized or use the application. Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein General Principle can be realized in other embodiments without departing from the spirit or scope of the application.Therefore, the application It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one The widest scope of cause.

Claims (23)

1. a kind of control method of keyboard is applied to electronic equipment, the electronic equipment includes a keyboard, and the keyboard includes at least First area and second area characterized by comprising
The first information of the first operation executed in the first area is received, the first area includes key area, described The first information includes control point information and/or touch surface information of first operation on the first area；
The first information is analyzed, obtains the first analysis as a result, the first analysis result includes first operation described The number and/or touch area at the control point on first area；
Judge whether the first analysis result conforms to a predetermined condition；
When the first analysis result conforms to a predetermined condition, the second area is disabled.
2. control method of keyboard according to claim 1, which is characterized in that first operation received in first area The first information, including；
Receive the first information that first sensor is got；Wherein,
The first sensor is included at least with one kind of lower sensor: capacitance sensor, infrared sensor, supersonic sensing Device, Proximity Sensor.
3. control method of keyboard according to claim 2, which is characterized in that the first information includes at least described first Operate the control point information on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis first information, obtains the first analysis result, comprising:
The control point information is analyzed, first number and second number are obtained；Wherein,
First number indicates the number at control point of first operation on first subregion, second number Indicate the number at control point of first operation on second subregion.
4. control method of keyboard according to claim 3, which is characterized in that described whether to judge the first analysis result It conforms to a predetermined condition, comprising:
Judge whether first number and second number are all larger than zero；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, comprising:
When first number and second number are all larger than zero, the whole of the second area is disabled.
5. control method of keyboard according to claim 3, which is characterized in that the second area includes at least third sub-district Domain and the 4th subregion；
It is described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether first number and second number are greater than zero respectively；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, comprising:
When first number is greater than zero, the third subregion is disabled；
When second number is greater than zero, the 4th subregion is disabled.
6. control method of keyboard according to claim 2, which is characterized in that the first information includes at least described first Operate the touch surface information on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis first information, obtains the first analysis result, comprising:
The touch surface information is analyzed, the first touch area and second is obtained and touches area；Wherein, described first area table is touched Show touch area of first operation on first subregion, described first, which touches the first operation described in cartographic represenation of area, exists Touch area on second subregion.
7. control method of keyboard according to claim 6, which is characterized in that described whether to judge the first analysis result It conforms to a predetermined condition, comprising:
Judge whether the first touch area and the second touch area are all larger than predetermined area；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, comprising:
When the first touch area and the second touch area are all larger than predetermined area, the whole of the second area is disabled.
8. control method of keyboard according to claim 6, which is characterized in that the second area includes at least third sub-district Domain and the 4th subregion；
It is described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether the first touch area and the second touch area are greater than predetermined area respectively；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, comprising:
When described first, which touches area, is greater than predetermined area, the third subregion is disabled；
When described second, which touches area, is greater than predetermined area, the 4th subregion is disabled.
9. control method of keyboard according to claim 2, which is characterized in that the first information includes first operation In the touch surface information of control point information and first operation on the first area on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis first information, obtains the first analysis result, comprising:
The control point information is analyzed, first number and second number are obtained；Wherein, first number indicates first behaviour Make the number at the control point on first subregion；Second number indicates first operation in second sub-district The number at the control point on domain；
The touch surface information is analyzed, the first touch area and second is obtained and touches area；Wherein, described first area table is touched Show touch area of first operation on first subregion；Described first, which touches the first operation described in cartographic represenation of area, exists Touch area on second subregion.
10. control method of keyboard according to claim 9, which is characterized in that it is described judgement it is described first analysis the result is that It is no to conform to a predetermined condition, comprising:
Judge whether first number and second number are all larger than zero；
Judge whether the first touch area and the second touch area are all larger than predetermined area；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, comprising:
When first number and second number are all larger than zero, and/or, described first touches area and second to touch area big When predetermined area, the whole of the second area is disabled.
11. control method of keyboard according to claim 9, which is characterized in that the second area includes at least third Region and the 4th subregion；
It is described to judge whether the first analysis result conforms to a predetermined condition, comprising:
Judge whether first number and second number are greater than zero respectively；
Judge whether the first touch area and the second touch area are greater than predetermined area respectively；
It is described when it is described first analysis result conform to a predetermined condition when, disable the operating mode of the second area, comprising:
When first number is greater than zero, and/or, described first touches area when being greater than predetermined area, disables third Region；
When second number be greater than zero, and/or, it is described second touch area be greater than predetermined area when, disable it is described 4th son Region.
12. a kind of keyboard controller is applied to electronic equipment, the electronic equipment includes a keyboard, and the keyboard at least wraps Containing first area and second area characterized by comprising receiving module, analysis module, judgment module and control module；
Receiving module, for receiving the first information of the first operation executed in the first area, the first area includes Key area, the first information include control point information and/or touch surface of first operation on the first area Information；
Analysis module obtains the first analysis as a result, the first analysis result includes described for analyzing the first information The number and/or touch area at control point of one operation on the first area；
Judgment module, for judging whether the first analysis result conforms to a predetermined condition, if it is, enabling the control mould Block；
Control module, for disabling the operating mode of the second area.
13. keyboard controller according to claim 12, which is characterized in that the receiving module includes the first reception mould Block；
First receiving module is used for: receiving the first information that first sensor is got, wherein
The first sensor is included at least with one kind of lower sensor: capacitance sensor, infrared sensor, supersonic sensing Device, Proximity Sensor.
14. keyboard controller according to claim 13, which is characterized in that the first information includes at least described the Control point information of one operation on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis module includes: control point analysis module；
The control point analysis module is used for: being analyzed the control point information, is obtained first number and second number；Wherein,
First number indicates the number at control point of first operation on first subregion, second number Indicate the number at control point of first operation on second subregion.
15. keyboard controller according to claim 14, which is characterized in that the judgment module includes: the first points Judgment module；The control module includes the first control module；
The first points judgment module is used for: judge whether first number and second number are all larger than zero, if it is, Enable first control module；
First control module is used for: disabling the whole of the second area.
16. keyboard controller according to claim 14, which is characterized in that the second area includes at least third Region and the 4th subregion；
The judgment module includes: the second points judgment module；The control module includes that the second control module and third control Module；
The second points judgment module is used for: judging whether first number and second number are greater than zero respectively；If described First number is greater than zero, then enables second control module；If second number is greater than zero, the third control is enabled Module；
Second control module is used for: disabling the third subregion；
The third control module is used for: disabling the 4th subregion.
17. keyboard controller according to claim 13, which is characterized in that the first information includes at least described the Touch surface information of one operation on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis module includes: touch surface analysis module；
The touch surface analysis module is used for: first, which touches area and second, touches area；Wherein, described first area table is touched Show touch area of first operation on first subregion, described first, which touches the first operation described in cartographic represenation of area, exists Touch area on second subregion.
18. keyboard controller according to claim 17, which is characterized in that the judgment module includes: the first area Judgment module；The control module includes the first control module；
The first area judgment module is used for: it is predetermined to judge whether the first touch area and the second touch area are all larger than Area, if it is, enabling first control module；
First control module is used for: disabling the whole of the second area.
19. keyboard controller according to claim 17, which is characterized in that the second area includes at least third Region and the 4th subregion；
The judgment module includes: second area judgment module；The control module includes that the second control module and third control Module；
The second area judgment module is used for: it is pre- to judge whether the first touch area and the second touch area are greater than respectively Determine area；If described first, which touches area, is greater than predetermined area, second control module is enabled；If second touch surface Product is greater than predetermined area, then enables the third control module；
Second control module is used for: disabling the third subregion；
The third control module is used for: disabling the 4th subregion.
20. keyboard controller according to claim 13, which is characterized in that the first information includes first behaviour Make in the touch surface information of control point information and first operation on the first area on the first area；
The first area includes at least the first subregion and the second subregion；
The analysis module includes: control point analysis module and touch surface analysis module；
The control point analysis module is used for: being analyzed the control point information, is obtained first number and second number；Wherein, institute Stating first number indicates the number at control point of first operation on first subregion；Second number indicates institute State the number at control point of first operation on second subregion；
The touch surface analysis module is used for: being analyzed the touch surface information, is obtained the first touch area and second and touch area； Wherein, described first touch area of first operation on first subregion described in cartographic represenation of area is touched；First touching Touch touch area of first operation on second subregion described in cartographic represenation of area.
21. keyboard controller according to claim 20, which is characterized in that the judgment module includes: the first points Judgment module and the first area judgment module；The control module includes the first control module；
The first points judgment module is used for: judge whether first number and second number are all larger than zero, if it is, Enable first control module；
The first area judgment module is used for: it is predetermined to judge whether the first touch area and the second touch area are all larger than Area, if it is, enabling first control module；
First control module is used for: disabling the whole of the second area.
22. keyboard controller according to claim 20, which is characterized in that the second area includes at least third Region and the 4th subregion；
The judgment module includes: the second points judgment module and second area judgment module；The control module includes second Control module and third control module；
The second points judgment module is used for: judging whether first number and second number are greater than zero respectively；If described First number is greater than zero, then enables second control module；If second number is greater than zero, the third control is enabled Module；
The second area judgment module is used for: it is pre- to judge whether the first touch area and the second touch area are greater than respectively Determine area；If described first, which touches area, is greater than predetermined area, second control module is enabled；If second touch surface Product is greater than predetermined area, then enables the third control module；
Second control module is used for: disabling the third subregion；
The third control module is used for: disabling the 4th subregion.
23. a kind of electronic equipment, including a keyboard, the keyboard includes at least first area and second area, which is characterized in that It further include such as the described in any item keyboard controllers of claim 12~22.
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