CN104571693A - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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- CN104571693A CN104571693A CN201410806972.XA CN201410806972A CN104571693A CN 104571693 A CN104571693 A CN 104571693A CN 201410806972 A CN201410806972 A CN 201410806972A CN 104571693 A CN104571693 A CN 104571693A
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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
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
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Abstract
The invention discloses an information processing method and electronic equipment. The method is applied to the electronic equipment provided with a touch-control unit; the touch-control unit is used for detecting first operation input by a user; the touch-control unit comprises a first area positioned at an edge position. The method comprises the following steps: detecting the first operation by using the touch-control unit; determining touch-control points where the first operation acts on the touch-control unit; when at least one touch-control point is positioned in the first area and the touch-control point satisfies a first preset condition, shielding operation triggered at the touch-control point positioned in the first area.
Description
Technical field
The present invention relates to field of information processing, particularly relate to a kind of information processing method and electronic equipment.
Background technology
Along with the development of electronic information technology, comprise the touch-controlled electronic devices application such as touch-screen more and more wider; The sensitivity touching electronic equipment is also more and more higher.Simultaneously in order to reduce the quality of electronic equipment and improve the aesthetics of electronic equipment; The application of narrow frame is also more and more extensive.When touching electronic equipment and being combined with narrow frame, user's hand-hold electronic equipments, the posture gripping electronic equipment is easy to cause false touch, and then causes electronic equipment to open unnecessary function, causes shortening of the standby time of electronic equipment.
The above-mentioned false touch of obvious solution is one of technical matters urgently to be resolved hurrily in existing touch technology.
Summary of the invention
In view of this, the embodiment of the present invention is expected to provide a kind of information processing method and electronic equipment, to reduce the wrong maloperation caused by mistake of electronic equipment edge.
For achieving the above object, technical scheme of the present invention is achieved in that embodiment of the present invention first aspect provides a kind of information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position; Described method comprises: described touch control unit detects described first operation; Determine the described first touch point acting on described touch control unit; When having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Preferably, when having at least two described touch points to be positioned at described first area, determine that described touch point meets described first pre-conditioned.
Preferably, described touch control unit also comprises second area; Described first area is positioned at the edge of described second area; When being positioned at described first area when having a described touch point at least and having at least a described touch point to be positioned at described second area simultaneously, determine that described touch point meets first pre-conditioned.
Preferably, described touch control unit comprises the first edge and the second edge; Wherein, the second edge described in described first edge-perpendicular; Described first area is the region arranged along described first edge.
Preferably, touch point described in each is to there being touch-control coordinate; Described electronic equipment also comprises driver element; The operation that the touch point that described shielding is positioned at described first area triggers comprises: when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
Preferably, described electronic equipment also comprises the first storage unit and the second storage unit; Described first storage unit deposits the touch-control coordinate of touch point described in each; Described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, comprise according to described first operation of described touch-control coordinate response: when described touch point meet described first pre-conditioned time, from described first storage unit, read the touch-control coordinate of the described touch point be positioned at outside described first area, be stored in described second storage unit; Wherein, the described touch-control coordinate in described second storage unit is the touch-control coordinate waiting to respond touch-control; Described driver element reads described touch-control coordinate from described second storage unit, according to described first operation of described touch-control coordinate response.
Preferably, described electronic equipment also comprises driver element and the 3rd storage unit; In the first moment, described 3rd storage unit deposits the touch-control coordinate storing each described touch point; Described screen driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, comprise according to described first operation of described touch-control coordinate response: when described touch point meet described first pre-conditioned time, delete the touch-control coordinate being positioned at the described touch point of described first area in described 3rd storage unit in the second moment; Described driver element, after described second moment, reads described touch-control coordinate from described 3rd storage unit, according to described first operation of described touch-control coordinate response; Wherein, described first moment is later than described second moment.
Embodiment of the present invention second aspect provides a kind of electronic equipment, and described electronic equipment comprises touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position; Described touch control unit, for detecting described first operation; Described electronic equipment also comprises: the first determining unit, determines the described first touch point acting on described touch control unit; Driver element, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Preferably, described electronic equipment also comprises: the second determining unit, for when having at least two described touch points to be positioned at described first area, determines that described touch point meets described first pre-conditioned.
Preferably, described touch control unit also comprises second area; Described first area is positioned at the edge of described second area; Described electronic equipment, also comprises: the second determining unit, for when having at least a described touch point to be positioned at described first area and to have at least a described touch point to be positioned at described second area simultaneously, determines that described touch point meets first pre-conditioned.
Preferably, described touch control unit comprises the first edge and the second edge; Wherein, the second edge described in described first edge-perpendicular; Described first area is the region arranged along described first edge.
Preferably, touch point described in each is to there being touch-control coordinate; Described driver element, specifically for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
Preferably
Described electronic equipment also comprises the first storage unit and the second storage unit;
Described first storage unit, for storing the touch-control coordinate of touch point described in each;
Described second storage unit, for meet when described touch point described first pre-conditioned time, read from described first storage unit and store the touch-control coordinate of the described touch point be positioned at outside described first area; Wherein, the described touch-control coordinate in described second storage unit is the touch-control coordinate waiting to respond touch-control;
Described driver element, specifically for reading described touch-control coordinate from described second storage unit, according to described first operation of described touch-control coordinate response.
Preferably, described electronic equipment also comprises driver element and the 3rd storage unit; Described 3rd storage unit, for storing the touch-control coordinate of touch point described in each in the first moment; And when described touch point meet described first pre-conditioned time, delete in described 3rd storage unit the touch-control coordinate being positioned at the described touch point of described first area in the second moment; Described driver element, specifically for after described second moment, reads described touch-control coordinate from described 3rd storage unit, according to described first operation of described touch-control coordinate response; Wherein, described first moment is later than described second moment.
Information processing method described in the embodiment of the present invention and electronic equipment, mark off the touch control unit of electronic equipment the first area that is positioned at marginal position; Detect have at least a touch point to be positioned at first area time, determine that whether touch point meets first pre-conditioned; If meet first pre-conditioned time, the operation that the touch point that shielding is positioned at first area triggers, obviously can well solve the maloperation of the electronic equipment that user's handling electronic equipment false touch frontier area causes, improve the user satisfaction of the intelligent of electronic equipment and user.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the information processing method described in the embodiment of the present invention;
The effect schematic diagram one that Fig. 2 is held for the electronic equipment described in the embodiment of the present invention;
The effect schematic diagram two that Fig. 3 is held for the electronic equipment described in the embodiment of the present invention;
The division effect schematic diagram that Fig. 4 is the electronic equipment first area described in the embodiment of the present invention and second area;
One of structural representation that Fig. 5 is the electronic equipment described in the embodiment of the present invention;
The structural representation two that Fig. 6 is the electronic equipment described in the embodiment of the present invention;
Fig. 7 is the schematic flow sheet of the information processing described in example of the present invention.
Embodiment
Below in conjunction with Figure of description and specific embodiment technical scheme of the present invention done and further elaborate.
Embodiment of the method one:
As shown in Figure 1, the present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described method comprises:
Step S110: described touch control unit detects described first operation;
Step S120: determine the described first touch point acting on described touch control unit;
Step S130: when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Described electronic equipment can be the electronic equipment that mobile phone, panel computer or e-book etc. have touch control unit, and described electronic equipment can be narrow frame or Rimless electronic equipment.
Be illustrated in figure 2 the touch area of the described touch control unit of the electronic equipment of a Rimless; Described touch area comprises the first area 101 (touch area beyond dotted line frame within solid box) being positioned at edge and the second area 102 (touch area within dotted line frame) being positioned at centre position.
The area of described first area can according to the area of described touch area, and edge, touch area decides to the factor such as Edge Distance of electronic equipment.Also the first area of an applicable most people can be determined according to the statistics of the user to different hand size.
In addition, described electronic equipment can also receive the instruction that user specifies first area, and the instruction according to user forms the first area being applicable to designated user.
When the hand-held described electronic equipment of user, user probably touches first area; But obviously this is the false touch of user; If electronic equipment thinks that it is effective input of user, electronic equipment can be caused to perform the non-user operation of specifying, obvious this electronic equipment is intelligent low and user's user satisfaction is poor.
Therefore the present embodiment proposes a kind of information processing method, this information processing method, when described user operation being detected, determines the touch point of this operation correspondence; And determine whether this touch point is positioned at first area, if be positioned at the touch control operation needing to shield this operation that the first touch area then needs to judge whether it specifies, therefore it is first pre-conditioned to need to judge whether this touch point meets; Described first pre-conditioned for being set in advance in described electronic equipment, for shielding the shielding strategy of maloperation.
Obviously by the information processing method described in the present embodiment, effectively can shield user when hand-hold electronic equipments operates, the maloperation that finger presses causes to the fringe region of described electronic equipment, improves the user satisfaction of the intelligent of electronic equipment and user.
Embodiment of the method two:
As shown in Figure 1, the present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described method comprises:
Step S110: described touch control unit detects described first operation;
Step S120: determine the described first touch point acting on described touch control unit;
Step S130: when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Described method also comprises:
When having at least two described touch points to be positioned at described first area, determine that described touch point meets described first pre-conditioned.
As shown in Figure 2 or Figure 3, electronic equipment described in usual user's single-hand held, may form a more than touch point at the fringe region of electronic equipment, the state of the hand-hold electronic equipments that these right and wrong are usually shown in.The hand-held described electronic equipment of user, is formed with 4 touch points in the first area being positioned at touch control unit marginal position in figs. 2 and 3.Therefore in the present embodiment, when determining to have detected that in described first area namely more than 1 touch point comprises two or more touch point, think that this is the false touch of user to touch area marginal position, determine that described touch point meets described first pre-conditioned.
The present embodiment is on the basis of a upper embodiment, determine a kind of touch point specifically how determining that the first operation is formed and whether meet the first pre-conditioned mode, while improve the intelligent of electronic equipment and user's user satisfaction, also have and realize easy and that shield effectiveness is good advantage.
Embodiment of the method three:
As shown in Figure 1, the present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described method comprises:
Step S110: described touch control unit detects described first operation;
Step S120: determine the described first touch point acting on described touch control unit;
Step S130: when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
As shown in Figure 2 or Figure 3, described touch control unit also comprises second area 102;
Described first area is positioned at the edge of described second area;
When being positioned at described first area when having a described touch point at least and having at least a described touch point to be positioned at described second area simultaneously, determine that described touch point meets first pre-conditioned.
During the operation of user's single-hand handling & electronic equipment, another hand may operate the icon shown in electronic equipment; If when in first area and second area, user detects that user inputs the touch point of formation simultaneously, very large probability is had to be that user's hand carries out user's input in the second area of electronic equipment, and the described electronic equipment of another hand hand-hold electronic equipments false touch, therefore the maloperation caused in order to avoid this situation; The present embodiment, on the basis of embodiment of the method one and embodiment of the method two, provides touch point described in determination that another kind of different embodiment of the method two proposes and whether meets the first pre-conditioned implementation; Obviously also have and realize easy advantage.
When specific implementation, determine whether described touch point meets the first pre-conditioned implementation and be not limited to embodiment of the method one and the method shown in embodiment of the method two.Determine that whether described touch point meets first and pre-conditionedly also can to comprise: detect the touch point correspondence being positioned at described first area and form touch-control dynamics or touch-control pressure; When described touch-control dynamics or touch-control pressure are greater than preset value, determine that described touch point meets described first pre-conditioned.During usual user's hand-hold electronic equipments, false touch formed touch point all time touch; Therefore the same false touch that can shield user.
In addition, the touch-control duration of the described touch point being positioned at described first area can also be detected, if touch-control duration exceedes preset duration, then think that the touch point being positioned at described first area meets described first pre-conditioned.If the hand-held electronic equipment of user; usually the time that a posture is longer can be kept; and user's normal running; no matter be slide or click; the overlong time that all can not stop at touch point, obviously also can shield the operation of the triggering of the touch point being positioned at first area by combination of touch control duration.
Embodiment of the method four:
As shown in Figure 1, the present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described method comprises:
Step S110: described touch control unit detects described first operation;
Step S120: determine the described first touch point acting on described touch control unit;
Step S130: when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Described touch control unit comprises the first edge and the second edge; Wherein, the second edge described in described first edge-perpendicular;
Described first area is the region arranged along described first edge.
Described touch control unit comprises touch area; The rectangular shape in described touch area or approximate rectangular shape; This is that described touch area comprises four edges; And any two adjacent edges are mutually vertical in four edges; During usual user's hand-hold electronic equipments, only electronic equipment two edges be parallel to each other described in possibility false touch.
Shown in Fig. 4 is a mobile phone, the rectangular shape of described mobile phone, when user is hold by one hand mobile phone, normally grips two long limits of mobile phone, therefore only can form on long limit the false touch caused because of gripping.
Therefore described first area is only the region being positioned at an edge in an embodiment, under the concrete use scenes suiting electronic equipment, the area of the first area reduced as far as possible, causes the situation of conductively-closed to occur to reduce the normal touch-control of the excessive user caused of first area area to be regarded as false touch.
First area is in fig. 2 a rectangular ring region be communicated with; Described annular section is arranged along each edge of described touch control unit touch area.
Be the set-up mode at the first edge in the present embodiment in figure 3; Described first area is only positioned at the relative edge of two of rectangular touch area; And during these two edges this electronic equipment hand-held that is users, the region easily touched.
In concrete implementation procedure, described method also can comprise the current pose of detected electrons equipment, forms attitude parameter; And according to described attitude parameter, determine the position of described first area.
Described attitude parameter can by sensing equipments such as gravity sensors, and carrying out detected electrons equipment is laterally be held or be longitudinally held, and then dynamically determines which edge first area is positioned at.
Electronics shown in Fig. 3 is established and is longitudinally gripped, and described first area is positioned at the position, long limit of touch area.Electronic equipment shown in Fig. 4 is laterally gripped, and described first area is positioned at the minor face position of described touch area.The length at described first edge is greater than the length at described second edge in figure 3; In the diagram, the length at described second edge is greater than the length at described first edge.
When specific implementation, if described electronic equipment also comprises support; Described support is opened, and described electronic equipment can be made to be remained on a stationary state by support, then described method also can comprise: detect described support current location; If when the current location of described support can not make described electronic equipment be in stationary state, the assigned address of the step or described touch area that enter detected electrons equipment current pose directly forms described first area; Otherwise do not mark off described first area in the touch area of described touch control unit.
Embodiment of the method five:
As shown in Figure 1, the present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described method comprises:
Step S110: described touch control unit detects described first operation;
Step S120: determine the described first touch point acting on described touch control unit;
Step S130: when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Touch point described in each is to there being touch-control coordinate;
Described electronic equipment also comprises driver element;
The operation that the touch point that described shielding is positioned at described first area triggers comprises:
When having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
When specific implementation, described electronic equipment comprises the storage medium of the touch-control coordinate storing each touch point; Described driver element, when responding described first operation, needs in described storage medium, read described touch-control coordinate, determines the information such as which icon that the described touch control unit that described touch-control coordinate is corresponding shows; Determine how to perform described first operation again.
In the present embodiment when determining that the touch point being positioned at first area needs conductively-closed, described driver element only reads and is positioned at the touch-control coordinate of the touch point of second area or the coordinate of the touch point being positioned at second area is only sent to described driver element by described storage medium from described storage medium, so can be easy achieve described touch point meet described first pre-conditioned time, shield the operation of the touch point in described first area, have and realize easy advantage.Described driver element can be the intelligent chip of touch control unit.
Embodiment of the method six:
As shown in Figure 1, the present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described method comprises:
Step S110: described touch control unit detects described first operation;
Step S120: determine the described first touch point acting on described touch control unit;
Step S130: when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Touch point described in each is to there being touch-control coordinate;
Described electronic equipment also comprises driver element;
The operation that the touch point that described shielding is positioned at described first area triggers comprises:
When having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
Described electronic equipment also comprises the first storage unit and the second storage unit;
Described first storage unit deposits the touch-control coordinate of touch point described in each;
Described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, comprises according to described first operation of described touch-control coordinate response:
When described touch point meet described first pre-conditioned time, from described first storage unit, read the touch-control coordinate being positioned at described touch point outside described first area, be stored in described second storage unit; Wherein, the described touch-control coordinate in described second storage unit is the touch-control coordinate waiting to respond touch-control;
Described driver element reads described touch-control coordinate from described second storage unit, according to described first operation of described touch-control coordinate response.
The present embodiment is on the basis of a upper embodiment, the storage unit storing described touch-control coordinate is divided into two, one is the first storage unit storing touch-control coordinate when not determining which touch point is the touch point caused by user misoperation, storage be the touch-control coordinate of each touch point that a user operation is formed.
Determine described touch point meet first pre-conditioned after, the touch-control coordinate being positioned at the touch point of described second area is stored into described second storage unit; Follow-up described driver element is facilitated directly to read the touch-control coordinate of described second area from described second storage unit, and operate according to the touch-control coordinate read, to reach the maloperation that in shielding first area, touch point causes, and the normal response of non-maloperation can be kept simultaneously.
When specific implementation, described first storage unit and the second storage unit can the different storage zone of corresponding same register, also can correspond to different register.
Embodiment of the method seven:
As shown in Figure 1, the present embodiment provides a kind of information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described method comprises:
Step S110: described touch control unit detects described first operation;
Step S120: determine the described first touch point acting on described touch control unit;
Step S130: when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Touch point described in each is to there being touch-control coordinate;
Described electronic equipment also comprises driver element;
The operation that the touch point that described shielding is positioned at described first area triggers comprises:
When having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
Described electronic equipment also comprises driver element and the 3rd storage unit;
In the first moment, described 3rd storage unit deposits the touch-control coordinate storing each described touch point;
Described screen driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, comprises according to described first operation of described touch-control coordinate response:
When described touch point meet described first pre-conditioned time, delete in described 3rd storage unit the touch-control coordinate being positioned at the described touch point of described first area in the second moment;
Described driver element, after described second moment, reads described touch-control coordinate from described 3rd storage unit, according to described first operation of described touch-control coordinate response;
Wherein, described first moment is later than described second moment.
Same is that all touch points formed when a user operation being detected all are stored in a storage unit in the present embodiment, and this storage unit is the 3rd storage unit; In the present embodiment determine touch point meet described first pre-conditioned time, delete the coordinate being positioned at the described touch point of first area in described 3rd storage unit, described driver element only can read the touch-control coordinate deleting touch point in described first area from described 3rd storage unit; Obviously providing one is in the present embodiment different from embodiment of the method six implementation, and same having realizes easy advantage.
Apparatus embodiments one:
As shown in Figure 5, the present embodiment provides a kind of electronic equipment, and described electronic equipment comprises touch control unit 110, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described touch control unit, for detecting described first operation;
Described electronic equipment also comprises:
First determining unit 120, determines the described first touch point acting on described touch control unit;
Driver element 130, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Described touch control unit 110 comprises touching display screen.
Described first determining unit and described driver element can comprise processor and storage medium; Described processor is connected by the communication interface of the described electronic equipment internal such as bus with described storage medium; Stores executable instructions on described storage medium; Described processor reads and runs the function that described executable instruction can realize described first determining unit and driver element.
Described processor can be electronic devices and components or the process chip such as application processor AP, digital signal processor DSP, Micro-processor MCV, central processor CPU or programmable logic array.
Described electronic equipment can be the portable electric appts such as mobile phone, panel computer or e-book, the electronic equipments such as the concrete mobile phone as narrow frame or Rimless, flat board or e-book.
Present embodiments provide the information processing method that a kind of electronic equipment may be used for described in implementation method embodiment one, same have the maloperation that can prevent user's hand-hold electronic equipments from causing fringe region to be caused by false touch, there is intelligent height and the high advantage of user's user satisfaction, and there is the simple advantage of structure simultaneously.
Apparatus embodiments two:
As shown in Figure 5, the present embodiment provides a kind of electronic equipment, and described electronic equipment comprises touch control unit 110, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described touch control unit, for detecting described first operation;
Described electronic equipment also comprises:
First determining unit 120, determines the described first touch point acting on described touch control unit;
Driver element 130, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Described touch control unit 110 comprises touching display screen.
As shown in Figure 6, described electronic equipment also comprises:
Second determining unit 140, for when having at least two described touch points to be positioned at described first area, determines that described touch point meets described first pre-conditioned.
Described second determining unit 140 is connected respectively with described first determining unit 120 and described driver element 130, described first pre-conditioned for determining whether described touch point meets.Described first pre-conditioned definition and content see embodiment of the method two, just no longer can be repeated at this.Provide the second determining unit 140 in the present embodiment and at user's hand-hold electronic equipments, when the multiple finger of user touches the fringe region of described touch control unit 110, the application scenarios of the operation of described fringe region can be shielded.
Described second physical arrangement determined can comprise processor or process chip equally; When specific implementation, wherein any two of described first determining unit 120, driver element 130 and the second determining unit 140 integratedly can correspond to same processor, also can distinguish corresponding different processors; When integrated correspond to same processor time, described processor can adopt concurrent thread or time division multiplex to realize the function of different units.
Apparatus embodiments three:
As shown in Figure 5, the present embodiment provides a kind of electronic equipment, and described electronic equipment comprises touch control unit 110, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described touch control unit, for detecting described first operation;
Described electronic equipment also comprises:
First determining unit 120, determines the described first touch point acting on described touch control unit;
Driver element 130, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Described touch control unit 110 comprises touching display screen.
Described touch control unit also comprises second area;
Described first area is positioned at the edge of described second area;
As shown in Figure 6, described electronic equipment also comprises:
Second determining unit 140, for when having at least a described touch point to be positioned at described first area and to have at least a described touch point to be positioned at described second area simultaneously, determines that described touch point meets first pre-conditioned.
Second determining unit 140 described in the present embodiment can, for the information process unit different from the second determining unit described in apparatus embodiments two, can be also same information process unit; When for same information process unit, described second determining unit 140 is by pre-conditioned for arranged side by side for employing first, two pre-conditioned judgements that are locked in a tie for first are carried out by inputting formation touch point with a user, when described touch point meet at least one of them time, then described driver element by shielding described first area in touch point trigger operation.
The concrete structure of described second determining unit 140 see a upper apparatus embodiments, just no longer can be repeated at this.Comprehensively above-mentionedly present embodiments provide a kind of electronic equipment, may be used for the realization of any described technical scheme of said method embodiment three, same have the intelligent height of electronic equipment and the high advantage of user's user satisfaction.
Described second determining unit can also be used for that embodiment of the method three mentions other determine whether described touch point meets the first pre-conditioned technical scheme.
Apparatus embodiments four:
As shown in Figure 5, the present embodiment provides a kind of electronic equipment, and described electronic equipment comprises touch control unit 110, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described touch control unit, for detecting described first operation;
Described electronic equipment also comprises:
First determining unit 120, determines the described first touch point acting on described touch control unit;
Driver element 130, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Described touch control unit comprises the first edge and the second edge; Wherein, the second edge described in described first edge-perpendicular; Described first area is the region arranged along described first edge.
When specific implementation, described first area can each edge of the touch area along described touch control unit as shown in Figure 2 be arranged, and also can only be arranged on wherein part edge, specifically as shown in Figure 3.
In the present embodiment described first area is arranged on greater probability by the edge of false touch, the impact of the normal touch-control on other regions can be reduced.
In concrete implementation procedure, described electronic equipment also can comprise the 3rd determining unit, and described 3rd determining unit, specifically for dynamically determining described first area; As according to as described in the current pose of electronic equipment determine as described in first area; And/or determine whether to form described first area etc. in conjunction with the position of the support of described electronic equipment.The structure of described 3rd determining unit and described first determining unit or described second determining unit similar, be just no longer repeated at this.
Apparatus embodiments five:
As shown in Figure 5, the present embodiment provides a kind of electronic equipment, and described electronic equipment comprises touch control unit 110, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described touch control unit, for detecting described first operation;
Described electronic equipment also comprises:
First determining unit 120, determines the described first touch point acting on described touch control unit;
Driver element 130, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Touch point described in each is to there being touch-control coordinate;
Described driver element 130, specifically for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
The present embodiment is on the basis of apparatus embodiments one, further defining described driver element is how to shield operation that touch point in described first area causes, described driver element can also respond the operation that non-maloperation causes in the present embodiment, can realize hardware for the information processing method of embodiment of the method provides.
Apparatus embodiments six:
As shown in Figure 5, the present embodiment provides a kind of electronic equipment, and described electronic equipment comprises touch control unit 110, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described touch control unit, for detecting described first operation;
Described electronic equipment also comprises:
First determining unit 120, determines the described first touch point acting on described touch control unit;
Driver element 130, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Touch point described in each is to there being touch-control coordinate;
Described driver element 130, specifically for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
Described electronic equipment also comprises the first storage unit and the second storage unit;
Described first storage unit, for storing the touch-control coordinate of touch point described in each;
Described second storage unit, for meet when described touch point described first pre-conditioned time, read from described first storage unit and store the touch-control coordinate of the described touch point be positioned at outside described first area; Wherein, the described touch-control coordinate in described second storage unit is the touch-control coordinate waiting to respond touch-control;
Described driver element 130, specifically for reading described touch-control coordinate from described second storage unit, according to described first operation of described touch-control coordinate response.
Described first storage unit and described second storage unit all at least comprise storage medium.Described first storage unit and described second storage unit can be the different storage zone in same register; Or different registers.
In the present embodiment on the basis of existing technology, increase with the second storage unit for storing the touch-control coordinate of the touch point needing driver element needs to respond; The touch-control coordinate of the touch point in the first area of conductively-closed is no longer stored in the second storage unit, and realization that so just can be easy is to the operation of the touch point triggering in described first area.
Apparatus embodiments seven:
As shown in Figure 5, the present embodiment provides a kind of electronic equipment, and described electronic equipment comprises touch control unit 110, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described touch control unit, for detecting described first operation;
Described electronic equipment also comprises:
First determining unit 120, determines the described first touch point acting on described touch control unit;
Driver element 130, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
Touch point described in each is to there being touch-control coordinate;
Described driver element 130, specifically for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
Described electronic equipment also comprises driver element and the 3rd storage unit;
Described 3rd storage unit, for storing the touch-control coordinate of touch point described in each in the first moment; And when described touch point meet described first pre-conditioned time, delete in described 3rd storage unit the touch-control coordinate being positioned at the described touch point of described first area in the second moment;
Described driver element, specifically for after described second moment, reads described touch-control coordinate from described 3rd storage unit, according to described first operation of described touch-control coordinate response;
Wherein, described first moment is later than described second moment.
Described 3rd storage unit also comprises storage medium; Concrete as can be the register comprising storage medium.
Present embodiments provide the electronic equipment described in a kind of distinct device embodiment six, only have one in the present embodiment for storing the storage unit of touch-control coordinate, but described 3rd storage unit inputs each touch point of formation the user that the first moment stored; And the storage of the second moment is the touch-control coordinate that driver element needs normal response.And driver element is from the 3rd register to obtain described touch-control coordinate in the 3rd moment; The shielding that what the electronic equipment described in the present embodiment was easy achieve to the touch point that the false touch in described first area is formed, can respond normal operation simultaneously.
A concrete example is provided below in conjunction with above-mentioned any embodiment:
Example one:
Described electronic equipment touch control unit; Described touch control unit comprises touch screen TP.Described touch screen comprises bright screen pattern and screen pattern of going out.Under described bright screen pattern, described TP is in running order.
TP under in running order monitors in real time to form, to detect the touch control operation of user.The touch area of touch control unit described in described form and above-described embodiment.Described touch control operation comprises slide and clicking operation.Described slide will form sliding trace on described TP; Described clicking operation will form touch point at described TP.When specific implementation, definable is the first area of false-touch prevention apart from the region within the border 2mm of described form; The region being greater than 2mm apart from the border of described form is described second area.When the current touch point of concrete differentiation is positioned at first area or second area, the IC of described TP can adopt IC algorithm or identify that the touch point of thresholding contraposition in first area identifies.
When TP detects the many fingers of user in centre click or slide, normally report a little.TP can be the centre position acting on touch control unit by detecting formation user input; Normally report some when described centre position is the second area described in above-described embodiment, i.e. normal response, the coordinate of touch point or sliding trace is sent to driver element, by driver element normal response.
When described TP detects that current operation is slide, usually can normally report a little with normal response; Now, no matter described sliding trace is rule from the centre of touch control unit toward edge, or from both sides from centre line or directly in zone line line, or directly edge region line.
Hit when described TP detects that edge list is given directions; Described edge list is given directions to hit and is referred to when a touch point only being detected in first area, thinks that user operates the touch object be presented in first area, also normally reports a little.Be touch point also sliding trace, determine it is slide also clicking operation; Touch point number,
When described TP detects that user clicks in centre, singly refer to or give more directions hit edge simultaneously, then start edge false-touch prevention pattern, middle report point, edge are not reported a little.
When described TP detects that Dan Zhixian clicks edge, detect again that second edge is clicked within a short period of time, do not report a little.Be in the fixed time in the described short period, if user is when picking up mobile phone, one may be had to point the edge first encountering touch control unit, and other fingers also immediately touch; In order to avoid the false touch that this situation causes, also detection two is positioned at the mistiming of the touch point of described first area in this example, if the mistiming is that the fixed time is poor; Then these two touch points successively formed of edge do not carry out report point.
Described fixed time difference can a corresponding mistiming value range.
In this example, namely centre refers to described second area; Edge refers to described first area.In several embodiments that the application provides, should be understood that disclosed equipment and method can realize by another way.Apparatus embodiments described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, and as: multiple unit or assembly can be in conjunction with, maybe can be integrated into another system, or some features can be ignored, or do not perform.In addition, the coupling each other of shown or discussed each ingredient or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of equipment or unit or communication connection can be electrical, machinery or other form.
The above-mentioned unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, also can be distributed in multiple network element; Part or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in various embodiments of the present invention can all be integrated in a processing module, also can be each unit individually as a unit, also can two or more unit in a unit integrated; Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that hardware also can be adopted to add SFU software functional unit realizes.
One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that programmed instruction is relevant, aforesaid program can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium comprises: movable storage device, ROM (read-only memory) (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD etc. various can be program code stored medium.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (14)
1. an information processing method, is applied to and has in the electronic equipment of touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described method comprises:
Described touch control unit detects described first operation;
Determine the described first touch point acting on described touch control unit;
When having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
2. method according to claim 1, is characterized in that,
When having at least two described touch points to be positioned at described first area, determine that described touch point meets described first pre-conditioned.
3. method according to claim 1, is characterized in that,
Described touch control unit also comprises second area;
Described first area is positioned at the edge of described second area;
When being positioned at described first area when having a described touch point at least and having at least a described touch point to be positioned at described second area simultaneously, determine that described touch point meets first pre-conditioned.
4. the method according to claim 1,2 or 3, is characterized in that,
Described touch control unit comprises the first edge and the second edge; Wherein, the second edge described in described first edge-perpendicular; Described first area is the region arranged along described first edge.
5. the method according to claim 1,2 or 3, is characterized in that,
Touch point described in each is to there being touch-control coordinate;
Described electronic equipment also comprises driver element;
The operation that the touch point that described shielding is positioned at described first area triggers comprises:
When having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
6. method according to claim 5, is characterized in that,
Described electronic equipment also comprises the first storage unit and the second storage unit;
Described first storage unit deposits the touch-control coordinate of touch point described in each;
Described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, comprises according to described first operation of described touch-control coordinate response:
When described touch point meet described first pre-conditioned time, from described first storage unit, read the touch-control coordinate being positioned at described touch point outside described first area, be stored in described second storage unit; Wherein, the described touch-control coordinate in described second storage unit is the touch-control coordinate waiting to respond touch-control;
Described driver element reads described touch-control coordinate from described second storage unit, according to described first operation of described touch-control coordinate response.
7. method according to claim 5, is characterized in that,
Described electronic equipment also comprises driver element and the 3rd storage unit;
In the first moment, described 3rd storage unit deposits the touch-control coordinate storing each described touch point;
Described screen driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, comprises according to described first operation of described touch-control coordinate response:
When described touch point meet described first pre-conditioned time, delete in described 3rd storage unit the touch-control coordinate being positioned at the described touch point of described first area in the second moment;
Described driver element, after described second moment, reads described touch-control coordinate from described 3rd storage unit, according to described first operation of described touch-control coordinate response;
Wherein, described first moment is later than described second moment.
8. an electronic equipment, described electronic equipment comprises touch control unit, and described touch control unit is for detecting the first operation of user's input; Described touch control unit comprises the first area being positioned at marginal position;
Described touch control unit, for detecting described first operation;
Described electronic equipment also comprises:
First determining unit, determines the described first touch point acting on described touch control unit;
Driver element, for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, shielding be positioned at described first area touch point trigger operation.
9. electronic equipment according to claim 8, is characterized in that,
Described electronic equipment also comprises:
Second determining unit, for when having at least two described touch points to be positioned at described first area, determines that described touch point meets described first pre-conditioned.
10. electronic equipment according to claim 8, is characterized in that,
Described touch control unit also comprises second area;
Described first area is positioned at the edge of described second area;
Described electronic equipment, also comprises:
Second determining unit, for when having at least a described touch point to be positioned at described first area and to have at least a described touch point to be positioned at described second area simultaneously, determines that described touch point meets first pre-conditioned.
Electronic equipment described in 11. according to Claim 8,9 or 10, is characterized in that,
Described touch control unit comprises the first edge and the second edge; Wherein, the second edge described in described first edge-perpendicular;
Described first area is the region arranged along described first edge.
Electronic equipment described in 12. according to Claim 8,9 or 10, is characterized in that,
Touch point described in each is to there being touch-control coordinate;
Described driver element, specifically for when having at least a described touch point to be positioned at described first area, and described touch point meet first pre-conditioned time, described driver element only obtains the touch-control coordinate of the described touch point be positioned at outside described first area, according to described first operation of described touch-control coordinate response.
13. electronic equipments according to claim 12, is characterized in that,
Described electronic equipment also comprises the first storage unit and the second storage unit;
Described first storage unit, for storing the touch-control coordinate of touch point described in each;
Described second storage unit, for meet when described touch point described first pre-conditioned time, read from described first storage unit and store the touch-control coordinate of the described touch point be positioned at outside described first area; Wherein, the described touch-control coordinate in described second storage unit is the touch-control coordinate waiting to respond touch-control;
Described driver element, specifically for reading described touch-control coordinate from described second storage unit, according to described first operation of described touch-control coordinate response.
14. electronic equipments according to claim 12, is characterized in that,
Described electronic equipment also comprises driver element and the 3rd storage unit;
Described 3rd storage unit, for storing the touch-control coordinate of touch point described in each in the first moment; And when described touch point meet described first pre-conditioned time, delete in described 3rd storage unit the touch-control coordinate being positioned at the described touch point of described first area in the second moment;
Described driver element, specifically for after described second moment, reads described touch-control coordinate from described 3rd storage unit, according to described first operation of described touch-control coordinate response;
Wherein, described first moment is later than described second moment.
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