CN104615303B - Mobile terminal false-touch prevention method and mobile terminal - Google Patents
Mobile terminal false-touch prevention method and mobile terminal Download PDFInfo
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- CN104615303B CN104615303B CN201510050875.7A CN201510050875A CN104615303B CN 104615303 B CN104615303 B CN 104615303B CN 201510050875 A CN201510050875 A CN 201510050875A CN 104615303 B CN104615303 B CN 104615303B
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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
- G06F3/0416—Control or interface arrangements specially adapted for digitisers
- G06F3/0418—Control or interface arrangements specially adapted for digitisers for error correction or compensation, e.g. based on parallax, calibration or alignment
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Abstract
The invention discloses a kind of mobile terminal false-touch prevention method, in the mobile terminal false-touch prevention method, in the case where mobile terminal is in released state, when detecting that user grips the mobile terminal first, parameter information of the user in mobile terminal edge touch area is obtained；According to parameter information of the user in mobile terminal edge touch area, the parameter information in false-touch prevention region is determined；According to the parameter information in the false-touch prevention region, generation false-touch prevention region, to prevent the maloperation of user.The invention also discloses a kind of mobile terminal.The present invention, which realizes, adaptively generates different false-touch prevention regions, so as to reach more preferable anti-misoperation effect.
Description
Technical field
The present invention relates to touch screen operation technical field, more particularly to mobile terminal false-touch prevention method and mobile terminal.
Background technology
With the development of electronics technology, mobile terminal presentation touch-screen frame is more and more narrow, even full frame Rimless
Development trend.Narrow frame even Rimless make it that mobile terminal accommodates larger sized touch-screen in limited fuselage, but with
Also bring a problem, be easy to touch the edge of touch-screen when user grips mobile terminal, so as to produce maloperation.
For example, for smart mobile phone, when user grips smart mobile phone, it is easy to the edge of false touch to touch-screen, in turn result in
Telephone call screener, the by mistake maloperation such as short-message sending by mistake.
In view of the above-mentioned problems, prior art proposes a kind of false-touch prevention method, pre-set in the marginal position of touch-screen
False-touch prevention region.But the size and location in the false-touch prevention region is fixed, is held for different users and user are different
Hold action, it is impossible to which realizing adaptively prevents the maloperation of user.
The content of the invention
Can not realize it is a primary object of the present invention to solving prior art adaptively prevents the skill of the maloperation of user
Art problem.
To achieve the above object, the invention provides a kind of mobile terminal false-touch prevention method, the mobile terminal false-touch prevention
Method comprises the following steps：
In the case where mobile terminal is in released state, when detecting that user grips the mobile terminal first, user is obtained
Parameter information in mobile terminal edge touch area；
According to parameter information of the user in mobile terminal edge touch area, determine that the parameter in false-touch prevention region is believed
Breath；
According to the parameter information in the false-touch prevention region, generation false-touch prevention region, to prevent the maloperation of user.
Preferably, the acquisition user includes in the step of parameter information of mobile terminal edge touch area：
Using the perpendicular bisector position of the touch-screen of the mobile terminal as reference position, touch-screen is divided on the left of touch-screen
Region and touch-screen right side area, judge that the touch area is located at the regional location of touch-screen；
If the touch area is located at touch-screen left field, and the touch area is one, then calculates the touch
Area inside edge to touch-screen left side edge vertical range；
If the touch area is located at touch-screen left field, and the touch area is multiple, filters out touch area
Inside edge obtains the touch area inside edge to touching to the maximum touch area of the vertical range of touch-screen left side edge
Touch the vertical range of screen left side edge；
If the touch area is located at touch-screen right side area, and the touch area is one, then calculates the touch
Area inside edge to touch-screen right side edge vertical range；
If the touch area is located at touch-screen right side area, and the touch area is multiple, filters out touch area
Inside edge obtains the touch area inside edge to touching to the maximum touch area of the vertical range of touch-screen right side edge
Touch the vertical range of screen right side edge.
Preferably, it is described according to parameter information of the user in mobile terminal edge touch area, determine false-touch prevention area
The step of parameter information in domain, includes：
If the touch area is located at touch-screen left field, the horizontal width value in false-touch prevention region is arranged to described and touched
Area inside edge is touched to the vertical range of touch-screen left side edge；
If the touch area is located at touch-screen right side area, the horizontal width value in false-touch prevention region is arranged to described and touched
Area inside edge is touched to the vertical range of touch-screen right side edge.
Preferably, the parameter information according to the false-touch prevention region, generate false-touch prevention region the step of include：
If the touch area is located at touch-screen left field, a rectangle is inwardly generated from the touch-screen left side edge
Region, as the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region；
If the touch area is located at touch-screen right side area, a rectangle is inwardly generated from the touch-screen right side edge
Region, as the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region.
Preferably, the acquisition user also includes in the step of parameter information of mobile terminal edge touch area：
Using the lower edge of the touch-screen of the mobile terminal as reference position, if the touch area is located at a touch-screen left side
Side region, and the touch area is one, then it is vertical to touch-screen lower edge to calculate the touch area lower edge
Distance, and the touch area upper edge is to the vertical range of touch-screen lower edge；
If the touch area is located at touch-screen left field, and the touch area is multiple, then calculates positioned at most upper
The touch area upper edge at end is to the vertical range of touch-screen lower edge, and the touch area lower side positioned at bottom
Edge to touch-screen lower edge vertical range；
If the touch area is located at touch-screen right side area, and the touch area is one, then calculates the touch
Region lower edge is to the vertical range of touch-screen lower edge, and the touch area upper edge is to touch-screen lower side
The vertical range of edge；
If the touch area is located at touch-screen right side area, and the touch area is multiple, then calculates positioned at most upper
The touch area upper edge at end is to the vertical range of touch-screen lower edge, and the touch area lower side positioned at bottom
Edge to touch-screen lower edge vertical range.
Preferably, it is described according to parameter information of the user in mobile terminal edge touch area, determine false-touch prevention area
The step of parameter information in domain, includes：
If the touch area is located at touch-screen left field, the horizontal width value in false-touch prevention region is arranged to described and touched
Area inside edge is touched to the vertical range of touch-screen left side edge；
If the touch area is located at touch-screen right side area, the horizontal width value in false-touch prevention region is arranged to described and touched
Area inside edge is touched to the vertical range of touch-screen right side edge；
If the touch area be one, calculate the touch area upper edge to touch-screen lower edge it is vertical away from
From the distance difference with vertical range of the touch area lower edge to touch-screen lower edge, by the perpendicular of false-touch prevention region
Straight height value is arranged to the distance difference；
If the touch area is multiple, calculate on the downside of the touch area upper edge positioned at the top to touch-screen
The vertical range at edge and the vertical range of the touch area lower edge positioned at bottom to touch-screen lower edge
Distance difference, the vertical height value in false-touch prevention region is arranged to the distance difference.
In addition, to achieve the above object, present invention also offers a kind of mobile terminal, including touch-screen, it is characterised in that
The mobile terminal also includes mobile terminal anti-error-touch device, and the mobile terminal anti-error-touch device includes：
Acquisition module, under being in released state in mobile terminal, when detect first user grip it is described it is mobile eventually
During end, parameter information of the user in mobile terminal edge touch area is obtained；
Determining module, for according to parameter information of the user in mobile terminal edge touch area, determining false-touch prevention
The parameter information in region；
Generation module, for the parameter information according to the false-touch prevention region, generation false-touch prevention region, to prevent user's
Maloperation.
Preferably, the acquisition module includes：
Judging unit, for using the perpendicular bisector position of the touch-screen of the mobile terminal as reference position, touch-screen to be drawn
It is divided into touch-screen left field and touch-screen right side area, judges that the touch area is located at the regional location of touch-screen；
Computing unit, if it is located at touch-screen left field for the touch area, and the touch area is one, then
The touch area inside edge is calculated to the vertical range of touch-screen left side edge；
If the touch area is located at touch-screen left field, and the touch area is multiple, filters out touch area
Inside edge obtains the touch area inside edge to touching to the maximum touch area of the vertical range of touch-screen left side edge
Touch the vertical range of screen left side edge；
If the touch area is located at touch-screen right side area, and the touch area is one, then calculates the touch
Area inside edge to touch-screen right side edge vertical range；
If the touch area is located at touch-screen right side area, and the touch area is multiple, filters out touch area
Inside edge obtains the touch area inside edge to touching to the maximum touch area of the vertical range of touch-screen right side edge
Touch the vertical range of screen right side edge.
Preferably, the determining module is used for：
If the touch area is located at touch-screen left field, the horizontal width value in false-touch prevention region is arranged to described and touched
Area inside edge is touched to the vertical range of touch-screen left side edge；
If the touch area is located at touch-screen right side area, the horizontal width value in false-touch prevention region is arranged to described and touched
Area inside edge is touched to the vertical range of touch-screen right side edge.
Preferably, the generation module is used for：
If the touch area is located at touch-screen left field, a rectangle is inwardly generated from the touch-screen left side edge
Region, as the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region；
If the touch area is located at touch-screen right side area, a rectangle is inwardly generated from the touch-screen right side edge
Region, as the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region.
The present invention, when detecting that user grips the mobile terminal first, obtains in the case where mobile terminal is in released state
Take parameter information of the family in mobile terminal edge touch area；According to ginseng of the user in mobile terminal edge touch area
Number information, determine the parameter information in false-touch prevention region；According to the parameter information in the false-touch prevention region, false-touch prevention region is generated,
To prevent the maloperation of user.The present invention is corresponding by being generated according to parameter information of the user in mobile terminal edge touch area
False-touch prevention region so that be directed to different users and the different gripping action of user, generate different false-touch prevention regions,
Realizing adaptively prevents the maloperation of user, has reached more preferable anti-misoperation effect.
Brief description of the drawings
Fig. 1 is the schematic flow sheet of mobile terminal false-touch prevention method first embodiment of the present invention；
Fig. 2 is in Fig. 1 in the case where mobile terminal be in released state, when detecting user's gripping mobile terminal first
When, obtain refinement schematic flow sheet of the user in the parameter information step first embodiment of mobile terminal edge touch area；
Fig. 3 is to determine false-touch prevention region according to parameter information of the user in mobile terminal edge touch area in Fig. 1
Parameter information step first embodiment refinement schematic flow sheet；
Fig. 4 is according to the parameter information in the false-touch prevention region, generation false-touch prevention region, to prevent the mistake of user in Fig. 1
The refinement schematic flow sheet of operating procedure first embodiment；
Fig. 5 is in Fig. 1 in the case where mobile terminal be in released state, when detecting user's gripping mobile terminal first
When, obtain refinement schematic flow sheet of the user in the parameter information step second embodiment of mobile terminal edge touch area；
Fig. 6 is to determine false-touch prevention region according to parameter information of the user in mobile terminal edge touch area in Fig. 1
Parameter information step second embodiment refinement schematic flow sheet；
Fig. 7 is the structural framing schematic diagram of mobile terminal of the present invention；
Fig. 8 is the high-level schematic functional block diagram of mobile terminal anti-error-touch device first embodiment in Fig. 7；
Fig. 9 is the high-level schematic functional block diagram of acquisition module in Fig. 8.
The realization, functional characteristics and advantage of the object of the invention will be described further referring to the drawings in conjunction with the embodiments.
Embodiment
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
Reference picture 1, Fig. 1 are the schematic flow sheet of mobile terminal false-touch prevention method first embodiment of the present invention.
In the first embodiment, the mobile terminal false-touch prevention method comprises the following steps：
Step S11, in the case where mobile terminal is in released state, when detecting that user grips the mobile terminal first,
Obtain parameter information of the user in mobile terminal edge touch area；
In the present embodiment, mobile terminal false-touch prevention method of the present invention is described in detail by taking smart mobile phone as an example.
In other embodiment, the mobile terminal false-touch prevention method can also be applied to the electronics mobile terminal products such as PAD (tablet personal computer)
In.After user unlocks to smart mobile phone, in the case where smart mobile phone is in released state, when user grips smart mobile phone, work as intelligence
The IC layers of energy mobile phone detect that when user grips smart mobile phone after the touch operation of platen edge is touched, acquisition user is touching first
Touch the parameter information of platen edge touch area.In the present embodiment, the touch area detected has on the left of smart mobile phone touch-screen
The A touch areas at edge, the C touch areas of B touch areas and touch-screen right side edge, D touch areas, obtain the A and touch
Region, B touch areas, the parameter information of C touch areas and D touch areas, each touch area parameter described in the present embodiment
Information includes the positional information of each touch area.
Step S12, according to parameter information of the user in mobile terminal edge touch area, determine false-touch prevention region
Parameter information；
According to the parameter information of each touch area obtained in step S11, according to the parameter information of each touch area,
It is determined that the parameter information in the false-touch prevention region to be generated.In the present embodiment, the parameter information in false-touch prevention region includes false-touch prevention area
The position parameter data in domain.
Step S13, according to the parameter information in the false-touch prevention region, generation false-touch prevention region, to prevent the mistake of user from grasping
Make.
According to the parameter information in the false-touch prevention region determined in step S12, in the present embodiment, according to the false-touch prevention of determination
The position parameter data in region, generated by the application layer of smart mobile phone in the false-touch prevention region of touch-screen fringe region position.
In other embodiment, it can also be generated by the driving floor of smart mobile phone in the false-touch prevention area of touch-screen fringe region position
Domain.After generating false-touch prevention region, when detecting the touch operation of user again, judge the touch operation touch area whether
In the false-touch prevention region, if the touch area of the touch operation is located in the false-touch prevention region, institute is not responding to
State touch operation；If the touch area of the touch operation is located at outside the false-touch prevention region, the touch operation is responded, is held
Row application program corresponding with the touch operation.
The mobile terminal false-touch prevention method that the present embodiment provides, first in the case where mobile terminal is in released state, when first
When detecting that user grips the mobile terminal, parameter information of the user in mobile terminal edge touch area is obtained；Then root
According to parameter information of the user in mobile terminal edge touch area, the parameter information in false-touch prevention region is determined；Further according to institute
State the parameter information in false-touch prevention region, generation false-touch prevention region, to prevent the maloperation of user.The present embodiment passes through according to user
The parameter information in false-touch prevention region is determined in the parameter information of mobile terminal edge touch area, then regeneration is corresponding anti-
False touch region so that be directed to different users and the different gripping action of user, generate different false-touch prevention regions, realize
The maloperation of user is adaptively prevented, has reached more preferable anti-misoperation effect.
Further, as shown in Fig. 2 above-mentioned steps S11 includes：
Step S111, using the perpendicular bisector position of the touch-screen of the mobile terminal as reference position, touch-screen is divided into
Touch-screen left field and touch-screen right side area, judge that the touch area is located at the regional location of touch-screen；
In the present embodiment, the position of intersecting point of the perpendicular bisector of touch-screen and touch-screen lower edge is arranged to reference axis original
Point position, using the perpendicular bisector position of the touch-screen of smart mobile phone as reference position, by positioned at the region on the perpendicular bisector left side,
That is region division of the transverse axis coordinate value less than or equal to zero is touch-screen left field；By the region on the right of perpendicular bisector,
Namely region division of the transverse axis coordinate value more than zero is touch-screen right side area.According to the user of acquisition in smart mobile phone touch-screen
The scope of the abscissa value of each touch area at edge, judge that each touch area is located at touch-screen left field still
Positioned at touch-screen right side area.If the scope of the abscissa value of touch area meets minus condition, the touch is judged
Region is located at touch-screen left field；If condition of the scope satisfaction more than zero of the abscissa value of touch area, described in judgement
Touch area is located at touch-screen right side area.In the present embodiment, judge that A touch areas, B touch areas are touched positioned at smart mobile phone
Screen left field is touched, C touch areas, D touch areas are located at smart mobile phone touch-screen right side area.
Step S112, if the touch area is located at touch-screen left field, and the touch area is one, then calculates
The touch area inside edge to touch-screen left side edge vertical range；If the touch area is located at area on the left of touch-screen
Domain, and the touch area is multiple, the vertical range for filtering out touch area inside edge to touch-screen left side edge is maximum
Touch area, and obtain the touch area inside edge to the vertical range of touch-screen left side edge；
In the present embodiment, judged that A touch areas and B touch areas are located at smart mobile phone touch-screen by step S111
Left field, filter out the inside edge of the A touch areas and B touch areas to touch-screen left side edge vertical range most
Big touch area, the inside edge of A touch areas is maximum to the vertical range of touch-screen left side edge in the present embodiment, obtains
A touch areas inside edge to touch-screen left side edge vertical range h1.In other embodiment, if the Petting Area
Domain is located at touch-screen left field, and when the touch area is one, then directly calculates the touch area inside edge extremely
The vertical range of touch-screen left side edge.
Step S113, if the touch area is located at touch-screen right side area, and the touch area is one, then calculates
The touch area inside edge to touch-screen right side edge vertical range；If the touch area is located at touch-screen right side region
Domain, and the touch area is multiple, the vertical range for filtering out touch area inside edge to touch-screen right side edge is maximum
Touch area, and obtain the touch area inside edge to the vertical range of touch-screen right side edge.
In the present embodiment, judged that C touch areas and D touch areas are located at smart mobile phone touch-screen by step S111
Right side area, filter out the inside edge of the C touch areas and D touch areas to touch-screen right side edge vertical range most
Big touch area, the inside edge of D touch areas is maximum to the vertical range of touch-screen right side edge in the present embodiment, obtains
D touch areas inside edge to touch-screen right side edge vertical range h2.In other embodiment, if the Petting Area
Domain is located at touch-screen right side area, and when the touch area is one, then directly calculates the touch area inside edge extremely
The vertical range of touch-screen right side edge.
Further, as shown in figure 3, above-mentioned steps S12 includes：
Step S121, if the touch area is located at touch-screen left field, the horizontal width value in false-touch prevention region is set
The touch area inside edge is set to the vertical range of touch-screen left side edge；
According to the vertical range of the A touch areas inside edge obtained in step S112 to touch-screen left side edge
h1, the horizontal width value positioned at the false-touch prevention region of touch-screen left side edge is arranged to A touch areas inside edge extremely
The vertical range h of touch-screen left side edge1。
Step S122, if the touch area is located at touch-screen right side area, the horizontal width value in false-touch prevention region is set
The touch area inside edge is set to the vertical range of touch-screen right side edge.
According to the vertical range of the D touch areas inside edge obtained in step S113 to touch-screen right side edge
h2, the horizontal width value positioned at the false-touch prevention region of touch-screen right side edge is arranged to D touch areas inside edge extremely
The vertical range h of touch-screen right side edge2。
Further, as shown in figure 4, above-mentioned steps S13 includes：
Step S131, it is inside from the touch-screen left side edge if the touch area is located at touch-screen left field
A rectangular area is generated, as the false-touch prevention region, the width of the rectangular area is wide for the level in the false-touch prevention region
Angle value；
In the present embodiment, the level positioned at the false-touch prevention region of touch-screen left side edge obtained according to step S121 is wide
Angle value, namely A touch areas inside edge is to the vertical range h of touch-screen left side edge1, from the touch-screen left side
Edge inwardly generates a rectangular area, and as the false-touch prevention region of touch-screen left side edge, the width of the rectangular area is described
The horizontal width value in the false-touch prevention region of touch-screen left side edge.
Step S132, it is inside from the touch-screen right side edge if the touch area is located at touch-screen right side area
A rectangular area is generated, as the false-touch prevention region, the width of the rectangular area is wide for the level in the false-touch prevention region
Angle value.
The horizontal width value positioned at the false-touch prevention region of touch-screen right side edge obtained according to step S122, namely it is described
D touch areas inside edge to touch-screen right side edge vertical range h2, from the touch-screen right side edge inwardly generation one
Rectangular area, as the false-touch prevention region of touch-screen right side edge, the width of the rectangular area is the touch-screen right edge
The horizontal width value in the false-touch prevention region of edge.
Further, in a second embodiment, as shown in figure 5, above-mentioned steps S11 also includes：
Step S114, using the lower edge of the touch-screen of the mobile terminal as reference position, if the touch area position
In touch-screen left field, and the touch area is one, then calculates on the downside of the touch area lower edge to touch-screen
The vertical range at edge, and the touch area upper edge is to the vertical range of touch-screen lower edge；If the touch
Region is located at touch-screen left field, and the touch area is multiple, then calculates the touch area upper side edge positioned at the top
Edge to touch-screen lower edge vertical range, and positioned at bottom touch area lower edge to touch-screen lower edge
Vertical range；
Based on above-described embodiment, in a second embodiment, using the lower edge of the touch-screen of the smart mobile phone as reference
Position, judge that the A touch areas and B touch areas are located at smart mobile phone touch-screen left field, the A by step S111
Touch area is located at the lower end of smart mobile phone touch-screen left field, and the B touch areas are located on the left of smart mobile phone touch-screen
The upper end in region, the lower edge of the A touch areas is calculated to the vertical range h of touch-screen lower edge3, and the B
The upper edge of touch area to touch-screen lower edge vertical range h4.In other embodiment, if the touch area
Positioned at touch-screen left field, and when the touch area is one, then the touch area lower edge need to be only calculated to touching
The vertical range of screen lower edge, and the touch area upper edge are touched to the vertical range of touch-screen lower edge.
Step S115, if the touch area is located at touch-screen right side area, and the touch area is one, then calculates
The touch area lower edge to touch-screen lower edge vertical range, and the touch area upper edge to touch
Shield the vertical range of lower edge；If the touch area is located at touch-screen right side area, and the touch area be it is multiple, then
Calculate the vertical range for being located at the touch area upper edge of the top to touch-screen lower edge, and touching positioned at bottom
Region lower edge is touched to the vertical range of touch-screen lower edge.
In a second embodiment, judge that the C touch areas and D touch areas are touched positioned at smart mobile phone by step S111
Screen right side area is touched, the C touch areas are located at the upper end of smart mobile phone touch-screen right side area, and the D touch areas are located at
The lower end of smart mobile phone touch-screen right side area, calculate upper edge the hanging down to touch-screen lower edge of the C touch areas
Directly distance h5, and the D touch areas lower edge to touch-screen lower edge vertical range h6.In other embodiment
In, if the touch area is located at touch-screen right side area, and when the touch area is one, then it need to only calculate the touch
Region lower edge is to the vertical range of touch-screen lower edge, and the touch area upper edge is to touch-screen lower edge
Vertical range.
Further, as shown in fig. 6, in a second embodiment, above-mentioned steps S12 also includes：
Step S123, if the touch area is one, the touch area upper edge is calculated to touch-screen lower side
The distance difference of the vertical range of edge and vertical range of the touch area lower edge to touch-screen lower edge, will be anti-error
The vertical height value for touching region is arranged to the distance difference；
Based on above-described embodiment, smart mobile phone touch-screen is divided into touch-screen left field and touch-screen right side area, if
When there was only one positioned at the touch area of touch-screen left field or touch-screen right side area, calculate on the upside of the touch area
Edge to touch-screen lower edge vertical range and the touch area lower edge to touch-screen lower edge vertical range
Distance difference, the vertical height value in false-touch prevention region is arranged to the distance difference.
Step S124, if the touch area is multiple, calculate the touch area upper edge positioned at the top extremely
The vertical range of touch-screen lower edge and the touch area lower edge positioned at bottom to touch-screen lower edge
The distance difference of vertical range, the vertical height value in false-touch prevention region is arranged to the distance difference.
In a second embodiment, A touch areas and B touch areas are located at smart mobile phone touch-screen left field, and the A is touched
The lower end that region is located at smart mobile phone touch-screen left field is touched, the B touch areas are located at area on the left of smart mobile phone touch-screen
The upper end in domain, pass through the vertical range of the lower edge of the step S114 A touch areas calculated to touch-screen lower edge
h3, and the B touch areas upper edge to touch-screen lower edge vertical range h4, calculate the B touch areas
Upper edge to touch-screen lower edge vertical range h4With the lower edge of the A touch areas to touch-screen lower edge
Vertical range h3Distance difference △ h1, i.e. △ h1=h4- h3, by the perpendicular of the false-touch prevention region of the touch-screen left side edge
Straight height value is arranged to the distance difference △ h1。
C touch areas and D touch areas are located at smart mobile phone touch-screen right side area, and the C touch areas are positioned at intelligence
The upper end of handset touch panel right side area, the D touch areas are located at the lower end of smart mobile phone touch-screen right side area, pass through step
The upper edge for the C touch areas that rapid S115 is calculated to touch-screen lower edge vertical range h5, and D touches
The lower edge in region to touch-screen lower edge vertical range h6, calculate the upper edge extremely touch of the C touch areas
Shield the vertical range h of lower edge5With the vertical range h of the lower edge of the D touch areas to touch-screen lower edge6's
Distance difference △ h2, i.e. △ h2=h5- h6, the vertical height value in the false-touch prevention region of the touch-screen right side edge is arranged to
The distance difference △ h2。
Further, in a second embodiment, above-mentioned steps S13 includes：
Step S133, it is inside from the touch-screen left side edge if the touch area is located at touch-screen left field
A rectangular area is generated, as the false-touch prevention region, the width of the rectangular area is wide for the level in the false-touch prevention region
Angle value, the height of the rectangular area are the vertical height value in the false-touch prevention region；
Based on the above embodiments, in a second embodiment, according to the false-touch prevention positioned at touch-screen left side edge of acquisition
The horizontal width value in region, namely A touch areas inside edge is to the vertical range h of touch-screen left side edge1, Yi Jitong
The vertical height value in the false-touch prevention region of the touch-screen left side edge of step S124 acquisitions is crossed, namely the B touch areas is upper
Lateral edges to touch-screen lower edge vertical range h4With the lower edge of the A touch areas to touch-screen lower edge
Vertical range h3Distance difference △ h1, one and rectangular area are inwardly generated from the touch-screen left side edge, it is left as touch-screen
The false-touch prevention region of lateral edges, the bottom of the rectangular area is concordant with the lower edge of the A touch areas, the rectangle region
The width in domain is the horizontal width value in the false-touch prevention region of the touch-screen left side edge, and the height of the rectangular area is described
The vertical height value in the false-touch prevention region of touch-screen left side edge.
Step S134, it is inside from the touch-screen right side edge if the touch area is located at touch-screen right side area
A rectangular area is generated, as the false-touch prevention region, the width of the rectangular area is wide for the level in the false-touch prevention region
Angle value, the height of the rectangular area are the vertical height value in the false-touch prevention region.
In a second embodiment, according to the horizontal width value positioned at the false-touch prevention region of touch-screen right side edge of acquisition,
Namely D touch areas inside edge is to the vertical range h of touch-screen right side edge2, and obtained by step S124
Under the vertical height value in the false-touch prevention region of touch-screen right side edge, namely upper edge to the touch-screen of the C touch areas
The vertical range h of lateral edges5With the vertical range h of the lower edge of the D touch areas to touch-screen lower edge6Distance
Difference △ h2, one and rectangular area, the false-touch prevention as touch-screen right side edge are inwardly generated from the touch-screen right side edge
Region, the bottom of the rectangular area is concordant with the lower edge of the D touch areas, and the width of the rectangular area is described
The horizontal width value in the false-touch prevention region of touch-screen right side edge, the height of the rectangular area is the touch-screen right side edge
False-touch prevention region vertical height value.
The mobile terminal false-touch prevention method that the present embodiment provides, on the basis of above-described embodiment, if the touch area
Positioned at touch-screen left field, and the touch area is one, by the touch area upper edge to touch-screen lower side
The distance difference of the vertical range of edge and vertical range of the touch area lower edge to touch-screen lower edge is as institute
State the vertical height value in the false-touch prevention region of touch-screen left side edge；If the touch area is located at touch-screen left field, and
The touch area to be multiple, by positioned at the vertical range of the touch area upper edge of the top to touch-screen lower edge with
Positioned at bottom touch area lower edge to touch-screen lower edge vertical range distance difference as the touch
Shield the vertical height value in the false-touch prevention region of left side edge；If the touch area is located at touch-screen right side area, and described tactile
Region is touched as one, by under the vertical range of the touch area upper edge to touch-screen lower edge and the touch area
Lateral edges are to false-touch prevention region of the distance difference as the touch-screen right side edge of the vertical range of touch-screen lower edge
Vertical height value；If the touch area is located at touch-screen right side area, and the touch area is multiple, will be located at most upper
Vertical range of the touch area upper edge at end to touch-screen lower edge and the touch area lower edge positioned at bottom
To touch-screen lower edge vertical range distance difference as the vertical of the false-touch prevention region of the touch-screen right side edge
Height value.For the different gripping action of different users and user, the anti-error of respective horizontal width and vertical height is generated
Region is touched, so as to further increase anti-misoperation effect.
Further, the invention provides a kind of mobile terminal.As shown in Figure 7 and Figure 8, the mobile terminal includes touch-screen
10 and mobile terminal anti-error-touch device 20, and the mobile terminal anti-error-touch device 20 includes：
Acquisition module 21, under being in released state in mobile terminal, when detecting that user grips the movement first
During terminal, parameter information of the user in mobile terminal edge touch area is obtained；
Determining module 22, for according to parameter information of the user in mobile terminal edge touch area, determining anti-error
Touch the parameter information in region；
Generation module 23, for the parameter information according to the false-touch prevention region, generation false-touch prevention region, to prevent user
Maloperation.
In the present embodiment, the mobile terminal of the present invention is described in detail by taking smart mobile phone as an example.In other implementations
In example, the mobile terminal further comprises the electronics mobile terminal product such as PAD (tablet personal computer).When user unlocks to smart mobile phone
Afterwards, in the case where smart mobile phone is in released state, when user grips smart mobile phone, when the IC layers of smart mobile phone detect use first
When family grips smart mobile phone after the touch operation of platen edge is touched, acquisition module 21 obtains user and is touching platen edge Petting Area
The parameter information in domain.In the present embodiment, there are the A Petting Areas of smart mobile phone touch-screen left side edge the touch area detected
C touch areas, the D touch areas in domain, B touch areas and touch-screen right side edge, obtain the A touch areas, B Petting Areas
The parameter information in domain, C touch areas and D touch areas, each touch area parameter information described in the present embodiment include each
The positional information of touch area.
The parameter information of each touch area obtained according to acquisition module 21, the determination of determining module 22 to be generated anti-error
Touch the parameter information in region.In the present embodiment, the parameter information in false-touch prevention region includes the position parameter data in false-touch prevention region.
The position parameter data in the false-touch prevention region determined according to determining module 22, generation module 23 touch smart mobile phone
Touch the fringe region position generation false-touch prevention region of screen.After generating false-touch prevention region, when detecting the touch operation of user again,
The touch area of the touch operation is judged whether in the false-touch prevention region, if the touch area position of the touch operation
In in the false-touch prevention region, then the touch operation is not responding to；If the touch area of the touch operation is positioned at described anti-error
Touch outside region, then respond the touch operation, perform application program corresponding with the touch operation.
Specifically, as shown in figure 9, the acquisition module 21 includes two units：
Judging unit 211, for using the perpendicular bisector position of the touch-screen of the mobile terminal as reference position, by touch-screen
Touch-screen left field and touch-screen right side area are divided into, judges that the touch area is located at the regional location of touch-screen；
Computing unit 212, if it is located at touch-screen left field for the touch area, and the touch area is one
It is individual, then the touch area inside edge is calculated to the vertical range of touch-screen left side edge；If the touch area is positioned at tactile
Screen left field is touched, and the touch area is multiple, filters out touch area inside edge hanging down to touch-screen left side edge
The maximum touch area of straight distance, and the touch area inside edge is obtained to the vertical range of touch-screen left side edge；
If the touch area is located at touch-screen right side area, and the touch area is one, then calculates the touch
Area inside edge to touch-screen right side edge vertical range；If the touch area is located at touch-screen right side area, and institute
It is multiple to state touch area, filters out touch area inside edge to the maximum Petting Area of the vertical range of touch-screen right side edge
Domain, and the touch area inside edge is obtained to the vertical range of touch-screen right side edge.
In the present embodiment, the position of intersecting point of the perpendicular bisector of touch-screen and touch-screen lower edge is arranged to reference axis original
Point position, using the perpendicular bisector position of the touch-screen of smart mobile phone as reference position, by positioned at the region on the perpendicular bisector left side,
That is region division of the transverse axis coordinate value less than or equal to zero is touch-screen left field；By the region on the right of perpendicular bisector,
Namely region division of the transverse axis coordinate value more than zero is touch-screen right side area.According to the user of acquisition in smart mobile phone touch-screen
The scope of the abscissa value of each touch area at edge, judging unit 211 judge that each touch area is located at touch-screen
Left field is still located at touch-screen right side area.If the scope of the abscissa value of touch area meets minus condition,
Judge that the touch area is located at touch-screen left field；If the scope of the abscissa value of touch area meets the bar more than zero
Part, then judge that the touch area is located at touch-screen right side area.In the present embodiment, judging unit 211 judges A Petting Areas
Domain, B touch areas are located at smart mobile phone touch-screen left field, and C touch areas, D touch areas are located at smart mobile phone touch-screen
Right side area.
Judge that A touch areas and B touch areas are located at smart mobile phone touch-screen left field by judging unit 211,
Computing unit 212 filters out the inside edge of the A touch areas and B touch areas to the vertical range of touch-screen left side edge
Maximum touch area, the inside edge of A touch areas is maximum to the vertical range of touch-screen left side edge in the present embodiment, meter
A touch areas inside edge is calculated to the vertical range h of touch-screen left side edge1.In other embodiment, if the touch
Region is located at touch-screen left field, and when the touch area is one, computing unit 212 calculates the touch area inner side edge
Edge to touch-screen left side edge vertical range.
Judge that C touch areas and D touch areas are located at smart mobile phone touch-screen right side area by judging unit 211,
Computing unit 212 filters out the inside edge of the C touch areas and D touch areas to the vertical range of touch-screen right side edge
Maximum touch area, the inside edge of D touch areas is maximum to the vertical range of touch-screen right side edge in the present embodiment, meter
D touch areas inside edge is calculated to the vertical range h of touch-screen right side edge2.In other embodiment, if the touch
Region is located at touch-screen right side area, and when the touch area is one, computing unit 212 calculates the touch area inner side edge
Edge to touch-screen right side edge vertical range.
Specifically, the determining module 22 is used for：If the touch area is located at touch-screen left field, by false-touch prevention area
The horizontal width value in domain is arranged to the touch area inside edge to the vertical range of touch-screen left side edge；If the touch
Region is located at touch-screen right side area, by the horizontal width value in false-touch prevention region be arranged to the touch area inside edge to touch
Touch the vertical range of screen right side edge.
In the present embodiment, calculated according to computing unit 212 on the left of A touch areas inside edge to the touch-screen obtained
The vertical range h at edge1, the horizontal width value in the false-touch prevention region positioned at touch-screen left side edge is arranged to by determining module 22
A touch areas inside edge to touch-screen left side edge vertical range h1.The institute obtained is calculated according to computing unit 212
D touch areas inside edge is stated to the vertical range h of touch-screen right side edge2, determining module 22 will be located at touch-screen right edge
The horizontal width value in the false-touch prevention region of edge be arranged to D touch areas inside edge to touch-screen right side edge it is vertical away from
From h2。
Specifically, the generation module 23 is used for：If the touch area is located at touch-screen left field, touched from described
Screen left side edge inwardly one rectangular area of generation is touched, as the false-touch prevention region, the width of the rectangular area is described anti-
The horizontal width value in false touch region；If the touch area is located at touch-screen right side area, from the touch-screen right side edge
Inwardly one rectangular area of generation, as the false-touch prevention region, the width of the rectangular area is the water in the false-touch prevention region
Flat width value.
In the present embodiment, according to the level positioned at the false-touch prevention region of touch-screen left side edge of the determination of determining module 22
Width value, namely A touch areas inside edge is to the vertical range h of touch-screen left side edge1, generation module 23 is from described
Touch-screen left side edge inwardly generates a rectangular area, as the false-touch prevention region of touch-screen left side edge, the rectangular area
Width for the touch-screen left side edge false-touch prevention region horizontal width value.
The horizontal width value positioned at the false-touch prevention region of touch-screen right side edge determined according to determining module 22, Ye Jisuo
D touch areas inside edge is stated to the vertical range h of touch-screen right side edge2, generation module 23 is from the touch-screen right edge
Edge inwardly generates a rectangular area, and as the false-touch prevention region of touch-screen right side edge, the width of the rectangular area is described
The horizontal width value in the false-touch prevention region of touch-screen right side edge.
The mobile terminal that the present embodiment provides, including touch-screen 10 and mobile terminal anti-error-touch device 20, the movement
Terminal anti-error-touch device 20 includes：Acquisition module 21, under being in released state in mobile terminal, when detecting user first
When gripping the mobile terminal, parameter information of the user in mobile terminal edge touch area is obtained；Determining module 22, for root
According to parameter information of the user in mobile terminal edge touch area, the parameter information in false-touch prevention region is determined；Generation module
23, for the parameter information according to the false-touch prevention region, generation false-touch prevention region, to prevent the maloperation of user.This implementation
Example in the parameter information of mobile terminal edge touch area according to user by determining the parameter information in false-touch prevention region, then
Regenerate corresponding false-touch prevention region so that be directed to different users and the different gripping action of user, generate different
False-touch prevention region, the maloperation for adaptively preventing user is realized, reached more preferable anti-misoperation effect.
Further, based on above-described embodiment, in a second embodiment, the computing unit 212 of acquisition module 21 is additionally operable to：
Using the lower edge of the touch-screen of the mobile terminal as reference position, if the touch area is located at a touch-screen left side
Side region, and the touch area is one, then it is vertical to touch-screen lower edge to calculate the touch area lower edge
Distance, and the touch area upper edge is to the vertical range of touch-screen lower edge；If the touch area is positioned at tactile
Touch screen left field, and the touch area is multiple, then calculate touch area upper edge positioned at the top to touch-screen
The vertical range of lower edge, and positioned at bottom touch area lower edge to touch-screen lower edge it is vertical away from
From；If the touch area is located at touch-screen right side area, and the touch area is one, then calculates under the touch area
Lateral edges to touch-screen lower edge vertical range, and the touch area upper edge to touch-screen lower edge hang down
Straight distance；If the touch area is located at touch-screen right side area, and the touch area is multiple, then calculates positioned at topmost
Touch area upper edge to the vertical range of touch-screen lower edge, and the touch area lower edge positioned at bottom
To the vertical range of touch-screen lower edge.
In the present embodiment, judge that the A touch areas and B touch areas are located at smart mobile phone by judging unit 211
Touch-screen left field, the A touch areas are located at the lower end of smart mobile phone touch-screen left field, B touch areas position
In the upper end of smart mobile phone touch-screen left field, computing unit 212 calculates the lower edges of the A touch areas to touch-screen
The vertical range h of lower edge3, and the B touch areas upper edge to touch-screen lower edge vertical range h4。
In other embodiment, if the touch area is located at touch-screen left field, and when the touch area is one, then calculate
Unit 212 calculates the touch area lower edge to the vertical range of touch-screen lower edge, and the touch area upper side edge
Edge to touch-screen lower edge vertical range.
Judge that the C touch areas and D touch areas are located at smart mobile phone touch-screen right side region by judging unit 211
Domain, the C touch areas are located at the upper end of smart mobile phone touch-screen right side area, and the D touch areas are touched positioned at smart mobile phone
The lower end of screen right side area is touched, computing unit 212 calculates upper edge the hanging down to touch-screen lower edge of the C touch areas
Directly distance h5, and the D touch areas lower edge to touch-screen lower edge vertical range h6.In other embodiment
In, if the touch area is located at touch-screen right side area, and when the touch area is one, then computing unit 212 calculates
The touch area lower edge to touch-screen lower edge vertical range, and under touch area upper edge to the touch-screen
The vertical range of lateral edges.
Further, in a second embodiment, determining module 22 is additionally operable to：If the touch area is one, institute is calculated
State under touch area upper edge to the vertical range of touch-screen lower edge and the touch area lower edge to touch-screen
The distance difference of the vertical range of lateral edges, the vertical height value in false-touch prevention region is arranged to the distance difference；It is if described
Touch area is multiple, calculates the touch area upper edge positioned at the top to the vertical range of touch-screen lower edge
, will be anti-error with the distance difference of the vertical range positioned at the touch area lower edge of bottom to touch-screen lower edge
The vertical height value for touching region is arranged to the distance difference.
Based on the above embodiments, smart mobile phone touch-screen is divided into touch-screen left field and touch-screen right side area,
In the present embodiment, A touch areas and B touch areas are located at smart mobile phone touch-screen left field, and the A touch areas are located at
The lower end of smart mobile phone touch-screen left field, the B touch areas are located at the upper end of smart mobile phone touch-screen left field, lead to
The lower edge of the A touch areas of the calculating of computing unit 212 is crossed to the vertical range h of touch-screen lower edge3, Yi Jisuo
The upper edge of B touch areas is stated to the vertical range h of touch-screen lower edge4, calculate the upper edges of the B touch areas
To the vertical range h of touch-screen lower edge4It is vertical with the lower edge of the A touch areas to touch-screen lower edge away from
From h3Distance difference △ h1, i.e. △ h1=h4- h3, determining module 22 is by the false-touch prevention region of the touch-screen left side edge
Vertical height value is arranged to the distance difference △ h1.C touch areas and D touch areas are located at smart mobile phone touch-screen right side region
Domain, the C touch areas are located at the upper end of smart mobile phone touch-screen right side area, and the D touch areas are touched positioned at smart mobile phone
Touch the lower end of screen right side area, the upper edge of the C touch areas calculated by computing unit 212 to touch-screen lower side
The vertical range h of edge5, and the D touch areas lower edge to touch-screen lower edge vertical range h6, calculate institute
The upper edge of C touch areas is stated to the vertical range h of touch-screen lower edge5With the lower edges of the D touch areas extremely
The vertical range h of touch-screen lower edge6Distance difference △ h2, i.e. △ h2=h5- h6, determining module 22 is by the touch-screen
The vertical height value in the false-touch prevention region of right side edge is arranged to the distance difference △ h2。
In other embodiment, if there was only one positioned at the touch area of touch-screen left field or touch-screen right side area
When individual, calculate the touch area upper edge to touch-screen lower edge vertical range and the touch area lower edge extremely
The vertical height value in false-touch prevention region is arranged to institute by the distance difference of the vertical range of touch-screen lower edge, determining module 22
State distance difference.
Further, in a second embodiment, generation module 23 is used for：If the touch area is located at area on the left of touch-screen
Domain, then from inside one rectangular area of generation of the touch-screen left side edge, as the false-touch prevention region, the rectangular area
Width is the horizontal width value in the false-touch prevention region, and the height of the rectangular area is the vertical height in the false-touch prevention region
Value；If the touch area is located at touch-screen right side area, a rectangular area is inwardly generated from the touch-screen right side edge,
As the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region, the rectangle region
The height in domain is the vertical height value in the false-touch prevention region.
Based on the above embodiments, in the present embodiment, it is located at touch-screen left side edge according to what determining module 22 obtained
False-touch prevention region horizontal width value, namely A touch areas inside edge is to the vertical range of touch-screen left side edge
h1, and the vertical height value in the false-touch prevention region of the touch-screen left side edge of the acquisition of determining module 22, namely the B Petting Areas
The upper edge in domain to touch-screen lower edge vertical range h4On the downside of lower edge to the touch-screen of the A touch areas
The vertical range h at edge3Distance difference △ h1, generation module 23 is from the touch-screen left side edge inwardly generation one and rectangle
Region, as the false-touch prevention region of touch-screen left side edge, the lower side of the bottom of the rectangular area and the A touch areas
Edge is concordant, and the width of the rectangular area is the horizontal width value in the false-touch prevention region of the touch-screen left side edge, the square
The height in shape region is the vertical height value in the false-touch prevention region of the touch-screen left side edge.
The horizontal width value positioned at the false-touch prevention region of touch-screen right side edge obtained according to determining module 22, Ye Jisuo
D touch areas inside edge is stated to the vertical range h of touch-screen right side edge2, and the touch-screen right side that determining module 22 obtains
The vertical height value in the false-touch prevention region of lateral edges, namely the C touch areas upper edge to touch-screen lower edge
Vertical range h5With the vertical range h of the lower edge of the D touch areas to touch-screen lower edge6Distance difference △ h2,
Generation module 23 inwardly generates one and rectangular area, the false-touch prevention as touch-screen right side edge from the touch-screen right side edge
Region, the bottom of the rectangular area is concordant with the lower edge of the D touch areas, and the width of the rectangular area is described
The horizontal width value in the false-touch prevention region of touch-screen right side edge, the height of the rectangular area is the touch-screen right side edge
False-touch prevention region vertical height value.
The mobile terminal that the present embodiment provides, on the basis of above-described embodiment, if the touch area is located at touch-screen
Left field, and the touch area is one, determining module 22 is by the touch area upper edge to touch-screen lower side
The distance difference of the vertical range of edge and vertical range of the touch area lower edge to touch-screen lower edge is as institute
State the vertical height value in the false-touch prevention region of touch-screen left side edge；If the touch area is located at touch-screen left field, and
The touch area is multiple, and determining module 22 is by positioned at the touch area upper edge of the top to touch-screen lower edge
The distance difference of vertical range and the vertical range of the touch area lower edge positioned at bottom to touch-screen lower edge is made
For the vertical height value in the false-touch prevention region of the touch-screen left side edge；If the touch area is located at touch-screen right side region
Domain, and the touch area is one, determining module 22 is hung down the touch area upper edge to touch-screen lower edge
The distance difference of straight distance and vertical range of the touch area lower edge to touch-screen lower edge is as the touch
Shield the vertical height value in the false-touch prevention region of right side edge；If the touch area is located at touch-screen right side area, and described tactile
Region is touched to be multiple, determining module 22 by positioned at the touch area upper edge of the top to touch-screen lower edge it is vertical away from
From described in the distance difference conduct of the vertical range with the touch area lower edge positioned at bottom to touch-screen lower edge
The vertical height value in the false-touch prevention region of touch-screen right side edge.For the different gripping action of different users and user,
Generation module 23 generates the false-touch prevention region of respective horizontal width and vertical height, so as to further increase anti-misoperation effect
Fruit.
The preferred embodiments of the present invention are these are only, are not intended to limit the scope of the invention, it is every to utilize this hair
The equivalent structure or equivalent flow conversion that bright specification and accompanying drawing content are made, or directly or indirectly it is used in other related skills
Art field, is included within the scope of the present invention.
Claims (10)
- A kind of 1. mobile terminal false-touch prevention method, it is characterised in that the mobile terminal false-touch prevention method comprises the following steps：In the case where mobile terminal is in released state, when detecting that user grips the mobile terminal first, obtains user and moving The parameter information of dynamic terminal edge touch area；According to parameter information of the user in mobile terminal edge touch area, the parameter information in false-touch prevention region is determined；According to the parameter information in the false-touch prevention region, generation false-touch prevention region, with when detecting the touch operation of user, if The touch area of the touch operation is located in the false-touch prevention region, then is not responding to the touch operation；Wherein, the acquisition user includes in the step of parameter information of mobile terminal edge touch area：Using the perpendicular bisector position of the touch-screen of the mobile terminal as reference position, touch-screen is divided into touch-screen left field With touch-screen right side area, judge that the touch area is located at the regional location of touch-screen；If the touch area is located at touch-screen left field, and the touch area is one, then calculates the touch area Inside edge to touch-screen left side edge vertical range；If the touch area is located at touch-screen right side area, and the touch area is one, then calculates the touch area Inside edge to touch-screen right side edge vertical range.
- 2. mobile terminal false-touch prevention method as claimed in claim 1, it is characterised in that the acquisition user is on mobile terminal side The step of parameter information of edge touch area, also includes：If the touch area is located at touch-screen left field, and the touch area is multiple, is filtered out on the inside of touch area Edge obtains the touch area inside edge to touch-screen to the maximum touch area of the vertical range of touch-screen left side edge The vertical range of left side edge；If the touch area is located at touch-screen right side area, and the touch area is multiple, is filtered out on the inside of touch area Edge obtains the touch area inside edge to touch-screen to the maximum touch area of the vertical range of touch-screen right side edge The vertical range of right side edge.
- 3. mobile terminal false-touch prevention method as claimed in claim 2, it is characterised in that described whole in movement according to the user The parameter information of end margin touch area, include the step of the parameter information for determining false-touch prevention region：If the touch area is located at touch-screen left field, the horizontal width value in false-touch prevention region is arranged to the Petting Area Domain inside edge to touch-screen left side edge vertical range；If the touch area is located at touch-screen right side area, the horizontal width value in false-touch prevention region is arranged to the Petting Area Domain inside edge to touch-screen right side edge vertical range.
- 4. mobile terminal false-touch prevention method as claimed in claim 3, it is characterised in that described according to the false-touch prevention region Parameter information, generate false-touch prevention region the step of include：If the touch area is located at touch-screen left field, a rectangle region is inwardly generated from the touch-screen left side edge Domain, as the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region；If the touch area is located at touch-screen right side area, a rectangle region is inwardly generated from the touch-screen right side edge Domain, as the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region.
- 5. mobile terminal false-touch prevention method as claimed in claim 2, it is characterised in that the acquisition user is on mobile terminal side The step of parameter information of edge touch area, also includes：Using the lower edge of the touch-screen of the mobile terminal as reference position, if the touch area is located at area on the left of touch-screen Domain, and the touch area is one, then calculates the touch area lower edge to the vertical range of touch-screen lower edge, And the touch area upper edge is to the vertical range of touch-screen lower edge；If the touch area is located at touch-screen left field, and the touch area is multiple, then calculates positioned at the top Touch area upper edge to touch-screen lower edge vertical range, and positioned at bottom touch area lower edge extremely The vertical range of touch-screen lower edge；If the touch area is located at touch-screen right side area, and the touch area is one, then calculates the touch area Lower edge is to the vertical range of touch-screen lower edge, and the touch area upper edge is to touch-screen lower edge Vertical range；If the touch area is located at touch-screen right side area, and the touch area is multiple, then calculates positioned at the top Touch area upper edge to touch-screen lower edge vertical range, and positioned at bottom touch area lower edge extremely The vertical range of touch-screen lower edge.
- 6. mobile terminal false-touch prevention method as claimed in claim 5, it is characterised in that described whole in movement according to the user The parameter information of end margin touch area, include the step of the parameter information for determining false-touch prevention region：If the touch area is located at touch-screen left field, the horizontal width value in false-touch prevention region is arranged to the Petting Area Domain inside edge to touch-screen left side edge vertical range；If the touch area is located at touch-screen right side area, the horizontal width value in false-touch prevention region is arranged to the Petting Area Domain inside edge to touch-screen right side edge vertical range；If the touch area be one, calculate the touch area upper edge to touch-screen lower edge vertical range with The distance difference of vertical range of the touch area lower edge to touch-screen lower edge, by the vertical height in false-touch prevention region Angle value is arranged to the distance difference；If the touch area is multiple, the touch area upper edge positioned at the top is calculated to touch-screen lower edge Vertical range and the vertical range positioned at the touch area lower edge of bottom to touch-screen lower edge distance Difference, the vertical height value in false-touch prevention region is arranged to the distance difference.
- 7. a kind of mobile terminal, including touch-screen, it is characterised in that the mobile terminal also includes mobile terminal false-touch prevention and filled Put, and the mobile terminal anti-error-touch device includes：Acquisition module, under being in released state in mobile terminal, when detecting that user grips the mobile terminal first, Obtain parameter information of the user in mobile terminal edge touch area；Determining module, for according to parameter information of the user in mobile terminal edge touch area, determining false-touch prevention region Parameter information；Generation module, for the parameter information according to the false-touch prevention region, generation false-touch prevention region, to detect user's During touch operation, if the touch area of the touch operation is located in the false-touch prevention region, the touch operation is not responding to；Wherein, the acquisition module includes：Judging unit, for using the perpendicular bisector position of the touch-screen of the mobile terminal as reference position, touch-screen to be divided into Touch-screen left field and touch-screen right side area, judge that the touch area is located at the regional location of touch-screen；Computing unit, it is used forIf the touch area is located at touch-screen left field, and the touch area is one, then calculates the touch area Inside edge to touch-screen left side edge vertical range；If the touch area is located at touch-screen right side area, and the touch area is one, then calculates the touch area Inside edge to touch-screen right side edge vertical range.
- 8. mobile terminal as claimed in claim 7, it is characterised in that the computing unit, be additionally operable to：If the touch area is located at touch-screen left field, and the touch area is multiple, is filtered out on the inside of touch area Edge obtains the touch area inside edge to touch-screen to the maximum touch area of the vertical range of touch-screen left side edge The vertical range of left side edge；If the touch area is located at touch-screen right side area, and the touch area is multiple, is filtered out on the inside of touch area Edge obtains the touch area inside edge to touch-screen to the maximum touch area of the vertical range of touch-screen right side edge The vertical range of right side edge.
- 9. mobile terminal as claimed in claim 8, it is characterised in that the determining module is used for：If the touch area is located at touch-screen left field, the horizontal width value in false-touch prevention region is arranged to the Petting Area Domain inside edge to touch-screen left side edge vertical range；If the touch area is located at touch-screen right side area, the horizontal width value in false-touch prevention region is arranged to the Petting Area Domain inside edge to touch-screen right side edge vertical range.
- 10. mobile terminal as claimed in claim 9, it is characterised in that the generation module is used for：If the touch area is located at touch-screen left field, a rectangle region is inwardly generated from the touch-screen left side edge Domain, as the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region；If the touch area is located at touch-screen right side area, a rectangle region is inwardly generated from the touch-screen right side edge Domain, as the false-touch prevention region, the width of the rectangular area is the horizontal width value in the false-touch prevention region.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510050875.7A CN104615303B (en) | 2015-01-30 | 2015-01-30 | Mobile terminal false-touch prevention method and mobile terminal |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510050875.7A CN104615303B (en) | 2015-01-30 | 2015-01-30 | Mobile terminal false-touch prevention method and mobile terminal |
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| Publication Number | Publication Date |
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| CN104615303A CN104615303A (en) | 2015-05-13 |
| CN104615303B true CN104615303B (en) | 2018-02-23 |
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| CN201510050875.7A Active CN104615303B (en) | 2015-01-30 | 2015-01-30 | Mobile terminal false-touch prevention method and mobile terminal |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106648190A (en) * | 2015-10-30 | 2017-05-10 | 深圳市汇顶科技股份有限公司 | Device and method for preventing touch screen edge misoperation |
Families Citing this family (26)
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| WO2019100314A1 (en) * | 2017-11-24 | 2019-05-31 | 深圳传音通讯有限公司 | Mistouch prevention cancellation method and apparatus for terminal device |
| CN108388400B (en) * | 2018-01-25 | 2020-10-02 | 维沃移动通信有限公司 | Operation processing method and mobile terminal |
| WO2020051797A1 (en) * | 2018-09-12 | 2020-03-19 | 深圳市柔宇科技有限公司 | Mistouch prevention method and electronic device |
| EP4050465A4 (en) | 2019-12-09 | 2022-12-28 | Huawei Technologies Co., Ltd. | Method and apparatus for adjusting touch control region |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102262479A (en) * | 2010-05-28 | 2011-11-30 | 仁宝电脑工业股份有限公司 | Electronic device and operation method thereof |
| CN102511032A (en) * | 2010-06-28 | 2012-06-20 | 英特尔公司 | dynamic bezel for mobile device |
| CN102778969A (en) * | 2011-05-13 | 2012-11-14 | 联想移动通信科技有限公司 | Touch type mobile terminal and operation method thereof |
| KR20140106353A (en) * | 2013-02-25 | 2014-09-03 | 삼성전자주식회사 | Electronic apparatus, method for controlling the same and computer-readable recording medium |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10025494B2 (en) * | 2013-01-16 | 2018-07-17 | Samsung Electronics Co., Ltd. | Apparatus and method for an adaptive edge-to-edge display system for multi-touch devices |
-
2015
- 2015-01-30 CN CN201510050875.7A patent/CN104615303B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102262479A (en) * | 2010-05-28 | 2011-11-30 | 仁宝电脑工业股份有限公司 | Electronic device and operation method thereof |
| CN102511032A (en) * | 2010-06-28 | 2012-06-20 | 英特尔公司 | dynamic bezel for mobile device |
| CN102778969A (en) * | 2011-05-13 | 2012-11-14 | 联想移动通信科技有限公司 | Touch type mobile terminal and operation method thereof |
| KR20140106353A (en) * | 2013-02-25 | 2014-09-03 | 삼성전자주식회사 | Electronic apparatus, method for controlling the same and computer-readable recording medium |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106648190A (en) * | 2015-10-30 | 2017-05-10 | 深圳市汇顶科技股份有限公司 | Device and method for preventing touch screen edge misoperation |
| CN106648190B (en) * | 2015-10-30 | 2019-07-02 | 深圳市汇顶科技股份有限公司 | Prevent the device and method for touching platen edge maloperation |
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