CN103870171B

CN103870171B - Data processing method and device

Info

Publication number: CN103870171B
Application number: CN201210525851.9A
Authority: CN
Inventors: 郑启忠
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2012-12-07
Filing date: 2012-12-07
Publication date: 2017-07-25
Anticipated expiration: 2032-12-07
Also published as: CN103870171A

Abstract

The invention discloses a kind of data processing method and device, belong to field of terminal equipment.Methods described includes：Monitor the slip event in the touch sensing unit；When the slip event meets the first preparatory condition, the glide direction of the slip event is determined according to first method；When the slip event meets the second preparatory condition, the glide direction of the slip event is determined according to second method, wherein the first method is different with the second method.Using technical scheme provided in an embodiment of the present invention, by being judged according to the first preparatory condition and the second preparatory condition the slip event in touch sensing unit, and then the glide direction of slip event is determined, and False Rate of the terminal device to slip event is reduced, it is convenient for users to use.

Description

Data processing method and device

Technical field

The present invention relates to field of terminal equipment, more particularly to a kind of data processing method and device.

Background technology

With the development of touch screen technology, touch screen technology is applied in multiple terminal equipment.At present, such as remote control is each Planting on terminal device has integrated touch panel, is used as touch-control to input a kind of mode with gesture input.User is by touching sense Answer progress touch operation on unit just can start corresponding function, realize the simplification of mode of operation.

Existing terminal device obtains input information by touch sensing unit, is typically all sentenced by two-point method It is disconnected, specifically, by obtaining the absolute coordinate of starting point and the absolute coordinate of terminal, calculate terminal relative to starting point slope, Displacement and glide direction, and then it is upper, lower, left, or right glide direction to judge.

During the present invention is realized, inventor has found that prior art at least has problems with：

Due to the limited area of touch sensing unit, and generally require and operated using finger, finger is relative to touching Touch for sensing unit than larger, add the influence of some factors of human body process aspect, the track of real income is unsatisfactory, And the track obtained by right-hand man's operation is also different, is judged using previously described two-point method, result in higher mistake Sentence rate, especially with person gesture be not unconventional model in the case of, this False Rate further increases, and is unfavorable for user's Use.

The content of the invention

In order to solve the problem of False Rate in touch control operation is high, the embodiments of the invention provide a kind of data processing method And device.The technical scheme is as follows：

On the one hand there is provided a kind of data processing method, applied to terminal device, the terminal device includes touch sensible Unit, methods described includes：

Monitor the slip event in the touch sensing unit；

When the slip event meets the first preparatory condition, the slip side of the slip event is determined according to first method To；

When the slip event meets the second preparatory condition, the slip side of the slip event is determined according to second method To wherein the first method is different with the second method.

When the slip event meets the second preparatory condition, the slip side of the slip event is determined according to second method To, including：

When the slip event is unsatisfactory for the first preparatory condition, judge whether the slip event meets the second default bar Part, when the slip event meets the second preparatory condition, the glide direction of the slip event is determined according to second method.

The touch sensing unit includes multiple touch areas,

Correspondingly, when the slip event meets the first preparatory condition, the slip event is determined according to first method Glide direction, including：

When the slip event meets the first preparatory condition, the touch-control according to where the beginning and end of the slip event Region, determines the glide direction of the slip event；

Correspondingly, when the slip event meets the second preparatory condition, the slip event is determined according to second method Glide direction, including：

When the slip event meets the second preparatory condition, according to the track of the slip event, the slip is determined The glide direction of event.

The multiple touch area includes the first touch area, the second touch area and the 3rd touch area, described first Touch area, the second touch area and the 3rd touch area laid out in parallel successively, the second touch area bag in a first direction The first subregion, the second subregion and the 3rd subregion are included, the first subregion, the second subregion and the 3rd subregion are in second party To laid out in parallel successively,

Correspondingly, when the slip event meets the first preparatory condition, according to the beginning and end of the slip event Place touch area, determines the glide direction of the slip event, including：

When the beginning and end of the slip event is respectively positioned at the first touch area of the touch sensing unit and the During three touch areas, according to the arragement direction and the beginning and end of first touch area and the 3rd touch area point Touch area where not, determines the glide direction of the slip event；

When the beginning and end of the slip event is located at the first subregion and the 3rd of the touch sensing unit respectively During subregion, according to where first subregion and the arragement direction of the 3rd subregion and beginning and end difference Subregion, determines the glide direction of the slip event.

When the slip event meets the second preparatory condition, according to the displacement of the slip event, the slip is determined The glide direction of event, including：

When the absolute coordinate of the starting point according to the slip event and the absolute coordinate of terminal determine the slip event Displacement is more than threshold values, according to the absolute coordinate of the starting point and the absolute coordinate of terminal, determines the slip side of the slip event To；Or,

Added up when carrying out displacement from the starting point of the slip event, when the displacement of the slip event is added to the threshold values When, the absolute coordinate of the contact point according to the absolute coordinate of the starting point and when being added to the threshold values determines the slip thing The glide direction of part.

Detect before the slip event in the touch sensing unit, methods described also includes：

Detect the laying state and/or grip state of the terminal device；

According to the laying state and/or grip state, the touch sensing unit to the terminal device carries out region stroke Point.

Preserve the area of terminal device laying state when in use and/or grip state and the touch sensing unit The corresponding relation of domain dividing mode；

When the terminal device be in any laying state and/or grip state when, using with any laying state And/or the corresponding region division mode of grip state carries out region division to the touch sensing unit.

Preserve the area of terminal device laying state when in use and/or grip state and the touch sensing unit The corresponding relation of domain dividing mode, including：

The number of times of the same area dividing mode is used when the terminal device is in same laying state and/or grip state More than preset times, described terminal device laying state and/or grip state and the same area dividing mode are preserved Corresponding relation.

On the other hand there is provided a kind of data processing equipment, described device includes：

Detection module, for monitoring the slip event in the touch sensing unit；

First determining module, for when the slip event meets the first preparatory condition, institute to be determined according to first method State the glide direction of slip event；

Second determining module, for when the slip event meets the second preparatory condition, institute to be determined according to second method The glide direction of slip event is stated, wherein the first method is different with the second method.

Described device also includes：

Judge module, for when the slip event is unsatisfactory for the first preparatory condition, whether judging the slip event The second preparatory condition is met, when the slip event meets the second preparatory condition, the slip thing is determined according to second method The glide direction of part.

The touch sensing unit includes multiple touch areas,

Correspondingly, first determining module specifically for：

Correspondingly, second determining module specifically for：

Correspondingly, first determining module specifically for：

When the beginning and end of the slip event is respectively positioned at the first touch area of the touch sensing unit and the During three touch areas, according to the arragement direction and the beginning and end of first touch area and the 3rd touch area point Touch area where not, determines the glide direction of the slip event；When the beginning and end of the slip event distinguishes position When the first subregion of the touch sensing unit and three subregions, according to first subregion and the 3rd subregion Subregion where arragement direction and beginning and end difference, determines the glide direction of the slip event.

Second determining module specifically for：When the starting point according to the slip event absolute coordinate and terminal it is exhausted Determine that the displacement of the slip event is more than threshold values to coordinate, according to the absolute coordinate of the starting point and the absolute coordinate of terminal, Determine the glide direction of the slip event；Or,

Described device also includes：

State detection module, laying state and/or grip state for detecting the terminal device；

Region division module, for according to the laying state and/or grip state, the touch sense to the terminal device Unit is answered to carry out region division.

Described device also includes：

Preserving module, is touched for preserving terminal device laying state when in use and/or grip state with described Touch the corresponding relation of the region division mode of sensing unit；

The region division module, is additionally operable to when the terminal device is in any laying state and/or grip state, The touch sensing unit is carried out using the region division mode corresponding with any laying state and/or grip state Region division.

The preserving module is additionally operable to：

The beneficial effect that technical scheme provided in an embodiment of the present invention is brought is：

The present invention is by monitoring the slip event in the touch sensing unit；When slip event satisfaction first is pre- If during condition, the glide direction of the slip event is determined according to first method；When the slip event meets the second default bar During part, the glide direction of the slip event is determined according to second method, wherein the first method and the second method are not Together.Using technical scheme provided in an embodiment of the present invention, by according to preparatory condition to the slip event in touch sensing unit Judged, and then glide direction is determined according to the different modes for determining slip event, so as to be touched according to glide direction The function of sending out terminal device corresponding, reduces False Rate of the terminal device to slip event, convenient for users to use.

Brief description of the drawings

Technical scheme in order to illustrate the embodiments of the present invention more clearly, makes required in being described below to embodiment Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings Accompanying drawing.

Fig. 1 a are a kind of data processing method flow charts provided in the embodiment of the present invention；

Fig. 1 b are that a kind of touch area of the touch sensing unit based on terminal device provided in the embodiment of the present invention shows It is intended to；

Fig. 1 c are a kind of laying state and/or the grip state signals based on terminal device provided in the embodiment of the present invention Figure；

Fig. 2 a are a kind of data processing method flow charts provided in the embodiment of the present invention；

Fig. 2 b are that a kind of touch area of the touch sensing unit based on terminal device provided in the embodiment of the present invention shows It is intended to；

Fig. 2 c are that a kind of touch area of the touch sensing unit based on terminal device provided in the embodiment of the present invention shows It is intended to；

Fig. 3 is a kind of data processing method flow chart provided in the embodiment of the present invention；

Fig. 4 is a kind of data processing equipment structural representation provided in the embodiment of the present invention.

Embodiment

To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing to embodiment party of the present invention Formula is described in further detail.

Fig. 1 a are a kind of data processing method flow charts provided in the embodiment of the present invention, and the terminal device includes touching Sensing unit, the touch sensing unit includes multiple touch areas.Referring to Fig. 1 a, this method includes：

101：Monitor the slip event in the touch sensing unit；

102：When the slip event meets the first preparatory condition, the cunning of the slip event is determined according to first method Dynamic direction；

Wherein, the first preparatory condition refers to when the beginning and end of the slip event is located at the touch sensible list respectively The first touch area and the 3rd touch area of member, or the beginning and end of the slip event are located at the touch sensible respectively The first subregion and the 3rd subregion of unit.

First method can be following any mode：（One）The touch-control according to where the beginning and end of the slip event Region, determines the glide direction of the slip event；（Two）According to the absolute coordinate of the starting point and the absolute coordinate of terminal, really The glide direction of the fixed slip event；（Three）Contact point according to the absolute coordinate of the starting point and when being added to the threshold values Absolute coordinate, determine the glide direction of the slip event；（Four）There is the sub- rail of equidirectional in the track of slip event Mark number, determines the glide direction of the slip event.In addition, the first method can also be other glide direction determination sides Formula, the embodiment of the present invention is not specifically limited.

It should be noted that in mode（Two）With（Three）Described in absolute coordinate refer to as absolute coordinate system touch The coordinate in sensing unit is touched, the essential distinction of absolute coordinate and this kind of Relative positioning systems of mouse is that absolute coordinate has The intuitive of one-time-reach-place.The characteristics of absolute coordinate system is that the elements of a fix and the last elements of a fix are not related each time, Touch sensing unit is physically independent coordinate positioning, and the data touched every time switch to the seat on screen by calibration Mark, so, no matter the coordinate of touch sensing unit when, the output data of same point is stable.

103：When the slip event meets the second preparatory condition, the cunning of the slip event is determined according to second method Dynamic direction, wherein the first method is different with the second method.

Wherein, the second preparatory condition refers to that the displacement of slip event is more than threshold values, or, is clicked through from the slip event Line position moves cumulative, when the accumulated value of the displacement of the slip event is the threshold values, or, when having in the track of the slip event The sub-trajectory number for having equidirectional reaches preset ratio, wherein, the distance of each sub-trajectory is equal.

Second method can be following any mode：（One）The touch-control according to where the beginning and end of the slip event Region, determines the glide direction of the slip event；（Two）According to the absolute coordinate of the starting point and the absolute coordinate of terminal, really The glide direction of the fixed slip event；（Three）Contact point according to the absolute coordinate of the starting point and when being added to the threshold values Absolute coordinate, determine the glide direction of the slip event：（Four）There is the sub- rail of equidirectional in the track of slip event Mark number, determines the glide direction of the slip event.In addition, the second method can also be other glide direction determination sides Formula, the embodiment of the present invention is not specifically limited.

It should be noted that second method and first method are unable to simultaneous selection identical processing mode.

The present invention is by monitoring the slip event in the touch sensing unit；When slip event satisfaction first is pre- If during condition, the glide direction of the slip event is determined according to first method；When the slip event meets the second default bar During part, the glide direction of the slip event is determined according to second method, wherein the first method and the second method are not Together.Using technical scheme provided in an embodiment of the present invention, by being felt according to the first preparatory condition and the second preparatory condition to touching Answer the slip event on unit to be judged, and then determine the glide direction of slip event, reduce terminal device to sliding thing The False Rate of part, it is convenient for users to use.

Alternatively, on the basis of the technical scheme of Fig. 1 a illustrated embodiments, step 102 is " when the slip event is met During the second preparatory condition, the glide direction of the slip event is determined according to second method ", including：When the slip event not When meeting the first preparatory condition, when judging whether the slip event meets the second preparatory condition, when the slip event is met During the second preparatory condition, the glide direction of the slip event is determined according to second method.

In embodiments of the present invention, it can be selected by the judgement respectively to the first preparatory condition and the second preparatory condition For the mode for the glide direction for determining slip event, it can also judge by first to the first preparatory condition, when slip thing When part meets the first preparatory condition, then it is assumed that the slip event is validity event, and determines the slip thing according to first method The glide direction of part, and when slip event is unsatisfactory for the first preparatory condition, then judge whether the slip event meets second pre- If condition, when slip event meets the second preparatory condition, then it is assumed that the slip event is validity event, and according to second method The glide direction of the slip event is determined, when slip event is unsatisfactory for the second preparatory condition, then it is assumed that the slip event is Invalid event, it may be possible to what the maloperation of user was caused, therefore the slip event is not handled.

The present invention is by monitoring the slip event in the touch sensing unit；When slip event satisfaction first is pre- If during condition, the glide direction of the slip event is determined according to first method；When the slip event meets the second default bar During part, the glide direction of the slip event is determined according to second method, wherein the first method and the second method are not Together.Using technical scheme provided in an embodiment of the present invention, by being felt according to the first preparatory condition and the second preparatory condition to touching Answer the slip event on unit to be judged, and then determine the glide direction of slip event, reduce terminal device to sliding thing The False Rate of part, it is convenient for users to use.Further, by being unsatisfactory in slip event after the first preparatory condition, then Judge whether slip event meets the second preparatory condition, can preferably reduce the erroneous judgement of slide.

Alternatively, on the basis of the technical scheme of Fig. 1 a illustrated embodiments, the touch sensing unit includes multiple touch Control region,

Correspondingly, the step 102 " when the slip event meets the first preparatory condition, institute is determined according to first method State the glide direction of slip event ", including step 102A：When the slip event meets the first preparatory condition, according to described Touch area where the beginning and end of slip event, determines the glide direction of the slip event；

In the present embodiment, because touch sensing unit includes multiple touch areas, and each touch area is with default Position relationship, therefore, the phase where by knowing the beginning and end of slip event between touch area and touch area To position, the glide direction of the slip event can determine.

Such as, when multiple touch areas are arranged in the touch sensing unit for horizontal direction, then when the starting point of slip event The leftmost touch area in horizontal direction, and terminal is when being located at the touch area of rightmost in horizontal direction, then can be with Determine the glide direction of the slip event for from left to right.

Correspondingly, the step 103 " when the slip event meets the second preparatory condition, institute is determined according to second method State the glide direction of slip event ", including step 103A：When the slip event meets the second preparatory condition, according to described The track of slip event, determines the glide direction of the slip event.

In the present embodiment, the track of slip event can include the multiple sub-trajectories slided to same direction, may be used also With including the multiple sub-trajectories slided to different directions, when different, there can be different glide direction determination modes, Such as, according to the displacement between the beginning and end of slip event, or the process according to slip event distance, determine the slip The glide direction of event.

Still optionally further, on the basis of the technical scheme of Fig. 1 a illustrated embodiments, the multiple touch area includes First touch area, the second touch area and the 3rd touch area, first touch area, the second touch area and the 3rd touch Region laid out in parallel successively in a first direction is controlled, second touch area includes the first subregion, the second subregion and the 3rd Subregion, the first subregion, the second subregion and the 3rd subregion in second direction successively laid out in parallel,

Wherein, first direction and second direction are mutually orthogonal direction, when first direction is horizontal direction, second party To can be vertical direction, and when first direction be vertical direction when, second direction can be horizontal direction.

Correspondingly, step 102A is " when the slip event meets the first preparatory condition, according to rising for the slip event Touch area where point and terminal, determines the glide direction of the slip event ", including following either steps：

102A1：When the beginning and end of the slip event is located at the first Touch Zone of the touch sensing unit respectively When domain and three touch areas, according to the arragement direction and the starting point of first touch area and the 3rd touch area and Touch area where terminal difference, determines the glide direction of the slip event；

When first direction be horizontal direction when, second direction can be vertical direction, when the slip event starting point and When terminal is located at the first touch area and three touch areas of the touch sensing unit respectively, and starting point is located at the first touch-control Region, terminal is located at the 3rd touch area, because the arragement direction of the first touch area and the 3rd touch area is from left to right Horizontal arrangement, determines the glide direction of the slip event for from left to right；

When first direction be horizontal direction when, second direction can be vertical direction, when the slip event starting point and When terminal is located at the first touch area and three touch areas of the touch sensing unit respectively, and starting point is located at the 3rd touch-control Region, terminal is located at the first touch area, because the arragement direction of the first touch area and the 3rd touch area is from left to right Horizontal arrangement, determines the glide direction of the slip event for from right to left；

When first direction be vertical direction when, second direction can be horizontal direction, when the slip event starting point and When terminal is located at the first touch area and three touch areas of the touch sensing unit respectively, and starting point is located at the first touch-control Region, terminal is located at the 3rd touch area, because the arragement direction of the first touch area and the 3rd touch area is from the top down Vertical arrangement, determines the glide direction of the slip event for from the top down；

When first direction be vertical direction when, second direction can be horizontal direction, when the slip event starting point and When terminal is located at the first touch area and three touch areas of the touch sensing unit respectively, and starting point is located at the 3rd touch-control Region, terminal is located at the first touch area, because the arragement direction of the first touch area and the 3rd touch area is from top to bottom Vertical arrangement, determines the glide direction of the slip event for from bottom to top.

102A2：When the beginning and end of the slip event is located at the first subregion of the touch sensing unit respectively During with three subregions, distinguished according to first subregion and the arragement direction of the 3rd subregion and the beginning and end The subregion at place, determines the glide direction of the slip event.

When first direction be horizontal direction when, second direction can be vertical direction, when the slip event starting point and When terminal is located at the first subregion and three subregions of the touch sensing unit respectively, and starting point is located at the first subregion, Terminal is located at the 3rd subregion, because the arragement direction of the first subregion and the 3rd subregion is vertical arrangement from the top down, really The glide direction of the fixed slip event is from the top down；

When first direction be horizontal direction when, second direction can be vertical direction, when the slip event starting point and When terminal is located at the first subregion and three subregions of the touch sensing unit respectively, and starting point is located at the 3rd subregion, Terminal is located at the first subregion, because the arragement direction of the first subregion and the 3rd subregion is vertical arrangement from the top down, really The glide direction of the fixed slip event is from bottom to top；

When first direction be vertical direction when, second direction can be horizontal direction, when the slip event starting point and When terminal is located at the first subregion and three subregions of the touch sensing unit respectively, and starting point is located at the first subregion, Terminal is located at the 3rd subregion, because the arragement direction of the first subregion and the 3rd subregion is horizontal arrangement from left to right, really The glide direction of the fixed slip event is from left to right；

When first direction be vertical direction when, second direction can be horizontal direction, when the slip event starting point and When terminal is located at the first subregion and three subregions of the touch sensing unit respectively, and starting point is located at the 3rd subregion, Terminal is located at the first subregion, because the arragement direction of the first subregion and the 3rd subregion is horizontal arrangement from left to right, really The glide direction of the fixed slip event is from right to left.

Preferably,, can basis when long side level, short side are vertical when the interface of terminal device is rectangular First direction is horizontal direction, and second direction is that vertical direction carries out region division to touch sensing unit, and when long side is vertical, Can be vertical direction according to first direction during short side level, second direction is that horizontal direction carries out area to touch sensing unit Domain is divided.

Still optionally further, step 103A is " when the slip event meets the second preparatory condition, according to the slip thing The displacement of part, determines the glide direction of the slip event ", including following either steps：

103A1：When the absolute coordinate of the starting point according to the slip event and the absolute coordinate of terminal determine the slip The displacement of event is more than threshold values, according to the absolute coordinate of the starting point and the absolute coordinate of terminal, determines the slip event Glide direction；

In embodiments of the present invention, the second preparatory condition for slip event displacement be more than threshold values, the threshold values can by with Family is voluntarily set, and can also be given tacit consent to by terminal device, the embodiment of the present invention is not especially limited.Such as, threshold values could be arranged to screen The 30% of curtain length or width, if displacement is less than threshold values, it is believed that the operation of user belongs to maloperation, now, to terminal device Operation be invalid operation, if displacement is more than threshold values, it is believed that user wants to carry out certain feature operation, now touches sense Answer unit according to the absolute coordinate of starting point and the absolute coordinate of terminal, determine the glide direction of the slip event.

Specifically, touch sensing unit determines the slip thing according to the absolute coordinate of starting point and the absolute coordinate of terminal The glide direction of part.Touch sensing unit carries out radioactivity division according to the starting point of slip event to touch area, i.e., with slip The starting point of event carries out radioactivity as central point, in 45 degree, 135 degree, 225 degree and 315 degree of direction of touch sensing unit and drawn Point, touch sensing unit is divided into four regions, the region of the absolute coordinate of the terminal of slip event is judged, according to slip thing Region where the terminal of part determines the glide direction of the slip event.The determination of glide direction is illustrated by taking Fig. 1 b as an example Journey, Fig. 1 b are a kind of touch area schematic diagrames of the touch sensing unit based on terminal device provided in the embodiment of the present invention, In figure, if the displacement L of slip event is more than or equal to threshold values, and the terminal of the displacement of slip event is located in first area, this When think glide direction for from left to right；If the displacement L of slip event is more than or equal to threshold values, and the terminal of the displacement of slip event In second area, now think glide direction for from the top down；If the displacement L of slip event is more than or equal to threshold values, and sliding The terminal of the displacement of dynamic event is located in the 3rd region, now thinks glide direction for from right to left；If the displacement L of slip event Terminal more than or equal to threshold values, and the displacement of slip event is located in the 4th region, now thinks glide direction for from bottom to top. The regional divided according to radioactivity, it is determined that glide direction, it is to avoid to failing to judge for effectively operating.

103A2：Added up when carrying out displacement from the starting point of the slip event, when the displacement of the slip event is added to institute When stating threshold values, the absolute coordinate of the contact point according to the absolute coordinate of the starting point and when being added to the threshold values, it is determined that described The glide direction of slip event.

In embodiments of the present invention, the second preparatory condition is added to the threshold values for the displacement of slip event, and the threshold values can Voluntarily to be set by user, it can also be given tacit consent to by terminal device, the embodiment of the present invention is not especially limited.Specifically, sense is touched Answer unit to carry out displacement from the starting point of the slip event to add up, until the displacement of the slip event is added to the threshold values. Such as, threshold values could be arranged to the 30% of screen length or width, if being more than threshold values after the displacement of slip event is cumulative, it is believed that User wants to carry out certain feature operation, and now touch sensing unit is waiting the end slip event of user, according to described The absolute coordinate of the absolute coordinate of starting point and contact point when being added to the threshold values, determines the slip side of the slip event To if being less than threshold values after the displacement of slip event is cumulative, touch sensing unit does not trigger any function.

Specifically, contact point of the touch sensing unit according to the absolute coordinate of starting point and when being added to the threshold values, it is determined that The glide direction of the slip event.Touch sensing unit carries out radioactivity to touch area according to the starting point of slip event and drawn Point, i.e., using the starting point of slip event as central point, enter in 45 degree, 135 degree, 225 degree and 315 degree of direction of touch sensing unit Row radioactivity is divided, and touch sensing unit is divided into four regions, and contact point when judging to be added to the threshold values is definitely sat Target area, the glide direction of the slip event is determined according to the contact point absolute coordinate of slip event.Its specific determination process With similarly, being repeated no more here shown in Fig. 1 b.

The present invention is by monitoring the slip event in the touch sensing unit；When slip event satisfaction first is pre- If during condition, the glide direction of the slip event is determined according to first method；When the slip event meets the second default bar During part, the glide direction of the slip event is determined according to second method, wherein the first method and the second method are not Together.Using technical scheme provided in an embodiment of the present invention, by being felt according to the first preparatory condition and the second preparatory condition to touching Answer the slip event on unit to be judged, and then determine the glide direction of slip event, reduce terminal device to sliding thing The False Rate of part, it is convenient for users to use.Further, by being unsatisfactory in slip event after the first preparatory condition, then Judge whether slip event meets the second preparatory condition, can preferably reduce the erroneous judgement of slide.Further, pass through Touch area is divided according to different modes, the glide direction for having refined slip event judges, can improve operation Validity.

Alternatively, on the basis of the technical scheme of Fig. 1 a illustrated embodiments, step 101 " the detection touch sensible list Before slip event in member ", methods described also includes step 100A and step 100B：

100A：Detect the laying state and/or grip state of the terminal device；

Wherein, the laying state of the terminal device includes horizontal positioned and is disposed vertically, and grip state is held including level Hold and vertically grip, specific state is as illustrated in figure 1 c.

100B：According to the laying state and/or grip state, the touch sensing unit to the terminal device carries out area Domain is divided.

In the present embodiment, the relation between laying state and/or grip state and region division mode is pre-set, when When terminal device is in a certain laying state and/or grip state, then the touch sensing unit to the terminal device is carried out accordingly Division.The embodiment of the present invention is not specifically limited to the area size of division.

As user gets used to that use level is placed or level grips the mode of terminal device, and user is regularly to water Square to slide is carried out, now user can set first direction to be horizontal direction, then second direction is touch area Vertical direction.First touch area, the second touch area and the 3rd touch area laid out in parallel successively in the horizontal direction, are used Family carries out slide to horizontal direction regularly, then the length of first touch area and the 3rd touch area can be fitted Locality sets larger, such as could be arranged to the 30% of the length of the touch area.Due to the second Touch Zone is not frequently used Domain, now the second touch area there was only the 40% of whole touch area, then the first subregion, the second subregion and the 3rd subregion In vertical direction successively laid out in parallel, the length of first subregion and the 3rd subregion is respectively second touch area Length 25%.

Alternatively, on the basis of the technical scheme of Fig. 1 a illustrated embodiments, step 101 " the detection touch sensible list Before slip event in member ", methods described also includes step 100C and 100D：

100C：Preserve the laying state and/or grip state and the touch sensible list of the terminal device when in use The corresponding relation of the region division mode of member；

The touch area for the touch sensing unit given tacit consent to by terminal device is used every time in user, or is voluntarily set by user Behind the touch area put, terminal device is according to user in use, the laying state and/or grip state of terminal device and Touch Zone The dividing mode in domain is corresponded and stored, when being used for next user according to storage information and laying state with/ Or grip state divides the region of touch sensing unit automatically.

100D：When the terminal device be in any laying state and/or grip state when, using with it is described it is any place State and/or the corresponding region division mode of grip state carry out region division to the touch sensing unit.

Such as, when terminal device is in horizontality, user is that the state is provided with horizontal region division mode, namely It is that touch sensing unit is divided into horizontal direction the first touch area of laid out in parallel, the second touch area and the 3rd successively Touch area, and the second touch area is divided into the first subregion, the second subregion in vertical direction successively laid out in parallel With the 3rd subregion, then when terminal device is again at horizontality, felt using the region division mode of the level to touching Unit is answered to carry out region division.

Still optionally further, on the basis of the technical scheme of Fig. 1 a illustrated embodiments, step 100C " preserves the terminal Equipment laying state when in use and/or grip state is corresponding with the region division mode of the touch sensing unit closes System " includes：The number of times of the same area dividing mode is used when the terminal device is in same laying state and/or grip state More than preset times, described terminal device laying state and/or grip state and the same area dividing mode are preserved Corresponding relation.

In the present embodiment, the use habit of user can be learnt, by being in various shapes in terminal device Used region division mode is counted during state, and the number of times of statistics is judged, to determine laying state and/or hold The corresponding relation of state and the region division mode of the touch sensing unit is held, when the terminal device is in same laying state And/or using the number of times of the same area dividing mode exceed preset times during grip state, preserve described terminal device placement The corresponding relation of state and/or grip state and the same area dividing mode, for being drawn automatically when user uses next time Divide the region of touch sensing unit.

Such as, when terminal device is in horizontality, user have selected horizontal region division mode, that is to say, will touch Touch sensing unit and be divided into horizontal direction the first touch area of laid out in parallel, the second touch area and the 3rd Touch Zone successively Domain, and the second touch area is divided into the first subregion, the second subregion and the 3rd in vertical direction successively laid out in parallel Subregion, then when terminal device is when in horizontality, repeatedly have selected horizontal region division mode, and number of times reach it is pre- If number of times, it is determined that the corresponding relation between the horizontality and the region division mode of level, when terminal device is again at During horizontality, according to the corresponding relation, region division is carried out to touch sensing unit using the region division mode of the level.

The present invention is by monitoring the slip event in the touch sensing unit；When slip event satisfaction first is pre- If during condition, the glide direction of the slip event is determined according to first method；When the slip event meets the second default bar During part, the glide direction of the slip event is determined according to second method, wherein the first method and the second method are not Together.Using technical scheme provided in an embodiment of the present invention, by being felt according to the first preparatory condition and the second preparatory condition to touching Answer the slip event on unit to be judged, and then determine the glide direction of slip event, reduce terminal device to sliding thing The False Rate of part, it is convenient for users to use.Further, by being unsatisfactory in slip event after the first preparatory condition, then Judge whether slip event meets the second preparatory condition, can preferably reduce the erroneous judgement of slip event.Further, pass through Touch area is divided according to different modes, the glide direction for having refined slip event judges, can improve operation Validity.Closer, preserved by the division to laying state and/or grip state and touch area, can be with excellent Change the using effect of terminal device.

Fig. 2 a are a kind of data processing method flow charts provided in the embodiment of the present invention, and the terminal device includes touching Sensing unit, touch sensing unit includes multiple touch areas.Referring to Fig. 2 a, this method includes：

201：Monitor the slip event in touch sensing unit；

The touch sensing unit includes multiple touch areas, and the plurality of touch area is touched including the first touch area, second Control region and the 3rd touch area, first touch area, the second touch area and the 3rd touch area are in a first direction successively Laid out in parallel, second touch area includes the first subregion, the second subregion and the 3rd subregion, the first subregion, second Subregion and the 3rd subregion are in second direction successively laid out in parallel.Wherein, first direction can be the level side of touch area To or vertical direction, second direction is then perpendicular to first direction.

When first direction is the horizontal direction of touch area, then second direction is the vertical direction of touch area.This One touch area, the second touch area and the 3rd touch area laid out in parallel successively in the horizontal direction（As shown in Figure 2 b）, this The length of one touch area and the 3rd touch area is respectively the width of the touch area, it is preferable that first touch area and The width of 3rd touch area is respectively the 20% of the length of the touch area.First subregion, the second subregion and the 3rd sub-district Domain is in vertical direction successively laid out in parallel, and the length of first subregion and the 3rd subregion is respectively second touch area Width, it is preferable that the width of first subregion and the 3rd subregion is respectively the 25% of the length of second touch area.

When first direction is the vertical direction of touch area, then second direction is the horizontal direction of touch area.This One touch area, the second touch area and the 3rd touch area are in vertical direction successively laid out in parallel（As shown in Figure 2 c）, this The length of one touch area and the 3rd touch area is respectively the length of the touch area, it is preferable that first touch area and The width of 3rd touch area is respectively the 20% of the width of the touch area.First subregion, the second subregion and the 3rd sub-district The length of domain laid out in parallel successively in the horizontal direction, first subregion and the 3rd subregion is respectively second touch area Width, it is preferable that the width of first subregion and the 3rd subregion is respectively the 25% of the length of second touch area.

In order to ensure slip event not to be judged by accident, the accuracy of operation is reached, therefore, according to touch sensing unit Region division and slip event meet preparatory condition operated.

202：When detecting the slip event of the touch sensing unit, judge whether the slip event meets first and preset Condition, if it is, step 205 is performed, if not, performing step 203；

Wherein, the first preparatory condition refers to the beginning and end when the slip event respectively positioned at the touch sensing unit First touch area and the 3rd touch area, or the slip event beginning and end respectively positioned at the of the touch sensing unit One subregion and the 3rd subregion.

Specifically, the beginning and end of the slip event is located at first touch area and the 3rd touch area and wrapped respectively Include two kinds of situations：（1）The starting point of slip event is located at the first touch area, and terminal is located at the 3rd touch area；（2）Slide thing The starting point of part is located at the 3rd touch area, and terminal is located at the first touch area.The beginning and end difference position of the slip event Include two kinds of situations in first subregion and the 3rd subregion：（1）The starting point of slip event is located at the first subregion, and eventually Point is located at the 3rd subregion；（2）The starting point of slip event is located at the 3rd subregion, and terminal is located at the first subregion.If meeting Any of the above-described situation, determines that the slip event meets the first preparatory condition.

203：When the slip event is unsatisfactory for the first preparatory condition, judge whether the slip event meets the second default bar Part, if it is, step 206 is performed, if not, performing step 204；

Wherein, the second preparatory condition refers to that the displacement of slip event is more than threshold values, or, is clicked through from the slip event Line position moves cumulative, when the accumulated value of the displacement of the slip event is the threshold values, or, when having in the track of the slip event The sub-trajectory number for having equidirectional reaches preset ratio, wherein, the distance of each sub-trajectory is equal, and wherein the preset ratio can To be set to 30%, 40%, 50% etc., the embodiment of the present invention is not specifically limited.

Track such as slip event is an irregular curve, then the displacement of slip event is pointed to for the starting point of the curve The directed line segment of terminal, the length of the line segment is the displacement of the slip event, when the displacement is more than threshold values, the slip event Meet the second preparatory condition；Or, the curve, from progress of the starting point with slip event, the displacement that butt contact passes through is tired out Plus, i.e. the distance of the process of contact point, until the accumulated value of the displacement of the slip event is the threshold values, the slip event expires The second preparatory condition of foot；Or, the curve between origin-to-destination is divided into x cross-talks track, calculate the side per cross-talk track To, when the ratio of the sub-trajectory number with equidirectional and the number of total sub-trajectory reaches preset ratio, the slip thing Part meets the second preparatory condition.

204：Any function of triggering terminal equipment, does not terminate；

205：When the slip event meets the first preparatory condition, the slip side of the slip event is determined according to first method To execution step 207；

First method can be following any mode：（One）The touch-control according to where the beginning and end of the slip event Region, determines the glide direction of the slip event；（Two）According to the absolute coordinate of the starting point and the absolute coordinate of terminal, really The glide direction of the fixed slip event；（Three）Contact point according to the absolute coordinate of the starting point and when being added to the threshold values Absolute coordinate, determine the glide direction of the slip event；（Four）There is the sub- rail of equidirectional in the track of slip event Mark number, determines the glide direction of the slip event.In addition, the first method can also be other glide direction determination sides Formula, the embodiment of the present invention is not specifically limited.Preferably, first method uses the beginning and end institute according to the slip event In touch area, the glide direction of the slip event is determined.

Specifically, when the slip event beginning and end respectively positioned at the touch sensing unit the first touch area and During three touch areas, distinguished according to first touch area and the arragement direction of the 3rd touch area and the beginning and end The touch area at place, determines the glide direction of the slip event.The present embodiment is only illustrated by taking Fig. 2 b as an example, when the slip The starting point of event is located at the first touch area, when terminal is located at three touch areas, and square glide direction now is touched from first Control region and point to the 3rd touch area, glide direction is from left to right；When the slip event starting point be located at the 3rd touch area, When terminal is located at the first touch area, square glide direction now is to point to the first touch area from the 3rd touch area, that is, is slided Dynamic direction is from right to left.When the slip event beginning and end respectively positioned at the touch sensing unit the first subregion and During three subregions, according to where first subregion and the arragement direction of the 3rd subregion and beginning and end difference Subregion, determines the glide direction of the slip event.Specifically, the present embodiment is only illustrated by taking Fig. 2 b as an example, when the slip The starting point of event is located at the first subregion, and when terminal is located at three subregions, square glide direction now is from the first subregion The 3rd subregion, i.e. glide direction are pointed to for from the top down；When the starting point of the slip event is located at the 3rd subregion, terminal is located at During the first subregion, square glide direction now be from the 3rd subregion point to the first subregion, i.e. glide direction be from it is lower to On.

206：When the slip event meets the second preparatory condition, the slip side of the slip event is determined according to second method To wherein the first method is different with the second method；

Second method can be following any mode：（One）The touch-control according to where the beginning and end of the slip event Region, determines the glide direction of the slip event；（Two）According to the absolute coordinate of the starting point and the absolute coordinate of terminal, really The glide direction of the fixed slip event；（Three）Contact point according to the absolute coordinate of the starting point and when being added to the threshold values Absolute coordinate, determine the glide direction of the slip event：（Four）According in the track of slip event with equidirectional Sub-trajectory number, determines the glide direction of the slip event.In addition, the second method can also be true for other glide directions Determine mode, the embodiment of the present invention is not specifically limited.It should be noted that second method and first method are unable to simultaneous selection phase Same processing mode, so, it have selected in step 205（One）After first method, Ke Yicong（Two）、（Three）、（Four）In A kind of mode is selected as second method.

Work as use（Two）During as second method, according to the absolute coordinate of the starting point and the absolute coordinate of terminal, it is determined that The glide direction of the slip event；Specifically, touch sensing unit is put according to the starting point of slip event to touch area Penetrating property is divided, i.e., using the starting point of slip event as central point, in 45 degree, 135 degree, 225 degree and 315 degree of touch sensing unit Direction carries out radioactivity division, and touch sensing unit is divided into four regions, the absolute coordinate of the terminal of slip event is judged Region, the region according to where the terminal of slip event determines the glide direction of the slip event.

Work as use（Three）During as second method, according to the absolute coordinate of the starting point and connecing when being added to the threshold values The absolute coordinate of contact, determines the glide direction of the slip event.Specifically, touch sensing unit rising according to slip event Point to touch area carry out radioactivity division, i.e., using the starting point of slip event as central point, 45 degree of touch sensing unit, 135 degree, 225 degree and 315 degree of direction carries out radioactivity division, and touch sensing unit is divided into four regions, judges to slide The displacement of event is added to the region that the contact point of the threshold values is located at, and the threshold values is added to according to the displacement of slip event The region that contact point is located at determines the glide direction of the slip event.

Work as use（Four）During as second method, according to the sub-trajectory number in the track of slip event with equidirectional Mesh, determines the glide direction of the slip event.It is divided into four direction in the direction of touch sensing unit, first direction Angle is at 315 degree（- 45 degree）To within the scope of 45 degree, it is believed that it is same direction to fall the sub-trajectory within the scope of this, i.e., From left to right, the angle in second direction is within the scope of 45 degree to 135 degree, it is believed that falling the sub-trajectory within the scope of this is Same direction, i.e., from bottom to top, the angle in the 3rd direction is within the scope of 135 degree to 225 degree, it is believed that fall in this scope Within sub-trajectory be same direction, i.e., from right to left, the angle of four direction is recognized within the scope of 225 degree to 315 degree It is same direction to fall the sub-trajectory within the scope of this, i.e., from the top down.To having equidirectional in slip event The quantity of sub-trajectory is counted, and the direction with most sub-trajectories is the glide direction of the slip event.

207：According to the glide direction of slip event, the corresponding function of touch sensing unit triggering terminal equipment.

Touch sensing unit is determined after the glide direction of slip event, according to operation object and the glide direction of determination, The corresponding function of triggering terminal equipment so that terminal device is handled operation object accordingly according to the operation of user.Example Such as, when terminal device is TV remote controller, and the TV remote controller possesses touch sensing unit, and the operation object of user's selection is During volume, the size of volume can be adjusted by the slip of left and right, when user slides from left to right in operation interface, it is determined that After the glide direction of the slip event, touch sensing unit in TV remote controller will trigger the work(of increase to television sound volume Can, if when user slides from right to left in operation interface, TV remote controller will trigger function to the reduction of television sound volume； For another example, when the operation object that user selects is the channel in TV remote controller, the slip above and below can carry out channel Change, when user slides from the top down in operation interface, TV remote controller will be triggered subtracts one to television channel sequence number, and broadcasts The function of corresponding television channel is put, if when user slides from bottom to top in operation interface, TV remote controller will triggering pair Television channel sequence number adds one, and plays the function of corresponding television channel.

Before step 201, this method also includes touching with corresponding for the laying state and/or grip state of terminal device The processing of the division in region is controlled, Fig. 3 is a kind of data processing method flow chart provided in the embodiment of the present invention, referring to Fig. 3, should Method includes：

301：Detect the laying state and/or grip state of the terminal device；

Wherein, the laying state of the terminal device includes horizontal positioned and is disposed vertically, and grip state is held including level Hold and vertically grip.

302：According to the laying state and/or grip state, the touch sensing unit to the terminal device carries out region stroke Point；

The division of touch area can be automatically generated by terminal device, can also be by user according to use habit and using frequently Rate is configured to the size and first direction of touch area.Such as, user gets used to being held in a generally horizontal orientation in terminal device, and carries out The slide of vertical direction is more, now, and user can regard vertical direction as first direction, the first touch area and the 3rd Touch area can suitably by ratio adjust it is larger, such user when using terminal equipment, terminal device Operation reaction for user will be more accurate sensitive.

303：Preserve the area of terminal device laying state when in use and/or grip state and the touch sensing unit The corresponding relation of domain dividing mode；

During each using terminal equipment of user, the laying state and/or grip state of terminal device and the touch sensible list The corresponding relation of the region division mode of member will be saved, when the laying state and/or grip state that repeat a certain terminal device During with the corresponding relation of the region division mode of the touch sensing unit, the corresponding relation is added up.

304：When user reuses terminal device, when the terminal device is in any laying state and/or grips shape During state, the touch sensing unit is entered using the region division mode corresponding with any laying state and/or grip state Row region division.

User is used for multiple times after the terminal device, and substantial amounts of laying state can be retained in the terminal device and/or shape is gripped The corresponding relation of the region division mode of state and the touch sensing unit, these corresponding relations it is cumulative to a certain extent after, when with When family reuses the terminal device, terminal device is by the laying state and/or grip state according to terminal device in preservation Region division mode corresponding with this laying state and/or grip state is found out in corresponding relation, due to a kind of laying state And/or grip state likely corresponds to multiple region division modes, terminal device will find out this laying state and/or grip shape The most region division mode of the corresponding access times of state is used as this region division mode.

The present invention is by monitoring the slip event in the touch sensing unit；When the slip event meets the first default bar During part, the glide direction of the slip event is determined according to first method；When the slip event meets the second preparatory condition, according to Second method determines the glide direction of the slip event, and wherein the first method is different with the second method.Using of the invention real Apply example offer technical scheme, by according to the first preparatory condition and the second preparatory condition to the slip thing in touch sensing unit Part is judged, and then determines the glide direction of slip event, is reduced False Rate of the terminal device to slip event, is facilitated The use of user.Further, by being unsatisfactory in slip event after the first preparatory condition, then judge whether slip event is full The second preparatory condition of foot, can preferably reduce the erroneous judgement of slip event.Further, by touch area according to difference Mode divided, refined slip event glide direction judge, the validity of operation can be improved.By to placing shape The division of state and/or grip state and touch area is handled, and can optimize the using effect of terminal device.

Fig. 4 is a kind of data processing equipment structural representation provided in the embodiment of the present invention, and the terminal device includes Touch sensing unit, the touch sensing unit includes multiple touch areas.Referring to Fig. 4, described device includes：

Detection module 401, for monitoring the slip event in the touch sensing unit；

First determining module 402, for when the slip event meets the first preparatory condition, being determined according to first method The glide direction of the slip event；

Second determining module 403, for when the slip event meets the second preparatory condition, being determined according to second method The glide direction of the slip event, wherein the first method is different with the second method.

Described device also includes：

Judge module 404, for when the slip event is unsatisfactory for the first preparatory condition, judging that the slip event is The second preparatory condition of no satisfaction, when the slip event meets the second preparatory condition, the slip is determined according to second method The glide direction of event.

The touch sensing unit includes multiple touch areas,

Correspondingly, first determining module 402 specifically for：

Correspondingly, second determining module 403 specifically for：

Correspondingly, first determining module 402 specifically for：

Second determining module 403 specifically for：When the absolute coordinate and terminal of the starting point according to the slip event Absolute coordinate determine the slip event displacement be more than threshold values, according to the absolute coordinate of the starting point and the absolute seat of terminal Mark, determines the glide direction of the slip event；Or,

Described device also includes：

State detection module 405, laying state and/or grip state for detecting the terminal device；

Region division module 406, for according to the laying state and/or grip state, being touched to the terminal device Touch sensing unit and carry out region division.

Described device also includes：

Preserving module 407, for preserve terminal device laying state when in use and/or grip state with it is described The corresponding relation of the region division mode of touch sensing unit；

The region division module 406, is additionally operable to when the terminal device is in any laying state and/or grip state When, using the region division mode corresponding with any laying state and/or grip state to the touch sensing unit Carry out region division.

The preserving module 407 is additionally operable to：

It should be noted that：Slip event of the data processing equipment that above-described embodiment is provided in processing touch sensing unit When, only with the division progress of above-mentioned each functional module for example, in practical application, as needed can divide above-mentioned functions With by different functional module completions, i.e., the internal structure of device is divided into different functional modules, to complete above description All or part of function.In addition, data processing equipment and data processing method embodiment that above-described embodiment is provided belong to Same design, it implements process and refers to embodiment of the method, repeats no more here.

One of ordinary skill in the art will appreciate that realizing that all or part of step of above-described embodiment can be by hardware To complete, the hardware of correlation can also be instructed to complete by program, described program can be stored in a kind of computer-readable In storage medium, storage medium mentioned above can be read-only storage, disk or CD etc..

The foregoing is only presently preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention spirit and Within principle, any modification, equivalent substitution and improvements made etc. should be included in the scope of the protection.

Claims

1. a kind of data processing method, applied to terminal device, the terminal device includes touch sensing unit, and its feature exists In methods described includes：

Detect the laying state and/or grip state of the terminal device；

According to the laying state and/or grip state, the touch sensing unit to the terminal device carries out region division；

Monitor the slip event in the touch sensing unit；

When the slip event meets the first preparatory condition, the glide direction of the slip event is determined according to first method；

When the slip event meets the second preparatory condition, the glide direction of the slip event is determined according to second method, Wherein described first method is different with the second method, and the first method or the second method are according to the slip thing Touch area where the beginning and end of part, determines the glide direction of the slip event.

2. according to the method described in claim 1, it is characterised in that when the slip event meets the second preparatory condition, root The glide direction of the slip event is determined according to second method, including：

When the slip event is unsatisfactory for the first preparatory condition, judge whether the slip event meets the second preparatory condition, When the slip event meets the second preparatory condition, the glide direction of the slip event is determined according to second method.

3. according to the method described in claim 1, it is characterised in that the touch sensing unit includes multiple touch areas,

Correspondingly, when the slip event meets the first preparatory condition, the cunning of the slip event is determined according to first method Dynamic direction, including：

When the slip event meets the first preparatory condition, the Touch Zone according to where the beginning and end of the slip event Domain, determines the glide direction of the slip event；

Correspondingly, when the slip event meets the second preparatory condition, the cunning of the slip event is determined according to second method Dynamic direction, including：

When the slip event meets the second preparatory condition, according to the track of the slip event, the slip event is determined Glide direction.

4. method according to claim 3, it is characterised in that the multiple touch area includes the first touch area, the Two touch areas and the 3rd touch area, first touch area, the second touch area and the 3rd touch area are in first party To laid out in parallel successively, second touch area includes the first subregion, the second subregion and the 3rd subregion, the first sub-district Domain, the second subregion and the 3rd subregion in second direction successively laid out in parallel,

Correspondingly, when the slip event meets the first preparatory condition, according to where the beginning and end of the slip event Touch area, determines the glide direction of the slip event, including：

When the beginning and end of the slip event is touched positioned at the first touch area of the touch sensing unit and the 3rd respectively When controlling region, institute is distinguished according to first touch area and the arragement direction of the 3rd touch area and the beginning and end Touch area, determine the glide direction of the slip event；

When the beginning and end of the slip event is respectively positioned at the first subregion and the 3rd sub-district of the touch sensing unit During domain, the sub-district according to where first subregion and the arragement direction of the 3rd subregion and beginning and end difference Domain, determines the glide direction of the slip event.

5. method according to claim 3, it is characterised in that when the slip event meets the second preparatory condition, root According to the displacement of the slip event, the glide direction of the slip event is determined, including：

When the absolute coordinate of the starting point according to the slip event and the absolute coordinate of terminal determine the displacement of the slip event More than threshold values, according to the absolute coordinate of the starting point and the absolute coordinate of terminal, the glide direction of the slip event is determined； Or,

Added up when carrying out displacement from the starting point of the slip event, when the displacement of the slip event is added to the threshold values, The absolute coordinate of contact point according to the absolute coordinate of the starting point and when being added to the threshold values, determines the slip event Glide direction.

6. according to the method described in claim 1, it is characterised in that slip event in the detection touch sensing unit it Before, methods described also includes：

Draw in the region for preserving terminal device laying state when in use and/or grip state and the touch sensing unit The corresponding relation for the mode of dividing；

7. method according to claim 6, it is characterised in that preserve the laying state of the terminal device when in use And/or the corresponding relation of grip state and the region division mode of the touch sensing unit, including：

Exceeded when the terminal device is in same laying state and/or grip state using the number of times of the same area dividing mode Preset times, preserve described terminal device laying state and/or grip state is corresponding with the same area dividing mode Relation.

8. a kind of data processing equipment, applied to terminal device, the terminal device includes touch sensing unit, and its feature exists In described device includes：

Region division module, for according to the laying state and/or grip state, to the touch sensible list of the terminal device Member carries out region division；

Detection module, for monitoring the slip event in the touch sensing unit；

First determining module, for when the slip event meets the first preparatory condition, the cunning to be determined according to first method The glide direction of dynamic event；

Second determining module, for when the slip event meets the second preparatory condition, the cunning to be determined according to second method The glide direction of dynamic event, wherein the first method is different with the second method, the first method or the second party Formula is the touch area according to where the beginning and end of the slip event, determines the glide direction of the slip event.

9. device according to claim 8, it is characterised in that described device also includes：

Judge module, for when the slip event is unsatisfactory for the first preparatory condition, judging whether the slip event meets Second preparatory condition, when the slip event meets the second preparatory condition, the slip event is determined according to second method Glide direction.

10. device according to claim 8, it is characterised in that the touch sensing unit includes multiple touch areas,

Correspondingly, first determining module specifically for：

Correspondingly, second determining module specifically for：

11. device according to claim 10, it is characterised in that the multiple touch area include the first touch area, Second touch area and the 3rd touch area, first touch area, the second touch area and the 3rd touch area are first Direction laid out in parallel successively, second touch area includes the first subregion, the second subregion and the 3rd subregion, the first son Region, the second subregion and the 3rd subregion in second direction successively laid out in parallel,

Correspondingly, first determining module specifically for：

When the beginning and end of the slip event is touched positioned at the first touch area of the touch sensing unit and the 3rd respectively When controlling region, institute is distinguished according to first touch area and the arragement direction of the 3rd touch area and the beginning and end Touch area, determine the glide direction of the slip event；When the beginning and end of the slip event is located at institute respectively When stating the first subregion and three subregions of touch sensing unit, according to the arrangement of first subregion and the 3rd subregion Subregion where direction and beginning and end difference, determines the glide direction of the slip event.

12. device according to claim 10, it is characterised in that second determining module specifically for：When according to institute The absolute coordinate of the absolute coordinate and terminal of stating the starting point of slip event determines that the displacement of the slip event is more than threshold values, according to The absolute coordinate of the starting point and the absolute coordinate of terminal, determine the glide direction of the slip event；Or,

13. device according to claim 8, it is characterised in that described device also includes：

Preserving module, feels for preserving terminal device laying state when in use and/or grip state with described touch Answer the corresponding relation of the region division mode of unit；

The region division module, is additionally operable to, when the terminal device is in any laying state and/or grip state, use The region division mode corresponding with any laying state and/or grip state carries out region to the touch sensing unit Divide.

14. device according to claim 13, it is characterised in that the preserving module is additionally operable to：