Summary of the invention
In view of this, at least partly being solved an embodiment of the present invention is intended to provide a kind of information processing method and electronic equipmentThe accidentally high problem of touching rate.
In order to achieve the above objectives, the technical scheme of the present invention is realized as follows:
First aspect of the embodiment of the present invention provides a kind of information processing method, applied to the electronic equipment including touch panelIn；Wherein, the touch panel includes the first touch area and second touch area adjacent with first touch area；
The described method includes:
Detection acts on the slide of the touch panel；
When the slide acts on first touch area and second touch area simultaneously, described in determinationSlide slips over the sliding length of second touch area；
According to the sliding length, response region and shielding area are determined；Wherein, first touch area is the soundRegion is answered, then second touch area is shielding area；Or, first touch area is shielding area, then described secondTouch area is response region；
Wherein, the response region is the touch area triggered electronic equipment and respond the slide；
The shielding area is the touch area for triggering slide described in electronic equipment shielding.
It is described according to the sliding length based on above scheme, determine response region and shielding area, comprising:
When the sliding length meets predetermined condition, determine that first touch area is the shielding area, it is describedSecond touch area is the response region.
Based on above scheme, second touch area is divided into N number of subregion；The N is the integer not less than 2；
The predetermined condition is that the slide at least crosses over 1 sub-regions boundary.
It is described according to the sliding length based on above scheme, determine response region and shielding area, comprising:
When the sliding length is unsatisfactory for the predetermined condition, determine that second touch area is the blind zoneDomain, first touch area are the response region.
Based on above scheme, the method also includes:
Detection slide acts on the pressure value of the touch panel；
When the pressure value is less than preset threshold, determine that first touch area and second touch area areShielding area.
Second aspect of the embodiment of the present invention provides a kind of electronic equipment, comprising:
Touch panel, for detecting the slide for acting on the touch panel；The touch panel includes the first touchingTouch region and second touch area adjacent with first touch area；
First determination unit, for acting on first touch area and second touching simultaneously when the slideWhen touching region, determine that the slide slips over the sliding length of second touch area；
Second determination unit, for determining response region and shielding area according to the sliding length；Wherein, describedOne touch area is the response region, then second touch area is shielding area；Or, first touch area is screenRegion is covered, then second touch area is response region；
Wherein, the response region is the touch area triggered electronic equipment and respond the slide；
The shielding area is the touch area for triggering slide described in electronic equipment shielding.
Based on above scheme, second determination unit, for determining institute when the sliding length meets predetermined conditionStating the first touch area is the shielding area, and second touch area is the response region.
Based on above scheme, second touch area is divided into N number of subregion；The N is the integer not less than 2；
The predetermined length is equal to the length of a subregion.
Based on above scheme, second determination unit, for when the sliding length is unsatisfactory for the predetermined condition,Determine that second touch area is the shielding area, first touch area is the response region.
Based on above scheme, the touch panel is also used to detect the pressure that slide acts on the touch panelValue；
Second determination unit is also used to determine first Petting Area when the pressure value is less than preset thresholdDomain and second touch area are shielding area.
Touch panel has been divided into the first touch area by information processing method and electronic equipment provided in an embodiment of the present inventionWith the second touch area, when detecting a slide while acting on the first touch area and the second touch area, untilThe sliding length that can determine whether to act on the second touch area less, determines response region and shielding area further according to sliding length, andResponse is acted on to the slide of response region, shielding action thus reduces by a cunning in the slide of shielding areaDynamic operation is accidentally acted on simultaneously to the problem of accidentally touching caused by two touch areas, accidentally respond, and promotes the accuracy of response.
Specific embodiment
Technical solution of the present invention is further described in detail with reference to the accompanying drawings and specific embodiments of the specification.
The present embodiment provides a kind of information processing methods, applied to the electronics including touch panel as depicted in figs. 1 and 2In equipment；Wherein, the touch panel includes second touching adjacent with first touch area 101 of the first touch area 101Touch region 102.For example, second touch area 102 is surrounded or is looped around around first touch area 101.It is worthIt is to be noted that: only there is provided the composition knots of a kind of first touch area 101 and the second touch area 102 by Fig. 1 and Fig. 2Structure.In fig. 1 and 2, the first touch area 101 corresponds to the center key in middle position, during the second touch area 102 corresponds toEntreat the slip ring of key periphery.The first touch area 101 and the second touch area 102 are adjacent in fig. 1 and 2, but interval is setIt sets, i.e., is to be provided with isolation strip between described first touch area 101 and the second touch area 102, which can be can notTo detect the non-tactile region of user's operation；Fig. 3 is the structural schematic diagram of another touch panel, first touch area101 and second touch area 102 it is not only adjacent, and be among first touch area 101 and the second touch area 102Not set isolation strip.
During concrete implementation, touch panel can also be other forms, such as: it is rectangular etc.；First touchingIt touches region 101 and the second touch area 102 can also be other forms, can specifically be distinguished according to actual use function.In addition, the first touch area 101 and second touch area 102 adjacent with the first touch area 101, may each be by not connectingContinuous several parts composition.The second touch area 102 described in Fig. 1 is regarded as discontinuous, the second touching described in Fig. 2It touches region 102 to be regarded as continuously, first touch area 101 is continuous in fig. 1 and 2.It is described in Fig. 3First touch area 101 be it is discontinuous, which includes the outer of middle section and the second touch area 102The region enclosed.
As shown in figure 4, information processing method provided in this embodiment includes:
Step S110: detection acts on the slide of the touch panel；
Step S120: when the slide acts on first touch area 101 and second Petting Area simultaneouslyWhen domain 102, determine that the slide slips over the sliding length of second touch area；
Step S130: according to the sliding length, response region and shielding area are determined；Wherein, first Petting AreaDomain 101 is the response region, then second touch area 102 is shielding area；Or, first touch area 101 isShielding area, then second touch area 102 is response region；
Wherein, the response region is the touch area triggered electronic equipment and respond the slide；
The shielding area is the touch area for triggering slide described in electronic equipment shielding.
The touch panel can be various types of sensors for checking user's touch operation in the present embodiment, for example,The various detections such as the touch tablet in touch screen, such as the touch screen of mobile phone, the touch control of music player, laptop are usedThe sensor of family touch operation.
The slide for acting on touch panel can be detected first in the present embodiment, when having user's operational group for touchingWhen panel, touch panel can detect touch location, and under normal circumstances, the touch coordinate of touch location can be reported electricity by sensorThe processor or processing circuit of sub- equipment execute corresponding behaviour according to touch coordinate reported etc. by processor or processing circuitMake, to respond the slide.
The touch panel is divided into two regions in the present embodiment.Therefore it first judges in the step s 120, the cunningWhether dynamic operation acts on the first touch area and the second touch area simultaneously.If the slide acts on the first touch simultaneouslyRegion 101 and the second touch area 102, then can determine whether the sliding length of the second touch area 102, and sliding length here is to slideThe length of dynamic rail mark.During concrete implementation, usually described second touch area, 102 length is greater than first touchingThe length in region 101 is touched, in this case, response region and shielding area is determined according to sliding length, response can be promotedAccuracy.
In step s 130, response region and shielding area will be determined according to the sliding length.If institute in the present embodimentStating response region is the first touch area 101, then the second touch area 102 is shielding area, if the response region is secondTouch area 102, then first touch area 101 is the shielding area.
The response region is the region that electronic equipment response is located at the slide in the region in the present embodiment.ScreenCover the region that region is the slide that electronic equipment will not respond in the region.For example, if a slide simultaneouslyShielding area and response region are acted on, electronic equipment can only respond the operation that the slide acts on response region, not ringThe operation of shielding area should be acted on, it so obviously can be to avoid accidentally response.It thus can solve due to the first touch area101 and second touch area 102 position is close or the area very little of the first touch area 101 and the second touch area 102,The problem of mistake response of electronic equipment caused by accidentally being touched during user's slide.
According to the sliding length, there are many kinds of the implementations for determining response region and shielding area, may particularly includeIt is several below:
The first: the step S130 can include:
When the sliding length meets predetermined condition, determine that first touch area is the shielding area, it is describedSecond touch area is the response region.
For example, determine that first touch area is the shielding area when the sliding length is greater than predetermined length,Second touch area is the response region.
The predetermined length can be preset length threshold, be also possible to the touch surface according to user's regular jobWhat the statistical data of plate was dynamically determined.In short, in the present embodiment when the sliding length is greater than predetermined length, it is assumed that beingSlide is to act on the second touch area 102, by the second touch area 102 region in response, and by the first touchingRegion 101 is touched as shielding area, thus can simply avoid working as user during sliding finger, accidentally touchTo the first touch area 101, leads to electronic equipment while responding the operation of the first touch area 101 and the second touch area 102,Caused by maloperation.The sliding length is greater than predetermined length in the present embodiment, as Rule of judgment, if for being strictlyTo apply slide to the second touch area 102, it is clear that can more act on described second during sliding and touchRegion 102, it is clear that it is this in the present embodiment that the method for response region and shielding area is judged according to sliding length, it is to meet toolThe actual conditions that gymnastics is made, while can satisfy user's control electronic equipment and phenomenon is accidentally touched in reduction.
For another example second touch area 102 is divided into N number of subregion；The N is the integer not less than 2；It is described pre-Fixed condition is that the slide at least crosses over 1 sub-regions boundary.For operating easily, during concrete implementation, instituteIt states the second touch area to avoid being provided with the segmentation for dividing N number of subregion mark, for example, cut-off rule；Or N number of sub-districtDomain is spaced apart.It is user-friendly.
Second touch area 102 is divided into N number of subregion in the present embodiment, can be and is divided into N number of subregion,Non- it can also divide equally N number of subregion.
As shown in Figure 1, the second touch area 102 includes 8 sub-regions marked as 0 to 7 in Fig. 1.In this implementationPredetermined length described in example is equal to the length of a subregion, that is, indicates the sliding length of the slide, is greater than oneThe length of a subregion, or one sub-regions of sliding, then it is assumed that the slide is that user wants to act on the second touchRegion 102, therefore can be using the second touch area as the response region.
Second:
The step S130 can include:
When the sliding length is unsatisfactory for the predetermined condition, determine that second touch area is the blind zoneDomain, first touch area are the response region.
For example, when the sliding trace of the slide is only located in 1 subregion, i.e., without crossing over subregionBoundary is considered as being unsatisfactory for the predetermined condition.For another example, when the sliding length is not more than predetermined length, described in determinationSecond touch area 102 is the shielding area, and first touch area 101 is the response region.In the present embodimentIf sliding length is not more than predetermined length, determines that the second touch area 102 is shielding area, the first touch area 101 is madeIt is the originals such as accidentally of user's sliding that is, think that slide is to be directed to the first touch area 101 for response regionCause has accidentally acted on the second touch area 102, therefore in order to avoid the response of the mistake of the second touch area 102, in the present embodimentIt determines that the first touch area 101 is response region, determines that the second touch area 102 is shielding area.
During concrete implementation, the response region and shielding area are determined according to the sliding length, can also be wrappedIt includes:
Compare the sliding length for acting on the first touch area 101 and the second touch area 102, when acting on the first touchWhen the sliding length in region 101 is greater than the sliding length for acting on the second touch area 102, determine that the first touch area 101 isThe response region and second touch area 102 are shielding area；When the sliding length for acting on the first touch area 101When no more than the sliding length for acting on the second touch area 102, determine the first touch area 101 for the shielding area and instituteStating the second touch area 102 is response region.
Certainly, during concrete implementation, the response region and the blind zone are determined according to the sliding lengthDomain is not limited to the above method.
The method also includes:
Detection slide acts on the pressure value of the touch panel；
When the pressure value is less than preset threshold, first touch area 101 and second touch area are determined102 be shielding area.
When the pressure value be greater than or equal to preset threshold when, then judge the slide whether and meanwhile act on firstTouch area 101 and the second touch area 102；It is touched when the slide acts on the first touch area 101 and second simultaneouslyWhen region 102, so that it may use method as shown in Figure 4, execute aforementioned step S110 to step 130；If judging to slideOperation acts only on one in the first touch area 101 and the second touch area 102, then selects the touching acted on by slideTouch region region in response.For example, if at this point, the slide acts only on first touch area 101, it is determined thatFirst touch area 101 is response region, and certainly, slide acts only on the second touch area 102, it is determined that secondTouch area 102 is response region.
It can reduce, accidentally be touched caused by the touch panel that user is accidentally touched during using electronic equipment in this way.For example, in the present embodiment in order to avoid in some cases, it is only to move that user, which is absolutely not intended to operation electronic equipment,In the process, finger has accidentally been slided and has accidentally been touched caused by touch panel, can detect the pressure of the slide in the present embodimentForce value, when the pressure value is less than preset threshold, first touch area and second touch area are blind zoneDomain, in case the maloperation of electronic equipment, promotes the response accuracy of electronic equipment.
In short, present embodiments providing a kind of information processing method, the mistake response of electronic equipment can be reduced, response is promotedAccuracy.
As shown in figure 5, the present embodiment also provides a kind of electronic equipment, comprising:
Touch panel 110, for detecting the slide for acting on the touch panel；The touch panel includes firstTouch area and the second touch area for being centered around first touch area；
First determination unit 120, for acting on first touch area and described the simultaneously when the slideWhen two touch areas, determine that the slide slips over the sliding length of second touch area；
Second determination unit 130, for determining response region and shielding area according to the sliding length；Wherein, describedFirst touch area is the response region, then second touch area is shielding area；Or, first touch area isShielding area, then second touch area is response region；
Wherein, the response region is the touch area triggered electronic equipment and respond the slide；
The shielding area is the touch area for triggering slide described in electronic equipment shielding.
A kind of electronic equipment is present embodiments provided, which can be used for executing any one information of preceding methodThe technical solution of processing method.Electronic equipment described in the present embodiment can be the various electronic equipments such as music player, speaker.
The touch panel 110 is the sensor of the various various touch operations for being able to detect user's operation.
First determination unit 120 and second determination unit 130 can correspond to the processing in the electronic equipmentDevice or processing circuit.The processor can for central processor CPU, Micro-processor MCV, digital signal processor DSP, using placeManage device AP or programmable array PLC etc..The processing circuit can be specific integrated circuit.The processing circuit can be dedicated integratedCircuit ASIC.First determination unit 120 described in the present embodiment and second determination unit 130 can correspond respectively to differentProcessor or processing circuit also can integrate corresponding to identical processor or processing circuit.
In short, electronic equipment described in the present embodiment, will not act on simultaneously first Petting Area directly in response to oneThe slide in domain and the second touch area, but response region and shielding can be determined according to the sliding length of slideRegion carries out again, can reduce maloperation in this way, promotes the response accuracy of electronic equipment.
Further, second determination unit 130, for determining institute when the sliding length meets predetermined conditionStating the first touch area is the shielding area, and second touch area is the response region.Second determination unit130, it is also used to be unsatisfactory for predetermined condition constantly when the sliding length, determines that second touch area is the blind zoneDomain, first touch area are the response region.Second determination unit 130 in the present embodiment can correspond to compareCompared with device or with the processor of comparing function, by the way that sliding length is determined response region and shielding compared with predetermined lengthRegion has the characteristics that realize so simple.For example, second touch area is divided into N number of subregion；The N is not smallIn 2 integer；The predetermined condition is that the slide at least crosses over 1 sub-regions boundary.In further embodiments, instituteIt states and meets predetermined condition further include: sliding length is greater than preset length, and the predetermined length here is not limited to be equal to oneThe length of the subregion, it might even be possible to which the length of 0.5 or 2 subregion, the specific value of predetermined length can be byUser's sets itself is also possible to the electronic equipment default setting, is stored in a storage medium.
Further, the touch panel 110 is also used to detect the pressure that slide acts on the touch panelValue；Second determination unit 120 is also used to determine first touch area when the pressure value is less than preset thresholdIt is shielding area with second touch area.
The touch panel 110 can also detect the pressure value in the present embodiment, for example, in the touch panel110 surface, which is provided with pressure sensor or the touch panel 110 itself, just to be had the function of detecting pressure value, thusIt can reduce accidentally responded caused by accidentally touching again, promote the accuracy of response by the detection of pressure value.
Several specific examples are provided below in conjunction with above-mentioned any embodiment:
Example one
This example is intended to the touchpad for solving to possess touch slip ring and center key, influences each other and that accidentally touches asksTopic.When user's sliding, slide is merely desired to, has been not intended to remaining operation, therefore after generating slip event, remaining is unrelatedKey directly shields, to avoid accidentally touching.When user's finger leaves touchpad, it is believed that this time event has terminated, and can enterNext gesture identification.Here touchpad is equivalent to touch panel above-mentioned.
As shown in Figure 1, for example: the first touch area 101 can be used to indicate to suspend as center key, the second touch area8 sub-regions in 102 marked as 0 to 7 are specially 8 sliding flaps, which can be used to indicate information volume.WhenWhen user wants to increase or decrease volume by slide, finger touches sliding flap (0~7 any valve), and opens from initial positionBegin record, and after sliding position variation, and sliding distance is 1 valve distance (or more valves), can be considered slip event, be set toSliding mode can think that user is intended to carry out slide to equipment at this time, i.e., maskable center key is non-slip to prevent from triggeringDynamic operation, and respond the slide for acting on slip ring.When user's finger is left, it is believed that this time event terminates, and startsTo next new operation.To evade the functions such as triggering pause in sliding.Optionally, above-mentioned center key can also be used to indicateOther function, such as double-click etc.；Above-mentioned 8 sliding flaps can also be used to indicate other information.
Action event design is introduced, slide is judged whether it is, if sliding, slip event triggering is set to, shields at this timeCenter key is covered, trigger it accidentally will not after touch in this event.
E.g., including the music of the Pause key of middle position and the volume adjustment key around Pause key is setIt is standby, after the information processing method provided using this example, can be very good to solve when slidable adjustment operation (such as: increaseOr reduce volume when) generate mistake touching in key pause button, cause music stop play.
When this no algorithm, when music adjusts volume, it is necessary to which the sliding standardized very much, which can not just generate, accidentally touches, and addsAfter entering algorithm, triggering slide past sliding scale as defined in oneself (such as: sliding distance is more than 1 valve, i.e., slide is crossed over extremelyThe boundary of few sub-regions), just it is considered that slip event triggers, shields central key button, can more arbitrarily slide at this timeIt is dynamic, central key button will not be accidentally touched, the maloperations such as pause are caused.To possess better operating experience to user.
Such as: when slide, when sliding sliding flap or multiple, that just assert that user wants to carry out is sliding behaviourMake, this behaviour is set as slide at this time, non-slip operation is just shielded, until the release of all keys can think thisEvent terminates, and waits subsequent operation.
In several embodiments provided herein, it should be understood that disclosed device and method can pass through itIts mode is realized.Apparatus embodiments described above are merely indicative, for example, the division of the unit, onlyA kind of logical function partition, there may be another division manner in actual implementation, such as: multiple units or components can combine, orIt is desirably integrated into another system, or some features can be ignored or not executed.In addition, shown or discussed each composition portionMutual coupling or direct-coupling or communication connection is divided to can be through some interfaces, the INDIRECT COUPLING of equipment or unitOr communication connection, it can be electrical, mechanical or other forms.
Above-mentioned unit as illustrated by the separation member, which can be or may not be, to be physically separated, aobvious as unitThe component shown can be or may not be physical unit, it can and it is in one place, it may be distributed over multiple network listsIn member；Some or all of units can be selected to achieve the purpose of the solution of this embodiment according to the actual needs.
In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing module, it can alsoTo be each unit individually as a unit, can also be integrated in one unit with two or more units；It is above-mentionedIntegrated unit both can take the form of hardware realization, can also realize in the form of hardware adds SFU software functional unit.
Those of ordinary skill in the art will appreciate that: realize that all or part of the steps of above method embodiment can pass throughThe relevant hardware of program instruction is completed, and program above-mentioned can be stored in a computer readable storage medium, the programWhen being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned include: movable storage device, it is read-onlyMemory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disk orThe various media that can store program code such as person's CD.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, anyThose familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all containLid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.