CN103455266A - Method for processing mistaken touch operations of touch screen and terminal equipment - Google Patents
Method for processing mistaken touch operations of touch screen and terminal equipment Download PDFInfo
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- CN103455266A CN103455266A CN2012101801224A CN201210180122A CN103455266A CN 103455266 A CN103455266 A CN 103455266A CN 2012101801224 A CN2012101801224 A CN 2012101801224A CN 201210180122 A CN201210180122 A CN 201210180122A CN 103455266 A CN103455266 A CN 103455266A
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Abstract
An embodiment of the invention discloses a method for processing mistaken touch operations of a touch screen and terminal equipment. The method includes receiving a touch instruction operation, on the touch screen, of a user; converting the touch instruction operation into a corresponding touch spot event; when the touch spot event is matched with a preset filtering mode, determining the touch instruction operation to be a mistaken touch operation; filtering the touch instruction operation corresponding to the touch spot event so as to reduce inconvenience brought by the mistaken touch operations when the user uses the terminal equipment of the touch screen.
Description
Technical field
The present invention relates to communication technical field, particularly disposal route and the terminal device of operation touched in a kind of false touch of touch-screen.
Background technology
Along with the development of multipoint-touch-technology, generally, by by the action such as touching, drag, carrying out operating application program, such as, single-point presses the button by touching for meaning; The expression release-push frames out; Single-point drags and means mobile object or object is taked to some action (such as being interpreted as cutting fruit in the fruit person of bearing); Two finger contact screens, and in opposite directions during moveable finger, can be expressed as and dwindle figure or dwindle video; Can be expressed as while oppositely moving two fingers and amplify figure or amplified video.Although this mode of operation is directly perceived, convenient, and for the user provides good experience,, the user is sometimes for good gripping device, thumb can misconnection contact screen, and triggering is mutual with application program, causes carrying out two point (such as convergent-divergent or amplification etc.) or multipoint operations with touch-screen.
In the research and practice process to prior art, the present inventor finds, in existing touch panel device, when the user carries out single-point operation touch-screen, misconnection contacts touch-screen unintentionally, so that the terminal device of touch-screen can be carried out corresponding faulty operation, affect thereby caused the user can be subject to false touch to touch being inconvenient to that operation brings when using the terminal device of touch-screen, thereby affected user's experience.
Summary of the invention
Disposal route and the terminal device of operation touched in the false touch that the invention provides a kind of touch-screen, to reduce the user, when using the terminal device of touch-screen, is subject to false touch to touch being inconvenient to that operation brings to affect.
On the one hand, the disposal route of operation is touched in the false touch that the invention provides a kind of touch-screen, comprising:
Receive the touch-control command operating of user on described touch-screen;
Described touch-control command operating is converted to corresponding contact event;
When described contact event and default filtered model are complementary, determine that described touch-control command operating is that operation is touched in false touch;
Filter touch-control command operating corresponding to described contact event.
On the other hand, the present invention also provides a kind of terminal device, comprising:
The first receiving element, for receiving the touch-control command operating of user on the touch-screen of described terminal device;
Converting unit, for being converted to corresponding contact event by described touch-control command operating;
Determining unit, for when described contact event and default filtered model are complementary, determine that described touch-control command operating is that operation is touched in false touch;
Filter element, for filtering touch-control command operating corresponding to described contact event.
The technical scheme that the embodiment of the present invention provides, user's touch-control command operating is converted to corresponding contact event, when this contact event and default filtered model are complementary, can determine that the user false touch has occurred and touched operating operation, and then filter this contact event, thereby do not carry out touch-control command operating corresponding to this contact event, when using the terminal device of touch-screen, be subject to false touch to touch being inconvenient to that operation brings to affect thereby can reduce the user.
The accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below will the accompanying drawing of required use in embodiment be briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 touches the first pass figure of the disposal route of operation for the false touch of a kind of touch-screen that the embodiment of the present invention provides;
Fig. 2 touches the second process flow diagram of the disposal route of operation for the false touch of a kind of touch-screen that the embodiment of the present invention provides;
The state transition schematic diagram of pattern match in the disposal route of operation is touched in the false touch of a kind of touch-screen that Fig. 3 provides for the embodiment of the present invention;
The first structural representation of a kind of terminal device that Fig. 4 provides for the embodiment of the present invention;
The second structural representation of a kind of terminal device that Fig. 5 provides for the embodiment of the present invention;
The 3rd structural representation of a kind of terminal device that Fig. 6 provides for the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out to clear, complete description, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making under the creative work prerequisite the every other embodiment obtained, belong to the scope of protection of the invention.
Refer to Fig. 1, Fig. 1 touches the first pass figure of the disposal route of operation for the false touch of a kind of touch-screen that the embodiment of the present invention provides; In this embodiment, the user is undertaken alternately by the application program of touch-screen and touch panel device, and described method comprises:
Step 101: receive the touch-control command operating of user on touch-screen;
Wherein, this touch-control command operating refers to that the user touches the touch control operation of touch-screen, can be the single-point contact, can be also Multi-contact, and the present embodiment is not restricted.
Step 102: described touch-control command operating is converted to corresponding contact event;
In the present embodiment, can described touch-control command operating be converted to corresponding contact event by the operating system of terminal device, its concrete transfer process has been to know technology, does not repeat them here.Wherein, described contact event can comprise: sign ID, action, coordinate and contact duration of contact.
In this embodiment, described sign ID, for marking contact, wherein, for different contacts, is used different ID; That is to say, touch touch-screen from the user and form contact, leave in the whole process of touch-screen this sign ID to the user constant; Described action can comprise: downwards (DOWN), mobile (MOVE), upwards (UP), wherein, this downwards (DOWN) mean contact touch-screen, this moves (MOVE) and is illustrated on touch-screen and moves, upwards (UP) means to leave touch-screen; The position that described coordinate moves for the mark contact.Described contact refers to the time of user's contact screen duration of contact.
In the present embodiment, described contact event further can comprise: the attribute of contact, wherein, the attribute of this contact can be the size of contact, pressure etc.
Step 103: when described contact event and default filtered model are complementary, determine that described touch-control command operating is that operation is touched in false touch, and filter touch-control command operating corresponding to described contact event.
Wherein, this default filtered model at least comprises a following parameter: predefined zone, predefined translational speed scope and predefined rest time.In the present embodiment, this default filtered model can only include predefined zone, also can only include predefined translational speed scope, also can only include the rest time of predetermined view, also can comprise two or three parameters simultaneously.But be not limited to this, can further include the attribute of contact, such as predefined contact sizes or pressure size etc.
Optionally, this default filtered model can be single pattern, can be also the combination of a plurality of patterns.
In this embodiment, the mode that defines default filtered model mainly comprises:
1) each default filtered model at least comprises a following parameter: predefined zone, predefined translational speed scope and predefined rest time;
2) reference element can only be set in each parameter, such as, when parameter is predefined zone, the regional reference element in this predefined zone can only be specified a zone; When parameter is predefined translational speed scope, the translational speed scope reference element in this predefined translational speed scope can only be specified a translational speed scope; When parameter is predefined rest time, reference element rest time in this predefined rest time can only be specified a rest time; Certainly, can, according to actual demand, can adjust accordingly the scope of this reference element.
3) when default filtered model comprises a plurality of parameter, between each parameter, be with relation, need to meet each parameter simultaneously;
4) support a plurality of default filtered models, between a plurality of default filtered models, be or relation; Such as: pattern 1AND pattern 2OR mode 3; Wherein pattern 1 is localized area; Pattern 2 is for limiting the translational speed scope; Mode 3 is for limiting rest time etc.;
5) default filtered model can configure by configuration file or API.
In the present embodiment, when described contact event and default filtered model are complementary, determine that described touch-control command operating is that the step that operation is touched in false touch comprises:
Determine that whether described contact event is complementary with the included parameter of described default filtered model;
When determining that the included parameter of described contact event and described default filtered model is complementary, determine that described contact event and default filtered model are complementary;
Determine that described touch-control command operating is that operation is touched in false touch.
In the present embodiment, it is the zone of invalid contact that described zone can be specified, and the zone of the invalid contact of this appointment can be meaned with reference element, and the contact in this zone is considered to invalid contact; Generally, described zone is rectangle, but also can be circle, ellipse, square or arbitrary polygon etc., and the present embodiment is not restricted.If there is no defined range, be defaulted as the screen of whole equipment.In the present embodiment, determine that described contact event the step that the parameter included with described default filtered model be complementary occurs and can comprise:
When if this contact event occurs in the predefined zone in this default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.In the present embodiment, the step that this contact event occurs in the predefined zone in this default filtered model can comprise:
In the time of in predefined zone in sign ID in this contact event or action or the coordinate filtered model default at this, determine that this contact event occurs in the predefined zone in this default filtered model.
The translational speed scope of described translational speed Range Representation contact on screen, can detect contact for terminal device whether static etc., and wherein, the translational speed scope of this appointment can be meaned with reference element; In the present embodiment, if the translational speed of contact in this translational speed scope, terminal device determines that described contact is rest(ing) contact, and then determines that this contact is invalid contact; Otherwise, determine that described contact is non-rest(ing) contact, and then determine that this contact is effective contact.
In the present embodiment, determine that described contact event the step that the parameter included with described default filtered model be complementary occurs and can comprise:
When if described contact event occurs in predefined translational speed scope in this default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.In the present embodiment, the step that this contact event occurs in the predefined translational speed scope in this default filtered model can comprise:
In the time of in predefined translational speed scope in action in this contact event filtered model default at this, determine that this contact event occurs in the predefined translational speed scope in this default filtered model.
In the present embodiment, if do not define the translational speed scope, be defaulted as [0,0], i.e. absolute rest.
Detect the time threshold values of rest(ing) contact described rest time for terminal device, generally be defaulted as 0 second, but be not limited to this, and also can to give tacit consent to the schedule time contact in (such as 1 second etc.) be rest(ing) contact etc.In the present embodiment, if the time of this contact contact screen in the scope of this rest time, terminal device determines that this contact is invalid contact; Otherwise, determine that described contact is effective contact.Wherein, the time threshold values of this rest time can be meaned with reference element.
In the present embodiment, determine that described contact event the step that the parameter included with described default filtered model be complementary occurs and can comprise:
When if described contact event occurs in the predefined rest time in described default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.In the present embodiment, the step that this contact event occurred in the predefined rest time in this default filtered model can comprise:
In the time of in predefined rest time in contact duration of contact in this contact event filtered model default at this, determine that this contact event occurred in the predefined rest time in this default filtered model.
Optionally, described method can further include: if, when described contact event and default filtered model being detected and not being complementary, carry out touch-control command operating corresponding to this contact event.
In this embodiment, touch-control command operating corresponding to described contact event can be filtered by the driver of operating system, also touch-control command operating corresponding to described contact event can be filtered by the driver of similar operations system; Perhaps carry out touch-control command operating corresponding to this contact event.In the present embodiment, this filters touch-control command operating corresponding to described contact event and can be understood as and do not carry out touch-control command operating corresponding to this contact event.
Such as, detect false touch by this embodiment, if be confirmed to be false touch, the processing that system is correct is exactly not respond this event; Be not false touch if detect, system need to be carried out touch-control command operating corresponding to this contact event.
The technical scheme provided by the embodiment of the present invention, user's touch-control command operating is converted to corresponding contact event, when this contact event and default filtered model are complementary, the touch-control command operating that can determine the user is invalid, can determine that the user false touch has occurred and touched operating operation, and then filter this contact event, do not carry out touch-control command operating corresponding to this contact event, thereby avoid terminal device to touch operating operation to user's false touch and carry out response, thereby can reduce the user is subject to false touch to touch being inconvenient to that operation brings to affect when using the terminal device of touch-screen, and then the user who improves terminal device experiences.
Also refer to Fig. 2, the second process flow diagram of the disposal route of operation is touched in the false touch of a kind of touch-screen provided for the embodiment of the present invention; Described embodiment, on basis embodiment illustrated in fig. 1, also comprises: determine whether this contact event is complementary with default filtered model, and its concrete flow process comprises:
Step 201: receive the touch-control command operating of user on described touch-screen;
Step 202: described touch-control command operating is converted to corresponding contact event;
Step 203: determine that whether this contact event is complementary with default filtered model, if so, performs step 204; Otherwise, perform step 205;
Because this default filtered model can at least comprise a following parameter: predefined zone, predefined translational speed scope and predefined rest time, thereby, below will be described for various situations, default filtered model only includes a parameter, a default filtered model comprises a plurality of parameters and a plurality of default filtered model.
The first: in the present embodiment, when this default filtered model only includes predefined when zone, determine that described contact event the step that the parameter included with described default filtered model be complementary occurs and comprises:
Determine whether this contact event occurs in the predefined zone in this default filtered model.
If determine when this contact event occurs in the predefined zone in this default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary;
If determine when this contact event does not occur in the predefined zone in this default filtered model, determine that the included parameter of described contact event and described default filtered model do not mate.
In the present embodiment, determine that the step that this contact event occurs in the predefined zone in this default filtered model can comprise:
In the time of in predefined zone in sign ID in determining this contact event or action or the coordinate filtered model default at this, determine that this contact event occurs in the predefined zone in this default filtered model.
In the present embodiment, determine that the step that this contact event does not occur in the predefined zone in this default filtered model comprises:
Sign ID in determining this contact event or action or coordinate in the predefined zone in default filtered model the time, do not determine that this contact event does not occur in the predefined zone in this default filtered model at this.
The second: in the present embodiment, when this default filtered model only includes predefined translational speed scope, determine that described contact event the step that the parameter included with described default filtered model be complementary occurs and comprises:
Determine whether this contact event occurs in the predefined translational speed scope in this default filtered model;
If determine when this contact event occurs in the predefined translational speed scope in this default filtered model, determine that the included parameter of this contact event and default filtered model is complementary.
If determine when this contact event does not occur in the predefined translational speed scope in this default filtered model, determine that the included parameter of this contact event and default filtered model do not mate.
In the present embodiment, determine that the step that this contact event occurs in the predefined translational speed scope in this default filtered model can comprise:
In the time of in predefined translational speed scope in action in determining this contact event filtered model default at this, determine that this contact event occurs in the predefined translational speed scope in this default filtered model.
In the present embodiment, determine that the step that this contact event does not occur in the predefined translational speed scope in this default filtered model comprises:
Action in determining this contact event in the predefined translational speed scope in default filtered model the time, does not determine that this contact event does not occur in the predefined translational speed scope in this default filtered model at this.
The third: in the present embodiment, when this default filtered model only includes predefined rest time, determine that whether this contact event comprises with the step that the included parameter of default filtered model is complementary:
Determine whether this contact event occurred in the predefined rest time in this default filtered model;
If determine when this contact event occurs in the predefined rest time in this default filtered model, determine that the included parameter of this contact event and default filtered model is complementary.
If determine when this contact event does not occur in the predefined rest time in this default filtered model, determine that the included parameter of this contact event and default filtered model do not mate.
In the present embodiment, determine that the step that this contact event occurred in the predefined rest time in this default filtered model can comprise:
In the time of in predefined rest time in contact duration of contact in determining this contact event filtered model default at this, determine that this contact event occurred in the predefined rest time in this default filtered model.
In the present embodiment, determine that the step that this contact event did not occur in the predefined rest time in this default filtered model comprises:
In the predefined rest time in default filtered model the time, do not determine that this contact event did not occur in the predefined rest time in this default filtered model at this contact duration of contact in determining this contact event.
The 4th kind: in the present embodiment, a default filtered model comprises a plurality of parameters, in this case, between each parameter, be with relation, need to meet each parameter simultaneously.
When if this default filtered model comprises predefined zone and predefined translational speed scope, determine that whether this contact event comprises with the step that the included parameter of default filtered model is complementary:
Determine whether this contact event occurs in the predefined zone and predefined translational speed scope in this default filtered model;
If determine when this contact event occurs in predefined zone in this default filtered model and predefined translational speed scope, determine that the included parameter of this contact event and default filtered model is complementary.
If determine when this contact event does not occur in predefined zone in this default filtered model and predefined translational speed scope, determine that the included parameter of this contact event and default filtered model do not mate.
Wherein, in the present embodiment, determine that the step that this contact event occurs in the predefined zone in this default filtered model can comprise:
In the time of in predefined zone in sign ID in determining this contact event or action or the coordinate filtered model default at this, determine that this contact event occurs in the predefined zone in this default filtered model.
Simultaneously, determine that the step that this contact event occurs in the predefined translational speed scope in this default filtered model can comprise:
In the time of in predefined translational speed scope in action in determining this contact event filtered model default at this, determine that this contact event occurs in the predefined translational speed scope in this default filtered model.
Thereby, when this default filtered model comprises predefined zone, predefined translational speed scope and predefined rest time, maybe when this default filtered model comprises predefined zone and predefined rest time, when maybe this default filtered model comprises predefined translational speed scope and predefined rest time, can comprise that the situation of predefined zone, predefined translational speed scope judges accordingly with reference to above-mentioned this default filtered model of working as.
The 5th kind, in the present embodiment, during a plurality of default filtered model, between a plurality of default filtered models, be or relation; Such as: pattern 1AND pattern 2OR mode 3; Wherein pattern 1 is localized area; Pattern 2 is for limiting the translational speed scope; Mode 3 is for limiting rest time etc.In the present embodiment, can comprise:
Determine whether this contact event is complementary with each default filtered model, the result of each coupling is got or relation, then according to get or result, filter this contact event or carry out touch-control command operating corresponding to this contact event.
Step 204: determine that described touch-control command operating is that operation is touched in false touch, filters touch-control command operating corresponding to described contact event.
Step 205: determine that described touch-control command operating is not that operation is touched in false touch, carries out touch-control command operating corresponding to this contact event.
Optionally, described method can also comprise: by configuration file or the pre-configured described default filtered model of application programming interfaces (Application Program Interface, API).That is to say, can comprise at the configuration literary composition and can add the parameter information of this default filtered model in application program by the parameter information of described default filtered model yet, the present embodiment is not restricted.
In this embodiment, can configure default filtered model by configuration file; Also can carry out the default filtered model of dynamic-configuration by API, such as configuring on the interface of similar SETTING, these configurations are to realize by calling corresponding API, the present embodiment is not restricted, such as, when mobile phone power-on, configure default filtered model by configuration file, obtain the parameter of this default filtered model from described configuration file, certain, also can be pre-configured by application programming interfaces.
Optionally, in order further to improve user's experience, after described touch-control command operating is converted to corresponding contact event, before determining that whether this contact event is complementary with default filtered model, described method can also comprise:
Whether the prompting user selects to enter detecting pattern, and when receiving the user and select to enter detecting pattern, carries out the described step of determining that whether this contact event is complementary with default filtered model, i.e. step 203;
That is to say, in the embodiment of the present invention, after described touch-control command operating is converted to corresponding contact event, whether the prompting user enters mode detection, such as, can touch a dialog box of screen display etc.; If when receiving the user and selecting to enter the instruction of mode detection, carry out the step of determining that whether this contact event is complementary with default filtered model, otherwise, according to existing flow performing.
The technical scheme provided by the embodiment of the present invention, user's touch-control command operating is converted to corresponding contact event, when this contact event and default filtered model are complementary, the touch-control command operating that can determine the user is invalid, can determine that the user false touch has occurred and touched operating operation, and then filter this contact event, do not carry out touch-control command operating corresponding to this contact event, thereby avoid terminal device to touch operating operation to user's false touch and carry out response, thereby can reduce the user is subject to false touch to touch being inconvenient to that operation brings to affect when using the terminal device of touch-screen, and then the user who improves terminal device experiences.
Such as, use dull and stereotyped scene for lying down, generally need hands grasping, be easy to the edge of false touch to touch-screen, the impact application.For another example, when child uses flat board, in order to hold steadily, thumb is easy to contact touch-screen, forms false touch, the use of impact application.Etc..And, by technical scheme of the present invention, can effectively expand the application scenarios that uses the multi-point touch touch panel device, and effectively eliminate false touch etc.
Also refer to Fig. 3, the state transition schematic diagram of pattern match in the disposal route of operation is touched in the false touch of a kind of touch-screen provided for the embodiment of the present invention.In this embodiment, pattern match is pattern-recognition, in its pattern-recognition, the transition process of each state is realized by state machine, contact ID and the default unique definite state machine of filtered model, wherein, the state of state machine comprises: idle (IDLE) state 31, contact region (DOWN_REG) state 32, stability (STABILITY) state 33, contact pattern match (MATCH) state 34, translational speed (MOVE_SPEED) state 35 and moving area (MOVE_REG) state 36, wherein, the IDLE state is state at the beginning, detailed process comprises:
1, enabled predetermined pattern when system, when new contact forms (such as downward DOWN event or MOVE event being detected), just started corresponding state machine, and state has been moved to contact region DOWN_REG state 32 by the IDLE state 31 of original state.
If anomalous event occurred in 2 state machines, can Direct Transfer to the IDLE state;
3, the DWON_REG state 32 of state machine, for detection of the contact event whether in predefined zone (i.e. predefined zone in default filtered model); If there is no appointed area in default filtered model, or specified zone and contact coordinate in the zone of this appointment, trigger event DOWN_REG_OK, move to STABILITY state 33 by DWON_REG state 31 automatically, and start timer; Otherwise trigger event DOWN_REG_FAILURE, move to IDLE state 31.
Whether 4, the STABILITY state 33, static mainly for detection of the contact event; And definition is slightly moved and the contact of maintenance certain hour is rest(ing) contact.In this step, if do not define thresholding rest time, enter this STABILITY state and trigger the TIME_OUT event, move to MATCH state 34.If defined thresholding rest time, super this during thresholding, is triggered the TIME_OUT event rest time, moves to MATCH state 34.
In this STABILITY state, only when from state DOWN_REG, moving to this STABILITY state, need to start or restart timer, do not start when other state transition is come or restart timer; While coming from other state transition, if timer is overtime, acquiescence triggers the TIME_OUT state immediately.
In this STABILITY state, if the MOVE event detected, state machine moves to MOVE_SPEED state 35 by STABILITY state 33.
5, the MOVE_SPEED state 35, are mainly used in the judgement of auxiliary stationary state, that is to say, translational speed can be thought stationary state in predefined scope.Under theoretical case, translational speed is 0 to be only stationary state; In practical application, slight movement also can be thought stationary state, and this slight movement can mean by certain velocity range, but be not limited to this purposes.After entering this MOVE_SPEED state, calculate the translational speed (the range difference of mobile front and back is divided by the mistiming) of contact, if translational speed, in the scope of appointment, triggers the MOVE_SPEED_OK event, enter MOVE_REG state 36; If translational speed is not in the scope of appointment or do not define in the translational speed scope, trigger the MOVE_SPEED_FAILURE event, move to IDLE state 31.
Wherein, adopt translational speed in the present embodiment, rather than the range difference of twice position is mainly considered: distinguishable point of every movement, all may be detected, mobile like this distance is exactly constant, loses meaning.
6, the MOVE_REG state 36, for judging the zone whether also defined after the event minute movement of contact.This zone is consistent with the zone in the DOWN_REG state, and determination methods is also consistent, specifically refers to above-mentioned.If after the event minute movement of contact, also, in the zone of definition, trigger the MOVE_REG_OK event, move to STABILITY state 33; Otherwise trigger event MOVE_REG_FAILURE, move to IDLE state 31.
Implementation procedure based on said method, the embodiment of the present invention provides a kind of terminal device, and in the present embodiment, this terminal device can be mobile phone or panel computer.Its structural representation refers to shown in Fig. 4, the first structural representation of a kind of terminal device that Fig. 4 provides for the embodiment of the present invention.Described terminal device comprises: the first receiving element 41, converting unit 42, filter element 43, determining unit 45.
Wherein, described the first receiving element 41, for receiving the touch-control command operating of user on the touch-screen of described terminal device; Wherein, this touch-control command operating refers to that the user touches the touch control operation of touch-screen, can be the single-point contact, can be also Multi-contact, and the present embodiment is not restricted.
Optionally, described the first receiving element 41 can be touch-screen, or it is first-class to be integrated in touch-screen,
Described converting unit 42, for being converted to corresponding contact event by described touch-control command operating; Specifically can make, by operating system, described touch-control command operating is converted to corresponding contact event.Wherein, described contact event can comprise: sign ID, action, coordinate and contact duration of contact, but be not limited to this, and can further include: the attribute of contact, such as, the size of contact, pressure etc.
Determining unit 45, described determining unit 45 is connected respectively with converting unit 42, filter element 43 and processing unit 40, for determining that whether described contact event is complementary with the included parameter of described default filtered model, when determining that the included parameter of described contact event and described default filtered model is complementary, determine that described contact event and default filtered model are complementary, and determine that described touch-control command operating is that operation is touched in false touch, and will be defined as false touch and touch operating result and send to filter element 43; To determine and not be that false touch touches operating result and send to described processing unit 40; Described filter element 43 is further used for definite as a result the time what receive that determining unit 45 sends, filters touch-control command operating corresponding to described contact event; Described processing unit 40 is further used for definite as a result the time what receive that determining unit 45 sends, carries out touch-control command operating corresponding to this contact event.
Wherein, described determining unit 45 at least comprises following a kind of: regional determining unit (not shown), translational speed scope determining unit (not shown), rest time the determining unit (not shown), wherein, described regional determining unit, for determining whether described contact event occurs in the predefined zone of described default filtered model, in the time of in described contact event occurs in the predefined zone in described default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary; When this zone determining unit is further used in sign ID in the event of described contact or action or the coordinate predefined zone in described default filtered model, determine that described contact event occurs in the predefined zone in described default filtered model.
Described translational speed scope determining unit, for determining whether described contact event occurs in the predefined translational speed scope of described default filtered model, in the time of in described contact event occurs in the predefined translational speed scope in this default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary; When described translational speed scope determining unit is further used in action in the event of the described contact predefined translational speed scope in described default filtered model, determine that described contact event occurs in the predefined translational speed scope in described default filtered model.
Described rest time determining unit, for determining whether described contact event occurred in the predefined rest time of described default filtered model, in the time of in described contact event occurs in the predefined rest time in described default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary; When described rest time, determining unit was further used in contact duration of contact in the event of described contact predefined rest time in described default filtered model, determine that described contact event occurred in the predefined rest time in described default filtered model.
Can further include described attribute determining unit (not shown), for determining whether this contact event meets predefined contact sizes or pressure size.
Described filter element 43, be connected with described determining unit 45, for being that when operation touched in false touch at definite described touch-control command operating, filters touch-control command operating corresponding to described contact event.
Optionally, described terminal device can further include: processing unit 40, with described determining unit 45, be connected, and for not being that when operation touched in false touch at definite described touch-control command operating, carry out touch-control command operating corresponding to this contact event.
Wherein, can filter by the driver of operating system touch-control command operating corresponding to described contact event; Perhaps process described contact event, but be not limited to this, also can filter described contact event by the driver of similar system; Perhaps process described contact event.Be to filter for the contact event that coupling detected, or process, can set according to specific needs, this example is not restricted.
Optionally, described converting unit, determining unit, filter element and/or processing unit can be integrated in processor, also can unrivalledly dispose, and the present embodiment is not restricted.
Optionally, described terminal device can further include: dispensing unit 44, with described filter element 43, with processing unit 40, be connected respectively, for passing through configuration file or the pre-configured described default filtered model of application programming interfaces API, its structural representation as shown in Figure 5, the second structural representation of a kind of terminal device that Fig. 5 provides for the embodiment of the present invention.
Wherein, the default filtered model of described dispensing unit configuration can be single pattern, can be also the combination of a plurality of patterns, and each pattern at least comprises one of following parameter: predefined zone, predefined translational speed scope and predefined rest time.
Optionally, described terminal device can further include: Tip element 46 and the second receiving element 47, its structural representation refers to Fig. 6, the 3rd structural representation of a kind of terminal device that Fig. 6 provides for the embodiment of the present invention.
Wherein, described Tip element 46, with described converting unit 42, with determining unit 45, be connected, for after described converting unit 42 is converted to corresponding contact event by described touch-control command operating, before described determining unit 45 determines that whether this contact event is complementary with default filtered model, whether the prompting user enters mode detection; Described the second receiving element 47, after described Tip element 46 prompting users, whether entering mode detection, receive the instruction that the user enters mode detection; Described determining unit 45, also when receiving the user at described the second receiving element 47 and enter the instruction of mode detection, determine whether this contact event is complementary with default filtered model.
The implementation procedure of the effect of the function of unit in described device, refer to implementation procedure corresponding in said method, do not repeat them here.
The technical scheme provided by the embodiment of the present invention, user's touch-control command operating is converted to corresponding contact event, when this contact event and default filtered model are complementary, the touch-control command operating that can determine the user is invalid, can determine that the user false touch has occurred and touched operating operation, and then filter this contact event, do not carry out touch-control command operating corresponding to this contact event, thereby avoid terminal device to touch operating operation to user's false touch and carry out response, thereby can reduce the user is subject to false touch to touch being inconvenient to that operation brings to affect when using the terminal device of touch-screen, and then the user who improves terminal device experiences, such as can be when lying down good gripping device etc.Also can effectively expand the applicable crowd of this kind equipment: during such as child's gripping device, often do not note use-pattern, form false touch, can effectively eliminate by this technology.In some equipment, may not use some zone of touch-screen simultaneously, can realize flexibly by present technique.
It should be noted that, in this article, relational terms such as the first and second grades only is used for an entity or operation are separated with another entity or operational zone, and not necessarily requires or imply between these entities or operation the relation of any this reality or sequentially of existing.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby make the process, method, article or the equipment that comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or also be included as the intrinsic key element of this process, method, article or equipment.In the situation that not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add essential general hardware platform by software and realize, can certainly pass through hardware, but in a lot of situation, the former is better embodiment.Understanding based on such, the part that technical scheme of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprise that some instructions are with so that a computer equipment (can be personal computer, server, or the network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (21)
1. the disposal route of operation is touched in the false touch of a touch-screen, it is characterized in that, comprising:
Receive the touch-control command operating of user on described touch-screen;
Described touch-control command operating is converted to corresponding contact event;
When described contact event and default filtered model are complementary, determine that described touch-control command operating is that operation is touched in false touch;
Filter touch-control command operating corresponding to described contact event.
2. method according to claim 1, it is characterized in that, described contact event comprises: sign ID, action, coordinate and contact duration of contact, described default filtered model at least comprises a following parameter: predefined zone, predefined translational speed scope and predefined rest time, described when described contact event and default filtered model are complementary, determine that described touch-control command operating is that the step that operation is touched in false touch comprises:
Determine that whether described contact event is complementary with the included parameter of described default filtered model;
When determining that the included parameter of described contact event and described default filtered model is complementary, determine that described contact event and default filtered model are complementary;
Determine that described touch-control command operating is that operation is touched in false touch.
3. method according to claim 2, is characterized in that, when described default filtered model comprises predefined when zone, determines that described contact event the step that the parameter included with described default filtered model be complementary occurs and comprises:
Determine whether described contact event occurs in the predefined zone in described default filtered model;
In the time of in described contact event occurs in the predefined zone in described default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.
4. method according to claim 3, is characterized in that, the step that described contact event occurs in the predefined zone in this default filtered model comprises:
In the time of in sign ID in the event of described contact or action or the coordinate predefined zone in described default filtered model, determine that described contact event occurs in the predefined zone in described default filtered model.
5. method according to claim 2, is characterized in that, when described default filtered model comprises predefined translational speed scope, determines that described contact event the step that the parameter included with described default filtered model be complementary occurs and comprises:
Determine whether described contact event occurs in the predefined translational speed scope in described default filtered model;
When if described contact event occurs in predefined translational speed scope in this default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.
6. method according to claim 5, is characterized in that, the step that described contact event occurs in the predefined translational speed scope in described default filtered model comprises:
In the time of in the predefined translational speed scope of action in the event of described contact in described default filtered model, determine that described contact event occurs in the predefined translational speed scope in described default filtered model.
7. method according to claim 2, is characterized in that, when described default filtered model comprises predefined rest time, determines that described contact event the step that the parameter included with described default filtered model be complementary occurs and comprises:
Determine whether described contact event occurred in the predefined rest time in described default filtered model;
When if described contact event occurs in the predefined rest time in described default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.
8. method according to claim 7, is characterized in that, the step that described contact event occurred in the predefined rest time in described default filtered model comprises:
In the time of in the predefined rest time of contact duration of contact in the event of described contact in described default filtered model, determine that described contact event occurred in the predefined rest time in described default filtered model.
9. method according to claim 2, it is characterized in that, when described default filtered model comprises predefined zone and predefined translational speed scope, determine that described contact event the step that the parameter included with described default filtered model be complementary occurs and comprises:
Determine whether described contact event occurs in the predefined zone and predefined translational speed scope in described default filtered model;
In the time of in described contact event occurs in predefined zone in described default filtered model and predefined translational speed scope, determine that the included parameter of described contact event and described default filtered model is complementary.
10. method according to claim 2, it is characterized in that, when described default filtered model comprises predefined zone and predefined rest time, determine that described contact event the step that the parameter included with described default filtered model be complementary occurs and comprises:
Determine whether described contact event occurs in predefined zone in described default filtered model and in predefined rest time;
When described contact event occurs in predefined zone in described default filtered model and in predefined rest time the time, determine that the included parameter of described contact event and described default filtered model is complementary.
11. method according to claim 2, it is characterized in that, when described default filtered model comprises predefined translational speed scope and predefined rest time, determine that described contact event the step that the parameter included with described default filtered model be complementary occurs and comprises:
Determine whether described contact event occurs in predefined translational speed scope in described default filtered model and in predefined rest time;
When described contact event occurs in predefined translational speed scope in described default filtered model and in predefined rest time the time, determine that the included parameter of described contact event and described default filtered model is complementary.
12. method according to claim 1, is characterized in that, described method further comprises: by configuration file or the pre-configured described default filtered model of application programming interfaces API.
13. a terminal device, is characterized in that, comprising:
The first receiving element, for receiving the touch-control command operating of user on the touch-screen of described terminal device;
Converting unit, for being converted to corresponding contact event by described touch-control command operating;
Determining unit, for when described contact event and default filtered model are complementary, determine that described touch-control command operating is that operation is touched in false touch;
Filter element, for filtering touch-control command operating corresponding to described contact event.
14. terminal device according to claim 13, it is characterized in that, described contact event comprises: sign ID, action, coordinate and contact duration of contact, described default filtered model at least comprises a following parameter: predefined zone, predefined translational speed scope and predefined rest time, described determining unit is further used for determining that whether described contact event is complementary with the included parameter of described default filtered model, when determining that the included parameter of described contact event and described default filtered model is complementary, determine that described contact event and default filtered model are complementary, and determine that described touch-control command operating is that operation is touched in false touch.
15. terminal device according to claim 14, it is characterized in that, when described default filtered model comprises predefined zone, described determining unit comprises regional determining unit, described regional determining unit is for determining whether described contact event occurs in the predefined zone of described default filtered model, in the time of in described contact event occurs in the predefined zone in described default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.
16. terminal device according to claim 15, it is characterized in that, when described regional determining unit is further used in sign ID in the event of described contact or action or the coordinate predefined zone in described default filtered model, determine that described contact event occurs in the predefined zone in described default filtered model.
17. terminal device according to claim 13, it is characterized in that, when described default filtered model comprises predefined translational speed scope, described determining unit comprises translational speed scope determining unit, for determining whether described contact event occurs in the predefined translational speed scope of described default filtered model, in the time of in described contact event occurs in the predefined translational speed scope in this default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.
18. terminal device according to claim 17, it is characterized in that, when described translational speed scope determining unit is further used in action in the event of the described contact predefined translational speed scope in described default filtered model, determine that described contact event occurs in the predefined translational speed scope in described default filtered model.
19. terminal device according to claim 13, it is characterized in that, when described default filtered model comprises predefined rest time, described determining unit comprises determining unit rest time, for determining whether described contact event occurred in the predefined rest time of described default filtered model, in the time of in described contact event occurs in the predefined rest time in described default filtered model, determine that the included parameter of described contact event and described default filtered model is complementary.
20. terminal device according to claim 19, it is characterized in that, when described rest time, determining unit was further used in contact duration of contact in the event of described contact predefined rest time in described default filtered model, determine that described contact event occurred in the predefined rest time in described default filtered model.
21. terminal device according to claim 13, is characterized in that, further comprises:
Dispensing unit, for passing through configuration file or the pre-configured described default filtered model of application programming interfaces API.
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| CN2012101801224A CN103455266A (en) | 2012-06-04 | 2012-06-04 | Method for processing mistaken touch operations of touch screen and terminal equipment |
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| CN2012101801224A CN103455266A (en) | 2012-06-04 | 2012-06-04 | Method for processing mistaken touch operations of touch screen and terminal equipment |
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