CN103235695A - Method for preventing misoperation in touch device and device thereof - Google Patents
Method for preventing misoperation in touch device and device thereof Download PDFInfo
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- CN103235695A CN103235695A CN2013101252293A CN201310125229A CN103235695A CN 103235695 A CN103235695 A CN 103235695A CN 2013101252293 A CN2013101252293 A CN 2013101252293A CN 201310125229 A CN201310125229 A CN 201310125229A CN 103235695 A CN103235695 A CN 103235695A
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Abstract
The invention discloses a method for preventing misoperation in a touch device and a device thereof. The method includes: A, enabling a pressure sensor to sense a pressed area except for a touch screen on the touch device; B, determining an isolated area in the touch screen according to the shape of the pressed area except for the touch screen on the touch device; and C, carrying out misoperation prevention treatment in the isolated area to prevent users from conducting wrong touch operations in the isolated area. By means of the method for preventing misoperation in the touch device and the device thereof, the touch position of a hand and an edge can be sensed through the pressure sensor, and an operation area of the touch screen can be reasonably adjusted, so that the problem that misoperation can be caused easily on the screen edge under the circumference of narrow frames or large-dimension screens can be effectively solved, simultaneously, the shortcomings of invalid touch caused by shielding the screen edge for operation can be overcome, and user experience is improved.
Description
Technical field
The present invention relates to the handheld terminal field, relate in particular to the method and the device thereof that prevent maloperation in a kind of touch control device.
Background technology
Along with popularizing of capacitive touch screen, the widespread use of large scale screen on mobile device especially in recent years, for the overall dimensions that brings better visual experience and reduce mobile device as much as possible to the user, the application of narrow frame design is more and more widely.Yet, when narrow frame designs and brings visual experience preferably to the user, also face a unavoidable problem, be exactly when user's one-handed performance, may touch effective touch area at Touch Screen edge because of carelessness, cause mobile device to produce maloperation.
Summary of the invention
In prior art, the user the present invention proposes a kind of method and device thereof that prevents maloperation in touch control device in the defective that may have maloperation on the edge of holding of handheld touch equipment.
It is a kind of method that prevents maloperation in touch control device of structure that the present invention solves the technical scheme that the prior art problem adopts, and this method comprises:
A, the pressurized zone on the described touch control device of pressure sensor senses outside the Touch Screen;
B determines area of isolation according to the shape of the outer pressurized zone of Touch Screen on the described touch control device in described Touch Screen;
C does the processing that prevents maloperation in described area of isolation, prevent that the user from making the touch control operation that makes mistake in described area of isolation.
Described steps A comprises following substep:
A1, when the user handed described touch control device, pressure transducer was determined area and the pressure on described pressurized zone of the pressurized zone outside the Touch Screen on the described touch control device;
A2 calculates the length of the part that the Touch Screen of described pressurized zone and described touch control device has a common boundary according to the shape of described pressurized zone.
Step B comprises following substep:
B1, statistical study user use the misuse rate of this touch control device and position and the shape information in maloperation zone, generate an isolation function, perhaps by the default described isolation function of this equipment;
B2 determines the shape of described area of isolation according to the pressure on described pressurized length, the described pressurized zone and described isolation function.
Step C comprises following substep:
C1 is to the time-delay of the touch event in described area of isolation response; Perhaps,
C2 stops response to the touch event in described area of isolation; Perhaps,
C3 ejects whether to confirm the prompt window that responds to the touch event in described area of isolation.
This method is further comprising the steps of:
D controls this touch control device by a control and whether opens the maloperation pattern that prevents, if this control is in opening, and this touch control device opening pressure sensor then, and the touch event in described area of isolation done the processing that prevents maloperation; Be in closed condition as if this control, then this touch control device closing presure sensor.
A kind of device that prevents maloperation in touch control device comprises:
Pressure transducer is used for the pressurized zone outside the Touch Screen on the described touch control device of detecting;
Computing module is used for determining area of isolation according to the shape of the outer pressurized zone of Touch Screen on the described touch control device at described Touch Screen;
Processing module is used for doing the processing that prevents maloperation in described area of isolation, prevents that the user from making the touch control operation that makes mistake in described area of isolation.
Pressure sensor module also is used for when the user hands described touch control device, the area of the pressurized zone on the described touch control device of pressure sensor senses outside the Touch Screen and the pressure on described pressurized zone;
Computing module also is used for calculating according to the shape of described pressurized zone the length of part of the Touch Screen boundary of described pressurized zone and described touch control device.
Described computing module also comprises isolation function unit and area of isolation unit, wherein,
The isolation function unit is used for the statistical study user and uses the misuse rate of this touch control device and position and the shape information in maloperation zone, generates an isolation function, perhaps by the default described isolation function of this equipment;
The area of isolation unit is used for determining according to the pressure on described pressurized length, the described pressurized zone and described isolation function the shape of described area of isolation.
Described processing module comprises the time-delay response unit, stops response unit and affirmation response unit, wherein,
The time-delay response unit is used for the time-delay of the touch event in described area of isolation response;
Stopping response unit being used for the touch event in described area of isolation is stopped response;
Confirm that response unit is used for the touch event in described area of isolation is ejected whether confirm the prompt window that responds.
This device also comprises for this device of control whether opening the control that prevents the maloperation pattern, and described control comprises opens unit and closing unit, wherein,
Described unlatching unit is used for opening control, makes processing module do the processing that prevents maloperation to the touch event in described area of isolation;
Described closing unit is used for closing control, and closes described pressure transducer.
Implement the present invention, contact position by working pressure sensor detecting hand and edge, reasonably adjust the operating area of touch screen, solved the problem in narrow frame or the easy maloperation in sub-screen edge of large scale screen effectively, simultaneously, shield the invalid drawback of touch-control that the screen edge operation brings before also having solved, strengthened user's experience.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples, in the accompanying drawing:
Fig. 1 is the process flow diagram of the method that prevents maloperation in touch control device that provides of preferred embodiment of the present invention;
Fig. 2 is the particular flow sheet of the steps A of method shown in Figure 1;
Fig. 3 is the particular flow sheet of the step B of method shown in Figure 1;
Fig. 4 is the particular flow sheet of the step C of method shown in Figure 1;
Fig. 5 is the particular flow sheet of the step D of method shown in Figure 1;
Fig. 6 is the structured flowchart of the device that prevents maloperation in touch control device that provides of preferred embodiment of the present invention.
Embodiment
Be the process flow diagram of the method that in touch control device, prevents maloperation that provides of preferred embodiment of the present invention as shown in Figure 1.
Steps A, the pressurized zone on the pressure sensor senses touch control device outside the Touch Screen.The mentioned handheld touch equipment of the present invention comprises the equipment such as mobile phone, panel computer and PDA that have Touch Screen, and its profile is generally rectangular parallelepiped.Pressure transducer is installed in the non-touch area of this equipment, and four sides the capping behind Touch Screen face and the battery relative with Touch Screen are for example detected the pressurized situation of four sides of this equipment.Be appreciated that palm contacts with the side of this equipment when the user hands or holds this equipment, palm will be bestowed the certain pressure in side of this equipment.
Be the particular flow sheet of the steps A of method shown in Figure 1 as shown in Figure 2.
Steps A 1, when the user handed this touch control device, pressure transducer was determined area and the pressure on this pressurized zone of the pressurized zone outside the Touch Screen on this touch control device.As above routine described, the pressurized zone that is built in this equipment side of pressure sensor senses of these four sides of equipment is worked as this equipment of user's single-hand held (being general mobile phone using method), when perhaps both hands are held this equipment (being general panel computer using method), the pressurized zone of the pressure sensor senses side of four sides of this equipment, simultaneously, be recorded in pressure on the pressurized zone.
Steps A 2 is calculated the length of pressurized zone and the part of the Touch Screen boundary of this touch control device according to the shape of pressurized zone.Be appreciated that, the pressurized zone of this equipment side is normally irregularly shaped, for example, when user's both hands hold the relative side of two of this equipment, the pressurized zone that the sensor of two relative sides is detected respectively is S1, S2, because S1 and S2 are irregularly shaped, the length of the part of the Touch Screen of pressurized zone and this touch control device boundary namely is S1 and the S2 length of the projection on the plane at screen surface place respectively so.Perhaps, since the length of pressurized zone S1 and S2 and Touch Screen boundary might not be its projection on plane, screen place maximum length (namely, the part of might having a common boundary has only a bit of, but the pressurized zone middle body is longer), so also can get the maximum length of its projection on plane, screen place as the length of the part of the Touch Screen boundary of pressurized zone and this touch control device.
Step B determines area of isolation according to the shape of the outer pressurized zone of Touch Screen on this touch control device in this Touch Screen.
Be the particular flow sheet of the step B of method shown in Figure 1 as shown in Figure 3.
Step B1, statistical study user use the misuse rate of this touch control device and position and the shape information in maloperation zone, generate an isolation function, perhaps by default this isolation function of this equipment.This equipment is collected user's the information of controlling in a period of time, statistical is separated out the user and is used the misuse rate of this equipment and the range information in maloperation zone, or the misuse rate in this different maloperation regional extent, and generate an isolation function according to these calculation of parameter.Be appreciated that this isolation function is also predeterminable among this equipment, namely by equipment vendors user's operating position carried out survey, perhaps the usage behavior to the user carries out sunykatuib analysis, thereby calculates this isolation function.
Step B2 determines area of isolation according to the pressure on pressurized length, the pressurized zone and isolation function.The independent variable of above-mentioned isolation function is pressurized length and the pressure of above-mentioned record, and dependent variable is width or the radius of the area of isolation in the screen of this equipment.For example, operation relation according to above-mentioned isolation function, setting is long with above-mentioned boundary length or projected length, be that wide rectangle is area of isolation with the certain-length that extends to screen center, perhaps according to the operation relation of above-mentioned isolation function, be that radius, certain position are that the semicircle in the center of circle is area of isolation with the certain-length.
Step C does the processing that prevents maloperation in area of isolation, prevent that the user from making the touch control operation that makes mistake in area of isolation.
Be the particular flow sheet of the step C of method shown in Figure 1 as shown in Figure 4.
Step C1 is to the time-delay of the touch event in this area of isolation response.Behind the area of isolation that calculates in screen, this equipment is done the processing that prevents maloperation to the touch event in area of isolation, and this preset rules is to the time-delay of the touch event in this area of isolation response.For example, when the user is intended to carry out an operation (for example clicking application icon M), the downslide of clicking this area of isolation drags the hurdle, then the operation delay to the downslide screen content responds, for example delayed time one second, at this moment, when in one second, correctly clicking application icon M as if the user, can open application program M, and can not cause the operation of downslide screen content.
Simultaneously, this preset rules also can be step C2, and the touch event in this area of isolation is stopped response.As above routine described, when the user is intended to carry out an operation (for example clicking application icon M), the downslide of clicking this area of isolation drags the hurdle, then stop the operation of downslide screen content is responded, at this moment, if when the user correctly clicks application icon M, can open application program M, and can not cause the operation of downslide screen content.
This preset rules can also be step C3, and the touch event in this area of isolation is ejected whether to confirm the prompt window that responds.As above routine described, when the user is intended to carry out an operation (for example clicking application icon M), the downslide of clicking this area of isolation drags the hurdle, then at first eject the prompt window whether confirm the response of the operation of downslide screen content, if the user denies this response, then can not cause the operation of downslide screen content, at this moment, when the user correctly clicks application icon M, can open application program M; If the user confirms this response, then respond the operation to the downslide screen content at once.
Be the particular flow sheet of the step D of method shown in Figure 1 as shown in Figure 5.
Step D controls this touch control device by a control and whether opens the maloperation pattern that prevents, if this control is in opening, and this touch control device opening pressure sensor then, and the touch event in area of isolation done the processing that prevents maloperation; Be in closed condition as if this control, then this touch control device closing presure sensor.Concrete steps are:
Step D1 controls the maloperation pattern that prevents of this equipment by a control.This control can be built in the system option of this equipment, and the maloperation pattern that prevents of whether opening this equipment is controlled, and for example, this control has two state of a controls, opens to prevent the maloperation pattern and close the maloperation pattern.Be appreciated that this control also can be arranged at the screen clear area, the demonstration of controlling this control by default gesture operation with close.
Step D2 judges whether this control is in opening.If this control is in opening, namely corresponding the unlatching when preventing the maloperation pattern is then corresponding, when this control is in closed condition, closes the maloperation pattern that prevents.
Step D3 is if judge when this control is in opening the opening pressure sensor.At this moment, pressure transducer begins to detect pressurized zone and corresponding pressure.
Step D4, the touch event in area of isolation is done the processing that prevents maloperation.Processing mode is as above routine described, needn't give unnecessary details at this.
Step D5 is if judge when this control is in closed condition the closing presure sensor.At this moment, pressure transducer is not worked, this device shutdown maloperation pattern, and the screen touch-control is in normal operating state.
Be the apparatus structure block diagram that maloperation is provided in the handheld touch equipment that provides of preferred embodiment of the present invention as Fig. 6.
This device comprises pressure transducer 10, and the pressurized zone of 10 pairs of equipment sides of pressure transducer is detected.The mentioned handheld touch equipment of the present invention comprises the equipment such as mobile phone, panel computer and PDA that have Touch Screen.Be appreciated that palm contacts with the side of this equipment when the user hands or holds this equipment, palm will be bestowed the certain pressure in side of this equipment.
When the user hands this equipment, the pressurized zone of pressure transducer 10 these equipment sides of detecting and the pressure on pressurized zone.Be built in the pressurized zone of pressure transducer 10 these equipment sides of detecting of this equipment side, for example, this equipment is a rectangular structure, end face and bottom surface are respectively Touch Screen and battery bonnet, simultaneously, four sides of this equipment all are mounted with pressure transducer 10, when this equipment of user's single-hand held (for example mobile phone), when perhaps both hands are held this equipment (for example panel computer), the pressurized zone of the pressure transducer 10 detecting sides of four sides of this equipment, simultaneously, be recorded in pressure on the pressurized zone.
Calculate the length of pressurized zone and the part of the Touch Screen boundary of this touch control device according to the shape of pressurized zone.According to the pressurized zone of pressure transducer 10 detecting, calculate the part that the Touch Screen with this touch control device has a common boundary, and be parallel to the length of this device end.Be appreciated that, the pressurized zone of this equipment side is irregularly shaped, for example, when user's both hands hold the relative side of two of this equipment, the pressurized zone that the sensor of two relative sides is detected respectively is S1, S2, because S1 and S2 are irregularly shaped, the length of the part of the Touch Screen of pressurized zone and this touch control device boundary namely is S1 and the S2 length of the projection on the plane at screen surface place respectively so.Perhaps, since the length of pressurized zone S1 and S2 and Touch Screen boundary might not be its projection on plane, screen place maximum length (namely, the part of might having a common boundary has only a bit of, but the pressurized zone middle body is longer), so also can get the maximum length of its projection on plane, screen place as the length of the part of the Touch Screen boundary of pressurized zone and this touch control device.
This device also comprises computing module 20, and this module is determined area of isolation according to the shape of the outer pressurized zone of Touch Screen on the touch control device in Touch Screen.Wherein, computing module also comprises isolation function unit 21 and area of isolation unit 22.
Use the misuse rate of this touch control device and position and the shape information in maloperation zone by isolation function unit 21 statistical study users, generate an isolation function, perhaps by the default isolation function of this equipment.User's the information of controlling is collected in isolation function unit 21 in a period of time, statistical is separated out the user and is used the misuse rate of this equipment and the range information in maloperation zone, or the misuse rate in this different maloperation regional extent, and generate an isolation function according to these calculation of parameter.Be appreciated that this isolation function is also predeterminable among this equipment, namely by equipment vendors user's operating position carried out survey, perhaps the usage behavior to the user carries out sunykatuib analysis, thereby calculates this isolation function.
The shape of described area of isolation is determined in area of isolation unit 22 according to the pressure on pressurized length, the pressurized zone and isolation function.The independent variable of above-mentioned isolation function is pressurized length and the pressure of above-mentioned record, and dependent variable is width or the radius of the area of isolation in the screen of this equipment.For example, operation relation according to above-mentioned isolation function, setting is long with above-mentioned boundary length or projected length, be that wide rectangle is area of isolation with the certain-length that extends to screen center, perhaps according to the operation relation of above-mentioned isolation function, be that radius, certain position are that the semicircle in the center of circle is area of isolation with the certain-length.
This device also comprises processing module 30, and 30 pairs of touch events in area of isolation of processing module are done the processing that prevents maloperation, prevent user misoperation.Wherein, processing module 30 comprises time-delay response unit 31, stops response unit 32 and confirms response unit 33.
31 pairs of touch event time-delay responses in area of isolation of time-delay response unit.Behind the area of isolation that calculates in screen, 31 pairs of touch events in area of isolation of time-delay response unit are done the processing that prevents maloperation, and this preset rules is to the time-delay of the touch event in this area of isolation response.For example, when the user is intended to carry out an operation (for example clicking application icon M), the downslide of clicking this area of isolation drags the hurdle, then the delay time operation delay response of 31 pairs of downslide screen contents of response unit, for example delayed time one second, at this moment, when in one second, correctly clicking application icon M as if the user, can open application program M, and can not cause the operation of downslide screen content.
Stop 32 pairs of touch events in area of isolation of response unit and stop response.As above routine described, when the user is intended to carry out an operation (for example clicking application icon M), the downslide of clicking this area of isolation drags the hurdle, then stopping response unit 32 stops the operation of downslide screen content is responded, at this moment, if when the user correctly clicks application icon M, can open application program M, and can not cause the operation of downslide screen content.
Confirm whether 33 pairs of touch events ejections in area of isolation of response unit confirm the prompt window that responds.As above routine described, when the user is intended to carry out an operation (for example clicking application icon M), the downslide of clicking this area of isolation drags the hurdle, confirm that then response unit 33 at first ejects the prompt window of whether confirming the response of the operation of downslide screen content, if the user denies this response, then can not cause the operation of downslide screen content, at this moment, when the user correctly clicks application icon M, can open application program M; If the user confirms this response, then respond the operation to the downslide screen content at once.
This device also comprises for this device of control whether opening the control 40 that prevents the maloperation pattern, and wherein, this control 40 comprises opens unit 41 and closing unit 42.
In this device, whether open the maloperation pattern that prevents by control 40 these equipment of control, be in opening if open unit 41 these controls 40 of control, this opening of device pressure transducer 10 then, and the touch event in described area of isolation done the processing that prevents maloperation; If closing unit 42 these controls 40 of control are in closed condition, then this device shutdown pressure transducer 10.Specifically: by the maloperation pattern that prevents of control 40 these equipment of control.This control 40 can be built in the system processor of this equipment, and the maloperation pattern that prevents of whether opening this equipment is controlled, and for example, this control 40 has two state of a controls, opens to prevent the maloperation pattern and close the maloperation pattern.Be appreciated that this control 40 also can be arranged at the screen clear area with opening unit 41 and closing unit 42, carries out control operation by default gesture operation.
This device judges whether this control 40 is in opening, if this control 40 is in opening, namely corresponding unlatching unit 41 unlatchings prevent the maloperation pattern, and corresponding, when this control 40 was in closed condition, closing unit 42 was closed the maloperation pattern that prevents.If judge and open unit 41 opening pressure sensors 10 when this control 40 is in opening.At this moment, pressure transducer 10 begins to detect pressurized zone and corresponding pressure.Simultaneously, the touch event in area of isolation is done the processing that prevents maloperation.Processing mode is as above routine described, needn't give unnecessary details at this.If judge when this control 40 is in closed condition closing unit 42 closing presure sensors 10.At this moment, pressure transducer 10 is not worked, and closing unit 42 is closed the maloperation pattern, and the screen touch-control is in normal operating state.
Should be understood that, for those of ordinary skills, can be improved according to the above description or conversion, and all these improvement and conversion all should belong to the protection domain of claims of the present invention.
Claims (10)
1. a method that prevents maloperation in touch control device is characterized in that, may further comprise the steps:
A, the pressurized zone on the described touch control device of pressure sensor senses outside the Touch Screen;
B determines area of isolation according to the shape of the outer pressurized zone of Touch Screen on the described touch control device in described Touch Screen;
C does the processing that prevents maloperation in described area of isolation, prevent that the user from making the touch control operation that makes mistake in described area of isolation.
2. the method that prevents maloperation in touch control device according to claim 1 is characterized in that, described steps A comprises following substep:
A1, when the user handed described touch control device, pressure transducer was determined area and the pressure on described pressurized zone of the pressurized zone outside the Touch Screen on the described touch control device;
A2 calculates the length of the part that the Touch Screen of described pressurized zone and described touch control device has a common boundary according to the shape of described pressurized zone.
3. the method that prevents maloperation in touch control device according to claim 2 is characterized in that, step B comprises following substep:
B1, statistical study user use the misuse rate of this touch control device and position and the shape information in maloperation zone, generate an isolation function, perhaps by the default described isolation function of this equipment;
B2 determines the shape of described area of isolation according to the pressure on described pressurized length, the described pressurized zone and described isolation function.
4. the method that prevents maloperation in handheld touch equipment according to claim 3 is characterized in that, step C comprises following substep:
C1 is to the time-delay of the touch event in described area of isolation response; Perhaps,
C2 stops response to the touch event in described area of isolation; Perhaps,
C3 ejects whether to confirm the prompt window that responds to the touch event in described area of isolation.
5. the method that prevents maloperation in touch control device according to claim 4 is characterized in that, and is further comprising the steps of:
D controls this touch control device by a control and whether opens the maloperation pattern that prevents, if this control is in opening, and this touch control device opening pressure sensor then, and the touch event in described area of isolation done the processing that prevents maloperation; Be in closed condition as if this control, then this touch control device closing presure sensor.
6. a device that prevents maloperation in touch control device is characterized in that, comprising:
Pressure transducer is used for the pressurized zone outside the Touch Screen on the described touch control device of detecting;
Computing module is used for determining area of isolation according to the shape of the outer pressurized zone of Touch Screen on the described touch control device at described Touch Screen;
Processing module is used for doing the processing that prevents maloperation in described area of isolation, prevents that the user from making the touch control operation that makes mistake in described area of isolation.
7. the device that in touch control device, prevents maloperation according to claim 6, it is characterized in that, pressure sensor module also is used for when the user hands described touch control device, the area of the pressurized zone on the described touch control device of pressure sensor senses outside the Touch Screen and the pressure on described pressurized zone;
Computing module also is used for calculating according to the shape of described pressurized zone the length of part of the Touch Screen boundary of described pressurized zone and described touch control device.
8. the device that prevents maloperation in touch control device according to claim 7 is characterized in that, described computing module also comprises isolation function unit and area of isolation unit, wherein,
The isolation function unit is used for the statistical study user and uses the misuse rate of this touch control device and position and the shape information in maloperation zone, generates an isolation function, perhaps by the default described isolation function of this equipment;
The area of isolation unit is used for determining according to the pressure on described pressurized length, the described pressurized zone and described isolation function the shape of described area of isolation.
9. the device that prevents maloperation in touch control device according to claim 8 is characterized in that, described processing module comprises the time-delay response unit, stops response unit and affirmation response unit, wherein,
The time-delay response unit is used for the time-delay of the touch event in described area of isolation response;
Stopping response unit being used for the touch event in described area of isolation is stopped response;
Confirm that response unit is used for the touch event in described area of isolation is ejected whether confirm the prompt window that responds.
10. the device that prevents maloperation in touch control device according to claim 9 is characterized in that, also comprises for this device of control whether opening the control that prevents the maloperation pattern, and described control comprises opens unit and closing unit, wherein,
Described unlatching unit is used for opening control, makes processing module do the processing that prevents maloperation to the touch event in described area of isolation;
Described closing unit is used for closing control, and closes described pressure transducer.
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Address after: Changan town in Guangdong province Dongguan 523860 usha Beach Road No. 18 Patentee after: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS Corp.,Ltd. Address before: Changan town in Guangdong province Dongguan 523860 usha Beach Road No. 18 Patentee before: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS Corp.,Ltd. |
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