CN103019562A - Terminal and control tray configuration method - Google Patents
Terminal and control tray configuration method Download PDFInfo
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- CN103019562A CN103019562A CN2012105258631A CN201210525863A CN103019562A CN 103019562 A CN103019562 A CN 103019562A CN 2012105258631 A CN2012105258631 A CN 2012105258631A CN 201210525863 A CN201210525863 A CN 201210525863A CN 103019562 A CN103019562 A CN 103019562A
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Abstract
The invention provides a terminal. The terminal comprises an operating mode determination unit and a configuration unit, wherein the operating mode determination unit is used for determining the operating mode adopted by a user currently; the configuration unit is used for configuring a control tray corresponding to the determined operating mode; and the control tray is used for displaying an operation object corresponding to the current display interface. Correspondingly, the invention also provides a control tray configuration method. According to the technical scheme of the invention, aiming at a large-screen terminal, the control tray applicable to the current operating module can be configured according to an actual operating mode of the user, so that the operating objects in the control tray are operated by the user conveniently; and the large-screen terminal is operated by the user conveniently.
Description
Technical field
The present invention relates to the mobile communication technology field, in particular to a kind of terminal and a kind of control tray arrangement method.
Background technology
At present, in order to cater to the demand of consumer entertainment or work, the screen of terminal increases gradually, and for the operand (for example button, icon) of user operation display interface be fix, be distributed on the whole screen, because terminal screen is larger, user's finger need to move larger scope just can touch some operand, is not easy to very much user's operation, especially for the scene of one-handed performance, more inconvenient.
Therefore, correlation technique is not considered user's operating habit, especially for the operating habit of large-size screen monitors terminal, finger is larger in the mobile scope of screen, particularly when one-handed performance, because finger touch is less than icon far away on the screen, and make the operation difficult.
Therefore, need a kind of control tray arrangement mode that makes things convenient for the operand on user's operation and control interface, satisfy the user for the touch terminal especially operating habit of the touch terminal of giant-screen.
Summary of the invention
Consider the above-mentioned background technology, an object of the present invention is to provide a kind of control tray arrangement technology, according to user's operator scheme, configuration meets the control pallet of this operator scheme, and is user-friendly.
According to an aspect of the present invention, provide a kind of terminal, having comprised: operational mode determining unit, for the operator scheme of determining the current employing of user; Dispensing unit is used for the configuration control pallet corresponding with the described operator scheme of determining, described control pallet is used for showing the operand corresponding with current display interface.
The control pallet is integrated can be for the operand of user's operation in the terminal current display interface, icon for example, virtual key, control, the user need not to seek corresponding operand and touches in terminal interface, click, only need in the control pallet, corresponding operand to be operated, made things convenient for user's operation, and the operator scheme during owing to user's operating terminal is not what fix, the corresponding operating habit of different operator schemes is also different, in order further to satisfy this operating habit, make the control pallet of configuration can meet corresponding operator scheme, further facilitate user's operation, improve operating efficiency.
In technique scheme, preferred, described dispensing unit also can be with the change dynamic change of the operating position under the described operator scheme for display position and/or the display shape of described control pallet; The quantity of described control pallet can be according to the switching dynamic change of described operator scheme.
Be under the corresponding operator scheme, the operating position of user's operating terminal is that the position of hand held terminal may change, and the display position of operand also can change along with the variation of the position of hand held terminal in the display position, display shape of control pallet and the control pallet.For example judge current when being in the left-handed operation pattern, adjust display position and the display shape of control pallet according to the position of left-handed terminal, make the control pallet near left hand position, make things convenient for the left hand thumb to control the control pallet, and the operand in the control pallet is not fixed, along with the variation of the position of left-handed terminal, can corresponding adjustment control pallet in the position of operand.In addition, the quantity of control pallet also can be adjusted according to the switching of operator scheme, for example when the operator scheme of determining current employing is one-handed performance, can only show a control pallet, when the operator scheme of determining current employing is bimanualness, can show two control pallets, the operation that supplies respectively two hands.
In technique scheme, preferably, described dispensing unit can comprise: subelement is divided in the zone, be used for based on the complexity of the operating position under the described operator scheme and touch operation described control pallet being carried out the zone and divide, the zones of different of described control pallet is used for showing the operand of different operating frequency.
On certain operating position (hand-held position of holding terminal), with also be divided into zone and the relative zone that is not easy to touch that touches easily in its corresponding control pallet, therefore, can carry out the division in zone to the control pallet according to the complexity of touch operation, and operand important and that operating frequency is higher is arranged on the zone that touches easily, the relatively low operand of relatively unessential for example operating frequency is arranged on the zone that is not easy to touch, user-friendly.
In technique scheme, preferred, described operator scheme comprises one-handed performance pattern and bimanualness pattern; Described operational mode determining unit comprises sensor, determines the operator scheme of the current employing of described user by the detection signal of described sensor.
The one-handed performance pattern can comprise left-handed operation pattern and right-hand operated pattern.In this technical scheme, what employing sensor such as range sensor, temperature sensor, capacitive transducer etc. detected the current use of user is left hand, or the right hand, or both hands, thereby determines the operator scheme of current employing.
In technique scheme, preferred, a plurality of described sensor settings are at the housing place of terminal; Described operational mode determining unit also is used for detecting shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing does not detect shelter, the operator scheme of determining the current employing of described user is the left-handed operation pattern, and do not detect shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing detects shelter, the operator scheme of determining the current employing of described user is the right-hand operated pattern, and detect shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing detects shelter, perhaps the sensor in the 3rd side that is positioned at described housing detects shelter, and when the sensor that is positioned at the 4th side of described housing detected shelter, the operator scheme of determining the current employing of described user was the bimanualness pattern.
The current operator scheme that adopts can a plurality of sensors be set at the housing place of terminal in order accurately to judge, the number of sensor is more, and result of determination is more accurate.For example, according to operating habit, when terminal is in perpendicular screen state, whether the sensor on the terminal screen left side can be used for detecting the user and adopts left hand to operate, whether the sensor on terminal screen the right can be used for detecting the user and adopts the right hand to operate, similarly, and when terminal is in horizontal screen state, whether the sensor of terminal screen top can be used for detecting the user and adopts left hand to operate, and whether the sensor of terminal screen bottom can be used for detecting the user and adopt the right hand to operate.
According to a further aspect in the invention, also provide a kind of control tray arrangement method, having comprised: the operator scheme of determining the current employing of user; The control pallet that configuration is corresponding with the described operator scheme of determining, described control pallet are used for showing the operand corresponding with current display interface.
The control pallet is integrated can be for the operand of user's operation in the terminal current display interface, icon for example, virtual key, control, the user need not to seek corresponding operand and touches in terminal interface, click, only need in the control pallet, corresponding operand to be operated, made things convenient for user's operation, and the operator scheme during owing to user's operating terminal is not what fix, the corresponding operating habit of different operator schemes is also different, in order further to satisfy this operating habit, make the control pallet of configuration can meet corresponding operator scheme, further facilitate user's operation, improve operating efficiency.
In above-mentioned arbitrary technical scheme, preferred, the display position of described control pallet and/or display shape can be with the change dynamic changes of the operating position under the described operator scheme; The quantity of described control pallet can be according to the switching dynamic change of described operator scheme.
Be under the corresponding operator scheme, the operating position of user's operating terminal is that the position of hand held terminal may change, and the display position of operand also can change along with the variation of the position of hand held terminal in the display position, display shape of control pallet and the control pallet.For example judge current when being in the left-handed operation pattern, adjust display position and the display shape of control pallet according to the position of left-handed terminal, make the control pallet near left hand position, make things convenient for the left hand thumb to control the control pallet, and the operand in the control pallet is not fixed, along with the variation of the position of left-handed terminal, can corresponding adjustment control pallet in the position of operand.In addition, the quantity of control pallet also can be adjusted according to the switching of operator scheme, for example when the operator scheme of determining current employing is one-handed performance, can only show a control pallet, when the operator scheme of determining current employing is bimanualness, can show two control pallets, the operation that supplies respectively two hands.
In technique scheme, preferred, based on the complexity of the operating position under the described operator scheme and touch operation described control pallet to be carried out the zone and divide, the zones of different of described control pallet is used for showing the operand of different operating frequency.
On certain operating position (hand-held position of holding terminal), with also be divided into zone and the relative zone that is not easy to touch that touches easily in its corresponding control pallet, therefore, can carry out the division in zone to the control pallet according to the complexity of touch operation, and operand important and that operating frequency is higher is arranged on the zone that touches easily, the relatively low operand of relatively unessential for example operating frequency is arranged on the zone that is not easy to touch, user-friendly.
In technique scheme, preferred, described operator scheme comprises one-handed performance pattern and bimanualness pattern; Determine the operator scheme of the current employing of described user by the detection signal of sensor.
The one-handed performance pattern can comprise left-handed operation pattern and right-hand operated pattern.In this technical scheme, what employing sensor such as range sensor, temperature sensor, capacitive transducer etc. detected the current use of user is left hand, or the right hand, or both hands, thereby determines the operator scheme of current employing.
In technique scheme, preferred, a plurality of described sensor settings are at the housing place of terminal; Sensor in the first side that is positioned at described housing detects shelter, and the sensor that is positioned at the second side of described housing is not when detecting shelter, and the operator scheme of determining the current employing of described user is the left-handed operation pattern; Sensor in the first side that is positioned at described housing does not detect shelter, and the sensor that is positioned at the second side of described housing is when detecting shelter, and the operator scheme of determining the current employing of described user is the right-hand operated pattern; Sensor in the first side that is positioned at described housing detects shelter, and when the sensor that is positioned at the second side of described housing detects shelter, perhaps the sensor in the 3rd side that is positioned at described housing detects shelter, and when the sensor that is positioned at the 4th side of described housing detected shelter, the operator scheme of determining the current employing of described user was the bimanualness pattern.
The current operator scheme that adopts can a plurality of sensors be set at the terminal shell place in order accurately to judge, the number of sensor is more, and result of determination is more accurate.For example, according to operating habit, when terminal is in perpendicular screen state, whether the sensor on the terminal screen left side can be used for detecting the user and adopts left hand to operate, whether the sensor on terminal screen the right can be used for detecting the user and adopts the right hand to operate, similarly, and when terminal is in horizontal screen state, whether the sensor of terminal screen top can be used for detecting the user and adopts left hand to operate, and whether the sensor of terminal screen bottom can be used for detecting the user and adopt the right hand to operate.
According to technical scheme of the present invention, the current operation pattern that can judge intelligently the user is one-handed performance or bimanualness, judges hand-held position of holding terminal.Then the intelligent integrated loading control pallet corresponding with the current operation pattern that get makes things convenient for the user that terminal is operated to display interface.The icon of control in the pallet, button, control etc. can be arranged in different zones according to frequency of utilization, the operation for terminal is more prone to, especially can be conveniently for the operation of giant-screen terminal.
Description of drawings
Fig. 1 shows the according to an embodiment of the invention synoptic diagram of terminal;
Fig. 2 shows the synoptic diagram that arranges of sensor according to an embodiment of the invention;
Fig. 3 shows the detection side of sensor according to an embodiment of the invention to synoptic diagram;
Fig. 4 shows the process flow diagram of controlling according to an embodiment of the invention the tray arrangement method;
Fig. 5 shows the tray arrangement synoptic diagram that is in according to an embodiment of the invention the one-handed performance pattern;
Fig. 6 shows the tray arrangement synoptic diagram that is in according to an embodiment of the invention the bimanualness pattern.
Embodiment
In order more clearly to understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments the present invention is further described in detail.Need to prove that in the situation of not conflicting, the application's embodiment and the feature among the embodiment can make up mutually.
A lot of details have been set forth in the following description so that fully understand the present invention; but; the present invention can also adopt other to be different from other modes described here and implement, and therefore, protection scope of the present invention is not subjected to the restriction of following public specific embodiment.
Fig. 1 shows the according to an embodiment of the invention synoptic diagram of terminal.
As shown in Figure 1, terminal 100 according to an embodiment of the invention, comprising: operational mode determining unit 102, for the operator scheme of determining the current employing of user; Dispensing unit 104 is used for disposing control pallet corresponding to operator scheme of determining with operational mode determining unit 102, and this control pallet is used for showing the operand corresponding with current display interface.
The control pallet is integrated can be for the operand of user's operation in the terminal current display interface, icon for example, virtual key, control, the user need not to seek corresponding operand and touches in terminal interface, click, only need in the control pallet, corresponding operand to be operated, made things convenient for user's operation, and the operator scheme during owing to user's operating terminal is not what fix, the corresponding operating habit of different operator schemes is also different, in order further to satisfy this operating habit, make the control pallet of configuration can meet corresponding operator scheme, further facilitate user's operation, improve operating efficiency.
In technique scheme, preferably, dispensing unit 104 also is used for the display position of described control pallet and/or display shape are configured to can be with the change dynamic change of the operating position under the described operator scheme, or the quantity of described control pallet is configured to can be according to the switching dynamic change of described operator scheme.
Be under the corresponding operator scheme, the operating position of user's operating terminal is that the position of hand held terminal may change, and the display position of operand also can change along with the variation of the position of hand held terminal in the display position, display shape of control pallet and the control pallet.For example judge current when being in the left-handed operation pattern, adjust display position and the display shape of control pallet according to the position of left-handed terminal, make the control pallet near left hand position, make things convenient for the left hand thumb to control the control pallet, and the operand in the control pallet is not fixed, along with the variation of the position of left-handed terminal, can corresponding adjustment control pallet in the position of operand.In addition, the quantity of control pallet also can be adjusted according to the switching of operator scheme, for example when the operator scheme of determining current employing is one-handed performance, can only show a control pallet, when the operator scheme of determining current employing is bimanualness, can show two control pallets, the operation that supplies respectively two hands.
In technique scheme, preferably, dispensing unit 104 can comprise: subelement 1042 is divided in the zone, be used for based on the complexity of the operating position under the operator scheme and touch operation the control pallet being carried out the zone and divide, the zones of different of control pallet is used for showing the operand of different operating frequency.
On certain operating position (hand-held position of holding terminal), with also be divided into zone and the relative zone that is not easy to touch that touches easily in its corresponding control pallet, therefore, can carry out the division in zone to the control pallet according to the complexity of touch operation, and operand important and that operating frequency is higher is arranged on the zone that touches easily, the relatively low operand of relatively unessential for example operating frequency is arranged on the zone that is not easy to touch, user-friendly.
In technique scheme, preferred, described operator scheme comprises one-handed performance pattern and bimanualness pattern; Described operational mode determining unit 102 comprises sensor, determines the operator scheme of the current employing of described user by the detection signal of described sensor.
The one-handed performance pattern can comprise left-handed operation pattern and right-hand operated pattern.In this technical scheme, what employing sensor such as range sensor, temperature sensor, capacitive transducer etc. detected the current use of user is left hand, or the right hand, or both hands, thereby determines the operator scheme of current employing.
In technique scheme, preferred, a plurality of described sensor settings are at the housing place of terminal;
Described operational mode determining unit also is used for detecting shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing does not detect shelter, the operator scheme of determining the current employing of described user is the left-handed operation pattern, and do not detect shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing detects shelter, the operator scheme of determining the current employing of described user is the right-hand operated pattern, and detect shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing detects shelter, perhaps the sensor in the 3rd side that is positioned at described housing detects shelter, and when the sensor that is positioned at the 4th side of described housing detected shelter, the operator scheme of determining the current employing of described user was the bimanualness pattern.
The current operator scheme that adopts can a plurality of sensors be set at the terminal shell place in order accurately to judge, the number of sensor is more, and result of determination is more accurate.For example, according to operating habit, when terminal is in perpendicular screen state, whether the sensor on the terminal screen left side can be used for detecting the user and adopts left hand to operate, whether the sensor on terminal screen the right can be used for detecting the user and adopts the right hand to operate, similarly, and when terminal is in horizontal screen state, whether the sensor of terminal screen top can be used for detecting the user and adopts left hand to operate, and whether the sensor of terminal screen bottom can be used for detecting the user and adopt the right hand to operate.
Describe the plan of establishment of sensor in detail below in conjunction with Fig. 2 and Fig. 3.Fig. 2 shows the synoptic diagram that arranges of sensor according to an embodiment of the invention, and Fig. 3 shows the detection side of sensor according to an embodiment of the invention to synoptic diagram.
The number of sensor is more, and testing result is more accurate, is arranged at mobile phone take 4 range sensors in this embodiment and describes as example.
The position of sensor can be according to the structure of mobile phone, the factors such as size of screen, rational deployment.The housing place that is installed in terminal gets final product.As shown in Figure 2, at the bottom and upper segment of the screen of mobile phone 202 two sensors are set respectively, are respectively 20a, 20b in the top of screen, be respectively 20c, 20d in the bottom of screen, the detection side of sensor is to can be shown in the need arrow among the figure.
Can be according to following 2 settings of carrying out sensor:
A) scope of two sensor settings outside the side of the lcd screen left and right sides arranged.The sensor placement shown in Fig. 2 for example, sensor 20a and sensor 20c can avoid the erroneous judgement that causes when operating above screen when finger disconnected outside the side of the lcd screen left and right sides like this.
B) sensor location can not concentrate on side of terminal.If sensor all is installed in a side, can occur to have been blocked all sensors by a hand, do not detect an other hand and the situation of the judgement that makes a mistake, this point is even more important when using for horizontal screen.
Except set-up mode as shown in Figure 2, can also be with the end face of sensor setting in terminal, sensor 20e and sensor 20f can detect the position that hand grips mobile phone equally as shown in Figure 3.As seen in Figure 3, according to the detection angles of the position capable of regulating sensor of sensor, the detection side who makes sensor is to being in whole screen scope, rather than perpendicular to the terminal plane.
Next the sensor placement according to Fig. 2 illustrates operator scheme how to judge current employing, is one-handed performance or bimanualness.
1. if sensor 20a detects shelter always, sensor 20c does not detect shelter, judges that then current operator scheme is the left hand one-handed performance.
2. if sensor 20c detects shelter always, 20a does not detect shelter, and then being judged as current operator scheme is right hand one-handed performance.
3. if sensor 20b and sensor 20d all can detect shelter or other detection case, judge that then current operator scheme is bimanualness.
Fig. 4 shows the process flow diagram of controlling according to an embodiment of the invention the tray arrangement method.
As shown in Figure 4, control according to an embodiment of the invention the tray arrangement method, can may further comprise the steps: step 402, determine the operator scheme of the current employing of user; Step 404, the control pallet that configuration is corresponding with the operator scheme of determining, the control pallet is used for showing the operand corresponding with current display interface.
The control pallet is integrated can be for the operand of user's operation in the terminal current display interface, icon for example, virtual key, control, the user need not to seek corresponding operand and touches in terminal interface, click, only need in the control pallet, corresponding operand to be operated, made things convenient for user's operation, and the operator scheme during owing to user's operating terminal is not what fix, the corresponding operating habit of different operator schemes is also different, in order further to satisfy this operating habit, make the control pallet of configuration can meet corresponding operator scheme, further facilitate user's operation, improve operating efficiency.
Preferably, the display position of described control pallet and/or display shape can be with the change dynamic changes of the operating position under the described operator scheme; The quantity of described control pallet can be according to the switching dynamic change of described operator scheme.
Be under the corresponding operator scheme, the operating position of user's operating terminal is that the position of hand held terminal may change, and the display position of operand also can change along with the variation of the position of hand held terminal in the display position, display shape of control pallet and the control pallet.For example judge current when being in the left-handed operation pattern, adjust display position and the display shape of control pallet according to the position of left-handed terminal, make the control pallet near left hand position, make things convenient for the left hand thumb to control the control pallet, and the operand in the control pallet is not fixed, along with the variation of the position of left-handed terminal, can corresponding adjustment control pallet in the position of operand.In addition, the quantity of control pallet also can be adjusted according to the switching of operator scheme, for example when the operator scheme of determining current employing is one-handed performance, can only show a control pallet, when the operator scheme of determining current employing is bimanualness, can show two control pallets, the operation that supplies respectively two hands.
In technique scheme, preferred, based on the complexity of the operating position under the described operator scheme and touch operation described control pallet to be carried out the zone and divide, the zones of different of described control pallet is used for showing the operand of different operating frequency.
On certain operating position (hand-held position of holding terminal), with also be divided into zone and the relative zone that is not easy to touch that touches easily in its corresponding control pallet, therefore, can carry out the division in zone to the control pallet according to the complexity of touch operation, and operand important and that operating frequency is higher is arranged on the zone that touches easily, the relatively low operand of relatively unessential for example operating frequency is arranged on the zone that is not easy to touch, user-friendly.
In technique scheme, preferred, operator scheme comprises one-handed performance pattern and bimanualness pattern; Determine the operator scheme of the current employing of user by the detection signal of sensor.
The one-handed performance pattern can comprise left-handed operation pattern and right-hand operated pattern.In this technical scheme, what employing sensor such as range sensor, temperature sensor, capacitive transducer etc. detected the current use of user is left hand, or the right hand, or both hands, thereby determines the operator scheme of current employing.
In technique scheme, preferred, a plurality of described sensor settings are at the housing place of terminal;
Sensor in the first side that is positioned at described housing detects shelter, and the sensor that is positioned at the second side of described housing is not when detecting shelter, and the operator scheme of determining the current employing of described user is the left-handed operation pattern; Sensor in the first side that is positioned at described housing does not detect shelter, and the sensor that is positioned at the second side of described housing is when detecting shelter, and the operator scheme of determining the current employing of described user is the right-hand operated pattern; Sensor in the first side that is positioned at described housing detects shelter, and when the sensor that is positioned at the second side of described housing detects shelter, perhaps the sensor in the 3rd side that is positioned at described housing detects shelter, and when the sensor that is positioned at the 4th side of described housing detected shelter, the operator scheme of determining the current employing of described user was the bimanualness pattern.
The current operator scheme that adopts can a plurality of sensors be set at the housing place of terminal in order accurately to judge, the number of sensor is more, and result of determination is more accurate.For example, according to operating habit, when terminal is in perpendicular screen state, whether the sensor on the terminal screen left side can be used for detecting the user and adopts left hand to operate, whether the sensor on terminal screen the right can be used for detecting the user and adopts the right hand to operate, similarly, and when terminal is in horizontal screen state, whether the sensor of terminal screen top can be used for detecting the user and adopts left hand to operate, and whether the sensor of terminal screen bottom can be used for detecting the user and adopt the right hand to operate.
Next further specify according to the allocation plan of controlling pallet in conjunction with Fig. 5 and Fig. 6.
The control pallet is used for but the action button in the current interface, icon etc. are integrated into a pallet, and the display position of control pallet is determined according to hand-held position of holding terminal.Make things convenient for the user can the touch control pallet when one-handed performance on apart from hand action button far away.
At first judge current operator scheme according to sensor, if be judged as one-handed performance, the data that then obtain by sensor (for example range sensor) are judged the position of holding on mobile phone.
Determine after the position of the hand-held machine of shaking hands, at the position Loading Control pallet that the user operates easily, as shown in Figure 5, and by the user point touching of screen is calibrated adjustment to the position.
The position of control pallet can change according to the variation that hand grips the position of terminal, and shape also can change along with change in location.As shown in Figure 5, when detecting left hand one-handed performance terminal, control pallet 50 can be presented at the position that the left hand thumb can touch, movement along with left hand, control pallet 50 also again the left side of screen move up and down, and adjust corresponding shape, to meet the size of screen in good time.In like manner, when detecting right hand one-handed performance terminal, control pallet 50 can be presented at the position that hand thumb can touch.As shown in Figure 6, when detecting bimanualness, can generate two control pallets, be respectively applied to controlling of two hands, the quantity that therefore controls pallet can change according to the switching of operator scheme.Can certainly only have a control pallet, if the right-hand operated comparison operators share the operating habit at family, then this control pallet is presented at the position that the right hand can touch.
Although the control pallet can make things convenient for the user that the operand on the display interface is operated, but the zones of different in the control pallet is for specific operator scheme, the easy degree of its touch operation is different, for example, as shown in Figure 5, in one-handed performance pattern lower time leftward,, zone 210 is zones of the easiest touch operation of left hand thumb, take second place in zone 212, zone 214 is the zones that supply least easily left hand thumb touch operation.Therefore, can divide control pallet 50, can be presented at icon, the button most important, that operating frequency is the highest in the zone 210, and time important, operating frequency time high icon, button are presented in the zone 212, unessential, that operating frequency is not high icon, button are presented in the zone 214, further reach the purpose of handled easily.
In like manner, in bimanualness pattern lower time, as shown in Figure 6, corresponding every hand has a control pallet, can divide the control push-plate according to the easy degree of touch operation, the control pallet corresponding with left hand is divided into zone 220, zone 222 and zone 224, and the control pallet corresponding with the right hand is divided into zone 226, zone 228 and zone 230.
To sum up, according to technical scheme of the present invention, the current operation pattern that can judge intelligently the user is one-handed performance or bimanualness, judges hand-held position of holding terminal.Then the intelligent integrated loading control pallet corresponding with the current operation pattern that get makes things convenient for the user that terminal is operated to display interface.The icon of control in the pallet, button, control etc. can be arranged in different zones according to frequency of utilization, the operation for terminal is more prone to, especially can be conveniently for the operation of giant-screen terminal.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a terminal is characterized in that, comprising:
Operational mode determining unit is for the operator scheme of determining the current employing of user;
Dispensing unit is used for the configuration control pallet corresponding with the described operator scheme of determining, described control pallet is used for showing the operand corresponding with current display interface.
2. terminal according to claim 1, it is characterized in that, described dispensing unit also is used for the display position of described control pallet and/or display shape are configured to can be with the change dynamic change of the operating position under the described operator scheme, or the quantity of described control pallet is configured to can be according to the switching dynamic change of described operator scheme.
3. terminal according to claim 2, it is characterized in that, described dispensing unit comprises: subelement is divided in the zone, be used for based on the complexity of the operating position under the described operator scheme and touch operation described control pallet being carried out the zone and divide, the zones of different of described control pallet is used for showing the operand of different operating frequency.
4. each described terminal in 3 according to claim 1 is characterized in that described operator scheme comprises one-handed performance pattern and bimanualness pattern;
Described operational mode determining unit comprises sensor, determines the operator scheme of the current employing of described user by the detection signal of described sensor.
5. terminal according to claim 4 is characterized in that, a plurality of described sensor settings are at the housing place of terminal;
Described operational mode determining unit also is used for detecting shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing does not detect shelter, the operator scheme of determining the current employing of described user is the left-handed operation pattern, and do not detect shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing detects shelter, the operator scheme of determining the current employing of described user is the right-hand operated pattern, and detect shelter at the sensor of the first side that is positioned at described housing, and when the sensor that is positioned at the second side of described housing detects shelter, perhaps the sensor in the 3rd side that is positioned at described housing detects shelter, and when the sensor that is positioned at the 4th side of described housing detected shelter, the operator scheme of determining the current employing of described user was the bimanualness pattern.
6. a control tray arrangement method is characterized in that, comprising:
Determine the operator scheme of the current employing of user;
The control pallet that configuration is corresponding with the described operator scheme of determining, described control pallet are used for showing the operand corresponding with current display interface.
7. control tray arrangement method according to claim 6 is characterized in that, the display position of described control pallet and/or display shape can be with the change dynamic changes of the operating position under the described operator scheme;
The quantity of described control pallet can be according to the switching dynamic change of described operator scheme.
8. control tray arrangement method according to claim 7, it is characterized in that, based on the complexity of the operating position under the described operator scheme and touch operation described control pallet is carried out the zone and divide, the zones of different of described control pallet is used for showing the operand of different operating frequency.
9. each described control tray arrangement method in 8 according to claim 6 is characterized in that described operator scheme comprises one-handed performance pattern and bimanualness pattern;
Determine the operator scheme of the current employing of described user by the detection signal of sensor.
10. control tray arrangement method according to claim 9 is characterized in that, a plurality of described sensor settings are at the housing place of terminal;
Sensor in the first side that is positioned at described housing detects shelter, and the sensor that is positioned at the second side of described housing is not when detecting shelter, and the operator scheme of determining the current employing of described user is the left-handed operation pattern;
Sensor in the first side that is positioned at described housing does not detect shelter, and the sensor that is positioned at the second side of described housing is when detecting shelter, and the operator scheme of determining the current employing of described user is the right-hand operated pattern;
Sensor in the first side that is positioned at described housing detects shelter, and when the sensor that is positioned at the second side of described housing detects shelter, perhaps the sensor in the 3rd side that is positioned at described housing detects shelter, and when the sensor that is positioned at the 4th side of described housing detected shelter, the operator scheme of determining the current employing of described user was the bimanualness pattern.
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