CN102004597B - Terminal and method for operating interface of terminal - Google Patents
Terminal and method for operating interface of terminal Download PDFInfo
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- CN102004597B CN102004597B CN200910092132A CN200910092132A CN102004597B CN 102004597 B CN102004597 B CN 102004597B CN 200910092132 A CN200910092132 A CN 200910092132A CN 200910092132 A CN200910092132 A CN 200910092132A CN 102004597 B CN102004597 B CN 102004597B
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Abstract
The invention discloses a terminal and a method for operating an interface of the terminal so as to solve the problems of inconvenient operation, low efficiency and single behavior on operating an interface object when the traditional terminal with single-track balls positions the interface object. The method comprises the following steps of: detecting electric signals of a plurality of triggered track balls in the process of carrying out interface operation by using the track balls; respectively confirming the kinetic properties of all triggered track balls according to the electric signals of the detected track balls, confirming the kinetic property of associated movement of the track balls according to the kinetic property of each triggered track ball and generating a corresponding interface operating command according to the kinetic property of the associated movement; and carrying out corresponding operation on the interface of the terminal according to the interface operating command. The technical scheme of the invention improves the accuracy and the efficiency of object positioning and can provide more abundant operating behavior and meet the individualized requirement of a user.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of terminal and method of operating is carried out at a kind of interface to the terminal.
Background technology
At present, what the single-track ball had obtained uses comparatively widely, as the single-track ball is embedded in portable terminal, keyboard etc.; Its principle of work and inner structure and common mouse are similar, but because it has changed the mode that mouse adopts roller, are set to ball seat and fix; Directly stir trace ball with hand and control moving of cursor, therefore, trace ball is compared to common mouse; In use; Only need be through stirring the operation that trace ball can be oriented the object in the graphical interfaces and accomplish appointment, thus raise the efficiency, and it is more convenient to use.
As shown in Figure 1, be a kind of portable terminal (like mobile phone terminal) in the prior art with single-track ball, this portable terminal comprises the main frame 14 of the display screen 11, operation push-button 12, trace ball 13 and the portable terminal that are installed on the terminal shell front.When finger is stirred on the ball of trace ball 13; Ball rotates; Be transformed on 4 back shafts through the mobile message of friction force ball; The wheel at back shaft edge cuts off passage of light when the rolling of axle, thereby in photoelectric coupled device, converts the mobile message of trace ball to corresponding electric signal, accomplishes the collection of trace ball mobile message then.
At present,, the single-track ball improved service efficiency on the terminal though being installed, because the structure setting of trace ball itself makes the terminal that the single-track ball is installed still have following defective:
Defective one: stir trace ball one time, the moving range of cursor is limited, will be cost to reduce the interface object bearing accuracy then if will enlarge the cursor moving range; If will improve the interface object bearing accuracy, the cursor moving range in the time of then will reducing once to stir the trace ball operation.Like this, when optional object number is huge at the interface, locate required selected object through the mode of stirring each object of trace ball traversal, inconvenient operation, the efficient of locating required object is lower.
Defective two: at the terminal when browsing pictures, webpage, electronic chart or three-dimensional model; If in the time of need carrying out operation such as translation, convergent-divergent, rotation to the object of current browsing; Need the input multidimensional information could realize aforesaid operations, and be difficult to realize aforesaid operations at the terminal that only has the single-track ball.
At present; Though can realize operation such as translation, convergent-divergent, rotation through multi-contact touch screen to picture, webpage, map or three-dimensional model; But because present multiconductor technology is to be based upon (the Liquid-crystal display to LCD; The level signal of contact is obtained in the scanning of each pixel LCD); With the operation behavior of confirming to carry out, when the continuous increase along with pixel quantity, the efficient of confirming to carry out operation behavior through the mode of this kind scanning element point is lower; In addition, because the contact recognition speed of multiconductor display technique is lower, therefore, its operation behavior to object is not abundant, more single.
Summary of the invention
The embodiment of the invention provides a kind of terminal with a plurality of trace balls, when solving existing terminal positioning interface object with single-track ball inconvenient operation, efficient is lower and the problem single to the operation behavior of interface object.
A kind of terminal comprises:
At least two trace balls;
Detecting unit is used for detecting and is using trace ball to carry out the electric signal of N trace ball in said at least two trace balls that the interface operation process is triggered, wherein N >=2;
Operation behavior is confirmed the unit; Be used for electric signal according to detected trace ball; Determine the kinetic property of each trace ball that is triggered respectively; And determine the synkinetic kinetic property of a said N trace ball, and generate corresponding interface operation order according to this synkinetic kinetic property according to the kinetic property of each trace ball that is triggered;
The operation behavior performance element is used for according to said interface operation order corresponding operating being carried out at the interface at said terminal.
Method of operating is carried out at a kind of interface to the terminal, and said terminal is provided with at least two trace balls, and this method comprises:
The electric signal of N the trace ball of detection in said at least two trace balls of using trace ball to carry out being triggered in the interface operation process, wherein N >=2;
Electric signal according to detected trace ball; Determine the kinetic property of each trace ball that is triggered respectively; And determine the synkinetic kinetic property of a said N trace ball, and generate corresponding interface operation order according to this synkinetic kinetic property according to the kinetic property of each trace ball that is triggered;
According to said interface operation order corresponding operating is carried out at the interface at said terminal.
In the embodiment of the invention; At first detect the electric signal that has N the trace ball (N >=2) in said at least two trace balls that the trace ball on the terminal of at least two trace balls carries out being triggered in the interface operation process in use; Determine the kinetic property of each trace ball that is triggered again respectively according to the electric signal of detected trace ball; And determine the synkinetic kinetic property of a said N trace ball according to the kinetic property of each trace ball that is triggered; And generate the order of corresponding interface operation according to this synkinetic kinetic property, according to this interface operation order corresponding operating is carried out at the interface at said terminal at last.Adopt technical scheme of the present invention, can realize operation through a plurality of trace balls that operation has on the terminal of many trace balls, thereby make the interface, abundanter to the operation behavior of interface operation; In addition, orient interface object, thereby improved accuracy and efficient the interface object location through operating a plurality of trace balls.
Description of drawings
Fig. 1 is for having the synoptic diagram at single-track ball terminal in the prior art;
Fig. 2 is for having the synoptic diagram at the terminal of many trace balls in the embodiment of the invention;
Fig. 3 is the structural representation of the main frame at terminal in the embodiment of the invention;
The process flow diagram of Fig. 4 for using a plurality of trace balls that the interface at terminal is operated in the embodiment of the invention;
Fig. 5 A, Fig. 5 B, Fig. 5 C are respectively and use a plurality of trace balls the interface object at terminal to be carried out the synoptic diagram of translation, rotation, positioning action in the embodiment of the invention.
Embodiment
Below in conjunction with Figure of description the embodiment of the invention is carried out detailed description.
Referring to Fig. 2; Synoptic diagram for the portable terminal that has many trace balls in the embodiment of the invention; This portable terminal comprises that (this portable terminal comprises at least 2 trace balls, only illustrates 2 in the accompanying drawing, and the position that these a plurality of trace balls are arranged on the portable terminal is not limit for display screen 21, a plurality of trace ball 22; Can be arranged on any one or more panels on six panels of portable terminal; More excellent mode is operated easier for trace ball being arranged on the panel at display screen 21 place to the interface), operation push-button 23 and the main frame 24 that is provided with the core circuit (like CPU) of this portable terminal, each trace ball 22 is electrically connected with CPU in the main frame 24.The functional module that comprises among the CPU is as shown in Figure 3, and it comprises that detecting unit 241, operation behavior confirm unit 242, operation behavior performance element 243.Display screen 21 also is connected with indicative control unit 244, wherein:
Detecting unit 241 is used to detect the electric signal with the acquisition trajectories ball, and the identification information of electric signal and trace ball is sent to operation behavior confirms unit 242.
Operation behavior is confirmed unit 242; Be used for according to the electric signal of the trace ball that collects and the identification information of trace ball; Determine which trace ball is triggered and the kinetic property of the trace ball that each is triggered (like clicking operation, move operation etc.); And comprehensively the kinetic property of each trace ball determine the trace ball Union Movement that is triggered the operation behavior that will accomplish; And, interface of mobile terminal is operated accordingly with the operation behavior that indication operation behavior performance element 243 bases are determined to the 243 transmission instructions of operation behavior performance element.
Operation behavior performance element 243 is used for according to the indication that receives the object in the interface being operated accordingly.
After operation behavior confirms that unit 242 collects the electric signal of trace ball; Can confirm the single-track ball incident of each trace ball that is triggered according to the trace ball event base respectively; Confirm corresponding many trace balls incident according to the single-track ball incident of the trace ball number that is triggered and these trace balls again, determine corresponding interface object operation behavior according to many trace balls incident of determining then.The trace ball event information can be kept in the storage unit, and this storage unit can be independent of operation behavior and confirm that unit 242 is provided with, and also can be arranged on operation behavior and confirm in the unit 242, confirms a wherein functional module of unit 242 as this operation behavior.
Referring to Fig. 4, for using the process flow diagram at the terminal operation interface with many trace balls shown in Figure 2, this flow process comprises step:
The electric signal of each trace ball on step 401, detecting unit 241 sense terminals; And determine according to the situation of change of electric signal and to use trace ball to carry out a plurality of trace balls that are triggered in the interface operation process, and the sign of electric signal that will these a plurality of trace balls that are triggered and this trace ball is sent to operation behavior and confirms unit 242.
In this step; Each trace ball inner packet contains corresponding break detection device; The electric signal of its corresponding trace ball of this break detection device monitoring, and the object information that detects reported to detecting unit 241, the object information that reports according to the break detection device of each trace ball by this detecting unit 241 again; Confirm whether this trace ball is triggered, and obtain the sign of the trace ball that is triggered.
In this step; The kinetic property of single trace ball can confirm according to the electric signal of detected trace ball and according to predefined algorithm, the trace ball kinetic property of determining can comprise the direction that trace ball slides (as level slide left, level is slided to the right, vertically upward or to lower slider), sliding distance (can characterize sliding distance) through slip intensity.The synkinetic kinetic property of a plurality of trace balls can be confirmed according to the kinetic property of each trace ball.Kinetic property can be used the trace ball representations of events.The synkinetic operation behavior of determining according to the kinetic property of each trace ball can comprise that location, image zoom, image rotate, put in order and shield the switching of rolling, single file rolling switching, three-dimensional, three-dimensional location, motion etc. fast for page flip, image.
For clearer description technical scheme of the present invention; So that those skilled in the art are more readily understood technical scheme of the present invention; The embodiment of the invention confirms that to operation behavior unit 242 confirms the synkinetic kinetic property of a plurality of trace balls (or many trace balls incident) according to the kinetic property (or single-track ball incident) of each trace ball, and then the operation behavior of determining this time operation is illustrated.In the CPU at terminal, store single-track ball event information and many trace balls event information in advance.Single-track ball incident can define with reference to the existing defined trace ball incident of portable terminal with single-track ball, can comprise that the trace ball level moves, vertically upward or incident such as move down to the left or to the right; Many trace balls incident defines according to the quantity of the trace ball that is triggered, and comprises two ball incidents, three ball incidents etc., can comprise like two ball incidents: interfaces windows is incidents such as level or vertical moving, page turning fast, rotation at a slow speed; Three trace ball incidents can comprise object location, 3D etc.
Instance one, current operation trigger two trace balls, represent with trace ball A and trace ball B that respectively operation behavior is determined many trace balls incident according to each single-track ball incident after confirming that the single-track ball incident of each trace ball is determined in unit 242, is exemplified below:
If the single-track ball representations of events level of trace ball A moves right; The single-track ball representations of events level of trace ball B is moved to the left; Then the synkinetic many trace balls representations of events of trace ball A and trace ball B moves horizontally the current interface window at a slow speed (moving direction is by the moving direction decision of the bigger trace ball of displacement); Displacement like the correspondence of trace ball A is Δ A, and the displacement that trace ball B is corresponding is Δ B, then mobile displacement Δ=Max (Δ A of the window of current interface; Δ B)-Min (Δ A, Δ B); In like manner, if the single-track ball representations of events reverse vertical of trace ball A and trace ball B moves, then corresponding many trace balls representations of events is with current window vertical moving (moving direction is determined by the moving direction of the bigger trace ball of displacement) at a slow speed;
If the single-track ball representations of events of trace ball A and trace ball B moves horizontally in the same way (shown in Fig. 5 A; From M to M '; From N to N '); The then corresponding quick page turn over operation of many trace balls representations of events, forward still backward page turning determine (to move right like trace ball A and trace ball B level, then the quick forward page turning of many trace balls representations of events by the moving direction of trace ball A and trace ball B; When trace ball A and trace ball B level are moved to the left; Then many trace balls representations of events page turning backward fast), the speed of page turning can be provided with in advance and also can allow the user to adjust, and can adjust the once pairing displacement Δ=n of page turning * (Δ A+ Δ B) like the user; Wherein, N can be taken as natural number, and Δ A is the corresponding displacement of trace ball A, and Δ B is the corresponding displacement of trace ball B; In like manner; If the single-track ball representations of events of trace ball A and trace ball B is made vertical moving in the same way; Then corresponding many trace balls representations of events is carried out the operation of slipping a line; Upwards still slipping a line downwards, (move vertically upward like trace ball A and trace ball B, then the execution of many trace balls representations of events is upwards slipped a line by the decision of the moving direction of trace ball A and trace ball B; Trace ball A and B move vertically downward, and then many trace balls representations of events is carried out and slipped a line downwards), the speed of slipping a line can be provided with in advance and also can allow the user to adjust.Certainly; Also can with trace ball A and trace ball B in the same way the pairing many trace balls event definition of vertical moving stir page operation up or down fast (move vertically upward like trace ball A and trace ball B, then the page upwards stirred in the execution of many trace balls representations of events fast for carrying out; When trace ball A and trace ball B move vertically downward, then many trace balls representations of events is carried out and is stirred the page downwards fast).
Shown in Fig. 5 B; If the single-track ball representations of events of trace ball A moves (from M to M ') with certain angle to the lower right; The single-track ball representations of events of trace ball B moves (from N to N ') to the upper left side at a certain angle, and (with V (M-＞N) expression) be base vector, and the vector behind the motion track ball (representing with V (M '-＞N ')) is current vector with the vector of initial position; Then definable goes out to realize the incident of translation, convergent-divergent, rotation, promptly
Scale (convergent-divergent)=| V (M '-＞N ') |/| V (M-＞N) |
Move (translation)=V (M '-＞N ')-V (M-＞N)
Angle (rotation)=atan [V (M '-＞N ')-V (M-＞N)]
If atan [V (M '-＞N ')-V (M-＞N)] non-vanishing, then the selected object in the interface is rotated by this angle; If | V (M '-＞N ') |/| V (M-＞N) | greater than 1, then amplify object according to this ratio; If | V (M '-＞N ') |/| V (M-＞N) | less than 1, then according to this ratio minimize objects; If V (M '-＞N ')-V (M-＞N) non-vanishing, then this object of translation.
To the above-mentioned example of takeing; In the process that selected object is operated; When the representations of events of the single-track ball of determining one of them trace ball for this trace ball before moving direction opposite or stop to move; Perhaps the single-track ball incident of two trace balls is when stopping to move, and then confirms as this time EO, and indication operation execution unit 243 stops the object in the interface is operated accordingly.
Instance two, current operation trigger three trace balls; Represent with trace ball A, trace ball B, trace ball C respectively; Operation behavior is determined three trace ball incidents according to each single-track ball incident after confirming that unit 242 is determined the single-track ball incident of three trace balls respectively, is exemplified below:
Shown in Fig. 5 C; If the single-track ball representations of events of trace ball A moves to the upper right side with certain angle; The single-track ball representations of events of trace ball B moves to the upper left side with certain angle, can orient joining P according to the displacement and the direction of two trace balls like this, and the single-track ball representations of events of track C moves vertically upward; Then synkinetic many trace balls representations of events of trace ball A, B, C is oriented the pairing interface object of P point on the screen, and concrete localization method is:
Be the center of circle with trace ball A respectively; (length of AP is proportional to number of times or the intensity that trace ball A is clicked with AP length; Promptly determine the length of AP according to number of clicks and intensity) draw circle for radius and obtain first circle, be the center of circle with trace ball B, (length of BP is proportional to number of times or the intensity that trace ball B is clicked with BP length; Promptly determine the length of AP according to number of clicks and intensity) draw second circle that circle obtains for radius; This first circle is respectively P point and P ' point with the joining of second circle, and trace ball C is slided vertically upward can navigate to the P point, and trace ball C is slided vertically downward can navigate to P ' point.
In the embodiment of the invention, the single-track ball event definition that can be directed against the single-track ball in advance as required goes out corresponding many trace balls incident, and the mode of definition is versatile and flexible, is not limited in the cited example of the embodiment of the invention.
Operation behavior in the embodiment of the invention confirms that unit 242 can be divided into a plurality of functional modules according to the function difference that realizes, it comprises:
Single-track ball incident is confirmed subelement 2422, is used for the electric signal according to detected trace ball, the single-track ball incident of each trace ball of confirming respectively to be triggered;
Many trace balls incident is confirmed subelement 2423, is used for according to the quantity of a plurality of trace balls of being triggered and the single-track ball incident of each trace ball wherein, definite pairing many trace balls incident of these a plurality of trace ball Union Movements;
Operation behavior is confirmed the function that each subelement in the unit 242 is realized, and is corresponding with the concrete processing operation of describing in the aforementioned flow process, repeats no more at this.
Need to prove; Dividing mode for functional module in the embodiment of the invention is not limited in this; It should be appreciated by those skilled in the art, if having the terminal and above-mentioned of above-mentioned multiple mark spherical structure and handled function utilize multiple mark stream to carry out the terminal interface method of operating all should be in protection scope of the present invention.
Each trace ball in the embodiment of the invention terminal can realize the mode of operation at single-track ball control terminal interface according to existing mode.
In sum; In the embodiment of the invention; The detecting unit that is provided with the terminal of a plurality of trace balls is determined the trace ball that single job is triggered according to the electric signal of each trace ball that collects; And the electric signal of the trace ball that is triggered and sign are sent to operation behavior confirm the unit; Confirm that by operation behavior the unit determines the mobile message of corresponding trace ball according to the electric signal of trace ball of being triggered, and, determine the Union Movement character of these trace balls again according to the kinetic property that the sign and the mobile message of the trace ball that respectively is triggered are determined each trace ball that is triggered; Determine the operation behavior of this time operation again according to the kinetic property of determining, the object at interface is operated accordingly according to this operation behavior of determining by the operation behavior performance element again.Adopt technical scheme of the present invention; Owing to be provided with a plurality of trace balls at the terminal; Therefore; Can realize operation through a plurality of trace balls of operation to the interface; As stir fast the page, fast anchored object, scale objects, fast translation of object, target rotation, three-dimensional anchored object, whole screen roll switch, single file rolls and switches and operation behaviors such as double fight recreation, these operation behaviors are existing irrealizable operation behaviors in terminal that are provided with the single-track ball, therefore; Technical scheme of the present invention not only can adopt any trace ball on the terminal to realize having now the terminal can realize the operation behavior to the interface; And can realize the irrealizable operation behavior in existing terminal through a plurality of trace balls on this terminal of operation to the interface, the present invention has the terminal of many trace balls to the abundant more operation of the operation behavior of interface operation, is easier to satisfy users ' individualized requirement; In addition, orient the object in the interface, thereby improved the accuracy and the efficient of object location through operating a plurality of trace balls.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, belong within the scope of claim of the present invention and equivalent technologies thereof if of the present invention these are revised with modification, then the present invention also is intended to comprise these changes and modification interior.
Claims (10)
1. a terminal is characterized in that, comprising:
At least two trace balls;
Detecting unit; Be used for detecting and using trace ball to carry out the electric signal of N trace ball in said at least two trace balls that the interface operation process is triggered; And the identification information of detected electric signal and trace ball is sent to operation behavior confirms the unit, N >=2 wherein;
Said operation behavior is confirmed the unit; Be used for electric signal according to detected trace ball; Determine the kinetic property of each trace ball that is triggered respectively, the quantity of the trace ball of confirming according to the sign of the trace ball that receives to be triggered, and according to the kinetic property and the trace ball quantity of each trace ball that is triggered; Determine the synkinetic kinetic property of a said N trace ball, and generate corresponding interface operation order according to this synkinetic kinetic property;
The operation behavior performance element is used for according to said interface operation order corresponding operating being carried out at the interface at said terminal.
2. terminal as claimed in claim 1 is characterized in that, said operation behavior is confirmed the unit, comprising:
Storing sub-units is used for the single-track ball event information of storage representation single-track ball kinetic property and many trace balls event information of N the synkinetic kinetic property of trace ball of expression;
Single-track ball incident is confirmed subelement, is used for the electric signal according to detected trace ball, the single-track ball incident of each trace ball of confirming respectively to be triggered;
Many trace balls incident is confirmed subelement, is used for confirming said N the pairing many trace balls incident of trace ball Union Movement according to the quantity of said N trace ball being triggered and the single-track ball incident of each trace ball wherein;
The event handling subelement is used for generating corresponding interface operation order according to many trace balls incident of determining.
3. terminal as claimed in claim 2; It is characterized in that; Said single-track ball incident confirms that the single-track ball incident that subelement is determined comprises two single-track ball incidents that move horizontally in the same way, and said many trace balls incident is confirmed many trace balls representations of events execution page turn over operation that subelement is determined;
Perhaps, said single-track ball incident confirms that the single-track ball incident that subelement is determined comprises two single-track ball incidents of vertical moving in the same way, and said many trace balls incident is confirmed the execution page turning of many trace balls representations of events or the operation of slipping a line that subelement is determined;
Perhaps; Said single-track ball incident confirms that the single-track ball incident that subelement is determined comprises two single-track ball incidents that oppositely move horizontally, and said many trace balls incident confirms that many trace balls representations of events that subelement is determined moves the window level in the interface;
Perhaps; Said single-track ball incident confirms that the single-track ball incident that subelement is determined comprises the single-track ball incident that two reverse vertical move, and said many trace balls incident confirms that many trace balls representations of events that subelement determines is to the window vertical moving in the interface;
Perhaps, said single-track ball incident confirms that the single-track ball incident that subelement is determined comprises two single-track ball incidents that move along different angles; Said many trace balls incident confirms that the represented operation of many trace balls incident that subelement is determined comprises: the angle variation of moving the front and back position vector according to trace ball is rotated operation to object selected in the interface; Move the variable in distance of front and back position vector according to trace ball object selected in the interface is carried out zoom operations; Move the level or the perpendicular displacement variation of front and back position vector according to trace ball object selected in the interface is carried out translation.
4. terminal as claimed in claim 2 is characterized in that, said single-track ball incident confirms that single-track ball incident that subelement is determined comprises two the single-track ball incidents that move along different angles and the single-track ball incident of a vertical moving;
Said many trace balls incident confirms that subelement is according to said two single-track ball incidents that move along different angles; Initial position with each trace ball is that the center of circle, displacement are radius picture circle and the intersection point that obtains two circles respectively; Again according to the represented moving direction of single-track ball incident of said vertical moving; From said intersection point, select an intersection point, and orient the interface object of this position according to the position of intersecting point of selecting.
5. like each described terminal of claim 2-4, it is characterized in that said detecting unit also is used to obtain the sign of the trace ball that is triggered;
Said many trace balls incident confirms that subelement also is used for, and receives the sign of the trace ball be triggered, and the quantity of the trace ball of confirming according to the sign quantity of the trace ball that receives to be triggered.
6. method of operating is carried out at the interface to the terminal, it is characterized in that said terminal is provided with at least two trace balls, and this method comprises:
The electric signal of N the trace ball of detection in said at least two trace balls of using trace ball to carry out being triggered in the interface operation process, and the identification information of detected electric signal and trace ball is sent to operation behavior confirms the unit, wherein N >=2;
Electric signal according to detected trace ball; Determine the kinetic property of each trace ball that is triggered respectively; The quantity of the trace ball of confirming according to the sign of the trace ball that receives to be triggered; And, determine the synkinetic kinetic property of a said N trace ball, and generate corresponding interface operation order according to this synkinetic kinetic property according to the kinetic property and the trace ball quantity of each trace ball that is triggered;
According to said interface operation order corresponding operating is carried out at the interface at said terminal.
7. method as claimed in claim 6 is characterized in that, stores the single-track ball event information of expression single-track ball kinetic property and many trace balls event information of N the synkinetic kinetic property of trace ball of expression in advance;
Confirm the process of said N the synkinetic kinetic property of trace ball, comprising:
According to the electric signal of detected trace ball and the single-track ball incident of storage, the single-track ball incident of each trace ball of confirming respectively to be triggered;
According to the quantity of said N the trace ball that is triggered and wherein the single-track ball incident of each trace ball and many trace balls incident of storage, confirm said N the pairing many trace balls incident of trace ball Union Movement.
8. method as claimed in claim 7 is characterized in that, if the single-track ball incident of determining comprises the single-track ball incident that two trace balls move horizontally in the same way, many trace balls of then determining representations of events is carried out page turn over operation;
Perhaps, if the single-track ball incident of determining comprises two trace balls single-track ball incident of vertical moving in the same way, many trace balls of then determining representations of events is carried out the page turning or the operation of slipping a line;
Perhaps, if the single-track ball incident of determining comprises the single-track ball incident that two trace balls oppositely move horizontally, many trace balls of then determining representations of events moves the window level in the interface;
Perhaps, if the single-track ball incident of determining comprises the single-track ball incident that two trace ball reverse vertical move, many trace balls of then determining representations of events is to the window vertical moving in the interface;
Perhaps; If the single-track ball incident of determining comprises two single-track ball incidents that move along different angles, the represented operation of many trace balls of then determining incident comprises: the angle variation of moving the front and back position vector according to trace ball is rotated operation to object selected in the interface; Move the level or the perpendicular displacement variation of front and back position vector according to trace ball object selected in the interface is carried out translation.
9. method as claimed in claim 7; It is characterized in that; If the single-track ball incident determined comprises two the single-track ball incidents that move along different angles and the single-track ball incident of a vertical moving; According to said two single-track ball incidents that move along different angles, be that the center of circle, displacement are that radius is drawn the intersection point that circle obtains two circles with the initial position of each trace ball respectively, again according to the represented moving direction of single-track ball incident of said vertical moving; From said intersection point, select an intersection point, and go out the interface object of this position according to the location positioning of the intersection point of selecting.
10. like each described method of claim 6-9, it is characterized in that, also comprise: the sign of obtaining the trace ball that is triggered;
The quantity of said N the trace ball that is triggered is confirmed through the sign quantity of the trace ball that gets access to.
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| CN200910092132A CN102004597B (en) | 2009-09-02 | 2009-09-02 | Terminal and method for operating interface of terminal |
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| CN200910092132A CN102004597B (en) | 2009-09-02 | 2009-09-02 | Terminal and method for operating interface of terminal |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102855000A (en) * | 2011-06-30 | 2013-01-02 | 上海博泰悦臻电子设备制造有限公司 | Interface control device of vehicle-mounted system |
| CN102855001A (en) * | 2011-06-30 | 2013-01-02 | 上海博泰悦臻电子设备制造有限公司 | Vehicle-mounted system |
| CN102727253B (en) * | 2012-05-18 | 2014-02-12 | 深圳市理邦精密仪器股份有限公司 | Ultrasonic trackball signal processing method and system |
| CN108572765B (en) * | 2018-04-20 | 2021-03-12 | 北京硬壳科技有限公司 | Touch control identification method and device |
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| US6597347B1 (en) * | 1991-11-26 | 2003-07-22 | Itu Research Inc. | Methods and apparatus for providing touch-sensitive input in multiple degrees of freedom |
| CN1983141A (en) * | 2005-12-16 | 2007-06-20 | 英业达股份有限公司 | Mobile telecommunication device with roller inputting |
| CN201508508U (en) * | 2009-05-15 | 2010-06-16 | 播思通讯技术（北京）有限公司 | Handheld equipment with double-track ball |
-
2009
- 2009-09-02 CN CN200910092132A patent/CN102004597B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6597347B1 (en) * | 1991-11-26 | 2003-07-22 | Itu Research Inc. | Methods and apparatus for providing touch-sensitive input in multiple degrees of freedom |
| CN1983141A (en) * | 2005-12-16 | 2007-06-20 | 英业达股份有限公司 | Mobile telecommunication device with roller inputting |
| CN201508508U (en) * | 2009-05-15 | 2010-06-16 | 播思通讯技术（北京）有限公司 | Handheld equipment with double-track ball |
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| CN102004597A (en) | 2011-04-06 |
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