CN103472931A - Method for operating simulation touch screen by mouse - Google Patents
Method for operating simulation touch screen by mouse Download PDFInfo
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- CN103472931A CN103472931A CN2012101885709A CN201210188570A CN103472931A CN 103472931 A CN103472931 A CN 103472931A CN 2012101885709 A CN2012101885709 A CN 2012101885709A CN 201210188570 A CN201210188570 A CN 201210188570A CN 103472931 A CN103472931 A CN 103472931A
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Abstract
The invention relates to a method for operating a simulation touch screen by a mouse, in particular to a method executed under a computer operating system supporting a screen touch function. The mouse at least comprises a simulation touch trigger key and a touch signal converting unit. When the simulation touch trigger key is pressed, the mouse starts to execute a touch mode, and moreover, a key signal when the mouse is pressed can be intercepted by the touch signal converting unit and is converted into a screen touch signal. A single-finger or multi-finger sliding touch function is executed in a computer screen. The mouse is further provided with a fixed point key. When the fixed point key is pressed, pressing finger actions can be simulated at the corresponding cursor position of the mouse in the screen, and the pressed position is fixed, and actuation is generated by pressing other keys on the mouse so as to zoom in, zoom out or rotate a screen picture.
Description
Technical field
The present invention is about a kind of method of carrying out the operation of emulation Touch Screen with mouse.
Background technology
Touch panel refers to the screen that simultaneously possesses picture disply and point operation function, the user only needs any position at this panel surface by finger, induction pen or other instruments to be clicked, and makes this touch panel sense user's the coordinate that clicks position and input in computer operating system.
Touch panel now can be divided into resistance-type, condenser type, ultrasonic type, optical profile type according to its principle of induction, its difference mainly is: utilize different media (as the difference of resistance value, capacitance, ultrasound wave or light) to input the coordinate of position that the user clicks, with regard to whole computer system architecture, touch panel, except being a display interface, also may be defined as an input equipment.
But, along with touch panel technology maturation and Microsoft's new generation product Windows 7 computer operating systems will refer to the touch controllable function embedded system more, as: gesture information WM_GESTURE etc., thereby impel computer system of new generation and software developer to use software to refer to that touch technology is developed to be correlated with widely more, but, for the display panel that only possesses Presentation Function for tradition, certainly will can't use singly refer to or refer to more touch controllable function in this computer operating system, as: singly refer to the translation picture function, the gestures such as TWO FINGERS (two finger functions) are carried out operation screen, cause the user to force and upgrade to aforesaid touch panel or directly abandon using this touching function.
For this reason, how to utilize the mouse of high popularity rate to come that emulation is aforesaid singly to be referred to, refer to more slide, or the amplification of screen-picture, the touch controllable function that dwindles or rotate, be the problem of studying intensively for the present invention.
Summary of the invention
Purpose of the present invention is being provided under the computer operating system with support screen touch controllable function, carries out the method for emulation Touch Screen operation with mouse.
Purpose of the present invention is providing with mouse and can on screen-picture, the fill order refer to or refer to more the touch controllable function slided.
Purpose of the present invention is providing the touch controllable function that can carry out amplification on screen-picture, dwindle or rotate with mouse.
Edge is, in order to achieve the above object, adopted technological means includes: provide mouse to carry out and singly refer to and refer to more under the computer operating system of screen touch controllable function having support, this mouse at least includes the emulation touch-control and triggers key and touching signals converting unit, and the method comprises:
Whether step 1: detecting this simulation touch-control triggering key and be pressed, is carry out step 2; No, maintain the mouse basic function;
Step 2: this mouse is carried out emulation screen control mode touch mode; And
Step 3: detecting this simulation touch-control triggering key and whether be changed state (again be pressed or decontroled), is to get back to the mouse basic function; No, maintain mouse and carry out control mode touch mode.
Simultaneously, when this mouse is carried out emulation screen control mode touch mode, start this touching signals converting unit and tackle respectively button (Touch control key) or the start signal that this mouse is pressed, and be converted to the touch controllable function of carrying out screen-picture.
According to aforesaid principal character, the technological means of this method can comprise: the user presses this simulation touch-control and triggers key second time, this mouse continues to remain the emulation control mode touch mode, when again pressing this simulation touch-control and trigger key second time, this mouse exits control mode touch mode and recovers its mouse basic function;
According to aforesaid principal character, the technological means of this method can comprise: the user presses this simulation touch-control and triggers key and enter control mode touch mode, and continue to carry out control mode touch mode by continuing to press this simulation touch-control triggering key, and, when original this simulation touch-control be pressed triggers key and Touch control key and all decontroled, recover the mouse basic function.
According to aforesaid principal character, wherein when carrying out control mode touch mode, on mouse singly refer to or the action of (left mouse button, right mouse button or middle key) all can simultaneously be converted pointed in screen on touch point while pressing a plurality of button simultaneously, in the same manner, push down single or a plurality of buttons of before having pressed if continue and simultaneously during rolling mouse, be converted into the touch-control gesture that singly refers to or refer to more translation gliding on screen.
According to aforesaid principal character, further include a point of fixity button when wherein this mouse is carried out control mode touch mode, can realize amplification with mouse emulation Touch Screen picture, dwindle or rotate by this point of fixity button; Wherein, this point of fixity button is when this point of fixity button is pressed, by mouse at that time the position of corresponding screen be converted to the fixed position point, this fixed position point can be along with mouse moves, then, the position when pressing again other button is converted to portable moving position point; So, make this operating system can be according to the distance between these two location points close or from the effect that produces picture and dwindle or amplify, or carry out the anglec of rotation of control interface according to this moving position point with respect to the variation in angular displacement amount of this fixed position point.
Separately, when when carrying out the mouse basic function, while being pressed as this point of fixity button, can directly enter control mode touch mode, and carry out the point of fixity control mode touch mode.
According to aforesaid principal character, the touch point that this mouse is changed on the corresponding screen of institute when carrying out control mode touch mode or fixed position point or moving position point can be with the demonstrations of real image cursor on this screen, or are the start of non-real image cursor.
The accompanying drawing explanation
According to above-mentioned purpose, below enumerate preferred embodiment and coordinate accompanying drawing to be illustrated the technology used in the present invention means and effect thereof, wherein:
The process flow diagram of method the first embodiment that Fig. 1 is mouse emulation Touch Screen operation of the present invention.
Schematic perspective view when Fig. 2 is mouse emulation Touch Screen operation slip of the present invention.
The process flow diagram of method the second embodiment that Fig. 3 is mouse emulation Touch Screen operation of the present invention.
Fig. 4 is the schematic perspective view that the point of fixity control mode touch mode is implemented in mouse emulation Touch Screen operation of the present invention.
The process flow diagram of method the 3rd embodiment that Fig. 5 is mouse emulation Touch Screen operation of the present invention.
The instruction book of the method that Fig. 6 is mouse emulation Touch Screen operation of the present invention refers to and refers to more the slippage schematic diagram of touch controllable function.
The method that Fig. 7 is mouse emulation Touch Screen of the present invention operation be to show that fixed touch point is close with portable touch point and from schematic diagram.
The method that Fig. 8 is mouse emulation Touch Screen of the present invention operation be to show that this movable type touch point take fixed touch point as center of circle rotation schematic diagram.
Embodiment
Computer operating system of the present invention (Opereating System) is the program of supervisory computer hardware and computer software, this program also manage with configure storage, determine resource supply and demand priority ranking, control the atomic transaction such as the input-output device, network and the managing file system that are connected and provide the user and the man-machine interface of this system mutual, computer operating system of the present invention can be the WINDOWS of Microsoft computer operating system, or the systems such as apple Mac OS or Android OS, be not limited in the present invention, chat in advance bright in this.
Refer to Fig. 1, Fig. 2, Fig. 1 is the method flow diagram that mouse emulation Touch Screen of the present invention operates the first embodiment.Schematic perspective view when Fig. 2 is mouse emulation Touch Screen operation slip of the present invention.
As shown in the figure, the invention provides a kind of mouse, it is the computer operating system of carrying out supporting singly to refer to and refer to more touch controllable function, and this mouse M at least comprises: light emitting diode, light engine, lens subassembly, the Control Component (not shown), described assembly is for the M displacement of sensing mouse and controls cursor start in computer operating system (due to this part basic function that is the mouse start, therefore separately do not repeat), and this mouse M further includes left mouse button M1 and right mouse button M2, the present invention mainly is: this mouse M also comprises that an emulation touch-control triggers key M3 and touching signals converting unit 20 (as shown in Figure 2), when this simulation touch-control triggering key M3 is pressed, this touching signals converting unit 20 is tackled the signal of the single or multiple buttons of this mouse and is converted to touching signals and inputs in this computer operating system, and then emulation singly refers to or refers to more the touch-control gesture, more specifically say in detail, mouse of the present invention is to carry out by following method step:
Whether step 1 (S1): detecting this simulation touch-control triggering key M3 and be pressed, is to carry out step 2 (S2); No, maintain this function of mouse base M;
Step 2 (S2): this mouse M starts to carry out emulation screen control mode touch mode, simultaneously, start this touching signals converting unit 20 and tackle respectively button or the start signal of this mouse M, and be converted to the touch controllable function of computer screen, as singly referred to, refer to more to slide or the amplification of screen-picture, dwindling or the touch controllable function of rotation etc.;
Step 3 (S3): detecting this simulation touch-control triggering key M3 and whether be changed state (again be pressed or decontroled), is to carry out mouse base M basic function; No, maintain mouse M and carry out control mode touch mode.
Please consult Fig. 3, Fig. 4, Fig. 3 is the method flow diagram that mouse emulation Touch Screen of the present invention operates the second embodiment again, and Fig. 4 is the schematic perspective view that the point of fixity control mode touch mode is implemented in mouse emulation Touch Screen operation of the present invention, realizes that the step of the method comprises:
Step 1 (S1): whether the emulation touch-control of detecting this mouse M triggers key M3 and is pressed (second that is pressed time), is to carry out step 2 (S2); No, maintain mouse M basic function;
Step 2 (S2): whether the emulation touch-control of detecting this mouse M triggers key M3 and again is pressed (pressing second time) again, no, carries out step 3 (S3); To maintain mouse M basic function;
Step 3 (S3): whether the detecting Touch control key is pressed, and is to carry out step 4 (S4); No, get back to step 2 (S2); And
Step 4 (S4): enter artificial finger by the sub-screen action and carry out the touch-control action, and judge whether original Touch control key of having pressed is decontroled or have new Touch control key to be pressed or all decontroled, as all decontroled, the action of corresponding finger is all decontroled in simulation, and gets back to step 2 (S2); As Touch control key partly is changed or is not changed, whether the Touch control key of getting back to step 3 (S3) continuation detecting simulation finger is pressed.
When carrying out the step 3 (S3) of above-described embodiment, this Touch control key triggers key M3 mousebutton in addition for this simulation touch-control, that is, when entering this mouse of step 3 (S3) M execution control mode touch mode, this touching signals converting unit 20 is tackled respectively the upper single or signal of a plurality of buttons (as: simultaneously pressing the left-right key of two mouses) of this mouse M and is converted to touch point, makes this computer operating system fill order refer to or refer to more touch controllable function.
The technological means of the present embodiment is to enter control mode touch mode by pressing second time this simulation touch-control triggering key M3, and recovers mouse M basic function by again pressing second time this simulation touch-control triggering key M3.
The technological means of the present embodiment further comprises a point of fixity button M4, simultaneously with reference to Fig. 7, shown in Fig. 8, realize that the method is when this mouse M when entering step 3 (S3) carries out control mode touch mode, in pressing point of fixity button M4, enter and carry out the point of fixity control mode touch mode, in detail: it is by this touching signals converting unit 20, this point of fixity button M4 to be pressed at that time, this mouse M the position emulation of corresponding screen depress finger movement, and this is depressed to the finger movement signal be converted to fixed position point P1, this fixed position point P1 can be along with cursor of mouse moves, then, in the time of pressing other button again mouse the position of corresponding screen be converted to moving position point P2, this computer operating system is can be according to the distance of (P1/P2) between two location points close or from the effect that produces picture and dwindle or amplify, or carry out the anglec of rotation of control interface with respect to the variation in angular displacement amount of fixed position point P1 according to moving position point P2.
The present embodiment, when carrying out the point of fixity control mode touch mode, the priority time that this fixed position point P1 and moving position point P2 are not limited to be triggered, after also getting final product first triggered activity location point P2, then is pressed point of fixity button M4 to trigger fixed position point P1.
Refer to Fig. 5, it is method flow diagram that mouse emulation Touch Screen of the present invention operates the 3rd embodiment, and please consults the schematic perspective view of the mouse emulation Touch Screen operation enforcement point of fixity control mode touch mode of Fig. 4 simultaneously, realizes that the method comprises:
Whether step 1 (S1): detecting this mouse emulation touch-control triggering key M3 and be pressed, is to carry out step 2 (S2); No, maintain mouse M basic function;
Step 2 (S2): artificial finger is pressed sub-screen and is carried out the touch-control action; And
Step 3 (S3): enter artificial finger by the sub-screen action and carry out the touch-control action, and judge whether original Touch control key be pressed is all decontroled or have new Touch control key to be pressed, as whole these Touch control keys are decontroled, the action of corresponding finger is all decontroled in simulation, and maintains mouse M basic function; As Touch control key partly is changed or is not changed, get back to step 2 (S2) continuation artificial finger and press sub-screen and carry out the touch-control action.
When carrying out the present embodiment step 2 (S2), this Touch control key can be the simulation touch-control and triggers key M3 and this simulation touch-control triggering key M3 mousebutton in addition.
The technological means of the present embodiment is to enter control mode touch mode by pressing this simulation touch-control triggering key M3, and continue to carry out control mode touch mode by continuing to press this simulation touch-control triggering key M3, when original Touch control key be pressed is all decontroled, recover mouse M basic function.
When the present embodiment enters this mouse of step 2 (S2) M execution control mode touch mode, this touching signals converting unit 20 is tackled respectively the upper single or signal of a plurality of buttons (as: simultaneously pressing the left-right key of two mouses) of this mouse M and is converted to touch point, makes this computer operating system fill order refer to or refer to more touch controllable function.
The technological means of the present embodiment further is included in this mouse and establishes a point of fixity button M4, shown in Fig. 7, Fig. 8, realizes that the method has two:
One, in when entering this mouse of step 2 (S2) M execution control mode touch mode, in pressing point of fixity button M4, be about to this mouse M cursor position and be converted to fixed position point P1, in detail: it is by this touching signals converting unit 20, this point of fixity button M4 to be pressed at that time, this mouse M the position emulation of corresponding screen depress finger movement, and this is depressed to the finger movement signal be converted to fixed position point P1, this fixed position point P1 can be along with cursor of mouse moves, then, mouse cursor position when pressing again other button is converted to moving position point P2, this computer operating system is can be according to the distance of (P1/P2) between two location points close or from the effect that produces picture and dwindle or amplify, or carry out the anglec of rotation of control interface with respect to the variation in angular displacement amount of fixed position point P1 according to moving position point P2.
Its two, be when maintaining this mouse M basic function, when pressing point of fixity button M4, enter step 2 (S2) and carry out control mode touch mode, and this mouse M cursor position is converted to fixed position point P1, carry out the point of fixity control mode touch mode simultaneously.
In the present embodiment, this simulation touch-control triggers being pressed of key M3 and can be the start that on hardware, physical button is pressed or the software execution triggers.
The present embodiment, when carrying out the point of fixity control mode touch mode, the priority time that this fixed position point P1 and moving position point P2 are not limited to be triggered, after the moving position point P2 that also can first be triggered, then is pressed point of fixity button M4 and is triggered fixed position point P1.
As shown in the figure, the invention provides a kind of mouse, it is the computer operating system of carrying out supporting singly to refer to and refer to more touch controllable function, and this mouse M at least includes: light emitting diode, light engine, lens subassembly, the Control Component (not shown), it is for being used for sensing mouse M displacement and control cursor start in computer operating system (due to this part basic function that is the mouse start, therefore separately do not repeat), and this mouse M further includes left mouse button M1 and right mouse button M2, the present invention mainly is: this mouse M also includes a simulation touch-control and triggers key M3 and touching signals converting unit 20 (as shown in Figure 2), more specifically in detail, mouse of the present invention is to carry out by the method step of the first embodiment, that is when this simulation touch-control triggering key M3 is pressed, this touching signals converting unit 20 is tackled the signal of the single or multiple buttons of this mouse and is converted to touching signals and inputs in this computer operating system, and then emulation singly refers to or refers to more touch-control gesture row.
Refer to as shown in Figure 4, mouse of the present invention further includes a point of fixity button M4 again, and it is to carry out by the method step of the second embodiment and the 3rd embodiment; More specifically in detail: when pressing point of fixity button point control mode touch mode, be about to this mouse M at that time the position of corresponding screen be converted to fixed position point P1, this fixed position point P1 can be along with cursor of mouse moves, then, the mouse cursor position when pressing again other button is converted to moving position point P2.
Above-mentioned fill order refers to or refers to more that touch controllable function is to depend on whether this touching signals converting unit 20 tackles single or multiple mousebutton signals simultaneously;
Refer to shown in Fig. 6, it is that instruction book refers to touch controllable function: after carrying out control mode touch mode, when continuing to press the button of this mouse M (as left mouse button M1), this computer operating system is that the fill order refers to touch controllable function, the actuating signal of when this touching signals converting unit 20, only tackling the one key of this mouse M, this touching signals converting unit 20 also is converted to single push button signalling touch point and simulates the fill order and refer to touch controllable function, that is to say, after carrying out control mode touch mode, when button continues to push down, be all that emulation becomes finger to push down screen, when this button continues to push down and the rolling mouse cursor, be equal to finger moves on screen, when button that relieving continues to push down, be equal to finger and no longer push down screen.
Refer to again shown in Fig. 6, it is that explanation refers to touch controllable function more, after carrying out control mode touch mode, while continuing to press a plurality of button on mouse M simultaneously, this computer operating system is can carry out to refer to touch controllable function more, as: two sensings are right, two sensings are left, in two sensings, the inferior touch-control gesture of two sensings, that is, when this touching signals converting unit 20 is changed the signal of a plurality of mousebuttons (as left mouse button M1 and right button M2) simultaneously, mean that user's operating mouse M side by side presses on screen, furtherly, this touching signals converting unit 20 is the signal of a plurality of buttons to be converted to touch point simultaneously and to simulate to carry out to refer to touch controllable function more, for example, as the user under control mode touch mode, press left mouse button M1 and right mouse button M2 simultaneously, then mouse moves right, be the signal that this touching signals converting unit 20 is converted to one the 1st touch point P1 and right button M2 by the signal of left mouse button M1 and be converted to one the 2nd touch point P2, then the 1st touch point P1 and the 2nd touch point P2 move right simultaneously, that is to say, after carrying out control mode touch mode, then press other buttons and continue to push down, the screen that has been equal to other finger touch, then the rolling mouse cursor, be equivalent to all fingers and move on screen.
Refer to shown in Fig. 7, it is carried out picture for wish of the present invention and amplifies and dwindle or start during the picture spinfunction, after carrying out control mode touch mode, as the point of fixity button M4 that presses this mouse M, mouse cursor position when this point of fixity button M4 is pressed is converted to fixed the 1st location point P1 by touching signals converting unit 20, the 1st location point P1 can be along with cursor of mouse moves, then, rolling mouse a bit continues push down and slide in picture is selected again, make this touching signals converting unit 20 point that this is selected be converted to location point and be defined as portable the 2nd location point P2, make computer operating system be can the 1st location point P1 centered by, according to two touch point P1, distance between P2, when approaching P1 the 1st location point, the 2nd location point P2 produces the effect that picture dwindles, or produce the effect that picture amplifies during away from P1 mobile as the 2nd location point P2,
Refer to shown in Fig. 8, or take the 1st location point P1 is the center of circle, carry out control interface with respect to the variation in angular displacement (turn clockwise or be rotated counterclockwise) of the 1st location point P1 according to the 2nd location point P2, make this picture take the 1st touch point and rotate an angle (and then the 1st location point P1 does the rotation of same angle) as the center of circle.
In addition, the present invention also can establish the Touch control key of finger more than M6 (not shown) on this mouse M, should refer to that Touch control key M6 can pass through software set by the user more, should refer at least 2 fingers more, while carrying out control mode touch mode, after this refers to that Touch control key M6 is pressed more, should refer to that mouse cursor position when Touch control key M6 is pressed was converted to the point depressed position referred to more by touching signals converting unit 20 more, in a scope of this mouse cursor position, be modeled to and refer to this place's screen of touching more, then the rolling mouse cursor, equals to refer to move on screen more; When pressing again second time and should refer to Touch control key M6 more, exit the touch-controls that refer to more, this how situation of finger Touch control key M6 is not yet pressed in recovery.
Trigger key M3, point of fixity button M4, touching signals converting unit 20, refer to Touch control key M 6 more in mouse left-right key of the present invention (M1, M2), simulation touch-control ... it is to be electric connection with the Control Component of mouse M.
In of the present invention, the touch point that this mouse is changed on the corresponding screen of institute when carrying out control mode touch mode or fixed position point or moving position point can be with the demonstrations of real image cursor on this screen, or are the start of non-real image cursor.
Trigger being pressed of key M3 in this simulation touch-control of the present invention and can be the start that on hardware, physical button is pressed or the software execution triggers.
The present invention is described in more detail by above-mentioned preferred embodiment; only the present invention is not limited to above-mentioned given an example embodiment; all in disclosed technological thought scope, described structure is made various changes and modifies the scope that still belongs to the claims in the present invention protection.
Claims (17)
1. the method for mouse emulation Touch Screen operation, the method is the computer operating system of carrying out supporting singly to refer to and refer to more touch controllable function, and this mouse at least includes the touching signals converting unit and the emulation touch-control triggers key, when this simulation touch-control triggering key is pressed, this touching signals converting unit can be tackled the push button signalling on this mouse and is converted to the screen touching signals, carries out the touch controllable function of artificial finger on computer screen.
2. the method that mouse emulation Touch Screen as claimed in claim 1 operates, the step of wherein implementing the method includes:
Whether step 1: detecting this simulation touch-control triggering key and be pressed, is carry out step 2; No, maintain the mouse basic function;
Step 2: this mouse starts to carry out control mode touch mode, simultaneously, starts button or start signal that this touching signals converting unit is tackled respectively this mouse, and is converted to the touch controllable function of computer screen;
Step 3: detect this simulation touch-control triggering key and whether be changed previous executing state, be the mouse basic function; No, maintain mouse and carry out control mode touch mode.
3. the method for mouse emulation Touch Screen operation, the method is the computer operating system of carrying out supporting singly to refer to and refer to more touch controllable function, and this mouse at least includes the touching signals converting unit, the emulation touch-control triggers key and point of fixity button, when this emulation touch-control triggering key is pressed, this touching signals converting unit can be tackled the push button signalling on this mouse and is converted to the screen touching signals, carry out the touch controllable function of artificial finger on computer screen, and recover the mouse basic function by again pressing next time.
4. the method that mouse emulation Touch Screen as claimed in claim 3 operates, the step of wherein implementing the method includes:
Step 1: whether the emulation touch-control of detecting this mouse triggers key and is pressed once, is carry out step 2; No, maintain the mouse basic function;
Step 2: whether the emulation touch-control of detecting this mouse triggers key and again is pressed once, no, carry out step 3; To maintain the mouse basic function;
Step 3: this mouse is carried out control mode touch mode, and whether the detecting Touch control key be pressed, and is carry out step 4; No, get back to step 2; And
Step 4: enter artificial finger by the sub-screen action and carry out the touch-control action, and judge whether original Touch control key of having pressed is decontroled or have new Touch control key to be pressed or all decontroled, as all decontroled, the action of corresponding finger is all decontroled in simulation, and gets back to step 2; As Touch control key partly is changed or is not changed, whether the Touch control key of getting back to step 3 continuation detecting simulation finger is pressed.
5. the method for mouse emulation Touch Screen operation as claimed in claim 4, wherein trigger key mousebutton in addition in this Touch control key of step 3 for this simulation touch-control.
6. the method that mouse emulation Touch Screen as claimed in claim 4 operates, wherein this step 3 is when carrying out control mode touch mode, this touching signals converting unit is tackled respectively the single or signal of a plurality of buttons of this mouse and is converted to touch point, makes this computer operating system fill order refer to or refer to more touch controllable function.
7. the method for mouse emulation Touch Screen operation as claimed in claim 4, wherein, when entering this mouse execution control mode touch mode of step 3, in pressing this point of fixity button, enter and carry out the point of fixity control mode touch mode.
8. the method that mouse emulation Touch Screen as claimed in claim 7 operates, wherein when entering execution point of fixity control mode touch mode, be by this mouse at that time the position of corresponding screen be converted to the fixed position point, this fixed position point can be along with cursor of mouse moves, then will press other button the time mouse the position of position of corresponding screen be converted to the moving position point.
9. the method that mouse emulation Touch Screen as claimed in claim 8 operates, wherein when carrying out the point of fixity control mode touch mode, the priority time that this fixed position point and moving position point are not limited to be triggered, also can first be triggered after moving position point, then press the point of fixity button fixed position point that is triggered.
10. the method that mouse emulation Touch Screen as claimed in claim 8 operates, wherein this computer operating system can be according to two location points, distance between fixed position point and moving position point is close or from the effect that produces picture and dwindle or amplify, or moving position point carrys out the anglec of rotation of control interface with respect to the variation in angular displacement amount of fixed position point.
11. the method for a mouse emulation Touch Screen operation, the method is the computer operating system of carrying out supporting singly to refer to and refer to more touch controllable function, and this mouse at least includes the touching signals converting unit, the emulation touch-control triggers key and point of fixity button, when this emulation touch-control triggering key is pressed, this touching signals converting unit can be tackled the push button signalling on this mouse and is converted to the screen touching signals, carry out the touch controllable function of artificial finger on computer screen, wherein this mouse execution control mode touch mode is to press this emulation touch-control trigger key and enter control mode touch mode, and continue to carry out control mode touch mode by continuing to press this simulation touch-control triggering key, when this this simulation touch-control triggering key is pressed in relieving, recover the mouse basic function.
12. the method for mouse emulation Touch Screen operation as claimed in claim 11, wherein the method comprises:
Whether step 1: detecting this simulation touch-control triggering key and be pressed, is carry out step 2; No, maintain mouse M basic function;
Step 2: this mouse is carried out control mode touch mode, enters artificial finger by sub-screen and carries out touch-control action action; And
Step 3: enter artificial finger by the sub-screen action and carry out the touch-control action, and judge whether original Touch control key be pressed is all decontroled or have new Touch control key to be pressed, as whole these Touch control keys are decontroled, the corresponding actions of pointing are all decontroled in simulation, and maintain the mouse basic function; As Touch control key partly is changed or is not changed, get back to step 2 and continue artificial finger by sub-screen and carry out the touch-control action.
13. the method for mouse emulation Touch Screen operation as claimed in claim 12, wherein be all Touch control key in this Touch control key of step 2 for the mousebutton beyond simulation touch-control triggering key and this simulation touch-control triggering key.
14. the method for mouse emulation Touch Screen operation as claimed in claim 12, wherein ought press the point of fixity button, enters and carry out the point of fixity control mode touch mode.
15. the method for mouse emulation Touch Screen operation as claimed in claim 14, wherein when entering execution point of fixity control mode touch mode, be by this mouse at that time the position of corresponding screen be converted to the fixed position point, this fixed position point can be along with cursor of mouse moves, then will press other button the time mouse the position of position of corresponding screen be converted to the moving position point.
16. the method for mouse emulation Touch Screen operation as claimed in claim 14, wherein when carrying out the point of fixity control mode touch mode, the priority time that this fixed position point and moving position point are not limited to be triggered, also can first be triggered after moving position point, then press the point of fixity button fixed position point that is triggered.
17. the method for mouse emulation Touch Screen operation as claimed in claim 15, wherein computer operating system is can be according to the distance between two location points close or from the effect that produces picture and dwindle or amplify, or carrys out the anglec of rotation of control interface with respect to the variation in angular displacement amount of fixed position point according to moving position point.
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|---|---|---|---|
| CN2012101885709A CN103472931A (en) | 2012-06-08 | 2012-06-08 | Method for operating simulation touch screen by mouse |
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| CN2012101885709A CN103472931A (en) | 2012-06-08 | 2012-06-08 | Method for operating simulation touch screen by mouse |
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| CN109753216A (en) * | 2017-11-08 | 2019-05-14 | 波利达电子股份有限公司 | Touch device, the operating method of touch device and storage medium |
| CN110633044A (en) * | 2019-08-27 | 2019-12-31 | 联想(北京)有限公司 | Control method, control device, electronic equipment and storage medium |
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