CN103019548A - Computer peripheral device and method for controlling different window scroll bars - Google Patents
Computer peripheral device and method for controlling different window scroll bars Download PDFInfo
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- CN103019548A CN103019548A CN2011102841436A CN201110284143A CN103019548A CN 103019548 A CN103019548 A CN 103019548A CN 2011102841436 A CN2011102841436 A CN 2011102841436A CN 201110284143 A CN201110284143 A CN 201110284143A CN 103019548 A CN103019548 A CN 103019548A
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Abstract
The invention discloses a computer peripheral device and a method for controlling different window scroll bars. The computer peripheral device comprises a plurality of scroll bar control units and a signal processing unit, wherein the plurality of scroll bar control units are used for generating scroll bar control signals; and the signal processing unit is used for analyzing signal sources of the scroll bar control signals and controlling the different window scroll bars according to the different signal sources. Moreover, the method for controlling the different window scroll bars disclosed by the invention comprises the following steps of analyzing the signal sources of the scroll bar control signals and controlling the different window scroll bars according to the different signal sources, so as to improve the switching speed of different windows and further improve the working efficiency.
Description
Technical field
The invention relates to a kind of computer peripheral apparatus and method of controlling window scroll bar, refer in particular to a kind of computer peripheral apparatus and method of controlling the different windows scroll bar.
Background technology
For the easy-to-read bulk information, window in the graphic interface arranges scroll bar mostly at present, allow the user change transient copy in the mode of scrolling scroll bar, also used widely in response to the computer peripheral apparatus of scrollbar functionality, for example have the existing mouse of roller.Yet existing mouse only arranges a common roller usually, in order to control the scroll bar of a window.Even if at existing mouse a four-way roller or two common rollers are set, also can only control for the different scroll bars under the same window, for example vertical scroll bar and HScrollBar.
See also Fig. 1, Fig. 1 is existing mouse and computer synoptic diagram.As shown in Figure 1, existing mouse 10 has a roller 11, and computer 20 has a display 21.Display 21 shows first window 22, Second Window 23 and cursor 24, wherein first window 22 has scroll bar 220, Second Window 23 has scroll bar 230, and the roller 11 of existing mouse 10 is in order to the scroll bar 220 of scrolling first window 22 or the scroll bar 230 of Second Window 23.
For instance, when the user operates Second Window 23 and carries out the document editing operating, the roller 11 of existing mouse 10 can only be controlled the scroll bar 230 of Second Window 23, when if the user need to want scrolling first window 22 scroll bar 220 with reference to the information in the first window 22, then need mobile existing mouse 10, cursor 24 is moved on the first window 22, and click first window 22, can use the scroll bar 220 of the roller 11 control first windows 22 of existing mouse 10.
And after the information in obtaining first window 22, the user needs again mobile existing mouse 10 so that cursor 24 is moved on the Second Window 23, and clicks Second Window 23, could continue use Second Window 23 and carry out the document data editor.So design needs scrolling to be positioned at quite inconvenience for the user of scroll bar of different windows for often carrying out the document editing operating, thereby reduces its operating efficiency.
Summary of the invention
The technical problem to be solved in the present invention is, for the prior art above shortcomings, provides a kind of computer peripheral apparatus and method of controlling the different windows scroll bar, to promote the efficient of control different windows scroll bar.
The technical solution adopted for the present invention to solve the technical problems provides a kind of computer peripheral apparatus of controlling the different windows scroll bar, it comprises a plurality of scroll bar control modules and signal processing unit, wherein, these a plurality of scroll bar control modules, be arranged at this computer peripheral apparatus, comprise the first scroll bar control module and the second scroll bar control module, in order to produce the scroll bar control signal; This signal processing unit in order to analyzing this scroll bar control signal, is produced by this first scroll bar control module if signal processing unit is judged this scroll bar control signal, and then this scroll bar control signal is in order to the scrolling of a scroll bar of controlling a window; If signal processing unit judges this scroll bar control signal and produced by this second scroll bar control module, then this scroll bar control signal is in order to the scrolling of a scroll bar of controlling another window.
Preferably, this computer peripheral apparatus is mouse.
Preferably, this first scroll bar control module is the first roller, and this second scroll bar control module is the second roller.
Preferably, this first scroll bar control module is the first induction region, and this second scroll bar control module is the second induction region.
Preferably, this first induction region is arranged at the first Trackpad, and this second induction region is arranged at the second Trackpad.
Preferably, this first induction region and the second induction region all are arranged at a Trackpad.
Preferably, this scroll bar control signal has area information, and this signal processing unit is analyzed this area information of this scroll bar control signal, if this area information meets the first area information of this first induction region, judge that then this scroll bar control signal is produced by this first induction region, if this area information meets the second area information of this second induction region, judge that then this scroll bar control signal is produced by this second induction region.
Preferably, this area information is coordinate.
Preferably, this first area information is the first coordinate range, and this second area information is the second coordinate range.
Preferably, this first induction region and this second induction region have a plurality of sensing units, and each sensing unit has the sensing unit code, and this area information is this sensing unit code.
Preferably, this first area information is the first sensing unit code range, and this second area information is the second sensing unit code range.
The present invention also provides a kind of method of controlling the different windows scroll bar, be applied to a computer peripheral apparatus, wherein this computer peripheral apparatus has a plurality of scroll bar control modules, these a plurality of scroll bar control modules comprise the first scroll bar control module and the second scroll bar control module, and each scroll bar control module is in order to produce a scroll bar control signal, and the method comprises the following steps:
(A) analyze this scroll bar control signal to know its signal source, wherein this signal source is arbitrary this scroll bar control module;
(B) judge whether this signal source meets the preset signals source, if, then transmit this scroll bar control signal, if not, then transmit a windows exchange signal and this scroll bar control signal; And
(C) record this signal source, and this signal source is set as this preset signals source.
Preferably, this computer peripheral apparatus is mouse.
Preferably, this preset signals source is this first scroll bar control module.
Preferably, this first scroll bar control module is the first roller, and this second scroll bar control module is the second roller.
Preferably, this first scroll bar control module is the first induction region, and this second scroll bar control module is the second induction region.
Preferably, this first scroll bar control module is arranged at the first Trackpad, and this second scroll bar control module is arranged at the second Trackpad.
Preferably, this first induction region and this second induction region all are arranged at a Trackpad.
Preferably, this step (A) is to know this signal source by the area information of this scroll bar control signal, if this area information meets the first area information of this first induction region, judge that then this scroll bar control signal is produced by this first induction region, if this area information meets the second area information of this second induction region, judge that then this scroll bar control signal is produced by this second induction region.
Preferably, this area information is coordinate.
Preferably, this first area information is the first coordinate range, and this second area information is the second coordinate range.
Preferably, this first induction region and this second induction region have a plurality of sensing units, and each sensing unit has the sensing unit code, and this area information is this sensing unit code.
Preferably, this first area information is the first sensing unit code range, and this second area information is the second sensing unit code range.
The computer peripheral apparatus of control different windows scroll bar of the present invention realizes controlling according to different signal sources the rolling stripe coiling of different windows by the signal source that a plurality of scroll bar control modules produce scroll bar control signal and signal processing unit analysis scroll bar control signal.The method of control different windows scroll bar of the present invention sees through the signal source of analyzing the scroll bar control signal, and by judging whether the signal source meets the preset signals source, in the lump whether the Transfer Window switching signal allows the user control the rolling stripe coiling of identical or different window in response to self-demand to computer when determine transmitting the scroll bar control signal.Thus, the present invention has not only promoted the switching rate of user for different windows, make the user can carry out more expediently the document editing operating, thereby save the time of mobile cursor and significantly promote operating efficiency, even can reduce the mobile demand of cursor, reduce the possibility of user's hand injury.
Description of drawings
Fig. 1: be existing mouse and computer synoptic diagram.
Fig. 2: the mouse calcspar that is the first embodiment of the present invention.
Fig. 3: the mouse and the computer synoptic diagram that are the first embodiment of the present invention.
Fig. 4: the method flow diagram that is the first embodiment of the present invention.
Fig. 5: the mouse synoptic diagram that is the second embodiment of the present invention.
Fig. 6: the mouse calcspar that is the third embodiment of the present invention.
Fig. 7: the mouse and the computer synoptic diagram that are the third embodiment of the present invention.
Fig. 8: the first induction region and the second induction region synoptic diagram that are the third embodiment of the present invention.
Fig. 9: the method flow diagram that is the third embodiment of the present invention.
Embodiment
Computer peripheral apparatus of the present invention can be selected mouse, keyboard, contactor control device or any existing input equipment that is applicable to computer, below illustrates only take mouse as example, but not as limit.
Please refer to Fig. 2 and Fig. 3, Fig. 2 is the mouse calcspar of the first embodiment of the present invention, and Fig. 3 is mouse and the computer synoptic diagram of the first embodiment of the present invention.
As shown in Figures 2 and 3, mouse 30 has a plurality of scroll bar control modules 31 and a signal processing unit 32, and wherein a plurality of scroll bar control modules 31 comprise the first scroll bar control module 311 and the second scroll bar control module 312.Computer 40 has a display 41, and this display shows a window 42 and another window 43, and in present embodiment, window 42 is to use at present window, and the window of another window 43 next level (next lower level) that is window 42.
Need the setting that is based on existing microsoft operation system of supplementary notes, the user can see through and press shortcut Alt-Tab generation windows exchange signal, the hierarchical relationship of exchange window 42 and another window 43, so that another window 43 becomes present use window, window 42 then is switched to next level window of another window 43.Window 42 and another window 43 the distribution mode of display 41 can be fully not overlapping, overlap, or fully overlapping, in present embodiment take complete nonoverlapping distribution mode as example, but not as limit.In addition, window 42 has a scroll bar 420, and another window 43 has a scroll bar 430.
The first scroll bar control module 311 is electrically connected on signal processing unit 32 via different pins respectively from the second scroll bar control module 312.As shown in Figure 2, the first scroll bar control module 311 is electrically connected on signal processing unit 32, the second scroll bar control modules 312 via pin 1 and is electrically connected on signal processing unit 32 via pin 2.
A plurality of scroll bar control modules 31 of mouse 30 are in order to produce the scroll bar control signal, and wherein the scroll bar control signal is in order to the scrolling of the scroll bar of controlling present use window, and 32 of signal processing units are in order to analyze the scroll bar control signal.If signal processing unit 32 is analyzed the scroll bar control signal and produced by the first scroll bar control module 311, then window 42 becomes present use window, so the scrolling of the scroll bar 420 of scroll bar control signal control window 42.If the scroll bar control signal is produced by the second scroll bar control module 312, then another window 43 is switched to present use window, so the scroll bar control signal is controlled the scrolling of the scroll bar 430 of another window 43.Will be in after a while explanation about the correlative detail of analyzing scroll bar control signal and switch window.
In this preferred embodiment, the first scroll bar control module 311 and the second scroll bar control module 312 are arranged at mouse 30, and the first scroll bar control module 311 and the second scroll bar control module 312 are respectively one first roller and one second roller.
To illustrate that hereinafter signal processing unit 32 analyzes the scroll bar control signals and control the method for window scroll bar.
See also Fig. 4, Fig. 4 is the method flow diagram of the first embodiment of the present invention.Shown in step S11, signal processing unit 32 is analyzed the scroll bar control signal to know signal source, and wherein the signal source is arbitrary scroll bar control module 31.
In this preferred embodiment, signal processing unit 32 is by the pin analytic signal source of scroll bar control signal input.For instance, be the first scroll bar control module 311 if the scroll bar control signal, then represents the signal source of scroll bar control signal via pin 1 input signal processing unit 32; Otherwise, be the second scroll bar control module 312 if the scroll bar control signal, then represents the signal source of scroll bar control signal via pin 2 input signal processing units 32.
Then, shown in step S12, signal processing unit 32 judges whether the signal source meets preset signals source.Wherein the preset signals source can be preset as the first scroll bar control module 311 by manufacturer as the benchmark that judges whether the Transfer Window switching signal, or is the preset signals source by the arbitrary scroll bar control module 31 of User Defined.In case computer 40 receives the windows exchange signal, with the hierarchical relationship of exchange window 42 with another window 43, so that another window 43 becomes present use window, window 42 then is switched to next level window of another window 43.In this preferred embodiment, preset signals is originated take the first scroll bar control module 311 as example, but not as limit.
If the signal source is for meeting the first scroll bar control module 311 in preset signals source, then shown in step S13, signal processing unit 32 transmits scroll bar and controls signal to computer 40, use at present window in order to scrolling, that is window 42, scroll bar 420, and enter step S15; Otherwise if the signal source is not for meeting the second scroll bar control module 312 in preset signals source, then shown in step S14, signal processing unit 32 controls signal to computer 40 with Transfer Window switching signal and scroll bar, and enters step S15.
After computer 40 receives the windows exchange signal, with the hierarchical relationship of exchange window 42 with another window 43, so that another window 43 becomes present use window, and for present use window, that is another window 43, carry out the scroll bar control signal, in order to the scroll bar 430 of another window 43 of scrolling, reach the effect of control different windows scroll bar.
Then, shown in step S15, the signal source of signal processing unit 32 record scroll bar control signals is set as the preset signals source with the signal source, and gets back to step S11.If the signal source is the first scroll bar control module 311, then the preset signals source still is the first scroll bar control module 311; If the signal source is the second scroll bar control module 312, then changing the preset signals source is the second scroll bar control module 312.
Step S15 from the above is for the analyzing samples of next scroll bar control signal is provided.If the signal of next scroll bar control signal source changes, then certainly will meet the preset signals source, so signal processing unit 32 only need transmit scroll bar and control signal to computer 40, just can make mouse 30 continue the scroll bar of control the same windows.Opposite, if the signal of next scroll bar control signal source changes, then certainly will not meet preset signals source, so signal processing unit 32 needs Transfer Window switching signals and scroll bar to control signal to computer 40, to reach the effect of controlling the different windows scroll bar.
Next see also Fig. 5, Fig. 5 is the mouse synoptic diagram of the second embodiment of the present invention.As shown in Figure 5, mouse 50 comprises the first scroll bar control module 511 and the second scroll bar control module 512.
The first embodiment of the second embodiment and Fig. 3 is roughly the same, difference only is respectively the first induction region A and the second induction region B in the first scroll bar control module 511 and the second scroll bar control module 512, and the first induction region A is arranged at one first Trackpad, and the second induction region B is arranged at one second Trackpad.Wherein the first above-mentioned Trackpad and the second Trackpad are existing resistor type touch control plate, capacitive touch control plate or other Trackpads that utilizes existing touch technology to finish.
Please refer to Fig. 6 and Fig. 7, Fig. 6 is the mouse calcspar of the third embodiment of the present invention, and Fig. 7 is mouse and the computer synoptic diagram of the third embodiment of the present invention.
Such as Figure 6 and Figure 7, mouse 60 has a plurality of scroll bar control modules 61 and a signal processing unit 62, and wherein a plurality of scroll bar control modules 61 comprise the first scroll bar control module 611 and the second scroll bar control module 612.Computer 70 has a display 71, and this display 71 shows a window 72 and another window 73, and in present embodiment, window 72 is to use at present window, and another window 73 is the window of next level of window 72.
Setting based on existing microsoft operation system, the user can see through and press shortcut Alt-Tab generation windows exchange signal, the hierarchical relationship of exchange window 72 and another window 73, so that another window 73 becomes present use window, window 72 then is switched to next level window of another window 73.Window 72 and another window 73 the distribution mode of display 71 can be fully not overlapping, overlap, or fully overlapping, in present embodiment take complete nonoverlapping distribution mode as example, but not as limit.In addition, window 72 has a scroll bar 720, and another window 73 has a scroll bar 730.
As shown in Figure 6, the first scroll bar control module 611 is electrically connected on signal processing unit 62 via identical pin 3 respectively with the second scroll bar control module 612.
A plurality of scroll bar control modules 61 of mouse 60 are in order to produce the scroll bar control signal, and wherein the scroll bar control signal is in order to the scrolling of the scroll bar of controlling present use window, and 62 of signal processing units are in order to analyze the scroll bar control signal.If signal processing unit 62 is analyzed the scroll bar control signal and is produced by the first scroll bar control module 611, then window 72 becomes present use window, therefore the scroll bar control signal is controlled the scrolling of the scroll bar 720 of window 72, if the scroll bar control signal is produced by the second scroll bar control module 612, then another window 43 is switched to present use window, so the scroll bar control signal is controlled the scrolling of the scroll bar 730 of another window 73.Will be in after a while explanation about the correlative detail of analyzing scroll bar control signal and switch window.
In this preferred embodiment, the first scroll bar control module 611 and the second scroll bar control module 612 are arranged at mouse 60 surfaces, and the first scroll bar control module 611 and the second scroll bar control module 612 are respectively the first induction region C and the second induction region D, and the first induction region C and the second induction region D are arranged at a Trackpad.In addition, see also Fig. 8, Fig. 8 is the first induction region and the second induction region synoptic diagram of the third embodiment of the present invention.As shown in Figure 8, the first induction region C and the second induction region D have a plurality of sensing unit U.
The first above-mentioned Trackpad and the second Trackpad are existing resistor type touch control plate, capacitive touch control plate or other Trackpads that utilizes existing touch technology to finish.The present invention is take capacitive touch control plate as example, but not as limit.As shown in Figure 8, Trackpad has many wires, and wherein horizontal wire X1～X8 arranges along directions X, and vertical wire Y1～Y8 arranges along Y-direction.
To illustrate that hereinafter signal processing unit 62 analyzes the scroll bar control signals and control the method for window scroll bar.
See also Fig. 9, Fig. 9 is the method flow diagram of the third embodiment of the present invention.Shown in step S21, signal processing unit 62 is analyzed the scroll bar control signal to know signal source, and wherein the signal source is arbitrary scroll bar control module 61.
In this preferred embodiment, signal processing unit 62 is by the Area Information Analysis signal source of scroll bar control signal.For instance, if the area information of scroll bar control signal meets a first area information of the first scroll bar control module 611, the signal source that then represents the scroll bar control signal is the first scroll bar control module 611; Otherwise if the area information of scroll bar control signal meets a second area information of the second scroll bar control module 612, the signal source that then represents the scroll bar control signal is the second scroll bar control module 612.
In this preferred embodiment, area information is touched the position coordinates of the first Trackpad or the second Trackpad for finger or pointer, wherein position coordinates is via horizontal wire X1～X8 and the vertical wire Y1～Y8 detecting of Trackpad, because method for detecting and existing touch technology are as good as, and repeat no more in this.And first area information is preset as the first coordinate range, and second area information is preset as the second coordinate range.
Certainly, the employed area information of present embodiment is not limited with the coordinate range of induction region, for example, the area information of present embodiment also can be the sensing unit U that is triggered sensing unit code 0 * n (n=1,2 ..., n, n are positive integer).The sensing unit code is the predefined code 0 * n that puts in order according to sensing unit U, in order to define the position of each sensing unit U, after the scroll bar control signal produced, signal processing unit 62 saw through the sensing unit code 0 * n that tables look-up and learn the sensing unit U that is triggered.In addition, the first induction region information is preset as the first sensing unit code range the 0 * 01～0 * 32, second induction region information and is preset as the second sensing unit code range 0 * 33～0 * 64.
Then, shown in step S22, signal processing unit 62 judges whether the signal source meets preset signals source.Wherein the preset signals source can be preset as the first scroll bar control module 611 by manufacturer as the benchmark that judges whether the Transfer Window switching signal, or is the preset signals source by the arbitrary scroll bar control module 61 of User Defined.In case computer 70 receives the windows exchange signal, with the hierarchical relationship of exchange window 72 with another window 73, so that another window 73 becomes present use window, window 72 then is switched to next level window of another window 73.In this preferred embodiment, preset signals is originated take the first scroll bar control module 611 as example, but not as limit.
If the signal source is for meeting the first scroll bar control module 611 in preset signals source, then shown in step S23, signal processing unit 62 transmits scroll bar and controls signal to computer 70, uses at present window in order to scrolling, that is the scroll bar 720 of window 72, and enter step S25; Otherwise if the signal source is not for meeting the second scroll bar control module 612 in preset signals source, then shown in step S24, signal processing unit 62 controls signal to computer 70 with Transfer Window switching signal and scroll bar, and enters step S25.
After the computer 70 receive window switching signals, with the hierarchical relationship of exchange window 72 with another window 73, so that another window 73 becomes present use window, and for present use window, that is another window 73, carry out the scroll bar control signal, in order to the scroll bar 730 of another window 73 of scrolling, reach the effect of control different windows scroll bar.
Then, shown in step S25, the signal source of signal processing unit 62 record scroll bar control signals is set as the preset signals source with the signal source, and gets back to step S21.If the signal source is the first scroll bar control module 611, then the preset signals source still is the first scroll bar control module 611; If the signal source is the second scroll bar control module 612, then changing the preset signals source is the second scroll bar control module 612.
Step S25 from the above is for the analyzing samples of next scroll bar control signal is provided.If the signal of next scroll bar control signal source changes, then certainly will meet the preset signals source, so signal processing unit 62 only need transmit scroll bar and control signal to computer 70, just can make mouse 60 continue the scroll bar of control the same windows.Opposite, if the signal of next scroll bar control signal source changes, then certainly will not meet preset signals source, so signal processing unit 62 needs Transfer Window switching signals and scroll bar to control signal to computer 70, to reach the effect of controlling the different windows scroll bar.
According to the explanation of above preferred embodiment as can be known, the computer peripheral apparatus of control different windows scroll bar of the present invention, comprise that a plurality of scroll bar control modules are (in the above-mentioned preferred embodiment take two scroll bar control modules as example, but be appreciated that, the quantity of this scroll bar control module is not limited to this, also can be more than three or three) and signal processing unit, wherein a plurality of scroll bar control modules are in order to produce the scroll bar control signal, signal processing unit is analyzed the signal source of scroll bar control signal, and controls the rolling stripe coiling of different windows according to different signal sources.
In addition, the method of control different windows scroll bar of the present invention sees through the signal source of analyzing the scroll bar control signal, and by judging whether the signal source meets the preset signals source, in the lump whether the Transfer Window switching signal allows the user control the rolling stripe coiling of identical or different window in response to self-demand to computer when determine transmitting the scroll bar control signal.Then, the tracer signal source is set as the preset signals source with the signal source, as the analyzing samples of next scroll bar control signal.
So design, not only promote the user for the switching rate of different windows, needing scrolling to be positioned at for the user of scroll bar of different windows for often carrying out the document editing operating also is quite easily, thereby save the time of mobile cursor and significantly promote operating efficiency, even can reduce the mobile demand of cursor, reduce the possibility of user's hand injury.
The above is preferred embodiment of the present invention only, is not to limit claim scope of the present invention, and therefore all other do not break away from the equivalence change of finishing under the disclosed spirit or modify, and all should be contained in the scope of the present invention.
Claims (23)
1. a computer peripheral apparatus of controlling the different windows scroll bar is characterized in that, comprising:
A plurality of scroll bar control modules are arranged at this computer peripheral apparatus, comprise the first scroll bar control module and the second scroll bar control module, in order to produce the scroll bar control signal; And
Signal processing unit in order to analyzing this scroll bar control signal, is produced by this first scroll bar control module if signal processing unit is judged this scroll bar control signal, and then this scroll bar control signal is in order to the scrolling of a scroll bar of controlling a window; If signal processing unit judges this scroll bar control signal and produced by this second scroll bar control module, then this scroll bar control signal is in order to the scrolling of a scroll bar of controlling another window.
2. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 1 is characterized in that, this computer peripheral apparatus is mouse.
3. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 1 is characterized in that, this first scroll bar control module is the first roller, and this second scroll bar control module is the second roller.
4. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 1 is characterized in that, this first scroll bar control module is the first induction region, and this second scroll bar control module is the second induction region.
5. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 4 is characterized in that, this first induction region is arranged at the first Trackpad, and this second induction region is arranged at the second Trackpad.
6. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 4 is characterized in that, this first induction region and the second induction region all are arranged at a Trackpad.
7. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 6, it is characterized in that, this scroll bar control signal has area information, and this signal processing unit is analyzed this area information of this scroll bar control signal, if this area information meets the first area information of this first induction region, judge that then this scroll bar control signal is produced by this first induction region, if this area information meets the second area information of this second induction region, judge that then this scroll bar control signal is produced by this second induction region.
8. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 7 is characterized in that, this area information is coordinate.
9. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 8 is characterized in that, this first area information is the first coordinate range, and this second area information is the second coordinate range.
10. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 7, it is characterized in that, this first induction region and this second induction region have a plurality of sensing units, and each sensing unit has the sensing unit code, and this area information is this sensing unit code.
11. the computer peripheral apparatus of control different windows scroll bar as claimed in claim 10 is characterized in that, this first area information is the first sensing unit code range, and this second area information is the second sensing unit code range.
12. method of controlling the different windows scroll bar, be applied to a computer peripheral apparatus, wherein this computer peripheral apparatus has a plurality of scroll bar control modules, these a plurality of scroll bar control modules comprise the first scroll bar control module and the second scroll bar control module, and each scroll bar control module is in order to produce a scroll bar control signal, it is characterized in that the method comprises the following steps:
(A) analyze this scroll bar control signal to know its signal source, wherein this signal source is arbitrary this scroll bar control module;
(B) judge whether this signal source meets the preset signals source, if, then transmit this scroll bar control signal, if not, then transmit a windows exchange signal and this scroll bar control signal; And
(C) record this signal source, and this signal source is set as this preset signals source.
13. the method for control different windows scroll bar as claimed in claim 12 is characterized in that, this computer peripheral apparatus is mouse.
14. the method for control different windows scroll bar as claimed in claim 12 is characterized in that, this preset signals source is this first scroll bar control module.
15. the method for control different windows scroll bar as claimed in claim 12 is characterized in that, this first scroll bar control module is the first roller, and this second scroll bar control module is the second roller.
16. the method for control different windows scroll bar as claimed in claim 12 is characterized in that, this first scroll bar control module is the first induction region, and this second scroll bar control module is the second induction region.
17. the method for control different windows scroll bar as claimed in claim 16 is characterized in that, this first scroll bar control module is arranged at the first Trackpad, and this second scroll bar control module is arranged at the second Trackpad.
18. the method for control different windows scroll bar as claimed in claim 16 is characterized in that, this first induction region and this second induction region all are arranged at a Trackpad.
19. the method for control different windows scroll bar as claimed in claim 18, it is characterized in that, this step (A) is to know this signal source by the area information of this scroll bar control signal, if this area information meets the first area information of this first induction region, judge that then this scroll bar control signal is produced by this first induction region, if this area information meets the second area information of this second induction region, judge that then this scroll bar control signal is produced by this second induction region.
20. the method for control different windows scroll bar as claimed in claim 19 is characterized in that, this area information is coordinate.
21. the method for control different windows scroll bar as claimed in claim 20 is characterized in that, this first area information is the first coordinate range, and this second area information is the second coordinate range.
22. the method for control different windows scroll bar as claimed in claim 19, it is characterized in that, this first induction region and this second induction region have a plurality of sensing units, and each sensing unit has a sensing unit code, and this area information is this sensing unit code.
23. the method for control different windows scroll bar as claimed in claim 22 is characterized in that, this first area information is the first sensing unit code range, and this second area information is the second sensing unit code range.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105988689A (en) * | 2015-02-11 | 2016-10-05 | 阿里巴巴集团控股有限公司 | Information display method and apparatus |
| CN112527178A (en) * | 2020-12-16 | 2021-03-19 | 平安银行股份有限公司 | Page control method, device, equipment and storage medium |
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