CN101178627B - Multifunctional wireless mouse apparatus and its control method - Google Patents
Multifunctional wireless mouse apparatus and its control method Download PDFInfo
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- CN101178627B CN101178627B CN2007101645047A CN200710164504A CN101178627B CN 101178627 B CN101178627 B CN 101178627B CN 2007101645047 A CN2007101645047 A CN 2007101645047A CN 200710164504 A CN200710164504 A CN 200710164504A CN 101178627 B CN101178627 B CN 101178627B
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Abstract
The invention relates to a multifunctional wireless mouse, belonging to the technical field of a computer and man machine interactive interface device. The invention comprises a mouse main body and areceiver which are wirelessly connected with each other. The mouse main body can achieve the switching control between a mouse mode and a wireless page turning mode by a working mode switching key. When in the wireless page turning mode, operations of page turning, white screen, exit or canceling can be achieved by a program set by a singlechip; and when in mouse mode, the switching control between a wireless photoelectric mouse mode and a wireless gravitational field mouse mode can be achieved by a gravitational field starting key. The invention is novel and unique in concept and achieves themulti remote functions through simple structure, which adapts to different use situations of various mouse, thus being widely applied in various situations such as product show, electric teaching, business speech, business training and meeting; the mouse is a necessary professional tool for teachers, sales men, marketing officer and professional manager to have a speech and to have a teaching.
Description
Technical field
The invention belongs to computer man-machine interacting interfacing equipment technical field, be specifically related to a kind of 2.4G wireless multifunctional mouse apparatus.
Background technology
Fast development along with computer hardware technique, computer product market is enlarged rapidly, and the maturation in machine product market and expansion have stimulated the demand of computing machine auxiliary equipment and peripheral hardware, mouse is as one of computing machine auxiliary equipment, along with the expansion of machine product demand demonstrates huge demand.
In the wireless mouse application, because its is flexible and convenient to use, more and more be subjected to people's favor, although wireless mouse has brought many advantages to the user, but in many occasions, still can not satisfy user's demand, the used sensor of Yan Zhi wireless mouse still is limited by the wireless optical mouse of platforms such as desktop in the market, perhaps be limited by the wireless gravity field mouse of aerial 2.4GHz gravity field, the application of wireless mouse is restricted, make troubles also for the configuration of mouse, separately configuration wireless optical mouse or wireless gravity field mouse all can not satisfy the requirement that the user uses in different occasions, and existing market does not have as yet and comprises the wireless optical mouse pattern simultaneously, the mouse of wireless gravity field mouse mode appears on the market.In addition, in numerous occasions such as product demonstration, electronic teaching, commercial affairs speech, commercial affairs training, meetings, the user is except passing through wireless mouse operational computations machine, usually need to use laser pen, for the user, be used alternatingly two equipment of mouse and laser pen during concrete operations, to very inconvenience of execute-in-place.
Summary of the invention
The present invention aims to provide a kind of mouse mode and wireless page turning pattern can freely be switched, simultaneously under mouse mode, can realize wireless multifunctional mouse and the control method technical scheme thereof that wireless optical mouse, two kinds of patterns of wireless gravity field mouse are freely switched, to overcome problems of the prior art.
Described a kind of multifunctional wireless mouse apparatus, the mouse body that comprises wireless connections, receiver, it is characterized in that mouse body is reached by host scm and the learning key of its control linkage, the mode of operation switch key, the gravity field start key, the two axis gyroscope instrument, optical sensor, wireless communication module, roller, left, center, right group key and esc key cooperate formation, receiver by low speed USB controller and with the learning key of its control linkage, wireless communication module, USB interface cooperates formation, mouse body is carried out the switching controls of mouse mode and wireless page turning pattern by the mode of operation switch key, under the wireless page turning mode state, program by the single-chip microcomputer setting, realize page turning respectively by left, center, right group key, white screen function, realize withdrawing from or cancelling function by esc key, carry out the switching controls of wireless optical mouse pattern and wireless gravity field mouse mode under the mouse mode by the gravity field start key, optical sensor is in running order under the wireless optical mouse pattern, and the two axis gyroscope instrument is in running order under the wireless gravity field mouse mode.
Described a kind of multifunctional wireless mouse apparatus, it is characterized in that the mouse body housing is by base plate, with upward loam cake, the battery cover of charged pool lid switch and the side cover cooperation of band side trim of trim constitute, described roller, left, center, right group key, gravity field start key are equipped with in the loam cake front portion, the middle key of left, center, right group key is pressed to touch with roller and is cooperated, described mode of operation switch key, esc key are equipped with at the loam cake middle part, and the mouse body rear positions is provided with the battery compartment with the battery cover corresponding matching.
Described a kind of multifunctional wireless mouse apparatus is characterized in that anterior connection of mouse body laser head being set, and laser head is connected with the Laser emission key of relative set.
Described a kind of multifunctional wireless mouse apparatus, the low speed USB controller that it is characterized in that described receiver is equipped with LED light, be connected between USB interface and the low speed USB controller USB HUB controller is set, connect the storage chip that USB flash disk controller and corresponding cooperation are set by USB HUB controller.
Described a kind of multifunctional wireless mouse apparatus, it is characterized in that between mouse body, the receiver adopting the Wireless USB 2-Way communication modes of 2.4GHz frequency range to carry out transmission of wireless signals, mouse body is undertaken under the mutual switching, mouse mode of mouse mode and wireless page turning pattern carrying out the controlled step that wireless gravity field mouse mode and wireless optical mouse pattern switch mutually by the gravity field start key by the mode of operation switch key as follows:
1) mouse body, receiver power on, judge mouse body, whether receiver has been finished that sign indicating number is learnt, if, mouse body directly enters the mouse mode of the acquiescence that powers on, if not, organize mouse body and receiver to carry out entering the mouse mode of the acquiescence that powers on after the sign indicating number study, the mouse mode of acquiescence was the wireless optical mouse pattern after mouse body 1 powered on;
2) whether the judgment task mode switching key was pressed, if then mouse body to another kind of mode of operation, and enters next step from the work at present mode switch, if not, mouse body keeps original mode of operation, and continued to carry out this step;
3) judge whether the work at present pattern is wireless page turning pattern, if, then enter wireless page turning pattern, continue execution in step 2); If not, then enter the mouse performance pattern, carry out the mutual switching of wireless gravity field mouse mode, wireless optical mouse pattern, under the wireless optical mouse pattern, continue execution in step 2) by the gravity field start key;
The controlled step of corresponding receiver (2) is:
1) judge whether wireless communication module receives data, if not, execution in step 4), if enter next step;
2) judge whether low speed USB controller is waken up, if not, wake low speed USB controller equiment up back and carry out next step, if directly carry out next step;
3) upload the data to computing machine, realize corresponding mouse function;
4) judge usb bus does not have the time of action whether to surpass setting-up time, if not, execution in step 1), if carry out next step;
5) low speed USB controller is hung up, entered battery saving mode, execution in step 1).
Described a kind of multifunctional wireless mouse apparatus is characterized in that described wireless gravity field mouse mode controlled step is:
1) initialization of host scm and two axis gyroscope instrument, wireless communication module and gravity field start key;
2) host scm judges whether the gravity field start key is pressed, if, carry out next step, if not, then continue to carry out this step;
3) host scm produces the negative edge interruption, and the gravity field start key is pressed always;
4) in the interrupt service routine of negative edge, host scm produces the trigger pip of two axis gyroscope instrument, and startup two axis gyroscope instrument moves to attitude samples;
5) host scm reads out two displacements of two axis gyroscope instrument on X, Y direction, calculates two shift offset on X, the Y direction then, and two shift offset linear transformation is become the shift offset of mouse pointer;
6) host scm starts wireless communication module, sends the side-play amount of mouse pointer to computing machine by receiver, realizes the attitude perceptional function of mouse pointer, carries out the mouse pointer location;
7) judge whether the gravity field start key is released, if then the two axis gyroscope instrument stops dynamic sampling, mouse is positioned at corresponding position; If not, then continue execution in step 4);
Described wireless optical mouse pattern controlled step is:
1) host scm, optical sensor and wireless communication module initialization;
2) host scm judges whether the Motion pin of optical sensor has negative edge to produce, if host scm produces negative edge and interrupts, enters interrupt service routine and carries out next step, if not, then continues to carry out this step;
3) host scm reads out optical sensor X, Y-axis displacement variable in the plane;
4) host scm starts wireless communication module, sends X, Y-axis displacement variable to computing machine by receiver, realizes the mouse pointer location.
Described a kind of multifunctional wireless mouse apparatus is characterized in that mouse body by the controlled step that the mode of operation switch key carries out the mode of operation switching is:
1) initialization of host scm and mode of operation switch key;
2) whether the judgment task mode switching key was pressed, if mouse is carried out next step after present mode switches to another kind of pattern, if not, mouse keeps original pattern, continued to carry out this step;
3) whether the pattern of mouse was wireless page turning pattern after judgement was switched, if, enter wireless page turning pattern, if not, then enter mouse mode;
4) continue execution in step 2).
Described a kind of multifunctional wireless mouse apparatus is characterized in that the controlled step of carrying out the mouse mode switching by the gravity field start key is:
1) initialization of host scm, optical sensor, two axis gyroscope instrument, wireless communication module and gravity field start key;
2) judge whether the gravity field start key is pressed, if, then enter wireless gravity field mouse mode, carry out next step, if not, then enter the wireless optical mouse pattern, continue to carry out this step;
3) judge whether the gravity field start key is released, if, execution in step 2), if not, then enter wireless gravity field mouse mode, continue to carry out this step;
Described a kind of multifunctional wireless mouse apparatus, what it is characterized in that described mouse body and receiver to sign indicating number Learning Control step is:
1) press the learning key of receiver, receiver enters mode of learning, and low speed USB controller reads the wireless chip device id number in the wireless communication module, and the wireless chip device id number is sent to mouse body;
2) press the learning key of mouse body in the setting-up time, receive and wireless chip device id that the storage receiver sends number.
Described a kind of multifunctional wireless mouse apparatus is characterized in that in the described mouse pointer location, the left, center, right group key of mouse body adopts interrupt mode to judge, roller by the level state that detects two ports change realize roller on roll, roll down operation.
The above-mentioned novel uniqueness of a kind of multifunctional wireless mouse apparatus, realized the one-machine-multi-function of mouse with simple structure, wireless page turning pattern and mouse mode be can freely switch, wireless optical mouse pattern, wireless gravity field mouse mode under mouse mode, can be freely switched simultaneously.Under wireless page turning pattern, a left side that can be by mouse body, in and right button is realized respectively turning on the pages such as PPT, WORD and webpage, is turned over down, and white screen operation, realize the function that withdraws from or cancel by the ESC button; Under mouse mode, when platform uses, can survey mouse displacement X in the plane by optical sensor, Y, when taken away from desktop aloft uses, can be by two axis gyroscope instrument induction two dimensional surface, about on the plane, left and right directions is responded to, read out gyroscope X, displacement variable on the Y direction, and convert the displacement variable of mouse pointer in display device to, radio to computing machine by receiver, realize the location of mouse pointer, can be widely used in product demonstration, electronic teaching, the commercial affairs speech, the commercial affairs training, numerous occasions such as meeting are the teachers, sell the assistant director, the Marketing Communication, the professional manager gives a lecture, the requisite professional tool of giving lessons and imparting knowledge to students has also adapted to various mouse environment for use simultaneously.
Description of drawings
Figure 1 shows that the control block diagram of mouse body of the present invention;
Figure 2 shows that the control block diagram of receiver of the present invention;
Fig. 3, structural representation, the split structural representation that is respectively mouse body of the present invention shown in Figure 4;
Fig. 5 is the backsight structural representation of Fig. 3;
Fig. 6, structural representation, the split structural representation that is respectively receiver of the present invention shown in Figure 7;
Figure 8 shows that described mouse body control flow chart;
Figure 9 shows that described receiver control flow chart;
Figure 10 shows that described mouse body mode of operation switching controls process flow diagram;
Figure 11 shows that described mouse body mouse mode switching controls process flow diagram;
Figure 12 shows that wireless optical mouse pattern control flow chart;
Figure 13 shows that wireless gravity field mouse mode control flow chart;
Figure 14 shows that the Laser emission synoptic diagram.
Among the figure: the 1-mouse body, 101-two axis gyroscope instrument, the 102-optical sensor, the 103-host scm, the 104-wireless communication module, the 105-antenna, the 106-ESC key, the 107-learning key, 108-mode of operation switch key, 109-gravity field start key, 110-left, center, right group key, the 111-roller, the last trim of 112-, the 113-loam cake, 114-charged pool lid switch, the 115-battery cover, the 116-battery compartment, 117-side trim, the 118-side cover, the 119-base plate, the 120-laser head, 121-Laser emission key, the 122-switch;
2-receiver, 201-USB interface, 202-USB HUB controller, 203-LED pilot lamp, 204-low speed USB controller, 205-U disk controller, 206-wireless communication module, 207-learning key, 208-storage chip, 209-antenna, 210-loam cake, 211-light-conductive hole, 212-block, 213-USB plug, 214-learning key snapper, 215-leaded light post, 216-wiring board, 217-lower cover.
Embodiment
The invention will be further described below in conjunction with Figure of description:
A kind of multifunctional wireless mouse apparatus comprises mouse body 1, receiver 2, adopts the Wireless USB2-Way communication modes of 2.4GHz frequency range to carry out transmission of wireless signals between mouse body 1, the receiver 2; This frequency range of 2.4GHz is divided into a passage every 1MHz, be divided into 78 passages altogether, on each passage, mix a spread spectrum code sequence PN sign indicating number (Pseudo Noise Codes, Pseudo-Random Noise Code), selected 8 groups to form the PN sign indicating number from 49 groups of GOLD sign indicating numbers, every group of PN sign indicating number has 8 bytes to constitute, 8 groups of PN sign indicating numbers have very high autocorrelation and very little cross correlation, adopt this mode, make when transmitting-receiving two-end carries out data communication, it is minimum that the phase mutual interference between the different communication equipment reaches; On each passage, can select 8 groups of PN sign indicating numbers in wherein one group form a channel and carry out the communication on both sides, and to finish the both sides communication, must guarantee that both sides are operated in same passage, same PN sign indicating number, 78 * 8 channels can be arranged so in theory, promptly in the same space, can guarantee that individual wireless same category of device is worked simultaneously more than 600, realize a plurality of coexistences.Mouse body 1 by host scm 103 and with the learning key 107 of its control linkage, mode of operation switch key 108, gravity field start key 109, two axis gyroscope instrument 101, optical sensor 102, wireless communication module 104, roller 111, left, center, right group key 110 and esc key 106 cooperate formation, host scm 103 is responsible for optical sensor 102, two axis gyroscope instrument 101, wireless communication module 104, left, center, right group key 110, the initialization of institute's link blocks such as roller 111 and device, be responsible for the detection of 110 interruptions of left, center, right group key and roller 111 state variation, be responsible for two axis gyroscope instrument 101, the reading and writing data of optical sensor 102, communication, be responsible for the communication of wireless communication module 104, wireless communication module 104 is furnished with antenna 105 and sets up transmission of wireless signals with receiver 2, when wireless communication module 104 detects power supply voltage less than 2.7V, to start boost module work, keep voltage between 2.7V～3.0V; Mouse body 1 housing is by base plate 119, with upward loam cake 113, the battery cover 115 of charged pool lid switch 114 and side covers 118 cooperations of two band side trims 117 of trim 112 constitute, the battery compartment 116 of mouse body 1 rear positions setting and battery cover 115 corresponding matching, battery cover switch 114 is connected to loam cake 113 rear portions, pressing battery cover switch 114 just can eject battery cover 115, at battery compartment 116 fetching batteries, mouse body 1 bottom is equipped with switch 122 control power supply power supplies; Roller 111, left, center, right group key 110, gravity field start key 109 are equipped with in loam cake 113 front portions, the middle key of left, center, right group key 110 is pressed to touch with roller 111 and is cooperated, the and arranged on left and right sides of loam cake 113 front portions is provided with left button, the right button of left, center, right group key 110, the centre is provided with roller 111, gravity field start key 109, and the middle key of left, center, right group key 110 is equipped with below roller 111 to press to touch with roller 111 and cooperates.Mode of operation switch key 108, esc key 106 are equipped with in both sides, loam cake 113 middle part; Mouse body 1 front portion can connect laser head 120 is set, laser head 120 is connected with the Laser emission key 121 of relative set, Laser emission key 121 is equipped with between the mode of operation switch key 108 at loam cake 113 middle parts, esc key 106, press Laser emission key 121, laser head 120 can be launched laser, is used for the laser indication.Receiver 2 cooperates by low speed USB controller 204 and with learning key 207, wireless communication module 206, USB interface 201, the LED light 203 of its control linkage and constitutes, be connected between USB interface 201 and the low speed USB controller 204 USB HUB controller 202 is set, connect the storage chip 208 that USB flash disk controller 205 and corresponding cooperation are set by USB HUB controller 202, make receiver 2 have the mobile memory function; Low speed USB controller 204 adoptable models comprise CY7C63803 etc., be responsible for the exemplifying of keyboard and mouse device, to wireless communication module 206 data communication, with the communication of USB HUB controller 202 etc., wireless communication module 206 is furnished with antenna 209 and sets up transmission of wireless signals with mouse body 1; USB flash disk controller 205 can adopt NW6208 type etc., be responsible for the exemplifying of USB flash disk equipment, to the read-write operation of storage chip 208, with the communication of USB HUB controller 202 etc., storage chip 208 is selected HY27UH088G2M type etc. for use, USB HUB controller 202 adopts AU6254 etc., USB interface can be divided into 4 the tunnel carry out communication, use two-way wherein in the present embodiment, the one tunnel follows low speed USB controller 204 to be connected, and another road is connected with USB flash disk controller 205; Receiver 2 housings are made of loam cake 210, lower cover 217, block 212 cooperations, inner USB plug 213, the wiring board 216 that is connected that be provided with, the learning key snapper 214 that cooperates with learning key 207 is set on the loam cake 210, be equipped with leaded light post 215, light-conductive hole 211 with LED light 203, LED light 203 is red and green each combination of one.Mouse body 1 is carried out the switching controls of mouse mode and wireless page turning pattern by mode of operation switch key 108, under the wireless page turning mode state, program by single-chip microcomputer 103 settings, realize the page turning of PPT, WORD and Webpage, white screen operation respectively by left, center, right group key 110, turn over as in the left button control, right button control is turned over down, middle key control is shielded in vain, withdraw from or cancel function by esc key 106 realizations; Carry out the switching controls of wireless optical mouse pattern and wireless gravity field mouse mode under the mouse mode by gravity field start key 109, optical sensor 102 is in running order under the wireless optical mouse pattern, and wireless gravity field mouse mode two axis gyroscope instrument 101 is in running order.
Above-mentioned a kind of multifunctional wireless mouse apparatus, mouse body 1 are undertaken under the mutual switching, mouse mode of mouse mode and wireless page turning pattern carrying out the controlled step that wireless gravity field mouse mode and wireless optical mouse pattern switch mutually by gravity field start key 109 by mode of operation switch key 108 as follows:
1) mouse body 1, receiver 2 power on, judge whether mouse body 1, receiver 2 have been finished sign indicating number is learnt, if, mouse body 1 directly enters the mouse mode of the acquiescence that powers on, if not, organize mouse body 1 and receiver 2 to carry out entering the mouse mode of the acquiescence that powers on after the sign indicating number study, the mouse mode of acquiescence was the wireless optical mouse pattern after mouse body 1 powered on;
2) whether judgment task mode switching key 108 was pressed, if then mouse body 1 to another kind of mode of operation, and enters next step from the work at present mode switch, if not, mouse body 1 keeps original mode of operation, and continues to carry out this step;
3) judge whether the work at present pattern is wireless page turning pattern, if, then enter wireless page turning pattern, continue execution in step 2); If not, then enter the mouse performance pattern, carry out the mutual switching of wireless gravity field mouse mode, wireless optical mouse pattern, under the wireless optical mouse pattern, continue execution in step 2) by gravity field start key 109.
The controlled step of corresponding receiver 2 is:
1) judge whether wireless communication module 206 receives data, if not, execution in step 4), if enter next step;
2) judge whether low speed USB controller 204 is waken up, if not, wake low speed USB controller 204 equipment up back and carry out next step, if directly carry out next step;
3) upload the data to computing machine, realize corresponding mouse function, comprise mouse pointer location, button and roller function;
4) judge usb bus does not have the time of action whether to surpass setting-up time, if not, execution in step 1), if carry out next step;
5) low speed USB controller is hung up, entered battery saving mode, execution in step 1).
The controlled step of described wireless gravity field mouse mode is:
1) initialization of host scm 103 and two axis gyroscope instrument 101, wireless communication module 104 and gravity field start key 109;
2) host scm 103 judges whether gravity field start key 109 is pressed, if, carry out next step, if not, then continue to carry out this step;
3) host scm 103 produces the negative edge interruption, and gravity field start key 109 is pressed always;
4) in the interrupt service routine of negative edge, host scm 103 produces the trigger pip of two axis gyroscope instrument 101, starts 101 pairs of attitude actions of two axis gyroscope instrument and samples;
5) host scm 103 reads out two displacements of two axis gyroscope instrument 101 on X, Y direction, calculates two shift offset on X, the Y direction then, and two shift offset linear transformation is become the shift offset of mouse pointer;
6) host scm 103 starts wireless communication modules 104, sends the side-play amount of mouse pointer to computing machine by receiver 2, realizes the attitude perceptional function of mouse pointer, carries out the mouse pointer location;
7) judge whether gravity field start key 109 is released, if then two axis gyroscope instrument 101 stops dynamic sampling, mouse is positioned at corresponding position; If not, then continue execution in step 4);
The workflow of described wireless optical mouse mode is:
1) host scm 103, optical sensor 102 and wireless communication module 104 initialization;
2) host scm 103 judges whether the Motion pin of optical sensor 102 has negative edge to produce, if host scm 103 produces negative edge and interrupts, enters interrupt service routine and carries out next step, if not, then continues to carry out this step;
3) host scm 103 reads out optical sensor 102 X, Y-axis displacement variable in the plane;
4) host scm 103 starts wireless communication module 104, sends X, Y-axis displacement variable to computing machine by receiver 2, realizes the mouse pointer location.
The mode of operation of mouse body 1 is carried out the controlled step that mouse mode and wireless page turning pattern switch mutually by mode of operation switch key 108:
1) initialization of host scm 103 and mode of operation switch key 108;
2) whether judgment task mode switching key 108 was pressed, if mouse is carried out next step after present mode switches to another kind of pattern, if not, mouse keeps original pattern, continued to carry out this step;
3) whether the pattern of mouse was wireless page turning pattern after judgement was switched, if, enter wireless page turning pattern, if not, then enter mouse mode;
4) continue execution in step 2).
1) initialization of host scm 103, optical sensor 102, two axis gyroscope instrument 101, wireless communication module 104 and gravity field start key 109;
2) judge whether gravity field start key 109 is pressed, if, then enter wireless gravity field mouse mode, carry out next step, if not, then enter the wireless optical mouse pattern, continue to carry out this step;
3) judge whether gravity field start key 109 is released, if, execution in step 2), if not, then enter wireless gravity field mouse mode, continue to carry out this step.
Described mouse body 1 described in mouse body 1 controlled step with receiver 2 to sign indicating number Learning Control step is:
1) press the learning key 207 of receiver 2, receiver 2 enters mode of learning, and low speed USB controller 204 reads the wireless chip device id number in the wireless communication module 206, and the wireless chip device id number is sent to mouse body 1;
2) press the learning key 107 of mouse body 1 in the setting-up time, receive and wireless chip device id that storage receiver 2 sends number.
In wireless gravity field mouse mode, the described mouse pointer of the wireless optical mouse pattern controlled step location, the left, center, right group key 110 of mouse body 1 adopts interrupt mode to judge, roller 111 changes the operation that detects roller by the level state that detects two ports, when the left, center, right group key 110 that detects mouse body 1 when host scm 103 has key to press port status with roller 111 to change, host scm 103 starts wireless communication module 104, transmit data simultaneously and give receiver 2, realize the left, center, right group key 110 of mouse and the function of roller 111.
Claims (9)
1. multifunctional wireless mouse apparatus, the mouse body (1) that comprises wireless connections, receiver (2), it is characterized in that mouse body (1) is reached by host scm (103) and the learning key (107) of its control linkage, mode of operation switch key (108), gravity field start key (109), two axis gyroscope instrument (101), optical sensor (102), wireless communication module (104), roller (111), left, center, right group key (110) and esc key (106) cooperate formation, receiver (2) by low speed USB controller (204) and with the learning key (207) of its control linkage, wireless communication module (206), USB interface (201) cooperates formation, low speed USB controller (204) is equipped with LED light (203), be connected between USB interface (201) and the low speed USB controller (204) USB HUB controller (202) is set, connect the storage chip (208) that USB flash disk controller (205) and corresponding cooperation are set by USB HUB controller (202), mouse body (1) is carried out the switching controls of mouse mode and wireless page turning pattern by mode of operation switch key (108), under the wireless page turning mode state, program by single-chip microcomputer (103) setting, realize page turning respectively by left, center, right group key (110), white screen function, realize withdrawing from or cancelling function by esc key (106), mouse mode carries out the switching controls of wireless optical mouse pattern and wireless gravity field mouse mode down by gravity field start key (109), optical sensor under the wireless optical mouse pattern (102) is in running order, and two axis gyroscope instrument (101) is in running order under the wireless gravity field mouse mode.
2. a kind of multifunctional wireless mouse apparatus as claimed in claim 1, it is characterized in that mouse body (1) housing is by base plate (119), with the loam cake (113) of going up trim (112), the side cover (118) of the battery cover (115) of charged pool lid switch (114) and band side trim (117) cooperates formation, described roller (111), left, center, right group key (110), gravity field start key (109) is equipped with in loam cake (113) front portion, the middle key of left, center, right group key (110) is pressed to touch with roller (111) and is cooperated, described mode of operation switch key (108), esc key (106) is equipped with at loam cake (113) middle part, the battery compartment (116) of mouse body (1) rear positions setting and battery cover (115) corresponding matching.
3. a kind of multifunctional wireless mouse apparatus as claimed in claim 1 is characterized in that anterior connection of mouse body (1) laser head (120) being set, and laser head (120) is connected with the Laser emission key (121) of relative set.
4. the control method of a multifunctional wireless mouse apparatus, it is characterized in that between mouse body (1), the receiver (2) adopting the Wireless USB 2-Way communication modes of 2.4GHz frequency range to carry out transmission of wireless signals, it is as follows that mouse body (1) is carried out mouse mode and wireless page turning pattern by mode of operation switch key (108) mutual switching, mouse mode time carried out the controlled step that wireless gravity field mouse mode and wireless optical mouse pattern switch mutually by gravity field start key (109):
1) mouse body (1), receiver (2) power on, judge mouse body (1), whether receiver (2) has been finished that sign indicating number is learnt, if, mouse body (1) directly enters the mouse mode of the acquiescence that powers on, if not, organize mouse body (1) and receiver (2) to carry out entering the mouse mode of the acquiescence that powers on after the sign indicating number study, the mouse mode of acquiescence was the wireless optical mouse pattern after mouse body 1 powered on;
2) whether judgment task mode switching key (108) was pressed, if then mouse body (1) mode of operation is switched and entered next step, if not, then mouse keeps current mode of operation, and continued to carry out this step;
3) judge whether the pattern after switching is wireless page turning pattern, if then enter wireless page turning pattern and continue execution in step 2), if not, then enter the mouse performance pattern and enter next step;
4) judge that gravity field start key (109) was pressed,, and continue to carry out this step that if not, then mouse body (1) enters the wireless optical mouse pattern, and returns execution in step 2) if then mouse body (1) enters wireless gravity field mouse mode;
The controlled step of corresponding receiver (2) is:
1) low speed USB controller (204) and wireless communication module (206) are carried out initialization;
2) judge whether wireless communication module (206) receives data, if not, execution in step 5), if enter next step;
3) judge whether low speed USB controller (204) is waken up, if not, wake low speed USB controller (204) equipment up back and carry out next step, if directly carry out next step;
4) upload the data to computing machine, realize corresponding mouse function;
5) judge that usb bus does not have the time of action whether to surpass setting-up time, if not, then returns execution in step 2), if then carry out next step;
6) low speed USB controller is hung up, entered battery saving mode, and return execution in step 2).
5. the control method of a kind of multifunctional wireless mouse apparatus as claimed in claim 4 is characterized in that described wireless gravity field mouse mode controlled step is:
1) initialization of host scm (103) and two axis gyroscope instrument (101), wireless communication module (104) and gravity field start key (109);
2) host scm (103) judges whether gravity field start key (109) is pressed, if, carry out next step, if not, then continue to carry out this step;
3) host scm (103) produces the negative edge interruption, and gravity field start key (109) is pressed always;
4) in the interrupt service routine of negative edge, host scm (103) produces the trigger pip of two axis gyroscope instrument (101), and startup two axis gyroscope instrument (101) moves to attitude and samples;
5) host scm (103) reads out two displacements of two axis gyroscope instrument (101) on X, Y direction, calculates two shift offset on X, the Y direction then, and two shift offset linear transformation is become the shift offset of mouse pointer;
6) host scm (103) starts wireless communication module (104), sends the side-play amount of mouse pointer to computing machine by receiver (2), realizes the attitude perceptional function of mouse pointer, carries out mouse pointer and locatees;
7) judge whether gravity field start key (109) is released, if then two axis gyroscope instrument (101) stops dynamic sampling, mouse is positioned at corresponding position; If not, then continue execution in step 4);
Described wireless optical mouse pattern controlled step is:
1) host scm (103), optical sensor (102) and wireless communication module (104) initialization;
2) host scm (103) judges whether the Motion pin of optical sensor (102) has negative edge to produce, if host scm (103) produces negative edge and interrupts, enters interrupt service routine and carries out next step, if not, then continues to carry out this step;
3) host scm (103) reads out optical sensor (102) X, Y-axis displacement variable in the plane;
4) host scm (103) starts wireless communication module (104), sends X, Y-axis displacement variable to computing machine by receiver (2), realizes the mouse pointer location.
6. the control method of a kind of multifunctional wireless mouse apparatus as claimed in claim 4 is characterized in that mouse body (1) carries out the controlled step that mode of operation switches by mode of operation switch key (108) and be:
1) initialization of host scm (103) and mode of operation switch key (108);
2) whether judgment task mode switching key (108) was pressed, if mouse is carried out next step after present mode switches to another kind of pattern, if not, mouse keeps original pattern, continued to carry out this step;
3) whether the pattern of mouse was wireless page turning pattern after judgement was switched, if, enter wireless page turning pattern, if not, then enter mouse mode;
4) continue execution in step 2).
7. the control method of a kind of multifunctional wireless mouse apparatus as claimed in claim 4 is characterized in that carrying out the controlled step that mouse mode switches by gravity field start key (109) is:
1) initialization of host scm (103), optical sensor (102), two axis gyroscope instrument (101), wireless communication module (104) and gravity field start key (109);
2) judge whether gravity field start key (109) is pressed, if, then enter wireless gravity field mouse mode, carry out next step, if not, then enter the wireless optical mouse pattern, continue to carry out this step;
3) judge whether gravity field start key (109) is released, if, execution in step 2), if not, then enter wireless gravity field mouse mode, continue to carry out this step;
8. the control method of a kind of multifunctional wireless mouse apparatus as claimed in claim 4, what it is characterized in that described mouse body (1) and receiver (2) to sign indicating number Learning Control step is:
1) press the learning key (207) of receiver (2), receiver (2) enters mode of learning, and low speed USB controller (204) reads the wireless chip device id number in the wireless communication module (206), and the wireless chip device id number is sent to mouse body (1);
2) press the learning key (107) of mouse body (1) in the setting-up time, receive and wireless chip device id that storage receiver (2) sends number.
9. a kind of multifunctional wireless mouse apparatus as claimed in claim 5, it is characterized in that in the described mouse pointer location, the left, center, right group key (110) of mouse body (1) adopts interrupt mode to judge, roller (111) by the level state that detects two ports change realize roller on roll, roll down operation.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007101645047A CN101178627B (en) | 2007-12-06 | 2007-12-06 | Multifunctional wireless mouse apparatus and its control method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007101645047A CN101178627B (en) | 2007-12-06 | 2007-12-06 | Multifunctional wireless mouse apparatus and its control method |
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| Publication Number | Publication Date |
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| CN101178627A CN101178627A (en) | 2008-05-14 |
| CN101178627B true CN101178627B (en) | 2010-06-02 |
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| CN2007101645047A Expired - Fee Related CN101178627B (en) | 2007-12-06 | 2007-12-06 | Multifunctional wireless mouse apparatus and its control method |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2010152493A (en) * | 2008-12-24 | 2010-07-08 | Sony Corp | Input device, control apparatus, and control method for the input device |
| CN102184040A (en) * | 2011-05-25 | 2011-09-14 | 深圳市启望科文技术有限公司 | Air mouse and cursor motion output enabling control method thereof |
| CN102629162A (en) * | 2012-03-23 | 2012-08-08 | 上海交通大学 | Wireless mute energy saving mouse |
| CN103529941A (en) * | 2013-07-15 | 2014-01-22 | 李华容 | Gesture recognition device and method based on two-dimensional graph |
| CN103995605A (en) * | 2014-02-25 | 2014-08-20 | 张宝峰 | Mouse with carry-on wifi function and using method thereof |
| CN103808322A (en) * | 2014-03-04 | 2014-05-21 | 韩涛 | Compound type six degrees of freedom input method and system in inertia measurement LED (light-emitting diode) detection |
| CN109947631B (en) * | 2019-03-27 | 2020-12-18 | 联想(北京)有限公司 | Data processing method and electronic equipment |
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| DE10215370A1 (en) * | 2001-04-10 | 2002-11-21 | Logitech Europ Sa | Combined mouse-type computer input device and presentation controller for use with computer based presentations can be used in either of two operation modes |
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| DE10215370A1 (en) * | 2001-04-10 | 2002-11-21 | Logitech Europ Sa | Combined mouse-type computer input device and presentation controller for use with computer based presentations can be used in either of two operation modes |
| US20040013434A1 (en) * | 2001-04-16 | 2004-01-22 | Yu-Cheng Hua | Wireless data processing system and method |
| US20040095312A1 (en) * | 2002-11-20 | 2004-05-20 | Sean Chen | Infrared remote-control laser pointer |
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