CN101419509B - Input device and operation method of computer system - Google Patents
Input device and operation method of computer system Download PDFInfo
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- CN101419509B CN101419509B CN2007101643287A CN200710164328A CN101419509B CN 101419509 B CN101419509 B CN 101419509B CN 2007101643287 A CN2007101643287 A CN 2007101643287A CN 200710164328 A CN200710164328 A CN 200710164328A CN 101419509 B CN101419509 B CN 101419509B
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Abstract
The invention discloses an input device of a computer system, comprising a positioning module, an operation sensor and a receiver. The positioning module is provided with a plurality of positioning light sources and used for emitting lights with the preset wave length. In addition, the operation sensor is provided with an accelerometer and a light sensing unit and can detect the moving state of the operation sensor in three-dimensional space and output sensing data, wherein, a light sensor is used for receiving the lights emitted by the positioning light sources. The receiver is coupled with the computer system by a transmission interface and receives the sensed data output by the operation sensor by a wireless transmission path. Therefore, the receiver can generate an operation instruction according to the sensed data and transmit the data to the computer system by the transmission interface, so as to operate the computer system.
Description
Technical field
The present invention relates to a kind of input media of computer system, and particularly relate to a kind of user of utilization is used as the computer system of input at three-dimensional motor pattern input media and method of operating.
Background technology
Traditional computer system input media comprises keyboard, mouse, Trackpad etc.Wherein, the input mode of keyboard is to lean on the user by the button on the lower keyboard, and to import, mouse and Trackpad then are not to use the motion of person on two dimensional surface to come operational computations machine system.
Yet under some special situations, when for example playing computer game, traditional input media also can't provide input mode more easily.Therefore, with regard to being arranged, many special input medias are developed, for example rocking bar.Though these special input medias can allow controlling of computer game more interesting, not too true to nature still.
Summary of the invention
Therefore, the invention provides a kind of input media of computer system, can be applicable to various computer systems and Games Software at large.
In addition, the present invention also provides a kind of method of operating of computer system, can allow the user is more directly perceived and more real to come operational computations machine system.
The invention provides a kind of input media of computer system, comprise locating module, operation inductor and wireless receiver.Locating module has a plurality of positioned light sources, is used for sending the light with a preset wavelength.In addition, the operation sensing apparatus has and quickens rule and light sensing unit, the state that can the detecting operation sensor moves in three dimensions, and output sense data.Wherein, the light sensing unit is to be used for receiving the light that positioned light source sends.Wireless receiver then is to couple computer system by transmission interface, and utilizes wireless propagation path to receive the sense data that the operation inductor is exported.By this, receiver can produce operational order according to sense data, and delivers to computer system by transmission interface, with operational computations machine system.Wherein, described operation inductor also comprises: a plurality of buttons; One key sensor, in order to detecting the state of each these button, and the corresponding input signal of output; One micro-control unit couples key sensor, light sensing unit and acceleration rule, in order to the output of input signal, light sensing unit and acceleration rule is encoded, to produce sense data; And a wireless transmitting unit, couple micro-control unit, in order to receiving sense data, and sense data is sent to wireless receiver by wireless propagation path.
From another viewpoint, this case provides a kind of input media of computer system in addition, comprises locating module, main operating sensor, secondary operation inductor and wireless receiver.Locating module has a plurality of positioned light sources, is used for sending the light with a preset wavelength.In addition, main operating sensor has first and quickens the rule and first light sensing unit, the state that in three dimensions, moves with detection main operation sensor, and export first sense data and second sense data respectively.Pair operation sensing apparatus has second to quicken rule, operates the state that inductor moves to detect pair in three dimensions, and exports second sense data respectively.Wireless receiver then is to couple computer system by the wireless transmission interface, and utilizes wireless propagation path to receive above-mentioned first sense data and second sense data.By this, receiver can be according to first sense data and second sense data and is produced operational order, and delivers to computer system by transmission interface, with operational computations machine system; Wherein said main operating sensor has: a plurality of first buttons; First key sensor, in order to detecting the state of each above-mentioned these first button, and the first corresponding input signal of output; First micro-control unit couples first key sensor, first light sensing unit and the first acceleration rule, in order to first input signal, first optical sensor and first output of quickening rule are encoded, to produce first sense data; And first wireless transmitting unit, couple above-mentioned first micro-control unit, in order to receiving first sense data, and first sense data is sent to wireless receiver by above-mentioned wireless propagation path; Wherein said secondary operation sensing apparatus has: a plurality of second buttons; Rocking bar; Second key sensor, in order to detecting the state of each above-mentioned these first button and rocking bar, and the second corresponding input signal of output; Second micro-control unit couples second key sensor and second and quickens rule, in order to second input signal and second output of quickening rule are encoded, to produce second sense data; And second wireless transmitting unit, couple second micro-control unit, in order to receiving second sense data, and second sense data is sent to above-mentioned wireless receiver by wireless propagation path.
In some embodiments of the invention, main operating sensor and secondary operation inductor can come mutual transmission information by wired binding or wireless link.
From another viewpoint, the present invention also provides a kind of method of operating of computer system, comprises utilizing quickening the motion state that rule are come the detecting operation end, and produces acceleration information.On the other hand, the present invention also detects the relative position between a plurality of positioned light sources and the operating side, and light sensing unit produces station-keeping data.By this, the present invention can encode behind acceleration information, station-keeping data and the input signal, produce sense data by micro-control unit according to default data sorting, and can pass through wireless propagation path, sense data is sent to a wireless interface receiving end from the operating side.When the wireless receiving termination is received sense data, can pass through a wireless transmission interface, sense data is sent to computer system from the wireless interface receiving end, so that computer system can operate according to sense data.
In one embodiment of this invention, when the wireless receiving termination is received sense data, also comprise the decoding sense data, to reply acceleration information and station-keeping data, and decipher acceleration information and station-keeping data respectively, and obtain an operation information and a virtual coordinates information.In addition, the present invention can also produce an operational order according to operation information.And, just can produce an operational order by operational order and virtual coordinates information are encoded.In addition, this operational order can be transferred into computer system by transmission interface, with the running of operational computations machine system.
In some embodiments of the invention, above-mentioned transmission interface comprises universal serial bus, IEEE1394, serial line interface, parallel interface and PCMCIA.
Because input media of the present invention comprises an operation inductor, it has a light sensing unit and and quickens rule, can the motion state of sense operation inductor in three dimensions.Therefore, can make the user in operational computations machine system, feel more directly perceived, truer and more unrestricted.In addition, the present invention also has a receiver, can pass through some general transmission interface and coupled computer systems.By this, the present invention just can be useful in various computer application software or recreation at large.
For above and other objects of the present invention, feature and advantage can be become apparent, preferred embodiment cited below particularly, and be described with reference to the accompanying drawings as follows.
Description of drawings
Figure 1 shows that calcspar according to the input media of a kind of computer system of first embodiment of the invention.
Fig. 2 A is depicted as a kind of vertical view of operating inductor according to a preferred embodiment of the present invention.
Fig. 2 B is depicted as a kind of side view of operating inductor according to a preferred embodiment of the present invention.
Figure 3 shows that a kind of internal circuit calcspar of operating inductor according to a preferred embodiment of the present invention.
Figure 4 shows that flow chart of steps according to the motion state of a kind of detecting operation inductor of a preferred embodiment of the present invention.
Fig. 5 A-5D is depicted as a kind of principle schematic of utilizing positioned light source to learn the relative position of motion sensor according to a preferred embodiment of the present invention.
Figure 6 shows that a kind of internal circuit calcspar of a kind of receiver according to a preferred embodiment of the present invention.
Figure 7 shows that a kind of flow chart of steps of handling sense data according to a preferred embodiment of the present invention.
Figure 8 shows that calcspar according to the input media of a kind of computer system of second embodiment of the invention.
Fig. 9 A is depicted as the vertical view according to a kind of secondary operation inductor of a preferred embodiment of the present invention.
Fig. 9 B then is depicted as the side view according to a kind of secondary operation inductor of a preferred embodiment of the present invention.
Figure 10 shows that internal circuit calcspar according to a kind of secondary operation inductor of a preferred embodiment of the present invention.
Embodiment
Figure 1 shows that calcspar according to the input media of a kind of computer system of first embodiment of the invention.Please refer to Fig. 1, the input media 100 that present embodiment provided can utilize a general transmission interface 122 to be connected with computer system 124.Input media 100 can comprise locating module 102, operation inductor 104 and receiver 106.Wherein, the operation inductor 104 can detect and locating module 102 between relative position, and with receiver 106 mutual transmission information.In addition, 106 of receivers couple computer system 124 by transmission interface 122.And in certain embodiments, locating module 102 can put together or place user the place ahead when operating with computer system 124.
Locating module 102 can comprise a plurality of positioned light sources, and in the present embodiment, locating module 102 comprises positioned light source 108 and 110.Wherein, positioned light source 108 and 110 can send the light 112 with specific wavelength.Therefore, operation inductor 104 can detection and location light source 108 and 110 light that sent 112, and confirm and locating module 102 between relative distance.
Fig. 2 A is depicted as a kind of vertical view of operating inductor according to a preferred embodiment of the present invention, and Fig. 2 B is depicted as a kind of side view of operating inductor according to a preferred embodiment of the present invention.Please in the lump with reference to figure 2A and Fig. 2 B, operation inductor 104 can have a plurality of function buttons, and for example 202,204,206 and 208.When different function buttons is pressed, then operates inductor 104 and have corresponding operation generation.For example, when button 208 is enabled, can represent the power supply of open operation inductor 104.
In addition, operation inductor 104 can also dispose a light sensing unit 210, and it can be used for sensing for example positioned light source 108 and 110 light that sent 112 of Fig. 1.By this, operation inductor 104 just can be learnt the relative position between own and the locating module 104.Detailed positioning principle will have narration in more detail in following each section.
Figure 3 shows that a kind of internal circuit calcspar of operating inductor according to a preferred embodiment of the present invention.Please refer to Fig. 3, operation inductor 104 comprises micro-control unit 302, and it couples light sensing unit 210, quickens rule 304, button sensing cell 306 and wireless transmitting unit 308.Wherein, wireless transmitting unit 308 can be online with receiver 106 by a wireless propagation path 322, and wireless propagation path 322 can for example be infrared transmission path, bluetooth transmission paths or wireless network transmissions path.
In the present embodiment, the user can utilize operation inductor 104 to control computer system 124 in three dimensions.When the user waves operation inductor 104 in three dimensions, micro-control unit 302 can and quicken the state that rule 304 are come 104 operations of detecting operation inductor by light sensing unit 210, and delivers to receiver 106 by the result that wireless transmitting unit 308 will detect.
Figure 4 shows that flow chart of steps according to the motion state of a kind of detecting operation inductor of a preferred embodiment of the present invention.Please in the lump with reference to figure 3 and Fig. 4, when the power supply of operation inductor 104 is unlocked, can carry out initialized setting as described in the step S402.Then, micro-control unit 302 can produce a sense data D0 at the state of three-dimensional space motion according to operation inductor 104, as described in step S404.
At length produce the step of sense data D0, in the present embodiment, quickening rule 304 can sense operation sensor 104 acceleration on the different coordinate axis in three dimensions, and as described in the step S406, produces a gravimetric data D1 and give micro-control unit 302.In addition, the state of 306 of button sensing cells each button on can detecting operation sensor 104.When wherein a button was enabled, then button sensing cell 306 can produce corresponding input signal S1 (step S408) and give micro-control unit 302.On the other hand, when light sensing unit 210 receives the light 112 that positioned light source 108 and 110 (being depicted as Fig. 1) sent, can produce a station-keeping data D2 and give micro-control unit 302 as described in the step S410.
Fig. 5 A-5D is depicted as a kind of principle schematic of utilizing positioned light source to learn the relative position of motion sensor according to a preferred embodiment of the present invention.Please refer to Fig. 5 A, the light sensing unit 210 in the present embodiment is according to a default resolution is arranged.When the motion sensor among Fig. 3 104 carried out step S402, the user can make light sensing unit 210 over against positioned light source 108 and 110.At this moment, positioned light source 108 and 110 light that produced can form two luminous points 502 and 504 on light sensing unit 210.At this moment, micro-control unit 302 can be according to the position of luminous point 502 and 504 on light sensing unit 210, and define a virtual origin.When the position of luminous point 502 and 504 on light sensing unit 210 changed, light sensing unit 210 can be given micro-control unit 302 by output one station-keeping data D2.By this, as long as from station-keeping data D2, present luminous point 502 is compared with virtual origin with 504 position, just can learn the relative position between operation inductor 104 and positioned light source 108 and 110.
Please refer to Fig. 5 B, can find Fig. 5 A the displacement to the right downwards of the position of luminous point 502 in Fig. 5 B some distances, the position of luminous point 504 in Fig. 5 B of 5A then is upwards to be moved to the left some distances.This may represent, and the user has rotated an angle with motion sensor 104.
Please refer to Fig. 5 C, luminous point 502 and 504 state among the comparison diagram 5A are found in Fig. 5 C, and it is big that luminous point 502 and 504 obviously becomes.This may represent, and the user is with motion sensor 104 close positioned light sources 108 and 110.
Please refer to Fig. 5 D, luminous point 502 and 504 state can be found in Fig. 5 C among the comparison diagram 5A, and luminous point 502 becomes big, and luminous point 504 then diminishes relatively.This may represent, and the user points to positioned light sources 108 and 110 both one of them with motion sensor 104.
Refer again to Fig. 3 and Fig. 4, after micro-control unit 302 receives gravimetric data D1, station-keeping data D2 and input signal S1, can gravimetric data D1, station-keeping data D2 and input signal S1 be encoded into sense data D0 according to a default data sorting, and give wireless transmitting unit 308.At this moment, micro-control unit 302 can carry out step S414, judges exactly whether wireless transmitting unit 302 is ready to transmit sense data D0.
Be assumed to be control module 302 and judge wireless transmitting unit 308 because some reason, for example wireless propagation path 322 disturbs, and when causing wireless transmitting unit 308 can't transmit sense data D0 (being exactly the "No" that step S414 is indicated), then continue to wait for.Judge that up to micro-control unit 302 wireless transmitting unit 308 has been ready to transmit sense data D0 (being exactly the "Yes" that step S414 is indicated), then carry out step S410, make wireless transmitting unit 308 transmit sense data D0 exactly and give receiver 106 by wireless propagation path 322.In addition, micro-control unit 302 can also judge whether sense data D0 transmits success as described in the step S418.
If micro-control unit 302 judges sense data D0 and also do not transmit successfully (being exactly the "No" that step S418 is indicated), step such as repeating step S416 then.Relatively, finish (being exactly the "Yes" that step S418 is indicated), then repeat steps such as S404, to continue sending up-to-date sense data to receiver 106 if micro-control unit 302 judgement sense data D0 have successfully transmitted.
Figure 6 shows that a kind of internal circuit calcspar of a kind of receiver according to a preferred embodiment of the present invention.Please refer to Fig. 6, receiver 106 can comprise radio receiving unit 602, micro-control unit 604 and input/output interface unit 606.Wherein, micro-control unit 604 couples radio receiving unit 602 and input/output interface unit 606.In addition, radio receiving unit 602 can receive sense data D0 by wireless propagation path 322, and input/output interface unit 606 then is to be coupled to computer system 124 by transmission interface 122.In the present embodiment, transmission interface 122 can comprise universal serial bus, IEEE 1394, serial line interface, parallel interface and PCMCIA.Relatively, 606 of input/output interface unit can be according to the form of transmission interface 122, and realizes with different interface shapes.
Figure 7 shows that a kind of flow chart of steps of handling sense data according to a preferred embodiment of the present invention.Please in the lump with reference to figure 6 and Fig. 7, when receiver 106 was connected with computer system 124 and is enabled, then receiver 106 can carry out initializing set as described in the step S702, for example sets up wireless propagation path 322 with the operation inductor 104 of Fig. 1.After receiver 106 initialization finished, radio receiving unit 602 just can receive sense data D0 by wireless propagation path 322 as described in the step S704.At this moment, radio receiving unit 602 can send sense data D0 to micro-control unit 604, to carry out step S706, exactly sense data D0 is deciphered, to reply gravimetric data D1, station-keeping data D2 and input signal S1 (being depicted as Fig. 3).
Then, micro-control unit 604 can further be deciphered gravimetric data D1, and obtains an operation information (step S708).This operation information comprises the accekeration of acceleration rule 304 on three-dimensional different coordinate axis of Fig. 3.In addition, micro-control unit 604 can carry out step S710, produces a movement instruction exactly.
In detail, after micro-control unit 604 obtained movable informations, it was described to carry out step S712, judges whether to recognize this operation information.If micro-control unit 604 can be recognized this movable information (being exactly the "Yes" that step S712 is indicated), then as described in the step S714, select corresponding operation form, for example be the straight line or the motor behavior of camber line.In addition, if when micro-control unit 604 is beyond recognition this movable information (being exactly the "No" that step S712 is indicated), then carry out step S716, select a close operational configurations according to the motion kenel of being calculated exactly.By this, micro-control unit 604 just produces a movement instruction according to selected motion kenel.
Except decoding gravimetric data D1, micro-control unit 604 can also be as described in the step S720, decoding station-keeping data D2, and obtain a virtual coordinates information, and as described in the step S722, identification is owing to the kenel of the input signal that button produced on user's operating operation inductor 104, and the generation control information corresponding.By this, micro-control unit 604 can carry out step S724, exactly movement instruction, virtual coordinates information and control information is encoded, and produces an operational order C0 to IO interface unit 606.When input/output interface unit 606 receives operational order C0, can be sent to computer system 124 by transmission interface 122, make computer system 124 operate according to this operational order C0.Below lift the operation that several examples come description of step S710.
Example 1
Suppose that the user utilizes mouse or keyboard to control computer system 124.If the cursor on the screen of computer system 124 will be moved right, then need mouse is moved right on a plane, or the right button on the activation keyboard, with the cursor operations on the screen in the operational computations machine system.
Yet, if the input media 100 (for example Fig. 1 is depicted as) that the user uses present embodiment to provide only needs operation inductor 104 is brandished to the right in a three dimensions.At this moment, acceleration rule 304 (for example Fig. 3 is depicted as) in the operation inductor 104 can detect the generation that accekeration is arranged on wherein two coordinate axis in three dimensions, therefore can export the gravimetric data D1 of correspondence.In addition, light sensing unit 210 also can detect positioned light source 108 and 110 up-to-date relative position on light sensing unit 210, and output station-keeping data D2.At this moment, operation inductor 104 can produce sense data D0 and give receiver 106 according to gravimetric data D1 and station-keeping data D2.
When receiver 106 is received sense data D0, can decipher out gravimetric data D1 and station-keeping data D2, and obtain corresponding movement instruction and virtual coordinates information respectively.At this moment, micro-control unit 604 can be according to movement instruction and virtual coordinates information and is produced an operational order C0, and this operational order C0 is the signal that is enabled and is sent with respect to the right key on the keyboard, or a mouse senses the instruction that this moves right and sent on a plane.By this, when receiver 106 sent this operational order C0 to computer system 124 by transmission interface 122, it similarly was keyboard or instruction that mouse sends that computer system 124 can be understood this operational order C0.Therefore, the cursor on the screen of computer system 124 will move right according to user's operation.
Example 2
Playing computer games when the user utilizes computer system 124, for example is baseball, if when utilizing keyboard to control, suppose that controlling the operation of swinging is to need the user by " Enter " key on the lower keyboard.
Relatively, when the user utilizes operation inductor 104 in the input media 100 of present embodiment to operate, when user's shake operation inductor 104, three coordinate axis that the acceleration rule 304 in the operation inductor 104 can detect on the three dimensions all have accekeration to produce.At this moment, quicken rule 304 and can produce corresponding gravimetric data D1 according to the size of the accekeration on each coordinate axis.In addition, light sensing unit 210 also can be according to positioned light source 108 and 110 and the up-to-date relative position of operation inductor 104, and produce a station-keeping data D2.By this, operation inductor 104 can produce corresponding sense data D0.
D0 when receiver 106 receives this sense data equally also can decipher out gravimetric data and station-keeping data, and produces instruction corresponding and virtual coordinates information.At this moment, receiver 106 can be exported instruction corresponding D0 to give computer system 124, this operational order D0 then be the instruction that " Enter " key on should keyboard is pressed and is exported.Therefore, when computer system 124 receives this operational order D0, will assert that the person of being to use imports the instruction of swinging.Hence one can see that, and the user just can pass through operating operation inductor 104, and the Games Software that operational computations machine system 124 is carrying out.
In certain embodiments, above-mentioned operating and setting can be at the step S402 of Fig. 4, and sets among the step S702 of Fig. 7.Therefore, the user can freely set the operational scenario that each operates corresponding computer system 124.
Figure 8 shows that calcspar according to the input media of a kind of computer system of second embodiment of the invention.Please refer to Fig. 8, the input media 800 that present embodiment provided equally also can comprise locating module 802 and receiver 806.Wherein, locating module 802 equally also has positioned light source 808 and 810, can send the light of preset wavelength, and receiver 806 equally also is coupled to computer system 124 by transmission interface 122.Different is in input media 800, to comprise main operating sensor 804a and secondary operation inductor 804b.Wherein, main operating sensor 804a principle of operation and function are all identical with operation inductor 104 among first embodiment.
In addition, the configuration of the outward appearance of main operating sensor 804a can be with reference to figure 2A and Fig. 2 B and relevant narration.The outward appearance of secondary operation inductor 804b then can be with reference to figure 9A and Fig. 9 B.On pair operation inductor 804b, equally also can dispose a plurality of function buttons, for example 902,904,906 and 908.Wherein, button 902 can be four a directionkeys, and button 908 then can be a power key.Specifically, on pair operation inductor 804b, can also dispose a rocking bar 910.
In addition, the internal circuit of main operating sensor 804a can be with reference to above-mentioned Fig. 3 and Fig. 4 and relevant narration with principle.In addition, the circuit function calcspar of secondary operation inductor 804b can be depicted as Figure 10.Please refer to Figure 10, secondary operation inductor 804b also has control module 1002, quickens rule 1004, button sensing cell 1006 and wireless transmitting unit 1008.In the present embodiment, the relation of coupling and the principle of work of micro-control unit 1002, acceleration rule 1004, button sensing cell 1006 and wireless transmitting unit 1008, roughly micro-control unit 302, acceleration rule 304, the button sensing cell 306 with Fig. 3 is identical with wireless transmitting unit 308.Different is, can dispose rocking bar because secondary operation inductor 804b goes up, so button sensing cell 1006 also needs to be responsible for detecting the state of rocking bar, and produces the input signal of correspondence.In addition, in the present embodiment, secondary operation inductor 804b is as previous embodiment, its can by wireless transmitting unit 1008 directly transmit data extremely with the receiver of coupled computer systems.Select among the embodiment at some, secondary operation inductor 804b can also transmit information mutually with main operating sensor 804a by wireless transmitting unit 1008.
From above narration as can be known, main operating sensor 804a and secondary operation inductor 804b can produce corresponding sense data respectively and give receiver 806.Therefore, receiver 806 is (for example step S702 of Fig. 7) when carrying out initializing set, earlier main operating sensor 804a and secondary operation inductor 804b are authenticated with regard to needs, sent by main operating sensor 804a or secondary operation inductor 804b to differentiate sense data.Wherein, the internal circuit of receiver 806 and principle, those skilled in the art can be voluntarily with reference to figure 6 and Fig. 7 and relevant narration.
In sum, because the operation sensing apparatus in the embodiment of the invention has light sensing unit and quickens rule, operation trend that can the detecting operation inductor.Therefore, the user can be more convenient, more true to nature and have more intuitive when using embodiment of the invention operational computations machine system.In addition, because the receiver in the embodiment of the invention is to utilize general transmission interfaces such as universal serial bus, IEEE 1394, serial line interface, parallel interface and PCMCIA to be connected to computer system.Therefore, the embodiment of the invention goes for different computer systems, and does not need the main frame fixed.In addition, the embodiment of the invention can allow the user when initializing set, sets and comes operational computations machine system with different operational configurations.Therefore, the present invention also goes for various application software.
Though the present invention discloses as above with preferred embodiment; right its is not in order to qualification the present invention, those skilled in the art, under the premise without departing from the spirit and scope of the present invention; when can doing some changes and modification, so protection scope of the present invention should be as the criterion with claim of the present invention.
Claims (14)
1. the input media of a computer system is characterized in that, comprising:
One location module has a plurality of positioned light sources, in order to send the light with a preset wavelength;
One operation inductor, have one and quicken rule and a light sensing unit, in order to detecting the state that the aforesaid operations inductor moves with above-mentioned light sensing unit in three dimensions with above-mentioned acceleration rule, and export a sense data, wherein above-mentioned light sensing unit is in order to receive the light that above-mentioned these positioned light sources send; And
One wireless receiver, couple aforementioned calculation machine system by a wireless transmission interface, and utilize a wireless propagation path to receive above-mentioned sense data, produce an operational order with the above-mentioned sense data of foundation, and transmit the aforesaid operations instruction to above-mentioned computer system by above-mentioned transmission interface;
Wherein the aforesaid operations inductor also comprises:
A plurality of buttons;
One key sensor, in order to detecting the state of each above-mentioned these button, and the corresponding input signal of output;
One micro-control unit couples above-mentioned key sensor, above-mentioned light sensing unit and above-mentioned acceleration rule, in order to the output of above-mentioned input signal, above-mentioned light sensing unit and above-mentioned acceleration rule is encoded, to produce above-mentioned sense data; And
One wireless transmitting unit couples above-mentioned micro-control unit, in order to receiving above-mentioned sense data, and above-mentioned sense data is sent to above-mentioned wireless receiver by above-mentioned wireless propagation path.
2. input media according to claim 1 is characterized in that, wherein above-mentioned wireless receiver comprises:
One radio receiving unit is in order to receive above-mentioned sense data by above-mentioned wireless propagation path;
One micro-control unit couples above-mentioned radio receiving unit, in order to the decoding of above-mentioned sense data, and produces instruction corresponding; And
One input/output interface unit is coupled to aforementioned calculation machine system by above-mentioned transmission interface, and couples above-mentioned micro-control unit, so that the aforesaid operations instruction is delivered to aforementioned calculation machine system by above-mentioned transmission interface.
3. input media according to claim 1 is characterized in that, wherein above-mentioned transmission interface comprises universal serial bus, IEEE 1394, serial line interface, parallel interface and PCMCIA.
4. the input media of a computer system is characterized in that, comprising:
One location module has a plurality of positioned light sources, in order to send the light with a preset wavelength;
One main operating sensor, have one first and quicken rule and one first light sensing unit, in order to detecting the state that above-mentioned main operating sensor is moved in three dimensions, and export one first sense data, and above-mentioned first light sensing unit is in order to receive the light that above-mentioned these positioned light sources send;
One pair operation inductor has one second and quickens rule, operates the state that inductor moves in order to detect above-mentioned pair in three dimensions, and exports one second sense data; And
One wireless receiver, couple aforementioned calculation machine system by a wireless transmission interface, and utilize a wireless propagation path to receive above-mentioned first sense data and above-mentioned second sense data, producing an operational order, and transmit extremely above-mentioned computer system of aforesaid operations instruction by above-mentioned transmission interface according to above-mentioned first sense data and above-mentioned second sense data;
Wherein said main operating sensor has:
A plurality of first buttons;
One first key sensor, in order to detecting the state of each above-mentioned these first button, and the first corresponding input signal of output;
One first micro-control unit, couple above-mentioned first key sensor, above-mentioned first light sensing unit and the above-mentioned first acceleration rule, in order to above-mentioned first input signal, above-mentioned first optical sensor and above-mentioned first output of quickening rule are encoded, to produce above-mentioned first sense data; And
One first wireless transmitting unit couples above-mentioned first micro-control unit, in order to receiving above-mentioned first sense data, and above-mentioned first sense data is sent to above-mentioned wireless receiver by above-mentioned wireless propagation path;
Wherein said secondary operation sensing apparatus has:
A plurality of second buttons;
One rocking bar;
One second key induced device, in order to detecting the state of each above-mentioned these second button and above-mentioned rocking bar, and the second corresponding input signal of output;
One second micro-control unit couples the above-mentioned second key induced device and above-mentioned second and quickens rule, in order to above-mentioned second input signal and above-mentioned second output of quickening rule are encoded, to produce above-mentioned second sense data; And
One second wireless transmitting unit couples above-mentioned second micro-control unit, in order to receiving above-mentioned second sense data, and above-mentioned second sense data is sent to above-mentioned wireless receiver by above-mentioned wireless propagation path.
5. input media according to claim 4 is characterized in that, wherein above-mentioned main operating sensor and above-mentioned secondary operation inductor are to utilize wireless online to intercourse information.
6. input media according to claim 4 is characterized in that, wherein above-mentioned main operating sensor and above-mentioned secondary operation inductor are to utilize wired online information of intercoursing.
7. input media according to claim 4 is characterized in that, wherein above-mentioned wireless receiver comprises:
One radio receiving unit is in order to receive above-mentioned first sense data and above-mentioned second sense data by above-mentioned wireless propagation path;
One micro-control unit couples above-mentioned radio receiving unit, in order to the decoding of above-mentioned first sense data and above-mentioned second sense data, and produces instruction corresponding; And
One input/output interface unit is coupled to aforementioned calculation machine system by above-mentioned transmission interface, and couples above-mentioned micro-control unit, so that the aforesaid operations instruction is delivered to aforementioned calculation machine system by above-mentioned transmission interface.
8. input media according to claim 4 is characterized in that, wherein above-mentioned transmission interface comprises universal serial bus, IEEE 1394, serial line interface, parallel interface and PCMCIA.
9. the method for operating of a computer system is characterized in that, comprises the following steps:
Utilize acceleration rule to detect the motion state of an operating side, and produce a gravimetric data;
Detect the relative position between a plurality of positioned light sources and the aforesaid operations end, light sensing unit produces a station-keeping data;
Encode behind above-mentioned gravimetric data, above-mentioned station-keeping data and the input signal, by micro-control unit according to a default data sorting and produce a sense data;
By a wireless propagation path, above-mentioned sense data is sent to a wireless interface receiving end from the aforesaid operations end; And
By a wireless transmission interface, above-mentioned sense data is sent to aforementioned calculation machine system from above-mentioned wireless interface receiving end, aforementioned calculation machine system is operated according to above-mentioned sense data.
10. method of operating according to claim 9 is characterized in that, wherein transmits the step of above-mentioned sense data to above-mentioned wireless receiving end, also comprises the following steps:
When obtaining above-mentioned sense data, then check whether be ready to transmit above-mentioned sense data;
When being ready to transmit above-mentioned sense data, then transmit above-mentioned sense data to above-mentioned wireless receiving end by above-mentioned wireless propagation path; And
When above-mentioned sense data transmits successfully, then repeat to obtain the step of above-mentioned sense data, to obtain up-to-date sense data.
11. method of operating according to claim 9 is characterized in that, wherein the step when above-mentioned wireless receiving termination is received above-mentioned sense data also comprises the following steps:
Decipher above-mentioned sense data, to reply above-mentioned gravimetric data and above-mentioned station-keeping data;
Decipher above-mentioned gravimetric data, and obtain an operation information;
Produce one first operational order according to aforesaid operations information;
Decipher above-mentioned station-keeping data, and obtain a virtual coordinates information;
Encode above-mentioned first operational order and above-mentioned virtual coordinates information, and produce one second operational order; And
Above-mentioned second operational order is sent to aforementioned calculation machine system by above-mentioned transmission interface, with the running of operation aforementioned calculation machine system.
12. method of operating according to claim 11 is characterized in that, wherein the aforesaid operations end has a plurality of function buttons and a rocking bar input interface.
13. method of operating according to claim 12 also comprises the following steps:
Detect the state of above-mentioned these function buttons and above-mentioned rocking bar input interface, and obtain an input signal; And
Above-mentioned gravimetric data, above-mentioned station-keeping data and above-mentioned input signal are together encoded, and produce above-mentioned sense data.
14. method of operating according to claim 9 is characterized in that, wherein above-mentioned transmission interface comprises universal serial bus, IEEE 1394, serial line interface, parallel interface and PCMCIA.
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| CN2007101643287A CN101419509B (en) | 2007-10-23 | 2007-10-23 | Input device and operation method of computer system |
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| CN2007101643287A CN101419509B (en) | 2007-10-23 | 2007-10-23 | Input device and operation method of computer system |
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| CN101419509B true CN101419509B (en) | 2011-12-07 |
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| CN102407019A (en) * | 2011-07-30 | 2012-04-11 | 周海涛 | Game controller |
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| CN1224870A (en) * | 1998-03-20 | 1999-08-04 | 刘中华 | Touch point position parameter data detecting sensor |
| EP0565852B1 (en) * | 1992-04-15 | 1999-10-27 | International Business Machines Corporation | Optimal scan sequence for RF magnetic digitizers |
| CN1497241A (en) * | 2002-10-02 | 2004-05-19 | ���µ�����ҵ��ʽ���� | Sensor unit |
| CN1610921A (en) * | 2001-10-31 | 2005-04-27 | 西门子公司 | Controlling apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| EP0565852B1 (en) * | 1992-04-15 | 1999-10-27 | International Business Machines Corporation | Optimal scan sequence for RF magnetic digitizers |
| CN1224870A (en) * | 1998-03-20 | 1999-08-04 | 刘中华 | Touch point position parameter data detecting sensor |
| CN1610921A (en) * | 2001-10-31 | 2005-04-27 | 西门子公司 | Controlling apparatus |
| CN1497241A (en) * | 2002-10-02 | 2004-05-19 | ���µ�����ҵ��ʽ���� | Sensor unit |
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