CN101940841B - Two-dimensional input device, control device and interactive type game system - Google Patents

Two-dimensional input device, control device and interactive type game system Download PDF

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Publication number
CN101940841B
CN101940841B CN2009101589440A CN200910158944A CN101940841B CN 101940841 B CN101940841 B CN 101940841B CN 2009101589440 A CN2009101589440 A CN 2009101589440A CN 200910158944 A CN200910158944 A CN 200910158944A CN 101940841 B CN101940841 B CN 101940841B
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coordinate data
dimensional coordinate
export
module
order
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CN101940841A (en
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林卓毅
吕志宏
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Pixart Imaging Inc
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Pixart Imaging Inc
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Abstract

The invention relates to a two-dimensional input device, a control device and an interactive type game system. The control device is suitable for communicating with a game machine, and the game machine executes a game program. The control device comprises the two-dimensional input device and a remote controller, wherein the two-dimensional input device comprises a touch control panel, and a pattern corresponding to the game program is displayed on the touch control panel; two-dimensional coordinate data is generated by the two-dimensional input device when the pattern is touched; the remote controller is used for receiving the two-dimensional coordinate data in a first communication mode and outputting the two-dimensional coordinate data to the game machine in a second communication mode; and the game machine is used for receiving the two-dimensional coordinate data and executing the game program according to the two-dimensional coordinate data. The invention can provide diversified game programs for users. In addition, the two-dimensional input device also can be singly communicated with the game machine, which not only can reduce the operation complexity, but also can be used for playing more game programs.

Description

Two-dimensional input device, actuation means and interactive game system
Technical field
The present invention relates to the technology in touch-control field, particularly relate to a kind of two-dimensional input device that utilizes plate or show voluntarily the pattern of particular game program, actuation means and interactive game system.
Background technology
Since electronic game machine comes out, for each family has brought a lot of joy, successful games can bring a lot of enjoyment for the player, but these games but can't bring the interaction between true man for the player.Especially in RPG (Role-Playing Game), even the 3D picture is done well again, but the enough sense of reality can't be arranged.
For this reason, Nintendo has released brand-new family expenses time generation game host WII, and it is mainly to allow the user that the interaction sense between true man is arranged, and can allow the player that the sense of reality of being in the action is arranged.And the game host WII of Nintendo its be mainly the control that is subject to two handgrips, and the speed of controlling games according to movement or the acceleration of handgrip and action etc., fully met player's the sense of reality.But these two handgrips are all to control the carrying out of game by mobile or acceleration, so, when comparatively static game, can't be suitable for.
As can be seen here, above-mentioned existing game host, in structure and use, obviously still has inconvenience and defect, and urgently is further improved.In order to solve the problem of above-mentioned existence, relevant manufacturer there's no one who doesn't or isn't seeks solution painstakingly, but have no for a long time applicable design always, by development, completed, and common product does not have appropriate structure to address the above problem, this is obviously the problem that the anxious wish of relevant dealer solves.Therefore how to found a kind of new two-dimensional input device, actuation means and interactive game system, real one of the current important research and development problem that belongs to, also becoming the current industry utmost point needs improved target.
Summary of the invention
Main purpose of the present invention is, overcome the defect that existing game host exists, and provide a kind of new actuation means, technical problem to be solved is to make it using two-dimensional input device collocation remote controller as the left and right handles of playing, and can the extrapolation cribbage-board on two-dimensional input device or the mode that shows voluntarily the specific pattern of the games specific games of arranging in pairs or groups, be very suitable for practicality.
Another object of the present invention is to, a kind of new two-dimensional input device is provided, technical problem to be solved is to make it directly with game machine, do and to communicate by letter, therefore the user not only can play current already present games, can also play the games that need collocation particular game pattern, thereby more be suitable for practicality.
The present invention compared with prior art has obvious advantage and beneficial effect.From above technical scheme, main technical content of the present invention is as follows:
For achieving the above object, the invention provides a kind of actuation means, it is applicable to communicate by letter with game machine, and this game machine is carried out games.This actuation means comprises two-dimensional input device and remote controller.Above-mentioned two-dimensional input device comprises a contact panel, and shows the pattern corresponding to games on contact panel.This two-dimensional input device is when pattern is touched, to produce and the output two-dimensional coordinate data.Above-mentioned remote controller is to receive two-dimensional coordinate data with the first communication party formula, and exports two-dimensional coordinate data to game machine in the second communication mode.Wherein, game machine receives and carries out games according to two-dimensional coordinate data.
In a preferred embodiment of the present invention, two-dimensional input device more comprises touch-control sensing module, first memory, first microprocessor and the first link block.Above-mentioned touch-control sensing module is electrically coupled to contact panel, with the touching according to contact panel, produces and the output sensing signal.Above-mentioned first memory stores pattern.Above-mentioned first microprocessor is electrically coupled to touch-control sensing module and first memory, and, when receiving sensing signal, according to pattern, sensing signal is made to coordinate computation, to obtain and to export two-dimensional coordinate data.The first above-mentioned link block is electrically coupled to first microprocessor, to obtain and to export two-dimensional coordinate data with the first communication party formula.
In a preferred embodiment of the present invention, this first link block is replaceable is third communication module, in order to the mode with wireless transmission and remote controller, transmits.
The present invention also provides a kind of interactive game system, and it comprises game machine, display and actuation means.Above-mentioned game machine is carried out games.Above-mentioned display is electrically coupled to game machine, to show the corresponding display frame of games.Above-mentioned actuation means comprises two-dimensional input device and remote controller.Wherein, two-dimensional input device comprises contact panel, and shows the pattern corresponding to games on contact panel, and two-dimensional input device is to produce and export a two-dimensional coordinate data when pattern is touched; Remote controller is to receive two-dimensional coordinate data with the first communication party formula, and exports two-dimensional coordinate data to game machine in the second communication mode.Wherein, game machine receives and carries out games according to two-dimensional coordinate data.
The present invention provides a kind of actuation means again, and it is applicable to communicate by letter with game machine, and this game machine is carried out games.This actuation means comprises cribbage-board, two-dimensional input device and remote controller.Above-mentioned game machine is carried out games.Above-mentioned cribbage-board has the pattern that corresponds to games.Above-mentioned two-dimensional input device comprises contact panel, and this contact panel is disposed at the cribbage-board below, and two-dimensional input device produces and export two-dimensional coordinate data when pattern is touched.Above-mentioned remote controller is to receive two-dimensional coordinate data with the first communication party formula, and exports two-dimensional coordinate data to game machine in the second communication mode.Wherein, game machine receives and carries out games according to two-dimensional coordinate data.
The present invention separately also provides a kind of interactive game system, and it comprises game machine, display and actuation means.Above-mentioned game machine is carried out games.Above-mentioned display is electrically coupled to game machine, to show the corresponding display frame of games.Above-mentioned actuation means comprises cribbage-board, two-dimensional input device and remote controller.Wherein, cribbage-board has a pattern that corresponds to games; Two-dimensional input device comprises contact panel, and contact panel is disposed at cribbage-board below, and two-dimensional input device produces and export a two-dimensional coordinate data when pattern is touched; Remote controller is to receive two-dimensional coordinate data with the first communication party formula, and exports two-dimensional coordinate data to game machine in the second communication mode.Wherein, game machine receives and carries out games according to two-dimensional coordinate data.
The present invention proposes again a kind of two-dimensional input device, and it is applicable to communicate by letter with game machine, and this game machine is carried out games.This two-dimensional input device comprises contact panel, touch-control sensing module, operational module, acceleration sensor, optical image treatment circuit and core circuit.Above-mentioned contact panel shows the pattern corresponding to games.Above-mentioned touch-control sensing module is electrically coupled to contact panel, to produce and the output sensing signal when contact panel is touched.Above-mentioned operational module is subject to user's operation and produces and the output function instruction.Above-mentioned acceleration sensor produces acceleration information according to the movement of two-dimensional input device, and the output acceleration information.Above-mentioned optical image treatment circuit light is to external world filtered and image processing, to obtain and output mobile amount data.Above-mentioned core circuit is electrically coupled to touch-control sensing module, optical image treatment circuit, operational module and acceleration sensor, and reception sensing signal, operational order, acceleration information and shifting momentum data, core circuit is made coordinate computation to sensing signal, to obtain two-dimensional coordinate data, and export two-dimensional coordinate data, operational order, acceleration information and shifting momentum data to game machine with a communication mode.
The present invention proposes again a kind of interactive game system, and it comprises game machine, display and two-dimensional input device.Above-mentioned game machine is carried out games.Above-mentioned display is electrically coupled to game machine, to show the corresponding display frame of games.Above-mentioned two-dimensional input device comprises a contact panel, and show the pattern corresponding to games on contact panel, two-dimensional input device is to produce a two-dimensional coordinate data when pattern is touched, and exports two-dimensional coordinate data to game machine with a communication mode.Wherein, game machine receives and carries out games according to two-dimensional coordinate data.
The present invention proposes again a kind of two-dimensional input device, and it is applicable to communicate by letter with a game machine, and this game machine is carried out games.This two-dimensional input device comprises cribbage-board, contact panel, touch-control sensing module, operational module, acceleration sensor, optical image treatment circuit and core circuit.Above-mentioned cribbage-board has the pattern that corresponds to games.Above-mentioned contact panel is disposed at the cribbage-board below.Above-mentioned touch-control sensing module is electrically coupled to contact panel, to produce and the output sensing signal when pattern is touched.Above-mentioned operational module is subject to user's operation and produces and the output function instruction.Above-mentioned acceleration sensor produces acceleration information according to the movement of two-dimensional input device, and the output acceleration information.Above-mentioned optical image treatment circuit light is to external world filtered and image processing, to obtain and output mobile amount data.Above-mentioned core circuit is electrically coupled to touch-control sensing module, optical image treatment circuit, operational module and acceleration sensor, and receive sensing signal, receive operational order, acceleration information and shifting momentum data, core circuit is made coordinate computation to sensing signal, to obtain two-dimensional coordinate data, and export two-dimensional coordinate data, operational order, acceleration information and shifting momentum data to game machine with a communication mode.
The present invention proposes again a kind of interactive game system, and it comprises game machine, display, cribbage-board and two-dimensional input device.Above-mentioned game machine is carried out games.Above-mentioned display is electrically coupled to game machine, to show the corresponding display frame of games.Above-mentioned cribbage-board has the pattern that corresponds to games.Above-mentioned two-dimensional input device comprises contact panel, and contact panel is disposed at the cribbage-board below, and two-dimensional input device produces a two-dimensional coordinate data when pattern is touched, and exports two-dimensional coordinate data to game machine with a communication mode.Wherein, game machine receives and carries out games according to two-dimensional coordinate data.
By technique scheme, two-dimensional input device of the present invention, actuation means and interactive game system at least have following advantages and beneficial effect: the present invention configures two-dimensional input device in actuation means, and this two-dimensional input device can plate or the mode that shows voluntarily the particular game pattern carry out the data with the games interaction for the user on two-dimensional input device, therefore can provide the more diversified games of user to select.In addition, also can do and communicate by letter with game machine with two-dimensional input device separately, not only can reduce operational complexity, more can play more kinds of games.
Above-mentioned explanation is only the general introduction of technical solution of the present invention, in order to better understand technological means of the present invention, and can be implemented according to the content of specification, and for above and other purpose of the present invention, feature and advantage can be become apparent, below especially exemplified by preferred embodiment, and the cooperation accompanying drawing, be described in detail as follows.
The accompanying drawing explanation
Fig. 1 is the schematic diagram of a kind of interactive game system of one embodiment of the invention.
Fig. 2 is the two-dimensional input device of one embodiment of the invention and the circuit block diagram of remote controller.
Fig. 3 is the two-dimensional input device of another embodiment of the present invention and the circuit block diagram of remote controller.
Fig. 4 is the two-dimensional input device of yet another embodiment of the invention and the circuit block diagram of remote controller.
Fig. 5 is the two-dimensional input device of further embodiment of this invention and the circuit block diagram of remote controller.
Fig. 6 is the schematic diagram of a kind of interactive game system of another embodiment of the present invention.
Fig. 7 is a kind of circuit block diagram of two-dimensional input device of the interactive game system of Fig. 6 of the present invention.
Fig. 8 is the circuit block diagram of another kind of two-dimensional input device of the interactive game system of Fig. 6 of the present invention.
Fig. 9 is the cribbage-board of one embodiment of the invention and the configuration relation schematic diagram of two-dimensional input device.
Figure 10 is the schematic diagram of two-dimensional input device of the Application Optics sensing of one embodiment of the invention.
Figure 11 is the schematic diagram of two-dimensional input device of the Application Optics sensing of another embodiment of the present invention.
Figure 12 is the schematic diagram of two-dimensional input device of the Application Optics sensing of another embodiment of the present invention.
Figure 13 is the schematic diagram of two-dimensional input device of the application resistance sensing of another embodiment of the present invention.
Figure 14 is the schematic diagram of two-dimensional input device of the application capacitance sensing of another embodiment of the present invention.
Figure 15 is the schematic diagram of two-dimensional input device of the application surface sound wave sensing of another embodiment of the present invention.
The specific embodiment
Reach for further setting forth the present invention technological means and the effect that predetermined goal of the invention is taked, below in conjunction with accompanying drawing and preferred embodiment, the specific embodiment, structure, feature and the effect thereof of two-dimensional input device, actuation means and the interactive game system that foundation the present invention is proposed, be described in detail as follows.
Please refer to shown in Fig. 1, it is the schematic diagram of a kind of interactive game system of one embodiment of the invention.This interactive game system 100 comprises primary games device 100a, actuation means 100b and display 104.
Wherein, primary games device 100a comprises game machine 102, light source emitting module 106, and actuation means 100b comprises remote controller 108, cable 110, two-dimensional input device 112.Wherein, two-dimensional input device 112 comprises a contact panel 114.
In the present embodiment, game machine 102 is to be electrically coupled to display 104 and light source emitting module 106.Game machine 102 can put into game disc, insert memory card or memory disk or by the games burning or be stored to the programmable storage of game machine 102, and game machine 102 is after being enabled, executable game program, and export the display frame of games to display 104.In addition, game machine 102, after being enabled, being exported in addition a light source and is transmitted to light source emitting module 106.Wherein, as be familiar with this skill person and can know easily, game machine 102 can be for example the WII game machine, but not as limit.
104 display frames that receive and show games of display.Light source emitting module 106 has at least one light source, with label 106a and 106b, means in the present embodiment, but the needs of actual quantity during depending on design, not as limit.After light source emitting module 106 receives light source and transmits, activation light source 106a and 106b, make it luminous.Wherein, the light that light source 106a and 106b send can be for example infrared ray (infrared ray is called for short IR), but not as limit.
Remote controller 108 has most operated key 108a, 108b, 108c, 108d, 108e, 108f, 108g, 108h and indicator lamp 108i.Operated key 108a can be for example power switch, but when operated key 108a is pressed activation remote controller 108; Otherwise, when push key 108a again, can forbidden energy remote controller 108.Operated key 108b can be for example one " ten " keyboard, for the user, does the selection operation on direction.In addition, operated key 108b can also be for example circumferential direction key or at least four independent operation keys that represent separately different directions, but all not as limit.Operated key 108c, 108g, 108h respectively have its own corresponding function, and operated key 108d, 108e, 108f can be respectively for example options button, menu key and start key.Indicator lamp 108i is set state for the present remote controller of indication, and for example, when individual a plurality of remote controller 108 is arranged, the indicator lamp 108i of each remote controller 108 can be for example the numbering of display remote controller 108 with respect to game machine 102.
Then please refer to shown in Fig. 2, it is the two-dimensional input device of one embodiment of the invention and the circuit block diagram of remote controller.In Fig. 2, this two-dimensional input device 112 comprises contact panel 228, touch-control sensing module 230, first microprocessor 232, first memory 234 and the first link block 226, and the first link block 226 is that cable transport communication mode and remote controller 108 with entity transmits.Wherein, contact panel 228 is equal to the contact panel 114 in Fig. 1.As have the knack of this skill person and can know easily, contact panel 114 can be for example resistance-type, condenser type, optical profile type or acoustic wave contact panel, but all not as limit.
Cribbage-board (do not illustrate at this, and describe at Fig. 9 after a while) has the pattern corresponding to games, and cribbage-board is disposed at contact panel 228 tops, and the user can by touch this pattern reach direct game or with the purpose of game interactive.This pattern is the upper surface be printed in cribbage-board, and the material of cribbage-board can be such as being that the materials such as glass, plastic cement, rubber are made, and can be printing opacity or light tight.Wherein, this pattern can be for example the pattern of fingerboard, the pattern of computer, the pattern of drawing boards or map of game etc., but all not as limit.
Just with cribbage-board, contact when contact panel 228 can be touched, or contact with cribbage-board when not touched.
Touch-control sensing module 230 is to be electrically coupled to contact panel 228.Touch-control sensing module 230, when contact panel 228 is touched, produces a sensing signal, and exports sensing signal to first microprocessor 232.
First microprocessor 232 receives this sensing signal, and finds corresponding pattern to first memory 234, according to pattern, sensing signal is made to coordinate computation, in order to obtain two-dimensional coordinate data.Then, 232 of first microprocessors export two-dimensional coordinate data to first link block 226.So design, this two-dimensional coordinate data can be to carry out certain function command data or current position coordinate data.
The another one practice of the present embodiment can also be after first microprocessor 232 receives this sensing signal, according to the coordinate design of contact panel 228, sensing signal is made to coordinate computation, to obtain two-dimensional coordinate data.Then, 232 of first microprocessors export two-dimensional coordinate data to first link block 226.While so designing, the game machine 102 of Fig. 1 will calculate the corresponding data of two-dimensional coordinate data with respect to the picture of current games after receiving two-dimensional coordinate data, and be carried out.
The first link block 226 is to be electrically coupled to first microprocessor 232, and to receive two-dimensional coordinate data, and the cable 110 by entity transfers to remote controller 108 by this two-dimensional coordinate data.
Please continue with reference to shown in Fig. 2, remote controller 108 comprises core circuit 202, optical image treatment circuit 204, operational module 206, acceleration sensor 208, the second link block 210.Wherein, the second link block 210 is to be connected with the first link block 226 of two-dimensional input device 112, and receives two-dimensional coordinate data.
Operational module 206 is be subject to user's operation and produce operational order, and exports operational order to core circuit 202.Operational module 206 comprises operated key 108a, 108b, 108c, 108d, 108e, 108f, 108g, the 108h of Fig. 1.
Acceleration sensor 208 is to produce acceleration information according to the movement of remote controller 108, and the output acceleration information is to core circuit 202.Wherein, the acceleration that acceleration sensor 208 is three axles that are used for detecting remote controller 108 or the sensor of deceleration.
Optical image treatment circuit 204 is the light that the light source emitting module 106 of acquisition Fig. 1 is sent, and to obtain the shifting momentum data of remote controller 108, and exports shifting momentum data to core circuit 202.This optical image treatment circuit 204 comprises infrared filter 218, lens 220, photographing module 222 and image processing module 224.Wherein, when the light (light of the light source emitting module 106 that comprises Fig. 1) of infrared ray filter 218 outside environment passes through infrared filter 218, infrared filter 218 can be filtered this external world's light, and only allows infrared ray pass through.Lens 220 are to be disposed at infrared filter 218 rears, and collect by the infrared ray of infrared filter 218, infrared ray is exported to photographing module 222.
In the present embodiment, photographing module 222 is to be disposed at lens 220 rears, and the infrared ray that lens 220 are transmitted captured, to obtain an image.Then, photographing module 222 by the image output that obtains to image processing module 224.Image processing module 224 is to be electrically coupled to photographing module 222 and core circuit 202, and image processing module 224 is to have the point of high brightness in this image of identification, then does mobile computing according to this point, to obtain shifting momentum data.Then, image processing module 224 these shifting momentum datas of output are to core circuit 202.
Core circuit 202 comprises the second microprocessor 212, communication module 214 and second memory 216.Wherein, the second microprocessor 212 is to be electrically coupled to the second link block 210, image processing module 224, operational module 206, acceleration sensor 208, communication module 214 and second memory 216.
The second microprocessor 212 receives respectively two-dimensional coordinate data, operational order, acceleration information and shifting momentum data, and judges the position of current remote controller 108 according to acceleration information and shifting momentum data.In addition, 212 of the second microprocessors are sent to communication module 214 by judge data, two-dimensional coordinate data and the operational order of the position of the current remote controller 108 of learning.
Communication module 214 can be for example to communicate by letter with the game machine 102 of Fig. 1 in wired or wireless mode.If during wired communication mode, 214 data, two-dimensional coordinate data and operational orders that receive the position of current remote controller 108 of communication module, and by the cable (not illustrating) of an entity, the data of the position of current remote controller 108, two-dimensional coordinate data and operational order are sent to game machine 102, for game machine 102, carry out.Otherwise, if during wireless communication mode, 214 data, two-dimensional coordinate data and operational orders that receive the position of current remote controller 108 of communication module, and, after converting the data of the position of current remote controller 108, two-dimensional coordinate data and operational order to wireless signal, by antenna (not illustrating), export game machine 102 to.
As be familiar with this skill person and can know easily, the communication between the game machine 102 of remote controller 108 and Fig. 1 can be for example bluetooth or radio-frequency technique, but all not as limit.
Wherein, second memory 216 can temporarily store the data of the position of two-dimensional coordinate data, operational order and current remote controller 108.
Therefore, as the user of actuation means 100b after two-dimensional input device 112 input data (that is above-mentioned contact panel 228 is touched), 230 of touch-control sensing modules produce a sensing signal according to this touching, and export sensing signal to first microprocessor 232.First microprocessor 232 receives this sensing signal, and sensing signal is made to coordinate computation, to obtain two-dimensional coordinate data.Then, 232 of first microprocessors export two-dimensional coordinate data to the second link block 210 of remote controller 108 by the first link block 226.Secondly, the second 212 of microprocessors receive two-dimensional coordinate data, and transmit two-dimensional coordinate data to communication module 214 after processing.Then, 214 data by user's input of communication module are sent to game machine 102.
Then please refer to shown in Fig. 3, it is the two-dimensional input device of another embodiment of the present invention and the circuit block diagram of remote controller.In the present embodiment, for convenience of description for the purpose of, omit and repeat no more with the element of the identical running of Fig. 2.The difference of Fig. 2 and Fig. 3 is that two-dimensional input device 112 and remote controller 108 are for to make transfer of data in the mode of radio communication.Therefore, will configure a third communication module 326 in two-dimensional input device 112, configure second communication module 310 in remote controller 108.
As the above description to two-dimensional input device 112, first microprocessor 232 is to export two-dimensional coordinate data to third communication module 326, third communication module 326 exports second communication module 310 to by antenna (not illustrating) after converting two-dimensional coordinate data to wireless signal.Second communication module 310, after by antenna (not illustrating), receiving the wireless signal with two-dimensional coordinate data, is converted into the signal of the second microprocessor 212 energy computings, and exports the second microprocessor 212 to.
In preferred embodiment of the present invention, the communication between second communication module 310 and third communication module 326 can be for example bluetooth or radio-frequency technique, but all not as limit.
In the present embodiment, the running of the first communication module 314 of Fig. 3 is identical with the communication module 214 of Fig. 2, therefore do not repeat them here.
Then, please refer to shown in Fig. 4, it is the two-dimensional input device of yet another embodiment of the invention and the circuit block diagram of remote controller.In the present embodiment, the running of the remote controller 108 in Fig. 4 is identical with the running of remote controller 108 in Fig. 2, therefore do not repeat them here.
In Fig. 4, this two-dimensional input device 112 comprises contact panel 428, touch-control sensing module 430, first microprocessor 432, first memory 434 and the first link block 226, and the first link block 226 is to transmit with entity cable transport communication mode and remote controller 108.Wherein, contact panel 428 is equal to the contact panel 114 in Fig. 1.
Contact panel 428 is electrically coupled to first microprocessor 432, and contact panel 428 can be subject to user's control and show the pattern that corresponds to games.In other words, after two-dimensional input device 112 is enabled, the menu that will show games on contact panel 428 is selected for the user, after the user selects, on contact panel 428, demonstration is stored in to the pattern of corresponding games in first memory 434.In addition, can be also after the game machine 102 of Fig. 1 starts to carry out games, 102 of game machines by remote controller 108 output one display pattern signals to two-dimensional input device 112.Then, 432 of the first microprocessors of two-dimensional input device 112 are found corresponding pattern according to the display pattern signal to first memory 434, and are shown on contact panel 428.As have the knack of this skill person and can know easily, the function mode of contact panel 428 display patterns, ought not be limited with above-mentioned certainly.
Touch-control sensing module 430 is to be electrically coupled to contact panel 428.Touch-control sensing module 430 produces a sensing signal when contact panel 428 is touched, and the output sensing signal is to first microprocessor 432.
First microprocessor 432 is to be electrically coupled to touch-control sensing module 430 and first memory 434.First microprocessor 432, after receiving sensing signal, is found corresponding pattern, according to pattern, sensing signal is made to coordinate computation, in order to obtain two-dimensional coordinate data to first memory 434.Then, 432 of first microprocessors export two-dimensional coordinate data to first link block 226.So design, this two-dimensional coordinate data can be to carry out certain function command data or current position coordinate data.
The another one practice of the present embodiment can also be after first microprocessor 432 receives this sensing signal, according to the coordinate design of contact panel 428, sensing signal is made to a coordinate computation, to obtain two-dimensional coordinate data.Then, 432 of first microprocessors export two-dimensional coordinate data to first link block 226.While so designing, the game machine 102 of Fig. 1 will calculate the corresponding data of two-dimensional coordinate data with respect to the picture of current games after receiving two-dimensional coordinate data, and be carried out.
Then please refer to shown in Fig. 5, it is the two-dimensional input device of further embodiment of this invention and the circuit block diagram of remote controller.In the present embodiment, for convenience of description for the purpose of, omit and repeat no more with the element of the identical running of Fig. 4.The difference of Fig. 4 and Fig. 5 is that two-dimensional input device 112 and remote controller 108 are to make transfer of data in the mode of radio communication.Therefore, will configure a third communication module 326 in two-dimensional input device 112, configure second communication module 310 in remote controller 108.
As the above description to two-dimensional input device 112, first microprocessor 432 is to export two-dimensional coordinate data to third communication module 326, third communication module 326 exports second communication module 310 to by antenna (not illustrating) after converting two-dimensional coordinate data to wireless signal.Second communication module 310, after by antenna (not illustrating), receiving the wireless signal with two-dimensional coordinate data, is converted into the signal of the second microprocessor 212 energy computings, and exports the second microprocessor 212 to.
In preferred embodiment of the present invention, the communication between second communication module 310 and third communication module 326 can be for example bluetooth or radio-frequency technique, but all not as limit.
In the present embodiment, the running of the first communication module 314 of Fig. 5 is identical with the communication module 214 of Fig. 4, therefore do not repeat them here.
Please refer to shown in Fig. 6, it is the schematic diagram of a kind of interactive game system of another embodiment of the present invention.In Fig. 6, interactive game system 600 comprises primary games device 600a, actuation means 600b and display 604.Wherein, wherein primary games device 600a comprises game machine 602, light source emitting module 606, and actuation means 600b comprises two-dimensional input device 612.Wherein, comprise a contact panel 614 on two-dimensional input device 612.
In the present embodiment, game machine 602 is identical with the game machine 102 of Fig. 1, therefore do not repeat them here.In addition, display 604 and light source emitting module 606 are also identical with display 104 and the light source emitting module 106 of Fig. 1, therefore also repeat no more at this.
Then please refer to shown in Fig. 7, it is a kind of circuit block diagram of two-dimensional input device of the interactive game system of Fig. 6 of the present invention.In Fig. 7, this two-dimensional input device 612 comprises core circuit 702, optical image treatment circuit 704, operational module 706, acceleration sensor 708, touch-control sensing module 726 and contact panel 728.In addition, core circuit 702 comprises microprocessor 712, communication module 714 and memory 716.Wherein, contact panel 728 is equal to the contact panel 614 in Fig. 1.As have the knack of this skill person and can know easily, contact panel 614 can be for example resistance-type, condenser type, optical profile type or acoustic wave contact panel, but all not as limit.
Cribbage-board (do not illustrate at this, and describe in Fig. 9 after a while) has the pattern corresponding to games, and cribbage-board is to be disposed at contact panel 728 tops, and the user can by touch this pattern reach direct game or with the purpose of game interactive.This pattern is the upper surface be printed in cribbage-board, and the material of cribbage-board can be such as being that the materials such as glass, plastic cement, rubber are made, and can be printing opacity or light tight.Wherein, this pattern can be for example the pattern of fingerboard, the pattern of computer, the pattern of drawing boards or map of game etc., but all not as limit.
Just with cribbage-board, contact when contact panel 728 can be touched, or contact when not touched with cribbage-board.
Touch-control sensing module 726 is to be electrically coupled to contact panel 728.Touch-control sensing module 726, when contact panel 728 is touched, produces a sensing signal, and exports sensing signal to microprocessor 712.
Microprocessor 712 receives this sensing signal, and finds corresponding pattern to memory 716, according to pattern, sensing signal is made to a coordinate computation, in order to obtain two-dimensional coordinate data.Then, 712 of microprocessors export two-dimensional coordinate data to communication module 714.So design, this two-dimensional coordinate data can be to carry out certain function command data or current position coordinate data.
The another one practice of the present embodiment can also be after microprocessor 712 receives this sensing signal, according to the coordinate design of contact panel 728, sensing signal is made to a coordinate computation, to obtain two-dimensional coordinate data.Then, 712 of microprocessors export two-dimensional coordinate data to communication module 714.While so designing, the game machine 602 of Fig. 6 will calculate the corresponding data of two-dimensional coordinate data with respect to the picture of current games after receiving two-dimensional coordinate data, and be carried out.
In the present embodiment, can on two-dimensional input device 612, dispose as operated key 108a, 108b, 108c, 108d, 108e, 108f, 108g, 108h on the remote controller 108 of Fig. 1, and be disposed in operational module 706, so that operational module 706 is subject to user's operation and produces an operational order, and export operational order to microprocessor 712.
In addition, in the present embodiment, also can omit operational module 706, and dispose the pattern of the operated key of similar Fig. 1 on cribbage-board, operate for the user.Therefore,, without the need for the operated key configuration of the hardware as Fig. 1, only need on cribbage-board, print the pattern of operated key, its operation is touch control operation.
Acceleration sensor 708 is to produce an acceleration information according to the movement of two-dimensional input device 612, and the output acceleration information is to microprocessor 712.Wherein, the acceleration that acceleration sensor 708 is three axles that are used for detecting two-dimensional input device 612 or the sensor of deceleration.
Optical image treatment circuit 704 is the light that the light source emitting module 606 of acquisition Fig. 6 is sent, and to obtain the shifting momentum data of two-dimensional input device 612, and exports shifting momentum data to microprocessor 712.This optical image treatment circuit 704 comprises infrared filter 718, lens 720, photographing module 722 and image processing module 724.Wherein, when the light (light of the light source emitting module 606 that comprises Fig. 6) of infrared ray filter 718 outside environment passes through infrared filter 718, infrared filter 718 can be filtered this external world's light, and only allows infrared ray pass through.Lens 720 are disposed at infrared filter 718 rears, and collect by the infrared ray of infrared filter 718, and export infrared ray to photographing module 722.
In the present embodiment, photographing module 722 is disposed at lens 720 rears, and the infrared ray that lens 720 are transmitted captured, to obtain an image.Then, photographing module 722 by the image output that obtains to image processing module 724.Image processing module 724 is to be electrically coupled to photographing module 722 and microprocessor 712, and image processing module 724 is to have the point of high brightness in this image of identification, then does mobile computing according to this point, to obtain shifting momentum data.Then, image processing module 724 these shifting momentum datas of output are to microprocessor 712.
In the present embodiment, microprocessor 712 is to be electrically coupled to touch-control sensing module 726, image processing module 724, operational module 706, acceleration sensor 708, communication module 714 and memory 716.
Microprocessor 712 receives respectively sensing signal, operational order, acceleration information and shifting momentum data, according to the position of acceleration information and shifting momentum data judgement two-dimensional input device 612.In addition, 712 of microprocessors are sent to communication module 714 by judge data, two-dimensional coordinate data and the operational order of the position of the current two-dimensional input device 612 of learning.
Communication module 714 can be for example to communicate by letter with the game machine 602 of Fig. 6 in wired or wireless mode.If during wired communication mode, 714 data, two-dimensional coordinate data and operational orders that receive the position of current two-dimensional input device 612 of communication module, and by the cable (not illustrating) of an entity, the data of the position of two-dimensional input device 612, two-dimensional coordinate data and operational order are sent to game machine 602, for game machine 602, carry out.Otherwise, if during wireless communication mode, 714 data, two-dimensional coordinate data and operational orders that receive the position of two-dimensional input device 612 of communication module, and, after converting the data of the position of two-dimensional input device 612, two-dimensional coordinate data and operational order to wireless signal, by antenna (not illustrating), export game machine 602 to.
As be familiar with this skill person and can know easily, the communication between the game machine 602 of remote controller 608 and Fig. 6 can be for example bluetooth or radio-frequency technique, but all not as limit.
Wherein, memory 716 can temporarily store the data of the position of two-dimensional coordinate data, operational order and two-dimensional input device 612.
Therefore, as the user of actuation means 600b, after two-dimensional input device 612 input data (that is above-mentioned touching contact panel 728), 730 of touch-control sensing modules produce sensing signals, and export sensing signal to microprocessor 712.Microprocessor 712 receives this sensing signal, and sensing signal is made to coordinate computation, to obtain two-dimensional coordinate data.Then, 712 of microprocessors transmit two-dimensional coordinate data to communication module 714 after processing.Then, 714 data by user's input of communication module are sent to game machine 602.
Then please refer to shown in Fig. 8, it is the circuit block diagram of another kind of two-dimensional input device of the interactive game system of Fig. 6 of the present invention.In the present embodiment, for convenience of description for the purpose of, omit and repeat no more with the element of the identical running of Fig. 7.The difference of Fig. 7 and Fig. 8 is that the two-dimensional input device 612 of Fig. 7 needs the collocation cribbage-board, and 612 of the two-dimensional input devices of Fig. 8 can show voluntarily the pattern of games on contact panel 828.
Contact panel 828 is electrically coupled to microprocessor 712, and contact panel 828 can be subject to user's control and show the pattern that corresponds to games.In other words, after two-dimensional input device 612 is enabled, the menu that will show games on contact panel 828 is selected for the user.After the user selects, on contact panel 828, demonstration is stored in memory 716 to the pattern with respect to games.In addition, can be also after the game machine 602 of Fig. 6 starts to carry out games, 602 output one display pattern signals of game machine are to two-dimensional input device 612.Then, 712 of the microprocessors of two-dimensional input device 612 are found corresponding pattern according to the display pattern signal to memory 716, and are shown on contact panel 828.As have the knack of this skill person and can know easily, the function mode of contact panel 828 display patterns, ought not be limited with above-mentioned certainly.
Touch-control sensing module 826 is to be electrically coupled to contact panel 828.Touch-control sensing module 826 is to produce a sensing signal when contact panel 828 is touched, and the output sensing signal is to microprocessor 712.
Microprocessor 712 is to be electrically coupled to touch-control sensing module 826 and memory 716.Microprocessor 712, after receiving sensing signal, is found corresponding pattern, according to pattern, sensing signal is made to a coordinate computation, in order to obtain two-dimensional coordinate data to memory 716.Then, 712 of microprocessors export two-dimensional coordinate data to communication module 714.So design, this two-dimensional coordinate data can be to carry out certain function command data or current position coordinate data.
The another one practice of the present embodiment can also be after microprocessor 712 receives this sensing signal, according to the coordinate design of contact panel 828, sensing signal is made to a coordinate computation, to obtain two-dimensional coordinate data.Then, 712 of microprocessors export two-dimensional coordinate data to communication module 714.While so designing, the game machine 602 of Fig. 6 will calculate the corresponding data of two-dimensional coordinate data with respect to the picture of current games after receiving two-dimensional coordinate data, and be carried out.
In addition, in the present embodiment, also can omit operational module 706, and show the pattern of the operated key of similar Fig. 1 on contact panel 828, operate for the user.Therefore,, without the need for the operated key configuration of the hardware as Fig. 1, only need in memory 716, store the pattern of operated key, its operation is touch control operation.
In preferred embodiment of the present invention, if when the pattern shown on cribbage-board or contact panel is fingerboard, on display, also can show corresponding fingerboard.Therefore, when the user touch fingerboard on cribbage-board or contact panel one of them the time, on display, being originally the same level fingerboard on corresponding to cribbage-board or contact panel, the piano key of touched position will, lower than other adjacent steel key, be pressed by the user to mean this piano key.In addition, if during the map that the pattern shown on cribbage-board or contact panel is game, the user can utilize the remote controller of the right hand (left hand) to carry out the action of personage in the direct game program, and utilizes the two-dimensional input device of left hand (right hand) to handle personage's movement.For example, when the user is by the left side during toward the right in the touching of two-dimensional input device, game machine is carried out according to received two-dimensional coordinate data.Therefore, the position of the personage on display also will be moved toward the right from position originally.
Then please refer to shown in Fig. 9, it is the cribbage-board of one embodiment of the invention and the configuration relation schematic diagram of two-dimensional input device.In the present embodiment, the cribbage-board of Fig. 9 and two-dimensional input device are the two-dimensional input devices that is applicable to above-mentioned Fig. 2, Fig. 3 and Fig. 7.In Fig. 9, two-dimensional input device 904 is similar to the label 112 of above-mentioned Fig. 1 and the label 612 of Fig. 6, and it is to do expression with a concave shape in Fig. 9, but true form still must be depending on the actual design demand, not as limit.
In the present embodiment, cribbage-board 902 is to insert in the groove of two-dimensional input device 904 with from top to bottom (vertically), and cribbage-board 902 is to contact with the inner surface of the groove of two-dimensional input device 904, with stationary game plate 902.In addition, cribbage-board 902 can also horizontal direction be inserted in the groove of two-dimensional input device 904, and contacts with the inner surface of the groove of two-dimensional input device 904.As have the knack of this skill person and can know easily, for stationary game plate 902 being fixed in to two-dimensional input device 904 tops, it is to set up snap device on two-dimensional input device 904, is beneficial to stationary game plate 902.
In preferred embodiment of the present invention, contact panel 114 and 614 user do single-point contact or multi-point touch the same time, in other words, the user can be controlled two- dimensional input device 112 and 612 with a finger or many fingers at one time.The two- dimensional input device 112 and 612 of below take is respectively that the contact panel of optical profile type, resistance-type, condenser type and surface acoustic wave type explains as example.
Please refer to shown in Figure 10, it is the schematic diagram of two-dimensional input device of the Application Optics sensing of one embodiment of the invention.This two-dimensional input device 1002 comprises Touch Zone 1004, OPTICAL SENSORS (photosensor) 1114,1112 and treatment circuit 1116, and OPTICAL SENSORS 1114 and 1112 is electrically coupled to respectively treatment circuit 1116.Wherein, the external form of Touch Zone 1004 is a rectangle, and configures respectively reflector (retro-reflector) 1006,1008 and 1110 on three limits of Touch Zone 1004.1114 scopes that can sense of OPTICAL SENSORS are via reflector 1006,1008 formed echo areas, and 1112 scopes that can sense of OPTICAL SENSORS are via reflector 1008,1110 formed echo areas.Therefore, when Touch Zone 1004 is touched, OPTICAL SENSORS 1114 and 1112 is sent to treatment circuit 1116 (being similar to the first microprocessor 232 of Fig. 2 and the microprocessor 712 of Fig. 7) by sensed image and processes, and obtains the coordinate position of touch points in the triangulation calculation mode.Wherein, obtaining the touch points coordinate position in the triangulation calculation mode can be for example to adopt the account form described in United States Patent (USP) No. 4782328, No. 4504557 and No. 6803906.
Then, please refer to shown in Figure 11, it is the schematic diagram of two-dimensional input device of the Application Optics sensing of another embodiment of the present invention.This two-dimensional input device 1002 comprises Touch Zone 1004, OPTICAL SENSORS 1114 and treatment circuit 1116.Wherein, the external form of Touch Zone 1004 is a rectangle, and configures respectively reflector 1006,1008 and 1118 on three limits of Touch Zone 1004, and reflector 1008 can be for example plane mirror (plane mirror), but not as restriction.
In Figure 11, when Touch Zone 1004 is touched, 1114 of OPTICAL SENSORSs are sent to treatment circuit 1116 (being similar to the first microprocessor 232 of Fig. 2 and the microprocessor 712 of Fig. 7) by sensed image and process, to obtain the coordinate position of touch points.The computational methods of the touch points of Figure 11 can be for example the applicants in the computational methods described on January 12nd, 2009 application case that the application number in the TaiWan, China application is No. 098100969.
Then, please refer to shown in Figure 12, it is the schematic diagram of two-dimensional input device of the Application Optics sensing of another embodiment of the present invention.This two-dimensional input device 1002 comprises Touch Zone 1004, OPTICAL SENSORS 1112,1114,1122,1124 and treatment circuit 1116, OPTICAL SENSORS 1112,1114, and 1122,1124 are electrically coupled to respectively treatment circuit 1116.Wherein, the external form of Touch Zone 1004 is a rectangle, and configures respectively reflector 1006,1008,1110 and 1120 on four limits of Touch Zone 1004.In Figure 12, when Touch Zone 1004 is touched, 1114 of OPTICAL SENSORSs are sent to treatment circuit 1116 (being similar to the first microprocessor 232 of Fig. 2 and the microprocessor 712 of Fig. 7) by sensed image and process, to obtain the coordinate position of touch points.The computational methods of the touch points of Figure 12 can be for example the applicants in the computational methods described on November 7th, 2008 application case that the application number in the TaiWan, China application is No. 097143217.
Please refer to shown in Figure 13, it is the schematic diagram of two-dimensional input device of the application resistance sensing of another embodiment of the present invention.The contact panel 1300 of this two-dimensional input device comprises that isolated film 1302, lower floor penetrate film 1304 and upper strata penetrates film 1306, and wherein lower floor penetrates that film 1304 is disposed at isolated film 1302 and upper strata penetrates between film 1306.The upper surface that penetrates film 1304 in lower floor disposes most Y-axis and penetrates resistance detecting pattern 1304a, and upper strata penetrates the lower surface of film 1306 and disposes most X-axis and penetrate resistance detecting pattern 1306a.Wherein, it is to be arranged in parallel that each Y-axis penetrates resistance detecting pattern 1304a lines, and each X-axis penetrates resistance detecting pattern 1306a lines and also is arranged in parallel, so the Y-axis lines that penetrate resistance detecting pattern 1304a and X-axis penetrate resistance and detect the lines of pattern 1306a and formed vertical row and row.In addition, Y-axis electrode 1304b is disposed at the two ends that Y-axis penetrates resistance detecting pattern 1304a lines, X-axis electrode 1306b is disposed at the two ends that X-axis penetrates resistance detecting pattern 1306a lines, and after two-dimensional input device is enabled, not interruptedly service voltage to Y-axis electrode 1304b and X-axis electrode 1306b, and periodically detect voltage change.
In Figure 13, upper strata penetrates film 1306 when touched, and the touch-control sensing module 230 as Fig. 2 will receive sensing signal, and the first microprocessor 232 that this sensing signal is sent to Fig. 2 is dealt with, to obtain the coordinate position of touch points.The computational methods of the touch points of Figure 13 are computational methods described in No. 200915165th, the patent publication No. of TaiWan, China for example.
Please refer to shown in Figure 14, it is the schematic diagram of two-dimensional input device of the application capacitance sensing of another embodiment of the present invention.Contact panel 1400 configuration from top to bottom of this two-dimensional input device comprises panel 1402, Y-axis inductive layer 1404, insulating barrier 1406, X-axis inductive layer 1408 and base plate 1410.When finger 1412 contact surface plate 1402, the induction amount (capacitance) of its touch position will produce change, and the touch-control sensing module 230 (as shown in Figure 2) that connects Trackpad 1400 will receive the sensing signal that capacitance changes, and the first microprocessor 232 that this sensing signal is sent to Fig. 2 is dealt with (is that capacitance is converted to the induction amount, for example, when the induction amount is greater than preset critical, mean that Trackpad 1400 is touched, otherwise, when the induction amount is less than preset critical, there is no object on touching end on expression Trackpad 1400 or Trackpad 1400), to obtain the coordinate position of touch points.The computational methods of the touch points of Figure 14 are computational methods described in the patent announcement of TaiWan, China number No. I269997 for example.
Please refer to shown in Figure 15, it is the schematic diagram illustrated according to the two-dimensional input device of the application surface sound wave sensing of another embodiment of the present invention.This two-dimensional input device 1500 comprises substrate 1502, control system 1504, emission transducer switch 1506 and amplitude detector 1508, wherein, emission transducer switch 1506 is to be electrically coupled to control system 1504 with amplitude detector 1508, and control system 1504 can be for example touch-control sensing module 230 or the first microprocessor 232 of Fig. 2.
A pair of emission transducer T1 and T2 and a pair of reception transducer R1 and R2 are arranged on substrate 1502, and control system 1504 is connected to two pairs of transducers.Each transducer (T1, T2, R1 and R2) has along path P 1, P2, P3, P4 reflecting grating G1, G2, G3 and the G4 be comprised of a plurality of reflector elements (e1 to en) respectively.Control system 1504 produces and transmits by emission transducer switch 1506, transmitted signal is sent to respectively to corresponding emission transducer T1, T2, therefore launches transducer T1, T2 and produces the surface wave of transmission along path P 1, P2 respectively.Secondly, receiving transducer R1 and R2 converts the surface wave energy received signal to and exports amplitude detector 1508 to respectively.The computational methods of the touch points of Figure 15 are computational methods described in No. 4644100th, United States Patent (USP) for example.
Comprehensive the above, two-dimensional input device of the present invention and apply its actuation means, this two-dimensional input device can plate or the mode that shows voluntarily the particular game pattern carry out the data with the games interaction for the user on two-dimensional input device, therefore can provide the more diversified games of user to select.In addition, also can do and communicate by letter with game machine with two-dimensional input device separately, not only can reduce operational complexity, more can play more kinds of games.
The above, it is only preferred embodiment of the present invention, not the present invention is done to any pro forma restriction, although the present invention discloses as above with preferred embodiment, yet not in order to limit the present invention, any those skilled in the art, within not breaking away from the technical solution of the present invention scope, when the technology contents that can utilize above-mentioned announcement is made a little change or is modified to the equivalent embodiment of equivalent variations, in every case be the content that does not break away from technical solution of the present invention, any simple modification of above embodiment being done according to technical spirit of the present invention, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.

Claims (33)

1. an actuation means, is characterized in that being applicable to communicating by letter with a game machine, and this game machine is carried out games, and this actuation means comprises:
One two-dimensional input device, comprise a contact panel, and show the pattern corresponding to these games on this contact panel, and this two-dimensional input device is to produce and export a two-dimensional coordinate data when this pattern is touched; And
One remote controller, be to receive this two-dimensional coordinate data with a first communication party formula, and export this two-dimensional coordinate data to this game machine in a second communication mode;
Wherein, this game machine receives this two-dimensional coordinate data, and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to the touching according to this contact panel, produces and export a sensing signal;
One first memory, store this pattern;
One first microprocessor, be electrically coupled to this touch-control sensing module and this first memory, and, when receiving this sensing signal, according to this pattern, this sensing signal is made to a coordinate computation, in order to obtain and to export this two-dimensional coordinate data; And
One first link block, be electrically coupled to this first microprocessor, in order to receive and to export this two-dimensional coordinate data to this remote controller with this first communication party formula;
Wherein said contact panel is electrically coupled to this touch-control sensing module and this first microprocessor, show in order to the control that is subject to this first microprocessor this pattern be stored in this first memory, and the described first communication party formula cable transport communication mode that is entity.
2. an actuation means, is characterized in that being applicable to communicating by letter with a game machine, and this game machine is carried out games, and this actuation means comprises:
One two-dimensional input device, comprise a contact panel, and show the pattern corresponding to these games on this contact panel, and this two-dimensional input device is to produce and export a two-dimensional coordinate data when this pattern is touched; And
One remote controller, be to receive this two-dimensional coordinate data with a first communication party formula, and export this two-dimensional coordinate data to this game machine in a second communication mode;
Wherein, this game machine receives this two-dimensional coordinate data, and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to the touching according to this contact panel, produces and export a sensing signal;
One first memory, store this pattern;
One first microprocessor, be electrically coupled to this touch-control sensing module and this first memory, and, when receiving this sensing signal, according to this pattern, this sensing signal is made to a coordinate computation, in order to obtain and to export this two-dimensional coordinate data; And
One third communication module, be electrically coupled to this first microprocessor, in order to receive and to export this two-dimensional coordinate data to this remote controller with this first communication party formula;
Wherein said contact panel is electrically coupled to this touch-control sensing module and this first microprocessor, show in order to the control that is subject to this first microprocessor this pattern be stored in this first memory, and wherein said first communication party formula is the wireless transmission communication mode, and this third communication module is exported for after this two-dimensional coordinate data is converted to the wireless signal with this two-dimensional coordinate data.
3. according to claim 1 or 2 described actuation means, it is characterized in that wherein said game machine is electrically coupled to a light source emitting module, this light source emitting module is luminous after being enabled.
4. actuation means according to claim 3 is characterized in that wherein said remote controller comprises:
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this remote controller, and export this acceleration information;
One optical image treatment circuit comprises:
One infrared filter, be that the extraneous light to comprising the light that this light source emitting module sends is filtered, with so that at least one infrared ray can pass through this infrared filter;
One lens, in order to collect this infrared ray, and export this infrared ray;
One photographing module, capture this ultrared image that these lens transmit, and export this image; And
One image processing module, be electrically coupled to this photographing module and this second microprocessor, and receive and this image is done to one and move computing, in order to export this shifting momentum data to this second microprocessor;
One second link block is to receive this two-dimensional coordinate data with this first communication party formula, in order to export this two-dimensional coordinate data; And
One core circuit comprises:
One second microprocessor, be electrically coupled to this second link block, this optical image treatment circuit, this operational module and this acceleration sensor, in order to receive and to export this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data;
One communication module, be electrically coupled to this second microprocessor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this communication module exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine in this second communication mode; And
One second memory, be electrically coupled to this second microprocessor, in order to this two-dimensional coordinate data of temporary transient storage, this operational order, this acceleration information and this shifting momentum data;
The cable transport communication mode that wherein said first communication party formula is entity.
5. actuation means according to claim 3 is characterized in that wherein said remote controller comprises:
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this remote controller, and export this acceleration information;
One optical image treatment circuit comprises:
One infrared filter, be that the extraneous light to comprising the light that this light source emitting module sends is filtered, with so that at least one infrared ray can pass through this infrared filter;
One lens, in order to collect this infrared ray, and export this infrared ray;
One photographing module, capture this ultrared image that these lens transmit, and export this image; And
One image processing module, be electrically coupled to this photographing module and this second microprocessor, and receive and this image is done to one and move computing, in order to export this shifting momentum data to this second microprocessor;
One second communication module is to receive this two-dimensional coordinate data with this first communication party formula, in order to export this two-dimensional coordinate data; And
One core circuit comprises:
One second microprocessor, be electrically coupled to this second communication module, this optical image treatment circuit, this operational module and this acceleration sensor, in order to receive and to export this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data;
One first communication module, be electrically coupled to this second microprocessor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this first communication module exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine in this second communication mode; And
One second memory, be electrically coupled to this second microprocessor, in order to this two-dimensional coordinate data of temporary transient storage, this operational order, this acceleration information and this shifting momentum data;
Wherein said first communication party formula is the wireless transmission communication mode, and this second communication module is for receiving the wireless signal with this two-dimensional coordinate data.
6. according to claim 1 or 2 described actuation means, it is characterized in that cable transport communication mode or wireless transmission communication mode that wherein said second communication mode is entity.
7. according to claim 1 or 2 described actuation means, it is characterized in that the contact panel that wherein said contact panel is resistance-type, condenser type, optical profile type or acoustic wave.
8. an interactive game system is characterized in that it comprises:
One game machine, carry out games;
One display, be electrically coupled to this game machine, in order to a display frame that shows that these games are corresponding; And
One actuation means comprises:
One two-dimensional input device, comprise a contact panel, and show the pattern corresponding to these games on this contact panel, and this two-dimensional input device is to produce and export a two-dimensional coordinate data when this pattern is touched; And
One remote controller, be to receive this two-dimensional coordinate data with a first communication party formula, and export this two-dimensional coordinate data to this game machine in a second communication mode;
Wherein, this game machine receives and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to the touching according to this contact panel, produces and export a sensing signal;
One first memory, store this pattern;
One first microprocessor, be electrically coupled to this touch-control sensing module and this first memory, and, when receiving this sensing signal, according to this pattern, this sensing signal is made to a coordinate computation, in order to obtain and to export this two-dimensional coordinate data; And
One first link block, be electrically coupled to this first microprocessor, in order to receive and to export this two-dimensional coordinate data to this remote controller with this first communication party formula.
9. an interactive game system is characterized in that it comprises:
One game machine, carry out games;
One display, be electrically coupled to this game machine, in order to a display frame that shows that these games are corresponding; And
One actuation means comprises:
One two-dimensional input device, comprise a contact panel, and show the pattern corresponding to these games on this contact panel, and this two-dimensional input device is to produce and export a two-dimensional coordinate data when this pattern is touched; And
One remote controller, be to receive this two-dimensional coordinate data with a first communication party formula, and export this two-dimensional coordinate data to this game machine in a second communication mode;
Wherein, this game machine receives and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to the touching according to this contact panel, produces and export a sensing signal;
One first memory, store this pattern;
One first microprocessor, be electrically coupled to this touch-control sensing module and this first memory, and, when receiving this sensing signal, according to this pattern, this sensing signal is made to a coordinate computation, in order to obtain and to export this two-dimensional coordinate data; And
One third communication module, be electrically coupled to this first microprocessor, in order to receive and to export this two-dimensional coordinate data to this remote controller with this first communication party formula.
10. according to Claim 8 or 9 described interactive game systems, it is characterized in that it more comprises a light source emitting module that is electrically coupled to this game machine, this light source emitting module is luminous after being enabled.
11. interactive game system according to claim 10 is characterized in that wherein said remote controller comprises:
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this remote controller, and export this acceleration information;
One optical image treatment circuit, capture the light that this light source emitting module is sent, in order to obtain and to export a shifting momentum data;
One second link block, receive this two-dimensional coordinate data with this first communication party formula, in order to export this two-dimensional coordinate data; And
One core circuit comprises:
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this remote controller, and export this acceleration information;
One optical image treatment circuit, capture the light that this light source emitting module is sent, in order to obtain and to export a shifting momentum data;
One second communication module is to receive this two-dimensional coordinate data with this first communication party formula, in order to export this two-dimensional coordinate data; And
One core circuit, be electrically coupled to this second communication module, this optical image treatment circuit, this operational module and this acceleration sensor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this core circuit exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine in this second communication mode.
12. an actuation means, is characterized in that being applicable to communicating by letter with a game machine, this game machine is carried out games, and this actuation means comprises:
One cribbage-board, have a pattern that corresponds to these games;
One two-dimensional input device, comprise a contact panel, and this contact panel is disposed at this cribbage-board below, and this two-dimensional input device produces and export a two-dimensional coordinate data when this pattern is touched; And
One remote controller, be to receive this two-dimensional coordinate data with a first communication party formula, and export this two-dimensional coordinate data to this game machine in a second communication mode;
Wherein, this game machine receives and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to the touching according to this cribbage-board, produces and export a sensing signal;
One first microprocessor, be electrically coupled to this touch-control sensing module, and, when receiving this sensing signal, this sensing signal is made to a coordinate computation, in order to obtain and to export this two-dimensional coordinate data; And
One first link block, be electrically coupled to this first microprocessor, in order to receive and to export this two-dimensional coordinate data to this remote controller with this first communication party formula;
The cable transport communication mode that wherein said first communication party formula is entity.
13. an actuation means, is characterized in that being applicable to communicating by letter with a game machine, this game machine is carried out games, and this actuation means comprises:
One cribbage-board, have a pattern that corresponds to these games;
One two-dimensional input device, comprise a contact panel, and this contact panel is disposed at this cribbage-board below, and this two-dimensional input device produces and export a two-dimensional coordinate data when this pattern is touched; And
One remote controller, be to receive this two-dimensional coordinate data with a first communication party formula, and export this two-dimensional coordinate data to this game machine in a second communication mode;
Wherein, this game machine receives and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to the touching according to this cribbage-board, produces and export a sensing signal;
One first microprocessor, be electrically coupled to this touch-control sensing module, and, when receiving this sensing signal, this sensing signal is made to a coordinate computation, in order to obtain and to export this two-dimensional coordinate data; And
One third communication module, be electrically coupled to this first microprocessor, in order to receive and to export this two-dimensional coordinate data to this remote controller with this first communication party formula;
Wherein said first communication party formula is the wireless transmission communication mode, and this third communication module is exported for after this two-dimensional coordinate data is converted to the wireless signal with this two-dimensional coordinate data.
14. according to claim 12 or 13 described actuation means, it is characterized in that wherein said game machine is electrically coupled to a light source emitting module, this light source emitting module is luminous after being enabled.
15. actuation means according to claim 14 is characterized in that wherein said remote controller comprises:
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this remote controller, and export this acceleration information;
One optical image treatment circuit comprises:
One infrared filter, be that the extraneous light to comprising the light that this light source emitting module sends is filtered, with so that at least one infrared ray can pass through this infrared filter;
One lens, in order to collect this infrared ray, and export this infrared ray;
One photographing module, capture this ultrared image that these lens transmit, and export this image; And
One image processing module, be electrically coupled to this photographing module and this second microprocessor, and receive and this image is done to one and move computing, in order to export this shifting momentum data to this second microprocessor;
One second link block is to receive this two-dimensional coordinate data with this first communication party formula, in order to export this two-dimensional coordinate data; And
One core circuit comprises:
One second microprocessor, be electrically coupled to this second link block, this optical image treatment circuit, this operational module and this acceleration sensor, in order to receive and to export this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data;
One communication module, be electrically coupled to this second microprocessor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this communication module exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine in this second communication mode; And
One second memory, be electrically coupled to this second microprocessor, in order to this two-dimensional coordinate data of temporary transient storage, this operational order, this acceleration information and this shifting momentum data;
The cable transport communication mode that wherein said first communication party formula is entity.
16. actuation means according to claim 14 is characterized in that wherein said remote controller comprises:
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this remote controller, and export this acceleration information;
One optical image treatment circuit comprises:
One infrared filter, be that the extraneous light to comprising the light that this light source emitting module sends is filtered, with so that at least one infrared ray can pass through this infrared filter;
One lens, in order to collect this infrared ray, and export this infrared ray;
One photographing module, capture this ultrared image that these lens transmit, and export this image; And
One image processing module, be electrically coupled to this photographing module and this second microprocessor, and receive and this image is done to one and move computing, in order to export this shifting momentum data to this second microprocessor;
One second communication module is to receive this two-dimensional coordinate data with this first communication party formula, in order to export this two-dimensional coordinate data; And
One core circuit comprises:
One second microprocessor, be electrically coupled to this second communication module, this optical image treatment circuit, this operational module and this acceleration sensor, in order to receive and to export this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data;
One first communication module, be electrically coupled to this second microprocessor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this first communication module exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine in this second communication mode; And
One second memory, be electrically coupled to this second microprocessor, in order to this two-dimensional coordinate data of temporary transient storage, this operational order, this acceleration information and this shifting momentum data;
Wherein said first communication party formula is the wireless transmission communication mode, and this second communication module is for receiving the wireless signal with this two-dimensional coordinate data.
17., according to claim 12 or 13 described actuation means, it is characterized in that cable transport communication mode or wireless transmission communication mode that wherein said second communication mode is entity.
18., according to claim 12 or 13 described actuation means, it is characterized in that the contact panel that wherein said contact panel is resistance-type, condenser type, optical profile type or acoustic wave.
19. an interactive game system is characterized in that it comprises:
One game machine, carry out games;
One display, be electrically coupled to this game machine, in order to a display frame that shows that these games are corresponding; And
One actuation means, it comprises:
One cribbage-board, have a pattern that corresponds to these games;
One two-dimensional input device, comprise a contact panel, and this contact panel is disposed at this cribbage-board below, and this two-dimensional input device produces and export a two-dimensional coordinate data when this pattern is touched; And
One remote controller, be to receive this two-dimensional coordinate data with a first communication party formula, and export this two-dimensional coordinate data to this game machine in a second communication mode;
Wherein, this game machine receives and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to the touching according to this cribbage-board, produces and export a sensing signal;
One first microprocessor, be electrically coupled to this touch-control sensing module, and, when receiving this sensing signal, this sensing signal is made to a coordinate computation, in order to obtain and to export this two-dimensional coordinate data; And
One first link block, be electrically coupled to this first microprocessor, in order to receive and to export this two-dimensional coordinate data to this remote controller with this first communication party formula.
20. an interactive game system is characterized in that it comprises:
One game machine, carry out games;
One display, be electrically coupled to this game machine, in order to a display frame that shows that these games are corresponding; And
One actuation means, it comprises:
One cribbage-board, have a pattern that corresponds to these games;
One two-dimensional input device, comprise a contact panel, and this contact panel is disposed at this cribbage-board below, and this two-dimensional input device produces and export a two-dimensional coordinate data when this pattern is touched; And
One remote controller, be to receive this two-dimensional coordinate data with a first communication party formula, and export this two-dimensional coordinate data to this game machine in a second communication mode;
Wherein, this game machine receives and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to the touching according to this cribbage-board, produces and export a sensing signal;
One first microprocessor, be electrically coupled to this touch-control sensing module, and, when receiving this sensing signal, this sensing signal is made to a coordinate computation, in order to obtain and to export this two-dimensional coordinate data; And
One third communication module, be electrically coupled to this first microprocessor, in order to receive and to export this two-dimensional coordinate data to this remote controller with this first communication party formula.
21. according to claim 19 or 20 described interactive game systems, it is characterized in that it more comprises a light source emitting module that is electrically coupled to this game machine, this light source emitting module is luminous after being enabled.
22. interactive game system according to claim 21 is characterized in that wherein said remote controller comprises:
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this remote controller, and export this acceleration information;
One optical image treatment circuit, capture the light that this light source emitting module is sent, in order to obtain and to export a shifting momentum data;
One second link block is to receive this two-dimensional coordinate data with this first communication party formula, in order to export this two-dimensional coordinate data; And
One core circuit, be electrically coupled to this second link block, this optical image treatment circuit, this operational module and this acceleration sensor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this core circuit exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine in this second communication mode.
23. interactive game system according to claim 21 is characterized in that wherein said remote controller comprises:
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this remote controller, and export this acceleration information;
One optical image treatment circuit, capture the light that this light source emitting module is sent, in order to obtain and to export a shifting momentum data;
One second communication module is to receive this two-dimensional coordinate data with this first communication party formula, in order to export this two-dimensional coordinate data; And
One core circuit, be electrically coupled to this second communication module, this optical image treatment circuit, this operational module and this acceleration sensor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this core circuit exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine in this second communication mode.
24. a two-dimensional input device, is characterized in that being applicable to communicating by letter with a game machine, this game machine is carried out games, and this two-dimensional input device comprises:
One contact panel, show the pattern corresponding to these games;
One touch-control sensing module, be electrically coupled to this contact panel, in order to produce and to export a sensing signal when this contact panel is touched;
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this two-dimensional input device, and export this acceleration information;
One optical image treatment circuit, light is filtered and image processing to external world, in order to obtain and to export a shifting momentum data; And
One core circuit, be electrically coupled to this contact panel, this touch-control sensing module, this optical image treatment circuit, this operational module and this acceleration sensor, and receive this sensing signal, this operational order, this acceleration information and this shifting momentum data, this core circuit is made a coordinate computation to this sensing signal, to obtain a two-dimensional coordinate data, and this core circuit exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine with a communication mode.
25. two-dimensional input device according to claim 24 is characterized in that wherein said core circuit comprises:
One microprocessor, be electrically coupled to this contact panel, this touch-control sensing module, this optical image treatment circuit, this operational module and this acceleration sensor, this microprocessor is made this coordinate computation to this sensing signal, to obtain this two-dimensional coordinate data, and this core circuit will be exported this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data;
One communication module, be electrically coupled to this microprocessor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this communication module exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine with this communication mode; And
One memory, be electrically coupled to this microprocessor, and store this pattern, and this memory temporarily stores this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data;
The cable transport communication mode that wherein said communication mode is entity or wireless transmission communication mode.
26. two-dimensional input device according to claim 25 is characterized in that wherein said optical image treatment circuit comprises:
One infrared filter, light is filtered to external world, uses so that at least one infrared ray can pass through this infrared filter;
One lens, in order to collect this infrared ray, and export this infrared ray;
One photographing module, capture this ultrared image that these lens transmit, and export this image; And
One image processing module, be electrically coupled to this photographing module and this microprocessor, and receive and this image is done to one and move computing, in order to export this shifting momentum data to this microprocessor.
27. two-dimensional input device according to claim 24, is characterized in that the contact panel that wherein said contact panel is resistance-type, condenser type, optical profile type or acoustic wave.
28. an interactive game system is characterized in that it comprises:
One game machine, carry out games;
One display, be electrically coupled to this game machine, in order to a display frame that shows that these games are corresponding; And
One two-dimensional input device, comprise a contact panel, and show the pattern corresponding to these games on this contact panel, this two-dimensional input device is to produce a two-dimensional coordinate data when this pattern is touched, and exports this two-dimensional coordinate data to this game machine with a communication mode;
Wherein, this game machine receives and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, in order to produce and to export a sensing signal when this contact panel is touched;
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this two-dimensional input device, and export this acceleration information;
One optical image treatment circuit, light is filtered and image processing to external world, in order to obtain and to export a shifting momentum data; And
One core circuit, be electrically coupled to this contact panel, this touch-control sensing module, this optical image treatment circuit, this operational module and this acceleration sensor, and receive this sensing signal, this operational order, this acceleration information and this shifting momentum data, this core circuit is made a coordinate computation to this sensing signal, to obtain this two-dimensional coordinate data, and this core circuit exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine with this communication mode.
29. a two-dimensional input device, is characterized in that being applicable to communicating by letter with a game machine, this game machine is carried out games, and this two-dimensional input device comprises:
One cribbage-board, have a pattern that corresponds to these games;
One contact panel, be disposed at this cribbage-board below;
One touch-control sensing module, be electrically coupled to this contact panel, in order to produce and to export a sensing signal when this pattern is touched;
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this two-dimensional input device, and export this acceleration information;
One optical image treatment circuit, light is filtered and image processing to external world, in order to obtain and to export a shifting momentum data; And
One core circuit, be electrically coupled to this touch-control sensing module, this optical image treatment circuit, this operational module and this acceleration sensor, and receive this sensing signal, this operational order, this acceleration information and this shifting momentum data, this core circuit is that this sensing signal is made to a coordinate computation, to obtain a two-dimensional coordinate data, and this core circuit exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine with a communication mode.
30. two-dimensional input device according to claim 29 is characterized in that wherein said core circuit comprises:
One microprocessor, be electrically coupled to this touch-control sensing module, this optical image treatment circuit, this operational module and this acceleration sensor, this microprocessor is made this coordinate computation to this sensing signal, to obtain this two-dimensional coordinate data, and this core circuit will be exported this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data;
One communication module, be electrically coupled to this microprocessor, and receiving this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data, this communication module exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine with this communication mode; And
One memory, be electrically coupled to this microprocessor, in order to this two-dimensional coordinate data of temporary transient storage, this operational order, this acceleration information and this shifting momentum data;
The cable transport communication mode that wherein said communication mode is entity or wireless transmission communication mode.
31. two-dimensional input device according to claim 30 is characterized in that wherein said optical image treatment circuit comprises:
One infrared filter, light is filtered to external world, uses so that at least one infrared ray can pass through this infrared filter;
One lens, in order to collect this infrared ray, and export this infrared ray;
One photographing module, capture this ultrared image that these lens transmit, and export this image; And
One image processing module, be electrically coupled to this photographing module and this microprocessor, and receive and this image is done to one and move computing, in order to export this shifting momentum data to this microprocessor.
32. two-dimensional input device according to claim 29, is characterized in that the contact panel that wherein said contact panel is resistance-type, condenser type, optical profile type or acoustic wave.
33. an interactive game system is characterized in that it comprises:
One game machine, carry out games;
One display, be electrically coupled to this game machine, in order to a display frame that shows that these games are corresponding; And
One two-dimensional input device, comprise a contact panel and a cribbage-board, this cribbage-board is to have a pattern that corresponds to these games, and this contact panel is to be disposed at this cribbage-board below, this two-dimensional input device produces a two-dimensional coordinate data when this pattern is touched, and exports this two-dimensional coordinate data to this game machine with a communication mode;
Wherein, this game machine receives and carries out this games according to this two-dimensional coordinate data;
Wherein said two-dimensional input device more comprises:
One touch-control sensing module, be electrically coupled to this contact panel, is used to this pattern and produces and export a sensing signal when touched;
One operational module, be subject to user's operation and produce and export an operational order;
One acceleration sensor, produce an acceleration information according to the movement of this two-dimensional input device, and export this acceleration information;
One optical image treatment circuit, light is filtered and image processing to external world, in order to obtain and to export a shifting momentum data; And
One core circuit, be electrically coupled to this touch-control sensing module, this optical image treatment circuit, this operational module and this acceleration sensor, and receive this sensing signal, this operational order, this acceleration information and this shifting momentum data, this core circuit is made a coordinate computation to this sensing signal, to obtain this two-dimensional coordinate data, and this core circuit exports this two-dimensional coordinate data, this operational order, this acceleration information and this shifting momentum data to this game machine with this communication mode.
CN2009101589440A 2009-07-08 2009-07-08 Two-dimensional input device, control device and interactive type game system Expired - Fee Related CN101940841B (en)

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