CN203264252U - Game machine with non-contact sensing devices - Google Patents
Game machine with non-contact sensing devices Download PDFInfo
- Publication number
- CN203264252U CN203264252U CN 201320245186 CN201320245186U CN203264252U CN 203264252 U CN203264252 U CN 203264252U CN 201320245186 CN201320245186 CN 201320245186 CN 201320245186 U CN201320245186 U CN 201320245186U CN 203264252 U CN203264252 U CN 203264252U
- Authority
- CN
- China
- Prior art keywords
- another
- magnetic
- component
- game machine
- sensing element
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Mechanical Control Devices (AREA)
Abstract
The utility model provides a game machine with non-contact sensing devices. The game machine comprises a control unit, a response unit, a control device and at least one sensing device, wherein the control unit can generate a control signal; the response unit is in electrical connection with the control unit; the control device can rotate relative to the game machine along a rotating shaft; each sensing device comprises a magnetic element and a sensing element in electrical connection with the control unit, and the sensing element is arranged on the game machine and corresponds to the magnetic element. As the sensing elements detect the magnetic field, magnetic flux or magnetic moment of the magnetic elements, caused by rotation, in a non-contact mode, and generate input signals accordingly, compared with a conventional game machine which detects the rotation angle of a control device through a variable resistor in a contact mode, by adopting the game machine provided by the utility model, obviously, the problems of gradual abrasion and function loss, caused by the reason that the variable resistor of the conventional game machine works in a long-term contact mode, are effectively avoided.
Description
Technical field
The utility model is a kind of game machine that is provided with non-contact type inductor, espespecially a kind of magnetic field, magnetic flux or magnetic torque that can be produced by sensing element detecting one magnetic element, with the variation by magnetic field, magnetic flux or magnetic torque that this magnetic element was produced, make this sensing element can send the game machine of varying input signal.
Background technology
Although global various economy, trade activity develop rapidly, drive material and information easily in the various places circulation, make people be enjoyed facility not seen before, yet, along with the significantly transformation of transition and living environment and form of social structure, the pressure that people bear is also day by day heavy.For diverting oneself from loneliness or boredom the various pressure of everyday life accumulation, people more and more pay attention to the stress-relieving activity of various spirit levels especially except the enjoyment of pursuing aspect of material, so that the leisure game industry is flourish and day by day prosperous in recent years.Add up according to the study, video game market, the whole world has reached the scale of 66,000,000,000 U.S. dollars in 2010, and along with the game population rise gradually, estimate that its market scale will reach 1 in 2016,11,700,000,000 U.S. dollars, these data have proved that more the game industry has developed into a kind of very important emerging business model, and occupied extremely huge profit on the world markets.
except the various holder for TV playing of family expenses and single-play game or the online game of carrying out on personal computer, be arranged at leisure, the large-scale console in recreation center is also a kind of important gaming platform type, and along with people to the attention of stress-relieving activity and the development of various leisure game industry, various large-scale consoles not only show track in general leisure, the recreation center, the places such as scenic spot of even going sightseeing in many shopping centers, also more and more easily find these large-scale consoles, therefore, consumer or visitor are more than loosening that body and mind does shopping or go sightseeing, still can show one's capabilities some by described large-scale console, and then effectively divert oneself from loneliness or boredom on ordinary days the pressure of accumulation.
At present the dealer has developed on described large-scale console and has been permitted eurypalynous game, as: music rhythm type (as: dance game, the game or play game of beating a drum ... Deng), type of sports (as: basket-shooting machine, Pneumatic ball ... Deng), contest type (as: car race game, FTG ... Deng) or the risk type (as: role playing, terrible exploration, reasoning are riddled ... Deng) ... Deng.For significantly promoting the impression that the player is personally on the scene, provide the big game board of particular game type for these, many dealers game content of can arranging in pairs or groups designs described game machine, by the genuine accessory of various plans (as: steering wheel or simulation gun ... Deng), make the player can incorporate more fully the happy atmosphere of game in the process of game.
For the player can be played by the true accessory of aforesaid plan, must be equiped with induction installation on described game machine, with this induction installation of mat, the operation that the detecting player carries out the true accessory of described plan.Take game machine that car race game is provided as example, traditionally, on the steering wheel that described game machine uses, all a variable resistor can be set, and this variable resistor is rotated along with the rotation of this steering wheel.But when being rotated different angles due to the power transformation group, its output voltage varies in size, therefore, when the player forwards this steering wheel to different angle, voltage via this variable resistor output just can change thereupon, so, described game machine just can according to the size of aforesaid output voltage values, change the direction of advance of car in car race game.Except aforesaid car race game, the rotational angle of simulation gun in shooting game, also can control by identical principle, even, except the true accessory of aforesaid various plans, by the induction installation that aforementioned variable resistor consists of, the player also can by other actuation means on game machine (as: knob on panel etc.), control the carrying out of game.
The aforementioned induction installation that is made of variable resistor is applied to many game machines widely, only, under long-term the use, is not difficult to find the shortcoming of these induction installations.The induction installation that consists of due to variable resistor is with the contact mode running, variable resistor this in the process of using, can constantly mutually rub with other elements, under permanent use, variable resistor just can wear and tear gradually.When variable resistor consumes because continuing friction, just can affect variable resistor and other interelement contacts, and the voltage that variable resistor produces can't successfully be exported, at this moment, will the sensitivity of described induction installation be had a greatly reduced quality.If because the sensitivity of induction installation is had a greatly reduced quality, cause handling decline, to make the player be difficult to successfully play, so, the excitement that obviously player is played subtracts greatly, therefore, and for described large-scale console, how to keep the sensitivity of induction installation, real is a large emphasis of product competitiveness.In addition, for grasping the behaviour in service of described induction installation, the manufacturer of described game machine is set, must expend a large amount of manpowers and time, carry out periodic inspection for described game machine, and change the induction installation that has has worn and torn, for manufacturer, no matter be at human and material resources or on the time, all cause very white elephant.
In sum as can be known, because the induction installation of known games machine is to be made of variable resistor, and variable resistor is to operate by contact mode, after long-term the use, variable resistor will inevitably wear and tear gradually, affect the function of game machine, therefore, how to design a kind of game machine that is provided with non-contact type inductor, can avoid the induction installation of known games machine, operate day by day wearing and tearing because of variable resistor, so that the problem of the handling even loss of function of having a greatly reduced quality of playing under the Long Term Contact pattern, namely become present game design dealer and urgently think the key subjects that solve.
The utility model content
Because the design of known games machine, be by variable resistor with contact mode, therefore the anglec of rotation of sensing one actuation means, starts living problems in the long-term rear normal meeting of using because element weares and teares gradually.Creation artificially can improve aforesaid drawbacks, it is the experience of related industry of serving all the year round in conjunction with it, through design and adjustment repeatedly, finally development and Design goes out a kind of game machine that is provided with non-contact type inductor of the present utility model, phase can be passed through the utility model, improves the various shortcomings of known games machine at one stroke.
a purpose of the present utility model, be to provide a kind of game machine that is provided with non-contact type inductor, this game machine comprises a control module, a reaction member (as: display screen or movable element), an actuation means (as: game joystick, steering wheel or simulation gun) and at least one induction installation, wherein this control module can receive an input signal, and can according to the content of predefined games and this input signal, produce a control signal, this reaction member is and this control module electrical connection, to receive this control signal from this control module, and can be according to this control signal and driven generation reaction (as: produce the reaction picture on display screen, or make movable element produce the reaction action), this actuation means is to be installed on this game machine, controls for the user, and can be rotated along relative this game machine of a rotating shaft at least, this induction installation comprises a magnetic element and a sensing element (as: Hall element), this magnetic element is to be installed on this actuation means, and when this game machine is rotated relatively along this rotating shaft when this actuation means, this magnetic element also can be driven and rotate by this actuation means, this sensing element is to be electrically connected mutually with this control module, and be the position that is arranged on this game machine corresponding to this magnetic element, this sensing element can be detected the magnetic field that this magnetic element produces, magnetic flux or magnetic torque, and can be according to the magnetic field that detects, magnetic flux or magnetic torque, produce this input signal, and this input signal is sent to this control module.
Wherein this actuation means is emulation gun, a steering wheel, a pedal or a knob.
Wherein this actuation means comprises a first component and a second component, and this first component and second component are rotated along relative this game machine of this rotating shaft jointly, and this second component still is rotated along relative this first component of another rotating shaft.
wherein this actuation means still is provided with another induction installation, this another induction installation comprises another magnetic element and another sensing element, this another magnetic element is installed on this first component, this another sensing element is electrically connected mutually with this control module, and be installed on this second component the position corresponding to this another magnetic element, when this first component is rotated relatively along this another rotating shaft when this second component, this another magnetic element and another sensing element can be rotated relative to each other, to make this another sensing element can be according to the magnetic field of this another magnetic element, magnetic flux or magnetic torque, produce another input signal, and this another input signal is sent to this control module.
wherein this actuation means still is provided with another induction installation, this another induction installation comprises another magnetic element and another sensing element, this another magnetic element is installed on this second component, this another sensing element is electrically connected mutually with this control module, and be the position that is installed on this first component corresponding to this another magnetic element, when this first component is rotated relatively along this another rotating shaft when this second component, this another magnetic element and another sensing element can be rotated relative to each other, to make this another sensing element can be according to the magnetic field of this another magnetic element, magnetic flux or magnetic torque, produce another input signal, and this another input signal is sent to this control module.
The utility model also provides a kind of game machine that is provided with non-contact type inductor, comprising:
One control module can receive an input signal, and can according to the content of predefined games and this input signal, produce a control signal;
One reaction member, with the electrical connection of this control module, receiving this control signal from this control module, and according to this control signal and driven generation reaction;
One actuation means is installed on this game machine, controls for the user, and is rotated along relative this game machine of a rotating shaft at least; And
at least one induction installation, comprise a sensing element and a magnetic element, this sensing element is electrically connected mutually with this control module, and be installed on this actuation means, when this game machine is rotated relatively along this rotating shaft when this actuation means, this sensing element also can be driven and rotate by this actuation means, this magnetic element is arranged on this game machine the position corresponding to this sensing element, detect to make this sensing element the magnetic field that this magnetic element is produced, magnetic flux or magnetic torque, and then make this sensing element according to the magnetic field that detects, magnetic flux or magnetic torque, produce this input signal, and this input signal is sent to this control module.
Wherein this actuation means is emulation gun, a steering wheel, a pedal or a knob.
Wherein this actuation means comprises a first component and a second component, and this first component and second component are rotated along relative this game machine of this rotating shaft jointly, and this second component still is rotated along relative this first component of another rotating shaft.
wherein this actuation means still is provided with another induction installation, this another induction installation comprises another magnetic element and another sensing element, this another magnetic element is installed on this first component, this another sensing element is electrically connected mutually with this control module, and be installed on this second component the position corresponding to this another magnetic element, when this first component is rotated relatively along this another rotating shaft when this second component, this another magnetic element and another sensing element can be rotated relative to each other, to make this another sensing element can be according to the magnetic field of this another magnetic element, magnetic flux or magnetic torque, produce another input signal, and this another input signal is sent to this control module.
wherein this actuation means still is provided with another induction installation, this another induction installation comprises another magnetic element and another sensing element, this another magnetic element is installed on this second component, this another sensing element is electrically connected mutually with this control module, and be installed on this first component the position corresponding to this another magnetic element, when this first component is rotated relatively along this another rotating shaft when this second component, this another magnetic element and another sensing element can be rotated relative to each other, to make this another sensing element can be according to the magnetic field of this another magnetic element, magnetic flux or magnetic torque, produce another input signal, and this another input signal is sent to this control module.
The beneficial effects of the utility model are, because this sensing element is with noncontact mode, detect magnetic field, magnetic flux or magnetic torque that this magnetic element produces because of rotation, and produce according to this this input signal, therefore, compared to the known games machine by a variable resistor, with contact mode, the variable resistor that the anglec of rotation of sensing one actuation means, the utility model obviously can effectively be avoided the known games machine is under the Long Term Contact mode operating and the wearing and tearing gradually that occur and the problem of loss of function.
Description of drawings
For making the auditor do further understanding and understanding to the utility model purpose, technical characterictic and effect thereof, coordinate accompanying drawing below in conjunction with embodiment, be described in detail as follows, wherein:
Fig. 1 is the overall architecture schematic diagram of a game machine;
Fig. 2 is the actuation means internal structure schematic diagram of the utility model the first preferred embodiment;
Fig. 3 is the induction installation schematic diagram of the utility model the first preferred embodiment;
Fig. 4 is each element annexation schematic diagram of the utility model the first preferred embodiment;
Fig. 5 is the structural representation that the utility model is applied to the game machine with pair of pedals; And
Fig. 6 is the structural representation that the utility model is applied to the game machine with a knob.
The specific embodiment
the utility model is a kind of game machine that is provided with non-contact type inductor, see also shown in Figure 1, in the first preferred embodiment of the present utility model, this game machine 1 comprises a control module 11, a reaction member 12 and an actuation means 13, wherein this control module 11 can receive an input signal, and can according to the content of predefined games and this input signal, produce a control signal, this reaction member 12 is and these control module 11 electrical connections, to receive this control signal from this control module 11, in this first preferred embodiment, this reaction member 12 is display screens, and can be driven by this control signal, and according to the content of this control signal, present different game pictures, only, the utility model is not as limit, in other preferred embodiments of the present utility model, this reaction member 12 also can be designed to various movable element (as: mechanical arm etc.), and make aforementioned movable element move according to the content of this control signal, it specifically applies mode, must be changed voluntarily by design manufacturer.This actuation means 13 is to be installed on this game machine 1, to make the user (namely, the player) can control game by this actuation means 13, in this first preferred embodiment, this actuation means 13 is emulation gun, the player can by rotating this simulation gun, aim at the object that is not located on angle.
See also shown in Figure 2, in this first preferred embodiment, this actuation means 13 comprises a first component 131 and a second component 132, these actuation means 13 integral body (comprising first component 131 and second component 132) can be rotated along relative this game machine 1 (as shown in Figure 1) of a rotating shaft A1, and this second component 132 energy is rotated along relative this first component 131 of another rotating shaft A2.In this first preferred embodiment, when the player controls this actuation means 13, when making actuation means 13 that this game machine 1 is rotated relatively along this rotating shaft A1, can adjust the left and right angle of these simulation gun; When the player controls this actuation means 13, when making this second component 132 of actuation means 13 that this first component 131 is rotated relatively along this another rotating shaft A2, can adjust the elevation angle of these simulation gun.
See also Fig. 2 and shown in Figure 3, in this first preferred embodiment, this game machine 1 (as shown in Figure 1) is provided with an induction installation 14 and another induction installation 15, so that can be by this induction installation 14, detect the whole rotation of this game machine 1 relatively of this actuation means 13, and by this another induction installation 15, detect the rotation of these second component 132 relative these first components 131.Below by these induction installation 14 its formation of explanation and action principles.in this first preferred embodiment, this induction installation 14 comprises a magnetic element 141 and a sensing element 142 (as: Hall element), this magnetic element 141 is to be installed on this actuation means 13, and when this game machine 1 is rotated relatively along this rotating shaft A1 when this actuation means 13, this magnetic element 141 also can be driven and rotate by this actuation means 13, this sensing element 142 is the positions that are arranged on this game machine 1 corresponding to this magnetic element 141, this sensing element 142 can be detected the magnetic field that this magnetic element 141 produces, magnetic flux or magnetic torque, and can be according to the magnetic field that detects, magnetic flux or magnetic torque, produce this input signal.By above explanation as can be known, when this game machine 1 is rotated relatively along this rotating shaft A1 when this actuation means 13, magnetic field, magnetic flux or magnetic torque that this sensing element 142 can produce according to this magnetic element 141 produce this input signal of corresponding different rotary angle.Similarly, this another induction installation 15 comprises another magnetic element and another sensing element (not indicating in figure), this another magnetic element and another sensing element can be installed up to respectively on this first component 131 and second component 132, with another this another sensing element can this first component 131 rotations relative to this second component 132 angle, produce another input signal of correspondence.About the action principle of this another induction installation 15, do not repeat to give unnecessary details at this.
Hold, what this palpus special one was carried be, when this magnetic element 141 and sensing element 142 are set, also both positions can be exchanged, that is, this sensing element 142 is installed on this actuation means 13, and this magnetic element 141 is arranged on this game machine 1 position corresponding to this sensing element 142, so, also can obtain identical effect; In addition, previously described " being rotated by these actuation means 13 drives " is not limited to and directly driven and rotate by this actuation means 13, during actual applying, still can be by modes such as gear train or driving belts, make this actuation means 13 can indirectly drive this magnetic element 141 (or this sensing element 142) rotation, so, still can by the design of gear ratio, adjust the ratio of rotational angle between this actuation means 13 and this magnetic element 141 (or this sensing element 142).For example, if this induction installation 14 is applied to the game machine of a car race game, can be by the design of gear ratio, when making this actuation means 13 (steering wheel) rotate five circles, this magnetic element 141 only rotates a circle.Other similar variation and application are not hereby given unnecessary details one by one.
See also Fig. 2 and shown in Figure 4, in the first preferred embodiment of the present utility model, this sensing element 142 is to be electrically connected mutually with this control module 11, and this input signal can be sent to this control module 11, to make this control module 11 produce a control signal according to this input signal, and drive this reaction member 12 according to this control signal, and then make this reaction member 12 produce reaction (as: the accurate heart that shows on moving screen).
In sum, in the utility model, because this sensing element 142 is with noncontact mode, detect the variation of magnetic field, magnetic flux or magnetic torque that this magnetic element 141 produces because of rotation, and produce according to this this input signal, therefore, by a variable resistor compared to the known games machine, with contact mode, the variable resistor that the anglec of rotation of sensing one actuation means, the utility model obviously can effectively be avoided the known games machine is under the Long Term Contact mode operating and the wearing and tearing gradually that occur and the problem of loss of function.In aforementioned preferred embodiment of the present utility model, although this actuation means 13 is emulation gun, and comprise a first component 131 and a second component 132, only, during actual applying, the utility model is as limit, is a knob even this actuation means 13 also is configured to a steering wheel, joystick, pedal, and be designed to integrated mode (that is, not dividing into first component 131 and a second component 132).For example, see also shown in Figure 5, in the second preferred embodiment of the present utility model, design manufacturer is designed to a pedal with an actuation means 23, and this actuation means 23 is configured in pairs, can be applied to a game machine (not shown) of the types such as car race game to make the utility model.In this second preferred embodiment, respectively the base portion of this actuation means 23 (that is, respectively this pedal) is to be pivoted on a pedestal 20 of this game machine, when the player tramples respectively this actuation means 23, respectively this actuation means 23 can be take its base portion as the axle center, relatively these pedestal 20 pivotables.Respectively on this actuation means 23 corresponding to the position in its base portion axle center, be equiped with respectively a magnetic element 241, this magnetic element 241 can rotate with the pivotable of this actuation means 23, and be respectively equipped with a sensing element 242 corresponding to the position of this magnetic element 241 respectively on this pedestal 20, with by this magnetic element 241 and the common induction installations 24 that form of sensing element 242.When the player tramples this actuation means 23, this magnetic element 241 just can be by these actuation means 23 driven rotary, and at this moment, the variation of magnetic field, magnetic flux or magnetic torque that this sensing element 242 just can produce according to this magnetic element 241 produces an input signal.Separately see also shown in Figure 6, in the 3rd preferred embodiment of the present utility model, the design manufacturer one actuation means 33 is designed to a knob, can be applied to various game machine (not shown) with knob control panel to make the utility model.In this 3rd preferred embodiment, when the player twists this actuation means 33, a magnetic element 341 that is arranged on this actuation means 33 just can be by these actuation means 33 driven rotary, to make a sensing element 342 (be arranged on the position corresponding to this magnetic element 341, and with the common induction installation 34 that forms of this magnetic element 341), the variation of magnetic field, magnetic flux or the magnetic torque that can produce according to this magnetic element 341 produces an input signal.
Hold, this special one carry be, during actual applying, aforesaid respectively this actuation means 13,23 and 33 various enforcement aspects are not distinctly independently to exist, manufacturer is when the design games machine, must use various enforcement aspect according to the content independent assortment of game, or on aforesaid basis, then do and further adjust and change, with the rich and variability of raising game content, and promote recreational that the player plays.
The above; it is only preferred embodiment of the present utility model; only; the interest field that the utility model is advocated; be not limited to this, everyly be familiar with this technology personage, according to the disclosed technology contents of the utility model; can think easily and equivalence change, all should belong to and not break away from claim protection category of the present utility model.
Claims (10)
1. a game machine that is provided with non-contact type inductor, is characterized in that, comprising:
One control module can receive an input signal, and according to the content of predefined games and this input signal, produces a control signal;
One reaction member, with the electrical connection of this control module, receiving this control signal from this control module, and according to this control signal and driven generation reaction;
One actuation means is installed on this game machine, controls for the user, and can be rotated along relative this game machine of a rotating shaft at least; And
at least one induction installation, comprise a magnetic element and a sensing element, this magnetic element is installed on this actuation means, and when this game machine is rotated relatively along this rotating shaft when this actuation means, this magnetic element also can be driven and rotate by this actuation means, this sensing element is electrically connected mutually with this control module, and be arranged on this game machine the position corresponding to this magnetic element, this sensing element can be detected the magnetic field that this magnetic element produces, magnetic flux or magnetic torque, and according to the magnetic field that detects, magnetic flux or magnetic torque, produce this input signal, and this input signal is sent to this control module.
2. the game machine that is provided with non-contact type inductor according to claim 1, is characterized in that, wherein this actuation means is emulation gun, a steering wheel, a pedal or a knob.
3. the game machine that is provided with non-contact type inductor according to claim 1 and 2, it is characterized in that, wherein this actuation means comprises a first component and a second component, this first component and second component are rotated along relative this game machine of this rotating shaft jointly, and this second component still is rotated along relative this first component of another rotating shaft.
4. the game machine that is provided with non-contact type inductor according to claim 3, it is characterized in that, wherein this actuation means still is provided with another induction installation, this another induction installation comprises another magnetic element and another sensing element, this another magnetic element is installed on this first component, this another sensing element is electrically connected mutually with this control module, and be installed on this second component the position corresponding to this another magnetic element, when this first component is rotated relatively along this another rotating shaft when this second component, this another magnetic element and another sensing element can be rotated relative to each other, to make this another sensing element can be according to the magnetic field of this another magnetic element, magnetic flux or magnetic torque, produce another input signal, and this another input signal is sent to this control module.
5. the game machine that is provided with non-contact type inductor according to claim 3, it is characterized in that, wherein this actuation means still is provided with another induction installation, this another induction installation comprises another magnetic element and another sensing element, this another magnetic element is installed on this second component, this another sensing element is electrically connected mutually with this control module, and be the position that is installed on this first component corresponding to this another magnetic element, when this first component is rotated relatively along this another rotating shaft when this second component, this another magnetic element and another sensing element can be rotated relative to each other, to make this another sensing element can be according to the magnetic field of this another magnetic element, magnetic flux or magnetic torque, produce another input signal, and this another input signal is sent to this control module.
6. a game machine that is provided with non-contact type inductor, is characterized in that, comprising:
One control module can receive an input signal, and can according to the content of predefined games and this input signal, produce a control signal;
One reaction member, with the electrical connection of this control module, receiving this control signal from this control module, and according to this control signal and driven generation reaction;
One actuation means is installed on this game machine, controls for the user, and is rotated along relative this game machine of a rotating shaft at least; And
at least one induction installation, comprise a sensing element and a magnetic element, this sensing element is electrically connected mutually with this control module, and be installed on this actuation means, when this game machine is rotated relatively along this rotating shaft when this actuation means, this sensing element also can be driven and rotate by this actuation means, this magnetic element is arranged on this game machine the position corresponding to this sensing element, detect to make this sensing element the magnetic field that this magnetic element is produced, magnetic flux or magnetic torque, and then make this sensing element according to the magnetic field that detects, magnetic flux or magnetic torque, produce this input signal, and this input signal is sent to this control module.
7. the game machine that is provided with non-contact type inductor according to claim 6, is characterized in that, wherein this actuation means is emulation gun, a steering wheel, a pedal or a knob.
8. according to claim 6 or 7 described game machines that are provided with non-contact type inductor, wherein this actuation means comprises a first component and a second component, this first component and second component are rotated along relative this game machine of this rotating shaft jointly, and this second component still is rotated along relative this first component of another rotating shaft.
9. the game machine that is provided with non-contact type inductor according to claim 8, it is characterized in that, wherein this actuation means still is provided with another induction installation, this another induction installation comprises another magnetic element and another sensing element, this another magnetic element is installed on this first component, this another sensing element is electrically connected mutually with this control module, and be installed on this second component the position corresponding to this another magnetic element, when this first component is rotated relatively along this another rotating shaft when this second component, this another magnetic element and another sensing element can be rotated relative to each other, to make this another sensing element can be according to the magnetic field of this another magnetic element, magnetic flux or magnetic torque, produce another input signal, and this another input signal is sent to this control module.
10. the game machine that is provided with non-contact type inductor according to claim 8, it is characterized in that, wherein this actuation means still is provided with another induction installation, this another induction installation comprises another magnetic element and another sensing element, this another magnetic element is installed on this second component, this another sensing element is electrically connected mutually with this control module, and be installed on this first component the position corresponding to this another magnetic element, when this first component is rotated relatively along this another rotating shaft when this second component, this another magnetic element and another sensing element can be rotated relative to each other, to make this another sensing element can be according to the magnetic field of this another magnetic element, magnetic flux or magnetic torque, produce another input signal, and this another input signal is sent to this control module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320245186 CN203264252U (en) | 2013-05-08 | 2013-05-08 | Game machine with non-contact sensing devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320245186 CN203264252U (en) | 2013-05-08 | 2013-05-08 | Game machine with non-contact sensing devices |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203264252U true CN203264252U (en) | 2013-11-06 |
Family
ID=49494753
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320245186 Expired - Lifetime CN203264252U (en) | 2013-05-08 | 2013-05-08 | Game machine with non-contact sensing devices |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203264252U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106461743A (en) * | 2014-06-24 | 2017-02-22 | 谷歌公司 | Magnetic controller for device control |
| CN112121382A (en) * | 2020-08-04 | 2020-12-25 | 德机(香港)有限公司 | Electronic detection sports shooting target trainer |
-
2013
- 2013-05-08 CN CN 201320245186 patent/CN203264252U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106461743A (en) * | 2014-06-24 | 2017-02-22 | 谷歌公司 | Magnetic controller for device control |
| US10228427B2 (en) | 2014-06-24 | 2019-03-12 | Google Llc | Magnetic controller for device control |
| CN112121382A (en) * | 2020-08-04 | 2020-12-25 | 德机(香港)有限公司 | Electronic detection sports shooting target trainer |
| CN112121382B (en) * | 2020-08-04 | 2022-02-22 | 德机(香港)有限公司 | Electronic detection sports shooting target trainer |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| RU2719237C1 (en) | Systems and methods of controlling vehicles for skating during game process | |
| US7651396B2 (en) | Method, storage medium, apparatus, data signal and program for generating image of virtual space | |
| US20080146339A1 (en) | Massive Multiplayer Online Sports Teams and Events | |
| CN101466438A (en) | Exercise apparatuses, components for exercise apparatuses and related methods | |
| CN101517514A (en) | Systems and methods for casino gaming haptics | |
| CN102451544A (en) | Intelligent body-building system and control method thereof | |
| CA2951702A1 (en) | Interactive game floor system and method | |
| CN203264252U (en) | Game machine with non-contact sensing devices | |
| US20090203444A1 (en) | Game controller wiht mini control-wheel | |
| KR101051039B1 (en) | Fitness bike exercise equipment with exercise and game functions | |
| KR20190025412A (en) | Simulation device | |
| CN104147759A (en) | Multifunctional somatic sense synchronization bicycle fitness and entertainment method and system | |
| TWI357346B (en) | ||
| JP7461108B2 (en) | Information processing program, server, information processing system, and information processing device | |
| CN1724100A (en) | Apparatus of amusement controlled by brain wave | |
| WO2017061384A1 (en) | Game device, display system, and recording medium | |
| Selmanovic et al. | Obesity in children-a serious game | |
| CN101314078A (en) | Simulation operation apparatus and operation method thereof | |
| CN101983094A (en) | Game machine, travel simulation method, program, and information storage medium | |
| CN109289202B (en) | Body sensing device for strengthening steering sideslip | |
| CN205391706U (en) | A force feedback simulation system for car racing game machine | |
| JP2004057660A (en) | Roulette device and program | |
| TWM318445U (en) | Image-interactive throwing device | |
| JP2009279347A (en) | Game apparatus, and pen inputting device | |
| KR20020042181A (en) | The mechanical trembling device of simulation game apparatus for a motor race |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20131106 |
|
| CX01 | Expiry of patent term |