CN202289426U - Hand wearing motion sensing control device - Google Patents
Hand wearing motion sensing control device Download PDFInfo
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- CN202289426U CN202289426U CN 201120373186 CN201120373186U CN202289426U CN 202289426 U CN202289426 U CN 202289426U CN 201120373186 CN201120373186 CN 201120373186 CN 201120373186 U CN201120373186 U CN 201120373186U CN 202289426 U CN202289426 U CN 202289426U
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Abstract
The utility model provides a handle wearing motion sensing control device, comprising at least one finger device and a wrist device. The finger device is electrically connected with the wrist device through a connecting wire. The finger device comprises a ring substrate worn on a finger of a user and an aspect sensor disposed on the ring substrate. The wrist device comprises a wrist ring substrate worn on a wrist of the user, a wireless interface module which is disposed on the wrist ring substrate and sends wireless signals to the outside of the handle wearing motion sensing control device, a control module disposed on the wrist ring substrate and connected with the aspect sensor and the wireless interface module for receiving aspect monitoring signals output by the aspect sensor and sending signals to the outside through the wireless interface module, and a power module disposed on the wrist ring substrate for providing power energy for the wireless interface module, the aspect sensor and the control module. The handle wearing motion sensing control device realizes diversity and thus arises participation enthusiasm of the user effectively.
Description
Technical field
The utility model relates to body sense technology, particularly relates to a kind ofly can strengthening interactive hand and wearing body sense control device.
Background technology
Human-computer interaction technology as somatic sensation television game etc. are owing to it has purpose and the liking of people extremely of body-building and amusement concurrently.Present existing human-computer interaction technology as somatic sensation television game etc. normally utilize body sense control device such as game paddle to realize, and body sense control device can be held in hand by the singlehanded perhaps both hands of user usually.
What the shape of existing body sense control device can design usually is convenient to by user's handling, as is designed to structure that has curve shape etc.
The inventor finds in realizing the utility model process: the human-computer interaction technology is of a great variety like somatic sensation television game; And the somatic sensation television game that has and be not suitable for using the existing body sense control device that is gripped in the hand to realize; A concrete example, existing conductor's somatic sensation television game, the somatic sensation television game that throws a javelin, ball somatic sensation television game and running somatic sensation television game or the like are not suitable for using the existing body sense control device that is gripped in the hand to realize.
Because the defective that above-mentioned existing body sense control device exists; The inventor is based on being engaged in this type of product design manufacturing abundant for many years practical experience and professional knowledge; And cooperate the utilization of scientific principle, and actively study innovation, can be with at user's body sense control device on hand in the hope of what found a kind of new structure; Can overcome the defective that existing body sense control device exists, make it have more practicality.Through continuous research and design, and, found out the utility model of true tool practical value finally through after studying sample and improvement repeatedly.
Summary of the invention
The purpose of the utility model is, overcomes the defective that existing body sense control device exists, and provides a kind of hand of new structure to wear body sense control device; Technical problem to be solved is; Improve the diversity of body sense control device, thereby improve user's participation enthusiasm, be very suitable for practicality.
The purpose of the utility model and solve its technical problem and can adopt following technical scheme to realize.A kind of hand according to the utility model proposes is worn body sense control device, comprising: at least one finger device and a wrist device, and said finger device and said wrist device are through the connecting line electric connection; Said finger device comprises: be worn over the finger ring base material on user's finger; Aspect sensor is arranged on the said finger ring base material, export the directional surveillance signal of its collection, and said aspect sensor comprises: at least one in inertial sensor and the geomagnetic sensor; Said wrist device comprises: be worn over the wrist cyclic group material on the user's wrist; Be arranged on the said wrist cyclic group material and be used for sending the radio interface module of wireless signal to the outside that said hand is worn body sense control device; Control module is arranged on the said wrist cyclic group material, all is connected with radio interface module with aspect sensor, and the directional surveillance signal of recipient's level sensor output, and send said directional surveillance signal to the outside through said radio interface module; Power module is arranged on the said wrist cyclic group material, for radio interface module, aspect sensor and control module provide electric power energy.
The purpose of the utility model and solve its technical problem and can also adopt following technical measures to come further to realize.
Preferable, aforesaid hand is worn body sense control device, and wherein said connecting line is a soft arranging wire.
Preferable, aforesaid hand is worn body sense control device, and wherein said finger ring base material includes accommodation space, and aspect sensor is arranged in the accommodation space of said finger ring base material; And said wrist cyclic group material includes accommodation space, and said radio interface module, control module and power module are arranged in the accommodation space of said wrist cyclic group material.
Preferable, aforesaid hand is worn body sense control device, and wherein said radio interface module comprises: bluetooth module, 2.4GHz wireless module, WIFI and/or infrared module.
Preferable; Aforesaid hand is worn body sense control device, and wherein said wrist device also comprises: aspect sensor is arranged on the said wrist cyclic group material; Be connected with said control module, and said aspect sensor comprises: at least one in inertial sensor and the geomagnetic sensor.
Preferable, aforesaid hand is worn body sense control device, and wherein said inertial sensor comprises: the acceleration of gravity sensor, export the acceleration of gravity transducing signal of its generation; And/or gyroscope is exported the collection signal of its generation.
Preferable, aforesaid hand is worn body sense control device, and wherein said finger device also comprises: light emitting module is connected with said power module with said control module through connecting line; And/or said wrist device also comprises: light emitting module is connected with said power module with said control module.
Preferable, aforesaid hand is worn body sense control device, and wherein said finger device and/or wrist device also comprise: at least one button.
By technique scheme; The hand of the utility model is worn body sense control device and had advantage and beneficial effect at least: the utility model is through being laid in aspect sensor, radio interface module and control module on finger ring base material and the wrist cyclic group material; Wrist cyclic group material can be worn on user's the wrist because the finger ring base material can be worn on the user's finger; Therefore; The hand of the utility model is worn body sense control device and can be laid on user's finger and the wrist, thus make body sense control device can not must by user's handling in hand, improved the diversity of body sense control device.
In sum, the utility model can improve the diversity of body sense control device, has improved user's participation enthusiasm.The utility model has obvious improvement technically, and has tangible good effect, really is the new design of a novelty, progress, practicality.
Above-mentioned explanation only is the general introduction of the utility model technical scheme; In order more to know the technological means of understanding the utility model; And can implement according to the content of specification, and for let the above-mentioned of the utility model with other purposes, feature and advantage can be more obviously understandable, below special act preferred embodiment; And conjunction with figs., specify as follows.
Description of drawings
Fig. 1 wears body sense control device sketch map for the hand of the utility model;
Fig. 2 wears body sense control device schematic perspective view for the hand of the utility model.
The specific embodiment
For further setting forth the utility model is to reach technological means and the effect that predetermined goal of the invention is taked; Below in conjunction with accompanying drawing and preferred embodiment; Hand to proposing according to the utility model is worn its specific embodiment of body sense control device, structure, characteristic and effect thereof, specify as after.
Fig. 1 shows a kind of hand of the utility model specific embodiment and wears body sense control device, and this device specifically comprises: one or more finger device 1, connecting line 2 and wrist device 3, and a wrist device 3 is connected with one or more finger device 1 through connecting line 2.Fig. 2 shows the sketch map that a wrist device 3 is connected with a finger device 1.
Connecting line 2 is mainly used in and connects finger device 1 and wrist device 3.This connection comprises that the signal connection is connected with electric power transfer, and like this, wrist device 3 can provide electric power resource for finger device 1, and finger device 1 can be to the signal of wrist device 3 its collections of transmission.This connecting line 2 can adopt the form of soft arranging wire.
Explain one by one in the face of finger device 1 and each element in the wrist device 3 down.
Finger ring base material 11 can be worn on the user's finger, like ring set on user's finger.The external shape of finger ring base material 11 can be loopful shape finger ring (being the ring-type of closure of openings), also can be semi-circular finger ring (being the ring-type that opening does not seal, as shown in Figure 2) etc.This finger ring base material 11 can be opened through external force, goes up (shown in accompanying drawing 2) to make things convenient for the user that it is enclosed within finger.The utility model does not limit the concrete shape that finger ring base material 11 is shown.
The main effect of finger ring base material 11 is to carry other element, and other element ring is enclosed within on the user's finger.Finger ring base material 11 can adopt existing multiple material to process, as utilizes soft material or hard material to process.Soft material such as rubber or cotton or elastoplast etc.Hard material such as metal or resin etc.Finger ring base material 11 can be transparent material, also can be nontransparent material.
Can be provided with accommodation space in the above-mentioned finger ring base material 11, for example, finger ring base material 11 is the inner hollow finger ring that is provided with the hole.This accommodation space is mainly used at least one in ccontaining acceleration of gravity sensor, gyroscope, geomagnetic sensor and the light emitting module, like this, can not touch the element that is packaged in wherein easily in the outside of finger ring base material 11.In addition; In acceleration of gravity sensor, gyroscope, geomagnetic sensor and the light emitting module at least one also can be arranged on the inner surface or the outer surface of finger ring base material 11; Like this, can easier touch in the outside of finger ring base material 11 and be arranged on the element that is provided with on inner surface or the outer surface.
Acceleration of gravity sensor in the finger device 1 is arranged on the finger ring base material 11, as is arranged in the accommodation space of finger ring base material 11.The acceleration of gravity sensor is connected respectively with power module 34 with control module 33 in the wrist device 3 through connecting line 2, and the acceleration of gravity sensor can also further pass through control module 33 and be connected with radio interface module 32.
The acceleration of gravity sensor is mainly used in and produces the acceleration of gravity transducing signal.This acceleration of gravity transducing signal transfers to external equipment through connecting line 2, control module 33 and radio interface module 32 successively.For example, the acceleration of gravity transducing signal can transfer to control module 33 through connecting line 2 earlier and handled by control module 33, and afterwards, the signal after will being handled by control module 33 again sends through radio interface module 32.
Gyroscope in the finger device 1 is arranged on the finger ring base material 11, as is arranged in the accommodation space of finger ring base material 11.Gyroscope is connected respectively with power module 34 with control module 33 in the wrist device 3 through connecting line 2.Gyroscope is the angular movement checkout gear, is mainly used in the generation image data.Gyroscope can convert the variation of its angular speed that perceives into the signal of telecommunication, thereby produces image data.The image data that gyroscope produces can transfer to external equipment through connecting line 2, control module 33 and radio interface module 32.A concrete example, the image data that gyroscope produces can transfer to control module 33 through connecting line 2 earlier and handled by control module 33, and afterwards, the signal after will being handled by control module 33 again sends through radio interface module 32.
Geomagnetic sensor in the finger device 1 is arranged on the finger ring base material 11, as is arranged in the accommodation space of finger ring base material 11.Geomagnetic sensor is connected respectively with power module 34 with control module 33 in the wrist device 3 through connecting line 2.Geomagnetic sensor is mainly used in the magnetic vector information of gathering.The magnetic vector information that external equipment can utilize geomagnetic sensor to collect is carried out position correction to the data of gravity acceleration transducer and gyroscope collection.The magnetic vector information that geomagnetic sensor collects can transfer to external equipment through connecting line 2, control module 33 and radio interface module 32 successively.A concrete example; The magnetic vector information that geomagnetic sensor collects can transfer to control module 33 through connecting line 2 earlier and handled by control module 33; Afterwards, the signal after will being handled by control module 33 again sends through radio interface module 32.
Light emitting module in the finger device 1 is arranged on the finger ring base material 11, for example, is arranged in the accommodation space of finger ring base material 11.Light emitting module is connected respectively with power module 34 with control module 33 in the wrist device 3 through connecting line 2.Light emitting module is mainly used in the generation light source.Light emitting module can be luminous under the control of the control module in the wrist device 3 33, for example, and the light emitting module Chang Liang in the control module 33 control finger devices 1 in the wrist device 3; Again for example, the light emitting module flicker in the signal controlling finger device 1 that comes according to external equipment transmission of the control module 33 in the wrist device 3 etc.In addition, luminous under the control of the button that also can be provided with above that of the light emitting module in the finger device 1.This light emitting module can comprise LED lamp etc.
Button in the finger device 1 is arranged on the finger ring base material 11.Can be provided with one or more buttons on the finger ring base material 11.Button on the finger ring base material 11 can be the switch key of the light emitting module in finger device 1 and/or the wrist device 3, also can activate the button that hand is worn the body induction device for a key.
Wrist cyclic group material 31 can be worn on user's the wrist, and for example ring set is on user's wrist.The external shape of wrist cyclic group material 31 can be loopful shape wrist ring (being the ring-type of closure of openings), also can be semi-circular wrist ring (being the ring-type that opening does not seal) etc.The utility model does not limit the concrete shape that wrist cyclic group material 31 is shown.
The main effect of wrist cyclic group material 31 is to carry other element, and other element ring is enclosed within on user's the wrist.Wrist cyclic group material 31 can adopt existing multiple material to process, as utilizes soft material or hard material to process.Soft material such as rubber or cotton or elastoplast etc.Hard material such as metal or resin etc.Wrist cyclic group material 31 can be transparent material, also can be nontransparent material.
Can be provided with accommodation space in the above-mentioned wrist cyclic group material 31, for example, wrist cyclic group material 31 is the inner hollow wrist ring that is provided with the hole.This accommodation space is mainly used at least one in ccontaining radio interface module 32, control module 33, power module 34, acceleration of gravity sensor, gyroscope, geomagnetic sensor and the light emitting module; Like this, can not touch the element that is packaged in wherein easily in the outside of wrist cyclic group material 31.In addition; In radio interface module 32, control module 33, power module 34, acceleration of gravity sensor, gyroscope, geomagnetic sensor and the light emitting module at least one also can be arranged on the inner surface or the outer surface of wrist cyclic group material 31; Like this, can easier touch in the outside of wrist cyclic group material 31 and be arranged on the element that is provided with on inner surface or the outer surface.
Radio interface module 32 is arranged on the wrist cyclic group material 31, as is arranged in the accommodation space of wrist cyclic group material 31.Radio interface module 32 is connected respectively with power module 34 with control module 33, and radio interface module 32 can be connected respectively with acceleration of gravity sensor, gyroscope and geomagnetic sensor in the wrist device 3 through control module 33.Radio interface module 32 can also be connected respectively with acceleration of gravity sensor, gyroscope and geomagnetic sensor in the finger device 1 through control module 33 and connecting line 2.
Radio interface module 32 is mainly used in that hand is worn body sense control device and external equipment (like computer or STB or television set or TV set-top box all-in-one or game machine or panel computer or mobile phone etc.) carries out information interaction; Be that the external equipment that control module 33 is worn body sense control device through radio interface module 32 to hand sends wireless signal, and receive the wireless signal that external equipment sends through radio interface module 32.For example, control module 33 is sent acceleration of gravity transducing signal that the acceleration of gravity sensor acquisition arrives etc. through radio interface module 32 to external equipment.
Divide from the Radio Transmission Technology type, radio interface module 32 specifically can be: any one in bluetooth (Bluetooth) module, 2.4GHz wireless module, Wi-Fi (Wireless Fidelity) module and the infrared module etc. or multiple.The utility model does not limit the concrete manifestation form of radio interface module 32.
Control module 33 is arranged on the wrist cyclic group material 31, for example is arranged in the accommodation space of wrist cyclic group material 31.Control module 33 can be a little chip.Aspect sensor 12 in control module 33 and radio interface module 32, the finger device 1, aspect sensor and the power module 34 in the wrist device 3 are connected respectively.Control module 33 can also be connected respectively with light emitting module in the wrist device 3 with light emitting module in the finger device 1.
Control module 33 is mainly used in the directional surveillance signal (like the acceleration of gravity transducing signal of acceleration of gravity sensor output etc.) of the aspect sensor 12 that receives in the finger device 1 and the output of the aspect sensor in the wrist device 3, and this directional surveillance signal is sent to external equipment through radio interface module 32.Control module 33 can carry out sending to external equipment through radio interface module 32 after the necessary processing (like the format conversion packing etc.) at the directional surveillance signal that it is received again.
The directional surveillance signal that control module 33 receives can be for gravity acceleration sensing signal, based on gyrostatic collection signal and based in the directioin parameter of geomagnetic sensor at least one.
Control module 33 can be sent through radio interface module 32 the collection signal of the gyroscope output that receives to external equipment.Control module 33 can be carried out necessary processing (like the format conversion packing etc.) back at the collection signal that it is received and sent to external equipment through radio interface module 32.
Control module 33 can also be sent through radio interface module 32 the magnetic vector information (being directioin parameter) of its geomagnetic sensor that receives output to external equipment.Control module 33 can be carried out necessary processing (like the format conversion packing etc.) back to its magnetic vector information that receives and sent to external equipment through radio interface module 32.
Control module 33 can be resolved its information that receives receive the wireless signal that external equipment transmission comes through radio interface module 32 after, so that to luminous control the whether of the light emitting module in finger device 1 and the wrist device 3.Control module 33 can adopt existing analytic technique to carry out information analysis, and the utility model does not limit the concrete analysis mode that control module 33 is adopted.
Power module 34 is arranged on the wrist cyclic group material 31, for example, is arranged in the accommodation space of wrist cyclic group material 31.Power module 34 can be that radio interface module 32, control module 33, acceleration of gravity sensor, gyroscope, geomagnetic sensor and light emitting module in the wrist device 3 provides electric power energy respectively through power line.Power module 34 can provide electric power energy respectively for acceleration of gravity sensor, gyroscope, geomagnetic sensor and light emitting module in the finger device 1 through connecting line 2.
Power module 34 specifically can comprise button cell (being clasp formula battery), and this button cell can also can be the button cell with charge characteristic for having the button cell of charge characteristic.Power module 34 can also be lithium battery or alkaline battery of having charge characteristic/do not have charge characteristic etc.
Acceleration of gravity sensor in the wrist device 3 is arranged on the wrist cyclic group material 31, as is arranged in the accommodation space of wrist cyclic group material 31.This acceleration of gravity sensor is connected respectively with power module 34 with control module 33, and the acceleration of gravity sensor can also further be connected with radio interface module 32 through control module 33.
Acceleration of gravity sensor in the wrist device 3 is used to produce the acceleration of gravity transducing signal.This acceleration of gravity transducing signal transfers to external equipment through control module 33 and radio interface module 32 successively.For example, the acceleration of gravity transducing signal is handled by control module 33, and afterwards, the signal after will being handled by control module 33 again sends through radio interface module 32.
Gyroscope in the wrist device 3 is arranged on the wrist cyclic group material 31, as is arranged in the accommodation space of wrist cyclic group material 31.This gyroscope is connected respectively with power module 34 with control module 33.Gyroscope is the angular movement checkout gear.Gyroscope is mainly used in the generation image data.Gyroscope can convert the variation of its angular speed that perceives into the signal of telecommunication, thereby produces image data.The image data that gyroscope produces can transfer to external equipment through control module 33 and radio interface module 32.A concrete example, the image data that gyroscope produces can be handled by control module 33 earlier, and afterwards, the signal after will being handled by control module 33 again sends through radio interface module 32.
Geomagnetic sensor is arranged on the wrist cyclic group material 31, for example is arranged in the accommodation space of wrist cyclic group material 31.Geomagnetic sensor is connected respectively with power module 34 with control module 33.Geomagnetic sensor is mainly used in the magnetic vector information of gathering.The magnetic vector information that external equipment can utilize this geomagnetic sensor to collect is carried out position correction to the data of acceleration of gravity sensor in the wrist device 3 and gyroscope collection.The magnetic vector information that geomagnetic sensor collects can transfer to external equipment through control module 33 and radio interface module 32.A concrete example, the magnetic vector information that geomagnetic sensor collects can be handled by control module 33 earlier, and afterwards, the signal after will being handled by control module 33 again sends through radio interface module 32.
Light emitting module in the wrist device 3 is arranged on the wrist cyclic group material 31, for example, is arranged in the accommodation space of wrist cyclic group material 31.This light emitting module is connected respectively with power module 34 with control module 33.Light emitting module is mainly used in the generation light source.Light emitting module can be luminous under the control of control module 33, for example, and control module 33 control light emitting module Chang Liang; Again for example, control module 33 is transmitted next signal controlling light emitting module flicker etc. according to external equipment.Light emitting module can comprise LED lamp etc.
Button in the wrist device 3 is arranged on the wrist cyclic group material 31.Can be provided with one or more buttons on the wrist cyclic group material 31.Button on the wrist cyclic group material 31 can be the switch key of the light emitting module in finger device 1 and/or the wrist device 3; Also can activate the button that hand is worn body sense control device for a key; Thereby this hand of registration is worn body sense control device on the external apparatus, and can use this hand to wear body sense control device immediately and come external equipment is controlled.
The above only is the preferred embodiment of the utility model; Be not that the utility model is done any pro forma restriction; Though the utility model discloses as above with preferred embodiment; Yet be not in order to limit the utility model; Any professional and technical personnel of being familiar with makes a little change or is modified to the equivalent embodiment of equivalent variations when the technology contents of above-mentioned announcement capable of using in not breaking away from the utility model technical scheme scope, is the content that does not break away from the utility model technical scheme in every case;, all still belong in the scope of the utility model technical scheme any simple modification, equivalent variations and modification that above embodiment did according to the technical spirit of the utility model.
Claims (8)
1. a hand is worn body sense control device, it is characterized in that said device comprises: at least one finger device and a wrist device, and said finger device and said wrist device electrically connect through connecting line;
Said finger device comprises:
Be worn over the finger ring base material on user's finger;
Aspect sensor is arranged on the said finger ring base material, export the directional surveillance signal of its collection, and said aspect sensor comprises: at least one in inertial sensor and the geomagnetic sensor;
Said wrist device comprises:
Be worn over the wrist cyclic group material on the user's wrist;
Be arranged on the said wrist cyclic group material and be used for sending the radio interface module of wireless signal to the outside that said hand is worn body sense control device;
Control module is arranged on the said wrist cyclic group material, all is connected with radio interface module with said aspect sensor, and the directional surveillance signal of recipient's level sensor output, and send said directional surveillance signal to the outside through said radio interface module;
Power module is arranged on the said wrist cyclic group material, for radio interface module, aspect sensor and control module provide electric power energy.
2. hand as claimed in claim 1 is worn body sense control device, it is characterized in that, said connecting line is a soft arranging wire.
3. hand as claimed in claim 1 is worn body sense control device, it is characterized in that, said finger ring base material includes accommodation space, and aspect sensor is arranged in the accommodation space of said finger ring base material; And said wrist cyclic group material includes accommodation space, and said radio interface module, control module and power module are arranged in the accommodation space of said wrist cyclic group material.
4. hand as claimed in claim 1 is worn body sense control device, it is characterized in that, said radio interface module comprises: bluetooth module, 2.4GHz wireless module, WIFI and/or infrared module.
5. hand as claimed in claim 1 is worn body sense control device; It is characterized in that said wrist device also comprises: aspect sensor is arranged on the said wrist cyclic group material; Be connected with said control module, and said aspect sensor comprises: at least one in inertial sensor and the geomagnetic sensor.
6. wear body sense control device like the described hand of arbitrary claim in the claim 1 to 5, it is characterized in that said inertial sensor comprises: the acceleration of gravity sensor, export the acceleration of gravity transducing signal of its generation; And/or gyroscope is exported the collection signal of its generation.
7. wear body sense control device like the described hand of arbitrary claim in the claim 1 to 5, it is characterized in that said finger device also comprises: light emitting module is connected with said power module with said control module through connecting line; And/or said wrist device also comprises: light emitting module is connected with said power module with said control module.
8. wear body sense control device like the described hand of arbitrary claim in the claim 1 to 5, it is characterized in that, said finger device and/or wrist device also comprise: at least one button.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120373186 CN202289426U (en) | 2011-09-30 | 2011-09-30 | Hand wearing motion sensing control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120373186 CN202289426U (en) | 2011-09-30 | 2011-09-30 | Hand wearing motion sensing control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202289426U true CN202289426U (en) | 2012-07-04 |
Family
ID=46358414
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201120373186 Expired - Fee Related CN202289426U (en) | 2011-09-30 | 2011-09-30 | Hand wearing motion sensing control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202289426U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105327505A (en) * | 2014-08-20 | 2016-02-17 | 广东小天才科技有限公司 | Motion sensing game control equipment and control method thereof |
-
2011
- 2011-09-30 CN CN 201120373186 patent/CN202289426U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105327505A (en) * | 2014-08-20 | 2016-02-17 | 广东小天才科技有限公司 | Motion sensing game control equipment and control method thereof |
| CN105327505B (en) * | 2014-08-20 | 2019-01-01 | 广东小天才科技有限公司 | A kind of somatic sensation television game control equipment and its control method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120704 Termination date: 20170930 |