CN103067725A - Three dimensional (3D) glasses, 3D image system and using method of 3D glasses and 3D image system - Google Patents
Three dimensional (3D) glasses, 3D image system and using method of 3D glasses and 3D image system Download PDFInfo
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- CN103067725A CN103067725A CN2012105458040A CN201210545804A CN103067725A CN 103067725 A CN103067725 A CN 103067725A CN 2012105458040 A CN2012105458040 A CN 2012105458040A CN 201210545804 A CN201210545804 A CN 201210545804A CN 103067725 A CN103067725 A CN 103067725A
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Abstract
The invention provides three dimensional (3D) glasses, a 3D image system and a using method of the 3D glasses and the 3D image system. A plurality of operation buttons are arranged on the outer surface of a glasses bracket of the 3D glasses, and a remote control unit is arranged inside the glasses bracket of the 3D glasses, wherein the remote control unit receives and processes operation information of the operation buttons and controls a remote control signal transmitting terminal to transmit a remote control signal to 3D image equipment matched with the 3D glasses for response according to a processing result. According to the 3D glasses, the 3D image system and the using method of the 3D glasses and the 3D image system, a user is enabled to choose an operation button for operation as needed during movie watching, operation of the 3D image equipment matched with the 3D glasses is achieved for image playing control without the need of taking off the 3D glasses or assistance of a regular remote controller, and therefore convenience of operation of the user and watching experience of the user are improved.
Description
Technical field
The present invention relates to 3D video technique field, relate in particular to a kind of 3D glasses, 3D image system and using method thereof.
Background technology
Along with the continuous progress and development of science and technology, the 3D image progresses into people's the visual field, just as on the spot in person, vision is had extremely strong impact during the 3D video image evaluation, thereby obtains liking of consumers in general.
At present, the 3D image documentation equipment is divided into spectacle and bore hole formula, generally promotes in the market the 3D image documentation equipment of spectacle.All must put on special-purpose 3D glasses when watching 3D film, TV or other 3D images with spectacle 3D image documentation equipment, its general shape and common spectacles are similar, mainly are comprised of picture frame, mirror pin and the special lens that is installed on the picture frame.
Image documentation equipment of the prior art generally all is equipped with remote controller, and the 3D image documentation equipment is no exception, and the user generally realizes function setting, channel selection of 3D image documentation equipment etc. by remote controller, although with very large convenience, also have some shortcomings:
1, because volume is little, often lose, sometimes in order to look for remote controller to have to spend a few minutes or tens minutes, particularly in the viewing way, this has not only wasted the time, and the user is felt depressed with indignant;
2, because spectacle 3D image documentation equipment disposes the 3D glasses, so that the change of the annex of 3D image documentation equipment is many, when watching the 3D image, need to have on the 3D glasses, and the volume that needs in the viewing way image is play, progress etc. are when operating, certainly will take the 3D glasses again, find remote controller to finish, obviously increase user's Operating Complexity.
Summary of the invention
The object of the present invention is to provide a kind of 3D glasses, 3D image system and using method thereof, have distant control function, so that can be by the straighforward operation conventional to the carrying out of the 3D image of broadcast of 3D glasses in the viewing way.
For addressing the above problem, the invention provides a kind of 3D glasses, comprise mirror holder and eyeglass;
Described mirror holder outer surface is provided with operation push-button, and described operation push-button comprises the remote controller on ﹠ off switch, also comprises at least a in volume adjusting key, progress monitoring key, channel transposing key and the basic menu setecting directionkeys;
Also be provided with a remote control unit on the described mirror holder, described remote control unit receives and processes the operation information of described operation push-button, and according to the 3D image documentation equipment response of result control remote signal transmitting terminal emission remote signal to described 3D glasses cooperation.
Further, described operation push-button is touch operation push-button, on the surface, touch area of each operation push-button the touch icon that represents this operation push-button is set, and touches described touch icon to realize the action of pressing of corresponding operation push-button; It perhaps is mechanical operation push-button, each operation push-button is bulge-structure, its top is outwardly with respect to described picture frame plane, simultaneously each operation push-button around or top surface be provided with the icon that represents this operation push-button, circuit corresponding to conducting operation push-button when firmly pressing sends the remote control command of the function that represents this operation push-button.
Volume when further, described volume adjusting key is used for regulating described 3D image documentation equipment playing video;
Described progress monitoring key is for the progress of regulating described 3D image documentation equipment playing video;
Described channel transposing key is used for changing the broadcasting channel of described 3D image documentation equipment;
Described remote controller on ﹠ off switch is used for controlling the startup of described remote control unit work or stopping;
Described basic menu setecting directionkeys is for the respective item of the basic menu of selecting described 3D image documentation equipment.
Further, described remote control unit is positioned on the surface of described mirror holder inside or mirror holder, and described remote control unit comprises infrared chip and/or Bluetooth chip.
Further, when described remote control unit comprised infrared chip, described remote signal transmitting terminal comprised an infrarede emitting diode, and corresponding described infrarede emitting diode place is provided with window on the described mirror holder, so that the infrared light of infrarede emitting diode emission penetrates.
Further, described mirror holder comprises the mirror leg that is positioned at the side and is positioned at the front and assembles the picture frame of eyeglass that described window is positioned on the described picture frame.
Further, when described remote control unit comprised Bluetooth chip, described remote signal transmitting terminal comprised an antenna.
Further, also be provided with the NFC module in the described mirror holder, be used for and described 3D image documentation equipment pairing.
The present invention also provides a kind of 3D image system, comprise above-mentioned 3D glasses and 3D image documentation equipment, described 3D image documentation equipment comprises a remote signal receiving terminal and a processing unit, described remote signal receiving terminal receives the remote signal of described 3D glasses emission, and described processing unit is processed the remote signal that receives so that described 3D image documentation equipment is made response to the operation of the operation push-button of described 3D glasses.
The present invention also provides a kind of using method of above-mentioned 3D image system, comprising:
Described 3D image documentation equipment begins to play the 3D image;
Start the remote control unit work of described 3D eyeglasses frame inside by the remote controller on ﹠ off switch on the described 3D eyeglasses frame outer surface;
Select other arbitrary operation push-buttons on the described 3D eyeglasses frame outer surface to the straighforward operation of described 3D image documentation equipment;
Described remote control unit receives and processes the operation information of described operation push-button, according to result control remote signal transmitting terminal emission remote signal;
The remote signal receiving terminal of described 3D image documentation equipment receives described remote signal;
The processing unit of described 3D image documentation equipment is processed the remote signal that receives so that described 3D image documentation equipment is made response to the operation information of described operation push-button.
Further, when described remote control unit comprises Bluetooth chip, after the remote control unit work that starts described 3D eyeglasses frame inside, carry out the pairing of the bluetooth module in described Bluetooth chip and the 3D image documentation equipment.
Compared with prior art, the invention provides a kind of 3D glasses, 3D image system and using method thereof, described 3D eyeglasses frame is provided with a plurality of operation push-buttons and is provided with a remote control unit, described remote control unit receives and processes the operation information of described operation push-button, and according to the 3D image documentation equipment response of result control remote signal transmitting terminal emission remote signal to described 3D glasses cooperation.Therefore, the using method of 3D glasses provided by the invention, 3D image system and 3D image system, can so that the user in viewing way, select as required the operation push-button operation, realization operates the image broadcast of the 3D image documentation equipment that described 3D glasses cooperate, and do not need to take the 3D glasses, and also need to not finish by normal remote control, improve the convenience of user's operation and viewed and admired experience.
Description of drawings
Fig. 1 is the module diagram of 3D image system of the present invention;
Fig. 2 is the using method flow chart of 3D image system of the present invention;
Fig. 3 A to 3B is the structural representation of the 3D glasses of one embodiment of the invention;
Fig. 4 is the module diagram of the 3D image system of the 3D glasses shown in the application drawing 3A to 3B;
Fig. 5 is the module diagram of the remote control unit that comprises infrared chip of the 3D glasses in the 3D image system shown in Figure 4;
Fig. 6 A to 6B is the structural representation of the 3D glasses of another embodiment of the present invention;
Fig. 7 is the module diagram of the 3D image system of the 3D glasses shown in the application drawing 6A to 6B;
Fig. 8 is the module diagram of the remote control unit that comprises Bluetooth chip of the 3D glasses in the 3D image system shown in Figure 7.
Embodiment
For purpose of the present invention, feature are become apparent, below in conjunction with accompanying drawing the specific embodiment of the present invention is further described, yet the present invention can realize with different forms, should not think just to be confined to described embodiment.
Key of the present invention is to provide a kind of 3D glasses, operation push-button by the remote control unit in the mirror holder and mirror holder surface is realized the remote control to the 3D image documentation equipment, remote-controller function and 3D visual function are combined, simplify the annex of 3D image documentation equipment, improve the operation ease of user in the viewing way and view and admire experience.
Please refer to shown in Figure 1ly, the invention provides a kind of 3D glasses 10, comprise mirror holder and eyeglass;
Described mirror holder outer surface is provided with operation push-button 13, and described operation push-button 13 comprises at least a in volume adjusting key, progress monitoring key, channel transposing key, remote controller on ﹠ off switch and the basic menu setecting directionkeys;
Described mirror holder is provided with a remote control unit 16, it is inner that described remote control unit 16 can be positioned at described mirror holder, can be formed at by modes such as pasters also that (surface herein can be the face of wearing of mirror holder on the surface of mirror holder, also can be the non-face of wearing of mirror holder), be used for receiving and processing the operation information of described operation push-button 13, and launch 3D image documentation equipment 20 responses that remote signals to described 3D glasses 10 cooperate according to result control remote signal transmitting terminal 17.
Volume when wherein, described volume adjusting key is used for regulating described 3D image documentation equipment playing video;
Described progress monitoring key is for the progress of regulating described 3D image documentation equipment playing video;
Described channel transposing key is used for changing the broadcasting channel of described 3D image documentation equipment;
Described remote controller on ﹠ off switch is used for controlling the startup of described remote control unit work or stopping;
Described basic menu setecting directionkeys is for the respective item of the basic menu of selecting described 3D image documentation equipment.
Further, also be provided with the NFC module in the described mirror holder, be used for and described 3D image documentation equipment pairing.
Please continue with reference to shown in Figure 1, the present invention also provides a kind of 3D image system 1, comprise above-mentioned 3D glasses 10 and 3D image documentation equipment 20, described 3D image documentation equipment 20 comprises a remote signal receiving terminal 21 and a processing unit 22, described remote signal receiving terminal 21 receives the remote signal of described 3D glasses 10 emissions, and 22 pairs of remote signals that receive of described processing unit are processed so that response is made in the operation of the operation push-button 13 of 20 pairs of described 3D glasses 10 of described 3D image documentation equipment.
Please refer to Fig. 2, the present invention also provides a kind of using method of above-mentioned 3D image system, comprising:
S1, described 3D image documentation equipment begins to play the 3D image;
S2 starts the remote control unit work of described 3D eyeglasses frame inside by the remote controller on ﹠ off switch on the described 3D eyeglasses frame outer surface;
S3 selects other arbitrary operation push-buttons on the described 3D eyeglasses frame outer surface to the straighforward operation of described 3D image documentation equipment;
S4, described remote control unit receives and processes the operation information of described operation push-button, according to result control remote signal transmitting terminal emission remote signal;
S5, the remote signal receiving terminal of described 3D image documentation equipment receives described remote signal;
S6, the processing unit of described 3D image documentation equipment process the remote signal that receives so that described 3D image documentation equipment is made response to the operation information of described operation push-button.
To 3D glasses of the present invention, the using method of 3D image system and 3D image system is done detailed description below in conjunction with specific embodiment and accompanying drawing.
Embodiment one
Infra-red remote control is at present most popular a kind of communication and remote control means, please refer to 3A, 3B and Fig. 4, and present embodiment provides a kind of 3D glasses with function of infrared remote control, comprises mirror holder 12 and eyeglass 11; Described mirror holder outer surface is provided with operation push-button 13, inside is provided with a remote control unit 16 that comprises infrared chip 161, described remote control unit 16 receives and processes the operation information of described operation push-button 13, and launches 3D image documentation equipment 20 responses that infrared remote-controlled signals to described 3D glasses 10 cooperate according to the infraluminescence diode 171 of result control remote signal transmitting terminal 17.
In the present embodiment, mirror holder comprises picture frame that eyeglass 11 is installed and the mirror leg of setting operation button, and mirror holder can be integrated formed structure, also can be the structure that picture frame and mirror leg as independent component are interconnected to constitute.
Because infrared transmission is apart from weak point, has directivity, therefore, preferably, outer surface (being the non-face of wearing) at described picture frame is provided for the outwards window of emission infrared remote-controlled signal of infraluminescence diode 171, two eyeglass 11 middle folded picture frame zones about window shown in Fig. 3 A, the 3B is arranged in, infraluminescence diode 171 is arranged in described window.
Described operation push-button 13 arranges along distributing on the mirror leg length direction, comprises that volume increases key 132, volume reduces key 133, broadcast/Pause key 134, fast forward button 135, back spacer 136, remote controller on ﹠ off switch 131; Volume when described volume increase key 132 is used for tuning up described 3D image documentation equipment playing video; Volume when described volume reduces key 133 and is used for turning described 3D image documentation equipment playing video down; Broadcast/Pause key 134 is used for controlling described 3D image documentation equipment playing video or suspends image and play; Fast forward button 135 is used for controlling forward quick playing video of described 3D image documentation equipment; Back spacer 136 is used for controlling backward quick playback image of described 3D image documentation equipment; Described remote controller on ﹠ off switch 131 is used for controlling the startup of described remote control unit 16 work or stopping.
In the present embodiment, described operation push-button 13 can be touch operation push-button, on the surface, touch area of each operation push-button the touch icon that represents this operation push-button is set, during use, as long as touch the corresponding icon that touches, just can realize pressing of corresponding operation push-button; Described operation push-button 13 can also be mechanical operation push-button, each operation push-button is bulge-structure, its top is outwardly with respect to described picture frame plane, simultaneously each operation push-button around or top surface be provided with the icon that represents this operation push-button, during use, firmly the push button can be realized the conducting of operation push-button circuit, sends the remote control command of the function that represents this operation push-button.Wherein, described operation push-button 13 can also comprise at least a in channel transposing key and the basic menu setecting directionkeys.
The eyeglass of the 3D glasses of present embodiment can be active-shutter, aberration formula or polarization type, is preferably active-shutter.
The 3D glasses of present embodiment also comprise NFC module 14 and power supply 18, and NFC module 14 is used for realizing the pairing of 3D glasses and 3D image documentation equipment 20, realizes the transfer of data between described 3D image documentation equipment 20 and 3D glasses; Power supply 18 is used to remote control unit 16 that electric power is provided.
Please refer to shown in Figure 5, please refer to Fig. 5, the remote control unit 16 of present embodiment comprises infrared chip 161, amplifier transistor and crystal oscillator, the oscillator of crystal oscillator and infrared chip 161 inside produces high-frequency oscillation signal, this signal carries out frequency division after sending into timing generator, produces sinusoidal signal and timing pulse signal.Sinusoidal signal is sent into the coded modulation module of processor as carrier signal; Timing pulse signal is sent into sweep signal module, keying input coding module and the instruction encoding module of processor, as the time standard signal of these circuit.The sweep signal module produces the scanning pulse signal of different time, and the operation push-button circuit is delivered in output.When pressing a certain key, be input to keying input coding module corresponding to the control signal of this operation push-button, the digital signal of output corresponding function.Then by referring to coding module output order coded signal, the process modulation treatment is to be modulated on the carrier signal, formation includes the high-frequency pulse string of the function information of this operation push-button, then output is amplified through amplifier transistor, promotes infrarede emitting diode 171 and launches pulse-modulated signal in ultrared mode.Because the internal circuit of the infrared chips such as oscillator, timing generator, power-supply controller of electric is not emphasis of the present invention, and is prior art, therefore no longer describe in detail.
And at 3D image documentation equipment end 20, described remote signal receiving terminal 21 comprises an infrared remote receiver 211, the effect of infrared remote receiver 211 is the infrared remote control signals (being pulse-modulated signal) that will receive, after amplifying, separate the mediation shaping, export function command signal corresponding to operation push-button of pressing, deliver to processing unit 22 and identify and process, realize the response of operation push-button operation.
Infrared remote receiver 211 mainly is comprised of with demodulator circuit IC and peripheral cell an infrared photodiode (being actually a kind of photodiode), preamplifier.Infrared photodiode is used for the electric current that receiving infrared-ray irradiation (being the received pulse modulation signal) produces; Preamplifier is used for described electric current is processed and changed, and filtering interference signals forms the high-frequency gain signal; Demodulator circuit IC is reduced to command signal again with the high-frequency gain signal, sends into processing unit after amplifying through shaping again and processes.
In simple terms, operation push-button 13 is used for sending remote control command when pressing; Infrared chip 161 is used for remote control command being encoded and modulating, and forms the pulse-modulated signal of the function information that comprises this operation push-button; Infrarede emitting diode 171 is launched the infrared ray of the described pulse-modulated signal of representative under the promotion of infrared chip 161; Infrared remote receiver 211 is used for receiving described infrared ray, the remote control command that the carrier waveform when eliminating emission and the remote signal transmitting terminal that reduces are without distortion launched, and processing unit 22 is processed the remote control command after the reduction, the straighforward operation of the operation push-button that response is pressed.
Therefore, present embodiment also provides a kind of 3D image system 1, comprising: 3D glasses 10 and 3D image documentation equipment 20; Described 3D glasses comprise operation push-button 13, remote control unit 16 and remote signal transmitting terminal 17, and remote control unit 16 comprises infrared chip 161, and remote signal transmitting terminal 17 comprises infrarede emitting diode 171; Described 3D image documentation equipment 20 comprises a remote signal receiving terminal 21 and a processing unit 22, and described remote signal receiving terminal 21 comprises infrared remote receiver 211.
Wherein, the operation push-button 13 of described 3D glasses 10 is used for sending remote control command when pressing; The infrared chip 161 of remote control unit 16 is used for remote control command being encoded and modulating, and forms the pulse-modulated signal of the function information that comprises this operation push-button; The infrarede emitting diode 171 of remote signal transmitting terminal 17 is launched the infrared ray of the described pulse-modulated signal of representative under the promotion of infrared chip 161; The infrared remote receiver 211 of remote signal receiving terminal 21 is used for receiving described infrared ray, the remote control command that carrier waveform when eliminating emission and the remote signal transmitting terminal that reduces are without distortion launched, processing unit 22 is processed the remote control command after the reduction, the straighforward operation of the operation push-button that response is pressed.
Present embodiment also provides a kind of using method of above-mentioned 3D image system, comprising:
Described 3D image documentation equipment begins to play the 3D image;
Start the remote control unit work of described 3D eyeglasses frame inside by the remote controller on ﹠ off switch on the described 3D eyeglasses frame outer surface;
Select other arbitrary operation push-buttons on the described 3D eyeglasses frame outer surface to the straighforward operation of described 3D image documentation equipment, send remote control command signal;
The infrared chip of described remote control unit receives and processes described remote control command signal, according to the infrarede emitting diode emission infrared remote-controlled signal of result control remote signal transmitting terminal;
The infrared remote receiver of the remote signal receiving terminal of described 3D image documentation equipment receives described remote signal, and demodulation is reduced to remote control command signal;
Remote control command signal after the processing unit of described 3D image documentation equipment reduces to demodulation is processed, so that described 3D image documentation equipment is made response to the operation of described operation push-button.
The 3D glasses that present embodiment provides and 3D image system, a plurality of operation push-buttons of the mirror holder outer surface by the 3D glasses and inner infrared chip and infraluminescence diode emission infrared remote-controlled signal have been realized the function of infrared remote control of 3D glasses to the response of 3D image documentation equipment.Therefore, the using method of 3D image system provided by the invention, can so that the user in viewing way, select as required the operation push-button operation, realization operates the image broadcast of the 3D image documentation equipment that described 3D glasses cooperate, and do not need to take the 3D glasses, and also need to not finish by normal remote control, improve the convenience of user's operation and viewed and admired experience; The mode of infrared remote control is so that 3D glasses of the present invention can be general for the 3D image documentation equipment of most infrared remote controls simultaneously.
Embodiment two
Please refer to 6A, 6B and Fig. 7, present embodiment provides a kind of 3D glasses, comprises mirror holder 12 and eyeglass 11; Described mirror holder outer surface is provided with operation push-button 13, inside is provided with a remote control unit 16 that comprises Bluetooth chip 162, described remote control unit 16 receives and processes the operation information of described operation push-button 13, and launches 3D image documentation equipment 20 responses that Bluetooth remote control signals to described 3D glasses 10 cooperate according to the antenna 172 of result control remote signal transmitting terminal 17.
In the present embodiment, mirror holder comprises picture frame that eyeglass 11 is installed and the mirror leg of setting operation button, and mirror holder can be integrated formed structure, also can be the structure that picture frame and mirror leg as independent component are interconnected to constitute.Described operation push-button 13 arranges along distributing on the mirror leg length direction, comprises that volume increases key 132, volume reduces key 133, broadcast/Pause key 134, fast forward button 135, back spacer 136, remote controller on ﹠ off switch 131; Volume when described volume increase key 132 is used for tuning up described 3D image documentation equipment playing video; Volume when described volume reduces key 133 and is used for turning described 3D image documentation equipment playing video down; Broadcast/Pause key 134 is used for controlling described 3D image documentation equipment playing video or suspends image and play; Fast forward button 135 is used for controlling forward quick playing video of described 3D image documentation equipment; Back spacer 136 is used for controlling backward quick playback image of described 3D image documentation equipment; Described remote controller on ﹠ off switch 131 is used for controlling the startup of described remote control unit 16 work or stopping.
In the present embodiment, one side mirror leg of described mirror holder 12 also is provided with NFC module 14 near in the part of eyeglass 11, be used for and described 3D image documentation equipment 20 pairings, the Bluetooth chip 161 that described NFC module 14 connects in the remote control unit 16 can be realized bluetooth module 221 pairings in Bluetooth chip and the 3D image documentation equipment 20.
Please refer to Fig. 8, the remote control unit 16 of present embodiment comprises Bluetooth chip 162 and crystal oscillator, and described Bluetooth chip 162 comprises bluetooth transceiver, timing generator, power-supply controller of electric, memory, interface; Wherein, an end of bluetooth transceiver links to each other with filter in the remote signal transmitting terminal, and the other end links to each other with processor, is used for bluetooth; Timing generator one end links to each other with crystal oscillator 103, and the other end links to each other with processor, is used for immediately providing the signal of various bus requirementses when mainboard normally moves, with the clock frequency of coordinating bluetooth chip 162; Power-supply controller of electric one end links to each other with power supply 18, and the other end links to each other with processor, is used for 3D glasses power supply is controlled; Memory links to each other with processor, is used for the storage data.Because the Bluetooth chip internal circuit devices such as bluetooth transceiver, timing generator, power-supply controller of electric are not emphasis of the present invention, and are prior art, therefore no longer describe in detail.
Further, also be provided with NFC module 14 in the described mirror holder, be used for and described 3D image documentation equipment 20 pairings.The Bluetooth chip 162 that described NFC module 14 connects in the remote control unit 16 can be realized bluetooth module 221 pairings in Bluetooth chip and the 3D image documentation equipment 20.
And at 3D image documentation equipment end 20, described remote signal receiving terminal 21 comprises a reception antenna 221, the effect of reception antenna 221 is the Bluetooth remote control signals that will receive, after amplifying, separate the mediation shaping, be output as function command signal corresponding to operation push-button of pressing, deliver to processing unit 22 and identify and process, realize the response of operation push-button operation.
In simple terms, operation push-button 13 is used for sending remote control command when pressing; Bluetooth chip 162 is used for remote control command being encoded and modulating, and forms the pulse-modulated signal of the function information that comprises this operation push-button; Antenna 172 is launched the Bluetooth signal of the described pulse-modulated signal of representative under the promotion of Bluetooth chip 162; Reception antenna 212 is used for receiving described Bluetooth signal, the remote control command that the carrier waveform when eliminating emission and the remote signal transmitting terminal 17 that reduces are without distortion launched, and processing unit 22 is processed the remote control command after the reduction, the straighforward operation of the operation push-button that response is pressed.
Therefore, present embodiment also provides a kind of 3D image system 1, comprising: 3D glasses 10 and 3D image documentation equipment 20; Described 3D glasses comprise operation push-button 13, remote control unit 16 and remote signal transmitting terminal 17, and remote control unit 16 comprises Bluetooth chip 162, and remote signal transmitting terminal 17 comprises antenna 172; Described 3D image documentation equipment 20 comprises a remote signal receiving terminal 21 and a processing unit 22, and described remote signal receiving terminal 21 comprises reception antenna 212, and described processing unit 22 comprises a bluetooth module 221.
Wherein, the operation push-button 13 of described 3D glasses 10 is used for sending remote control command when pressing; The Bluetooth chip 162 of remote control unit 16 is used for remote control command being encoded and modulating, and forms the pulse-modulated signal of the function information that comprises this operation push-button; The antenna 171 of remote signal transmitting terminal 17 is launched the Bluetooth signal of the described pulse-modulated signal of representative under the promotion of Bluetooth chip 162; The reception antenna 212 of remote signal receiving terminal 21 is used for receiving described Bluetooth signal, the remote control command that carrier waveform when eliminating emission and the remote signal transmitting terminal that reduces are without distortion launched, the bluetooth module 221 of processing unit 22 is processed the remote control command after the reduction, the straighforward operation of the operation push-button that response is pressed.
Present embodiment also provides a kind of using method of above-mentioned 3D image system, comprising:
Described 3D image documentation equipment begins to play the 3D image;
Start the remote control unit work of described 3D eyeglasses frame inside by the remote controller on ﹠ off switch on the described 3D eyeglasses frame outer surface, the bluetooth module pairing of the Bluetooth chip of described remote control unit and described 3D image documentation equipment;
After the successful matching, select other arbitrary operation push-buttons on the described 3D eyeglasses frame outer surface to the straighforward operation of described 3D image documentation equipment, send remote control command signal;
The Bluetooth chip of described remote control unit receives and processes described remote control command signal, according to the antenna transmission Bluetooth remote control signal of result control remote signal transmitting terminal;
The reception antenna of the remote signal receiving terminal of described 3D image documentation equipment receives described Bluetooth remote control signal, and demodulation is reduced to remote control command signal;
Remote control command signal after the processing unit of described 3D image documentation equipment reduces to demodulation is processed, so that described 3D image documentation equipment is made response to the operation of described operation push-button.
The 3D glasses that present embodiment provides and 3D image system, a plurality of operation push-buttons of the mirror holder outer surface by the 3D glasses and inner Bluetooth chip and antenna transmission Bluetooth remote control signal have been realized the Bluetooth remote control function of 3D glasses to the response of 3D image documentation equipment.Therefore, the using method of 3D image system provided by the invention, can so that the user in viewing way, select as required the operation push-button operation, realization operates the image broadcast of the 3D image documentation equipment that described 3D glasses cooperate, and do not need to take the 3D glasses, and also need to not finish by normal remote control, improve the convenience of user's operation and viewed and admired experience; Simultaneously, since bluetooth itself have recipient not to the restriction at visual angle and characteristics, make the 3D glasses not need to aim at the purpose that the remote signal receiving terminal just can reach control 3D image documentation equipment, and then solved circumscribed problem on the infrared remote control angle, having reached can be to the comprehensive technique effect of controlling of 3D image documentation equipment.
Obviously, those skilled in the art can carry out various changes and modification to invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (10)
1. 3D glasses comprise mirror holder and eyeglass, it is characterized in that,
Described mirror holder outer surface is provided with operation push-button, and described operation push-button comprises the remote controller on ﹠ off switch, also comprises at least a in volume adjusting key, progress monitoring key, channel transposing key and the basic menu setecting directionkeys;
Also be provided with a remote control unit on the described mirror holder, described remote control unit receives and processes the operation information of described operation push-button, and according to the 3D image documentation equipment response of result control remote signal transmitting terminal emission remote signal to described 3D glasses cooperation.
2. 3D glasses as claimed in claim 1, it is characterized in that, described operation push-button is touch operation push-button, on the surface, touch area of each operation push-button the touch icon that represents this operation push-button is set, and touches described touch icon to realize the action of pressing of corresponding operation push-button; It perhaps is mechanical operation push-button, each operation push-button is bulge-structure, its top is outwardly with respect to described picture frame plane, simultaneously each operation push-button around or top surface be provided with the icon that represents this operation push-button, circuit corresponding to conducting operation push-button when firmly pressing sends the remote control command of the function that represents this operation push-button.
3. 3D glasses as claimed in claim 1 is characterized in that, described remote control unit is positioned on the surface of described mirror holder inside or mirror holder, and described remote control unit comprises infrared chip and/or Bluetooth chip.
4. 3D glasses as claimed in claim 3, it is characterized in that, when described remote control unit comprises infrared chip, described remote signal transmitting terminal comprises an infrarede emitting diode, corresponding described infrarede emitting diode place is provided with window on the described mirror holder, so that the infrared light of infrarede emitting diode emission penetrates.
5. 3D glasses as claimed in claim 4 is characterized in that, described mirror holder comprises the mirror leg that is positioned at the side and be positioned at the front and assemble the picture frame of eyeglass that described window is positioned on the described picture frame.
6. 3D glasses as claimed in claim 3 is characterized in that, when described remote control unit comprised Bluetooth chip, described remote signal transmitting terminal comprised an antenna.
7. 3D glasses as claimed in claim 1 is characterized in that, also are provided with the NFC module in the described mirror holder, are used for and described 3D image documentation equipment pairing.
8. 3D image system, it is characterized in that, comprise each described 3D glasses and 3D image documentation equipment in the claim 1 to 6, described 3D image documentation equipment comprises a remote signal receiving terminal and a processing unit, described remote signal receiving terminal receives the remote signal of described 3D glasses emission, and described processing unit is processed the remote signal that receives so that described 3D image documentation equipment is made response to the operation of the operation push-button of described 3D glasses.
9. the using method of the described 3D image system of claim 8 is characterized in that, comprising:
Described 3D image documentation equipment begins to play the 3D image;
Start the remote control unit work of described 3D eyeglasses frame inside by the remote controller on ﹠ off switch on the described 3D eyeglasses frame outer surface;
Select other arbitrary operation push-buttons on the described 3D eyeglasses frame outer surface to the straighforward operation of described 3D image documentation equipment;
Described remote control unit receives and processes the operation information of described operation push-button, according to result control remote signal transmitting terminal emission remote signal;
The remote signal receiving terminal of described 3D image documentation equipment receives described remote signal;
The processing unit of described 3D image documentation equipment is processed the remote signal that receives so that described 3D image documentation equipment is made response to the operation information of described operation push-button.
10. the using method of 3D image system as claimed in claim 9, it is characterized in that, when described remote control unit comprises Bluetooth chip, after the remote control unit work that starts described 3D eyeglasses frame inside, carry out the pairing of the bluetooth module in described Bluetooth chip and the 3D image documentation equipment.
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| CN2012105458040A CN103067725A (en) | 2012-12-14 | 2012-12-14 | Three dimensional (3D) glasses, 3D image system and using method of 3D glasses and 3D image system |
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| CN2012105458040A CN103067725A (en) | 2012-12-14 | 2012-12-14 | Three dimensional (3D) glasses, 3D image system and using method of 3D glasses and 3D image system |
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