CN102055997B - Learning processing method of 3D (three-dimensional) spectacles and learner - Google Patents
Learning processing method of 3D (three-dimensional) spectacles and learner Download PDFInfo
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- CN102055997B CN102055997B CN 201010529023 CN201010529023A CN102055997B CN 102055997 B CN102055997 B CN 102055997B CN 201010529023 CN201010529023 CN 201010529023 CN 201010529023 A CN201010529023 A CN 201010529023A CN 102055997 B CN102055997 B CN 102055997B
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Abstract
The invention discloses a learning processing method of 3D (three-dimensional) spectacles. Synchronous infrared signals of 3D play devices of existing brands are received by a learner, switching signals original 3D spectacles of are received by an optical signal channel, the synchronous infrared signals and the switching signals are simultaneously transmitted to a microprocessor, the microprocessor compares the wave form of the synchronous infrared signals with that of the switching signals, the corresponding positions of the on/off time points and periods of the left lens and the right lens of the original 3D spectacles in the infrared signals are recorded, and corresponding relational data information is generated and stored, sent through the learner and received and stored by to-be-learnt 3D spectacles. Through the learning process of the original 3D spectacles for a 3D television, a user can watch the present 3D television by wearing the to-be-learnt 3D spectacles, so that the user needs not to wear the original 3D spectacles while watching 3D televisions of different brands, and the general function of 3D spectacles is realized.
Description
Technical field
The present invention relates to the 3D technical field, relate in particular to a kind of learning processing method of 3D glasses, the 3D that can learn various brand playback equipments plays synchronizing signal, makes 3D glasses to be learnt adapt to current 3D playback equipment; Also relate to matching used learner and learning-oriented 3D glasses in the said method.
Background technology
3D is the abbreviation of three-dimensional; Refer to three-dimensional graph, 3 D stereoscopic image TV, i.e. the stereo display effect of 3D LCD TV; Bore hole 3D TV is through on liquid crystal panel, adding special accurate cylindrical lens screen; To pass through the 3D video image of encoding process and independently send into people's right and left eyes, thereby make the user need not can bore hole experience stereo perception by anaglyph spectacles, simultaneously can compatible 2D picture.But that is that all right is ripe and perfect in bore hole 3D technical development, and technological difficulties are many, closely is confined to the public business situations of the small screen at present, also can't use widely.And in the family expenses consumer field, no matter be display, projector or TV, all be to need to cooperate the 3D liquid crystal glasses to use now.
Development trend according to China 3D TV tech; The 3D TV will get into the volume production stage in this year, at present, and on the TV selling market; Various brands producers such as Sony, Samsung, the Panasonic 3D TV that released one after another; Say that like above-mentioned institute the viewing effect of family expenses 3D TV must realize by the 3D liquid crystal glasses, and this 3D glasses all are third generation 3D liquid crystal glasses of supporting; Similar with the remote signal of different brands TV, the synchronizing signal agreement of third generation 3D liquid crystal glasses also is inequality because the 3D brand of television is different.
Therefore, the necessary different 3D glasses of adapted of the 3D television set of different brands, and the third generation 3D liquid crystal glasses of selling in the market also just matees the 3D television set of single brand; The original-pack 3D glasses of different brands 3D TV can't exchange use; The user need wear the original-pack 3D glasses of different brands TV, like this when watching the 3D TV of different brands; Just cause user's very inconvenience in use, also in a disguised form must increase purchase cost.
Summary of the invention
An object of the present invention is to provide a kind of learning processing method of 3D glasses; Through need being used the learning process of the original-pack 3D glasses of 3D TV; Wear 3D glasses to be learnt and to watch current 3D TV; Thereby make the user when watching different brands 3D TV, need not to wear original-pack 3D glasses, realized the general utility functions of 3D glasses.
Another object of the present invention is to provide matching used learner and learning-oriented 3D glasses in the said method.
Above-mentioned purpose of the present invention realizes through following technical scheme: a kind of learning processing method of 3D glasses may further comprise the steps:
(1) opens the 3D playback equipment that to be used and play the 3D program, original-pack 3D glasses are put into learner, original-pack 3D glasses are in effective scope of application;
(2) learner can detect the synchronous infrared signal that the 3D playback equipment sends and the switching signal of original-pack 3D glasses simultaneously, and the synchronous infrared signal waveform that receives of synchronous recording and the switching frequency and the time waveform of left and right two eyeglasses of original-pack 3D glasses;
(3) microprocessor in the learner compares said synchronous infrared signal waveform and said switching frequency and time waveform; Write down time point and the correspondence position of cycle in synchronous infrared signal that left and right two eyeglasses of original-pack 3D glasses open and close, and generate the corresponding relation data message;
(4) 3D glasses to be learnt are in mode of learning, and learner is given 3D glasses to be learnt with the corresponding relation data information transfer, and by being stored in the memory after its reception, withdraw from mode of learning then, and learning process finishes.
As execution mode of the present invention, in step according to the invention (2):
When learner can not detect the switching signal of synchronous infrared signal that the 3D playback equipment sends and original-pack 3D glasses, the position of mobile learning device was until can receiving signal, otherwise original-pack 3D glasses can not be learnt;
When learner can not detect the synchronous infrared signal that the 3D playback equipment sends, and can detect the switching signal of original-pack 3D glasses the time, original-pack 3D glasses can not be learnt;
When learner can detect the synchronous infrared signal that the 3D playback equipment sends, and can not detect the switching signal of original-pack 3D glasses the time, the position of mobile learning device is until can receiving signal, otherwise original-pack 3D glasses can not be learnt.
The present invention is in said step (2), and when learner did not receive any signal, showing on the display screen did not have signal message.
As further improvement of the present invention; In said step (3): learner is when receiving new signal; Whether microprocessor can be analyzed the synchronous code of being received consistent with the synchronous code form of originally having stored; If do not find corresponding synchronous code form, then need create a new synchronous code format.
As further improvement of the present invention, in said step (4), learner is closed the 3D playback equipment before giving 3D glasses to be learnt with the corresponding relation data information transfer.
Another object of the present invention realizes through following technical scheme: a kind of 3D glasses learner comprises the receiver that is used to receive the synchronous infrared signal of 3D playback equipment; Microprocessor with study decoding function; Be used to place two pairs of photo-signal channels of the original-pack 3D glasses of said 3D playback equipment; Every pair of photo-signal channel is made up of white light source and photodiode, and original-pack 3D glasses place between white light source and the photodiode, and left and right sides eyeglass is aimed at a light source respectively; Be used to launch the infrared transmitter of said microprocessor processes recording data information;
Said receiver receives the synchronous infrared signal of this brand 3D playback equipment; And photo-signal channel receives the switching signal of original-pack 3D glasses; Be transferred to microprocessor simultaneously, compare, write down time point and the correspondence position of cycle in synchronous infrared signal that left and right two eyeglasses of original-pack 3D glasses open and close by the waveform of microprocessor with said synchronous infrared signal waveform and said switching signal; And generate corresponding relation data message and storage, send through infrared transmitter.
A kind of learning-oriented 3D glasses that are used with learner; Comprise mirror holder, left and right sides liquid crystal lens, be installed on receiver, processor, memory on the mirror holder; Said receiver be with said learner in the corresponding infrared remote receiver of infrared transmitter coupling; The corresponding data information storage that infrared remote receiver reception learner sends as the current synchronous control signal agreement of processor, makes eyeglass according to each the parameter work that receives storage in memory.
Learner of the present invention can be compared the coherent signal of the 3D playback equipment of original-pack 3D glasses and use adaptive with it, obtains the corresponding relation data message, again with this data information transfer to 3D glasses to be learnt and by its storage; The present invention's 3D glasses to be learnt just can be suitable and carry out normal viewing with the 3D playback equipment of current use; Therefore; The present invention's 3D glasses to be learnt are behind the original-pack 3D glasses " study " to various brand 3D playback equipments, and 3D glasses to be learnt can adapt to various brand 3D playback equipments, realize general utility functions; Be user-friendly to, also reduced user's purchase cost simultaneously.
Learner of the present invention sends data-signal to 3D glasses to be learnt through wired connection or wireless connections mode; Wherein, The wired connection mode can learner and between adopt the usb data line; And the wireless connections mode is that the infrared position that 3D glasses to be learnt are placed on the learner appointment is got final product, and this moment, learner was to send red sage outside line command code string to give 3D glasses to be learnt.
3D glasses to be learnt according to the invention are provided with the indicator light that is used to point out operating state, and said learner is provided with and is used to show the information display screen that can not normally learn.Indicator light is to point out 3D glasses to be learnt to get into learning state or learning process end with the light flash mode; Display screen then can show the information indicating that learner does not receive signal or can not learn.
Compared with prior art, the present invention has following significant effect:
(1) the invention solves the uncurrent problem of 3D glasses; Learner can send to the signal data of any brand 3D playback equipment and original-pack 3D glasses thereof 3D glasses to be learnt; Make that 3D glasses to be learnt can adapt to any brand 3D playback equipment; And need not to use original-pack 3D glasses to carry out viewing, greatly facilitate the user and use.
(2) the present invention is owing to need not to use original-pack 3D glasses, the purchase cost that can practice thrift the user.
(3), make that 3D glasses to be learnt can constantly expand universal sync database data through the learning process of the present invention's 3D glasses to be learnt.
(4) the present invention is suitable for family expenses 3D TV, also is suitable for other 3D playback equipment simultaneously, and the equipment that therefore is suitable for is more extensive.
Description of drawings
Below in conjunction with accompanying drawing and specific embodiment the present invention is done further detailed description.
Fig. 1 is the sketch map that the learning-oriented 3D glasses of the present invention, learner and 3D playback equipment are used;
Fig. 2 is the block diagram of the learning-oriented 3D glasses of the present invention learning processing;
Fig. 3 is the present invention's 3D glasses to be learnt and the 3D playback equipment block diagram when being used;
Fig. 4 is the microprocessor work flow chart of learner;
Fig. 5 is a learner operation principle block diagram.
Embodiment
As shown in Figure 1; The combinatorial principle sketch map of a kind of learning-oriented 3D glasses of the present invention; Comprise learner and the 3D glasses that supporting use is to be learnt of being used to place the 3D glasses that to be learnt; 3D glasses to be learnt comprise mirror holder, left and right sides liquid crystal lens, are installed on receiver, processor, memory on the mirror holder, above-mentioned receiver be with learner in the corresponding infrared remote receiver of infrared transmitter coupling, other compositions can adopt components and parts commonly used.The corresponding data information storage that infrared remote receiver reception learner sends as the current synchronous control signal agreement of processor, makes eyeglass according to each the parameter work that receives storage in memory.
As shown in Figure 5; In the present embodiment, learner is made up of components and parts commonly used such as receiver, the microprocessor (model is C8051F911) with study decoding function, infrared transmitter, white light source, photodiode, Voltagre regulators, wherein; Receiver comprises infrared receiving terminal and amplifying circuit; The signal of infrared receiving terminal is imported out the signal input part of termination amplifying circuit, and amplifying circuit adopts BU7242, uses three grades of amplifiers that the small-signal that receives is amplified; The signal output part of amplifying circuit connects the signal input part of microprocessor.3.3V supplies power to microprocessor after 3V Voltagre regulator (model is S-1167B30) voltage stabilizing, is that receiver provides electric power through microprocessor again; The signal output part of microprocessor is connected with the signal input part of infrared transmitter; Photodiode comprises left eye photodiode and right eye photodiode, their switching signal output respectively with microprocessor on the switching signal input be connected; The switch controlling signal output of microprocessor is connected to the input of right and left eyes white light source.
The 3D glasses of being learnt are the original-pack 3D glasses of a brand 3D playback equipment, and learner sends data-signal to 3D glasses to be learnt through the wireless connections mode.In use, original-pack 3D glasses are between white light source and photodiode, and the right and left eyes eyeglass of original-pack 3D glasses is aimed at the right and left eyes white light source respectively, as two light signal receive paths; Be the power supply of right and left eyes white light source by the 5V power supply; Learner receives the switching frequency and the time waveform of left and right two eyeglasses of synchronous infrared signal and the original-pack 3D glasses of this brand 3D playback equipment respectively; Signal is compared and write down by the microprocessor in the learner and store the corresponding relation data message; Learner sends to 3D glasses to be learnt with this information again, after receiver in the 3D glasses to be learnt receives this information, and is stored by memory in the 3D glasses to be learnt.
3D glasses to be learnt are provided with the indicator light that is used to point out operating state; Learner is provided with the display screen that is used to show cisco unity malfunction information, and cisco unity malfunction information comprises can not learning information and do not have signal display message etc.
When 3D glasses to be learnt are can not be with the 3D playback equipment that need are used suitable; Need realize learning functionality through learning-oriented 3D eyeglass device of the present invention, 3D playback equipment and original-pack 3D glasses thereof; As shown in Figure 2, the processing method of above-mentioned learning-oriented 3D eyeglass device may further comprise the steps:
(1) opens the 3D playback equipment that to be used and play the 3D program; Signal emitting-source like 3D glasses such as television set or projectors; Original-pack 3D glasses behind the electric power starting are put into learner; Original-pack 3D glasses are in effective scope of application, and promptly original-pack 3D glasses are in can normal operating condition, and energising starts to learner;
(2) microprocessor of learner is in the wait accepting state; Open receiver and wait for to receive synchronous infrared signal, and light white light source, when learner can not detect the switching signal of synchronous infrared signal that the 3D playback equipment sends and original-pack 3D glasses; Microprocessor gets into sleep state; And close receiver, and close white light source, do not receive any efficient synchronization signal; Its reason possibly be that the placement location of learner is improper and make the receiver in the learner not receive signal; This moment learner display screen on can show the information do not have signal, the position that needs the mobile learning device is until can receiving signal, otherwise original-pack 3D glasses can not be learnt; When reusing learner if desired, can microprocessor be waken up as long as open the power supply of learner, and make it be in the wait accepting state.
When learner can not detect the synchronous infrared signal that the 3D playback equipment sends; And can detect the switching signal of original-pack 3D glasses the time; Can know that the synchronizing signal that the 3D playback equipment is sent is not the infrared signal coding; Learner of the present invention can not receive non-infrared signal coding, and therefore original-pack 3D glasses can not be learnt;
When learner can detect the synchronous infrared signal that the 3D playback equipment sends; And can not detect the switching signal of original-pack 3D glasses the time; Need the power supply of the original-pack 3D glasses of inspection whether open or original-pack 3D glasses normally the position of viewing or mobile learning device until receiving signal; If original-pack 3D glasses normally viewing and its power supply are opened; Still can't detect the switching signal of original-pack 3D glasses through the position of mobile learning device, explain that original-pack 3D glasses can not be learnt.
The information indicating that more than can not be learnt can be presented on the display screen of learner.
When learner can detect the switching signal of synchronous infrared signal that the 3D playback equipment sends and original-pack 3D glasses, the microprocessor in the learner is the synchronous infrared signal waveform that receives of synchronous recording and the switching frequency and the time waveform of left and right two eyeglasses of original-pack 3D glasses; Microprocessor in the learner compares the switching frequency and the time waveform of synchronous infrared signal waveform and left and right two eyeglasses of original-pack 3D glasses; Write down time point and the correspondence position of cycle in synchronous infrared signal that left and right two eyeglasses open and close; And generation corresponding relation data message; The learning process of learner finishes, and the 3D playback equipment is closed in the learner prompting, waits for and gives 3D glasses to be learnt with the corresponding relation data information transfer.
Like Fig. 4, shown in 5; The detailed process of above processing signals is: the microprocessor in the learner can be stored in the signal that sends from the 3D playback equipment the continuous memory cell of microprocessor internal; Microprocessor can read original-pack 3D glasses right and left eyes eyeglass folding sequential at right and left eyes switching signal passage, and according to the relation of signal of being received and eyeglass sequential, it is any form that microprocessor can analyze the synchronous code of being received; Just can know the transparent parameters such as time of frequency, eyeglass of right and left eyes eyeglass switch; These parameters can access in database, if in database, do not find corresponding synchronous code form, then need create a new synchronous code format; After microprocessor is accomplished the task of decoding; The indicator light of learner can light, and study has been accomplished in expression, and this moment, the user can close the 3D playback equipment; Learner can send to 3D glasses to be learnt through ultrared mode with these synchronous code forms and relevant important parameter with the form of learning, and then can carry out work according to pairing form after 3D glasses to be learnt receive.
In order to guarantee that 3D glasses to be learnt can correctly receive the synchronous code that learner sends; On learner, be provided with a button; After study was accomplished, the user can according to circumstances push button and let it repeat to send, whenever by once retransmitting the sign indicating number that comprises form switching sequence information for 3 times; Length was then represented to have accomplished all operations by 3 seconds, and learner can get into sleep pattern.
In the present embodiment; Learner adopts the wireless connections mode with 3D glasses to be learnt, and should 3D glasses learnt be positioned over the infrared position of learner appointment, and opens the power supply of 3D glasses to be learnt; Make it to be in mode of learning; At this moment, indicator light is blink states prompting 3D glasses to be learnt and gets into mode of learning, and learner is transferred to 3D glasses to be learnt with the form of corresponding relation data message through red sage outside line command code string; 3D glasses to be learnt are stored in data division in the permanent memory in the microprocessor after receiving this command code; 3D glasses to be learnt withdraw from mode of learning, and at this moment, indicator light finishes with continuous fast blink condition prompting learning process.
In other embodiments; Learner also can adopt the wired connection mode with 3D glasses to be learnt, and can specifically connect through the usb data line, when adopting wired connection mode transmitting data information; It is identical with the instruction code that wireless connections are transmitted; Owing to do not have signal interference problem, therefore, before learner is given 3D glasses to be learnt with the corresponding relation data information transfer, can close the 3D playback equipment yet; Permanent memory in the 3D glasses to be learnt also can place the outside of microprocessor and be connected with it; 3D glasses to be learnt can also be two or more, and 3D glasses respectively to be learnt are respectively through wired or be wirelessly connected to learner, can be simultaneously the synchronization signal data of original-pack 3D glasses be stored in a plurality of 3D glasses to be learnt.
As shown in Figure 3, accomplish above-mentioned learning process, 3D glasses to be learnt are in use; Open the 3D playback equipment of current use and play the 3D program; Receiver in the glasses receives the synchronizing signal that the 3D playback equipment sends, and the microprocessor that this synchronizing signal sends in the 3D glasses is handled, and microprocessor sense data from memory is compared with synchronizing signal; Until finding identical synchronization signal data; Microprocessor can identify time and the cycle that opens and closes the left and right eyeglass of 3D glasses in the synchronizing signal, and when receiving next synchronizing signal, microprocessor just can be controlled the keying of the left and right eyeglass of 3D glasses; At this moment, 3D glasses to be learnt can carry out normal viewing.
Execution mode of the present invention is not limited thereto; According to foregoing of the present invention; Ordinary skill knowledge and customary means according to this area; Not breaking away under the above-mentioned basic fundamental thought of the present invention prerequisite, can also make modification, replacement or the change of other various ways, all drop within the rights protection scope of the present invention.
Claims (9)
1. the learning processing method of 3D glasses is characterized in that may further comprise the steps:
(1) opens the 3D playback equipment that to be used and play the 3D program, original-pack 3D glasses are put into learner, original-pack 3D glasses are in effective scope of application;
(2) learner can detect the synchronous infrared signal that the 3D playback equipment sends and the switching signal of original-pack 3D glasses simultaneously, and the synchronous infrared signal waveform that receives of synchronous recording and the switching frequency and the time waveform of left and right two eyeglasses of original-pack 3D glasses;
(3) microprocessor in the learner compares said synchronous infrared signal waveform and said switching frequency and time waveform; Write down time point and the correspondence position of cycle in synchronous infrared signal that left and right two eyeglasses of original-pack 3D glasses open and close, and generate the corresponding relation data message;
(4) 3D glasses to be learnt are in mode of learning, and learner is given 3D glasses to be learnt with the corresponding relation data information transfer, and by being stored in the memory after its reception, withdraw from mode of learning then, and learning process finishes.
2. according to the learning processing method of the said 3D glasses of claim 1, it is characterized in that in said step (2):
When learner can not detect the switching signal of synchronous infrared signal that the 3D playback equipment sends and original-pack 3D glasses, the position of mobile learning device was until can receiving signal, otherwise original-pack 3D glasses can not be learnt;
When learner can not detect the synchronous infrared signal that the 3D playback equipment sends, and can detect the switching signal of original-pack 3D glasses the time, original-pack 3D glasses can not be learnt;
When learner can detect the synchronous infrared signal that the 3D playback equipment sends, and can not detect the switching signal of original-pack 3D glasses the time, the position of mobile learning device is until can receiving signal, otherwise original-pack 3D glasses can not be learnt.
3. according to the learning processing method of the said 3D glasses of claim 1; It is characterized in that in said step (3): learner is when receiving new signal; Whether microprocessor can be analyzed the synchronous code of being received consistent with the synchronous code form of originally having stored; If do not find corresponding synchronous code form, then need create a new synchronous code format.
4. according to the learning processing method of the said 3D glasses of claim 1, it is characterized in that: in said step (4), learner is closed the 3D playback equipment before giving 3D glasses to be learnt with the corresponding relation data information transfer.
5. the 3D glasses learner that uses in the said method of claim 1 is characterized in that: comprise the receiver that is used to receive the synchronous infrared signal of 3D playback equipment; Microprocessor with study decoding function; Be used to receive two pairs of photo-signal channels of the original-pack 3D glasses of said 3D playback equipment switching signal; Every pair of photo-signal channel is made up of white light source and photodiode, and the eyeglass of original-pack 3D glasses is between white light source and photodiode, and left and right sides eyeglass is aimed at a light source respectively; Be used to launch the infrared transmitter of said microprocessor processes recording data information;
Said receiver receives the synchronous infrared signal of said 3D playback equipment; And photo-signal channel receives the switching signal of original-pack 3D glasses; Be transferred to microprocessor simultaneously, compare, write down time point and the correspondence position of cycle in synchronous infrared signal that left and right two eyeglasses of original-pack 3D glasses open and close by the waveform of microprocessor with said synchronous infrared signal waveform and said switching signal; And generate corresponding relation data message and storage, send through infrared transmitter.
6. 3D glasses learner according to claim 5 is characterized in that: described infrared transmitter transmits data-signal through wired connection or wireless connections mode.
7. 3D glasses learner according to claim 5 is characterized in that: also comprise being used to show the information display screen that can not normally learn.
8. learning-oriented 3D glasses that are used with claim 5; Comprise mirror holder, left and right sides liquid crystal lens, be installed on receiver, processor, memory on the mirror holder; It is characterized in that, said receiver be with said learner in the corresponding infrared remote receiver of infrared transmitter coupling, the corresponding data information storage that infrared remote receiver reception learner sends is in memory; As the current synchronous control signal agreement of processor, make eyeglass according to each the parameter work that receives storage.
9. learning-oriented 3D glasses according to claim 8 is characterized in that: 3D glasses said to be learnt are provided with the indicator light that is used to point out operating state.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010529023 CN102055997B (en) | 2010-05-10 | 2010-10-21 | Learning processing method of 3D (three-dimensional) spectacles and learner |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201010168716 | 2010-05-10 | ||
| CN201010168716.4 | 2010-05-10 | ||
| CN 201010529023 CN102055997B (en) | 2010-05-10 | 2010-10-21 | Learning processing method of 3D (three-dimensional) spectacles and learner |
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| CN102055997A CN102055997A (en) | 2011-05-11 |
| CN102055997B true CN102055997B (en) | 2012-12-26 |
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| CN2010205867867U Expired - Lifetime CN201976220U (en) | 2010-05-10 | 2010-10-21 | Learner with 3D (three-dimensional) glasses and matching learning type 3D glasses |
| CN 201010529023 Expired - Fee Related CN102055997B (en) | 2010-05-10 | 2010-10-21 | Learning processing method of 3D (three-dimensional) spectacles and learner |
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| CN2010205867867U Expired - Lifetime CN201976220U (en) | 2010-05-10 | 2010-10-21 | Learner with 3D (three-dimensional) glasses and matching learning type 3D glasses |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI435091B (en) * | 2011-07-05 | 2014-04-21 | Wistron Corp | Testing method, device and system utilizing the same |
| CN102445327B (en) * | 2011-09-22 | 2014-05-07 | 青岛海信电器股份有限公司 | Method and system for measuring synchronism of 3D (three-dimensional) eyeglasses |
| CN102413296B (en) * | 2011-12-26 | 2014-10-29 | Tcl王牌电器(惠州)有限公司 | Remote control method for double-channel television and double-channel television system |
| CN102798978A (en) * | 2012-07-19 | 2012-11-28 | 彩虹集团公司 | Active 3D (3-Dimensional) eyeglasses with learning function and control method thereof |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1126014A (en) * | 1994-03-28 | 1996-07-03 | 迈格玛公司 | Two-dimensional and three-dimensional imaging device |
| CN2890978Y (en) * | 2005-12-23 | 2007-04-18 | 中国科技开发院威海分院 | Wireless stereo glasses |
| CN101677411A (en) * | 2008-09-19 | 2010-03-24 | 纬创资通股份有限公司 | Method for playing image according to data comparison result and related image player system thereof |
| CN201503635U (en) * | 2009-08-20 | 2010-06-09 | 青岛海信电器股份有限公司 | 3D eyeglasses circuit and transmitting module used for controlling eyeglasses circuit |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8169467B2 (en) * | 2006-03-29 | 2012-05-01 | Nvidia Corporation | System, method, and computer program product for increasing an LCD display vertical blanking interval |
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2010
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1126014A (en) * | 1994-03-28 | 1996-07-03 | 迈格玛公司 | Two-dimensional and three-dimensional imaging device |
| CN2890978Y (en) * | 2005-12-23 | 2007-04-18 | 中国科技开发院威海分院 | Wireless stereo glasses |
| CN101677411A (en) * | 2008-09-19 | 2010-03-24 | 纬创资通股份有限公司 | Method for playing image according to data comparison result and related image player system thereof |
| CN201503635U (en) * | 2009-08-20 | 2010-06-09 | 青岛海信电器股份有限公司 | 3D eyeglasses circuit and transmitting module used for controlling eyeglasses circuit |
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| CN201976220U (en) | 2011-09-14 |
| CN102055997A (en) | 2011-05-11 |
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