CN102685520B - Image control device - Google Patents
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- CN102685520B CN102685520B CN201110065285.3A CN201110065285A CN102685520B CN 102685520 B CN102685520 B CN 102685520B CN 201110065285 A CN201110065285 A CN 201110065285A CN 102685520 B CN102685520 B CN 102685520B
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Abstract
The invention provides an embodiment of an image control device which can be coupled with a display device; the display device can be used together with a pair of glasses, wherein the display device can display a first image frame, a second image frame, a third image frame and a fourth image frame which are continuous; the first lens of the glasses transmits light in a first period of time in which the display device displays the first image frame and a third period of time in which the display device displays the third image frame; and the second lens of the glasses transmits light in a second period of time in which the display device displays the second image frame and a fourth period of time in which the display device displays the fourth image frame. The image control device comprises an input end which is used for receiving an optical sensing signal transmitted by a sensor, and a signal processing device which is used for adjusting the light transmission and/or the time in which the first lens and/or the second lens of the glasses transmit light according to the optical sensing signal. Consequently, the difference between the brightness received by the left eye and the right eye receive when a user views an image can be reduced, and the view quality can be improved.
Description
Technical field
The present invention relates to a kind of image control apparatus, especially relate to a kind of more uniform image control apparatus of brightness that can make image.
Background technology
Three-dimensional (three dimensional) display unit can provide to be had relief image and outstanding views and admires experience, and widely user accepts.The stereoscopic imaging technology of three-dimensional display apparatus (stereoscopy) has many kinds, wherein has the glasses that adopt display unit collocation particular design, allows user's left eye and right eye watch different images and to produce relief visual effect.For example, use and with display unit, coordinate the modes such as polaroid glasses (polarized glasses) or shutter glasses (shutter glasses).
Wherein, adopt display unit to coordinate shutter glasses to show the mode of stereo-picture, be in display unit, alternatively to show that tendency to develop delivers to the image of left eye and right eye, glasses are corresponding shielding user's right eye and left eye, allows user with left eye and right eye, watch corresponding image respectively.For example, when display unit shows that the image of left eye is delivered in tendency to develop, the left eyeglass of glasses is opened and covered right eyeglass, and when display unit shows that the image of right eye is delivered in tendency to develop, the right eyeglass of glasses is opened and covered left eyeglass, and the visual effect that allows user produce to see stereo-picture.
The eyeglass of shutter glasses is opened and covered and have many execution modes, for example, liquid crystal (liquid crystal) device can be arranged on the eyeglass of glasses, and by controlling the input voltage of liquid crystal with the light transmittance of control liquid crystal, to reach the function of unlatching and occluding lens.In addition, shutter glasses need to be synchronizeed with display unit, to coordinate display unit when showing that the picture of left eye and right eye is delivered in tendency to develop, opens respectively and covers corresponding eyeglass.
Yet; but when user views and admires image by shutter glasses; because the left eyeglass of shutter glasses is different with the right eyeglass opening time; so the light and shade of light source changes the different brightness that receives of Chang Huirang user's left eye and right eye in environment; and the quality that impact is viewed and admired allows even user do not feel like oneself.
Summary of the invention
In view of this, while how to allow user view and admire image, can allow the luminance difference that left eye and right eye receive reduce, to promote, view and admire quality, in fact for industry has problem to be solved.
In order to address the above problem, the invention provides a kind of embodiment of image control apparatus, in order to couple a display unit, this display unit can be used with a glasses collocation, this image control apparatus comprises: a first input end, a plurality of light sensing signals that transmit in order to receive one or more sensors; One second input, in order to couple a picture frame conversion equipment; An and signal processing apparatus, in order to the plurality of light sensing signal of foundation, control this picture frame conversion equipment and a plurality of the first view data that show with a first frequency are converted to a plurality of the second view data that show with a second frequency, and control this display unit and with this second frequency, show one first, 1 second, 1 the 3rd and one the 4th continuous picture frame of the plurality of the second view data; Wherein one first period of one first eyeglass of these glasses when this display unit shows this first picture frame and one the 3rd period while showing the 3rd picture frame present light transmission state, and one second period of one second eyeglass of these glasses when this display unit shows this second picture frame and one the 4th period while showing the 4th picture frame present light transmission state.
According to further improved technical scheme of the present invention, when corresponding to this first, the plurality of light sensing signal of this second, the 3rd and/or the 4th period is during lower than first preset value, and/or when corresponding to this first, the plurality of light sensing signal of this second, the 3rd and/or the 4th period is during higher than second preset value, this signal processing apparatus is adjusted the brightness of this light emitting source corresponding to this period.
According to further improved technical scheme of the present invention, this signal processing apparatus can be according to the plurality of light sensing signal to adjust this first eyeglass of these glasses and/or the light transmittance of this second eyeglass.
According to further improved technical scheme of the present invention, this signal processing apparatus can be according to the plurality of light sensing signal to adjust length and/or the length of this second period of this first period.
This specification separately provides a kind of embodiment of image control apparatus, in order to couple a display unit, this display unit can be used with a glasses collocation, wherein this display unit shows continuous one first, one second, one the 3rd and one the 4th picture frame, and one the 3rd period when one first period of one first eyeglass of these glasses when this display unit shows this first picture frame and demonstration the 3rd picture frame presents light transmission state, and one second period of one second eyeglass of these glasses when this display unit shows this second picture frame and one the 4th period while showing the 4th picture frame present light transmission state, this image control apparatus comprises: an input, a plurality of light sensing signals that transmit in order to receive one or more sensors, an and signal processing apparatus, in order to the plurality of light sensing signal of foundation, adjust this first eyeglass of these glasses and/or the time that this second eyeglass presents light transmission state, make a very first time interval between this first period and this second period, not identical in fact with one second time interval between this second period and the 3rd period.
According to further improved technical scheme of the present invention, when corresponding to this first, the plurality of light sensing signal of this second, the 3rd and/or the 4th period is during lower than first preset value, and/or when corresponding to this first, the plurality of light sensing signal of this second, the 3rd and/or the 4th period is during higher than second preset value, this signal processing apparatus is adjusted the brightness of this light emitting source corresponding to these periods.
According to further improved technical scheme of the present invention, this signal processing apparatus can be according to the plurality of light sensing signal to adjust this first eyeglass of these glasses and/or the light transmittance of this second eyeglass.
According to further improved technical scheme of the present invention, this signal processing apparatus can according to the plurality of light sensing signal with adjust this first, this second, the 3rd and/or the length of the 4th period.
This specification separately provides a kind of embodiment of image control apparatus, in order to couple a display unit, this display unit is in order to show one first continuous picture frame and one second picture frame, and one first period of one first eyeglass of glasses that use with the collocation of this display unit when this display unit shows this first picture frame presents light transmission state, and one second period of one second eyeglass of these glasses when this display unit shows this second picture frame presents light transmission state, this image control apparatus comprises: a first input end, a plurality of light sensing signals that transmit in order to receive one or more sensors, and a signal processing apparatus, in order to according to the plurality of light sensing signal to adjust the brightness of a light emitting source of this display unit, make this light emitting source not identical in fact corresponding to the brightness of this second period with this light emitting source corresponding to the brightness of this first period.
According to further improved technical scheme of the present invention, when the plurality of light sensing signal corresponding to this first period and/or this second period is during lower than first preset value, and/or when the plurality of light sensing signal corresponding to this first period and/or this second period is during higher than second preset value, this signal processing apparatus is adjusted the brightness of this light emitting source corresponding to this first period and/or this second period.
According to further improved technical scheme of the present invention, this signal processing apparatus can be according to the plurality of light sensing signal to adjust this first eyeglass of these glasses and/or the light transmittance of this second eyeglass.
According to further improved technical scheme of the present invention, this signal processing apparatus can be according to the plurality of light sensing signal to adjust length and/or the length of this second period of this first period.
When one of advantage of above-described embodiment is to allow user view and admire image via glasses, can within the time of left eyeglass and the unlatching of right eyeglass, receive close light transmission capacity respectively, the received luminance difference of left eye and right eye is reduced, and promote, view and admire quality.
Accompanying drawing explanation
Fig. 1 is the schematic diagram after an embodiment of picture system of the present invention simplifies;
When Fig. 2 is the picture system demonstration image of Fig. 1, the schematic diagram of the measuring value of brightness to the time;
When Fig. 3 is the picture system demonstration image of Fig. 1, the measuring value of brightness another schematic diagram to the time; And
When Fig. 4 is the picture system demonstration image of Fig. 1, the measuring value of brightness another schematic diagram to the time.
Main element symbol description
100 picture system 110 display unit
112 light emitting source 114 OPTICAL SENSORS
116 interference signal sensor 118 image control apparatus
The left eyeglass of 190 glasses 192
194 right eyeglasses
Embodiment
Below will coordinate relevant drawings that embodiments of the invention are described.In these accompanying drawings, identical label represents same or similar element or process step.
In specification and follow-up claim, used some vocabulary to censure specific element.One of ordinary skill in the art should understand, and may have different nouns in order to call same element.This specification and follow-up claim are not usingd the difference of title as the mode of distinguishing element, but using the difference of element in function as the benchmark of distinguishing.In the whole text, in specification and follow-up claim, be open term mentioned " comprising ... ", should be interpreted as " including but not limited to ... ".In addition, " coupling " word comprises directly any and indirectly connects means.Therefore, if describe first device in literary composition, be coupled to the second device, represent that first device can directly connect signal connected modes such as (comprise by being electrically connected) wire/wireless transmission or optical delivery in the second device, or by other device or connection means indirectly electrically or signal be connected to the second device.
Fig. 1 is the schematic diagram after the picture system 100 of one embodiment of the invention is simplified, and picture system 100 comprises display unit 110 and glasses 190.Display unit 110 comprises light emitting source 112, OPTICAL SENSORS 114, interference signal sensor 116 and image control apparatus 118; Glasses 190 comprise left eyeglass 192 and right eyeglass 194.
Display unit 110 is in order to provide image to view and admire to user, and display unit 110 can adopt the display unit of CRT display, projection arrangement, various flat display apparatus or other type.When display unit 110 provides stereo-picture, it (is simplified illustration that display unit 110 can provide respectively the picture frame that user's left eye and right eye are delivered in tendency to develop in the different periods, hereinafter referred to as left-eye image frame and eye image frame), and left eyeglass 192 and right eyeglass 194 that glasses 190 were opened respectively and covered in the suitable period, allow eyeglass present respectively light transmission state and non-in fact light transmission state in fact, to allow user produce the effect that can view and admire stereo-picture.
The light emitting source 112 of display unit 110 is in order to produce the needed brightness of display unit 110, to allow user watch the shown picture of display unit 110.For example, light emitting source 112 can be the bulb of projector, the backlight of flat display apparatus, organic light emitting apparatus or other can provide the device of the needed brightness of display unit.In Fig. 1, only use a light emitting source 112 with simplified illustration, in another embodiment, can adopt one or more light emitting sources, and light emitting source can be arranged at inside or the outside of display unit 110.
OPTICAL SENSORS 114 is in order to the light luminance of sensing display device 110 contexts, and OPTICAL SENSORS 114 can adopt various photosensitive (photosensitive) element, for example, and the elements such as photo resistance or photodiode.The light luminance of OPTICAL SENSORS 114 sensing display device 110 contexts also converts corresponding output signal to, can directly adopt the output signal of OPTICAL SENSORS 114 or the output signal of OPTICAL SENSORS 114 (is for example passed through to signal processing apparatus, rectifier circuit etc., in Fig. 1, do not show) signal after processing, as the measuring value of the light luminance of display unit 110 contexts.
The interference source that may impact the light luminance of display unit 110 contexts for other, can adopt various interference signal sensors 116 in order to sensing.For example, ac power supply system can be with certain output frequency (for example, 50 hertz or 60 hertz etc.) supply with electric power, therefore, light fixture arround display unit 110 (not showing in Fig. 1) can produce along with the output frequency of ac power supply system periodic light and shade to be changed, and causes the brightness of display unit 110 contexts also can produce light and shade variation thereupon.Therefore, the electric power signal that the present embodiment is supplied with by interference signal sensor 116 sensing ac power supply systems, as the measuring value of the light luminance of display unit 110 contexts.
In the present embodiment, the light luminance to display unit 110 contexts that OPTICAL SENSORS 114 and/or interference signal sensor 116 continue carries out sensing.In another embodiment, OPTICAL SENSORS 114 and/or interference signal sensor 116 only carry out sensing in the specific period.
In the present embodiment, display unit 110 comprises OPTICAL SENSORS 114 and interference signal sensor 116 simultaneously.In another embodiment, display unit 110 only comprises OPTICAL SENSORS 114 or only comprises interference signal sensor 116.In another embodiment, can only adopt the amount of brightness measured value of 114 sensings of OPTICAL SENSORS, only adopt the amount of brightness measured value of 116 sensings of interference signal sensor or the amount of brightness measured value of OPTICAL SENSORS 114 and 116 sensings of interference signal sensor is merged in various weight modes, to provide image control apparatus 118 to carry out computing.
Image control apparatus 118 is in order to receive the measuring value of light luminance of 114 sensings of OPTICAL SENSORS and/or the measuring value of the light luminance of 116 sensings of interference signal sensor, and according to the measuring value of these light luminances, when judgement display unit 110 shows left-eye image frame and/or eye image frame, whether difference is too large for the light luminance of context, and need to adjust.In addition, image control apparatus 118 also can be used the measuring value of the light luminance of OPTICAL SENSORS 114 and/or 116 sensings of interference signal sensor, with various signal processor systems, follow the trail of or the variation of prediction light luminance, and the foundation when adjusting the elements such as light emitting source 112 and glasses 190.For example, image control apparatus 118 can couple or the mode such as built-in adaptive filter (adaptive filter) or phase-locked loop (phase-locked loop), using the measuring value of light luminance of OPTICAL SENSORS 114 and/or 116 sensings of interference signal sensor as input, and follow the trail of or the variation of prediction light luminance.
When image control apparatus 118 shows image except usining, the amount of brightness measured value of sensor institute sensing is as judgement, also the amount of brightness measured value of each sensor institute sensing first can be carried out judging after signal processing again, or the discreet value of carrying out after computing according to the amount of brightness measured value of each sensor institute sensing with other signal processing apparatus or image control apparatus 118 judges.
Image control apparatus 118 can adopt the mode of one or more adjustment.For example, in one embodiment, image control apparatus 118 can be adjusted brightness, the light transmittance of the eyeglass 192 of the frequency of the demonstration image of adjustment display unit 110, adjustment glasses 190 and/or 194 of light emitting source 112 and/or adjust eyeglass 192 and/or the modes such as length of 194 unlatching periods of glasses 190, and the gap of user's brightness when watching left-eye image frame and eye image frame can be reduced.In addition, image control apparatus 118 can be built-in or be coupled various signal processing apparatus to carry out above-mentioned adjustment, for example, image control apparatus 118 can be built-in or be coupled to the various signal processing apparatus such as picture frame conversion equipment, adaptive filter or logical circuit, the action that makes image control apparatus 118 judge and to adjust.
Glasses 190 comprise left eyeglass 192 and right eyeglass 194, left eyeglass 192 and right eyeglass 194 can adopt the devices such as liquid-crystal apparatus, optical profile type, electronic type or mechanical type, the control signal that coordinates image control apparatus 118 to send, and open or cover left eyeglass 192 and right eyeglass 194, and capable of regulating presents the time parameter such as segment length of light transmission state.For example, when adopting some device to implement eyeglass 192 and 194 (, liquid-crystal apparatus), can also the whole left eyeglass 192 of a nearly step and the light transmittance of right eyeglass 194.
Below will use Fig. 1 Fig. 2 to Fig. 4 that arranges in pairs or groups, further illustrate the function mode of image control system 100.Fig. 2 is the measuring value of the OPTICAL SENSORS 114 of display unit 110 and/or the light luminance of 116 sensings of the interference signal sensor schematic diagram to the time.Brightness curve in Fig. 2, represents that OPTICAL SENSORS 114 and/or interference signal sensor 116 are when the time point corresponding to transverse axis, the light luminance sensing.
In Fig. 2, display unit 110 is respectively at T (1), T (3) ... in the period of T (2n+1), show left-eye image frame, and in T (2), T (4) ... in the period of T (2n), show eye image frame.User's left eye can be in tL (1), tL (3) ... the period of tL (2n+1) is watched left-eye image frame by the left eyeglass 192 of glasses 190, and right eyeglass 194 now covers user's right eye.User's right eye can be in tR (1), tR (3) ... the period of tR (2n+1) is watched eye image frame by the right eyeglass 194 of glasses 190, and left eyeglass 192 now covers user's left eye.。As shown in Figure 2, if when each period tL (n) is not identical with the corresponding brightness of tR (n), can affect the quality that user views and admires image.In Fig. 2 to Fig. 4, period tL (n) and tR (n) only illustrate with simplified illustration with point-like, and in fact period tL (n) and tR (n) have reasonable time length.
In the present embodiment, the period T (n) of the demonstration image of display unit 110 is set to fix, user views and admires the period tL (n) of left-eye image frame and the time interval between each tL (n) is set to fix (hereinafter referred to as the cycle of tL (n), cycle can be defined as the time interval of the initial time of period tL (n) and tL (n+1) or end time etc.), and user is viewed and admired to the period tR (n) of eye image frame and the time interval between each tR (n) is all set to fix (hereinafter referred to as the cycle of tR (n)).For example, when display unit 110 shows image with the frequency of 120 hertz, show that the period T (n) of image can be set to 1/120 second, and the cycle of the cycle of tL (n) and tR (n) can be set to 1/60 second.
While showing image due to each period tL (n) with tR (n), corresponding brightness is different, therefore, image control apparatus 118 can be adjusted the brightness of light emitting source 112, to allow user all can have identical in fact brightness when watching left-eye image frame or eye image frame.The brightness that image control apparatus 118 is adjusted light emitting source 112 has numerous embodiments, for example, in one embodiment, when when showing image, the brightness of sensor institute sensing is lower than preset value, image control apparatus 118 improves the brightness of light emitting source 112, and/or when when showing image, the brightness of sensor institute sensing is higher than preset value, image control apparatus 118 reduces the brightness of light emitting source 112.In another embodiment, when when showing image, the brightness of sensor institute sensing is lower than preset value, image control apparatus 118 reduces the brightness of light emitting source 112, and/or when when showing image, the brightness of sensor institute sensing is higher than preset value, image control apparatus 118 improves the brightness of light emitting source 112.In the above embodiments, image control apparatus 118 can adopt the preset value of one or more identical numerical value or different numerical value and the light luminance of OPTICAL SENSORS 114 and/or 116 sensings of interference signal sensor to compare, and usings as the foundation of adjusting light emitting source 112.
In another embodiment, the cycle of cycle, the period tR (n) of the period T (n) of the demonstration image of display unit 110, period tL (n), tL (n) and tR (n) is all set to fix.When each period tL (n) shows image with tR (n), corresponding brightness is different, image control apparatus 118 can be adjusted the light transmittance of left eyeglass 192 and the right eyeglass 194 of glasses 190, allows user when watching left-eye image frame or eye image frame, all can have identical in fact brightness.For example, when when showing image, the brightness of sensor institute sensing is higher than preset value, image control apparatus 118 reduces the light transmittance of left eyeglass 192 and/or right eyeglass 194, and/or when when showing image, the brightness of sensor institute sensing is lower than preset value, image control apparatus 118 improves the light transmittance of left eyeglass 192 and/or right eyeglass 194.In another embodiment, image control apparatus 118 can arranged in pairs or groups and adjusted the light transmittance of the brightness of light emitting source 112 and the eyeglass of glasses 190.For example, when when display unit 110 shows image, the brightness of sensor institute sensing is higher than preset value, image control apparatus 118 improves the brightness of light emitting source 112, and the light transmittance of eyeglass is reduced, or with the compound mode of the light transmittance of the brightness of various adjustment light emitting sources 112 and the eyeglass of glasses 190, the brightness while allowing user watch image can be identical in fact.
As shown in Figure 3, in another embodiment, the period T (n) of the demonstration image of display unit 110 is set to fix, the period that now image control apparatus 118 is viewed and admired left-eye image frame by user is adjusted into tL1 (n), and the period that user views and admires eye image frame is adjusted into tR1 (n), the brightness while allowing user view and admire left-eye image frame and eye image frame can be identical in fact.For example, image control apparatus 118 can select as user, to view and admire period tL1 (n) and the tR1 (n) of the eyeglass unlatching of image when brightness is a preset value, to open the left eyeglass 192 of glasses 190 when period tL1 (n) and to cover right eyeglass 194, and open the right eyeglass 194 of glasses 190 and cover left eyeglass 192 when period tR1 (n).In another embodiment, image control apparatus 118 is only adjusted into the period of left-eye image frame tL1 (n), or the period of only user being viewed and admired to eye image frame is adjusted into tR1 (n).In another embodiment, image control apparatus 118 can be adjusted the period that user views and admires image, and is arranging in pairs or groups and adjusting the light transmittance of the brightness of light emitting source 112 and/or the eyeglass of glasses 190, and the brightness when allowing user watch image can be identical in fact.In the embodiments of figure 3, the cycle of period tL1 (n) and tR1 (n) is not set to fix.In another embodiment, can period tL1 (n) and/or cycle of tR1 (n) be set to fix.
When unlatching period of eyeglass is longer, the brightness that user watches is higher.In another embodiment, image control apparatus 118 can divide other to adjust the left eyeglass 192 of glasses 190 and the unlatching period of right eyeglass 194, and the brightness while allowing user watch image can be identical in fact.For example, when when showing image, corresponding brightness is lower than preset value, elongated segment during by the unlatching of the eyeglass of glasses 190, and/or when when showing image, corresponding brightness is higher than preset value, by the unlatching period shortening of the eyeglass of glasses 190.In another embodiment, image control apparatus 118 is adjusted the unlatching period of the eyeglass of glasses 190, and the above-mentioned one or more methods of adjustment of arranging in pairs or groups, and the brightness while allowing user watch image can be identical in fact.
As shown in Figure 4, in another embodiment, image control apparatus 118 is adjusted the frequency that display unit 110 show images, and the brightness when allowing user watch image can be identical in fact.For example, image control apparatus 118 is changed the image originally showing with the frequency of 120 hertz, or use picture frame conversion equipment (not showing in Fig. 1) that this image is changed, for example, so that display unit 110 can show the image (, the frequency of 100 hertz) after conversion with lower frequency.Now, show that the period T1 (n) of image can be set to 1/100 second, and the cycle of the cycle of tL2 (n) and tR2 (n) can be set to 1/50 second.In another embodiment, image control apparatus 118 also can be converted to image with higher frequency and show, and other element of the adjustment of collocation.In another embodiment, image control apparatus 118 is adjusted the frequency that display unit 110 shows image, and the above-mentioned one or more methods of adjustment of arranging in pairs or groups, and the brightness while allowing user watch left-eye image frame and eye image frame can be identical in fact.
In another embodiment, the one or more light adjusting devices that are arranged at display unit outside of image control apparatus 118 capable of regulatings, or image control apparatus 118 capable of regulating display unit extraneous light adjusting devices the above-mentioned one or more methods of adjustment of arranging in pairs or groups, the brightness when allowing user watch left-eye image frame and eye image frame can be identical in fact.
Above-described element, as light emitting source 112, OPTICAL SENSORS 114, interference signal sensor 116 and image control apparatus 118 etc., can be arranged at respectively display unit inner or outside, and can adopt discrete circuit (discrete circuit), integrated circuit, processor, other suitable hardware, software or adopt the modes such as software collocation hardware to realize.Each interelement can be used wired or wireless mode to couple.The quantity of the element in figure, position and annexation are only schematically, can consider to be integrated into an element according to design, or realize in the mode of a plurality of elements.For example, in one embodiment, OPTICAL SENSORS 114 can be arranged at left eyeglass 192 and right eyeglass 194 rears of glasses 190, and the image brightness that more accurate sensing user watches.Other element, as image control apparatus 118 etc., also according to different design, consider and can be arranged at the outside of display unit 110 or be arranged at glasses 190 etc., or display unit 110 and glasses 190 are carried out to the modes such as combination being changed, and all can reach effect of the present invention.
At the stereo-picture that provides described in this specification and claim, it can be any stereoscopic imaging technology of application and the mode that allows user obtain to view and admire three-dimensional image effect not refers to that stereo-picture necessarily need to occupy the restrictions such as entity space.In addition, though this specification be take, provide the display unit of stereo-picture as example, the present invention also applicable to this type of user's left eye and right eye because watch the asynchronism(-nization) of image, and need to adjust the application of image brightness or ambient light brightness.
The accompanying drawing of this specification is only schematically to draw, and for for purpose of brevity, has omitted other circuit, element and annexation in accompanying drawing.In addition, the foregoing is only the preferred embodiments of the present invention, all equalizations of doing according to the claims in the present invention change, modify and combination, all should belong to covering scope of the present invention.
Claims (4)
1. an image control apparatus, in order to couple a display unit, described display unit can be used with a glasses collocation, and described image control apparatus comprises:
One first input end, a plurality of light sensing signals that transmit in order to receive one or more sensors;
One second input, in order to couple a picture frame conversion equipment; And
One signal processing apparatus, in order to the described a plurality of light sensing signals of foundation, control described picture frame conversion equipment and a plurality of the first view data that show with a first frequency are converted to a plurality of the second view data that show with a second frequency, and control described display unit with one first, 1 second, 1 the 3rd and one the 4th continuous picture frame of described a plurality of the second view data of described second frequency demonstration;
One first period of one first eyeglass of wherein said glasses when described display unit shows described the first picture frame and one the 3rd period while showing described the 3rd picture frame present light transmission state, and one second period of one second eyeglass of described glasses when described display unit shows described the second picture frame and one the 4th period while showing described the 4th picture frame present light transmission state.
2. image control apparatus according to claim 1, wherein:
When corresponding to described first, described second, the described the 3rd and/or described a plurality of light sensing signals of described the 4th period during lower than first preset value, and/or when corresponding to described first, described second, the described the 3rd and/or described a plurality of light sensing signals of described the 4th period during higher than second preset value, described signal processing apparatus is adjusted the brightness of light emitting source corresponding to the described period.
3. image control apparatus according to claim 1 and 2, wherein:
Described signal processing apparatus can be according to described a plurality of light sensing signals to adjust described first eyeglass of described glasses and/or the light transmittance of described the second eyeglass.
4. image control apparatus according to claim 1 and 2, wherein:
Described signal processing apparatus can be according to described a plurality of light sensing signals to adjust length and/or the length of described the second period of described the first period.
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| CN201410315567.8A CN104065955B (en) | 2011-03-17 | 2011-03-17 | Image control apparatus |
| CN201110065285.3A CN102685520B (en) | 2011-03-17 | 2011-03-17 | Image control device |
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| CN201110065285.3A CN102685520B (en) | 2011-03-17 | 2011-03-17 | Image control device |
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| CN105572882A (en) * | 2014-10-10 | 2016-05-11 | 浙江亿思达显示科技有限公司 | 3D glasses capable of adjusting light brightness according to ambient light |
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| CN101878654A (en) * | 2007-11-28 | 2010-11-03 | 皇家飞利浦电子股份有限公司 | 3d visualization |
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