CN201909899U - Suspension display system for stereoscopic image - Google Patents
Suspension display system for stereoscopic image Download PDFInfo
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- CN201909899U CN201909899U CN2010205840845U CN201020584084U CN201909899U CN 201909899 U CN201909899 U CN 201909899U CN 2010205840845 U CN2010205840845 U CN 2010205840845U CN 201020584084 U CN201020584084 U CN 201020584084U CN 201909899 U CN201909899 U CN 201909899U
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Images
Abstract
The utility model discloses a suspension display system for a stereoscopic image. The suspension display system comprises an image box, an optical imaging device, a stereoscopic imaging device and a material object display device, wherein an image instrument is arranged in the image box; the optical imaging device is arranged at the upper part in the image box and comprises one or two transflective mirrors which are not spliced together and faces each other; an included angle between each transflective mirror and a level is Alpha, and the Alpha is more than 0 DEG and less than 90 DEG; an image generated by the image instrument is positioned on an image screen, an included angle between the image screen and the level is Beta, and the Beta is more than or equal to 0 DEG and less than or equal to 90 DEG; the stereoscopic imaging device comprises a stereo projection device and stereo glasses; and the material object display device comprises a transmission rotating mechanism and a motor. In order to ensure the effect to be more real and more practical and to be further combined with the environment, a machine body of the system can be provided with a sound box, and a touch screen and various sensor devices can be arranged on the image box, therefore, the suspension display system for the stereoscopic image can realize human-computer interaction, can be provided with a brochure shelf, a book shelf and an environment monitor and can be used for placing diversified information such as a publicizing picture, a poster and the like at the four sides, so that the suspension display system for the stereoscopic image can be combined with the public environment, so as to improve the practical value.
Description
[technical field]
The utility model relates to a kind of image suspension system, particularly relates to a kind of optical imagery and three-dimensional imaging principle utilized, the stereopsis suspension system of utilizing 1 to 2 semi-permeable mirror or a plurality of translucent eyeglass to form.
[background technology]
Along with the development of social economy and culture, current people go to pursue visual enjoyment more and more, and image suspension technology (holographic phantom imaging technology) all is applied in a lot of fields, brings people unlimited reverie with its peculiar visual effect.There are some image suspension systems (or claim phantom imaging system) can be comprehensive now, or image is watched in single orientation, post-processed in conjunction with image, they can produce the image (being the virtual image in fact) with the skyborne sensation that suspends, but the image of their all demonstrations all is two-dimentional (promptly suspending skyborne is the video dough sheet), even some system can 360 the comprehensive video of watching of degree with suspension effect, but the also video that is stitched together of some dough sheets just that spectators are actual to be seen, also do not reach the sort of stereoscopic sensation of the real-world object of seeing as human eye, so their visual stereo effect also has generation to improve, and the mode of their displaying images is also dull, and the mode novelty of visual presence not enough.
The image suspension system that existing single face is showed generally all is to be applied in stage and some bigger displaying places, also acomia applying in a flexible way.Though the picture than the system imaging of other equal volume is big, can not multiaspect watch, and does not have stereoscopic sensation.
The image suspension system of existing comprehensive displaying, though can the comprehensive image of watching, little than the image frame of the suspension system of other equal volume, stereoscopic sensation is strong not enough.
These all shortcomings make the application of these image suspension systems have limitation.
[utility model content]
Technical purpose of the present utility model is to overcome the defective of prior art and improved, and provides a kind of the image suspension is watched in the air, makes image seem to have the stereopsis suspension system of stereoeffect function.
To achieve these goals, the utility model provides a kind of stereopsis suspension display system, comprises image case, optical imaging device, stereoscopic imaging apparatus and material object display device, is provided with image instrument in the image case; Described optical imaging device is positioned at the top of image case inside, comprise one or two not mutually splicing and direction be over against the semi-transparent reflection mirror, angle between each semi-transparent reflection minute surface and the surface level is α, and 0 °＜α＜90 °, the image that image instrument produces is positioned on the video screen, angle between video screen and the surface level is β, and 0 °≤β＜90 °; Described stereoscopic imaging apparatus comprises stereoprojection equipment and anaglyph spectacles; Material object display device comprises transmission rotating mechanism and motor.
Three-dimensional source images image instrument of the present utility model can adopt optical projection system, comprise projector and projection screen, it also comprises anaglyph spectacles, shakes light microscopic sheet, baffle plate, leg, semi-transparent reflection mirror, stereo set and control system partially, wherein, the external engine body of baffle plate and leg construction system, the top of body (being the top in the image case) has from the solid space right exterior visual of semi-transparent reflection minute surface, that be enough to show the stereo suspending image.
The screen of described projection equates with semi-transparent reflection mirror quantity, all be placed in the image case, angle α angle between each semi-transparent reflection minute surface and the surface level is in the scope of 0 °＜α＜90 °, image plane (being video screen) that image instrument produces and the angle β angle between the surface level are in the scope of 0 °≤β＜90 °, every semi-transparent reflection mirror all is arranged on the top of corresponding projection screen and is inclined in the body, makes the shown source images of each projection screen can drop on the suspension image viewing area of body symmetrically in the virtual image that another side became of semi-transparent reflection mirror.During use, all image displays are shown image synchronously by the computer in the control system, because the semi-transparent reflection mirror tilts to be placed in the device body, these virtual images just can be respectively is axis of symmetry with the semi-transparent reflection mirror of its imaging, with the another side imaging of the semi-transparent reflection mirror of image display symmetry, from two inside, the past system imaging district of direction that the semi-transparent reflection minute surface is right, can see that the virtual image that is become is suspended in the air, if image is through special processing, after then putting on anaglyph spectacles, image seems to have stereoscopic visual effect and is suspended in aerial.
Described projector can adopt 2 groups of any type projectors, and two every group, described anaglyph spectacles adopts shake light anaglyph spectacles partially.Described projection screen (source video screen) is not have the screen (for example metal screen) that destroys the polarized light attribute.Described projector lens will block with the polarized light eyeglass, makes wherein a light that appears become the polarized light of vertical light wave, and another light that appears becomes lateral light wave polarization light.The polarized light that comes out from the polarized light eyeglass arrives projection screen, demonstrate the source image, because described projection screen is can not destroy the polarized light attribute, so the light that comes out from projection screen still and originally the same have a polarized light attribute, again because can not destroy polarized light after the reflection of the light of source image through the semi-transparent reflection mirror yet, so the polarized light that the image of source screen penetrates by the semi-transparent reflection mirror reversal normally (attribute that is polarized light is the same with reflection back attribute before reflection) by anaglyph spectacles arrival human eye, the left eyeglass lens of described anaglyph spectacles has the function that the polarized light of playing the right eye picture is sheltered from, the right eye eyeglass of described anaglyph spectacles has the function that the polarized light of playing the left eye picture is sheltered from, the right eye of so just having realized the people can only be seen the picture of the right eye that plays out, left eye can only be seen the picture that plays out left eye, thereby the generation parallax effect, final image produces the effect of stereo suspending.
But the image of described right and left eyes is processed into the picture of synchronous playing by composite software, source images is reflected in the space of setting by the transparent image plate, formation has the image of suspended state, and again according to principle of parallax, what spectators finally saw is the image that has stereoscopic sensation and be suspended in the space.
The technical scheme two that its technical matters that solves the utility model adopts: the same with scheme one image-forming principle, as long as the projection screen of the source images display of one li of scheme is changed into LCD or CRT monitor, cancellation projector gets final product.It comprises, the image picture of two LCD, liquid crystal light valve anaglyph spectacles and process special processings.Described special image picture comprises anthropomorphic dummy's left eye and the image that right eye is seen, by composite software the Flame Image Process of left eye and right eye is become image sequence, about about about ... intert like this and play this a series of image, the interval time of every loyal image of playing is the same with the time of blocking of liquid crystal light valve anaglyph spectacles right and left eyes, require the refreshing frequency of display screen the same with the refreshing frequency of liquid crystal light valve anaglyph spectacles, frequency is more than 20 hertz, promptly when playing left-eye image, have only left eye to see image, at this moment the light valve of anaglyph spectacles right eye is closed, when playing eye image, have only right eye to see image, at this moment the light valve of anaglyph spectacles left eye is closed.What spectators saw is the virtual image of source images, source images is formed on spectators by special glass-reflected in the space of setting vision has the virtual image of strong suspension effect, again according to principle of parallax, spectators finally see is that stereoscopic sensation is extremely strong and be suspended in the virtual image in space.
The technical scheme three that its technical matters that solves the utility model adopts:
As long as the source images of two li of schemes is processed into the sequence of pictures of apish right and left eyes, green partially the visual whole furnishing of right eye, red partially the integral image furnishing of left eye, spectators put on the image that the red and green complementary color anaglyph spectacles just can be watched stereo suspending again.The eyeglass of described anaglyph spectacles is made up of two red and green complementary color eyeglasses, the light of Lv Se image and red partially image light do not change by the light tone that half-mirror reflects partially, these light are blocked when the complementary color eyeglass by separately, realized that so also people's right eye can only see the right eye picture that plays out, left eye can only be seen the left eye picture that plays out, thereby the generation parallax effect, final image produces the effect of stereo suspending.
The cost maximum of scheme one, effect is best, and practicality is stronger.
The cost of scheme two is less, and effect is better, and practicality is stronger.
The cost minimum of scheme three, but effect is poor slightly, practical.
Preferably, described angle α is 50 °, and angle β is 35 °.
Preferably, the optical imaging device below is provided with a support member, and described support member is prism-shaped, and the bottom surface of described every semi-transparent reflection mirror is located on the support member upper surface.
Preferably, described optical imaging device top and two sides are equipped with shutter, and described shutter inside surface is provided with the ater light absorbent.
Preferably, described anaglyph spectacles is polarized light anaglyph spectacles or liquid crystal valve anaglyph spectacles or red and green complementary color anaglyph spectacles.
Preferably, described transmission rotating mechanism comprises that two are the swingle that crosswise intersects, and the two ends of swingle are equipped with at least one folder in kind, and described transmission rotating mechanism is located on the support member.
Preferably, described image instrument is a projector, and video screen is a liquid crystal display, or plasma television screen, or the CRT screen, or the metal screen, or advertising lamp box.
Preferably, described stereoprojection equipment comprises at least one projector, and projector and the corresponding placement of all semi-transparent reflection mirrors are installed on the shutter of optical imaging device top, have a polarized light eyeglass on the camera lens of projector.
Preferably, the shutter outside surface of the optical imaging device two sides on the described image casing is provided with liquid crystal display or advertising lamp box.
The shown image of described video screen is to handle the image that generates by three-dimensional software or composite software, and image can be simulated the left eye of taking the people and the image that right eye is seen respectively by two cameras in three-dimensional software.The shown image of described video screen is also used real two cameras, or the other technologies simulation image that right and left eyes photographed, described anaglyph spectacles can be the polarized light anaglyph spectacles, also liquid crystal light valve anaglyph spectacles, also red green anaglyph spectacles is if use projector, can use the polarized light anaglyph spectacles, if use common display, then to use liquid crystal valve anaglyph spectacles, perhaps the red and green complementary color anaglyph spectacles.
The utility model according to actual needs, if being produced, this system has the image that suspends and have stereoeffect again, projector just must be fixed on the body top, invest the screen of source image from top to bottom, if being produced, this system has the image that suspends and do not have stereoeffect, projector can be fixed on the body top and also can be fixed in the imaging case of body below, if be fixed in the imaging case of body below the screen that projector then invests source images from the bottom up, if described half-mirror has two, then they will be positioned over imaging case top in the body over against inclination, the source images display screen of described image display and the α angle of surface level are in the scope of 0 °≤α＜90 °, and the angle β of institute's half-mirror and surface level is in the scope of 0＜β＜90 °.Described control system comprises computer, DVD playback equipment and some gauge tap, and described control system both can be arranged on the body, also can be provided with the body split; Described baffle plate and leg are lighttight, medial surface is the material of black light-absorbing, can make the suspension image display area of body keep darker state, so that the image clear display that suspends, the height of image case top is generally can keep off on 1.6 meters, be advisable in the one sight line position of removing the people, the both direction that the half-mirror above the image case is faced, and sight line can penetrate from imageable areas; Described half-mirror can degree of being film clear glass or clear plate glass, perhaps transparent organic glass etc.
Presentation content of the present utility model can be the ordinary video of not passing through special processing, but only produce the suspension effect on plane, if cooperate special presentation content just can produce unsettled image with stereoeffect, image need be processed into anthropomorphic dummy's left eye and two group images that eye is seen, if again the background process in the presentation content is become ater, spectators are by the anaglyph spectacles with last appointment, the image effect of finally seeing can have very strong three-dimensional unsettled sensation, for example the content of image is that a people is being run towards spectators, the image effect finally seen of spectators is so, this people is suspended in the air runs to spectators that (background of the image that spectators see is exactly on-the-spot real background, has penetrability), have real distance perspective, visual effect is very novel.
Also can also can reach the image effect of stereo suspending, can also effectively save cost like this picture, picture poster directly as imaging source.
The utility model can further be done improvement: set up material object display device, material object display device is positioned at the imaging space of semi-transparent reflection mirror support top, the material object of showing can be fixed on the geometrical clamp in kind of material object display device, for example but in kind can the rotating automatically in the time of setting of the video image in the coupled system showed, described material object display device comprises, motor, geometrical clamp in kind, swingle, motor can rotate by the time of setting, thereby driving geometrical clamp in kind rotates, realize displaying by turns in kind, this actual situation in conjunction with display form, more effectively improved the propaganda of product advertising and renderd a service.
The utility model, as long as semi-transparent reflection mirror and image source are enough big, the content of image, for example the ratio that people, automobile, animal etc. can 1: 1 shows.
In order to make effect truer, have more practicality, more can combine, can on the native system body, load onto audio amplifier with environment, touch-screen and various sensor device also can be installed on the image case make the man-machine interaction of the utility model energy, also hold-down bar, bookshelf, environment monitor can be installed, can lay picture poster at the system four sides, the information of diversification such as placard can combine the utility model with public environment, to improve its practical value.
Useful technique effect of the present utility model:
(1), breaks through existing plane display mode, have two-sided i.e. four sides display characteristic, also can watch image by putting on anaglyph spectacles through special processing, image seems to have stereo space sense and the skyborne function that suspends, and it is more vivid that image is shown.The image that suspends not is the image on plane, but has the image of stereoscopic visual effect.Really realized the sight that only in science fiction movies, just can see, because image is real stereo-picture, so the content of the inside has far and near actual distance sense, promptly putting on anaglyph spectacles watches, the image of the suspension of process special processing can be gone to the beholder at the moment, visuality has broken through the image effect of present plane floatation, makes the bandwagon effect of image reach a kind of brand-new boundary, and people can fully experience the visual enjoyment that science and technology is brought.
(2), spectators can watch image (both direction of front and right opposite) to be fit to very much be placed in corridor or some passages from both direction.And the image frame display size under equal hardware size is bigger than the picture of present other omnibearing suspension display systems.When not wearing anaglyph spectacles, the suspension image of seeing is vivid and interesting very also, and promptly any image file does not need to handle through special, just can realize not needing to wear anaglyph spectacles and also can watch and be suspended in aerial flat image.
(3), a platform in kind is arranged in the image viewing area, can place material object, different article can be rotated automatically by wheelwork, will show that so in kind and dynamic suspension image realized the actual situation interaction display, have improved whole visual presence and have renderd a service.
(4), can design the utility model according to the size of the image of needed stereo suspending, the big I of the utility model specification is in 0.1～30 meter scope.
(5), structure is comparatively simple compact, production cost is reasonable, volume is changeable, practical, can satisfy the displaying needs in the different place of indoor and outdoors, have and put on anaglyph spectacles and do not put on the function that anaglyph spectacles all can be watched the image of suspension, may be used on science and technology center, museum, stage performance, recreation ground, public arenas such as market, subway.
Below in conjunction with drawings and Examples, the technical solution of the utility model is described in further detail.
[description of drawings]
Fig. 1 is the utility model first embodiment front view;
Fig. 2 is the utility model first embodiment stereographic map;
Fig. 3 is the utility model second embodiment front view;
Fig. 4 is the utility model second embodiment stereographic map;
Fig. 5 is the utility model the 3rd embodiment front view;
Fig. 6 is the utility model the 3rd embodiment left view;
Fig. 7 is real the 3rd embodiment stereographic map of the utility model;
Fig. 8 is the utility model the 4th embodiment front view;
Fig. 9 is real the 4th embodiment stereographic map of the utility model;
Figure 10 is the utility model material object display device front view;
Figure 11 is the utility model material object display device stereographic map.
[embodiment]
Please refer to shown in Fig. 1-2, be the utility model first embodiment, a kind of stereopsis suspension display system is provided, comprise image case 1, optical imaging device, stereoscopic imaging apparatus, be provided with image instrument in the image case; Described image case 1 is to surround the tetragonal body that forms by baffle plate 11, described optical imaging device is positioned at the top of image case 1 inside, optical imaging device comprise two not mutually the splicing and direction be over against semi-transparent reflection mirror 3, angle between each semi-transparent reflection minute surface and the surface level is α, α is 50 °, the image that image instrument produces is positioned on the video screen 4, and the angle between video screen 4 and the surface level is β, and β is 35 °; Described image instrument i.e. two projector 2, are located on the top inner surface of image case 1, are provided with support member 5 on the bottom interior surface of image case 1, and an end of video screen 4 is located on the support member 5, and semi-transparent reflection mirror 3 lower surfaces are located on the upper surface of support member 5.Be positioned on the inside surface of image case 1 of support member two sides and be equipped with leg 6.The virtual image 7 that video screen 4 is arranged in the space between two semi-transparent reflection mirrors 3 in the image case.Projector 2 and projection screen 4, shake light microscopic sheet, baffle plate 11, leg 6, semi-transparent reflection mirror, stereo set and control system mutual group partially and become stereo imaging system anaglyph spectacles.
Please refer to shown in the 3-4,, comprise image case 1, optical imaging device, stereoscopic imaging apparatus, be provided with image instrument in the image case for second embodiment of the present utility model; Described image case 1 is to surround the tetragonal body that forms by baffle plate 11, described optical imaging device is positioned at the top of image case 1 inside, optical imaging device comprise two not mutually the splicing and direction be over against semi-transparent reflection mirror 3, angle between each semi-transparent reflection minute surface and the surface level is α, α is 50 °, the image that image instrument produces is positioned on the video screen 4, and the angle between video screen 4 and the surface level is β, and β is 35 °; The inside surface of 1 liang of side shield 11 of image case that is positioned at the below of optical imaging device is provided with leg 6, and leg 6 upper ends are connected with video screen 4, are provided with support member 5 between two video screens 4, and semi-transparent reflection mirror 3 lower surfaces are located on the upper surface of support member 5.Described image instrument i.e. two projector 2, are located at the position of two side enclosure wall 6 near image case 1 bottom respectively accordingly.The virtual image 7 that video screen 4 is arranged in the space between two semi-transparent reflection mirrors 3 in image case 1.Projector 2 and projection screen 4, shake light microscopic sheet, baffle plate 11, leg 6, semi-transparent reflection mirror, stereo set and control system mutual group partially and become stereo imaging system anaglyph spectacles.
Please refer to shown in Fig. 5-6 and the 9-10, be the utility model the 3rd embodiment, comprise base 35, be located at the support column 33 on the base, be located at two racks 34 at support column middle part, be located at the universal stage 26 at support column 33 tops, be located at the image case 1 on the universal stage, described image case 1 is to surround the tetragonal body that forms by baffle plate 11, described optical imaging device is positioned at the top of image case 1 inside, optical imaging device comprise two not mutually the splicing and direction be over against semi-transparent reflection mirror 3, angle between each semi-transparent reflection minute surface and the surface level is α, and α is 50 °, and the image that image instrument produces is positioned on the video screen 4, angle between video screen 4 and the surface level is β, and β is 35 °; Described image instrument i.e. two projector 2, are located on the top inner surface of image case 1, are provided with support member 5 on the bottom interior surface of image case 1, and an end of video screen 4 is located on the support member 5, and semi-transparent reflection mirror 3 lower surfaces are located on the upper surface of support member 5.Be positioned on the inside surface of image case 1 of 5 liang of sides of support member and be equipped with leg 6.The virtual image 7 that video screen 4 is arranged in the space between two semi-transparent reflection mirrors 3 in image case 1.Also comprise material object display device, material object display device is located on the support member 5, and be positioned at two semi-transparent reflection mirror 3 imaging spaces to small part, the material object of showing can be fixed on the geometrical clamp in kind 36 of material object display device, for example but in kind can the rotating automatically in the time of setting of the video image in the coupled system showed, described material object display device comprises, motor 37, geometrical clamp 36 in kind, swingle 38, motor 37 can rotate by the time of setting, thereby driving geometrical clamp 36 in kind rotates, realize in kindly showing by turns, this actual situation in conjunction with display form, more effectively improved the propaganda of product advertising and renderd a service.Projector 2 and projection screen 4 (video screens?), anaglyph spectacles, shake light microscopic sheet, baffle plate 11, leg 6, semi-transparent reflection mirror, stereo set and control system mutual group partially and become stereo imaging system.
Please refer to shown in Fig. 7-8,, comprise image case 1, optical imaging device, stereoscopic imaging apparatus, be provided with image instrument in the image case for the 4th embodiment of the present utility model; Described image case 1 is to surround the tetragonal body that forms by baffle plate 11, described optical imaging device is positioned at the top of image case 1 inside, optical imaging device comprise two not mutually the splicing and direction be over against semi-transparent reflection mirror 3, angle between each semi-transparent reflection minute surface and the surface level is α, α is 50 °, the image that image instrument produces is positioned on the video screen 4, and the angle between video screen 4 and the surface level is β, and β is 35 °; The inside surface of 1 liang of side shield 11 of image case that is positioned at the below of optical imaging device is provided with leg 6, leg 6 upper ends are connected with video screen 4, be provided with support member 5 between two video screens 4, semi-transparent reflection mirror 3 lower surfaces are located on the upper surface of support member 5.Described image instrument i.e. a projector 2, is located at the center of image case 1 bottom.The virtual image 7 that video screen 4 is arranged in the space between two semi-transparent reflection mirrors 3 in image case 1.Projector 2 and projection screen 4, shake light microscopic sheet, baffle plate 11, leg 6, semi-transparent reflection mirror, stereo set and control system mutual group partially and become stereo imaging system anaglyph spectacles.
The front provides the description to preferred embodiment, so that those skilled in the art person can both understand this use is novel, for this preferred embodiment, present technique field personnel can make various modifications or conversion on the basis that does not break away from the design's principle.For example, the present invention can be according to the different needs of scene, the folk prescription that can change a direction into is to the exploded view suspension system, a cancellation wherein semi-transparent reflection mirror gets final product, cancel material object display device in addition, or the cancellation stereoscopic imaging apparatus, just hope to make image have suspension effect that this modification is not need creative work.Be allly to make in all dropping on of simple modification or the conversion claim protection domain of the present utility model according to claims of the present utility model.
Claims (9)
1. a stereopsis suspension display system comprises image case, optical imaging device, stereoscopic imaging apparatus and material object display device, is provided with image instrument in the image case; It is characterized in that, described optical imaging device is positioned at the top of image case inside, comprise one or two not mutually splicing and direction be over against the semi-transparent reflection mirror, angle between each semi-transparent reflection minute surface and the surface level is α, and 0 °＜α＜90 °, the image that image instrument produces is positioned on the video screen, and the angle between video screen and the surface level is β, and 0 °≤β＜90 °; Described stereoscopic imaging apparatus comprises stereoprojection equipment and anaglyph spectacles; Material object display device comprises transmission rotating mechanism and motor.
2. a kind of stereopsis suspension display system as claimed in claim 1 is characterized in that described angle α is 50 °, and angle β is 35 °.
3. a kind of stereopsis suspension display system as claimed in claim 1 is characterized in that, the optical imaging device below is provided with a support member, and described support member is prism-shaped, and the bottom surface of described every semi-transparent reflection mirror is located on the support member upper surface.
4. a kind of stereopsis suspension display system as claimed in claim 1 is characterized in that, described optical imaging device top and two sides are equipped with shutter, and described shutter inside surface is provided with the ater light absorbent.
5. a kind of stereopsis suspension display system as claimed in claim 1 is characterized in that, described anaglyph spectacles is polarized light anaglyph spectacles or liquid crystal valve anaglyph spectacles or red and green complementary color anaglyph spectacles.
6. a kind of stereopsis suspension display system as claimed in claim 1, it is characterized in that, described transmission rotating mechanism comprises that two are the swingle that crosswise intersects, and the two ends of swingle are equipped with at least one folder in kind, and described transmission rotating mechanism is located on the support member.
7. a kind of stereopsis suspension display system as claimed in claim 1 is characterized in that described image instrument is a projector, and video screen is a liquid crystal display, or plasma television screen, or the CRT screen, or the metal screen, or advertising lamp box.
8. a kind of stereopsis suspension display system as claimed in claim 1, it is characterized in that, described stereoprojection equipment comprises at least one projector, projector and the corresponding placement of all semi-transparent reflection mirrors, be installed on the shutter of optical imaging device top, have a polarized light eyeglass on the camera lens of projector.
9. a kind of stereopsis suspension display system as claimed in claim 1 is characterized in that the shutter outside surface of the optical imaging device two sides on the described image casing is provided with liquid crystal display or advertising lamp box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205840845U CN201909899U (en) | 2010-10-28 | 2010-10-28 | Suspension display system for stereoscopic image |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205840845U CN201909899U (en) | 2010-10-28 | 2010-10-28 | Suspension display system for stereoscopic image |
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| CN201909899U true CN201909899U (en) | 2011-07-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205840845U Expired - Fee Related CN201909899U (en) | 2010-10-28 | 2010-10-28 | Suspension display system for stereoscopic image |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104918038A (en) * | 2014-03-11 | 2015-09-16 | 崔海龙 | 3D observation device with glassless mode |
| TWI564063B (en) * | 2015-01-16 | 2017-01-01 | Floating projection game and learning system | |
| CN107167991A (en) * | 2017-07-14 | 2017-09-15 | 朱平齐 | A kind of holographic projector for reproducing article 3-dimensional image |
| CN109031917A (en) * | 2018-09-30 | 2018-12-18 | 深圳市谛源光科有限公司 | A kind of holographic display |
| CN112668540A (en) * | 2021-01-06 | 2021-04-16 | 安徽省东超科技有限公司 | Biological characteristic acquisition and identification system and method, terminal equipment and storage medium |
-
2010
- 2010-10-28 CN CN2010205840845U patent/CN201909899U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104918038A (en) * | 2014-03-11 | 2015-09-16 | 崔海龙 | 3D observation device with glassless mode |
| CN104918038B (en) * | 2014-03-11 | 2018-09-07 | 崔海龙 | Bore hole stereopsis device |
| TWI564063B (en) * | 2015-01-16 | 2017-01-01 | Floating projection game and learning system | |
| CN107167991A (en) * | 2017-07-14 | 2017-09-15 | 朱平齐 | A kind of holographic projector for reproducing article 3-dimensional image |
| CN109031917A (en) * | 2018-09-30 | 2018-12-18 | 深圳市谛源光科有限公司 | A kind of holographic display |
| CN112668540A (en) * | 2021-01-06 | 2021-04-16 | 安徽省东超科技有限公司 | Biological characteristic acquisition and identification system and method, terminal equipment and storage medium |
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Granted publication date: 20110727 Termination date: 20131028 |