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CN101038421A - Volumetric 3D display system based on multiple projectors rotating screen - Google Patents

Volumetric 3D display system based on multiple projectors rotating screen
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CN101038421A
CN101038421ACN 200710107887CN200710107887ACN101038421ACN 101038421 ACN101038421 ACN 101038421ACN 200710107887CN200710107887CN 200710107887CN 200710107887 ACN200710107887 ACN 200710107887ACN 101038421 ACN101038421 ACN 101038421A
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projector
dimensional
screen
rotating screen
image
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CN101038421B (en
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朱秋东
王涌天
郝群
黄涛
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Beijing Institute of Technology BIT
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Translated fromChinese

本发明提供一种基于多投影机旋转屏的体三维显示系统,包括:一旋转屏,由电机带动旋转;图像处理装置,在柱坐标系中将三维物体模型分解成一系列多角度的二维图像并传送给各个投影机的数据处理单元;至少两台投影机,沿旋转屏周围摆放,将对应角度的一个二维图像同步投影在一个旋转屏幕上,从而重构出与真实物体相似的三维图像。采用本发明,可以提高刷新率、分辨率及灰阶,在现有的软硬件技术水平上,能够制造出成本更低,显示效果更好的体三维显示装置。

Figure 200710107887

The present invention provides a volumetric three-dimensional display system based on a multi-projector rotating screen, comprising: a rotating screen driven by a motor to rotate; an image processing device that decomposes a three-dimensional object model into a series of multi-angle two-dimensional images in a cylindrical coordinate system And send it to the data processing unit of each projector; at least two projectors are placed around the rotating screen, and a two-dimensional image of a corresponding angle is synchronously projected on a rotating screen, thereby reconstructing a three-dimensional image similar to a real object image. By adopting the present invention, the refresh rate, resolution and gray scale can be improved, and a volumetric three-dimensional display device with lower cost and better display effect can be manufactured at the existing software and hardware technical level.

Figure 200710107887

Description

Volumetric 3 D display system based on multi-projector rotating panel
Technical field
The present invention relates to a kind of body dimension display technologies, more particularly, relate to a kind of body dimension display technologies, can be widely used in fields such as meteorologic analysis, medical imaging, air traffic control, military simulation, machinery assembling based on multi-projector rotating panel.
Background technology
3-D display can provide directly perceived, natural AC mode, helps people after the various depth cueings of integrated use, obtains true, abundant, reliable sensory experience, is the inevitable development trend of display technique.Can only provide limited stereoscopic right by means of the stereoscopic 3-D display of glasses or skew ray grid, the limited and human eye of display effect is assembled and is regulated and can not mate when observing, and watches eyes harmful for a long time.Holography dynamically shows the data transmission of magnanimity and is stored on the present technical merit unrealistic substantially.The body dimension display technologies can satisfy " directly visual, full angle is visual and group look " etc. a series of requirements, on technology realization and display effect, all relatively have superiority, thereby in fields such as meteorologic analysis, medical imaging and air traffic control and military simulation, have broad application prospects.
In recent years, true 3-D display has been done a large amount of research both at home and abroad, proposed a series of displaying scheme, mainly can be divided into volume silent oscillation and volume and scan type two major types.
The body of volume silent oscillation show be by suitable mode encourage or the static volume of addressing in display medium, and refresh with the speed that is higher than the human eye flicker fusion frequency, so that produce volumetric pixel, constitute the volume image that loads on truly in the three-dimensional real space thus in each space specified position.This class body shows according to the display medium difference, can be divided into following three types again.1) the volume silent oscillation based on the photolytic activity medium shows; this demonstration is usually based on two step of the double frequency process of motivation; require the photolytic activity medium to have three and increase progressively energy level; can show the two-photon absorption of two different wave lengths; send ground state-intermediate state serially in intersection, the conversion of intermediate state-excited state.Like this, the decay when excited state is returned ground state will be accompanied by the emission of optical photon.Shortcoming is the display medium that lacks suitable driving source and have abundant phototranstormation efficiency; 2) the volume silent oscillation based on passive matrix shows, utilizes multilayer liquid crystal to constitute the demonstration volume, and original three-dimensional image is resolved into a plurality of two-dimensional section images, explains corresponding two-dimensional image information with a plurality of liquid crystal layers respectively then.Because the corresponding overlong time of liquid crystal, display device are extremely complicated, operability is not high; 3) the volume silent oscillation based on active matrix shows, this scheme utilizes light-emitting component to constitute uniform, isotropic cubical array in physical space, each element is corresponding to a self luminous physical size unit, can be by addressing optionally and the organizator pixel.Shortcoming is that the size of cubical array is directly related with the scope of image space, size of element own and interval determination the fine and smooth degree of shown image, be electrically connected complexity, the volumetric pixel density refractory is to satisfy application requirements.
The body that volume scans type shows it is the cyclical movement that utilizes a two-dimensional surface, pretreated original three-dimensional information is presented at chronologically fast some places, locus of scanning on this surface, refresh with the speed that is higher than the human eye flicker fusion frequency again, constitute the reproduced image that truly loads in the three-dimensional real space therefrom.The true 3-D display of this class can be divided into following two class modes again according to the difference of screen motion mode: 1) volume that moves based on plane screen scans type and shows, the motion in one dimension by projection screen produces scanning of two dimensional image.Owing to be difficult to produce the high frequency mechanical drive system of the practical yardstick that reaches big.Therefore, System Operation mechanism has limited the mobile range of target screen, and causing this volume that moves based on plane screen to scan the type scheme can't promote; 2) volume based on the plane screen rotation scans the type demonstration, mainly contains based on the volumetric 3 D display system of single projector rotating panel and the volumetric 3 D display system that rotates based on two-dimentional LED screen.
At present, employed based on the body three-dimensional display apparatus of single projector rotating panel based on DMDTMThe frame frequency of the three-chip type projection engine of technology is about 5KHz, and the volumetric pixel total number of positions reaches 116,785,152, body refresh rate 30Hz; Can realize that 3~21bit color range shows, when the volumetric pixel sum of reality activation was consistent with the volumetric pixel total number of positions, the image of reproduction can only comprise 23Plant color; When the volumetric pixel sum that activates when reality was less than the volumetric pixel total number of positions, the multipotency of the image of reproduction comprised 221Plant color.Because this system has adopted soft, the hardware facility of representing the contemporary science and technology development level, so its production cost is quite high, and operation and maintenance cost is also quite expensive.Simultaneously its body resolution 768 * 768 * 198 of providing mainly has benefited from the resolution 768 * 768 of projected image, and total width of cloth number of projected image is difficult to break through 198 again owing to be subjected to the restriction of projector frame frequency.Cause the power of lighting source can not be too big owing to adopted single projector, dmd chip to be in heating problem under the strong illumination for a long time, thereby the brightness of display image be restricted.
Body display system based on the rotation of two-dimentional LED screen shows 3-D view by the LED that lights on rotary screen.Because image forming appts has brought difficulty on rotary screen, for data transmission and electric power supply.The screen single face is luminous, for comprehensive visual, can only improve the rotating speed of rotary screen, has not only increased the requirement that volume of transmitted data has also improved mechanical system simultaneously.The size of LED luminous die is bigger, and screen size has in limited time, and resolution can not be very high.
Summary of the invention
Therefore, the present invention proposes in order to address the above problem, its purpose is to provide a kind of body dimension display technologies based on multi-projector rotating panel, adopt multi-projector multi-angle projection mode, in the refresh cycle, multi-projector timesharing exposure, each projector projection piece image, reduced requirement, thereby improved refresh rate, resolution and GTG greatly projector.Multi-projector multi-angle projection mode makes the parallel transmission of view data become possibility, has broken through the existing image data transmission rate bottleneck of single projector and LED rotary screen mode.
For achieving the above object, the invention provides a kind of volumetric 3 D display system, comprising based on multi-projector rotating panel:
One rotary screen is rotated by driven by motor;
Image processing apparatus resolves into three-dimensional object model the two dimensional image of a series of multi-angles and sends the data processing unit of each projector in cylindrical coordinate;
At least two projectors put around the rotary screen, with a two dimensional image synchronized projection of corresponding angle on a Rotation screen, thereby reconstruct the 3-D view similar to real-world object.
The preferably adopts a kind ofly to substitute the stroboscopic light source of the required high brightness of projector, high repetition based on the high brightness synchronous lighting divider of continuous light source, with guarantee screen and with its over against projector's exposure synchronously.
The preferably, wherein said rotary screen can be unidirectional diffuse reflection screen or two-way dispersion screen.
The preferably, the spatial light modulation device of wherein said projector can be LCD (Liquid CrystalDisplay), DMD (Liquid Crystal Display), LCOS (Liquid Crystal on Silicon).
The preferably, wherein said image processing apparatus can be that computing machine also can be other treating apparatus.
The preferably, the synchronous divider of wherein said light source can replace reflected light path by glass bar, sticking plaster or other biography luminescent material.
Description of drawings
Fig. 1 is the schematic perspective view of multi-projector rotating panel volumetric 3 D display system of the present invention;
Fig. 2 is for adopting the synchronous lighting divider of catoptron;
Fig. 3 is for adopting the synchronous lighting divider that passes light beam;
Fig. 4 is the volumetric 3 D display system of the multi-projector of employing two-way dispersion screen and synchronous lighting divider;
Projector put when Fig. 5 was employing two-way dispersion screen and synchronous lighting divider.
Embodiment
Below in conjunction with one of application of the present invention--the head medical treatment shows that the present invention will be further described.The visual scene that the body 3-D display provides is transparent, and in the medical imaging field, in order to carry out pathological diagnosis better, the object that requires to be studied is displayed on the corresponding physiological location according to original appearance, each other any blocking can not be arranged.Native system obtains a series of two dimensional images with CT scan and carries out three-dimensional modeling, in cylindrical coordinate, three-dimensional model is resolved into the two dimensional image of a series of multi-angles again, by a plurality of projectors multi-angle with the two dimensional image synchronized projection of corresponding angle on a Rotation screen, thereby reconstruct the 3-D view similar, help the diagnosis state of an illness to real-world object.
According to the size of general head, native system adopts the rotary display screen of 320mm * 240mm.Projector adopts the true color LCDs of 320 * 240 resolution, for avoiding low excessively flicker, the frame frequency of employing 30Hz, 180 projectors of week use of causing of picture frame frequency.Screen adopts the two-way dispersion screen, can effectively reduce quantity, the reduction screen rotating speed of projector.
As shown in Figure 4, two-way dispersion shields bymotor 1 driven rotary, and light source is through the reverse outgoing of diameter respectively of two-way reflective mirror up and down.And bymotor 2 drive catoptrons and screen rotation synchronously.The light source focus is got to when passing light beam incident end, and corresponding projector shapes to be installed such as (write in advance image) being in exposes and is imaged on the screen, all can see image at 360 ° of circumferencial directions.1 ° of angular resolution, 180 projectors as if 0.5 ° of angular resolution, then need 360 projectors.Projector is in circumferential directions, and as shown in Figure 5, wherein 0 °-180 ° is the projector at odd number angle, and 180 °-360 ° is the projector at even number angle, the projection of institute of projector be the cross-sectional image of corresponding angle three-dimensional body.When screen rotates, alternately exposure on the odd even projector diameter direction, screen rotates 180 °, and all projector's exposures are once finished a 3-D view refresh cycle, reconstruct the true 3-D view of 360 ° of complete range of observation.
Image processing apparatus in the system adopts PC, by PC CT scan is obtained a series of two dimensional images and carry out three-dimensional modeling, in cylindrical coordinate, three-dimensional model is resolved into the two dimensional image of a series of multi-angles again, then image is transferred to projector and carries out 3-D display.Owing to watch CT scan figure not need in real time, so can adopt earlier a series of images data transmission of handling well in the PC is shown to behind the buffer memory of each projector again, can transmit some information to the data processing unit of each projector in real time by PC during demonstration, for example need some characters that superpose or simple image information etc., finish the stack of character picture etc. by data processing unit.If need to show in real time 3-D view, show in real time that owing to body is three-dimensional the image data transmission rate is had very high requirement, adopt the separate unit PC can not satisfy the needs of data transmission substantially.For satisfying the needs of data transmission, can develop the computer card of PCI-E interface, on the basis of the data transmission rate that improves the separate unit PC, adopt the transmission of multiple pc machine parallel data.In order to guarantee the multiple pc machine in transmission basic synchronization during data, be provided with wherein one as main control computer, finish synchro control by the integrated circuit board of PCI-E to all PCs.
For those skilled in the art; after having understood content of the present invention; can be under the situation that does not deviate from the principle and scope of the present invention; the method according to this invention is carried out various corrections and the change on form and the details, but these are based on correction of the present invention with change still within claim protection domain of the present invention.

Claims (6)

Translated fromChinese
1、一种基于多投影机旋转屏的体三维显示系统,该系统包括:1. A volumetric three-dimensional display system based on a multi-projector rotating screen, the system comprising:一旋转屏,由电机带动旋转;A rotating screen, driven by a motor to rotate;图像处理装置,在柱坐标系中将三维物体模型分解成一系列多角度的二维图像并传送给各个投影机的数据处理单元;The image processing device decomposes the three-dimensional object model into a series of multi-angle two-dimensional images in the cylindrical coordinate system and transmits them to the data processing unit of each projector;至少两台投影机,沿旋转屏周围摆放,将对应角度的一个二维图像同步投影在一个旋转屏幕上,从而重构出与真实物体相似的三维图像。At least two projectors are placed around the rotating screen, and a two-dimensional image of a corresponding angle is synchronously projected on a rotating screen, thereby reconstructing a three-dimensional image similar to a real object.2、根据权利要求1所述的系统,其特征在于可以一种基于连续光源的高亮度同步照明分配器来替代投影机所需的高亮度、高重频的白光频闪光源,以保证屏幕和与其正对的投影机曝光的同步,并提高显示的亮度和对比度。2. The system according to claim 1, characterized in that a high-brightness synchronous lighting distributor based on a continuous light source can replace the high-brightness, high repetition frequency white light strobe light source required by the projector to ensure that the screen and Synchronize the exposure of the projector facing it, and improve the brightness and contrast of the display.3、根据权利要求2所述的系统,其特征在于所述连续光源的高亮度同步照明分配器可以是反射镜,也可以是玻璃棒、塑料棒或其他传光材料。3. The system according to claim 2, characterized in that the high-brightness synchronous lighting distributor of the continuous light source can be a reflector, or a glass rod, a plastic rod or other light-transmitting materials.4、根据权利要求1至3任意一项所述的系统,其特征在于所述旋转屏可以是单向漫反射屏或者双向散射屏。4. The system according to any one of claims 1 to 3, characterized in that the rotating screen can be a one-way diffuse reflection screen or a two-way scattering screen.5、根据权利要求1至3任意一项所述的系统,其特征在于所述投影机的空间光调制器件可以是LCD、DMD、LCOS。5. The system according to any one of claims 1 to 3, characterized in that the spatial light modulation device of the projector can be LCD, DMD, LCOS.6、根据权利要求1至3任意一项所述的系统,其特征在于所述图像处理装置,可以是计算机也可以是其他处理装置。6. The system according to any one of claims 1 to 3, characterized in that the image processing device can be a computer or other processing devices.
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CN101290467B (en)*2008-06-052010-06-16北京理工大学 Real 3D display method based on multi-projector rotating screen 3D image touchable
CN101982806A (en)*2010-09-172011-03-02浙江大学Large-size spatial 3D cinema projection optical system and method
CN102520787A (en)*2011-11-092012-06-27浙江大学Real-time spatial three-dimensional presentation system and real-time spatial three-dimensional presentation method
CN102566234A (en)*2012-01-122012-07-11北京理工大学Light-guiding type white light synchronous illuminating device for multi-projector true three-dimensional displayer
CN102566390A (en)*2012-01-122012-07-11北京理工大学 Light intensity distribution optimization method and display system for color 3D holographic images carried by uniform scattering medium
CN102722031A (en)*2012-06-182012-10-10上海卫星工程研究所Optical system of laser true three-dimensional display
CN102929089A (en)*2012-11-192013-02-13北京理工大学Lighting device capable of improving resolution of multi-projector true three-dimensional display
CN102254515B (en)*2008-10-312013-04-24浙江大学Parallel LED drive system based on three-dimensional display
CN103676449A (en)*2013-12-122014-03-26北京理工大学Non-scanningtype naked eye three-dimensional display device based on reflection-type scattering screen
CN103731622A (en)*2013-12-272014-04-16合肥市艾塔器网络科技有限公司Three-dimensional surface projection presentation system
CN103995426A (en)*2014-05-292014-08-20清华大学深圳研究生院Stereographic projection display device
CN104506919A (en)*2014-12-262015-04-08上海智物信息技术有限公司Method and system for synchronizing display content and display screen movement
CN106162120A (en)*2016-06-302016-11-23联想(北京)有限公司A kind of optical projection system and projecting method
CN108471527A (en)*2018-05-102018-08-31张文虎A kind of scan-type full angle bore hole 3D display technology
CN110290377A (en)*2018-03-192019-09-27欧姆龙株式会社Display device and display methods and game machine
CN110557576A (en)*2019-09-272019-12-10高新兴科技集团股份有限公司Stroboscopic lamp synchronous control method based on video
CN111989616A (en)*2018-04-162020-11-24索尼公司Image display device
CN112987334A (en)*2021-04-132021-06-18西安螺恪丝电子科技有限公司Three-dimensional display device, three-dimensional display method and application
CN113076001A (en)*2021-04-072021-07-06湖南汽车工程职业学院Intelligent 3D model modeling and holographic display system for art design
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US11528470B2 (en)*2019-08-302022-12-13Beijing Boe Optoelectronics Technology Co., Ltd.Data transmission method, method of displaying three-dimensional image, data transmission device and three-dimensional image display device
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CN102254515B (en)*2008-10-312013-04-24浙江大学Parallel LED drive system based on three-dimensional display
CN101982806A (en)*2010-09-172011-03-02浙江大学Large-size spatial 3D cinema projection optical system and method
CN102520787A (en)*2011-11-092012-06-27浙江大学Real-time spatial three-dimensional presentation system and real-time spatial three-dimensional presentation method
CN102520787B (en)*2011-11-092015-05-06浙江大学Real-time spatial three-dimensional presentation system and real-time spatial three-dimensional presentation method
CN102566234A (en)*2012-01-122012-07-11北京理工大学Light-guiding type white light synchronous illuminating device for multi-projector true three-dimensional displayer
CN102566390A (en)*2012-01-122012-07-11北京理工大学 Light intensity distribution optimization method and display system for color 3D holographic images carried by uniform scattering medium
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CN102929089A (en)*2012-11-192013-02-13北京理工大学Lighting device capable of improving resolution of multi-projector true three-dimensional display
CN102929089B (en)*2012-11-192015-08-19北京理工大学A kind of lighting device improving multi-projector formula true three-dimansioual display resolution
CN103676449A (en)*2013-12-122014-03-26北京理工大学Non-scanningtype naked eye three-dimensional display device based on reflection-type scattering screen
CN103731622B (en)*2013-12-272017-02-15合肥市艾塔器网络科技有限公司Three-dimensional surface projection presentation system provided with single projector
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CN103995426B (en)*2014-05-292015-11-18清华大学深圳研究生院A kind of stereo projection display apparatus
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CN104506919B (en)*2014-12-262018-08-31上海昭宁信息科技有限公司Show the synchronous method and its system of content and display screen movement
CN104506919A (en)*2014-12-262015-04-08上海智物信息技术有限公司Method and system for synchronizing display content and display screen movement
CN106162120A (en)*2016-06-302016-11-23联想(北京)有限公司A kind of optical projection system and projecting method
CN110290377B (en)*2018-03-192020-11-06欧姆龙株式会社Display device, display method, and game machine
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CN110290377A (en)*2018-03-192019-09-27欧姆龙株式会社Display device and display methods and game machine
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CN111989616B (en)*2018-04-162023-01-06索尼公司 image display device
CN108471527A (en)*2018-05-102018-08-31张文虎A kind of scan-type full angle bore hole 3D display technology
US11528470B2 (en)*2019-08-302022-12-13Beijing Boe Optoelectronics Technology Co., Ltd.Data transmission method, method of displaying three-dimensional image, data transmission device and three-dimensional image display device
CN110557576A (en)*2019-09-272019-12-10高新兴科技集团股份有限公司Stroboscopic lamp synchronous control method based on video
US11721251B2 (en)2020-11-192023-08-08Beijing Boe Optoelectronics Technology Co., Ltd.Display device including a motor configured to rotate a display assembly
US12274016B2 (en)2020-11-192025-04-08Beijing Boe Optoelectronics Technology Co., Ltd.Display device including a motor configured to rotate a display assembly
CN113076001A (en)*2021-04-072021-07-06湖南汽车工程职业学院Intelligent 3D model modeling and holographic display system for art design
CN112987334A (en)*2021-04-132021-06-18西安螺恪丝电子科技有限公司Three-dimensional display device, three-dimensional display method and application
CN113422948A (en)*2021-06-302021-09-21华中科技大学Slicing type three-dimensional image display method and system based on position matching
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