CN106125491A - Many optical projection systems - Google Patents
Many optical projection systems Download PDFInfo
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- CN106125491A CN106125491A CN201610652090.1A CN201610652090A CN106125491A CN 106125491 A CN106125491 A CN 106125491A CN 201610652090 A CN201610652090 A CN 201610652090A CN 106125491 A CN106125491 A CN 106125491A
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- Prior art keywords
- auxiliary
- image
- equipment
- perspective plane
- master image
- Prior art date
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Classifications
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- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B21/00—Projectors or projection-type viewers; Accessories therefor
- G03B21/54—Accessories
- G03B21/56—Projection screens
- G03B21/60—Projection screens characterised by the nature of the surface
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- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B37/00—Panoramic or wide-screen photography; Photographing extended surfaces, e.g. for surveying; Photographing internal surfaces, e.g. of pipe
- G03B37/04—Panoramic or wide-screen photography; Photographing extended surfaces, e.g. for surveying; Photographing internal surfaces, e.g. of pipe with cameras or projectors providing touching or overlapping fields of view
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- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B35/00—Stereoscopic photography
Abstract
The present invention provides a kind of many optical projection systems, described many optical projection systems include management equipment, described management equipment controls projector equipment, to project on main screen and multiple auxiliary perspective plane by the image that is integrated, the plurality of auxiliary perspective plane includes left side wall, right side wall or is arranged on the panel within arenas.
Description
The application is filing date on November 28th, 2013, and national applications number is 201380074939.6 (international application no
For PCT/KR2013/010896), the invention of invention entitled " for extending many optical projection systems of the visual element of master image " is special
The divisional application of profit application.
Technical field
The present invention relates to a kind of many optical projection systems, can be included within being projected onto principal view more particularly, to one
The visual element in master image on face extends to be arranged in many optical projection systems on the auxiliary perspective plane around this principal view face, thus
Maximize feeling of immersion and 3-D effect that spectators feel from the extension of this visual element.
Background technology
As usual, in order to reappear the image of such as film, advertisement etc., two dimensional image is projected and is arranged in arenas front
On single screen.But, spectators can only watch two dimension (2D) image under such system.
Recently the 3D rendering technology for providing three-dimensional (3D) image to spectators is had been developed for.3D rendering technology uses
Even if when making the spectators in plane picture during different images occurs in the left eye of spectators and right eye and during synthesis in the brain
It also is able to feel the principle of 3D effect.Specifically, in shooting process, two are used equipped with different polarization filtering mirrors
Video camera, and spectators wear the glasses with polarization filtering mirror, so that images different in watching process occurs in a left side
In eye and right eye.
But, although 3D rendering can be supplied to spectators by these 3D technology, but spectators' simply viewing reappears single
Image on screen, it may reduce image participation.Additionally, the direction of 3D effect that spectators feel is limited to single screen
Direction.
Additionally, according to tradition 3D technology, spectators must wear the glasses with polarization filtering mirror in watching process, and it can
Spectators can be made to feel inconvenient, and different images occurs in left eye and right eye artificially, it may make some sensitive sights
Crowd feels dizzy or feels sick.
Accordingly, it would be desirable to develop many projection systems of a kind of new ideas being different from traditional optical projection system based on single screen
System.
Summary of the invention
Technical problem
It is an object of the present invention to provide a kind of new ideas being different from traditional optical projection system based on single screen
Many optical projection systems.
Further, it is another object of the present invention to provide a kind of many optical projection systems, plurality of auxiliary perspective plane is attached ground
It is arranged in around principal view face, and the visual element being included in principal view face is scaled up to auxiliary perspective plane, thus maximum
Change feeling of immersion and 3-D effect that spectators are felt.
Technical scheme
In order to reach above-mentioned purpose, many optical projection systems according to the embodiment of the present invention include: reappear master map thereon
The principal view face of picture；And it is arranged in the auxiliary perspective plane around this principal view face, wherein, the visual element being associated with master image
It is displayed on this auxiliary perspective plane.
Here, the visual element being included in master image is expanded and shows on described auxiliary perspective plane.
Completely or partially can being expanded and show on auxiliary perspective plane of master image.
The special object being included in master image can be displayed on auxiliary perspective plane.
Can be on auxiliary perspective plane after the size of special object is changed based on the end point being included in master image
This special object of upper display.
Special object can be repeatedly displayed on auxiliary perspective plane.
Completely or partially can being blurred of master image, then shows on auxiliary perspective plane.
Visual element can be simply displayed in the regional area in the whole region on the auxiliary perspective plane adjacent with principal view face.
The single image being associated with master image can be displayed on auxiliary perspective plane.
Multiple auxiliary perspective planes can be to be disposed in around principal view face in the way of auditorium.
The visual element being included in master image is expanded and shows on whole multiple auxiliary perspective planes, or is only displayed in
On some auxiliary perspective planes in multiple auxiliary perspective planes.
Many optical projection systems can also include: for projecting image onto the principal view equipment on principal view face；For scheming
As projecting the auxiliary projector equipment on auxiliary perspective plane；For controlling the management of the operation of this principal view equipment and this auxiliary projector equipment
Equipment, wherein, the visual element being associated with master image can be projected on auxiliary perspective plane by auxiliary projector equipment, to extend this figure
The visual effect of picture.
Auxiliary projector equipment can only just be operated by management equipment when predetermined object is included in master image.
Auxiliary projector equipment can project the special object by management equipment identification or whole master image.
When master image is reproduced, it is specific that management equipment can perform identification in the special time period in All Time section
The operation of object.
The light with the color being associated with master image can be projected onto on auxiliary perspective plane.
The light of the color being associated with two or more objects being included in master image can be projected onto auxiliary projection
On face.
Many optical projection systems can also include: for master image projects the principal view equipment on principal view face；For inciting somebody to action
Light emission is to the light units on auxiliary perspective plane；Set for controlling the management of the operation of this principal view equipment and this light units
Standby, wherein, light units can be by having the light emission of the color being associated with master image to auxiliary perspective plane, to extend this figure
The visual effect of picture.
Light units can only just be operated by management equipment when predetermined object is included in master image.
When master image is reproduced, it is specific that management equipment can perform identification in the special time period in All Time section
The operation of object.
Beneficial effect
The present invention provides a kind of many optical projection systems, and it can be included within being projected onto in the master image on principal view face
Visual element (such as, the special object in master image, the color in master image, master image itself etc.) extends to be arranged in this master
On auxiliary perspective plane around perspective plane.Therefore, it is possible to maximize what spectators felt from the image spreading utilizing multiple perspective plane
3-D effect and feeling of immersion.
Additionally, multiple auxiliary perspective planes are arranged around auditorium by the present invention, so that the vision being included in master image
Element can be scaled up to the plurality of auxiliary perspective plane.Therefore, according to the present invention, spectators can feel just as they are in truly
In the space being created out by image, thus maximize 3-D effect and the feeling of immersion that spectators feel.
Additionally, the present invention can not extend the former state of the image being included in master image, but this image can be carried out
Fuzzy, then by this fuzzy image spreading to auxiliary perspective plane.Therefore, it is possible to do not reducing spectators to the attention of master image
In the case of, the visual element being included within this master image extends to auxiliary perspective plane.
It addition, then the present invention can will have the big of change based on the size of the object in end point change master image
Little object extension is to auxiliary perspective plane.Therefore, the size changed based on end point is utilized, it is possible to give and be scaled up to auxiliary projection
The object in face is with depth of field sense, thus maximizes 3-D effect that spectators feel from the image being scaled up to auxiliary perspective plane and immerse
Sense.
Additionally, the present invention utilizes the visual element being included in master image that image shows on auxiliary perspective plane therefore, do not have
It is necessary to prepare separately to project the image on auxiliary perspective plane.Specifically, the present invention utilize from master image extract right
As by image spreading to auxiliary perspective plane, therefore, it is not necessary to prepare the view data for auxiliary perspective plane separately.Therefore, standard is worked as
When getting single primary image content ready, the picture material more present invention realizes projecting environment and add without preparation.
Additionally, when master image is reproduced, the present invention only can provide in the special time period in All Time section and expand
The effect of exhibition image.Therefore, utilize the effect of the image spreading on multiple perspective plane to be implemented under the unexpected state of spectators,
Thus maximize 3-D effect and the feeling of immersion that spectators feel.
It addition, the present invention can be maximized in image by color expansion to the auxiliary perspective plane being included within master image
3-D effect and the feeling of immersion of spectators.Therefore, it is possible to maximize 3-D effect and the feeling of immersion that spectators feel, and without standard
Standby single image.
Accompanying drawing explanation
Fig. 1 is the figure of the configuration illustrating many optical projection systems according to the embodiment of the present invention.
Fig. 2 is the figure of the configuration illustrating management equipment according to the embodiment of the present invention.
Fig. 3 is to illustrate the concept map that the object being included in master image is scaled up to auxiliary perspective plane.
Fig. 4 is to illustrate the concept map that master image itself is scaled up to auxiliary perspective plane.
Fig. 5 is the concept map illustrating the object being included in master image to be blurred then and being scaled up to auxiliary perspective plane.
Fig. 6 is to illustrate that the object being included in master image varies in size based on end point to be then scaled up to auxiliary perspective plane
Concept map.
Fig. 7 is the concept in some region illustrating that the visual element being included in master image is only scaled up to auxiliary perspective plane
Figure.
Fig. 8 to 10 is the figure of the example illustrating the auxiliary perspective plane that can be included in the present invention.
Figure 11 is the figure of the configuration illustrating many optical projection systems according to another implementation of the invention.
Figure 12 is to illustrate the concept map that the color identical with a kind of color of master image is scaled up to auxiliary perspective plane.
Figure 13 is to illustrate the concept map that some colors identical with multiple colors of master image are scaled up to auxiliary perspective plane.
Detailed description of the invention
Hereinafter, with reference to the accompanying drawings to being used for extending many optical projection systems of the visual element of master image according to the present invention
It is described in detail.Following embodiments is provided for only illustrative purpose, in order to those skilled in the art can be complete
Understand the spirit of the present invention, but the present invention is not limited to this.Moreover, it will be appreciated that this paper's illustrated in accompanying drawing is all
Content all will be understood as exemplary, and can essentially realize by different modes.
It follows that many optical projection systems according to the embodiment of the present invention will be described referring to figs. 1 through 5.
With reference to Fig. 1, many optical projection systems according to the embodiment of the present invention comprise the steps that principal view face 100, and master image is being led
It is reproduced on perspective plane 100；Auxiliary perspective plane 200, it is arranged in principal view face 100 around；Principal view equipment 110, it is used for
Project image onto on principal view face 100；Auxiliary projector equipment 210, it is used for projecting image onto auxiliary perspective plane 200；And
Management equipment 300, it is for controlling principal view equipment 110 and the operation of auxiliary projector equipment 210.
The visual element that many optical projection systems can be included within master image extends to auxiliary perspective plane 200.Specifically, many
Optical projection system can be projected by the visual element allowing auxiliary projector equipment 210 to be included within the image in principal view face 100
The visual element of master image is extended on auxiliary perspective plane 200.
Principal view face 100 is the perspective plane that master image is reproduced thereon, and can be equivalent to conventional projection system
Single perspective plane.
Principal view face 100 can be various types of perspective plane, preferably with the form of screen.
Additionally, principal view face 100 can be disposed in the various positions of arenas, preferably in the front of auditorium.
Meantime, it is preferable that principal view face 100 is installed to be in the face of principal view equipment 110, and master image is by main throwing
Shadow equipment 110 is reproduced on the principal view face 100 arranged in a manner described.
Auxiliary perspective plane 200 is arranged on the perspective plane of the surrounding in principal view face 100, and additionally provides for lifting
The feeling of immersion of spectators and 3-D effect.
Auxiliary perspective plane 200 extends the visual element being included in master image.Specifically, auxiliary perspective plane 200 can add
The object (such as, things, background etc.) that ground display is included in master image, therefore, master image visual zone can be attached by this
Add display to be expanded.
Additionally, auxiliary perspective plane 200 can be various types of perspective planes of such as screen, metope etc..Especially, though
When being not provided with any additional screen in arenas, auxiliary perspective plane 200 can also utilize metope present in arenas to realize.Cause
This, fully can be realized according to many optical projection systems of the present invention in only including traditional arenas of single screen and metope.
Additionally, can arrange multiple auxiliary perspective plane 200 in arenas, and in this case, multiple auxiliary perspective planes can
To be preferably distributed in around the border in principal view face 100.Its reason is, when the visual element being included in master image is shown
When showing on multiple auxiliary perspective planes 200 arranged in the above described manner, it provides the effect being expanded just as master image.
Meanwhile, multiple auxiliary perspective planes 200 are disposed in principal view face 100 around, and can be arranged to be not parallel to
Principal view face 100.According to prior art, image is only projected on the single screen (that is, principal view face) being placed in arenas front,
Thus spectators watch the image of the image reappeared on two-dimensional screen or the reproduction 3D technology that applies on single screen originally
Body.On the contrary, according to the present invention, multiple auxiliary perspective planes 200 are three-dimensionally disposed in principal view face 100 around, therefore, at image
In the case of itself does not apply 3D technology, 3-D view and feeling of immersion that spectators are felt can be many by three dimensional arrangement
Individual auxiliary perspective plane 200 and elevated.
Moreover it is preferred that multiple auxiliary perspective planes 200 are arranged to the auditorium around arenas.Therefore, spectators can feel
Feel just as they are in the space that the image of the extension by the visual effect realized by multiple auxiliary perspective planes 200 is createed
In, therefore, 3-D effect, feeling of immersion and virtual reality sense that spectators are felt can be maximized.
Additionally, the angle between auxiliary perspective plane 200 is not limited to specific angle, as long as and spectators can feel three-dimensional
Effect, auxiliary perspective plane 200 just can be arranged with various angles.
It addition, multiple auxiliary perspective planes 200 can be arranged to be connected to or adjacent to principal view face 100, or it is arranged to
Spaced apart with principal view face 100, and (even if in this case) is preferably, and multiple auxiliary perspective planes 200 are arranged cyclization
Around auditorium.
Fig. 3 shows that multiple auxiliary perspective plane 200 is disposed in relative to the example on the left side in principal view face 100 and right side,
Fig. 4 shows that multiple auxiliary perspective plane 200 is disposed in the example on the left side relative to principal view face 100, right side and upside, with
And Fig. 5 shows that multiple auxiliary perspective plane 200 is disposed on the left side relative to principal view face 100, right side, the upper side and lower side
Example.
Additionally, multiple auxiliary perspective planes 200 can be made up of various types of perspective planes of such as screen, metope etc., and
Different types of perspective plane can be included simultaneously.
Meanwhile, screen is configured to the image that reflection is projected, so that spectators can appreciate this image, and can have
There are all kinds being able to carry out this function (even if when the title of concrete assembly is not screen, if it is able to carry out institute
The image of projection is reflected to the function of spectators, and it just can drop in the range of screen).
Such as, screen can be by such as matte type screen, lenticular screen, bead screen, elecscreen, efficient screen
Deng various materials formed.
Additionally, screen can be such as embedded-type electric sub-screen, exposed electronic curtain, wall-mounted screen, support screen,
The all kinds of portable screen (road warrior screen), high intensity screens, sound-screen (sound screen) etc..
Additionally, screen can include water curtain, veil, hologram screen, miracle screen (use magic glass) etc., and various its
The screen of its type.
It addition, screen can also be by PVC, white coating PVC, pearicoat PVC or cover aluminum PVC and formed.The type of screen
Can select according to the size of each arenas, the layout of screen, the attribute of image being rendered on screen, the resolution etc. of image
Select.Such as, according to the reflectance of the angle being projected based on image, PVC the screen formed is more suitable for relatively small play
, but, pearicoat PVC the screen formed is applicable to relatively large arenas.Meanwhile, compared with other screen, by aluminum
The screen that PVC is formed has reproduction digital picture or the excellent properties of 3D rendering.
Additionally, wall not only represents the meaning as word wall, also refer to the table of the various structures being present in arenas
Face.Such as, wall can include in arenas set such as ceiling, floor, left side wall, right side wall, front side wall,
Rear side wall etc., and it is fixed with the various structural tables of the such as body structure surface of curtain, panel, framework, projection equipment etc. thereon
Face.
Principal view equipment 110 is the equipment on principal view face 100 that master image projected.Preferably, principal view equipment
110 are installed in the face of principal view equipment 110, and install with appropriately distance, in order to projection and the face in principal view face 100
The image of long-pending identical area.
Additionally, principal view equipment 110 can be by including that optical system and heating unit realize in every way.Example
As, principal view equipment 110 can be with such as by using cathode ray tube (CRT), using liquid crystal display (LCD), by making
Process (DLP) by the digital light of DMD (DMD) chip, come in fact by the various forms of liquid crystal over silicon (LCoS) etc.
Existing.
Additionally, principal view equipment 110 may be electrically coupled to management equipment 300, in order to entered by this management equipment 300
Row controls, and image can be projected onto on principal view face 100 under the control of this management equipment 300.
It addition, principal view equipment 110 can by wired or wireless communication network to management equipment 300 send information and from
Management equipment 300 receives information, and, particularly, receive master image from management equipment 300.In this case, principal view sets
Standby 110 can project the master image received from management equipment 300 in real time, or master image can be stored in internal storage
In equipment and project this master image after a while.
Additionally, principal view equipment 110 may be configured to move in three dimensions, and, in this case, main throwing
The operation of shadow equipment 110 can be controlled by management equipment 300.
Meanwhile, when the area in principal view face 100 is bigger, two or more principal view equipment 110 can be set.At this
In the case of Zhong, two or more principal view equipment 110 can be fitted to each other and project image onto (example on principal view face 110
As whole area can be divided into two or more parts by, two or more principal view equipment 110, and synchronously with one another
Projects images), and therefore, it can be shown on principal view face 100 by the collaborative operation of two or more principal view equipment 110
Show an image integrated.
Additionally, when image is projected onto on principal view face 100 by two or more principal view equipment 110, management sets
The two or more principal view equipment 110 generally can be managed by standby 300, and, particularly, control the two or more
Multiple principal view equipment 110 are fitted to each other and are projected on principal view face 100 by the image of integration.Such as, when two or more
Individual principal view equipment 110 is fitted to each other when projecting image onto on principal view face 100, corresponding principal view equipment 110 project
Image lap may unsmooth, this may cause inhomogeneities.Here, management equipment 300 can be melted by edge
Conjunction correction and image rectification technology prevent the generation of inhomogeneities.
Auxiliary projector equipment 210 is the equipment on auxiliary perspective plane 200 that projected by auxiliary image.As previously explained it is preferred that it is auxiliary
Image is included in the visual element in master image.Such as, object (such as, the thing that auxiliary image can be included in master image
Thing, background etc.).Therefore, the visual element that auxiliary projector equipment 210 can be included within master image projects auxiliary perspective plane 200
On, and the visual zone of master image can be expanded by the projection operation of auxiliary projector equipment 210.
Additionally, auxiliary projector equipment 210 can be by including that optical system and heating unit realize in every way.Example
As, auxiliary projector equipment 210 can use various forms (such as by using cathode ray tube (CRT), using liquid crystal display
(LCD), the digital light by using DMD (DMD) chip processes (DLP), coming by liquid crystal over silicon (LCoS) etc.
Realize.
Additionally, auxiliary projector equipment 210 may be electrically coupled to management equipment 300, in order to controlled by management equipment 300
Make, and image can be projected onto on auxiliary perspective plane 200 under the control of this management equipment 300.
It addition, auxiliary projector equipment 210 can by wired or wireless communication network to management equipment 300 send information and from
Management equipment 300 receives information, and, particularly receive auxiliary image from management equipment 300.In this case, it is preferable that
Auxiliary projector equipment 210 can project the auxiliary image received from management equipment 300 in real time.
Additionally, auxiliary projector equipment 210 may be configured to move in three dimensions, and, in this case, auxiliary throwing
The operation of shadow equipment 210 can be controlled by management equipment 300.
Meanwhile, when many optical projection systems include multiple auxiliary perspective plane 200, it is also possible to multiple auxiliary projector equipment 210 is set.?
In this case, multiple auxiliary projector equipments 210 can be installed in the face of multiple auxiliary perspective planes 200, and by management equipment 300
Carry out overall control.It is controlled, by this additionally, multiple auxiliary projector equipments 210 can be parallel-connected to management equipment 300
It is connected in parallel and is simultaneously or separately controlled by management equipment 300.
Meanwhile, when the area on specific auxiliary perspective plane 200 is bigger, can arrange for this specific auxiliary perspective plane 200
Two or more auxiliary projector equipments 210 (for example, it is possible to two or more auxiliary projector equipments are set for each perspective plane).
In this case, two or more auxiliary projector equipments 210 can be fitted to each other and project image onto specific auxiliary projection
On face 210 (such as, whole area can be divided into two or more parts by two or more auxiliary projector equipments 210, and
Projects images synchronized with each other), therefore, it can the collaborative operation by two or more auxiliary projector equipments 210 the most auxiliary
An image integrated is shown on perspective plane 200.
Additionally, when image is projected onto on specific auxiliary perspective plane 200 by two or more auxiliary projector equipments 210
Time, the two or more auxiliary projector equipment 210 generally can be managed by management equipment 300, and, particularly control this
Two or more auxiliary projector equipments 210 are fitted to each other and are projected on specific auxiliary perspective plane 200 by the image of integration.Example
As, when two or more auxiliary projector equipments 210 are fitted to each other and project image onto on specific auxiliary perspective plane 200, by phase
The lap of the image of auxiliary projector equipment 210 projection answered may be unsmooth, and this may cause inhomogeneities.Here, management
Equipment 300 can prevent the generation of inhomogeneities by Fusion Edges correction and image rectification technology.
Management equipment 300 is generally to manage many optical projection systems, management for realizing the various information of system and controlling each
Plant the equipment of the operation of the equipment that may be included in system.Management equipment 300 can utilize various electronic equipment to realize, and
The form that can interconnect in Single Electron equipment or with several electronic equipments realizes.Such as, management equipment 300 can be at list
The form interconnected in individual server or with two or more servers realizes.Additionally, management equipment 300 can be with server
The form interconnected with other electronic equipment or realization in algorithm unit in addition to a server.
Additionally, management equipment 300 can control the operation of principal view equipment 110 and manage by this principal view equipment 110
The master image of projection.Additionally, management equipment 300 can be connected to principal view equipment 110 by wired or wireless communication network, with logical
Cross this connection and control principal view equipment 110.
Additionally, management equipment 300 can control the operation of auxiliary projector equipment 210 and manage by this auxiliary projector equipment 210
The auxiliary image of projection.Additionally, management equipment 300 can be connected to auxiliary projector equipment 210 by wired or wireless communication network, with logical
Cross this connection and control auxiliary projector equipment 210.
It addition, when many optical projection systems include multiple auxiliary perspective plane 200, management equipment 300 can control multiple auxiliary projection
Equipment 210.In this case, management equipment 300 can be parallel-connected to multiple auxiliary projector equipment 210, in parallel even by this
Connect and simultaneously or separately multiple auxiliary projector equipments 210 are controlled.
Meanwhile, when master image is reproduced, management equipment 300 operates auxiliary projector equipment 210 without the moment and (that is, runs through whole
The individual operation time), and auxiliary projector equipment 210 is optionally operated by the analysis result that can be based on master image.Such as,
Master image can be analyzed by management equipment 300, and and if only if just to auxiliary throwing when this master image identifies specific object
Shadow equipment 210 operates.This embodiment will be further described in more detail now.Under management equipment 300 can pass through
Auxiliary projector equipment 210 is operated by row process.(1) management equipment 300 identifies the object being included in master image, and determines
Whether the object identified is corresponding with predetermined special object.Here, management equipment 300 can be by the object that will be identified
The design and color of design and color and the special object being stored in memory element 330 compare, determine predetermined
Whether special object is included in master image.(2) in master image, predetermined special object is identified when management equipment 300
Time, management equipment 300 extracts auxiliary image from master image, and the image extracted is sent to auxiliary projector equipment 210.Here,
This auxiliary image can be identified special object or can be the whole master image including this special object.(3) when auxiliary figure
During as being sent to auxiliary projector equipment 210, management equipment 300 controls this auxiliary projector equipment 210 to project this auxiliary image.
Additionally, when master image is reproduced, management equipment 300 is without performing to analyze the behaviour of master image within all time periods
Make, but only can perform this operation in special time period.Specifically, management equipment 300 can based on master image time
Between code only in predetermined special time period, master image is analyzed.Therefore, in this case, only predetermined specific
The extension of master image by means of auxiliary image it is capable of in time period.(management equipment 300 generates auxiliary image, and and if only if logical
Cross and just auxiliary projector equipment 210 is operated when graphical analysis identifies special object.Accordingly, because except special time period
In time period in addition, management equipment 300 does not perform to operate, therefore by means of auxiliary image for the graphical analysis of image spreading
The extension of master image is not implemented.)
Additionally, management equipment 300 can generate the various auxiliary image of the feeling of immersion that can promote spectators based on master image, and
And by means of auxiliary projector equipment, the various auxiliary image generated is projected.Such as, management equipment 300 can generate with whole
Auxiliary image that master image is identical or only include the auxiliary image of the special object extracted from master image.Additionally, management equipment 300 can
To generate the auxiliary image repeating to show the object from master image extraction or to include that its size is based on the end point master image
The auxiliary image of the object being changed.
It addition, management equipment 300 can control auxiliary projector equipment 210 to project fuzzy image.Specifically, management sets
Standby 300 can obscure auxiliary image, then fuzzy auxiliary image are sent to auxiliary projector equipment 210.Additionally, management equipment 300 can
Fuzzy image is projected with the auxiliary projector equipment 210 of control.
Additionally, management equipment 300 can allow the visual element being included in master image only whole on auxiliary perspective plane 200
Display in the regional area in region.It is to say, management equipment 300 can manage system, so that it is included in master image
Visual element is only expanded in the regional area on auxiliary perspective plane 200.In this case, management equipment 300 can generate shape
Become the auxiliary image in the regional area of whole picture frame, and project the auxiliary figure generated by means of auxiliary projector equipment 210
Picture, so that visual element can be shown in the regional area in the whole region on auxiliary perspective plane 200.
Additionally, when multiple auxiliary perspective planes 200 are installed in arenas, management equipment 300 can use whole multiple auxiliary
Perspective plane 200 or only use the part in multiple auxiliary perspective plane 200 that image is extended.In this case, management
Equipment 300 can optionally control multiple auxiliary projector equipment 210 and auxiliary image projects whole multiple auxiliary perspective plane 200
On, or only auxiliary image is projected in the part on multiple auxiliary perspective plane 200.
It follows that management equipment 300 will be further described in more detail with reference to Fig. 2.
With reference to Fig. 2, management equipment can include image management unit 310, projection device operation administrative unit 320, storage list
Unit 330, communication unit 340 and control unit 350.
Said modules may be implemented as electronic equipment or record program in the electronic device.
Image management unit 310 is configured to manage the master image projected by principal view equipment 110 and by auxiliary projector equipment
The auxiliary image of 210 projections.
Image management unit 310 can be based on the data received by communication unit 340 or be stored in memory element 330
In data prepare master image, and the master image prepared be sent to principal view equipment 110 project.
Additionally, image management unit 310 can generate auxiliary image.Specifically, image management unit 310 can be based on bag
Include the visual element in master image and generate auxiliary image, and the image generated is sent to auxiliary projector equipment 210.As above institute
Stating, image management unit 310 can generate various auxiliary image and (such as, use the auxiliary image of whole master image, only includes master image
In the auxiliary image of special object, fuzzy auxiliary image, include the object that its size is changed based on end point auxiliary image,
It is formed at the auxiliary image etc. in the regional area on auxiliary perspective plane 200), in order to avoid repeating, omit it and describe in detail.
Additionally, master image can be analyzed by image management unit 310, and based on analysis result may generate or not
Generate auxiliary image.Specifically, image management unit 310 may determine that predetermined special object (such as, flame, cloud, sea
Ocean, sky etc.) whether it is included in master image, and and if only if when this special object is included in master image, just generate auxiliary figure
Picture.
It is further described in more detail auxiliary image is generated together with to the analysis of master image below.
(1) image management unit 310 can extract the information about the object being included in master image, and will be extracted
Information compare with the information about predetermined special object, to determine that whether the object that is included in master image is with predetermined
Special object corresponding.Here, image management unit 310 information compared can include the color of object, outward appearance
Pattern, Move Mode etc..Such as, if there is the object of redness in master image and there is blushed flame pattern, then image
Administrative unit 310 determines that this object is flame.Additionally, the information of special object that image management unit 310 is used can be led to
Cross communication unit 340 or obtain from memory element 330.(2-1) simultaneously, predetermined specific when being determined by image management unit 310
When object is included in master image, this image management unit 310 generates auxiliary image and the image generated is sent to auxiliary throwing
Shadow equipment 210.(2-2) contrary, when being determined that predetermined special object is not included in master image by image management unit 310,
This image management unit 310 does not generate auxiliary image.
Meanwhile, when master image is reproduced, image management unit 310 is without performing to analyze master image within all time periods
Operation, but only can perform this operation in special time period.Specifically, image management unit 310 can be based on master
Master image is only analyzed in predetermined special time period by the time code of image.Therefore, in this case, only in advance
Auxiliary image can be generated in fixed special time period.
Projection device operation administrative unit 320 is configured to control principal view equipment 110 or the behaviour of auxiliary projector equipment 210
Make.
Master image can be sent to principal view equipment 110 by projection device operation administrative unit 320, and controls this main throwing
The operation of shadow equipment 110 projects this master image.Additionally, the auxiliary figure that projection device operation administrative unit 320 can will be generated
As being sent to auxiliary projector equipment 210, and control the operation of this auxiliary projector equipment 210 to project this auxiliary image.
Additionally, only when generating auxiliary image, auxiliary projector equipment 210 can be entered by projection device operation administrative unit 320
Row operation.Specifically, only when image management unit 310 identifies the special object being included in master image and generates auxiliary figure
During picture, auxiliary projector equipment 210 can be operated by projection device operation administrative unit 320.
Meanwhile, when multiple auxiliary projector equipments 210 are installed in arenas, projection device operation administrative unit 320 is permissible
Multiple auxiliary projector equipments 210 are controlled.In this case, projection device operation administrative unit 320 can individually or
Simultaneously control the operation of multiple auxiliary projector equipment 210.
Memory element 330 is configured to store the various information relevant with above-mentioned management equipment 300, such as about principal view
The information in face 100, the information about auxiliary perspective plane 200, the information about principal view equipment 110, about auxiliary projector equipment 210
Information, the information about master image, the information about auxiliary image, about the information for image blurring image rectification data
Deng.
Additionally, memory element 330 can store the information of the analysis for master image, especially with regard to as graphical analysis
The information of special object on basis.Such as, memory element 330 can store about predetermined such as flame, ocean, sky,
The information of the special object of smog, cloud, vehicle, aircraft, trees, mountain range, forest etc., and the information about each object can
Including the color of each object, skin mode, Move Mode etc..Moreover it is preferred that the information about color is stored as spy
Fixed scope (such as, certain color gamut) rather than as simple numerical value, and the information about pattern is stored as respectively
Plant the combination of example.
Meanwhile, memory element 330 can utilize various electronic equipment (being preferably by storage device) to realize.
Communication unit 340 is configured to transmission information such as principal view equipment 110, auxiliary projector equipment 210, external servers
Information is received with from principal view equipment 110, auxiliary projector equipment 210, external server etc..
It is real that communication unit 340 can utilize the various wired or wireless communication equipment including LAN module, WLAN module etc.
Existing, and can be by including that the various communication networks of TCP/IP network and various agreement send and receive information.
Control unit 350 is configured to control the various operations of management equipment 300, the various operation bags of management equipment 300
Include image management unit 310, projection device operation, administrative unit 320, memory element 330 and the operation of communication unit 340.Control
Unit 350 processed can realize in various algorithm units.
It follows that by with reference to Fig. 6 to 10 to including the vision in the master image being projected onto on principal view face 100
Element is scaled up to the specific embodiment on auxiliary perspective plane 200 and is further described in more detail.
Fig. 6 is shown in which that the special object being only included in master image is scaled up to the embodiment party on auxiliary perspective plane 200
Formula.
With reference to Fig. 6, multiple auxiliary perspective planes 200 are installed in principal view face 100 around, and are included in master image
Special object (such as, flame) is scaled up to the plurality of auxiliary perspective plane 200.Therefore, spectators can feel just as their genuine quilt
The special object being created out by image is surrounded, thus maximizes sense of reality and the feeling of immersion of spectators' sensation.
Meanwhile, in this embodiment, management equipment 300 identifies and extracts the special object (example being included in master image
As, flame), and generate auxiliary image based on the special object extracted.The auxiliary image generated is sent to auxiliary projector equipment
210, and this auxiliary projector equipment 210 projects received auxiliary image in the way of the image of special object is expanded and shows.
Additionally, when management equipment 300 uses the special object extracted to generate auxiliary image, this management equipment 300 is permissible
Auxiliary image is generated based on the size and location of special object in master image.Therefore, this operation can make master image and be generated
Auxiliary image coordinated with each other.Such as, when the special object being included in master image is flame, it is positioned at master image when this flame
Time middle and when this flame spreads to the left from centre, management equipment 300 can generate to be had and the flame in master image
The identical flame image of direction of advance, color and size is as the auxiliary throwing by being displayed on the left side being positioned at principal view face 100
Auxiliary image on shadow face 200.
As reference, although special object is not repeatedly displayed in auxiliary perspective plane in the embodiment shown in figure 6
On 200, but special object can be repeatedly displayed on auxiliary perspective plane 200 in other embodiments.Such as, even if when single
When individual special object (such as, trees) is included in master image, auxiliary perspective plane 200 can also show multiple special object
(such as, multiple trees).
Fig. 7 is shown in which that whole master image is scaled up to the embodiment on auxiliary perspective plane 200.
With reference to Fig. 7, multiple auxiliary perspective planes 200 are installed in principal view face 100 around, and whole master image is expanded
To corresponding auxiliary perspective plane 200.Therefore, spectators can feel the back of the body really completely being created out just as them by master image
Scape surrounds, thus maximizes sense of reality and the feeling of immersion of spectators' sensation.
Meanwhile, in this embodiment, management equipment 300 identifies special object (such as, the cloud being included in master image
Piece, ocean etc.), and, when identifying special object, master image is itself served as auxiliary image.Therefore, finally, auxiliary projection sets
Standby 210 also project master image, and this operation of auxiliary projector equipment 210 makes whole master image can be expanded and show
On auxiliary perspective plane 200.
Fig. 8 is shown in which that the visual element being included in master image is not extended to auxiliary perspective plane 200 by former state, but
The embodiment being just expanded after fuzzy.
With reference to Fig. 8, multiple auxiliary perspective planes 200 are installed in principal view face 100 around, and are included in master image
Visual element (such as, whole master image or the special object being included in master image) is blurred, and is then expanded and shows
On multiple auxiliary perspective planes 200.Therefore, in this embodiment, the visual element being included in master image can not reduce
Spectators are to being scaled up to auxiliary perspective plane 200 in the case of the attention of master image.
Meanwhile, in this embodiment, management equipment 300 identifies special object (such as, the cloud being included in master image
Piece, ocean etc.), and, when identifying special object, the part utilizing whole master image or master image is (such as, specific right
As) generate auxiliary image.Meanwhile, the auxiliary picture original generated is not sent to auxiliary projector equipment 210 by management equipment 300, but
Corresponding image is obscured, then sends this fuzzy image.Therefore, the auxiliary image that the projection of auxiliary projector equipment 210 is fuzzy.
As result, the visual element being included in master image (such as, whole master image or special object) former state is not expanded,
But be just expanded after fuzzy.
Fig. 9 is shown in which the special object being included in master image ability quilt after its size is changed based on end point
The embodiment of extension.
With reference to Fig. 9, multiple auxiliary perspective planes 200 are installed in principal view face 100 around, and are included in master image
Special object is scaled up to the plurality of auxiliary perspective plane 200.Here it is preferred that be expanded and show on auxiliary perspective plane 200
Special object has the size being changed, and can determine being changed of this special object based on the end point in master image
Size.For example, it is possible to based on the shown position of special object, determine based on the distance etc. between this position and end point
The size that this special object is changed.It is scaled up to auxiliary perspective plane therefore, it is possible to given by size variation based on end point
The object of 200 is with depth of field sense, thus the 3-D effect that spectators are felt from the image being scaled up to auxiliary perspective plane 200 and immersing
Sense maximizes.
Meanwhile, in this embodiment, management equipment 300 identifies and extracts the special object (example being included in master image
As, trees, cloud etc.), and generate auxiliary image based on the special object extracted.In this case, management equipment 300 exists
Auxiliary image is generated under the state that the size of the special object being expanded is changed.Specifically, management equipment 300 is being expanded
The size of special object is based on the position shown by special object, based on the distance between the end point in this position and master image
Auxiliary image is generated afterwards etc. being changed.The auxiliary image generated is sent to auxiliary projector equipment 210, and this auxiliary projector equipment
210 project this auxiliary image having in the way of the special object of the size of change is expanded and shows on auxiliary perspective plane 200.
Figure 10 is shown in which that the visual element being included in master image is scaled up to the whole region on auxiliary perspective plane 200
Embodiment in regional area.
With reference to Figure 10, multiple auxiliary perspective planes 200 are installed in principal view face 100 around, and are included in master image
Special object be expanded and show on multiple auxiliary perspective planes 200.Here, special object is likely not to have and is scaled up to auxiliary projection
The whole region in face 200, but may be expanded and be shown to the regional area on auxiliary perspective plane 200, and, particularly, may
It is expanded and shows at the regional area adjacent with its home position (that is, the position on principal view face 100).Such as, when such as scheming
When there is special object in region B, C and the G in principal view face 100 shown in 10, this special object is likely not to have and is scaled up to
The whole region on auxiliary perspective plane 200, but may only be scaled up to region B', C' adjacent with the home position of each object and
G'。
Meanwhile, in this embodiment, management equipment 300 identifies and extracts the special object (example being included in master image
As, flame, cloud etc.), and generate auxiliary image based on the special object extracted.In this case, management equipment 300 can
To generate the auxiliary image in the regional area being formed at whole picture frame.Specifically, management equipment 300 can only with spy
Determine the adjacent Area generation in the position (that is, the position on principal view face 100) of object for showing the auxiliary image of visual element.
Now with reference to Figure 10, the example of the operation of management equipment 300 is described.(1) first, management equipment 300 identifies and is included in
Special object in master image, and, in this case, also to the positional information of this special object (that is, in principal view face
Position on 100) it is analyzed.(2) then, management equipment 300 determines whether this special object is positioned at outside principal view face 100
Portion (A, B, C, D, E, F, G or H).(3) when determining outside (B, C and G) that this special object is positioned at principal view face 100, management
The equipment 300 only middle auxiliary image generated for showing visual element in the region (B', C' and G') adjacent with special object, and
The image generated is projected by means of auxiliary projector equipment 210.
It is described above the reality utilizing visual effect that the visual element that is included in master image extends this master image
Execute mode (such as, extend the special object being included in master image and utilize this special object to generate auxiliary image).
But, the present invention can also be generated for extending by the method not using the visual element being included in master image
The auxiliary image of visual effect.
It follows that general's description another embodiment of the invention (pay close attention to difference, and in addition to these differences, can
With application those technical characteristics as above).
The present invention can also utilize the single image being associated with master image to generate auxiliary image.Specifically, when with
When the auxiliary image that special object in master image is associated is generated, the present invention can utilize the image being provided separately to generate auxiliary figure
Picture, and the special object itself from master image is not extracted.
In this case, it is preferable that management equipment 300 stores multiple image that can be used as auxiliary image.Specifically
Ground is said, management equipment 300 can store independent image (such as, Tree image A, the ocean imagery of multiple coupling special object
B, flame image C etc.).
Therefore, when being not desired to the visual effect extending master image, even if management equipment 300 is included in master image not utilizing
In special object in the case of the image mating this special object of individually storage can also be utilized to generate auxiliary image, and can
To utilize the visual effect of auxiliary this master image of image spreading generated.
Other embodiments of the present invention will be further described in more detail now.Management equipment 300 can identify bag
Include the special object (such as, trees) in master image, utilize the independent of the special object (such as trees) that coupling identified
Image (such as, leaves image) generates auxiliary image, and controls auxiliary image that generated, that to project on auxiliary perspective plane 200.Also
That is, management equipment 300 can identify the special object (such as, trees) being included in master image, then utilizes and is known
The unrelated single image (such as, leaves image) of other special object generates auxiliary image, thus utilizes the auxiliary image generated
Extend the visual effect of this master image.
In this case, management equipment 300 can utilize the single figure being associated with the special object in master image
As generating auxiliary image, and adjust this auxiliary image to coordinate with this master image.Specifically, management equipment 300 can be based on master
Auxiliary image is adjusted by the size of the special object in image, position, operation information etc..Such as, when being included in master image
To as if time one tree and this tree are positioned at right side, management equipment 300 can be based on single with what this tree matched
Image (such as, leaves image) generates and would be projected the auxiliary image on the auxiliary perspective plane on the right, and big to this auxiliary image
Little, color etc. is adjusted, so that the leaves with size, the color etc. that match with the tree in master image descends slowly and lightly.
Meanwhile, the present invention and can be stored for raw by using all of visual element (such as, special object)
Become the method for independent image of auxiliary image to generate auxiliary image.
Such as, when special object (such as, ocean) is included in master image, the present invention can extract this special object
(such as, ocean) also passes through special object (such as, ocean) and (2) and this special object phase (1) extracted from master image
The single image (such as, fish diagram picture) of coupling combines and generates auxiliary image.
In this embodiment, the visual element that (1) is included in master image by extraction generate auxiliary image method and
(2) the single image being associated with master image is utilized to be tied to the method (having been described above) generating auxiliary image
It is combined.
Therefore, by this compound embodiment, the effect of vision extension can be maximized, and spectators feel heavy
Leaching sense and 3-D effect also are able to be maximized.
It follows that many optical projection systems according to another implementation of the invention will be retouched with reference to Figure 11 to 13
State.
Many optical projection systems according to another implementation of the invention which will be described with above-mentioned including
The embodiment that visual element in master image is expanded is the same.
But, many optical projection systems which will be described are to be scaled up to auxiliary perspective plane with the difference of above-mentioned embodiment
The visual element of 200 is light rather than image.But, can be two kinds of embodiment party except the further feature of visual element type
Share between formula.Therefore, the above-mentioned various features relevant with many optical projection systems can be applied to enforcement which will be described
Mode.
With reference to Figure 11, many optical projection systems according to another implementation of the invention comprise the steps that principal view face 100, main
Image is reproduced thereon；Auxiliary perspective plane 200, it is arranged in principal view face 100 around；Principal view equipment 110, it is used for will
Master image projects on principal view face 100；Light units 220, it is used for emitting light into auxiliary perspective plane 200；And management
Equipment 300, it is for controlling principal view equipment 110 and the operation of light units 220.
Additionally, the visual element that many optical projection systems can be included within master image extends to auxiliary perspective plane 200.Specifically
Saying, many optical projection systems can will have the light emission of the color being associated with master image to auxiliary projection by means of light units 220
On face 200, thus by this operation, the visual element of master image is extended.
Big described in principal view face 100, auxiliary perspective plane 200 and principal view equipment 110 and above embodiment
Cause identical.
Light units 220 is by the equipment on the light emission of particular color to auxiliary perspective plane 200.Here it is preferred that it is logical
The color crossing the light that light units 200 is launched is associated with master image.Such as, light units 200 color of the light launched can
To be the average color of whole master image or the color of object (such as, things, background etc.) being included in master image.Cause
This, light units 220 can realize the color being associated with master image on auxiliary perspective plane 200, thus by this operation extension
The visual zone of master image.
Additionally, light units 220 can include launching red (R), green (G) and all light-emitting components of blue (B), and
And these R, G and B light-emitting components can be utilized optionally to launch the light of shades of colour.Here, light-emitting component can be by various
The light-emitting component of type is formed, and such as heating lamp, fluorescent lamp, metal halide lamp, xenon lamp, mercury lamp, UV lamp, LED, quasiconductor swash
Light device, Halogen light etc..
Additionally, light units 220 may be electrically coupled to management equipment 300, to be controlled by this management equipment 300.
Light units 220 can emit light on auxiliary perspective plane 200 under the control of management equipment 300.
It addition, light units 220 may be configured to move in three dimensions, and (in this case) light sets
The operation of standby 220 can be controlled by management equipment 300.
Meanwhile, when many optical projection systems include multiple auxiliary perspective plane 200, it is also possible to multiple light units 220 is set.At this
In the case of Zhong, multiple light unitses 220 can be by the management overall control of equipment 300.Moreover it is preferred that multiple light set
Standby 220 can be parallel-connected to management equipment 300 to be connected in parallel by this and managed devices 300 is simultaneously or separately controlled
System.
Additionally, multiple light unitses 220 can be installed on single auxiliary perspective plane 200, and, in this situation
Under, multiple light unitses 220 can preferably be distributed on this auxiliary perspective plane 200 around.
Management equipment 300 can control the operation of light units 220, and adjusts the light launched by light units 220
Color.Additionally, management equipment 300 can be connected to light units 220 by wired or wireless communication network, with by this even
Fetch this light units 220 of control.
Additionally, when many optical projection systems include multiple light units 220, management equipment 300 can control multiple light and set
Standby 220.In this case, management equipment 300 can be parallel-connected to multiple light units 220 to be connected in parallel together by this
Time or individually the plurality of light projection equipment 220 is controlled.
Meanwhile, when master image is reproduced, management equipment 300 can not operate light shadow equipment 220 in the moment, but permissible
Light units 220 is optionally operated by analysis based on master image.Such as, master image can be entered by management equipment 300
Row is analyzed, and and if only if just operates light units 220 when this master image identifies specific object.
Additionally, when master image is reproduced, management equipment 300 is without performing to analyze the behaviour of master image within all time periods
Make, but only can perform this operation in special time period.Specifically, management equipment 300 can based on master image time
Between code only in predetermined special time period, master image is analyzed.Therefore, in this case, only predetermined specific
The extension of master image by means of light units 220 it is capable of in time period.
It follows that by with reference to Figure 12 and 13 to including regarding in the master image being projected onto on principal view face 100
Feel element is scaled up to the specific embodiment on auxiliary perspective plane 200 and is further described in more detail.
The color that Figure 12 is shown in which with principal view face 100 is applied color is identical is scaled up to auxiliary perspective plane 200
Embodiment.
With reference to Figure 12, multiple auxiliary perspective planes 200 are installed in principal view face 100 around, and master image is applied
Average color is scaled up to the plurality of auxiliary perspective plane 200.Therefore, spectators can feel just as they are really createed by image
The specific environment come is surrounded, thus improves sense of reality and the feeling of immersion of spectators' sensation.
Meanwhile, in this embodiment, management equipment 300 identifies special object (such as, the sea being included in master image
Ocean, sky etc.), then the average color in master image is analyzed.Such as, management equipment 300 is included in master map by analysis
The colour of the whole pixels in Xiang calculates average color.When analyzing average color (such as, blue) of master image, management sets
Standby 300 control light units 220 based on this analysis result.Specifically, management equipment 300 controls light units 220 by institute
The light emission of the average color that analyzes (such as, blue) is on auxiliary perspective plane 200.
Two or more colors that Figure 13 is shown in which to be included in master image (that is, two or more objects
Color) it is scaled up to the embodiment on auxiliary perspective plane 200.
With reference to Figure 13, multiple auxiliary perspective planes 200 are installed in principal view face 100 around, and are included in master image
Two or more colors be scaled up to multiple auxiliary perspective plane 200.Here, two or more colors can be included in main
The color of two or more objects in image.Moreover it is preferred that two or more colors are displayed on and object
(such as, white light is extended to top and the position with cloud and matches, and blue light is scaled up to bottom in the position that position matches
And match with the position of ocean).
Meanwhile, in this embodiment, management equipment 300 identify be included in master image two or more are specific right
As (such as, ocean, sky etc.), then the color of each special object image is analyzed.Additionally, management equipment 300 is right
The position of each special object is analyzed.After an analysis, management equipment 300 controls light units based on this analysis information
220.Specifically, management equipment 300 controls light units 220 to launch in the position similar to the position of each special object
Light with the color of the color similarity of each special object.
Meanwhile, when creating specific scene in master image, management equipment 300 may determine that this specific field of maximization
The color of the atmosphere of scape, is then controlled light units 220.Such as, when creating stormy scene, manage equipment
300 can control light units 220 to launch the light of dark white.
In such a situation it is preferred to, management equipment 300 can be based on the data information (example stored in memory element
Such as, the data that the object that wherein may show in the picture matches with specific color) identify and match with specific scene
The color of atmosphere.
With reference to its preferred implementation to the present invention have been described in detail.But, those skilled in the art should
This is recognized, can make a change these embodiments, the present invention on the premise of without departing from the principle of the present invention and spirit
Scope limited by claim and equivalent thereof.
Claims (9)
1. optical projection system more than a kind, it is characterised in that
Described many optical projection systems include management equipment, and described management equipment controls projector equipment, throw with the image integrated
It is mapped on main screen and multiple auxiliary perspective plane,
The plurality of auxiliary perspective plane includes left side wall, right side wall or is arranged on the panel within arenas.
Many optical projection systems the most according to claim 1, it is characterised in that
Described projector equipment includes:
Principal view equipment, it projects image onto on described main screen；And
More than one auxiliary projector equipment, it projects image onto on the plurality of auxiliary perspective plane.
Many optical projection systems the most according to claim 2, it is characterised in that
Described principal view equipment is installed to be in the face of described main screen,
Described auxiliary projector equipment is installed to be in the face of described auxiliary perspective plane.
Many optical projection systems the most according to claim 3, it is characterised in that
Described auxiliary perspective plane is left side wall, right side wall or the panel being arranged in arenas.
Many optical projection systems the most according to claim 2, it is characterised in that
Multiple auxiliary projector equipments project image onto on an auxiliary perspective plane.
Many optical projection systems the most according to claim 5, it is characterised in that
Described auxiliary perspective plane is left side wall or right side wall.
Many optical projection systems the most according to claim 5, it is characterised in that
Described auxiliary perspective plane is made up of left side wall and panel or is made up of right side wall and panel.
Many optical projection systems the most according to claim 5, it is characterised in that
Corrected by the lap of the image of auxiliary projector equipment projection each described.
Many optical projection systems the most according to claim 8, it is characterised in that
Utilize edge fusion technology, corrected by the lap of the image of auxiliary projector equipment projection each described.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
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| KR10-2013-0048087 | 2013-04-30 | ||
| KR20130048087A KR101489262B1 (en) | 2012-07-12 | 2013-04-30 | Multi-Projection System for expanding a visual element of main image |
| CN201380074939.6A CN105051603B (en) | 2013-04-30 | 2013-11-28 | For the more optical projection systems for the visual element for extending master image |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201380074939.6A Division CN105051603B (en) | 2013-04-30 | 2013-11-28 | For the more optical projection systems for the visual element for extending master image |
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| CN106125491A true CN106125491A (en) | 2016-11-16 |
| CN106125491B CN106125491B (en) | 2018-03-27 |
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| CN201380074939.6A Active CN105051603B (en) | 2013-04-30 | 2013-11-28 | For the more optical projection systems for the visual element for extending master image |
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| CN110155255A (en) * | 2018-02-13 | 2019-08-23 | 大西洋造船厂 | Ship including the living space with image projection device |
| WO2022142360A1 (en) * | 2020-12-31 | 2022-07-07 | 深圳市时代华影科技股份有限公司 | Rendering screen, and film and television display system using same |
| CN115002428A (en) * | 2022-04-28 | 2022-09-02 | 北京连屏科技有限公司 | Immersive space system |
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| CN106162114A (en) * | 2015-03-25 | 2016-11-23 | 上海分众软件技术有限公司 | A kind of Image Management operating system and operational approach |
| CN106162151A (en) * | 2015-03-25 | 2016-11-23 | 上海分众软件技术有限公司 | A kind of immersion Play System |
| CN106162020A (en) * | 2015-04-27 | 2016-11-23 | 上海分众软件技术有限公司 | A kind of video image modification method and system |
| CN106162021A (en) * | 2015-04-27 | 2016-11-23 | 上海分众软件技术有限公司 | A kind of multi-projection system |
| JP6973141B2 (en) * | 2018-02-07 | 2021-11-24 | トヨタ自動車株式会社 | Display device for vehicles |
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| CN110155255A (en) * | 2018-02-13 | 2019-08-23 | 大西洋造船厂 | Ship including the living space with image projection device |
| WO2022142360A1 (en) * | 2020-12-31 | 2022-07-07 | 深圳市时代华影科技股份有限公司 | Rendering screen, and film and television display system using same |
| CN115002428A (en) * | 2022-04-28 | 2022-09-02 | 北京连屏科技有限公司 | Immersive space system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106125491B (en) | 2018-03-27 |
| WO2014178509A1 (en) | 2014-11-06 |
| CN105051603B (en) | 2017-12-19 |
| CN105051603A (en) | 2015-11-11 |
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