JP4191639B2 - Three-dimensional image information related thing of five sense information of plane image - Google Patents

Description

The present invention can be used in the field of image information related products accompanied by image information, and is centered on the technical field of converting planar image information into stereoscopic image information, and other sound information fields, olfactory information fields, tactile information fields, and tastes. The field of information is included in the field of view.

Therefore, only the sound information field, the fragrance information field, the tactile information field, and the taste information field are not included. However, by converting planar image information into stereoscopic image information, the sound information field linked to and associated with important spatial recognition difference information, and the sound information, fragrance information, tactile information, This includes the associative technology field in which each information is associated three-dimensionally from taste information and reproduced and virtualized.
In other words, with a central field of technology to convert planar image information into stereoscopic image information, two-dimensional information (image information, sound information, olfactory information, tactile information, taste, etc.) associated with privately and publicly obtained from planar image information. Information) is a field of three-dimensional association reproduction technology.

Whereas the conventional virtual reality technology is a three-dimensional reproduction technology field that is artificially incorporated into planar information from the beginning, the technical field of the present invention is not artificially incorporated from the beginning. First, it corresponds to a wide range of plane image information, and it is a technical field that associatively reproduces three-dimensional reproduction from private / public common sense for each scene.
Explanation of terminology.
What is “Image Information”?
This refers to "image information" obtained from flat objects, three-dimensional objects, and images drawn, and "human information""objectinformation""biological information such as animals and plants""shapeinformation""patterninformation""characterinformation""" People / regional / public associative estimation information held by humans "," planar image information "," stereoscopic image information "and the above" image information "are estimated associatively in private, regional, and public knowledge, "Sound (noise, noise, music, music, sound effects, sound effects, onomatopoeia, cheers, human voice, vocal music, instrumental sound, recorded sound, recorded sound) information" ・ "Odor (odor, smell, odor, bad smell) Information "/" Tactile sense (contact, pain, pressure, stretch, warmth, humidity, dryness, wind, tilt pressure, gravity pressure due to increased speed during driving) "," taste (5 tastes, taste) Taste, disgusting taste) information ”, and above all“ image information ”on the time axis (past / present / future) Including “image information” on the value / deviation value, change / enlarge / reduce / compress / expand / same / approximate / similar / similar in comparison with each image information generated from various combinations of one or more of the above・ Includes related / difference / intersection / multilayer / proximity / contact / irrelevant image information.

"Planar image information"
This refers to "planar image information" obtained from flat objects, three-dimensional objects, and images drawn. "Human information""thinginformation""biological information such as animals and plants""shapeinformation""patterninformation""character""Sound (noise, noise, music) estimated from private, regional, and publicly associated information from" information "," personal, regional, and publicly known association information " , Music, sound effects, effect music, onomatopoeia, cheers, human voice, vocal music, instrumental sound, recorded sound, recorded sound) information ”,“ smell (smell, smell, odor, bad smell) information ”,“ tactile (contact, Pain, pressure, stretch, warmth, moisture, dryness, wind, tilt pressure, gravity pressure due to increased speed during driving) information ”,“ taste (5 tastes, taste, aversion, taste) information ” "Platform image information" on all the time axes (past, present, and future) Surface image information ",
Of all the above, change / enlarge / reduce / compress / extend / same / approximate / similar / similar / related / difference / intersection / multilayer / proximity / contact・ Includes unrelated plane image information.

"Spatial recognition difference information"
This is potential difference image information for causing a human visual center to recognize spatial depth information created from planar image information in order to obtain stereoscopic image information having a stereoscopic depth from planar image information. When the difference image information is recognized, left-right parallax creation and stereoscopic arrangement are automatically performed within the visual center, and stereoscopic image information having a stereoscopic depth can be obtained.
This is described in Japanese Patent Application Laid-Open Publication No. Hei 8-101469, “Processing Related Substance for Sublimating a Planar Image and its Manufacturing Method”.

According to the procedural amendment document of Document P26 / 27 of the same invention, “the laminate cannot capture the two pieces of image information 5 and 6 as one image of a double copy. It is captured as transmitting information, that is, two pieces of image information of horizontally long image information 6 and horizontally compressed image information 5. Here, when looking at the image 5, the image 6 is a gazing point. Other than left and right information, and if the user gazes at the image 6, the image 5 is captured as left and right information other than the gazing point, and the entire image has a stereoscopic effect similar to binocular parallax. ... Omitted ... As a result, in the laminated body, the entire basic image is captured as a spatial image having a three-dimensional depth of 10 and sent to the visual center 4.. ..Helping the spatial image information Thus, the expansion and contraction of the individual images and the adjacent images (mainly in the horizontal direction is remarkable) works (if there is no spatial image information, it is considered that the images are processed as simple planar illusion images). If the spatial image layout is finely adjusted and the entire image is changed to an intermediate size with no contradiction, the spatial image is re-created as an intermediate stereoscopic image and can be stereoscopically viewed in the visual center. Seem.
Also, the image expansion / contraction adjustment function that matches the natural world is a cooperative function that searches and collates a huge group of congenital / acquired image storage information stored in the visual center and the individual image information, and adjusts the expansion / contraction to match it. Seems to exist. "."

  Further, in the case of generating parallax image information from planar image information, when extracting target image information, the target image must be made independent so as not to include background image information, and the background image information after extraction must be complemented. (As a simple example: When the target image in the background of the background is a person image, the person is accurately cut out and moved to either the left or right, or expanded or contracted to the left or right to create a parallax and cut The extracted background image must also be complemented by the streetscape.) Also, in the case of bimodal fusion of spatial recognition difference information generation, the parallax is ignored, so the target image can be extracted including the background image (view center) (Internal linkage expansion / contraction function will automatically do it), but black and other single color background supplementation is required. However, in the fusion of both the original image information and the same size, the background shape does not occur because the shape is the same, and no background supplementation is required. good. (In the case of the above example, a rectangle / square including a person as a simple example)

  Therefore, when the spatial image information is produced and presented in an overlapping manner (one example; the spatial protrusion image information is superimposed on the spatial depth image information), the bimodal fusion image information / bimodal fusion image information is converted from the image information / sound information. -Both forms combined image information can easily provide a large and small combined space overlapping shape without being trapped by the shape of the target image.

  “Image shape information of image” refers to “size information” of “shape of planar image”.

  “Image shape image information type of image” is “image shape image information of image” as “seed”, and consists of “system 2” of “large image system image information” and “small image system image information”. Is done.

  “Different” refers to “second system” of “large image system image information and small image system image information”.

  “Large image system image information” refers to “planar image information” which is an “image shape image information type of image” and has a shape larger than that of “small image system image information” in the horizontal or vertical direction.

  “Small image system image information” refers to “planar image information” that is an “image shape image information type of image” and has a shape smaller than that of “large image system image information”.

  “Fusion” generally refers to a phenomenon that is fused to become one, and in the fusion of the present invention, after “two plane image information” is fused, “one stereoscopic view” is formed in the visual center of the brain. Appearing pop-out image information "(= three-dimensionally arranged spatial protrusion degree image information) appears.

  “Both shape fusion” refers to “two-dimensional image information” in “Large image system image information” in “Image shape image information type of image” and “Similar” in “Small image system image information”. Are “fused”, and appear in the visual center of the brain as “single stereoscopic image information with a sense of depth” (= stereoscopic image information of spatial depth).

  “Difference” means that there is a “difference” in the comparison of the horizontal length or vertical length of “large image system image information and small image system image information”. If "difference = zero", "fusion" does not occur and plane image information is obtained.

  In the present invention, “light” refers to continuous light as a general interpretation.

  In the present invention, the “signal” is non-continuous as in general interpretation, and includes magnetic information, electrical information, electromagnetic wave information, particle beam information, image information, sound information, olfactory information, tactile information, taste information, and , Consisting of any one or more of one or more various combinations of personal, regional, and publicly known associative estimation information possessed by a person There is each signal of information.

  “Image information signal, image information light” is a specific example of “image information related material” that appears in the terminology of this specification, and the common “image information” is “signal” or “light”. ], Which is a specific means of transmitting “image information”.

“Image information related material” means “related material” to “image information” so that it can be generally interpreted from characters, and consists of “image information processing device” and “image information holding material”. .

The “image information processing apparatus” includes a “stereoscopic image information processing apparatus” and a “planar image information processing apparatus”.

The “image information holding material” includes “planar image information holding material” and “stereoscopic image information holding material”.

What is “stereoscopic image information processing device”?
In the present invention, stereoscopic image information can be converted into planar image information, and conversely, planar image information can be converted to stereoscopic image information. Device ”,“ stereoscopic image information holding material ”,“ planar image information holding material ”,“ excluding only the combination of flat image information processing device and flat image information holding material ”2 or more various connections It is possible to obtain stereoscopic image information from the combination.

The “planar image information holding object” and “planar image information processing apparatus” that “process” the “planar image information” are “connected” with the “stereoscopic image information holding object” and the “image information three-dimensional processing apparatus”. Not only “planar image information” but also “stereoscopic image information” is “processed”.

  Therefore, the “stereoscopic image information processing device” is connected to the “stereoscopic image information holding device” and the “stereoscopic image information processing device” in various ways. It refers to the “connected device” that is born from the combination.

  Specifically, <"Connecting the" Image information stereoscopic processing device "" to the "Single device" of the "Image information stereoscopic processing device" and "Planar image information processing device" / "Planar image information holding object" "Device connected" ", and <" Connected device "born from various connected combinations of" Three-dimensional image information holding device "and" Connected device ">.

 It can be said that the “stereoscopic image information processing apparatus” is “formed” by each “connecting” action in the “stereoscopic image information processing apparatus”.

In addition, the “stereoscopic image information processing apparatus”
(1) After “developed” “stereoscopic image information” on the “planar image information” transmission source side before “connecting”, “transmitting” and “receiving”, “connecting”, “stereoscopic information” An “image processing apparatus” can be manufactured.
(2) “Stereoscopic image information” is devised on the “Plane image information” side of the “Image information related object” on the receiving side “After connecting” and “Stereoscopic image information” An “information processing apparatus” can be manufactured.
(3) Depending on various combinations with (1) and (2) above, a “stereoscopic image information processing apparatus” can be manufactured.

  “Connecting” means that “information” is “connected” in the present invention, and may be wired, wireless, contact, or non-contact.

  The “planar image information holding object” means “planar image information” as “maintained object” as can be generally interpreted from characters, and can be said to be a passive image information acquisition object.

  Further, the planar image information holding object is an object having software centered on the planar image information, and the information can be increased or decreased or lost. In addition, the software in the present invention is not limited to software (programmed) for conventional computer hardware, but is widely processed, processed, scheduled for each process, or each process This refers to various types of information that can be regarded as possible.

  Also, plane image information, plane control image information, plane input image information, plane storage image information, plane recording image information, plane processing image information, plane output image information, plane reproduction image information, plane print image information, plane display image information -Refers to "things" that require one or more various combinations of planar photographic image information.

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Specifically, the image information holding unit includes the various plane bodies, various parallel bodies, various parallel fusion bodies, two or more layers, various inclined bodies, and various curved surfaces. Bodies, various crossings, various rotating bodies, various cylindrical bodies, various polyhedrons, various radial bodies, various disk bodies, various line symmetry bodies, various point symmetry bodies, various papers, various cloths , Various film sheets, various mirrors, various liquid crystals, various glasses, various cylindrical lens array plates, various lenticular lenses, various lenses, various ballarax barriers, various plastics, various discharge lamps・ Various fluorescent tubes ・ Various phosphors ・ Various light emitting diodes ・ Various optical fibers ・ Various laser beams ・ Various inorganic organic electroluminescence devices ・ Various plasmas ・ Various electrical devices ・ Various voltages ・Various electric fields, various electrons, various electromagnetic waves, various radio waves, various discharges, various magnetics, various heats, various ultraviolet rays, various particle beams, various fogs, various steams, various waters, various Image information processing (mainly passive) section composed of one or more various combinations among all the above-mentioned ice, snow, clouds, bubbles, seawater Various kinds of plane image information holding objects for image information processing (mainly passive).

In addition, photographs of various photosensitive papers, positive films and negative films, various photo collections, various aerial photographs, various art photo collections, various catalogs, various mail order catalogs, various flyers, various brochures, various newspapers・ Various weekly magazines ・ Various guides ・ Various picture books ・ Various posters ・ Various calendars ・ Various magazines ・ Various books ・ Various encyclopedias ・ Various dictionaries ・ Various dictionaries ・ Various maps ・ Various types Drawings, various design drawings, various housing drawings, various building drawings, various model room drawings, various photo albums, various slide photos, various picture books, various paintings, various prints, various illustrations, etc. Various murals, various signboards, various rotating signboards, various measuring devices, various household electrical devices, various acoustic devices, various communication devices, various medical devices, various medical CT scanning devices, various X line True film, various cameras, various monitors, various tuners, various printing devices, various copying devices, various scanner devices, various recorder devices, various player devices, various server devices, various router devices, etc.・ Various facsimile machines ・ Various compact discs ・ Various digital versatile discs ・ Various Blu-ray discs ・ Various magnetic magnetic materials ・ Various magneto-optical magnetic materials ・ Various optical wavelength discs ・ Various video tapes ・ Various digital tapes・ Various digital discs ・ Various video images ・ Various home game machines ・ Various game machines ・ Various microfilms ・ Various terminals ・ Various wireless and wired television broadcast programs and related materials , Various random access memories, various read-only memories, various sensors Ral processing units, various microprocessors, various computer programs, various computer operating systems, various computer applications, various personal computer graphics, various blue truth system devices, various tron computer micros Computer chips, various micro memory chips, various memory cards, various Internet system networks, various wireless system networks, various wired system networks, various satellite broadcasting networks, various satellite communication networks, various computer network systems・ Various types of chips ・ Various ICs (integrated circuit) ・ Various types of foods ・ Various food-related items ・ Various clothing ・ Various clothing items ・ Various items Daily goods, various stationery, various carpentry supplies, various furniture, various books, various electrical products, various electronic products, various acoustic products, various toys, various types Medical products, the same drugs, the baby products, the elderly products, the care products, the homes, the buildings, the mailed items, the delivery items, The various travel goods, the various vehicles, the various vehicle-related accessories, the various inventory inspection products, various IC (integrated circuit) chip mounted products, various characters, various numbers, various symbols, various types Various kinds of software as various kinds of plane image information, various kinds of software of various kinds of plane image information, and other various kinds of industrial plane image information, such as codes and various patterns. Various software and other personal Various software for plane image information, and the plane image information holding object as the software described above, before the plane image information is mounted, before it is mounted, or when any of the information is scheduled to be mounted There is a plan image information holding plan and a plan image information holding plan capable of carrying the information, a plan image information holding plan capable of being put thereon, and the like.

  The term “stereoscopic image information holding material” means that “stereoscopic image information” is a “holding object” and can be said to be a passive acquisition of stereoscopic image information.

  Also, stereoscopic image information, stereoscopic control image information, stereoscopic input image information, stereoscopic storage image information, stereoscopic recording image information, stereoscopic processing image information, stereoscopic output image information, stereoscopic reproduction image information, stereoscopic printing image information, stereoscopic display image information -Refers to "things" that require one or more various combinations of stereoscopic photo image information.

In addition, the three-dimensional image information holding object is also an object that retains software centering on three-dimensional image information, and the information may increase or decrease or disappear.

More specifically, the stereoscopic image information holding object is obtained by converting various types of software of the planar image information into the stereoscopic image information software from the specific example of the planar image information holding object, and the same image as the stereoscopic image information holding scheduled object. Includes information-carrying items.

“Processing”
In the present invention, processing means controlling information, inputting information, storing information, recording information, processing information, outputting information, reproducing information, and reproducing information. Printing, displaying information, controlling information, inputting information, storing information, recording information, processing information, outputting information One or more active / passive actions for information consisting of one or more different combinations of information, being reproduced, printed, or displayed Say.

What is information processing?
The information processing in the present invention includes a physical processing action, an optical processing action, a digital processing action generated from information calculation, information storage, and information control by digitization techniques and programming languages. Further, information input as a computer function, information storage combined with the above, and information output are the same as in the present invention.

"Three-dimensional image information holding plan, plane image information holding plan"
It is expected that each of the stereoscopic image information holding object and the planar image information holding object is an object on which each of the three-dimensional and two-dimensional image information is not placed (an unused magnetic tape as an example), and that each image information will be placed in the future. Objects are included in the three-dimensional image information holding object and the two-dimensional image information holding object as the three-dimensional image information holding object and the two-dimensional image information holding object, respectively.

"Three-dimensional image information holding object, flat image information holding object"
The three-dimensional image information holding object and the two-dimensional image information holding object are ones on which the three-dimensional / two-dimensional image information is not placed (for example, an unused magnetic tape), and the respective image information can be placed at the present time. Possible objects are included in the stereoscopic image information holding object and the planar image information holding object as the stereoscopic image information holding object and the planar image information holding object, respectively.

The “planar image information processing apparatus” means a “planar image”, that is, an “apparatus” that “processes” “planar image information” so that it can be generally interpreted from characters.

Further, in the present invention, since the planar image information processing apparatus is a group of one or more actions, the concept of each system connected to the system and the same facility / equipment, wired / wireless as a group of apparatuses (also known as network) May be read).

Specifically, the image information processing unit has various plane bodies, various parallel bodies, various parallel fusion bodies, two or more layers, various inclined bodies, various curved bodies, various intersections, etc.・ Various rotating bodies ・ Various cylinders ・ Various polyhedrons ・ Various radial bodies ・ Various disc bodies ・ Various line symmetry bodies ・ Various point symmetry bodies ・ Various papers ・ Various cloths ・ Various film sheets ・Various mirrors, various liquid crystals, various glasses, various cylindrical lens array plates, various lenticular lenses, various lenses, various ballarax barriers, various plastics, various discharge lamps, various fluorescent tubes, Various phosphors, various light emitting diodes, various optical fibers, various laser beams, various inorganic organic electroluminescence elements, various plasmas, various electrics, various voltages, various electric fields, various electrons, Various electromagnetic waves, various radio waves, various discharges, various magnetics, various heats, various ultraviolet rays, various particle beams, various fogs, various steams, various waters, various ices, various snows, various Various planes that can be processed or scheduled to be processed by an image information processing unit composed of any one or more various combinations of clouds, various bubbles, and various seawaters. Image information processing devices.

  In addition, various glasses, various binoculars, various telescopes, various microscopes, various magnifiers, various cameras, various digital cameras, various video cameras, various television cameras, various aerial photography cameras, various Medical cameras, various medical surgery equipment integrated system processing facilities, various internet-based medical surgical equipment integrated system processing facilities, various wired and wireless medical system processing facilities, various movie shooting cameras, various projectors , Various projectors, various image information projection system processing devices for movies, various camera-integrated movie processing devices, various movie theaters, various movie facilities, various dome-shaped movie facilities, various monitors, various videos Monitors, various portable monitors, various tuners, various printing devices, various copying devices, various scanner devices, various recording devices Coder equipment, various player equipment, various server equipment, various router equipment, various facsimile equipment, various robots, various virtual reality equipment (any of image information including odor, taste, sound information and characters) Various devices consisting of one or more of fragrance, vibration, deformation, operation and control linked with the above).

  In addition, various electric signboards, various rotating signboards, various measuring instruments, various household electric devices, various acoustic devices, various communication devices, various medical devices, various medical CT scanning devices, various X-rays Photography system processing facilities, various photographic film processing facilities, various compact disc network system processing facilities, various digital versatile disk system network system processing facilities, various Blu-ray disc network system processing facilities, various magnetic magnetic network system processing Facilities, various magneto-optical magnetic network system processing facilities, various optical wavelength disk network system processing facilities, various video tape network system processing facilities, various digital tape network system processing facilities, various digital disk network system processing facilities Kind.

  Furthermore, various video network system processing facilities for movies, various home game network system processing facilities, various commercial game network system processing facilities, various microfilm network system processing facilities, various terminal equipment network system processing facilities, various wireless -Wired television broadcast programs and such data network system processing facilities, various random access memory network system processing facilities, various read-only memory network system processing facilities, various central processing unit network system processing facilities.

  Furthermore, various microprocessor network system processing facilities, various computer program network system processing facilities, various computer operating system network system processing facilities, various computer application network system processing facilities, various personal computer graphics network systems Processing facilities, various blue truth network system processing facilities, various microcomputer chip network system processing facilities for tron computers, various micro memory chip network system processing facilities, various memory card network system processing facilities, various internet system network systems Processing facilities, various wireless system network system processing facilities, various wired system network system processing facilities, various satellite broadcast network system processing facilities, various satellite communication network systems Temu processing facility such, various computer network system network system processing facility such, various ubiquitous network system network system processing facility such, various navigation network system network system processing facility such, various virtual reality network system processing facility such.

  Furthermore, various portable information terminal devices, various time information terminal devices, other home and industrial various image information processing devices, other various image information processing device networks, and various image information processing systems The various image information processing system networks, the various image information processing facilities and the various facilities, and the various system facility networks and the various equipment networks.

What is “Image Information 3D Processing Device”?
Refers to a device in a narrow sense (respectively in a sense opposite to a stereoscopic image information processing device in a broad sense), and each plane image information of the planar image information holding object / planar image information processing device by itself It is a device that can be converted into stereoscopic image information independently.

In particular,
The image information processing unit has various plane bodies, various parallel bodies, various parallel fusion bodies, various laminated bodies of two or more layers, various inclined bodies, various curved bodies, various crossed bodies, various rotating bodies, etc.・ Various pillars ・ Polyhedrons ・ Various radial bodies ・ Various disc bodies ・ Various line symmetry bodies ・ Various point symmetry bodies ・ Various papers ・ Various cloths ・ Various film sheets ・ Various mirrors ・ Various types Liquid crystals, various glasses, various cylindrical lens array plates, various lenticular lenses, various lenses, various ballarax barriers, various plastics, various discharge lamps, various fluorescent tubes, various phosphors, Various light-emitting diodes, various optical fibers, various laser beams, various inorganic organic electroluminescence elements, various plasmas, various electrics, various voltages, various electric fields, various electrons, various electromagnetic waves, etc. Radio waves, various discharges, various magnetics, various heats, various ultraviolet rays, various particle beams, various fogs, various vapors, various waters, various ices, various snows, various clouds, various bubbles Various image information processing three-dimensional devices that can process or plan to perform image information processing on an image information processing unit composed of one or more various combinations among all the above-mentioned types of seawater and various seawaters Kind.

  In addition, various glasses, various binoculars, various telescopes, various microscopes, various magnifiers, various cameras, various digital cameras, various video cameras, various television cameras, various aerial photography cameras, various Medical cameras, various medical surgery equipment integrated system processing facilities, various internet-based medical surgical equipment integrated system processing facilities, various wired and wireless medical system processing facilities, various movie shooting cameras, various projectors , Various projectors, various image projection system processing devices, various camera-integrated movie processing devices, various movie theaters, various movie facilities, various dome-shaped movie facilities, various monitors, various video monitors , Various portable monitors, various tuners, various printing devices, various copying devices, various scanner devices, various recorders -Devices, various player devices, various server devices, various router devices, various facsimile devices, various robots, various virtual reality devices (image information, sound information, and image information including characters) Various devices consisting of at least one of fragrance, vibration, deformation, and operation linked to the above).

  In addition, various electric signboards, various rotating signboards, various measuring instruments, various household electric devices, various acoustic devices, various communication devices, various medical devices, various medical CT scanning devices, various X-rays Photography processing units, various photographic film processing units, various compact disc processing units, various digital versatile disc processing units, various Blu-ray disc processing units, various magnetic magnetic processing units, various magneto-optical magnetic processing units Various optical wavelength disk processing devices, various video tape processing devices, various digital tape processing devices, various digital disk processing devices.

  Furthermore, various movie video processing devices, various home game processing devices, various commercial game processing devices, various microfilm processing devices, various terminal device processing devices, various wireless and wired television broadcast program processing devices. , Various random access memory processing devices, various read-only memory processing devices, various central processing unit processing devices.

  Furthermore, various microprocessor processing devices, various computer program processing devices, various computer operating system processing devices, various computer application processing devices, various personal computer graphics processing devices, various blue truths Processing devices, microcomputer chip processing devices for various TRON computers, various micro memory chip processing devices, various memory card processing devices, various Internet system terminal device processing devices, various wireless system terminal device processing devices, various wires System terminal equipment processing equipment, various satellite broadcasting terminal equipment processing equipment, various satellite communication terminal equipment processing equipment, various computer network system terminal equipment processing equipment, various ubiquitous networks The stem terminal equipment processing equipment such, various navigation network system terminal equipment processing equipment such, various virtual reality processing apparatus such.

  Furthermore, various portable information terminal devices, various time information terminal devices, other household and industrial various image information three-dimensional processing devices, other various image information three-dimensional processing devices, the same various image information 3D processing devices, 3D image information 3D processing devices, 3D image information 3D processing devices, 3D processing devices, 3D system processing devices, 3D processing There are devices.

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What is “space depth”?
In the fused image, both the left and right ends of the fused image have a high stereoscopic effect, but the closer to the central part, the more the stereoscopic effect disappears and zero at the central part. Such a “space deeper than the display surface”.

With "space protrusion degree"
In an image where an object approaches or flies from the rear to the front, the space grows from far to forward. Such a “space that pops out from the display surface”.

“Spatial distortion”
Distortion in the space recognition sensation that comes from the speed and directionality during the movement as well as the space recognition sensation before the horizontal / vertical movement (the distance in the movement direction is slow, small, and clear, and the space in front of the movement direction is fast and large)・ Spacious space distortion.) This kind of space is called “space distortion”.

  Prior art includes (1) binocular parallax (2) Japanese Patent Laid-Open No. 8-251628 “stereoscopic image display system” (3) Japanese Patent Laid-Open No. 7-239951 “stereoscopic image generation method” (4) Japanese Patent Laid-Open No. 5-264929 “Image Observation Mirror for Obtaining a Three-Dimensional Image with a Single Image” (5) Japanese Patent Laid-Open Publication No. Hei 6-169475 “A Stereoscopic Image Presenting Device” (6) Japanese Patent Laid-Open Publication No. 2001-148869 “Comfortable Perception” Depth stereoscopic image ".

  Further, (7) Japanese Patent Laid-Open No. 8-251628 “stereoscopic image display system” (8) Purfritzhi effect (9) Varifocal mirror system (10) Japanese Patent Laid-Open No. 8-101469 “Sublimation of flat image into three-dimensional image” Process Related Items and Manufacturing Method ”(11) Japanese Patent Laid-Open No. 8-280044“ stereoscopic display device ”(12) Holography (13) Japanese Patent Laid-Open No. 2000-180996“ stereoscopic image printer and method of creating stereo image ” (14) Japanese Patent Laid-Open No. 10-282594 “Support Stand for Holder for Stereoscopic Image Storage Medium” (15) Japanese Patent Laid-Open No. 2000-249980 “Stereoscopic Image Display Device”

 (1), according to the document “Three-dimensional image engineering” written by Takashi Ohkoshi, “The light from the point on the surface of the object being focused forms an image at the center of the retina. The light from the point does not form the image at the <corresponding position>, and the binocular image appears to be shifted. ”This right and left displacement on the retina gives a stereoscopic effect, and is the most commonly used high stereoscopic effect. It is always accompanied by any of the following: glasses, polarized light, reduced resolution per color / space, or the naked eye that fuses only within the binocular pupil spacing image (binocular fusion method).

  In (2), each moving object from a moving image from a planar image is arranged on the left and right to obtain a stereoscopic effect with two screens having a left-right parallax similar to binocular parallax, and requires shutter-type glasses. In (3), each extracted image is taken to create a binocular parallax image from a still image of a flat image, and in order to avoid cardboarding, the image is decomposed into two or more parts and each part is moved horizontally and vertically. By changing the rate, the stereoscopic image higher than the equidistance is obtained by two screens with parallax from the original image. (It seems that shutter-type glasses are required for parallax generation) (4) Convergence to create two position difference images by shifting the position of the plane image to the left and right by the prism and to see these two screens on one screen You need prism glasses to get a three-dimensional effect from the corners.

  In (5), a two-dimensional difference image is created by shifting the position of a plane image to the left and right by a scan converter, and a stereoscopic effect is obtained by these two screens. (6) is an observation that takes into account the depth provided by the scene environment at the time of shooting, the maximum perceived depth provided by the display surface, and the distance between each person's eyes A comfortable three-dimensional feeling without stress is obtained by matching the perceived depth perceived by a person, and a computing device for that purpose is also presented. (It seems to be accompanied by glasses or polarized light) (7) The left and right images taken from an angle difference of about 15 degrees are alternately projected on a single display surface at 58 frames / sec. It is a binocular fusion method that gives a stereoscopic effect without glasses and without polarization reduction.

(8) is a technique that obtains a three-dimensional effect from the difference in density of a moving image that moves to the left and right of a planar image with sunglasses with only one eye, and requires sunglasses glasses. In (9), a film-like mirror and a flat image display image are synchronized and vibrated to obtain a stereoscopic effect from the reflected light of the mirror.

  (10) refers to a higher stereoscopic effect than laminates, spatial difference recognition, fusion, and binocular fusion. According to the procedural amendment document of Document P26 / 27 of the same invention, “the laminate cannot capture the two pieces of image information 5 and 6 as one image of a double copy. It is captured as transmitting information, that is, two pieces of image information of horizontally long image information 6 and horizontally compressed image information 5. Here, when looking at the image 5, the image 6 is a gazing point. Other than left and right information, and if the user gazes at the image 6, the image 5 is captured as left and right information other than the gazing point, and the entire image has a stereoscopic effect similar to binocular parallax. ... Omitted ... As a result, in the laminated body, the entire basic image is captured as a spatial image having a three-dimensional depth of 10 and sent to the visual center 4.. ..Helping the spatial image information Thus, the expansion and contraction of the individual images and the adjacent images (mainly in the horizontal direction is remarkable) works (if there is no spatial image information, it is considered that the images are processed as simple planar illusion images). If the spatial image layout is finely adjusted and the entire image is changed to an intermediate size with no contradiction, the spatial image is re-created as an intermediate stereoscopic image and can be stereoscopically viewed in the visual center. Seem.

Also, the image expansion / contraction adjustment function that matches the natural world is a cooperative function that searches and collates a huge group of congenital / acquired image storage information stored in the visual center and the individual image information, and adjusts the expansion / contraction to match it. Seems to exist. "

  According to the above hypothesis, since the image linkage expansion / contraction function in the brain creates individual binocular parallax images from the two screens having the spatial recognition difference of the entire planar image, “individual image extraction / Since “same image generation” can be ignored, a stereoscopic effect can be obtained without reducing the resolution without polarization without glasses.

  Note that the entire flat image is compressed or expanded horizontally or vertically with the “image shape image information type of image”, and the same type is used for space recognition consisting of two screens, “large image system” and “small image system”. In the present invention, the image fusion function in the brain that works from the comparison of information between different systems to obtain a three-dimensional feeling is called “bimodal fusion”, and the “saturation information species” of the entire image is “dark color system”. And “light color system” to obtain a three-dimensional effect from the same fusion function in the brain by comparing information of the same kind of different screens of two screens is also called “bi-saturated fusion”.

  (11) In order to display each sliced image in the normal order on n polymer dispersed liquid crystal plates having electrodes arranged in a dot matrix by stacking each planar image obtained by equally cutting the display object into n slices. When applied, a three-dimensional effect is obtained at a transparent portion and a cloudy portion, and a three-dimensional effect capable of moving the focal point of a non-glasses-free polarized white cloudy color.

  (12), according to the dictionary “Kojien”, edited by Shinmura, “Laser is irradiated with laser light, and the interference pattern between the resulting light and the original light is photographed and recorded on the photosensitive plate. In other words, a three-dimensional effect is obtained by moving the focus of laser light without glasses without polarization.

  (13) is an arrangement in which left and right images based on binocular parallax are alternately arranged for viewing by a Barrax barrier method and printed by an ink jet printer to obtain a large image at low cost, and to obtain a stereoscopic effect by reducing the resolution without polarization without glasses. is there.

(14) A lenticular lens sheet having an inclinable stand and a rotatable holder. (13) Similarly, a film is exposed from a cylindrical convex lens array plate with one set of left and right on one lens and projected from the back. In general, a lenticular lens sheet is inexpensive and has no spectacleless polarization-free resolution reduction, and has a place where the left and right images are reversed and the image flies to obtain a three-dimensional effect.
JP-A-8-251628 Japanese Patent Laid-Open No. 7-239951 JP-A-5-264929 JP-A-6-169475 JP 2001-148869 A JP-A-8-251628 JP-A-8-101469 JP-A-8-280044 Japanese Unexamined Patent Publication No. 2000-180996 Japanese Patent Laid-Open No. 10-282594 Japanese Patent Laid-Open No. 2000-249980

  As described above, the method based on the binocular parallax principle of (1), (2), (3), (5), (13), (14), and (15) (including pseudo-parallax from a planar image) `` Center '', some glasses (liquid crystal shutter / polarization filter) same polarization (lenticular lens, cylindrical convex lens / array plate, moth-eye lens plate) color / space resolution reduction (ballarax barrier, lenticular lens, cylindrical convex lens)・ When generating pseudo-parallax from planar image information with an array plate or a lens plate with an eyelet), an original image extraction that does not include a background image is performed. There is a problem in that there is no concept of spatial recognition by function-centric, cooperative expansion / contraction function, and fusion.

The binocular fusion of (7) requires two left and right images (limited within the average pupil difference), and is limited to a point where the plane cannot be stereoscopically viewed and a parallax of 15 degrees or more on the left and right (practically large stereoscopic effect) Is a problem).

  (11) In (12), focus movement and monocular motion parallax can be obtained, but a lot of image information of the object is required and three primary colors cannot be obtained, it is difficult to deal with moving images, and planar images cannot be viewed stereoscopically. Therefore, the problem is that the number of compatible software is extremely small. Although (4) and (6) are combined with (6), comfortable stereoscopic image information can be obtained by the planar image information, there is a problem in that a stereoscopic effect equal to or greater than the convergence angle cannot be obtained.

  (8) is that the planar image can be stereoscopically viewed but requires glasses and is limited to a moving image in one left and right direction. (9) The planar image can be stereoscopically viewed but a sufficient stereoscopic image cannot be obtained. (10) Because the flat image can be stereoscopically viewed with the naked eye and a practical stereoscopic effect can be obtained, and because of the fusion, the fusion of (7) is fused at 58 frames / second or more) 3D with the current progressive 60 frames / second broadcast It is very realistic in that it can be seen.

Therefore, enumeration of the problems of the fusion of both shapes in (10) b. Because the three-dimensional effect is born from the difference in the horizontal direction of the entire image information, both the left and right ends of the fusion have a high three-dimensional effect, but are close to the central part. “Space that is deeper than the display surface” that becomes zero in the center and becomes zero in the center. (In the present invention, such a space is expressed as “space depth.” The display surface position determination is adjacent to the entire four corners of the image. An example of a television frame frame that coincides with the position of the object being operated, because the double fusion image is an imaginary image in the visual center and the contact point between the outside world and the real world is the frame frame in this case) Because of the expression, there is a discrepancy between the “space presentation that can be judged from the video content” and the “space that the fusion presents”, so that the object moves far away from the rear and forwards (for example, an explosion scene) ) In the video, the space is far away Not obtained image effect of (expressed as "space protruding degree" such a space in the present invention) "come space protrudes than the display surface" grown to Luo forward.

  B. Because of the above reasons, there is a discrepancy between the “space presentation that can be judged from the video content” and the “space that the fusion presents”.・ Distortion in the sense of space coming from directionality ”(space far away in the moving direction feels clear, small, and clear, and the space in front of the moving direction feels fast, large, and blurry. In the present invention, this is the distortion of space. (The space is expressed as “spatial distortion”) The spatial expression of moving by sense is poor. (An example is a camera angle turn image with horizontal and vertical movement)

  C. For the same reason, there is a discrepancy between the “space presentation that can be judged from the video content” and the “space that the fusion presents”, so an oblique combination of spatial depth, spatial protrusion, and spatial distortion It is not possible to express the space movement and space generation from the back to the diagonal back.

  Contrary to the same reason, since there is a coincidence between “space presentation that can be judged from video content” and “space that the fusion presents”, it is not possible to remove unnecessary effects caused by spatial depth. (As an example, it gives a sense of anxiety that it is likely to slip into the blue back pattern behind the exchange letters at the time of exchange news.)

  (E) In the fusion, since the horizontally long image information expanded laterally from the original image information is displayed and fused, the standard is not met on the existing flat display surface, and the entire image has to be small.

F. In the fusion, the short image information compressed horizontally from the original image information is displayed and fused, so that it can be easily extracted by extracting the original image information accompanied by the background image information. The problem is that horizontal short image information must be superimposed on the image.
G. When observing image display on various spatially symmetric / rotary body display images from multiple directions other than the front, there is a problem that image distortion is large.

  H, the bimodal fusion without time-sharing is problematic because there is a large difference between the left and right images and the large difference between the left and right images.

  This fusion provides a display device that moves the focal point, but the depth increases as the distance that the focal point can move increases. Therefore, in a small residential space like Japan, the focal point is thin. What can be done is desired.

  There are scenes where sound information, olfactory information, tactile information, and taste information exist in the “space presentation that can be judged from the video content”, and each information is reproduced in the “space where the fusion presents” Since this is not possible, it is not possible to obtain a sense of reality that exceeds the three-dimensionality of the image information.

  The present invention has been made by paying attention to the circumstances, and the problem is that the information on the spatial recognition difference protruding at the center is potentially sent to the laminate at the front of the visual center to An extremely advanced computer in the visual center that cannot be imitated by a computer = "Coordinated expansion and contraction function" (automatic image information formation function for parallax), which is truly meaningful (cannot be compared with both forms of fusion and can be compared with various parallaxes) Whether you want the 3D image information that the center part pops out to be created instantaneously (the brain does not know fatigue), from the "spatial information that the plane image has", visual information, sound information, odor information, tactile information, taste information As a final issue, the emphasis is on providing advanced image information-related objects that perform three-dimensional reproduction of 5 senses (visual, auditory, olfactory, gustatory, and tactile). , Existing plane By bringing the image information related field consisting of image information into the same field of 3D image information in a form that is more fulfilling and consistent, the 3D image information related object is based on the conventional retina and various brain parallax functions. Along with the decline of the spread (a drastic decrease in the predicted damage amount of image information-related objects due to flat image information), the asset evaluation of image information-related objects of flat image information is raised to 200% + α value compared to the previous year, and relative assets possessed by mankind To increase value.

In order to achieve the above objectives, with a diagram,
1. The first stereoscopic image information holding object / image information stereoscopic processing apparatus / stereoscopic image information processing apparatus of the present invention generates spatial recognition difference information (not parallax image information) from planar image information. “Image shape image information type of image” excluding image information of “image shape information of image” when forming the same shape as the mirror,
"Image shape image information of the image" obtained by "enlarging" a part, many or all of the image shape,
“Image shape image information of the image” obtained by “reducing” a part, many or all of the image shape,
"Image shape image information of the image" in which a part, many or all of the image shape is compressed "vertically" or "horizontally",
"Image shape image information of the image" in which a part, multiple, or all of the image shape is expanded "vertically" or "laterally", respectively.
Or the full-scale "image shape image information of the image",
"Large image system image information" [6 in FIG. 2] and "Small image system image information"
[5 in FIG. 2] <<"Ratio of horizontal length" of "Large image system image information" and "Small image system image information" is up to 167: 100 or 100: 60 (error ± 10). Tolerable range,
The “length ratio” is within the allowable range up to 100: 114 or 100: 88 (error ± 5). >>
Divided into at least two [5 and 6 in Fig. 2]
(Hereafter, the fusion of “similar / different image information” divided into at least two parts [7 in FIG. 2] is called “bimodal fusion”)
In this case, the “large image system image information” [6 in FIG. 2] and the “small image system image information” [5 in FIG. “Large Image System Image Information” [6 in FIG. 2]
(Furthermore, one or more of the “large image system image information” decomposed into at least two parts is expanded in one or more of “longitudinal” or “horizontal”, reduced, compressed, or expanded. "Large image system image information" that processes image information in various combinations is also included)
"Small Image System Image Information" [5 in FIG. 2]
(Furthermore, one or more of the “small image-based image information” decomposed into at least two parts may be one of one or more of “longitudinal” or “horizontal” expanded / reduced / compressed / expanded. "Small image system image information" that processes image information in various combinations is also included)
And at least one part of [1 or 2 in FIG. 1]
At least two sets of combined images [1 or 2 in FIG. 1] are created in at least two parts in total [1 and 2 in FIG. 1]. As [1 and 2 in FIG. 1], there is a difference in image information comparison between “similar / different image information”, and image information is fused [3 in FIG. 1] (hereinafter referred to as “both pairs fusion”).
Comprising any one or more of the image information signal and the information light, or being provided with the same,
Or, both of the actions can be scheduled in the future, or both of the actions are currently possible in some ways, a stereoscopic image information holding object, an image information stereoscopic processing apparatus, and a stereoscopic image information processing apparatus .

2. The second three-dimensional image information holding object / image information three-dimensional processing apparatus / stereoscopic image information processing apparatus according to the present invention is the “system of image shape image information species of both images” described in 1 above. [5 or 6] in FIG. 2 and the “system of“ image shape image information type of image ”that fuses both sets” [1 or 2 in FIG. There is a difference in information comparison by various combinations [5 and 1 in FIG. 12, 5 and 2 in FIG. 13, 6 and 1 in FIG. 14, 6 and 2 in FIG. 13, 33 of FIG. 14, 34 of FIG. 15] (hereinafter referred to as “double-shaped set fusion”) or one or more of the same information light, or the same Each provided,
Or, both of the actions can be scheduled in the future, or both of the actions are currently possible in some ways, a stereoscopic image information holding object, an image information stereoscopic processing apparatus, and a stereoscopic image information processing apparatus.

3. “Dual type fusion [FIG. 2]”, “Both type fusion [FIG. 1, FIGS. 3-11 and FIGS. 16 and 17]”, “Dual type fusion [FIGS. 12, 13, 14] .15] ”, any one or more of the image information signal consisting of various combinations of the information information and the same information light, or each of which is provided.
Alternatively, the stereoscopic image information holding material / image information according to any one of 1 and 2 , characterized in that the both actions can be scheduled in the future, or the both actions are possible in the future. Stereoscopic processing device / stereoscopic image information processing device.

4. Three-dimensional image information holding object / image information three-dimensional processing apparatus / stereoscopic image information processing apparatus includes information input, information storage, information recording, information processing, information control, information output, information reproduction, information printing, and information display The ability to function information processing consisting of various combinations of any one or more of
Alternatively, the three-dimensional image information holding material according to any one of 1, 2 , and 3, wherein both of the actions can be scheduled in the future, or both of the actions are currently possible. Image information stereoscopic processing apparatus / stereoscopic image information processing apparatus.

5. Three-dimensional image information holding material, three-dimensional image information processing device, three-dimensional image information processing device, various planes, various parallels, various fusions, various laminates, various slopes, various curved surfaces, various intersections, Various rotations, various pillars, various polyhedrals, various radials, various discs, various spheres, various symmetrics, various mirrors, various glasses, various plastics, various elements, various liquid crystals, various types Lights, various luminescence, various discharges, various photosensitives, various gases, various liquids, various solids, various crystals, various plasmas, various particles, various chemical substances, various odorous substances, various kinds It consists of 1 part, multiple parts, 1 side, or all of various combinations of one or more of food, various taste substances, various metals, various fibers, and various papers. Information processing to the information processing unit,
Alternatively, the stereoscopic image information holding material according to any one of 1, 2, 3 , and 4, wherein the act can be scheduled in the future, or both the actions are currently possible Image information stereoscopic processing apparatus / stereoscopic image information processing apparatus.

6. Time-division image with time difference within the time << 61.85 sheets / second (error ± 9 sheets) >>, the image information fusion effect by the afterimage is effective for the image information of “same kind of different image information” Information processing,
Alternatively, the stereoscopic image information holding according to any one of 1, 2, 3, 4 , and 5 , characterized in that the act can be scheduled in the future, or the act can be performed in the future. Object / image information stereoscopic processing apparatus / stereoscopic image information processing apparatus.

7. Information of stereoscopic image information holding material / image information stereoscopic processing device / stereoscopic image information processing device is magnetic information / electrical information / electromagnetic wave information / particle beam information, image information, “sound (noise, noise, music, musical sound) , Sound effect, effect music, onomatopoeia, cheering, human voice, vocal music, instrument sound, recording sound, recording sound) information "," smell (smell, smell, odor, bad smell) information "," tactile (contact, pain, Sense of pressure, stretch, thermal sensation, humidity, dryness, wind, tilt pressure, gravity pressure due to increased speed during driving) information, “taste (five senses of taste, taste of taste, taste of aversion) information”, and , "Personal, regional, and publicly known associative information that a person has" Information composed of one or more various combinations and information composed of any one or more of the same Information
Alternatively, the information consisting of one or more of the above may be scheduled in the future, or can be performed in the future, or in any one of 1, 2, 3, 4, 5, 6 3D image information holding object, 3D image information processing apparatus, 3D image information processing apparatus.

8. Any one or more of the image information signal having the difference and the image information can be fused and the same information light can increase / decrease the level of the difference, make it zero, and make it different A difference in image information signal and the same information light,
Alternatively, the act having the difference is an image information signal and the same information light that can be scheduled in the future or can be somewhat present in the future, 1, 2, 3, 4, The three-dimensional image information holding object / image information three-dimensional processing apparatus / stereoscopic image information processing apparatus according to any one of 5 , 6 , and 7.

9, "Plane image information (person, person's face, person's mouth, person's nose, person's hand, thing, creature, shape, pattern information)" and "plane image information on time axis (person, person's face・ People ’s mouth ・ People's nose ・ People's hands ・ things ・ livings ・ shapes ・ pattern information) 」・“ Approximate average plane image information on the time axis (People ・ People ’s face ・ People ’s mouth ・ People Nose, human hand, object, creature, shape, pattern information) "," deviation value plane image information of approximate class on time axis (person, person face, person mouth, person nose, person hand, object) -Biology, shape, and pattern information) "-" Change, enlargement, reduction, compression, expansion, same, approximation, similarity "・ After detecting comparison information consisting of various combinations of at least one of the same, related, difference, intersection, multi-layer, proximity, contact, and irrelevant, or “simultaneous progression”, “double fusion”, “double fusion”, “both” Form It has processing information consisting of one or more various combinations of “fusion”, “image information processing”, “sound information processing”, “odor information processing”, “tactile information processing”, and “taste information processing”. Or have,
Alternatively, any one of 1, 2, 3, 4, 5, 6, 7 , and 8 is characterized in that both of the actions can be planned in the future or can be performed in the future. 3D image information holding object, image information stereoscopic processing apparatus, and stereoscopic image information processing apparatus.

10. “Character information in planar image information” and “Same character information on time axis” ・ “Same average value character information of approximation class on time axis” ・ “Same deviation value character information of approximation class on time axis” "Change, enlargement, reduction, compression, expansion, same, approximation, similarity, relationship, relationship, difference, crossover by comparing information with" personal, regional, and publicly known association estimation information held by people on the time axis "・ After detecting comparative information consisting of at least one combination of multiple layers, proximity, contact, and irrelevant, or simultaneously, “Both-type fusion”, “Both-type fusion”, “Both-type combination fusion”, “Image information Have, or have, processing information consisting of one or more various combinations of “processing”, “sound information processing”, “odor information processing”, “tactile information processing”, and “taste information processing” Yes,
Or any one of 1, 2, 3, 4, 5, 6, 7, 8, 9 characterized in that both of the above-mentioned actions can be scheduled in the future or can be performed in the future . 3D image information retentate and video information three-dimensional processing apparatus, stereoscopic image information processing apparatus according to.

11. “Sound information” and “Sound information on the time axis” ・ “Average value sound information of approximations on the time axis” ・ “Deviation value sound information of approximations on the time axis” ・ “People on the time axis Change / enlarge / reduce / compress / extend / same / approximate / similar / similar / related / crossover / multi-layer / proximity / contact / irrelevant After detecting comparative information consisting of various combinations of at least one of the above, or at the same time, "double fusion", "double fusion", "double fusion", "image information processing", "sound information processing""Processing information consisting of one or more various combinations of" processing of smell information "," processing of tactile information "and" processing of taste information "
Or 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 characterized in that both of the above-mentioned actions can be scheduled in the future or can be performed in the future . A stereoscopic image information holding object, an image information stereoscopic processing apparatus, or a stereoscopic image information processing apparatus according to any one of the above.

12, "Plane image information (person, person's face, person's mouth, person's nose, person's hand, object, creature, shape, pattern information)", "text information in plane image information", "sound information" Various combination information above and "planar image information on time axis (person, person's face, person's mouth, person's nose, person's hand, thing, creature, shape, pattern information)", "coaxial "Text information in plane image information", "Sound information on the same axis", "Average value of approximation on time axis Plane image information (person, person's face, person's mouth, person's nose, person's hand, object -Biology, shape, pattern information) "-" Average value text information in flat image information of the same class "-" Average sound information of the same class "-" Deviation value plane image information of the approximate class on the time axis " (Person, person face, person mouth, person nose, person hand, thing, creature, shape, pattern information) "," deviation value character information in planar image information of the same class "," similar class Deviation value sound information ”and“ Change / enlarge / reduce / compress / extend / same / approximate / similar / similar / related / difference by comparing one or more various information with "personal, regional, and publicly known associative estimation information possessed by people on the axis"・ After detecting comparative information consisting of at least one combination of crossing, multiple layers, proximity, contact, and irrelevant, or at the same time, “Both-type fusion” “Both-type fusion” “Both-type fusion” “Image” It has processing information consisting of one or more various combinations of “information processing”, “sound information processing”, “odor information processing”, “tactile information processing”, and “taste information processing”. Being
Or 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, characterized in that both of the actions can be scheduled in the future or can be performed in the future. The stereoscopic image information holding material / image information stereoscopic processing apparatus / stereoscopic image information processing apparatus according to any one of 11.

13. Processing in which each fusion does not occur before, during, or after processing information that properly uses one or more various combinations of “both forms fusion”, “both forms fusion”, and “both forms fusion” Providing information, or being provided with it,
Or 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, characterized in that both of the prepared actions can be scheduled in the future or can be performed in the future. The stereoscopic image information holding material / image information stereoscopic processing apparatus / stereoscopic image information processing apparatus according to any one of 11 and 12.

14. Divide the “saturation image information type” of the planar image information into a dark color system with various densities and a light color system with the same lightness. A processed image information signal (hereinafter referred to as “bi-saturated fusion”) and one or more of the processed image information light.
Alternatively, the provision of the act can be scheduled in the future, or can be performed at some point in the future, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 , 12 and 13 , a stereoscopic image information holding object, an image information stereoscopic processing apparatus, and a stereoscopic image information processing apparatus.

If you have a diagram and explain it,
1. The first stereoscopic image information holding object / image information stereoscopic processing apparatus / stereoscopic image information processing apparatus which is an effect of the present invention generates spatial recognition difference information (not parallax image information) from planar image information. [Six large image system image information] [6 in FIG. 2] and “Small image system image information” [5 in FIG. 2] [5, 6 in FIG. 2]
The “Large Image System Image Information” [6 in FIG. 2] and the “Small Image System Image Information” [5 in FIG. 2] are further decomposed into at least two parts, for a total of at least four parts. "Large image system image information" [6 in FIG. 2]
(Furthermore, one or more of the “large image system image information” decomposed into at least two parts is expanded in one or more of “longitudinal” or “horizontal”, reduced, compressed, or expanded. "Large image system image information" that processes image information in various combinations is also included)
"Small Image System Image Information" [5 in FIG. 2]
(Furthermore, one or more of the “small image-based image information” decomposed into at least two parts may be one of one or more of “longitudinal” or “horizontal” expanded / reduced / compressed / expanded. "Small image system image information" that processes image information in various combinations is also included)
And at least one part of [1 or 2 in FIG. 1]
At least two sets of combined images [1 or 2 in FIG. 1] are created in at least two parts in total [1 and 2 in FIG. 1]. As [1 and 2 in FIG. 1], there is a difference in image information comparison between “similar / different image information”, and image information is fused [3 in FIG. 1] (hereinafter referred to as “both pairs fusion”).
Comprising any one or more of the image information signal and the information light, or being provided with the same,
Alternatively, if both of these actions can be scheduled in the future, or if both of these actions are currently possible, stereoscopic image information [4 in FIG. The three-dimensional reproduction that pops out and has the effect of being able to obtain “reproducibility of the realistic three-dimensional presence”.

2. The second three-dimensional image information holding object / image information three-dimensional processing apparatus / stereoscopic image information processing apparatus according to the present invention is the “system of image shape image information species of both images” described in 1 above. [5 or 6] in FIG. 2 and the “system of“ image shape image information type of image ”that fuses both sets” [1 or 2 in FIG. There is a difference in information comparison by various combinations [5 and 1 in FIG. 12, 5 and 2 in FIG. 13, 6 and 1 in FIG. 14, 6 and 2 in FIG. 13, 33 of FIG. 14, 34 of FIG. 15] (hereinafter referred to as “double-shaped set fusion”) or one or more of the same information light, or the same Each provided,
Alternatively, it is possible that some of the actions can be scheduled in the future, or that both actions are possible at some time, so that stereoscopic image information having a degree of spatial distortion [27 in FIG. 12, 28 in FIG. 14 in FIG. 14 and 30 in FIG. 15 can be obtained, and the three-dimensional reproduction of visual projection can be performed, which has the effect of “reproducing a realistic three-dimensional presence”.

3. “Dual type fusion [FIG. 2]”, “Both type fusion [FIG. 1, FIGS. 3-11 and FIGS. 16 and 17]”, “Dual type fusion [FIGS. 12, 13, 14] .15] ”, any one or more of the image information signal consisting of various combinations of the information information and the same information light, or each of which is provided.
Alternatively, it is possible to schedule some of the actions in the future, or the actions of both the actions can be done to some extent, so that stereoscopic image information having spatial depth, spatial distortion, and spatial protrusion [see FIG. 8 in FIG. 1 10 in FIG. 3 12 in FIG. 4 14 in FIG. 5 16 in FIG. 6 18 in FIG. 7 20 in FIG. 8 22 in FIG. 9 24 in FIG. 26, 27 of FIG. 12, 28 of FIG. 13, 29 of FIG. 14, 30 of FIG. 15, and 40 of FIG. 16 can be obtained, and the three-dimensional reproduction of visual projection can be obtained. 3D image information holding object / image information 3D processing apparatus / stereoscopic image information processing apparatus having an effect of “reproduction”.

4. Three-dimensional image information holding object / image information three-dimensional processing apparatus / stereoscopic image information processing apparatus includes information input, information storage, information recording, information processing, information control, information output, information reproduction, information printing, and information display The ability to function information processing consisting of various combinations of any one or more of
Alternatively, it is possible to plan for some of these actions in the future, or to have some of these actions now, so that stereoscopic image information having spatial depth, spatial distortion, and spatial protrusion can be obtained. is, it is three-dimensional reproduction pop visually, with the effect of "reproduction of stereoscopic immersive for meat Sako" is obtained, the stereoscopic image information retentate and video information three-dimensional according to any one of 1, 2, 3 Processing device / stereoscopic image information processing device.

5. Three-dimensional image information holding material, three-dimensional image information processing device, three-dimensional image information processing device, various planes, various parallels, various fusions, various laminates, various slopes, various curved surfaces, various intersections, Various rotations, various pillars, various polyhedrals, various radials, various discs, various spheres, various symmetrics, various mirrors, various glasses, various plastics, various elements, various liquid crystals, various types Lights, various luminescence, various discharges, various photosensitives, various gases, various liquids, various solids, various crystals, various plasmas, various particles, various chemical substances, various odorous substances, various kinds It consists of 1 part, multiple parts, 1 side, or all of various combinations of one or more of food, various taste substances, various metals, various fibers, and various papers. Information processing to the information processing unit,
Or, the action can be scheduled in the future, or the actions can be performed in some way, so that stereoscopic image information having a spatial depth, a spatial distortion degree, and a spatial protrusion degree can be obtained, 3D image information holding / image information 3D according to any one of 1, 2, 3 and 4 having the effect of producing a 3D reproduction of visual popping and "reproducing a realistic 3D presence" Processing device / stereoscopic image information processing device.

6. Time-division image with time difference within the time << 61.85 sheets / second (error ± 9 sheets) >>, the image information fusion effect by the afterimage is effective for the image information of “same kind of different image information” Information processing,
Alternatively, if the action can be scheduled in the future, or if the action is currently possible, stereoscopic image information having spatial depth, spatial distortion, and spatial protrusion can be obtained and visually The three-dimensional image information holding object / image information three-dimensional image according to any one of 1, 2, 3, 4 , and 5 has the effect of producing a three-dimensional reproduction of popping out and obtaining a “reproducible three-dimensional realism” Processing apparatus / stereoscopic image information processing apparatus.

7. Information of stereoscopic image information holding material / image information stereoscopic processing device / stereoscopic image information processing device is magnetic information / electrical information / electromagnetic wave information / particle beam information, image information, “sound (noise, noise, music, musical sound) , Sound effect, effect music, onomatopoeia, cheering, human voice, vocal music, instrument sound, recording sound, recording sound) information "," smell (smell, smell, odor, bad smell) information "," tactile (contact, pain, Sense of pressure, stretch, thermal sensation, humidity, dryness, wind, tilt pressure, gravity pressure due to increased speed during driving) information, “taste (five senses of taste, taste of taste, taste of aversion) information”, and , “Personal, regional, and publicly known associative information that a person has” Any information that is composed of one or more various combinations, and any one or more of the information that is composed Information consisting of,
Or, the information comprising the above one or more can be scheduled in the future, or can be present in some future, so that stereoscopic image information having spatial depth, spatial distortion, and spatial protrusion can be obtained. The three-dimensional image information holding material according to any one of 1, 2, 3, 4, 5 , and 6 , wherein the three-dimensional reproduction of visual projection is possible, and the effect of obtaining “reproducible three-dimensional realism” is obtained. Image information stereoscopic processing apparatus / stereoscopic image information processing apparatus.

8. Any one or more of the image information signal having the difference and the image information can be fused and the same information light can increase / decrease the level of the difference, make it zero, and make it different A difference in image information signal and the same information light,
Or, the act having the difference can be scheduled in the future, or it can be done in some way in the future, and by using the same information light, the spatial depth, the spatial distortion degree, and the spatial protrusion degree 1, 3, 4, 5, 6, 7 have the effect of being able to obtain stereoscopic image information having a 3D image reproduction, which can be reproduced in 3D, and can be reproduced as a “reproducible 3D presence”. The stereoscopic image information holding object / image information stereoscopic processing apparatus / stereoscopic image information processing apparatus according to any one of the above.

9, "Plane image information (person, person's face, person's mouth, person's nose, person's hand, thing, creature, shape, pattern information)" and "plane image information on time axis (person, person's face・ People ’s mouth ・ People's nose ・ People's hands ・ things ・ livings ・ shapes ・ pattern information) 」・“ Approximate average plane image information on the time axis (People ・ People ’s face ・ People ’s mouth ・ People Nose, human hand, object, creature, shape, pattern information) "," deviation value plane image information of approximate class on time axis (person, person face, person mouth, person nose, person hand, object) -Biology, shape, and pattern information) "-" Change, enlargement, reduction, compression, expansion, same, approximation, similarity "・ After detecting comparison information consisting of various combinations of at least one of the same, related, difference, intersection, multi-layer, proximity, contact, and irrelevant, or “simultaneous progression”, “double fusion”, “double fusion”, “both” Form It has processing information consisting of one or more various combinations of “fusion”, “image information processing”, “sound information processing”, “odor information processing”, “tactile information processing”, and “taste information processing”. Or have,
Or, if both of the above actions can be planned in the future, or can be done in the future, “stereoscopic image information” with spatial depth, spatial distortion, and spatial protrusion, sound information, and smell Information, tactile information, and taste information will exist in a three-dimensional manner to reproduce the optimal scene associated with recognition information from human recognition information in a private, regional, and public sense.・ Since three-dimensional reproduction of hearing, touch, smell, and taste is possible, it has the effect of obtaining a “three-dimensional sense of realism associated with the scene”. The stereoscopic image information holding object / image information stereoscopic processing apparatus / stereoscopic image information processing apparatus according to any one of the above.

10. “Character information in planar image information” and “Same character information on time axis” ・ “Same average value character information of approximation class on time axis” ・ “Same deviation value character information of approximation class on time axis” "Change, enlargement, reduction, compression, expansion, same, approximation, similarity, relationship, relationship, difference, crossover by comparing information with" personal, regional, and publicly known association estimation information held by people on the time axis "・ After detecting comparative information consisting of at least one combination of multiple layers, proximity, contact, and irrelevant, or simultaneously, “Both-type fusion”, “Both-type fusion”, “Both-type combination fusion”, “Image information Have, or have, processing information consisting of one or more various combinations of “processing”, “sound information processing”, “odor information processing”, “tactile information processing”, and “taste information processing” Yes,
Or, if both of the above actions can be scheduled in the future, or can be done at some point in the future, “stereoscopic image information” with spatial depth, spatial distortion, and spatial protrusion, sound information, and smell Information, tactile information, and taste information will exist in a three-dimensional manner to reproduce the optimal scenes associated with recognition information from human recognition information in a private, regional, and public sense.・ Since three-dimensional reproduction of hearing, touch, smell, and taste is possible, it has the effect of obtaining a “three-dimensional sense of realism associated with the scene”, 1, 2, 3, 4, 5, 6, 7, 8 , 3D image information retentate and video information three-dimensional processing apparatus, a stereoscopic image processing apparatus according to any one of 9.

11. “Sound information” and “Sound information on the time axis” ・ “Average value sound information of approximations on the time axis” ・ “Deviation value sound information of approximations on the time axis” ・ “People on the time axis Change / enlarge / reduce / compress / extend / same / approximate / similar / similar / related / crossover / multi-layer / proximity / contact / irrelevant After detecting comparative information consisting of various combinations of at least one of the above, or at the same time, "double fusion", "double fusion", "double fusion", "image information processing", "sound information processing""Processing information consisting of one or more various combinations of" processing of smell information "," processing of tactile information "and" processing of taste information "
Or, if both of the above actions can be planned in the future, or can be done in the future, “stereoscopic image information” with spatial depth, spatial distortion, and spatial protrusion and sound information, smell Information, tactile information, and taste information will exist in a three-dimensional manner to reproduce the optimal scene associated with recognition information from human recognition information in a private, regional, and public sense.・ Since three-dimensional reproduction of hearing, touch, smell, and taste is possible, it has the effect of obtaining a “three-dimensional sense of realism associated with the scene”, 1, 2, 3, 4, 5, 6, 7, 8 The three-dimensional image information holding material / image information three-dimensional processing apparatus / stereoscopic image information processing apparatus according to any one of 9, 9 and 10.

12, "Plane image information (person, person's face, person's mouth, person's nose, person's hand, object, creature, shape, pattern information)", "text information in plane image information", "sound information" Various combination information above and "planar image information on time axis (person, person's face, person's mouth, person's nose, person's hand, thing, creature, shape, pattern information)", "coaxial "Text information in plane image information", "Sound information on the same axis", "Average value of approximation on time axis Plane image information (person, person's face, person's mouth, person's nose, person's hand, object -Biology, shape, pattern information) "-" Average value text information in flat image information of the same class "-" Average sound information of the same class "-" Deviation value plane image information of the approximate class on the time axis " (Person, person face, person mouth, person nose, person hand, thing, creature, shape, pattern information) "," deviation value character information in planar image information of the same class "," similar class Deviation value sound information ”and“ By comparing one or more various information with "personal, regional, and publicly known associative estimation information held by people on the interaxial", change, enlargement, reduction, compression, expansion, the same, approximation, similarity, similarities, relatedness, After detecting comparative information consisting of at least one combination of at least one of differences, intersections, multi-layers, proximity, contact, and irrelevant, or at the same time, “double fusion” “double fusion” “double fusion” Have processing information consisting of one or more various combinations of “processing of image information”, “processing of sound information”, “processing of olfactory information”, “processing of tactile information”, “processing of taste information”, or Have
Or, if both of the above actions can be planned in the future or can be done in the future, “stereoscopic image information” with spatial depth, spatial distortion, and spatial protrusion and sound information, olfaction Information, tactile information, and taste information will exist in a three-dimensional manner to reproduce the optimal scenes associated with recognition information from human recognition information in a private, regional, and public sense.・ Since three-dimensional reproduction of hearing, touch, smell, and taste is possible, it has the effect of obtaining a “three-dimensional sense of realism associated with the scene”, 1, 2, 3, 4, 5, 6, 7, 8 , 9, 10 , and 11 The three-dimensional image information holding object, the image information three-dimensional processing apparatus, and the three-dimensional image information processing apparatus.

13. Processing in which each fusion does not occur before, during, or after processing information that properly uses one or more various combinations of “both forms fusion”, “both forms fusion”, and “both forms fusion” Providing information, or being provided with it,
Or, if both of the above-mentioned actions can be planned in the future, or can be done at some point in the future, “stereoscopic image information” having spatial depth, spatial distortion, and spatial protrusion, sound information, and smell Information, tactile information, and taste information will exist in a three-dimensional manner to reproduce the optimal scene associated with recognition information from human recognition information in a private, regional, and public sense.・ Since three-dimensional reproduction of hearing, touch, smell, and taste is possible, it has the effect of obtaining a “three-dimensional sense of realism associated with the scene”, 1, 2, 3, 4, 5, 6, 7, 8 , 9, 10, 11 , and 12. The three-dimensional image information holding object, the three-dimensional image information processing apparatus, and the three-dimensional image information processing apparatus.

14. Divide the “saturation image information type” of the planar image information into dark color systems with various densities and light color systems with the same lightness, and the difference in image information comparison by various combinations of “similar image information” Image information fusion (hereinafter also referred to as “saturation fusion”), and a processed image information signal and one or more of the processed image information light,
Alternatively, if the act to be prepared can be scheduled in the future, or can be performed at some point in the future, a three-dimensional image by a space generated from a density difference in saturation (a combined action of human light / dark recognition and color vision recognition) can be obtained. Private, regional, and public knowledge that “stereoscopic image information” with spatial depth, spatial distortion, and spatial protrusion and sound information, olfactory information, tactile information, and taste information will exist. In particular, the optimal scenes associated with recognition from human recognition information can be reproduced three-dimensionally, and five senses (visual, auditory, tactile, olfactory, and gustatory) can be reproduced in three dimensions. The three-dimensional image information holding object according to any one of 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 , and 13 having an effect of obtaining a “three-dimensional sense of reality” Image information stereoscopic processing apparatus / stereoscopic image information processing apparatus.

The best mode for carrying out the invention will be described.

  The present invention potentially sends the center recognition protruding spatial recognition difference information to the laminated body in the front of the visual center, and the extremely advanced computer in the visual center that cannot be imitated by a human artificial computer = “cooperative expansion / contraction function” Whether it is possible to instantly create 3D image information that has a central part popping out (which is impossible with the fusion of both forms and can be compared with various parallaxes) by (various parallax image information automatic forming function) Therefore, a simple example will be described below with reference to the drawings.

FIG. 2 represents the process of generating a bimodal fusion. The small image system image information 5 is image information obtained by compressing the basic image information of the plane viewed from right above the quadrangular pyramid in the horizontal direction, and the large image system image information 6 is image information obtained by expanding the basic image in the horizontal direction. The image information 7 is the image information before the small and large image system image information 5 and 6 are fused, the image information 8 is the fused image information, a · a ′ · a ″ is the apex of each square pyramid, b * B '* b "represents the right center point of the base.
The relationship of a · a ′ · a ″ · b · b ′ · b ″ can be expressed by the following equation.

[Equation 1]
a′−a = x [1]
b′−b = y [2]
a ″ = a + 0.5x [3]
b ″ = b + 0.5y [4]

Organizing the formula

[Equation 2]
a ″ = 0.5 (a + a ′) [5]
a = 2a ″ −a ′ [6]
a ′ = 2a ″ −a [7]
b ″ = 0.5 (b + b ′) [8]
b = 2b ″ −b ′ [9]
b ′ = 2b ″ −b [10]

If the maximum fusion distance is Z, it can be expressed by the relationship of −Z ≦ x ≦ Z and −Z ≦ y ≦ Z.
In the fused image information 7, when x = 0, y = n, and n> 0, a ′ = a from equation [1], a ″ = a, that is, a ″ = a ′ = a is obtained from equation [5]. From the formula [2], b ′ = b + n is substituted into the formula [8] and b ″ = 0.5 {b + (n + b)} = b + 0.5n, and is substituted into the formula [9] to obtain b = 2 ( b + 0.5n) − (b + n) = b In other words, b + n, b + 0.5n, b are obtained, and since n> 0, b + n> b + 0.5n> b and b ′> b ″> b is obtained.

  As a result, a ″ = a = a ′, b ′> b ″> b, and a ″ of the merged image information 7 has no spatial recognition difference information in the stacked body, that is, the spatial difference information is 0.

  When the spatial difference information = 0, it represents the innermost image information point, and the spatial information effect in the stacked body has spatial information in front of and in front of the left and right ends (right end b ″), and the central portion a The closer to “, the deeper the spatial information becomes, and the center line (point) a” becomes spatial information expressing the farthest, farthest, and rearmost points.

  This is image information having image space information = “spatial depth” which is deeper than the display surface. Spatial information which can be determined from the image information content = spatial information in which the apex of the quadrangular pyramid protrudes from the display surface = “space protrusion degree” Obviously contradicts image information with

  FIG. 1 shows the generation process of both sets of fusions. The combined image system image information 1 divides the small image system image information 5 and the large image system image information 6 into two parts, each of which is divided into four parts. The combined image system image information 2 is image information consisting of the remaining two small and large two sets, and the image information 3 is set so that the bases of the quadrangular pyramids of both the combined image system image information 1 and 2 overlap. Image information before fusing, image information 4 is fusing image information, a · a ′ · a ″ is a vertex of each quadrangular pyramid, and b · b ′ · b ″ is a right center point of the same base.

  The relational expressions a, a ′, a ″, b, b ′, and b ″ are the same as described above. Since both sets of fused images 4 are −Z ≦ x ≦ Z, x = n, n> 0, and y = 0, the result of the above formula is a ′> a ″> a, b ″ = b = b ′. , B ″ of the fusion image information 4 has zero spatial difference information in the laminate.

   When the spatial difference information = 0, it represents the innermost image information point, and the spatial information effect in the laminate represents the farthest, farthest, and rearmost at the left and right ends (right end b ″). Spatial information exists, and the closer to the central portion a ″, the spatial information comes forward and forward, and the center line (point) a ″ becomes spatial information expressing the forefront and front.

  This is image information having image space information protruding from the display surface = “space protrusion degree”, and space information that can be determined from the image information content = space information where the apex of the quadrangular pyramid protrudes from the display surface = “space” It clearly matches the image information with “protrusion”.

  Further, in order to obtain the bimodal fusion image information 49 from the oblique observation point B in the rotating object / object image display surface diagram 18 as a simple example, the small and large image system image information 48 and 49 are necessary. However, in order to obtain both sets of fused image information 52, it can be generated by the set image system image information 50, 51, the display area is small and the burden on the rotating body can be reduced, and image information that jumps out the point B can be obtained. .

  Furthermore, when “Presentation of spatial information that can be judged from video content” indicates forward → backward, “image information to be compared” and “previous image information” are concentrated at the center of the image information. In the four corners, the image shape information of the moving image information that is dispersed and changed in the image information comparison is reduced on the time axis per unit.

  When the space movement at this time is patterned using FIGS. 1 to 11, when the pattern before (1) 18 → 16 → 14 → 4 → 12 → 22 → 24 → 10 is used and the change per unit time is large Uses the pattern before (2) 18 → 14 → 12 → 24 → 10, and when the change is large, there is the pattern before (3) 20 → 16 → 4 → 24 → 26 → 10. If the image information 20 and 26 starts from the relational values of -Z> x, x> Z, -Z> y, and Z <y (20/26 as unfused image information), the observer is immediately ahead → → Back → Lost → I feel the innermost space movement. (The lateral difference fusion range is about 100: 60 [error ± 10])

  Contrary to the above, when "Presentation of spatial information of video content" indicates backward → forward, the detection points are concentrated in the central part of the image information for "image information to be compared" and "previous image information". The four corners are the case where the moving image shape in which the image shape information of the moving image information that is dispersed and changes in the image information comparison changes on the time axis per unit greatly expands.

  At this time, using FIGS. 1 to 11, after pattern (4) 10 → 24 → 22 → 12 → 4 → 14 → 16 → 18, and when change per unit time is large, after pattern (5) 10 → 24 → 12 → 14 → 18 Further, when the change is large, there is (6) 10 → 26 → 24 → 4 → 16 → 20 after the pattern. At this time, the fused image information 26 and 20 has −Z> x, If it ends with the relational values of x> Z, -Z> y, Z <y, (26.20 as unfused image information), the observer moves from the farthest → lost → backward → forward → in front of the space. You will feel it.

  In addition, when “Spatial information presentation of video content” shows from right to left, the observer can perceive the space slowly / small / clear in the moving direction as space recognition, and the space is fast / large in front of the moving direction.・ Because you feel consciously feeling the distortion of the space that comes from the video technique ("Spatial distortion"), you can feel "moving image information to compare" and "previous image information" This is a case where the image shape information of the moving image information that changes in the detection point image information comparison shifts to the left on the time axis per unit. (Subtitles that move about 1/3 from the bottom of the screen should not be detected.)

  At this time, when using FIGS. 4 and 12 to 15, the pattern right (7) 12 → 28 → 30 → 30 → 12 is used, and when the change speed is large, the pattern right (8) 12 → 28 → 30 is even larger. If the pattern right (9) 12 → 28 → 28 and the last fused image information 28 ends with the relationship values of −Z> x, x> Z, −Z> y, Z <y (not fused) 28) As the image information, the observer feels right → left → space movement outside the screen.

  Contrary to the above, when the “spatial information presentation of video content” indicates from left to right, the “image information to be compared” and the “previous image” are compared from the reason and the detection point same time unit information comparison. “Information” is a case where the moving image shape that changes per unit time shifts to the right. (Subtitles are the same as above.)

  At this time, in FIGS. 4 and 12 to 15, the pattern left (10) 12 → 27 → 29 → 29 → 12 is used, and when the change per unit is large, the pattern left (11) 12 → 27 → 29 When the change is large, if the pattern image (12) 12 → 27 → 27 and the last fused image information 27 ends with the relational values of -Z> x, x> Z, -Z> y, Z <y, 27) As image information that has not been performed, the observer feels left-to-right-to-screen space movement.

  Furthermore, when “Presentation of spatial information of video content” indicates front left → right rear / left rear → right front, right front → left rear / right rear → left front, “image information to be compared” and “previous image” Information ”is a combination of enlargement / reduction and left / right displacement when the moving image shape changes in the same time unit information comparison at the detection point described above (1) Before pattern (2) Before pattern (3) After pattern ( 4) After pattern (5) After pattern (6) Pattern right (7) Pattern right (8) Pattern right (9) Pattern left (10) Pattern left (11) Pattern left (12) .

  When “Presentation of spatial information that can be judged from video content” is up and down ↓ ↑, it is a little, but it is possible to fuse both forms with a vertical difference of about 100: 114 [error ± 5] and combine it with the above pattern I can do it.

If there is no image information signal (enlarged / reduced video information) in the rear → forward / rear ← front even if there is “spatial information presentation that can be judged from the video content” (for example, sumo relay program), other than image information It can also be detected from “sound information”. That means
By comparing the information of “Comparative sound information of unit time” and “Comparison of constant / indefinite time, the same information immediately before / after” and “Sound information on the time axis” as the basis for comparison "Change", "enlargement", "reduction", "compression", "expansion", "same", "approximate", "similarity", "similarity", "related" of sound information・ "Difference", "Intersection", "Multilayer", "Proximity", "Contact", "Unrelated" can be detected.

"Sound information on the time axis"
“Sound information that memorizes or predicts sound information that is predicted in the past”, “Sound information that is currently in progress”, and “Sound information that is predicted to change in the future” and “Past definite sound information” Memorize or predict memorize the average value of “current sound information” and “future change prediction sound information” and “past definite sound information” and “current sound Information ”and“ sound information that is predicted or memorized ”

  Since sound information is divided into musical sounds, noise (noise), and pure sounds, the amount of information that needs to be stored increases. Therefore, “sound timbre (human voice)”, “video sound effect timbre”, “acoustic timbre (song / rhythm) ) ”,“ Noise timbre (daily meaning; cheers as an example) ”or according to video scenes that require space movement before and after a smaller amount of information (for example,“ 1 sumo action scene ”・ “2 baseball hits / cross play scenes” ・ “3 soccer shoot scenes” ・ “4 boxing rush scenes” ・ “5 other sports excitement scenes” ・ “6 thriller movie horror scenes” ・ “7 other horror scenes” "・ 8 surprise scenes" "" 9 explosion scenes "" 10 electric shock scenes "" 11 news scenes "" 12 cooking scenes "" 13 landscape scenes "" 14 escape scenes "" 15 follow-up "Scene", "16 fighting scenes", " 7 travel scene "," 18 other inspiring scene ") there is a way to divide the record of timbre sound information, in this, it may be Motashi the width of the approximate value.

  To explain with reference to a simple example of a scene, the keyword sound for each video scene is the voice of the boss and the announcer's voice. Cheers (about 1 second) do not occur at the bottom of the shogunate. The voices of the bosses “Hakkeyoi” and “Taratta Ratta Ratta” must be memorized because everyone has a very different tone. “Scene 2” has a cliché and cheers, such as the announcer's “Now, I'm standing at the batter's bat, I struck, strikeout”. “Scene 3”, “scene 4”, and “scene 5” are also the announcer's cliché and cheering of the audience seats as described above. “Scene 6” and “Scene 7” sound effects dedicated to horror ・ Special effect music used in the past and “Kah, Gya” (97 to 103/100 seconds) screams.

  "Scene of 8" is an exclamation sound such as "Oh, wow, wow, eh, ee". “Scene of 9” is explosive sound (105-115 / 100 seconds). "10 scenes" are sound effects for shocks such as thunder (38-45 / 100 seconds). “11 Scenes” is a fixed-form word such as “News of XX / Today ’s XX is extraordinary news”. “Twelve scenes” are cooking standard words and cooking-specific music, such as “Now it ’s done, it looks delicious, let ’s eat, and let ’s go.” “13 scenes” are vehicle sounds, river sounds, waterfall falling sounds, bird voices, and other natural environmental sounds that have been used in the past, and recorded sounds. “14/15 scenes” are the sound effects of moving objects such as footsteps, vehicle engine sounds, tire squeaking sounds, and the effects and recorded sounds of past use. “Sixteen scenes” are fighting sound effects such as sword fighting sounds and hammering sounds of cutlery and voices of actors. “17 Scenes” is a travel boilerplate of the peaceful music used in the past and “I came to XX, I arrived at XX, I can see XX”. Is mentioned.

The keyword sound information is captured at short intervals such as 0, 2 seconds to 7 seconds, and each scene is determined.

After each scene is determined, which of the image information signals of the rear → forward / backward ← forward (enlarged / reduced moving image information) is selected is further compared with the “sound information on the time axis”.
Therefore, it is not necessary to perform detailed information comparison of all sound information from the beginning. A rough, shallow, and fast information comparison for each scene detection is sufficient.

The detailed keyword sound information is captured at short time intervals such as 0, 2 seconds to 7 seconds, or simultaneously, and the average value or the deviation value of the scene, In the sound information comparison, the average value or the reference value point that exceeds the deviation value + α line is set as the starting point, and the point that falls below the reference value point at the same short time interval can be set as one goal point. This is because the relative change management can cope with any video, and the change in the sound information matches the emotional change of the video observer. (The method of writing a scene signal in an empty space by digitalization of television broadcasting is not practical because it is not self-supporting and cannot support other images, but it may be performed to promote market formation. )

As for the management of the absolute change of sound information, in the case of “18 other emotional scenes”, in almost all scenes, the voice of a person's voice is normal. However, as you get closer, you can capture moving scenes by making the waveform higher, stronger, and shorter.

Therefore, the combination of “management of relative change of sound information” and “management of absolute change of sound information” can be twisted and improved.

Also, the spatial image information may swing back and forth in accordance with 1 / f fluctuation or a slow song. In addition, an observer who watches from the middle of a program by changing the television channel may return to the beginning and perform comparative detection activities based on the channel change signal detection.

  Furthermore, in "19 dramatic development scenes from the secret story", when there is no back music, weak voice, strong sound after the same low level, high sound entry sound, and even when silent time alone cannot be judged, Taking into consideration still image information (on the video information, scenes where actors stare at each other for a moment), the sound information and the image information can be combined to provide “spatial information presentation that can be judged from video content”.

  In addition, the acquisition of “6 thriller horror scenes”, “7 other horror scenes”, “14 runaway scenes”, “15 follow-up scenes”, and “16 fighting scenes” based on sound information will change spatial information from the rear to the front If the emphasis is only on (even if the image information is forward → backward, it should be backward → forward), it can cope with “spatial information presentation that can be judged from the video content” (in this case “pressure feeling of the tension scene”) Sound information is given priority over image information. (Because the amount of comparison image information is extremely small)

Even if there is "spatial information presentation that can be judged from the video content", if there is no rear → front / rear ← front image information signal (enlarged / reduced video information) (for example, a sumo relay program), It can also be detected from “human information”. That means
Comparing and comparing “Unit time comparison person information” and “Comparison of fixed / indefinite time, same person information at the same time, immediately before and immediately after” and “Human information on the time axis” as the basis for comparison “Change”, “Expand”, “Shrink”, “Compress”, “Expand”, “Same”, “Approximate”, “Similarity”, “Similarity”, “Related”, “Difference”, “Intersection” ”,“ Multilayer ”,“ Proximity ”,“ Contact ”,“ Unrelated ”can be detected.

“Personal information on the time axis”
“Personal information that has been stored or predicted and stored in the past”, “Human information that is currently in progress,” “Personal information that is predicted to change in the future,” and “ “Personal information that memorizes or predicts the average of“ currently ongoing human information ”and“ personal information that is predicted to change in the future ”and“ the past confirmed human information ”and“ currently ongoing human information ” Information ”and“ personal information that stores or predicts the deviation value of “human information that is predicted to change in the future” ”

"Human information" includes human type information, clothes hat information, hairstyle information, face information, eye information, mouth information, nose position information, hand information, position information of each part of the human body, skin, shoe information, human type non-stop information, There is humanoid walking information, and colors and patterns are added respectively.

“Personal non-stop information” means that a person always moves on a video, so the information can detect a difference from a doll. Moving is a slight change of body such as small body shakes while standing still, acting while acting, fine swinging actions such as swinging and shaking hands, changing mouth during conversation, laughing face, crying face, lonely face, etc. In most cases, the human type is not constant.

   Since the human information as a keyword in the simple scene example is different for each scene, the scene can be specified from this difference.

The keyword person information is captured at short intervals such as 0, 2 seconds to 3 seconds, and each scene is determined.

After each scene is decided, which of the image information signals of the rear → forward / backward ← forward (enlarged / reduced moving image information) is selected is further compared with “human information on the time axis”.
Therefore, it is not necessary to perform detailed information comparison of all human information from the beginning. A rough, shallow, and fast information comparison for each scene detection is sufficient.

The detailed keyword person information is captured at short time intervals such as 0, 2 seconds to 3 seconds, or simultaneously, and the average value or the deviation value of the scene is compared with the average value, Alternatively, a reference value point that exceeds the deviation value + α line can be used as a starting point, and a point that falls below the reference value point at the same short time interval can be set as one goal point. Management of relative changes is easier to deal with any video. This is because the change in human information coincides with the emotional change of the video observer.

If there is no back-to-front / back-to-front image information signal (animated / reduced video information) even if there is "spatial information presentation that can be judged from the video content" It can also be detected from “biological information”. That means
Comparison of information on “Compared biological information of unit time” and “Comparison of fixed / indeterminate time, same biological information at the same time, immediately before and immediately after” and “biological information on the time axis” as a reference "Change", "Expand", "Shrink", "Compression", "Expand", "Same", "Approximation", "Similarity", "Similarity", "Related", "Difference", "Intersection" ”,“ Multilayer ”,“ Proximity ”,“ Contact ”,“ Unrelated ”can be detected.

"Biological information on the time axis"
“Biological information that memorizes or predicts biological information that has been confirmed in the past”, “Biological information that is currently in progress”, and “Biological information that is predicted to change in the future” and “Past biological information that has been predicted” “Biological information that memorizes or predicts the average of biological information that is currently in progress” and “biological information that is predicted to change in the future” and “biological information that has been confirmed in the past” and “biological information that is currently in progress” Information ”and“ biological information that stores or predicts and stores deviation values of “biological information to be predicted for future changes” ”

“Biological information” includes biological type information, biological face information, biological eye information, biological mouth information, biological nose position information, biological limb information, biological part position information, skin, biological non-stop information, biological biological walking information There are colors and patterns, respectively.

“Biological non-stop information” means that almost all living organisms move on the image, so the information can be used to detect differences from biological mannequins and biological dolls. Movement means small body shaking while still, turning during acting, delicate attention such as swinging, shaking hands, changing mouth during act of breathing, scolding and barking, laughing face, crying face, lonely face, etc. In most cases, the biotype is not constant. Other than the stationary chameleons, sloths, and plants are in a sleeping state, and after confirming the position of the eyes, they can be determined by the shape of the eyes.

   In the simple scene, since the biological information that is a keyword in the biological appearance scene example is different for each scene, the scene can be identified from this difference.

The keyword biological information is captured at short intervals such as 0, 2 seconds to 3 seconds, and each scene is determined.

After each scene is determined, which of the image information signals of the rear → forward / backward ← front (enlarged / reduced moving image information) is selected, and the information is further compared with “biological information on the time axis”.
Therefore, it is not necessary to compare all biological information in detail from the beginning. A rough, shallow, and fast information comparison for each scene detection is sufficient.

The detailed keyword biological information is captured at short time intervals such as 0, 2 seconds to 3 seconds, or simultaneously, and the average value of the scene average value or deviation value is compared with the average value, Alternatively, a reference value point that exceeds the deviation value + α line can be used as a starting point, and a point that falls below the reference value point at the same short time interval can be set as one goal point. Management of relative changes is easier to deal with any video. This is because changes in biological information are deeply related to the emotional changes of the video observer.

Even if there is “Presentation of spatial information that can be judged from the video contents”, if there is no rear-forward / rear-forward image information signal (enlarged / reduced video information) (for example, a sumo relay program), It can also be detected from “text information”. That means
Information comparison between the comparatively measured “unit time comparative character information” and “constant / indefinite time comparison same character information at the same time, immediately before and immediately after” and the “character information on the time axis” as a comparison base "Change", "Expand", "Shrink", "Compress", "Expand", "Same", "Approximate", "Similarity", "Similarity", "Related", "Difference", "Intersection" ”,“ Multilayer ”,“ Proximity ”,“ Contact ”,“ Unrelated ”can be detected.

“Character information on the time axis”
"Character information with memorized" Past confirmed character information """Character information currently in progress" and "Character with memorized average values of" Past confirmed character information "and" Character information currently in progress " Information ”and“ Character information memorizing deviation values of “Past fixed character information” and “Current character information in progress”

“Character information” includes character type information, character type capacity restriction information, character type constant stop information, and character type constant speed one-way movement information, which are added with a color and a pattern, respectively. However, since most character information is given priority to being easy to read, a single color is mostly a single border color.

“Character type capacity restriction information” is characterized in that the ease of reading the character information is given the highest priority, and therefore the restriction on the size that can be read by a person is imposed. That is, whether it is too large or too small, it is excluded from the character information detection work.

“Character type constant stop information” has the feature that the text information is stopped during the time it is read, because priority is given to easy reading. As a result, the image information that has been stopped for more than the time that humans read is more likely to be a character, and the character information can be obtained by using a single color or a single border color color information / appropriate size information. The detection work is progressed to confirmation of information and information comparison search of individual character contents, and the meaning of characters can be reached.

“Character-type constant speed one-way movement information” means that text information is easy to read and the highest priority is given, so it moves at a speed that humans can read and the speed is constant, and it is only in one direction. It has the feature of not moving. As a result, image information that moves at a constant speed at a speed that can be read by humans and moves only in one direction increases the possibility of characters, and the color information of a single color or a single border color / appropriate size With the information, the detection process proceeds to the determination of character information and the information comparison search of individual character contents, and the meaning of characters can be reached.

   Since the character information as a keyword in the simple scene example is different for each scene, the scene can be specified from this difference.

The keyword character information is captured at short intervals such as 0, 2 seconds to 3 seconds, and each scene is determined.

After each scene is determined, which of the image information signals of the rear → forward / backward ← front (enlarged / reduced moving image information) is selected, and the information is further compared with “character information on the time axis”.
Therefore, it is not necessary to compare all character information in detail from the beginning. A rough, shallow, and fast information comparison for each scene detection is sufficient.

The detailed keyword character information is captured at short time intervals such as 0, 2 seconds to 3 seconds or the like, or in a simultaneous progression, the average value of the scene or the character value comparison of the deviation value, the average value, Alternatively, a reference value point that exceeds the deviation value + α line can be used as a starting point, and a point that falls below the reference value point at the same short time interval can be set as one goal point, and individual character content determination work (feature information group search for individual characters) After the information comparison with the feature information group possessed by each character information on the registered time axis, the individual characters are confirmed by collating with the detailed information of each character information. Confirm the meaning of the concatenated characters that come from the concatenation order of each individual character, or, as a quick control processing command transmission method, after matching the feature information group of “only the keyword concatenated characters that are the comparison base”, Rear, back → Control forward / backward ← forward image information) Management of relative change is easier to handle any video. This is because the provision / change of the text information matches the emotional change of the video observer.

Even if there is "spatial information presentation that can be judged from the video content", if there is no rear → front / rear ← front image information signal (enlarged / reduced video information) (for example, a sumo relay program), It can also be detected from “material information”. That means
Comparing and measuring “Comparison information of unit time” and “Comparison of constant / indefinite time, same / immediate / immediate before / immediate information” and “Company information on time axis” as a comparison basis "Change", "Expand", "Shrink", "Compression", "Expand", "Same", "Approximation", "Similarity", "Similarity", "Related", "Difference", "Intersection" ”,“ Multilayer ”,“ Proximity ”,“ Contact ”,“ Unrelated ”can be detected.

What is “information on time”?
“The information of past confirmed items”, “The information of items currently in progress”, “The information of items that are predicted to change in the future”, or “The information of items that are predicted and stored” and “The information of past confirmed items” Memorize or predict memorize the average value of “currently ongoing product information” and “future change forecasted product information” and “past confirmed product information” and “currently ongoing product information” Information ”and“ object information subject to future change prediction ”are stored or predicted and stored.

“Object information” includes object type deformation information generated from object type information, color information, pattern information, and camera angle.

   Since the object information as a keyword in the simple scene example is different for each scene, the scene can be specified from this difference.

The keyword object information is captured at short intervals such as 0, 2 seconds to 1 second, and each scene is determined.

After each scene is determined, which of the rear image information signal (forward / backward ← forward image information signal) (enlarged / reduced moving image information) is to be selected is further compared with information on “object information on the time axis”.
Therefore, it is not necessary to make detailed information comparison of all the object information from the beginning. A rough, shallow, and fast information comparison for each scene detection is sufficient.

The detailed keyword object information is captured at short time intervals such as 0, 2 seconds to 1 second or the like, or in a simultaneous progression, the average value of the scene or the deviation value is compared with the average value, Alternatively, a reference value point that exceeds the deviation value + α line can be used as a starting point, and a point that falls below the reference value point at the same short time interval can be set as one goal point. Management of relative changes is easier to deal with any video. Changes in physical information affect the emotional changes of the video observer.

Even if there is "spatial information presentation that can be judged from the video content", if there is no rear → front / rear ← front image information signal (enlarged / reduced video information) (for example, a sumo relay program), It can also be detected from “personal, regional, and publicly known association estimation information possessed by a person”. That means
“Comparison of unit time“ personal, regional, and publicly known association estimation information ”” and “comparison of constant / indefinite time, associated association estimation information immediately before / after” By comparing information with the “association estimation information on the time axis” that is the basis for comparison, “change”, “enlargement”, “reduction”, “compression”, “expansion”, “same”, “approximation” ”,“ Similarity ”,“ similarity ”,“ related ”,“ difference ”,“ intersection ”,“ multilayer ”,“ proximity ”,“ contact ”,“ irrelevant ”can be detected.

"Association estimation information on the time axis"
“Association estimation information stored or predicted and stored in the past”, “Association estimation information currently in progress”, “Association estimation information predicted in the future” “Association estimation information stored in the past or stored as an average of the association estimation information in the past”, “association estimation information currently in progress”, and “association estimation information predicted in the future” And “Association estimation information in the past”, “Association estimation information currently in progress”, and “Association estimation information to be predicted in the future” Information

"Association estimation information" means private experience, experience information / private common sense information / region, country-specific common sense information / public experience, experience, historical information / public common sense information / region, country-specific epidemic information / public There is epidemic information.

"Common sense information" means that each element of people, things, equipment, organisms, men, women, children, the elderly, middle-aged, etc.
1. Over time, the movement and flow of each element should be a certain pattern.
2. It is a pattern in which the concept of the combination of each element is determined to some extent in space. Point to.

   Since the associative estimation information that is a keyword in the simple scene example is different for each scene, the scene can be specified from this difference.

The keyword associative estimation information is captured at short intervals such as 0, 2 seconds to 7 seconds, and each scene is determined.

After each scene is confirmed, which of the image information signals of the rear → front and rear ← front (enlarged / reduced video information) is selected, and the information is further compared with the “association estimation information on the time axis”. .
Therefore, it is not necessary to perform detailed information comparison of all the association estimation information from the beginning. A rough, shallow, and fast information comparison for each scene detection is sufficient.

The detailed keyword association information is captured at short time intervals such as 0, 2 seconds to 7 seconds, etc., or simultaneously, and the average value or the deviation value of the scene is compared with the association estimation information. A reference value point that exceeds the average value or deviation value + α line is set as the starting point, and a point that falls below the reference value point at the same short time interval can be set as one goal point. Management of relative changes is easier to deal with any video. This is because the change in the associative estimation information matches the emotional change of the video observer.

"Sound information" other than planar image information, "personal information", "biological information", "material information", "character information" in planar image information, and "personal, regional, and public knowledge" The combination of one or more pieces of “associative association estimation information” enables faster scene determination.

For the presentation of spatial information in “Presentation of spatial information that can be judged from video content”, “optimal image information estimated from personal, regional, and publicly known information, in addition to the image information signal of the rear → front and rear ← front. "Processing of optimal sound information associated with private, regional, and public information""Processing of optimal olfactory information associated with private, regional, and public information" “Processing of optimal tactile information associatively estimated from private / regional / public information” and “Processing of optimal taste information associatively estimated from private / regional / public information” Exist.
《As an extremely simple example, the required brightness, color, and vividness from movie content, video for children (title characters such as “Manga”), and content for elderly people (title characters such as “Shikoku Pilgrimage”) are required. Automatic expansion adjustment for easy-to-hear volume and easy-to-listen voice speed. Personal pet photo image Reproduction of pet's cry, breathing sound and footsteps when reproducing nostalgia. Reproduction of school songs, crying crying, and popular graduation songs for graduation when reproducing personal graduation photo images. New coffee scents and new perfume scents that are linked to the new commercial name letters, new product names, and new product images of television commercials. From the content of the adventure and love video, the cold, heat, humidity, dryness, wind power, tilt pressure, gravity pressure due to speeding up during driving, severely injured pain, tied up, hugging upper body Pressure, hand pressure during handshake, kiss mouth contact pressure. Supply of taste capsules, taste gum granules and pellets, and pill-type taste grains to the mouth to recreate the required taste from the contents of the cooking program video. )
These scene detection methods include “sound information” other than planar image information, “personal information”, “biological information”, “material information”, “text information”, “personal information in the planar image information” By comparing the information with one or more various combinations of “Regional / Publicly known association estimation information”, the scene can be determined more quickly.

In other words, “comparison of unit time“ sound information ”,“ human information ”,“ biological information ”,“ material information ”,“ text information ”,“ personal, regional, and publicly known associative estimation "One or more various combinations of information" and "Comparison of fixed / indefinite time," Sound information "," Human information "," Biological information "," Material information " “One or more various combination information of“ text information ””, “personal, regional, and publicly known association estimation information possessed by humans” and “the one or more various combination information on the time axis” as a comparison base "Change", "enlargement", "reduction", "compression", "expansion", "same", "approximate", "similarity", "similarity", etc. “Related”, “Difference”, “Intersection”, “Multilayer”, “Proximity”, “Contact”, “Unrelated” can be detected.

“One or more various combination information on the time axis”
“Memorize“ one or more various combination information in the past ”,“ the one or more various combination information currently in progress ”,“ the one or more various combination information to be predicted for future change ”, or , The one or more various combination information stored in the prediction ”and“ the past determination the one or more various combination information ”,“ the one or more various combination information currently in progress ”,“ future change prediction The average value of the one or more various combination information ”stored or predicted and stored is“ the one or more various combination information ”and“ the past confirmation the one or more various combination information ”/“ current The deviation value of the one or more various combination information in progress "or the one or more various combination information to be predicted in the future is stored or the one or more various combination information is predicted and stored. Consist of

The “one or more various combination information” is mainly the four senses (auditory, olfactory, and olfactory) except for the single processing based on “optimal image information estimated from private / regional / public information” alone. “Human information” becomes the central pillar, and other “sound information”, “human information”, “biological information”, “ “Change” and “Expansion” depending on how temporally and spatially the “information on objects”, “character information”, and “personal, regional, and publicly known associative information held by people” relate to each other -"Shrink"-"Compression"-"Expand"-"Same"-"Approximate"-"Similar"-"Similar"-"Related"-"Difference"-"Intersection"-"Multilayer"-"Proximity"-" "Contact" and "Unrelated" can be detected, and "Scene determination" is possible, and the next step, "Three-dimensional realistic reproduction of associative scenes" is possible It made.

Sensation places are determined for the four human senses (auditory, odor, taste, and touch).
Hearing = Human information, around the ear of face information.
Odor = human information, around the nose of face information.
Taste = the mouth of face information in human information.
Tactile sense = human information, face information, mouth / cheek area and hand information / foot information / part information.
Other “sound information”, “human information”, “biological information”, “physical information”, “text information”, “personal, regional, and publicly known associations” It is possible to understand how 4 senses are stimuli-sensitive in terms of how the estimated information is related in terms of time and space, and the 4 senses to be reproduced are selected and determined. Executed.

In a very simple example, the “cup” -shaped object information is linked to the “finger” -shaped object information and “crossed” into the “mouth” of the face information. It can be understood and recognized that the tactile sensation is sensitively stimulated. At the same time, it is recognized that the tactile sensation of the cup containing the liquid is stimulated by the tactile sensation of the hand, and the reproduction of the weight compression inside the hand is selected and reproduced.

Next, what is the taste and fragrance? From the sound information of “How about coffee” and “Good coffee” that appears before and after the scene, and the character information of “coffee”, It is recognized that the liquid is stimulated, and the reproduction of the aroma and taste is selected, and the reproduction of the aroma and taste of the coffee is selected and reproduced.

In addition, if there is no other information that can identify what taste and aroma, if the back music is “comfortable sound” or “no music” in the sound information, it is a daily event. Since it is possible to understand and recognize that it is a beverage product, the optimal aroma / taste reproduction associated with the estimated recognition associated with “private / regional / publicly known association estimation information” is selected and reproduced.
(Frequently selected items can be easily selected, and the personal computer character function has a learning function that can set, store, and learn frequency updates for each scene.)

  After the scene is confirmed, the reproduction information control process is optimal from "the one or more various combination information on the time axis", or from other execution devices that are prepared in advance in the main unit and wired or wirelessly. Selection of execution information and execution, “reproduction of optimal sound information associated with”, “reproduction of optimal olfactory information associated with”, “reproduction of optimal tactile information associated with” “optimized associated” ”Reproduction of gustatory information” is transmitted to the four senses (auditory, odorous, gustatory, and tactile) of the video observer, and the information content of the video space is viewed in three dimensions and with an optimal sense of realism. It will be reproduced and transmitted to the person, and it will be easy to be moved.

  The above plane image space information (“Both shape fusion”, “Both shape fusion”, “Both shape combination fusion”, “Image information processing”, “Sound information”, “Ollusion information”, “Tactile information”, “Taste information”, “Persons I have” “Sound information”, “Personal information”, “Biological information”, “Material information”, “Text information”, “Persons I have” In “Comparison of information of one or more various combinations” between “local, regional, and publicly known associative estimation information” and “the information on the time axis”, each information on the digitized storage time axis Information comparison with each other, comparison with approximate value width, detection with each reference value point, comparison with other comparison information detection results, determination of video space scene, optimal / optimum association after the determination Verification, execution control command selection and determination, optimal / optimal association video space information reproduction information According to the line, “spatial information presentation that can be judged from the video content” is reproduced directly and three-dimensionally to the observer's five senses (visual, auditory, olfactory, gustatory, and tactile) and is faithfully matched to the observer's emotion An impressive “sophisticated 3D image information processing device that considers and reproduces scenes” can be realized. This five-dimensional reproduction of the three-dimensional sense of realism is likely to convey to the buyer the difference between the devices of potential other companies at the home appliance department.

Further, an image processing apparatus based on voice recognition is realized on a car navigation system / video game system, and about 90% has already been established and marketed. Similarly, moving image recognition and extraction movement are disclosed in Japanese Patent Application Laid-Open No. 8-205199. In addition, technologies for human type recognition, human face recognition, human eye and mouth recognition have been established and are commercially available. The applied technology will also establish human hand recognition, object recognition, biological (mainly pet) recognition, and character recognition. In addition, the electric plastic type that does not use a motor, and a soft plastic that deforms, has already been developed by the manufacturer in Ikeda City, Osaka, and can be applied to mask-type mouth tactile reproduction. Similarly, the massage power and pneumatic pressure of the latest massage chair on the market can be applied to tactile reproduction for each human body part.

  Also, in the case of generating parallax information from planar image information, when extracting target image information, the target image must be independent without including background image information, and the background image information after extraction must be complemented. (As a simple example: When the target image in the background of the background is a person image, the person is accurately cut out and moved to either the left or right, or expanded or contracted to the left or right to create a parallax and cut The extracted background image must also be complemented by the streetscape.) Also, in the case of bimodal fusion of spatial recognition difference information generation, the parallax is ignored, so the target image can be extracted including the background image (view center) (Internal linkage expansion / contraction function will automatically do it), but black and other single color background supplementation is required. However, in the fusion of both the original image information and the same size, the background shape does not occur because the shape is the same, and no background supplementation is required. good. (In the case of the above example, a rectangle / square including a person as a simple example)

  Therefore, when the spatial image information is produced and presented in an overlapping manner (one example; the spatial protrusion image information is superimposed on the spatial depth image information), the bimodal fusion image information / bimodal fusion image information is converted from the image information / sound information. -Both forms combined image information can easily provide a large and small combined space overlapping shape without being trapped by the shape of the target image.

In addition, for the two sets of fusion, as a simple example, as shown in FIG. 17, two-segment image information 41, 42, 43, 44, 45, and 46, and a three-segment image image such as FIG. Information 37 and 38 are also conceivable.

Next, an experiment example as a simple example is described as Experiment A;
Basic photo P (Purple bear with a black nose and a big nose with the right hand raised h: 60mm x w; 52mm)
Photo P1 (Photo h obtained by horizontally expanding the basic photo P at a ratio of both-shaped fusion ratio 100: 74; 60 mm × w; 64 mm),
Photo P2 (photo h compressed at the same ratio, photo h; 60 mm × w; 40 mm).
Photographs P1 and P2 are divided into left and right halves at each longitudinal center, and the right side of each image is exchanged with each other on the right side and the left side, and the large shape on the right side is viewed as photograph P3 (h; 60 mm x w; 47 mm)
Similarly, the left large shape was P4 (h; 60 mm × w; 47 mm).
A memo pad with 77 pages in total was attached to each memo pad.
This was beaten with a finger fitted with a finger sack with a wart, measured with a stopwatch purchased at a 100 yen uniform store, and observed for a fusion experiment four times.
The experimental results are
1st 77 sheets / 1 second 22, 2nd 77 sheets / 1 second 43,
The results of 77 sheets / second 12 for the third time and 77 sheets / second 21 for the fourth time were obtained.
The average value is 77 sheets / second, 24.5, and per second is 61.85 sheets / second (error ± 9 sheets). Since the error of ± 9 is a numerical value for one individual, about 15% of each blur was provided.

Experiment B;
The photos P3 and P4 of Experiment A were placed one hand at a time, both arms were extended, and the two photos P3 and P4 were arranged in parallel. (1) FIG.
The fused image of (1) obtained an image with a feeling that a nose larger than the right hand mentioned by the bear stuffed toy popped out.
The fusion image of (2) obtained an image with the right hand raised by the bear stuffed toy in front and the large nose feeling deeper than the right hand (however, the nose itself looks three-dimensional).
The result of (1) is settled in the fused image of FIG. 1 because the overlapping part is the right side base of the quadrangular pyramid when described in FIG.
The result of (2) is considered to be settled in the fused image of FIG. 3 because the overlapping portion is a quadrangular pyramid apex portion when described in FIG.

Experiment C;
Used in Experiment A (1) Photo P1 and Photo P3 (2) Photo P1 and Photo P4
(3) Photo P2 and Photo P3 (4) Photo P2 and Photo P4
The above was observed as in Experiment B.
(1) A fused image with a feeling of swelling on the right side was obtained. (There was a feeling that the nose came out from the right hand of the stuffed bear)
(2) A fused image with a feeling of swelling on the left side was obtained. (There was a feeling that the nose came out from the right hand of the stuffed bear)
In (3), a fused image with a considerably expanded right side was obtained. (The nose came out from the right hand of the bear stuffed animal)
In (4), a fused image with a considerably expanded left side was obtained. (The nose came out from the right hand of the stuffed bear.)
Experiment D;
Photo P1 (photo of basic photo P stretched horizontally at a ratio of both-shaped fusion ratio of 100: 74) with a commercially available copier, the color density was set to +3, and the photo was copied as “Photo P1 Dark” It was.
Photo P2 (photo obtained by compressing basic photo P at a bimodal fusion ratio of 100: 74) with a commercially available copy machine, the hue density was reduced to -3, and the photo was copied as “Photo P2 Thin” It was.
Replace “Photo P1 Dark” and “Photo P2 Thin” with “Photo P1” and “Photo P2”.
Experiment A, Experiment B, and Experiment C were performed to obtain a stereoscopic image having a higher sense of spatial protrusion.

As mentioned above, the industrial applicability consisting of various combinations of one or more of the following items can be cited as a simple and main one described in detail.
B. “Space presentation that can be judged from the video content” can express an image of “space protrusion”, and by changing the protrusion degree, it is possible to shift to “space depth” and change the depth degree.

  B) “Space presentation that can be judged from video content” can express the image of “spatial distortion” and the degree of distortion can be varied.

  C, “Space presentation that can be judged from the video content” is a combination of various combinations of “spatial depth”, “spatial protrusion”, and “spatial distortion”. Each space movement and space generation can be expressed, each degree can be changed, and when all the degrees are set to 0, the plane image information that is the plane space is restored, and compatibility with information related objects having the plane image information is also provided.

  D. Contrary to the same reason, “space presentation that can be judged from video contents” can eliminate unnecessary effects caused by spatial depth. (As a simple example, it gives a sense of anxiety that the screen will slide down.)

  The reason for the spatial information expression (including the bimodal fusion method) in Lee, Ro, Ha, and Ni is described above as “sound information on the time axis” other than “image information comparison with image information on the time axis”. "Comparison of sound information comparison and image information comparison" and "Spatial presentation that can be judged from video content" to match the viewer's feeling "Advanced stereoscopic image information processing device that considers the scene" Can be proposed.

  On the other hand, in the case of both-shape fusion, the entire image must be small on the existing flat display surface. Three-dimensional image information popping out of the same shape can be obtained on the image information processing facility. (As a simple example, “60-frame / second image processing television” and “movie facility with digital video device capable of broadcasting video information synthesized by a high-definition camera such as HD24 and computer image composition”) 3D images can be realized without losing the power of the size of the screen.)

  G. Observing image display on various spatial rotating bodies and spatially symmetrically arranged bodies from multiple directions other than the front, image distortion is small, the display surface can be small, the burden on the rotating body is small, and images that pop out Information is also available.

  H, the double-shaped fusion without time division has a large image difference between left and right large and small, so the eye feeling caused by the difference was great. It is possible to reduce, and in the fusion of both sets, the left and right are almost the same, so there is little difference and the fatigue can be drastically reduced.

  In a display device with focal movement, the depth increases as the distance that the focal movement can be increased. However, in the case of a display device composed of one pixel as shown in FIG. Because it can be avoided with the multiple reflection function, it offers the possibility of being able to provide a thin and movable focal space even in a small living space like Japan.

  In “space presentation that can be judged from video content”, there are scenes where sound information, olfactory information, tactile information, and taste information exist in addition to visual information. The information can be reproduced, and an overwhelming presence can be provided that is based on the three-dimensional reproduction of the five senses (sight, hearing, smell, touch, and taste) that a person has.

This makes it possible to sell each room unit by providing a video space in which the effect of enclosing the first, third, fourth, etc. rooms can be obtained. A set of power generation power such as a new fuel cell and interior home appliances can compete with a car as a “moving room”. It is expected to grow into a world-oriented industry that generates profits. (It depends on your decision.)
In addition, if the video of the world heritage is supplied on a daily basis on 365 days, it will be useful for children's emotional education, and they will enjoy eating and drinking as if they were at home. It can be enjoyed like a thing, and you can enjoy the trembling of the heritage of the heritage. The effect is immeasurable, the car has its limits, and the software has no limits and can go to Mars.

  When generating spatial recognition difference information from plane image information and plane image information, simple image information extraction with background image information is performed to display and merge horizontally compressed image information horizontally compressed from the original image information. However, it is necessary to complement the black image information to the empty background after extraction and to superimpose the horizontal short image information. However, in the combination of both the original image information and the same outline size, the empty background is the same because of the same shape. It does not occur and the background complementing action becomes unnecessary, and the target image information may be only an approximately extracting action including the background image information. Therefore, by creating and presenting spatial image information in an overlapping manner (a simple example; superimposing spatial protrusion degree image information in spatial depth image information), it is possible to combine both-type fusion image information and both sets of fusion from image information and sound information. The image information and the combined image information of both forms can be provided more easily without being constrained by the shape of the target image.

  Ow, because the plane image information can be converted into 3D image information with sufficient plane image information (can be displayed on a display screen of the same external size), the image information 3D processing device or the 3D image Depending on whether the information holding object is “connected”, “continuously connected”, or “connected”, the stereoscopic image information processing apparatus can be “formed”, “continuously formed”, or “continuously formed” each time, Existing planar image information can also be an image information related object of stereoscopic image information in the future and at present.

Similarly, a stereoscopic / planar image information holding scheduled object and a stereoscopic / planar image information holding object can also form an image information related object of stereoscopic image information in the future and at present. >>

<< Accordingly, this business operator engaged in the field of image information related products for flat image information has a high social power and exercise power (planning, manufacturing, capital investment, sales, sales promotion, aftercare sales rights, other planes in this field). The commercial close relationship with image information materials (the right to secure the current flat image market) is completely exposed to competition, without being violated, regardless of knowing or not knowing, only by “connecting”, If you do not realize that the same exercise power of the same social high level in the field of image information related to image information is secured / guaranteed in an instant, you can make some intangible blessings. It seems that it will be easy to fall into a private monopoly because there is no fair sharing as much as the intangible grace is kept even if you do not notice or consider fair sharing while keeping it . Because technological innovation is such a thing, there is no sweat on the forehead, no investment is required to build from scratch, no exposure to competition, no wind, and in the 3D image information field. This is because the same level of exercising power as the current high social level can be obtained. >>

<< Also, as one prediction example, a microchip = IC (integrated circuit) tag with built-in flat image information for TRON computers at a large mass retailer is installed on the same chip of clothing as the customer's mobile phone type image information stereoscopic processing device By holding the server device with the main computer network or the Internet communication network, you can instantly display a 3D image of the same clothing and walking figure on a 360-degree image with a self-face obtained with the same print club machine. Appearance, and cheap, high-speed “select the same clothing headquarters, store inventory color, pattern, series clothing, related accessories mounting screen selection, customer preference or destination destination city / landscape / building background Screen selection, screen selection for checking the balance of the clothes of the customer when traveling with an acquaintance relative's pet car Inter-screen selection, same-clothes advertisement image screen, same-clothes product function knowledge screen, same-clothes-published magazine screen, same-clothes designer introduction screen, same-clothes sales results nationwide by region and age Can be used for inventory management / inventory "3D images are instantly simulated and the mobile phone is held over a two-dimensional barcode on a mail-order catalog magazine, newspaper flyer, various papers, various street posters, and net screens. The shopping itself can be carried around anytime, anywhere, easily, easily, realistically, cheaply, and instantly. >>

  Wa, a very advanced computer in the visual center that can not be imitated by the current computer = “coordinate expansion and contraction function” (for parallax) By generating stereoscopic image information that pops out by an image information automatic formation function), a strategy of about 60 years that accompanies the provision of two conventional retinal images in an ideal form (provision in a form without parallax) Ripple effect that can be freed from the spell of "striking" is considered.

  F. Prediction that the amount of damage expected from the decline of image information related objects in flat image information due to the diffusion of related objects can be drastically reduced by preventing the spread of stereoscopic image information related objects centering on two conventional retinas and various parallaxes The effect is considered.

  Due to the reasons described above, there is a prediction effect that the purchase investment amount for the disposal of the plane image information production facility and the introduction of the same three-dimensional facility can be drastically reduced. (As a reference example, it is estimated that even when switching from analog broadcasting to digital broadcasting, it will cost 1,600 billion yen for capital investment at broadcasting stations throughout Japan.)

Since the plane image information can be converted into 3D image information with sufficient image size (the image can be displayed with the same outline size), the asset evaluation of the image information related object of the plane image information is 200% + α value (the plane image is As a 3D image is required to be at least twice as large as one screen, the asset evaluation of corporations and asset owners with video assets may be able to increase in the future. Since it can rise in the future, it can have a ripple effect that can increase the assets of the shareholder.
As mentioned above, it can contribute to the relative increase in the value of information assets centered on images of human beings, which is the final issue, and it can be said that the industrial effect is great.

It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed the bilateral fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed both sets fusion production | generation process at the time of observation just above a square pyramid which is a simple example. It is the top view which showed the rhomboid fusion production | generation process at the time of observation just above the quadrangular pyramid which is a simple example. It is the top view which showed the rhomboid fusion production | generation process at the time of observation just above the quadrangular pyramid which is a simple example. It is the top view which showed the rhomboid fusion production | generation process at the time of observation just above the quadrangular pyramid which is a simple example. It is the top view which showed the rhomboid fusion production | generation process at the time of observation just above the quadrangular pyramid which is a simple example. It is the top view which showed the 3 division | segmentation both sets fusion | melting production | generation process at the time of observation just above a square pyramid of one example. It is the top view which showed the combined image system image information at the time of observation just above a quadrangular pyramid which is a simple example. It is the top view which showed both sets fusion of the rotary body display part which is a simple example.

Explanation of symbols

1 .... Composite image system image information 2 .... Composite image system image information 3 .... Image information before fusion of both sets 4 .... Both image fusion image information 5 .... Compact Image system image information 6... Large image system image information 7... Image information before both-shaped fusion 8.・ Both-set image information 11... Both-set image information 12... Both-set image information 13... Both-set image information 14. Pre-fusion image information 16 ... Both-set fusion image information 17 ... Both-set fusion image information 18 ... Both-set fusion image information 19 ... Both-set fusion image information 20 ... Both-set fusion image Information 21 ... Image information before both sets fusion 22 ... Both sets fusion image information
23... Image information before fusion of both sets 24... Image information of fusion images of both sets 25... Image information before fusion of both sets 26. ..Body pattern fusion image information 29 ... Body pattern fusion image information
30 ... Both-shaped combination image information
31... Image information before fusion of both shapes 32... Image information before fusion of both shapes 33... Image information before fusion of both shapes 34. Small image system image information 36... 3 divided large image system image information 37.
38... Three-divided image system image information 39...
40... Three-divided both-set fusion image information 41... Image information of the combined image 42... Image information of the combined image 43. Information 45... Image forming image information 46... Image forming image information 48. Small image image information
49... Large image system image information 50... Combined image system image information 51... Combined image system image information 52.

Claims (42)

In order to generate spatial recognition difference information (not parallax image information) from planar image information, “image shape image information of image” excluding image information of “image shape information of image” when forming the same shape as the varifocal mirror Species "
"Image shape image information of the image" obtained by "enlarging" a part, many or all of the image shape,
“Image shape image information of the image” obtained by “reducing” a part, many or all of the image shape,
"Image shape image information of the image" in which a part, many or all of the image shape is compressed "vertically" or "horizontally",
"Image shape image information of the image" in which a part, multiple, or all of the image shape is expanded "vertically" or "laterally", respectively.
Or the full-scale "image shape image information of the image",
"Large image system image information" and "Small image system image information"
<<"Large length ratio" of "Large image system image information" and "Small image system image information" is an allowable range up to 167: 100 or 100: 60 (error ± 10),
The “length ratio” is within the allowable range up to 100: 114 or 100: 88 (error ± 5). >>
(Hereafter, the fusion of “similar / different image information” divided into at least two is called “bimodal fusion”)
In this case, the “large image system image information” and the “small image system image information” are further decomposed into at least two parts for a total of at least 4 parts.
(Furthermore, one or more of the “large image system image information” decomposed into at least two parts is expanded in one or more of “longitudinal” or “horizontal”, reduced, compressed, or expanded. "Large image system image information" that processes image information in various combinations is also included)
"Small image system image information" decomposed into at least a part of
(Furthermore, one or more of the “small image-based image information” decomposed into at least two parts may be one of one or more of “longitudinal” or “horizontal” expanded / reduced / compressed / expanded. "Small image system image information" that processes image information in various combinations is also included)
Combined with at least one part of
At least two sets of combined images are created in at least two copies in total, and these are used as new “composite image system image information”, and there is a difference in the image information comparison between “similar / different image information”. Image information fusion (hereinafter referred to as “both pairs fusion”)
Comprising any one or more of the image information signal and the information light, or being provided with the same,
Alternatively, a stereoscopic image information holding object characterized in that some of the both actions can be scheduled, or any of the both actions are possible. The “system of“ image shape image information type of image ”that fuses both forms” and the “system of“ image shape image information type of image ”that fuses both sets” according to claim 1. Any one of the image information signal and the same information light that has a difference in information comparison by various combinations of “similar image information” and fuses image information (hereinafter referred to as “both-shaped image fusion”) Including the above, or being provided with the same,
Alternatively, a stereoscopic image information holding object characterized in that some of the both actions can be scheduled, or some of the both actions are possible. Any one of the image information signal comprising the various combinations of any one or more of “both forms fusion”, “both forms fusion”, and “both forms fusion” according to claim 1 and 2, and the same information light Having one or more, or being provided with each,
Alternatively, the Vacation schedule both act even some, or wherein the two actions are possible in some stereoscopic image information storing product according to any one of claims 1 and 2. Information processing in which the three-dimensional image information holding material includes any combination of one or more of information input, information storage, information recording, information processing, information control, information output, information reproduction, information printing, and information display. Being able to function or being allowed to function,
The three-dimensional image information holding object according to any one of claims 1, 2 , and 3, wherein some of the both actions can be scheduled, or some of the both actions are possible. Three-dimensional image information holding material is various planes, various parallels, various fusions, various laminations, various slopes, various curved surfaces, various intersections, various rotations, various pillars, various polyhedrals, various radials, etc.・ Various discs ・ Various spheres ・ Various symmetry ・ Various mirrors ・ Various glasses ・ Various plastics ・ Various elements ・ Various liquid crystals ・ Various light control ・ Various light emission ・ Various discharges ・ Various photosensitives ・Various gases, various liquids, various solids, various crystals, various plasmas, various particles, various chemical substances, various odorous substances, various foods, various taste substances, various metals, various fibers , And processing information in an information processing unit comprising one, multiple, one or all of various combinations of one or more of various papers,
The three-dimensional image information holding object according to any one of claims 1, 2 , 3 , and 4, wherein some of the actions can be scheduled, or both of the actions can be performed. Time-division image information processing with the time difference within the time when the image information fusion effect by the afterimage is effective,
The stereoscopic image information holding object according to any one of claims 1, 2 , 3 , 4 , and 5, wherein some of the actions can be scheduled, or some of the actions can be performed. 3D image information holding information includes magnetic information, electrical information, electromagnetic wave information, particle beam information, image information, sound information, olfactory information, tactile information, taste information, and private, regional, and public information Associative estimation information, information composed of any one or more various combinations, and information composed of any one or more of the same information,
The three-dimensional image according to any one of claims 1, 2 , 3 , 4 , 5 , and 6 , wherein the information including the one or more can be scheduled, or some information is possible. Information holding. Any one or more of the image information signal that can be merged with the image information signal and the same information light increases or decreases the level of the difference, makes zero, and the difference that can be made the same. It has the image information signal and the same information light,
Or an image information signal and the same information light, which can be scheduled or can be any act having the difference. The stereoscopic image information holding material according to any one of 6 and 7. "Plane image information (person, thing, creature, shape, pattern information)" and "Plane image information on the time axis (person, thing, creature, shape, pattern information)", "Average value of approximations on the time axis Plane image information (person / thing / biology / shape / pattern information) ”/“ Approximate deviation value on the time axis Plane image information (person / thing / biology / shape / pattern information) ”/“ People on the time axis ” Change / enlarge / reduce / compress / expand / same / approximate / similar / similar / related / crossover / multi-layer / proximity / contact / irrelevant After detecting comparative information consisting of various combinations of at least one of the above, or at the same time, “double fusion”, “double fusion”, “double fusion”, “image information processing”, “sound information processing” It consists of one or more various combinations of “odor information processing”, “tactile information processing”, and “taste information processing”. Has a processing information, or, it is Motasa,
The three-dimensional object according to any one of claims 1, 2 , 3 , 4 , 5 , 6 , 7, and 8 , characterized in that some of the two actions can be planned or can be performed. Image information holding material. "Character information in planar image information" and "Same character information on time axis", "Same mean character information of approximations on time axis", "Same deviation value character information of approximations on time axis", Change / enlarge / reduce / compress / extend / same / approximate / similar / related / difference / intersection / multilayer by comparison with information on "personal / local / public associative estimation information held by people on the time axis"・ After detecting comparison information consisting of at least one combination of proximity, contact, and irrelevant, or “simultaneous progress” “double fusion” “double fusion” “double fusion” “image information processing” It has or has processing information consisting of one or more various combinations of “sound information processing” “odor information processing” “tactile information processing” “taste information processing”,
Alternatively, any one of the two actions can be scheduled, or some of the actions can be planned, or any one of claims 1, 2 , 3 , 4 , 5 , 6 , 7, 8 , 9 3D image information holding material. "Sound information" and "Sound information on the time axis"-"Average value sound information of approximations on the time axis"-"Sound information of deviation values of approximations on the time axis"-"People on the time axis have Comparison / enlargement / reduction / compression / expansion / same / approximate / similar / similar / related / difference / intersection / multilayer / proximity / contact / irrelevant After detecting comparison information consisting of one or more various combinations, or simultaneously proceeding, “double fusion”, “double fusion”, “double fusion”, “image information processing”, “sound information processing”, “ It has or has processing information consisting of one or more various combinations of “odor information processing”, “tactile information processing”, and “taste information processing”,
Or, it will both act even some with the, or one of claims 6, 7, 8, 9, which was characterized in that it is also somewhat 3D image information retentate described. One or more various combination information of “planar image information (person / thing / biology / shape / pattern information)”, “text information in planar image information”, “sound information” and “planar image information on time axis (people・ Things, creatures, shapes, pattern information) ”,“ text information in coaxial image information on planes ”,“ sound information on coaxial lines ”,“ average plane image information of approximations on time axis (people, objects) -Biology, shape, pattern information) "-" Average value text information in flat image information of the same class "-" Average sound information of the same class "-" Deviation value plane image information of the approximate class on the time axis " (Person, thing, creature, shape, pattern information) "," deviation value text information in the same type of flat image information "," deviation value sound information of the same type "," persons on the time axis have me Change / enlarge / reduce / compress / expand / same / approximate / similar / similar / After detecting comparative information consisting of at least one of various combinations related / difference / intersection / multilayer / proximity / contact / irrelevant, or at the same time, "double fusion""doublefusion""doublefusion""Processing of image information""Processing of sound information""Processing of olfactory information""Processing of tactile information""Processing of taste information" Or you have,
Or, both of the actions possessed can be scheduled or can be performed in some way, and according to claim 1, 2 , 3 , 4 , 5 , 6 , 7, 8 , 9 , 10 , 11 . The stereoscopic image information holding material according to any one of the above. Process information that does not cause any fusion before, during, or after the processing information that properly uses one or more of the various combinations of “Dual form fusion”, “Both form fusion”, and “Both form fusion” To be prepared, or to be provided with,
Alternatively, any of the two acts provided can be scheduled, or can be performed in some manner. The stereoscopic image information holding material according to any one of 12. The “saturation image information type” of the planar image information is divided into a dark color system with various densities and a light color system with the same lightness, and there is a difference in image information comparison by various combinations of “similar image information”. Image information fusion (hereinafter referred to as “bi-saturation fusion”) one or more of the processed image information signal and the processed image information light,
Alternatively, any of the actions can be scheduled, or any number of the actions can be scheduled, The claim 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 , the stereoscopic image information storing product according to any one of 13. In order to generate spatial recognition difference information (not parallax image information) from planar image information, “image shape image information of image” excluding image information of “image shape information of image” when forming the same shape as the varifocal mirror Species "
"Image shape image information of the image" obtained by "enlarging" a part, many or all of the image shape,
“Image shape image information of the image” obtained by “reducing” a part, many or all of the image shape,
"Image shape image information of the image" in which a part, many or all of the image shape is compressed "vertically" or "horizontally",
"Image shape image information of the image" in which a part, multiple, or all of the image shape is expanded "vertically" or "laterally", respectively.
Or the full-scale "image shape image information of the image",
"Large image system image information" and "Small image system image information"
<<"Large length ratio" of "Large image system image information" and "Small image system image information" is an allowable range up to 167: 100 or 100: 60 (error ± 10),
The “length ratio” is within the allowable range up to 100: 114 or 100: 88 (error ± 5). >>
(Hereafter, the fusion of “similar / different image information” divided into at least two is called “bimodal fusion”)
In this case, the “large image system image information” and the “small image system image information” are further decomposed into at least two parts for a total of at least 4 parts.
(Furthermore, one or more of the “large image system image information” decomposed into at least two parts is expanded in one or more of “longitudinal” or “horizontal”, reduced, compressed, or expanded. "Large image system image information" that processes image information in various combinations is also included)
"Small image system image information" decomposed into at least a part of
(Furthermore, one or more of the “small image system image information” decomposed into at least two parts is expanded in one or more of “longitudinal” or “horizontal”, reduced, compressed, or expanded. (Small image system image information is also included, which processes image information in various combinations.)
Combined with at least one part of
At least two sets of at least one combined combined image are created in at least two copies, and these are used as new “composite image system image information” to compare the image information of “similar / different image information”. Fusion image information fusion (hereinafter referred to as “both pairs fusion”)
Comprising any one or more of the image information signal and the information light, or being provided with the same,
Alternatively, an image information three-dimensional processing apparatus characterized in that some of the two actions can be scheduled, or some of the two actions are possible. The “system of“ image shape image information type of image ”that fuses both forms” and the “system of“ image shape image information type of image ”that fuses both sets” according to claim 15. Any one of the image information signal and the same information light that has a difference in information comparison by various combinations of “similar image information” and fuses image information (hereinafter referred to as “both-shaped image fusion”) Including the above, or being provided with the same,
Alternatively, an image information three-dimensional processing apparatus characterized in that some of the two actions can be scheduled, or some of the both actions are possible. Any one of the image information signal consisting of one or more various combinations of “both forms fusion”, “both forms fusion”, and “both forms fusion” according to claims 15 and 16, and the same information light Having one or more, or being provided with each,
Alternatively, the Vacation schedule both act even some, or, characterized in that said two actions are possible in some image information three-dimensional processing device according to any one of claims 15 and 16. Information processing in which the three-dimensional image information holding material includes any combination of one or more of information input, information storage, information recording, information processing, information control, information output, information reproduction, information printing, and information display. Being able to function or being allowed to function,
Alternatively, the Vacation schedule both act even some, or, characterized in that said two actions are possible in some image information three-dimensional processing device according to any one of claims 15, 16, and 17 . Three-dimensional image processing device is equipped with various planes, various parallels, various fusions, various laminates, various slopes, various curved surfaces, various intersections, various rotations, various pillars, various polyhedrals, various radials.・ Various discs ・ Various spheres ・ Various symmetry ・ Various mirrors ・ Various glasses ・ Various plastics ・ Various elements ・ Various liquid crystals ・ Various dimmings ・ Various light emission・ Various gases ・ Various liquids ・ Various solids ・ Various crystals ・ Various plasmas ・ Various particles ・ Various chemical substances ・ Various odorous substances ・ Various foods ・ Various taste substances ・ Various metals ・ Various fibers Information processing to a one-part, multi-part, one-side, or all-information processing unit composed of various combinations of one or more of various types of paper and various papers,
Alternatively, the action that can be expected even some, or image information three-dimensional processing device according to any one of claims 15, 16, 17, 18, wherein the two actions are possible in some. Time-division image information processing with the time difference within the time when the image information fusion effect by the afterimage is effective,
Alternatively, the action that can be expected even some, or image information three-dimensional processing device according to any one of claims 15,16,17,18,19, wherein said act is possible in some . Image information three-dimensional processing device information includes magnetic information, electrical information, electromagnetic wave information, particle beam information, image information, sound information, olfactory information, tactile information, taste information, and private, regional, and public knowledge Information composed of any one or more various combinations of general association estimation information, and information composed of any one or more of the same information,
The image information according to any one of claims 15 , 16 , 17 , 18, 19, and 20, wherein some of the information including the one or more can be scheduled, or some information is possible. Three-dimensional processing device. Any one or more of the image information signal that can be merged with the image information signal and the same information light increases or decreases the level of the difference, makes zero, and the difference that can be made the same. It has the image information signal and the same information light,
Or an image information signal and the same information light, which can be scheduled or can be any act having the difference. The image information three-dimensional processing apparatus according to any one of 20 and 21. "Plane image information (person, thing, creature, shape, pattern information)" and "Plane image information on time axis (person, thing, creature, shape, pattern information)", "Average value of approximations on time axis Plane image information (person / thing / biology / shape / pattern information) ”/“ Approximation deviation value on the time axis Plane image information (person / thing / biology / shape / pattern information) ”/“ People on the time axis ” Change / enlarge / reduce / compress / extend / same / approximate / similar / similar / related / intersection / multilayer / proximity / approach / irrelevant After detecting comparative information consisting of various combinations of at least one of the above, or in the same time, "both forms fusion""both sets fusion""both forms combination fusion""image information processing""sound information processing" It consists of one or more various combinations of “odor information processing”, “tactile information processing”, and “taste information processing”. Has a processing information, or, it is Motasa,
23. The image according to any one of claims 15 , 16 , 17, 18, 19, 20, 21, and 22, wherein the two actions can be scheduled or can be performed somehow. Information three-dimensional processing device. "Character information in planar image information" and "Same character information on time axis", "Same mean character information of approximations on time axis", "Same deviation value character information of approximations on time axis", Change / enlarge / reduce / compress / extend / same / approximate / similar / related / difference / intersection / multilayer by comparison with information on "personal / local / public associative estimation information held by people on the time axis"・ After detecting comparison information consisting of at least one combination of proximity, contact, and irrelevant, or “simultaneous progress” “double fusion” “double fusion” “double fusion” “image information processing” It has or has processing information consisting of one or more various combinations of “sound information processing” “odor information processing” “tactile information processing” “taste information processing”,
24. The method according to any one of claims 15 , 16 , 17, 18, 19, 20, 21, 22, and 23, wherein both of the actions possessed can be scheduled or can be performed. Image information three-dimensional processing apparatus. "Sound information" and "Sound information on the time axis"-"Average value sound information of approximations on the time axis"-"Sound information of deviation values of approximations on the time axis"-"People on the time axis have Comparison / enlargement / reduction / compression / expansion / same / approximate / similar / similar / related / difference / intersection / multilayer / proximity / contact / irrelevant After detecting comparison information consisting of one or more various combinations, or simultaneously, "Both-type fusion", "Both-type fusion", "Both-type set fusion", "Image information processing", "Sound information processing", " It has or has processing information consisting of one or more various combinations of “odor information processing”, “tactile information processing”, and “taste information processing”,
25. Any one of the claims 15 , 16 , 17 , 18 , 19 , 20, 21 , 22 , 23 , 24 , characterized in that some of the two acts can be scheduled, or some are possible . picture information three-dimensional processing apparatus according to. One or more various combination information of “planar image information (person / thing / biology / shape / pattern information)”, “text information in planar image information”, “sound information” and “planar image information on time axis (people・ Things, creatures, shapes, pattern information) ”,“ text information in coaxial image information on planes ”,“ sound information on coaxial lines ”,“ average plane image information of approximations on time axis (people, objects) -Biology, shape, pattern information) "-" Average value text information in flat image information of the same class "-" Average sound information of the same class "-" Deviation value plane image information of the approximate class on the time axis " (Person, thing, creature, shape, pattern information) "," deviation value text information in the same type of flat image information "," deviation value sound information of the same type "," persons on the time axis have me Change / enlarge / reduce / compress / expand / same / approximate / similar / similar / After detecting comparative information consisting of at least one combination of at least one related / difference / intersection / multilayer / proximity / approach / irrelevant, or "simultaneous progress""Processing of image information""Processing of sound information""Processing of olfactory information""Processing of tactile information""Processing of taste information" Or have it,
Or, both of the actions can be scheduled, or some of them can be performed, according to claim 15 , 16 , 17 , 18 , 19 , 20, 21 , 22 , 23 , 24 , 25 . The image information three-dimensional processing apparatus according to any one of the above. Process information that does not cause any fusion before, during, or after the processing information that properly uses one or more of the various combinations of “Dual form fusion”, “Both form fusion”, and “Both form fusion” To be prepared, or to be provided with,
Alternatively, any of the two acts provided can be scheduled, or can be performed in some way, 15. 15, 17, 17, 19, 20, 21, 22, 23, 24, 25, 26. The image information three-dimensional processing apparatus according to any one of 26. The “saturation image information type” of the planar image information is divided into a dark color system with various densities and a light color system with the same lightness, and there is a difference in image information comparison by various combinations of “similar image information”. Image information fusion (hereinafter referred to as “bi-saturation fusion”) one or more of the processed image information signal and the processed image information light,
Alternatively, any of the above-mentioned actions can be scheduled, or any number of the actions can be scheduled. 27. The image information three-dimensional processing apparatus according to any one of 27. In order to generate spatial recognition difference information (not parallax image information) from planar image information, “image shape image information of image” excluding image information of “image shape information of image” when forming the same shape as the varifocal mirror Species "
"Image shape image information of the image" obtained by "enlarging" a part, many or all of the image shape,
“Image shape image information of the image” obtained by “reducing” a part, many or all of the image shape,
"Image shape image information of the image" in which a part, many or all of the image shape is compressed "vertically" or "horizontally",
"Image shape image information of the image" in which a part, multiple, or all of the image shape is expanded "vertically" or "laterally", respectively.
Or the full-scale "image shape image information of the image",
"Large image system image information" and "Small image system image information"
<<"Large length ratio" of "Large image system image information" and "Small image system image information" is an allowable range up to 167: 100 or 100: 60 (error ± 10),
The “length ratio” is within the allowable range up to 100: 114 or 100: 88 (error ± 5). >>
(Hereafter, the fusion of “similar / different image information” divided into at least two is called “bimodal fusion”)
In this case, the “large image system image information” and the “small image system image information” are further decomposed into at least two parts for a total of at least 4 parts.
(Furthermore, one or more of the “large image system image information” decomposed into at least two parts is expanded in one or more of “longitudinal” or “horizontal”, reduced, compressed, or expanded. "Large image system image information" that processes image information in various combinations is also included)
"Small image system image information" decomposed into at least a part of
(Furthermore, one or more of the “small image system image information” decomposed into at least two parts is expanded in one or more of “longitudinal” or “horizontal”, reduced, compressed, or expanded. (Small image system image information is also included, which processes image information in various combinations.)
Combined with at least one part of
At least two sets of at least one combined combined image are created in at least two copies, and these are used as new “composite image system image information” to compare the image information of “similar / different image information”. Fusion image information fusion (hereinafter referred to as “both pairs fusion”)
Comprising any one or more of the image information signal and the information light, or being provided with the same,
Alternatively, a stereoscopic image information processing apparatus characterized in that some of the both actions can be scheduled, or some of the both actions are possible. The "system of" image shape image information type of image "that fuses both forms" and the "system of" image shape image information type of image "that fuses both sets" according to claim 29. Any one of the image information signal and the same information light that has a difference in information comparison by various combinations of “similar image information” and fuses image information (hereinafter referred to as “both-shaped image fusion”) Including the above, or being provided with the same,
Alternatively, the stereoscopic image information processing apparatus is characterized in that some of the both actions can be scheduled, or any of the both actions can be performed. Any one of the image information signal and the same information light comprising one or more various combinations of “both forms fusion”, “both forms fusion”, and “both forms fusion” according to claims 29 and 30. Having one or more, or being provided with each,
The stereoscopic image information processing apparatus according to any one of claims 29 and 30, wherein some of the both actions can be scheduled, or some of the both actions are possible. Information processing in which the three-dimensional image information holding material includes any combination of one or more of information input, information storage, information recording, information processing, information control, information output, information reproduction, information printing, and information display. Being able to function or being allowed to function,
The stereoscopic image information processing apparatus according to any one of claims 29, 30, and 31, wherein some of the both actions can be scheduled, or some of the both actions are possible. Stereoscopic image information processing equipment is equipped with various planes, various parallels, various fusions, various laminates, various slopes, various curved surfaces, various intersections, various rotations, various columns, various polyhedrals, various radials, etc.・ Various discs ・ Various spheres ・ Various symmetry ・ Various mirrors ・ Various glasses ・ Various plastics ・ Various elements ・ Various liquid crystals ・ Various light control ・ Various light emission ・ Various discharges ・ Various photosensitives ・Various gases, various liquids, various solids, various crystals, various plasmas, various particles, various chemical substances, various odorous substances, various foods, various taste substances, various metals, various fibers , And processing information in an information processing unit comprising one, multiple, one or all of various combinations of one or more of various papers,
The stereoscopic image information processing apparatus according to any one of claims 29 , 30, 31 , and 32, wherein some of the actions can be scheduled, or both of the actions can be performed. Time-division image information processing with the time difference within the time when the image information fusion effect by the afterimage is effective,
The stereoscopic image information processing apparatus according to any one of claims 29 , 30, 31 , 32 , and 33 , wherein any number of the actions can be scheduled, or any number of the actions can be performed. 3D image information processing device information includes magnetic information, electrical information, electromagnetic wave information, particle beam information, image information, sound information, olfactory information, tactile information, taste information, and personal, regional, and public information Associative estimation information, information composed of any one or more various combinations, and information composed of any one or more of the same information,
35. The stereoscopic image according to any one of claims 29 , 30, 31 , 32 , 33 , and 34 , wherein some of the information including the one or more can be scheduled, or some information is possible. Information processing device. Any one or more of the image information signal that can be merged with the image information signal and the same information light increases or decreases the level of the difference, makes zero, and the difference that can be made the same. It has the image information signal and the same information light,
30. The image information signal and the information light that can be scheduled or can be used in some way with the difference, and the same information light. The stereoscopic image information processing apparatus according to any one of 34 and 35. "Plane image information (person, thing, creature, shape, pattern information)" and "Plane image information on time axis (person, thing, creature, shape, pattern information)", "Average value of approximations on time axis Plane image information (person / thing / biology / shape / pattern information) ”/“ Approximation deviation value on the time axis Plane image information (person / thing / biology / shape / pattern information) ”/“ People on the time axis ” Change / enlarge / reduce / compress / expand / same / approximate / similar / similar / related / crossover / multi-layer / proximity / contact / irrelevant After detecting comparative information consisting of various combinations of at least one of the above, or in the same time, "double fusion""doublefusion""doublefusion""image information processing""sound information processing" It consists of one or more various combinations of “odor information processing”, “tactile information processing”, and “taste information processing”. Has a processing information, or, it is Motasa,
37. The three-dimensional object according to any one of claims 29 , 30, 31 , 32 , 33 , 34 , 35 , and 36, wherein both of the actions possessed can be scheduled or can be performed. Image information processing apparatus. "Character information in planar image information" and "Same character information on time axis", "Same mean character information of approximations on time axis", "Same deviation value character information of approximations on time axis", Change / enlarge / reduce / compress / extend / same / approximate / similar / related / difference / intersection / multilayer by comparison with information on "personal / local / public associative estimation information held by people on the time axis"・ After detecting comparison information consisting of at least one combination of proximity, contact, and irrelevant, or “simultaneous progress” “double fusion” “double fusion” “double fusion” “image information processing” It has or has processing information consisting of one or more various combinations of “sound information processing” “odor information processing” “tactile information processing” “taste information processing”,
38. The method according to any one of claims 29 , 30, 31 , 32 , 33 , 34 , 35 , 36 , and 37, wherein both of the actions possessed can be scheduled or can be performed. 3D image information processing apparatus. "Sound information" and "Sound information on the time axis"-"Average value sound information of approximations on the time axis"-"Sound information of deviation values of approximations on the time axis"-"People on the time axis have Comparison / enlargement / reduction / compression / expansion / same / approximate / similar / similar / related / difference / intersection / multilayer / proximity / contact / irrelevant After detecting comparison information consisting of one or more various combinations, or simultaneously proceeding, “double fusion”, “double fusion”, “double fusion”, “image information processing”, “sound information processing”, “ It has or has processing information consisting of one or more various combinations of “odor information processing”, “tactile information processing”, and “taste information processing”,
Alternatively , any one of the two actions can be scheduled, or any number of the actions can be planned . stereoscopic image information processing apparatus according to. One or more various combination information of “planar image information (person / thing / biology / shape / pattern information)”, “text information in planar image information”, “sound information” and “planar image information on time axis (people・ Things, creatures, shapes, pattern information) ”,“ text information in coaxial image information on the same axis ”,“ sound information on coaxial information ”,“ average image information of approximate values on the time axis (people, objects) -Biology, shape, and pattern information) "-" Average value text information in the plane image information of the same class "-" Average sound information of the same class "-" Deviation value plane image information of the class on the time axis (Person, thing, creature, shape, pattern information) "," deviation value text information in the same type of flat image information "," deviation value sound information of the same type "," persons on the time axis have me Change / enlarge / reduce / compress / expand / same / approximate / similar / similar After detecting comparative information consisting of at least one of various combinations related / difference / intersection / multilayer / proximity / contact / irrelevant, or at the same time, "double fusion", "double fusion""doublefusion" ”Processing of image information” “Processing of sound information” “Processing of olfactory information” “Processing of tactile information” “Processing of gustatory information” It has processing information consisting of one or more various combinations. Or have it,
Alternatively, both of the actions possessed can be scheduled or can be performed in some manner. 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39 The stereoscopic image information processing apparatus according to any one of the above. Process information that does not cause any fusion before, during, or after the processing information that properly uses one or more of the various combinations of “Dual form fusion”, “Both form fusion”, and “Both form fusion” To be prepared, or to be provided with,
Or, both of the prepared actions can be scheduled, or can be performed in some way, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40. The stereoscopic image information processing apparatus according to any one of 40. The “saturation image information type” of the planar image information is divided into a dark color system with various densities and a light color system with the same lightness, and there is a difference in image information comparison by various combinations of “similar image information”. Image information fusion (hereinafter referred to as “bi-saturation fusion”) one or more of the processed image information signal and the processed image information light,
Or, the act to be prepared can be scheduled or can be performed in some manner, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40 41. The stereoscopic image information processing apparatus according to any one of claims 41 and 41.

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