RO133221A0 - Tridimensional multi-media screen - Google Patents

Abstract

The invention relates to a technique for manufacturing a tridimensional multi-media screen for any display or device while permitting digital information to be viewed/reproduced in any format. According to the invention, the screen consists of two parts: a classic part for 2D viewing/reproducing mode and a second part which is placed behind the classic screen, in which case the classic screen becomes transparent, for tridimensional operation mode. The invention actually comprises a plurality of viewing/reproducing planes parallel to one another and parallel to the first plane of 2D viewing/reproduction, which are activated by an activation system for 2D viewing/reproduction or 3D viewing/reproduction.

Description

INVENTION PROPOSAL Three-dimensional Multimedia Screen

DESCRIPTION OF THE INVENTION

THE STATE LEISURE FOR INVENTIONS THE MARK

Patent application

Nr.

Filing date .... ΐ.Α.λθ.ϊλΖΠΙΒ ..

The invention relates to a technique for making a device called Three-Dimensional Multimedia Screen for electronic devices with screen (mobile phones, TVs, tablets, etc.) based on the screens of the hitherto called classical screens, to which there are added several plans. parallels between them and an activation system for three-dimensional (spatial or 3D) visualizations / renderings. Thus, we regret the 2D visualizations / renderings, interactive or not, as before, but in addition the Three-dimensional Multimedia Screen is also based on a part that contains several planes parallel to the first plane together with an activation system for 3D visualizations / renderings. view / render in three-dimensional digital information of any kind, without the users of the multimedia screen needing other devices.

The object of the invention is a device called Multidimensional Multimedia Screen that allows a technique of visualization / rendering of any digital, multimedia or any type of information (in 2D or 3D format), for all electronic devices with visualization / playback screen, which is based on planes parallel to each other (slices) according to the activation system, without the users of the screen needing other devices. The proposed technique can be used for all types of digital information (data), regardless of the source of origin and can be applied to all electronic devices that have a display / playback screen.

Multidimensional Multimedia screen based on multiple viewing / playback plans. together with an activation system it consists of two parts. A classic part, as before, for the 2D data visualization / rendering mode (interactive or not, using the foreground) and a new part behind the screen, a current classic (which becomes transparent for the three-dimensional working mode, if needed ) to which the software access is obtained, through the activation system of the Three-dimensional Multimedia Screen. This second part comprises several planes that are parallel to each other (and which have the hinges) and which are parallel to the 2D visualization / rendering plan, along with an activation system for the 3D visualization / rendering part. These parallel planes are made of a suitable material that will be able to visualize / render three-dimensional (and which eonsin the vowel) according to the activation system and which contain the 3D data (see figure 1). Already panels have been built with vowels for a volumetric display (spatial or 3D) for commercials, considering that voxels offer the advantage of precision and depth of reality. When activating software 3D visualization / rendering. the first c.rm! it becomes transparent for the viewer and without any other inscriptions or images (on mobile phones, tablets, etc., for the 2D part or for the interactive operation). Regarding the three-dimensional (spatial) digital tiles, it does not need special accessories, as it applies the Three-Dimensional Multimedia Screen and sees the spatial image in this bet (the second part with several parallel planes). So far 3Ω visualization / rendering on classic screens is done by three-dimensional simulation using image perspective (as in 2D painting) or other techniques.

The way of choosing the visualization / rendering (2D or 3D), of arranging, interconnecting and activating these plans (according to the activation system), parallel to each other and parallel to the first plane and forming the three-dimensional part together with the so-called part, classic 'creates the new device (see figure 1).

06/14/2018

INVENTION PROPOSAL,, to 2018 00426

Multimedia ScreenSizeSimilar

The actual fields of applicability of the proposed technique for the realization of this device cover the following stereo of interest (but are not limited to them):

security in the field of information transmission. Function: link in security systems;

management of electronic archives. Function: link in the protection of electronic documents:

usable for all types of digital information (tiles), regardless of the source of origin and steals other devices for the user. Function: increasing the working speed;

working with three-dimensional memories. For example, three-dimensional video sequences are stored in a way that allows quick indexing by activating the contact point of parallel planes. Function: increasing the working life:

simultaneous access of several systems (computers) to the same storage / playback / retrieval device. When a computer accesses a memory page from a three-dimensional screen, another system can access another memory page from the same screen. Function: increasing the processing speed.

The application of the present invention in the fields of mcnlionitie has the following casting effects: increasing the working life; increasing the confidence of the contributors falls within the areas listed above; minimization of losses due to the way of visualization / rendering and retrieval of information; storing / retrieving (storing) tiles regardless of their origin; reduction of working time compared to other procedures for viewing / rendering and retrieval of tiles.

This three-dimensional Multimedia Screen based on several planes parallel to each other. Together with the dc activation system for visualization / 3D rendering you will be able to view / play faster and more accurately, along with the current screens, three-dimensional (spatial) data in addition to the traditional 2D data.

A voxei represents "a value" in an ordinary network, ilar in the three-dimensional space. As with the pixels in a bitniap, the voxels themselves do not usually have their coordinates explicitly encoded together with their values. The software system deduces the position of a voxa based on its false position of the other voxcles, ie its position in the data structure that forms a single volumetric image. Voxels are commonly used in the visualization and analysis of slabs, as well as in graphics and computer games.

A voxei represents a single sample, or dc dot, in a three-dimensional network distributed regularly. Needles of tiles can have only one piece of tiles, such as opaque ones, grind nothing fragments. like a color in addition to opacity. A voxei is just a single point on this network, not a volume. The space between each voxel is not represented in a dc tile set based on voxels. While volume visualization does not require modifying tiles for real voxels, pole vox editor software systems are used to create, for example, models for voxel based computer games. Thus the vuxclii excel by representing in regular mou the esaiilioituic spaces ·· that are not

06/14/2018

INVENTION PROPOSAL to 2018 00426

Lii Lii MiiIiiiiiplIici TriduiituisioiiLtl homogeneously filled. A volume described by foot voxels can be viewed either by the direct rendering of the volume or by the extraction of the polygonal iso-graphs that follow the outline of the values for a given threshold. While voxels offer the advantage of precision and depth of reality, they are usually large sets of tiles and are difficult to manage given the bandwidth of ordinary computers. However, by efficiently compressing and manipulating large tile files, the 1'1 foot view activated on the computers on the consumer market.

In scientific visualization as in computer graphics, volume rendering includes a set of techniques used to display a 2D projection of a discrete-dimensional, three-dimensional (3D) data ski, usually a 3D scalar field. Tile visualization is closely related to information graphics, information visualization, scientific visualization, exploratory data analysis and statistical graphing. Already panels (planes) with voxels have been built for a volumetric display (space!) For commercials, considering the depth of reality.

The rapid growth of three-dimensional multimedia digital technologies has led to an increase in the need for visualization / retrieval and retrieval of data, as well as the processing of digital productions, where a special place is occupied by the representation of three-dimensional images (or digital spatial data) in the classroom. with the visualization / playback, retrieval and transfer of them at the level of a computer path.

In the memory of the computer, as in the devices for storing (storing) the digital illustrations, the data are stored (. Stored) classically in the form of rows and zero digits and one, regardless of the nature and form of their representation. Therefore, for the three-dimensional data a linearization of these data is performed, which leads to further processing. Viewing / rendering 3D (spatial) data on 2D screens is done by "flattening" them according to a technique in the painting, or the unmodified screen user needs additional devices to view the space.

So on the screens 21.) of the electronic devices there is a transformation of the space equipment, and the 3D images are flattened. The sensation of "volumetric" <a classic place through perspective techniques (as in painting). Viewing / rendering 3D tiles can now be done on 2D screens and only other auxiliary diposils give the "sensation" of the three-dimensional (spatial) viewer. Playback / viewing mode 21) feet h made differently considering the screen resolution, ie it is with a larger number, or smaller. of pixels per centimeter pair.

imaging will not only advance in terms of acquisition and there will be a corresponding advance in visualization / playback technologies. Imagine that you can view the three-dimensional material without the help glasses, or headaches. Then it will be desired that the digital depth and control information be three-dimensional, during a time when computer and video games apparently generated by the computer seem to advance faster than the traditional methods of visualization / playback from a technological point of view, the present invention It's ugly that there are still a lot of new techniques.

Various three-dimensional rendering / visualization techniques have been described in the literature, such as holographic, or volumetric, or stereoscopic, parallel iodine / iodine, 3D active shutter system. systems 31) polarized, systems with interference filtering, or the aiosioscopic method, or 31) with muliiscopic screen, • etc. A common standard for playing / nah / climb 31.) dm consumer clock is

06/14/2018

Screen .11ii // i // mc / ia Three-dimensional l'Roi'liNERE INVENTION a2018 00426 expected to be established in the future. For example, the French National Research Agency has sponsored a multidisciplinary research, in order to understand the effects of watching / playing 3D movies.

Most three-dimensional rendering / viewing devices have two "blurred" images separately for the left and right eyes of the viewer. These two images are then combined in the user's brain to give the perception of 3D depth. The rendering technique is distinguished from the 3D curated screens rendering an image in three complete dimensions, allowing the observer to increase the degree of information on the moving 3D objects and which are viewed / played according to the movements of the head and eyes.

Traditional screens consist of creating a 3D illusion starting from a pair of 2D images creating a stereogram. A simulation of the three-dimensional image is obtained by coloring two images, one in blue and the other in red.

To avoid eye distortion and fatigue, each of the two 2D images should be presented to the viewer so that any object at infinite distance is perceived by the eye as straight ahead, ie the eyes of the viewer are neither crossed nor diverged. When the image does not contain any object at infinite distance, such as a horizon or a cloud, the images must be properly distanced.

The main disadvantage of the viewer, in this case, is that the large screens are not practical and the resolution is limited, as at the lowest value between the playback / visualization medium and that of the eye mmm.

In general, there are two categories of lime: the visuals of 3D visualization. namely active and passive. Active viewers are provided with electronic accessories, which interact with a special screen, and passive viewers have at their disposal «iiitre« that filters constant fluxes of binocular input to the appropriate eye. Thus the interference filtering systems use certain wavelengths for red, green and blue for the right eye, and other different wavelengths for red, green and blue for pitting the left eye. Special eyeglasses that dictate specific wavelengths allow the viewer to see a 3D color image.

The result is an incomplete 3D visual reproduction, with all significant depth indices, including parallax in all directions and also having a perspective, so they change with the position and distance of the observer, and if the lenses of the glasses are small enough and the images are sufficient quality, you can lick focus adjustments of the eye to clearly see objects at different distances. Unlike voxcles in a true volumetric (spatial) bore. the points in the image are perceived by a matrix of microlcnlilc which are virtual and have only a subjective location in space, allowing a scene of the merciful depth to be played stolen using a frame-size lens.

One can slice (sample) a scene under its different soles. It is not a simulation, but a profound effect. Do not mimic if the scene is in relation to the elements of a three-dimensional scene, but because of its embarrassment of horror and the subjects are related to the background.

In addition, the source of three-dimensional images (or multimedia data) may come from discrete representations of scanned objects in the real world, or they may be artificially generated on the computer. Large volumes of data can be purchased using

to 2018 00426

06/14/2018

INVENTION PROPOSAL

Screen Mnlliiiicdin Tridinieiisional scanning technologies (loyal) available. For example, in medicine, the three-dimensional physical habit is sampled using inodalities, including Computerized Tomography and Magnetic Resonance Imaging.

The present invention eliminates all the current shortcomings by being able to work directly with three-dimensional images, or with objects in representation 31), without eliminating traditional 2D representations.

The invention will now be described in detail, with reference to the figures.

The presentation of the figure is as follows:

Figure 1 - Presentation of the three-dimensional multimedia screen and its activation in the invention proposal describes a device called Multidimensional Multidimensional Screen that has the possibility to view / play digital data in classical format 21) (interactive or not), as before and in three-dimensional format (spatial), no other devices for the viewer. That is, three-dimensional multimedia screens can display 2D slabs by 'flattening', and 3D slabs are displayed in three-dimensional (spatial) form by plane parallel to each other with \ oxcli, according to the activation system.

The activation system is "inform" software that you may want to view digital data in traditional 2D representations (classic format), or digital tiles in 3D format (three dimensional). According to the invention of the Multidimensional Screen Multimedia Screen in the activation systems, therefore, there may be digital data in 3D format, without the need to linearize them in the memory of the device containing the Three-dimensional Mullimedia Screen and without the need to "flatten" these digital data. .

According to Figure 1, the device of the Multidimensional Screen Multimedia name comprises:

a) a plan (the first plan) for 2D visualization / playback as before. This plan is interactive (for example, mobile phones and tablets) and includes all the icons (images) required to create an icon for the working mode (2D or 31). This plan can be static (for example TVs), and the h.cru ;, c software, uliiizaior or automatic mode.

b) the part from the top two up, which is used for 3D viewing / rendering. The number of planes parallel to the first plane is chosen according to the technology used and the space allocated.

c) the activation system that aligns behind the plans. This system can choose how to view / play (21) or 3D) according to the user's requirements, or with the image to be viewed / played. The plans are activated laterally.

d) the choice of 2D or 3D display can be done automatically (for example on TVs) or interactively by the user (for example (mobile cyclones or tablets). If a digital date 31 is viewed / played) the first screen of the device must be it can be "bypassed" (becomes transparent), conorn: with the activation system.

e) the activation system can perform a software interpolation of parallel planes, if necessary, according to slab 31) to smooth.

06/14/2018 to 2018 00426

Screen A'hiliinicdia TriiTimciiEunal i'Rur U i \ ERE iN VENȚIE

So, for viewing <i'redare: and a digital image (tiles) in the three-dimensional format, the system of speech plans is chosen by the activation system, which can contain the date and the specifications regarding the 3D digital computing dimension are provided. It is necessary for the system of hivivation to know how many parallel planes the three-dimensional visuah'zata / rcdala will occupy. For this, software is provided to the activation system with a cover length on each axis of three-dimensional coordinates xOyz (pole Pic and different lengths) to delimit an area of the three-dimensional device (the plans containing the spatial date) where the digital information is viewed / rendered, in three-dimensional format. Then the parallel planes are activated and 3D digital information is visualized in this area of parallel planes in the form of an image rendered by voxels.

In the proposed invention, the activation system provides greater lengths on each axis of coordinates of a three-dimensional image. In this way, a three-dimensional image can be directly visualized / rendered through the points in space contained in the continuous circles of the parallel planes between them.

Digital data in traditional 2D representations will be viewed / played on the Multimedia Screen Tridemcnsiojiul as before, imica on the first screen (which can also be interactive), according to figure I. Digital data in 3D representations will be viewed / played only in the area of miralclc plans that are allied behind the traditional screen (the first screen) - which becomes transparent (if necessary). The chosen area of plans consists of planes parallel to each other that contain voxels and are parallel to the 2D visualization / rendering plane (the first piano) and comprises the largest part of the activation system which contains a three-dimensional image. Each of the planes parallel to each other and parallel to the 2D visualization / rendering plane is technologically formed of a material that can visualize / render the data through voxels, and the first screen of the device must have 11 "bypasses" (it becomes transparent, if necessary ) when the activation system visualizes / plays a 3D digital date. This "bypass" of the first screen can be made software and is chosen by the user of the three-dimensional screen, or automatically by the active dc device which has a three-dimensional screen asylum. Already have i'ust cundixdic icDfum.e my Arabs that the first screen is transparent and the lot is seen what I caic in his spmelc (becomes transparent and without images).

The first screen is used as before for display 21) simati for additional access to the new device.

So, the 3D digital data is formal from three-dimensional information or images provided by the aciimrc device according to Figure 1. The three-dimensional view / rendering area of the Three-Dimensional Mullimcdia Screen is formal with planes parallel to each other comprising voxels and parallel sounds with the foreground. for 2D viewing / playback. So, the three-dimensional display area visualizes / plays at one time a 3D digital date that allies into the active arc system.

Depending on the technology used for voxel plans. parallels between them and parallels with the foreground, these are poles for example. inir an area for the display of the Three-Dimensional Multimedia Screen I have a 2 millimeter filament, and iecarc the plane of the parallel and with voxels for tiles threeimci.u.uiu.le arc the thickness of a memory. The parallel planes inirc alive suin ... attached .me ·, ev to another. ·, Hard mdcpvm.ume some of

06/14/2018

Tiioi'i \ i Ri: INVENTION

Screen 3Iultiuku / ill

2018 00426

I 'l (1111' CI ISIUIlui aiiclu use figure 1). 3D display area and undiincnsioi'iuki) legs and in the form of a parallelepiped with the lengths of the sides of different dimensions. It may be noted that this space allocated to the three-dimensional information must maximally remain and it may remain unfeasible part of it for 3D visualization / radar.

If the three-dimensional information for 3D visualization / radar in the activation system contains several parallel planes for display, (in each plane being only voxels of that plane) an automatic software interpolation can be made in the activation system. However, there is no longer any need for auxiliary devices for the use of 3D radars. This fact gives flexibility to the invention proposal.

So each plan has its own activation point. For software interpolation iii the case of 3D visualization / radars is considered to leave the interpolation decision at the latitude of each type of device. The activation system is factory-set with the number of parallel planes existing for each lip of the device. If interpolation is required. this automatically does dc to a number of parallel planes upwards. For example, interpolation is done for computer science and it has spatial display. The first one hundred p .: parallel parallels receive for vi / mm / sru-seam 3D according to the first part of the information, and the following - one hundred parallel planes receive for display only from two to two, according to the quantitative information. If this is not enough, the following one hundred parallel pages receive for three-by-three display of the disclosed information, etc.

The activation system thus fulfills the functions:

a) choose the working mode for visualization / radar;

b) choose space allocated to three-dimensional information, if applicable;

c) perform an automatic software interpolation, if applicable:

d) activates the chosen plans for visualization / radar;

e) transmits to the selected parallel planes, the information for visualization / radar. The retrieval of the three-dimensional information in such a device is done using the activation system for calculating the address of the parallel piano where the information is located and then the user and that plane make the activation point using the activation point. Once u · access the plane tic, arc accc: ·. take every vow! of that piano.

The advantages of this technique of looking at systems and methods of visualization / playback are:

robust csic technique at common transformations such as compression, information enlargement, information rotation;

the technique is flexible, you dance the possibility of the user to use different representations:

the ability to work faster with 3D information. Using three-dimensional memory thresholds we can have indexed access to parallel planes, or to 3D sequences.

you can view / play 2D images .. flattened '' and 3D images in three dimensional (space!):

depending on whether the activation of the points of the parallel planes, or of their voxels and of the specifications leads on the coordinated axes, 3D images can be viewed / played back, which can merge / c video sequences 31).

BURDFSCU DUMITRU THIS

to 2018 00426

06/14/2018

INVENTION PROPOSAL Three-dimensional Mullimedia screen

Claims (3)

[1] - the technique of making a device called Three-Dimensional Multimedia Screen for any device that has an information display screen, based also on an area that can play / view / retrieve and three-dimensional information represented in any standard acquisition system, or can render / view / retrieve digital information of any kind, regardless of the standard 2D or 3 D acquisition and representation form, characterized by the fact that an area consisting of planes parallel to each other and parallel to the projection plane is used for three-dimensional digital tiles / playback / retrieval 2D (first plane), together with the system of activation of the plans, and in these parallel plans digital data are played / viewed or retrieved 31) and each parallel plane is activated by points according to the activation system. [2J - the technique of creating a device called Multidimensional Multimedia Screen based on parallel planes together with sisiemu! activation device according to claim 1, characterized in that the digital information can be played / viewed or retrieved in 2D or 31 format. depending on the activation mode of the classical plane 2f) ^ first plane ;, or parallel dii planes. / mm of three-dimensional mullimcdia display, now the screen user needs to have other devices. [3] - The technique of making a heart device Three-dimensional Multimedia Screen based on parallel planes together with the activation system, according to claim .1, characterized in that the information or the three-dimensional (spatial) image is formed in the activation system and is provided to the planes. side, according to figure 1. [4] - The technique of making a device called Multidimensional Multimedia Screen bu / at on parallel planes together with me the activation system, according to claim 1, characterized in that the notion of three-dimensional (spatial) multimedia display area formed by parallel planes is introduced. between them and parallel to the foreground and comprising voxels for retrieval / visualization or three-dimensional retrieval, and these planes are parallel to the first plane of the drawing / rendering / retrieval 21) classical (first plane), according to figure I. | 5 | - - the technique of making a dispatch. called Three-dimensional Mullimcdia Screen based on parallel planes together with the activation system according to claim I. characterized in that the three-dimensional data or images as you call them and those in the video sequences, or those in the ue sequences sound pole can be played / visualized / found three-dimensional by the wave. (analog), or digital.