RU670U1 - Information Complex - Google Patents

Abstract

1. An information complex containing a stage space, screens installed in the stage space with the ability to rotate and / or move in space in at least one direction, and image sources corresponding to the screens, characterized in that the screens are television receivers installed on a common base so that their screens are located in at least two vertical planes and form a single television screen, and each television receiver is connected to a software control device, to which image sources corresponding to television receivers are connected through a distribution block. The complex according to claim 1, characterized in that a single television screen is formed by three television receivers, of which the first and second television receivers are located in the foreground at some distance from each other, and their screens are in the same vertical plane, and the third television receiver is located on second plan and its screen at least partially occupies the space between the screens of the first and second television receivers. The complex according to claim. 2, characterized in that the first and second television receivers are installed on the base with the possibility of simultaneous rotation relative to the vertical in opposite directions. The complex according to claim. 2, characterized in that the first and second television receivers are installed on the base with the possibility of simultaneous movement in a horizontal plane. The complex according to paragraphs. 2 - 4, characterized in that the third television receiver is movable in

Description

SHORMSHCHON KOIvimiEKC

A useful model for equipment for mass entertainment, and more precisely for information systems.

The utility model can be used as an auditorium for a screen, for simulators for various purposes, as advertising and demonstration stands, in puppet theaters and as a screen system for other similar purposes.

A projection installation of composite images is known, on the curved viewing screen of which three separate images are fed using three separate projectors and are perceived by the viewer as a single continuous image: 1 cross-section in a horizontal plane ..

This projection method is used to view widescreen and panoramic movies.

Using such an installation, it is impossible to create several images in horizontal and vertical planes at the same time as quickly changing images according to the director’s plan, which reduces the artistic and spectacular effect and the sharpness of perception of the received information l.

Known lensless system for creating scenery on the stage, including a number of vertical translucent screens, the location of which outlines the stage space.

With the help of slide projectors installed behind the screens in two parallel planes, they are projected onto these screens, creating the first and second plans of the image.

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images, a sharp change of individual pieces of decoration in the best need, lack of dynamics and illusions of reality of what is happening on stage 2.

A known method and apparatus that implements a method of combining a live or recorded image with surround decoration, in which an illusion of depth is created without the need to use a number of viewing screens.

The specified method includes the stages of creating the first decoration containing many fragments of volumetric decoration, and creating a second decoration containing many details, each of which corresponds to one of the decoration fragments. The second set serves as a backdrop for live actors and other desired images included in the three-dimensional scene. The second stage has details corresponding to the three-dimensional scene. The details of the second scenery are darkened so that when removed on film, they remain invisible. In the foreground of the volumetric decoration, a beam splitter is installed at a fixed angle to the horizontal surface, and the monitor is positioned so that the video image from the second decoration is reflected on the beam splitter. The actor is filmed on the background of the second scenery with darkened details. The recorded image reflected on the beam splitter is reproduced on the monitor to create the illusion that the recorded image is interconnected with the details of the surround decoration. A live image can be transmitted directly to a monitor for projection onto a beam splitter.

-6 a different image, including gaps between the monitors, and the image of a figure moving from one monitor to another will disappear in the space of these gaps, which interferes with the image as a whole. To minimize the gap in the image perceived by the viewer and create an illusion of what is happening, additional fragments of volumetric decoration are installed in the gaps, which adds uniformity to the overall layout of the curtain against which the performance is played out; the viewer perceives information in a closed stage space and the illusion of volumetric space is not created.

The illusion of the reality of what is happening on the scene is not achieved when using a single monitor that moves simultaneously with the movement of the projected image over the entire surface of the beam splitter, and tracking is possible only after the movement of one actor in one direction.

The location of the monitor is chosen so that when it is suspended in the auditorium, an image is provided that is adequate to the image on the beam splitter.

The angle of the monitor relative to the beam splitter, once selected, remains constant. Moreover, the number of viewers perceiving complete information is limited, since the angle at which the maximum effect is achieved is predetermined.

In addition, the viewer perceives the image of a plot unfolded on the beam splitter in only one horizontal plane on the same background. Three-dimensionality is achieved by a film-recorded image.

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Hoplan, simultaneous three-dimensional image of the sulst in its development.

You can also show a moving actor against the backdrop of surround scenery using a computer-controlled tracking monitor, but the viewer does not experience a sense of the illusion of reality happening on stage because of the static surround scenery. The amount of information received is also limited.

Thus, the projection system is one-sided, it uses a recorded or live image in combination with volumetric scenery, while the viewer does not create the illusion of volumetric space, and therefore its use is limited only by the perturbations of theatrical representations of the State of State Dance.

Closest to the claimed is an information video installation containing a multi-section screen having two or more cells, each of which or any combination of them receives its own information from at least one projector. The cells of a multi-section screen are configured to rotate and / or move in space in at least one direction and form a spatial volumetric multi-plane system that changes in space.

In front of each cell of the on-screen volumetric multi-plane system, decorative-production attributes can be set, thus forming a stage volumetric space 4j,

In such a video installation projection screens are used, which complicates it somewhat and makes it impossible to use a television signal transmitted over a distance, and therefore, it is impossible to use all the advantages of television receivers with their ability to create a certain

 artistic and informational impression and effect1 |) the effect of the presence of the viewer when viewing information from a distance.

The purpose of creating a useful model is to expand the range of use of television sets, as well as simultaneously increase the effect of artistic and informational impression and the effect of presence when viewing information on a television set with a large number of viewers.

This goal is achieved by the fact that in an information system containing a stage space, screens installed in a stage space with the possibility of rotation and / or movement in space in at least one direction, and image sources corresponding to screens, according to a utility model, serve as screens television receivers installed on a common basis so that their screens are in at least two vertical planes and form a single television screen, and each television receiver with union of a program control unit, to which unit are connected via a distribution source izobrak eniya corresponding television priemnikagl.

A single television screen can be formed by three television receivers, of which the first and second television receivers are located in the foreground at a certain distance from one another, and their screens are in the same vertical plane, and the third television receiver is located in the background, and its screen at least partially occupies the space between the screens of the first and second television receivers, while the first and second television receivers can be installed on the base with the possibility of one / 9 // 57 Zo $

95 simultaneous rotation relative to the vertical in opposite directions, or about the possibility of simultaneous movement in a horizontal plane.

It is advisable that the third television receiver would be located with the possibility of movement in a horizontal or vertical plane.

It is desirable that a single television screen would be formed by three pairs of television receivers installed on a common base in pairs at a certain distance from one another and one pair after another, and the informal car complex would contain at least one additional television receiver that would be located between television receivers of one pair with the ability to move in the plane of the common base of one pair to another napai / i, and its screen would at least partially occupy the space between the screens t a televised receivers matching pair.

It is also advisable that the additional television receiver was positioned with a vertical motion.

At least two television sets can be positioned above the first and second television sets or at least over any pair of television sets so that they form a visor above a single television screen.

In addition, the television receivers that form the visor can be installed with the possibility of rotation.

It is advisable that a television signal source and / or video camera and / or video recorder and / or computer be used as a separate image source.

/ (7-p & Such an information-car complex allows the use of television sets not only for their intended purpose for receiving TV shows, but also for creating a multi-section television screen that simultaneously displays a large amount of information for a large number of viewers. In addition, the effect of presence is increased, and also the spectator effect of an artistic and informational impression.

In the future, the claimed technical solution is illustrated by a description of examples of its implementation and the accompanying drawings, in which:

FIG. I depicts an information complex with three television receivers;

FIG. 2 - the same information complex with three parallels of television receivers;

FIG. 3 - information complex with television receivers 1/1, forming a visor, front view;

FIG. 4 a, b - the same information complex, side view along arrow A in FIG. 3;

FIG. 5 - information complex — with three pairs of television sets, another embodiment, front view;

FIG. 6 - the same information complex, side view along arrow B in FIG. 5;

FIG. 7 - one of the options for the implementation of in (| legal system;

FIG. 8 - node rotation of television receivers forming a visor;

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- FIG. 10 - hydraulic actuator for moving an additional television receiver in a vertical plane;

FIG. II - another embodiment of a displacement assembly for an additional television receiver;

FIG. 12 - nodes for moving television receivers in a horizontal plane;

FIG. 13 is a general diagram of an information complex;

FIG. 14 is a structural diagram of a programmable control device;

FIG. 15 a, b - options for presenting information on a single television screen of the information complex.

The information complex is intended for use as a screen system in which television receivers serve as screens, in particular, monitors, projection television receivers or oscillographic devices. In FIG. I conditionally presents an information complex of three television receivers I, 2, 3, which are installed so that their screens are in at least two vertical planes, that is, the screens of receivers I, 2 are in one vertical plane and are located in the foreground on some one from the other, and the screen of the receiver 3 is in another vertical plane, while the receiver 3 is located in the background and its screen at least partially covers the space between the E1 countries of receivers I and 2.

Receivers I and 2 are arranged to rotate relative to the vertical in opposite directions, indicated by arrows 4, or with the possibility of simultaneous movement in a horizontal plane in the direction of arrow 5. If

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--BS receivers I, 2 move in the horizontal plane or rotate relative to the vertical in the above directions, then the space between ns / w changes, and the screen of the receiver a is more or less blocked by receivers 1,2, which allows you to change the amount of information coming to the viewer from the screen of the receiver 3, as well as from the screens of the receivers I, 2 when they are rotated.

The screen system of the information complex can be created from a larger number of receivers. In FIG. 2 shows an example of the formation of a screen system of three pairs of television

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receivers I and 2.1 and 2.1 and 2, which are arranged in each pair as shown in FIG. I, and 1 they are able to move in a horizontal plane or rotate relative to the vertical. One pair of receivers from another pair is installed at some distance and create a three-dimensional screen system in which pairs of receivers are located in the foreground - first, second and third planes.

Such a screen system has another additional receiver 3 (Fig. I), which, depending on nporpaMiVH of receipt of information to the viewer, occupies position 3 in paII

re receivers I, 2 in the foreground, or 3 in a pair of receivers I, 2 in the background, or 3 in a pair of receivers I,

2 in the last - the third plan, thus forming a single television screen.

Since all receivers 1,1,1, 2,2,2, 3 can move or rotate according to a given program in the directions shown by arrows 4, 5, the possible combination and arrangement of the screens of these receivers is one relatively

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the other is so large that it allows you to infinitely vary the size and shape of the resulting television screen, and therefore significantly changes upwards compared to the already known screen systems or whether the volume of information simultaneously received by the viewer is received. In addition, on a single television screen, consisting of a set of screens for television receivers, a larger image is enlarged, the effect of the dynamism and versatility of the artistic presentation changes, and multifacetedness appears.

Above the television receivers I, 2 (FIGS. 3 and 4), at least two more television receivers 6, 7 are arranged, which form a visor over a single television screen. The visor from the receivers 6, 7 can be located so that the screens of its receivers 6, 7 are in a vertical plane (Fig. 4 a) or at an angle to the screens of the receivers I, 2 (Fig. 46).

Similarly, a visor from two television receivers 6, 7 (Fig. 5, 6) is located above each pair of receivers 1 and 2,

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I and 2, I and 2.

As a result of using a visor from receivers 6, 7, with an increase in the volume of simultaneously transmitted information, the spectator effect of the artistic and informational impression and the effect of presence increase, as well as the principle of editing the transmitted information changes.

In FIG. 7 shows one of the possible embodiments of the information complex, which contains three pairs of television receivers I and 2.1 and 2.1 and 2, one

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a pair of receivers I and 2, and two visors above the middle and last pair of receivers I and 2, I and 2, formed

three television receivers 6, 7 and 8, located in one row and inclined to the corresponding pair. All receivers I and 2, as well as receiver 3 are installed on a common base 9, to which a frame 10 is attached, forming a stage space.

On the frame 10, the guides II, 12 and 13 are fixed, to which the receivers 6-8, forming a visor, are suspended on the rods 14. To create the possibility of turning receivers 6-8 relative to receivers I, 2, a swivel joint 15 (Fig. 8) is installed on the housing of each of the receivers 6-8, interacting with the corresponding rod 14 and containing mounted on the housing of the receiver 6 (or 7, or 8) hinges 16 and 17, a bracket 18 connected to the hinge 16 and the hinge 17, and a hinge 19 on the bracket 18, connected to the rod 14. On the guide II (12, 13) there is a carriage 20 to which the rod 14 is attached.

To move the receiver 3 up or down on the guide 12 (Fig. 9) there is a worm gear including an electric drive 21, on the shaft 22 of which two worm wheels 23 are mounted, interacting with the racks 24. The receiver 3 is mounted on rails 24, which are telescopically connected with the free end with sleeve 1; si 25, rigidly fixed to the frame 10 (Fig. 7) or to the ceiling 26 (Fig. 9) of the entire structure. The shaft 22 of the electric motor 21 is located in the carriage 27, placed on the guide 12.

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relies on the carriage 27 mounted on the guide 12, and the piston 30 is connected to the rod 31, rigidly connected to the receiver 3 (Fig. 7).

Instead of the worm mechanism, you can use the block mechanism containing the cables 32 (Fig. II), interacting with the shaft 33, placed in the carriage 34 on the guide 12 and connected to the reversible electric drive 35.

The movement of receivers I, 2 in the horizontal plane (or along the base 9) is carried out by means of the devices shown in FIG. 12. The receivers I and 2 have a tiled base 36 of magnetizable material. Nshke base 9 placed electromagnets containing a winding 37 and a core 38, interacting with the bases 36 of the receivers I and 2.

The receiver 3 is moved by cables 39, wound on the drum 40 through the blocks 41. The shaft 42 of the reversible electric actuator 43 is connected to the drum 40, and the cables 39 are mounted on the receiver 3 having wheels 44.

The information system complex also includes a control software device 45 (Fig. 13) connected by communication channels 46 to all television receivers, of which receivers I, 2 and 3 are shown in the drawing for simplicity. Image sources are connected to the software device 45 via a distribution unit 47, by which can serve individually or in any combination of monitors 48 as a source of a television signal, a video camera 49, a VCR 50, and a computer 51.

A block diagram of a software device 45 is shown in FIG. 14 and therein, a video recorder 50 is used as a source of information. Device 45 (FIG. 13) comprises

-1 & multi-processor 52 (Fig. 14), to the input 53 of which is connected a VCR 50, and the output of which is connected to the input 54 of the distribution block 47.

The control input 55 of the multiprocessor 52 is connected to the output of the computer 56.

The output of the distribution unit 47 is connected to the input 57 of the switching unit 58, the control input 59 of which is connected to one of the outputs of the computer 56, and its output through communication channels 46 - with the television receiver A1 and 1,2,1,2,

3, 6, 7, 8, forming a single television screen 60.

The control inputs 61 and 62, respectively, of the distribution unit 47 and the VCR 50 are also connected to the outputs of the computer 56, the input 63 of which is connected to the control panel 64.

% formavdon complex is used as follows.

In accordance with the director’s intention, an information complex management program 1a is prepared and entered into the device 45. Image sources are selected, for example, the image to the receivers I, 2, 3, 6-8 is received from the video recorder 50. In addition, a single television screen 60 is formed

from a set of television receivers 1,1,1, 2,2,2, 3, 6, 7 and 8, for example, as shown in FIG. 15, a single screen 60 is formed from receivers I, 2 and 3. At the same time, receivers l and 2 are rotated in opposite directions and a distance is established between them approximately equal to the width of the screen of receiver 3, which, by any of its movement devices (shown in Fig. 9 , 10 or II) moves relative to the base 9. Thus, the receiver 3 is located behind the receivers I, 2 in the space between them.

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Then, an image from the VCR 50, which, as shown in FIG. 15a and 156 are different on all screens. So, on the screen of receiver l, a choir (Fig. 15a) or a scene from a ballet performance (Fig. 156), on the screen of receiver 2 - an orchestra (Fig. 15a) or a scene from a performance (Fig. 156), and on the screen of the receiver 3 - the conductor (Fig. 15a) or musical ensemble (Fig. 156), that is, the volume of information transmitted simultaneously to the viewer increases, it is also possible to increase the close-up of the image while simultaneously showing the general plan.

The director gains the opportunity to change the principle of editing the transmitted information in order to increase, for example, the presence effect when viewing information by a large number of viewers or, for example, to increase the spectator effect of the artistic and informational impression and psychological and emotional impact.

9 GB with A

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Applicant and

author / L Yudenich

C: 3Z2 i-VV --21

Sources of information used in the preparation of application materials

1. U.S. Patent J 2898804, NKI 353-30, 1959.

2. U.S. Patent No. 3192827, NS 353-30, 1965

3. Patent ША 4738522, MKI in OZV 21/26, ШШ 353-28, 1988.

4. International application PCT / SU 87/00046, international publication number WO 87/07173, IVlKJ I 1 63.j I / 00, 1987 - prototype.

N32,

(- FORMULA

Claims (10)

1. An information system containing a stage space, screens installed in a stage space with the possibility of rotation and / or movement in space in at least one direction, and image sources corresponding to screens, characterized in that the screens are television receivers mounted on a common the base so that their screens are in at least two vertical planes and form a single television screen, and each television receiver is connected to a programming device An application to which image sources corresponding to television receivers are connected through a distribution block. 2. The complex according to claim 1, characterized in that the single television screen is formed by three television receivers, of which the first and second television receivers are located in the foreground at a certain distance from one another, and their screens are in the same vertical plane, and the third television receiver is located in the background and its screen at least partially occupies the space between the screens of the first and second television receivers. 3. The complex according to claim 2, characterized in that the first and second television receivers are mounted on the base with the possibility of simultaneous rotation relative to the vertical in opposite directions. 4. The complex according to claim 2, characterized in that the first and second television sets are mounted on the base with the possibility of simultaneous movement in a horizontal plane. 5. The complex according to paragraphs. 2 to 4, characterized in that the third television receiver is arranged to move in a horizontal or vertical plane. 6. The complex according to claim 1, characterized in that the single television screen is formed by three pairs of television receivers installed on a common basis in pairs at a certain distance from one another and one pair after another, and at least one additional television receiver, which is located between television receivers of one pair with the ability to move in the plane of the common base from one pair to other pairs, and its screen at least partially occupies the space between the screens of television receivers with tvetstvuyuschey pair. 7. The complex according to claim 6, characterized in that the additional television receiver is arranged to move in a vertical plane. 8. The complex according to claim 2 or 6, characterized in that at least two television receivers are located above the first and second television receivers or at least above any one pair of television receivers so that they form a peak over a single television screen. 9. The complex according to claim 8, characterized in that the television receivers forming the visor are mounted with the possibility of rotation. 10. The complex according to any one of paragraphs. 1 to 8, characterized in that as a separate image source, a television signal source and / or video camera, and / or video recorder, and / or computer are used.