RU1164U1 - Information and entertainment stand board - Google Patents

Abstract

1. An information-entertainment stand-display board comprising a section consisting of a plurality of fixed screens arranged symmetrically with respect to the vertical axis of the stand and mounted on the base, and a projector supplying information to the display stand, characterized in that at least two fixed symmetrical screens divided into at least three cells, of which two cells are symmetrical about the vertical axis, and the third cell, being upper or lower, is made to rotate relative to its horizontal axis. 2. A placard according to Claim 1, characterized in that a mesh screen is installed in front of the screens divided into cells, having the same dimensions as the screens in front of which it is mounted, and configured to rotate relative to its horizontal axis. 3. A placard according to claim 1 or 2, characterized in that it additionally has projectors, the number of which is equal to the number of cells, and each of which supplies information to the corresponding cell in the form of a direct or rear projection. 4 Booth according to any one of paragraphs. 1 to 3, characterized in that it has two additional sections made similarly to the main section and each located at an angle to the main section on both sides.

Description

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1. INFORMATION SCHOOL: 1NEW STAND BOARD

The utility model relates to the means of preparing and reproducing information, and more specifically relates to information and entertainment display stands.

The utility model can be used as a scoreboard during training sessions, sports, for recording test results of various objects and for other similar purposes.

Known display boards for recording sports results that contain a set of luminous elements mounted on a substrate and forming a matrix of vertical and horizontal rows of elements. To present the required information, the control signal is applied to those luminous elements that form the necessary image or other type of recorded information. Stand for registration of sports, company SuJne, Japan, 1980.

Such display boards do not allow creating volumetric information that would increase the spectator effect of the information, especially if the information has a non-digital and non-letter appearance.

Information video installations are also known that can be used as an information-spectacular display stand containing a section of a plurality of screens located on the base. Screens are located symmetrically with respect to the vertical axis. Information comes to the stand from the projector GIatent SZA 319Z3E7, 1955, NKI: 353-3o.

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The purpose of creating a useful model is to increase the spectator effect and expand the functionality of information-entertainment display stands.

This goal is achieved by the fact that in the information-spectacular display stand containing a section consisting of a plurality of fixed screens located symmetrically with respect to the vertical axis of the stand and installed on the base, and a projector supplying information to the display stand according to a utility model, at least at least two fixed screens symmetrical about the vertical axis are divided into at least three cells, of which two cells are symmetrical about the vertical axis and are rotatable relative to rtikalnoy axis, and a third cell, as the upper or lower, is rotatable about its horizontal axis.

It is advisable in front of screens divided into cells to install a mesh screen having the same dimensions as the screens in front of which it is installed, and made with the possibility of its rotation about its horizontal axis.

The placard may additionally have projectors, the number of which is equal to the number of cells and each of which supplies information to the corresponding cell in the form of a direct or rear projection.

It is also advisable that the stand-board had two more additional sections, made similar to the main section and each located at an angle to the main section on both sides.

The proposed information-entertainment stand-display, in comparison with similar well-known information-entertainment display stands, has a significant novelty, which consists in unexpected

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- combinations of fixed screens and movable cells with a mesh screen and projectors that are not typical of display boards, as well as in an unexpected combination of several identical sections of the display panel, providing a sharp increase in the amount of information recorded by the stand, as well as changing its qualitative appearance, which increases the viewing perception of incoming information,

In the future, the utility model is illustrated by a description of examples of its implementation and the accompanying drawings, on which:

FIG. I depicts an information and entertainment display stand with four cells;

FIG. 2 - the same stand panel with six cells;

FIG. 3 - the same stand panel with a mesh screen;

FIG. 4 - the same stand-board with a raised lower screen, side view;

FIG. 5 - the same stand display with a raised mesh screen, side view;

FIG. 6-- stand-board with a direct projection of information;

Fig.7 is a stand-board with rear projection of information;

FIG. 8 - stand panel with three sections.

The information and entertainment stand-board has a section I (Fig. I), consisting of many fixed screens Z and a base 3, on which screens Z are installed.

Screens 1 are located symmetrically relative to the vertical axis of the stand. Two symmetrical screens 1 on the stand, located approximately in the center of the stand, are divided into several cells. In FIG. I shows four such cells, of which two side cells 4, 5. symmetrically located, have the ability to rotate about their vertical axis &, 7, the central cell 3 moves away inside the stand, and the lower cell 9 has the possibility of L / - HOCTb rotation about its horizontal axis 10.

Similarly, if instead of two fixed screens the stand has five movable cells (Fig. Z), then the side cells 4, 5 are made rotating about the vertical axis S, 7, the central cells 9, II. 12 are moved inward, and the lower 9 and upper 13 cells are made rotatable relative to their horizontal axes 10 and 14.

In front of cells 4. 5, 8, 9, II. 1, a mesh screen 15 is installed (FIG. 3, 4), which is also made rotating about its horizontal axis 15. FIG. 4 shows an embodiment of a stand in which the lower screen 9 is raised. It is also shown that on each screen 2, 15 or cell 8, 9 its own information is supplied from individual projectors 17, which are installed behind the stand. In Fig. 5, the mesh screen 15 is rotated relative to the axis 16 and occupies an extreme upper position, in addition, the upper cell 13 is also rotated and information from its own projector 17 is supplied to it.

Information can be supplied to the stand-board both in the form of a rear projection (Fig. 4, 5), and in the form of a direct projection (Fig. G, 7), while the projectors 17 are located in front of the stand. In FIG. 7 also shows the position of the side cells 4, 5 and the central cells II, 12 after their rotation.

The placard is also made of three identical sections I, 18 and 19, two of which (18, 19) are located on both sides of section I and are turned to it at a certain angle.

The placard is used as follows.

The information from the projectors 17 comes in the form of a direct or rear projection on the screens 2 and cells 4, 5, 8, 9, II, 12, 13. In this case, the cells are installed relative to the fixed screens 2 as

 / t / r 3i - is required in order for the information to be presented more fully, more spectacularly.

In the process of demonstrating information, cells 4, 5, 8, 9, II-I3 turn in the necessary direction and it becomes possible to create any visual image or volumetric information.

The proposed design of an information-entertainment stand-board provides an extension of its functionality by demonstrating voluminous information, as well as creating an illusion of reality. In addition, you can significantly increase the amount of information provided during the demonstration process, which significantly increases the audience perception of the information provided.

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Claims (3)

1. An information-entertainment stand-display board comprising a section consisting of a plurality of fixed screens arranged symmetrically with respect to the vertical axis of the stand and mounted on the base, and a projector supplying information to the display stand, characterized in that at least two fixed symmetrical screens divided into at least three cells, of which two cells are symmetrical about the vertical axis, and the third cell, being upper or lower, is made to rotate about its horizontal axis. 2. A placard according to Claim 1, characterized in that a mesh screen is installed in front of the screens divided into cells, having the same dimensions as the screens in front of which it is mounted, and configured to rotate about its horizontal axis. 3. A placard according to claim 1 or 2, characterized in that it additionally has projectors, the number of which is equal to the number of cells, and each of which supplies information to the corresponding cell in the form of a direct or rear projection. 4 Booth according to any one of paragraphs. 1 to 3, characterized in that it has two additional sections made similarly to the main section and each located at an angle to the main section on both sides.