RU99229U1 - DEVICE FOR PRESENTING MOBILE IMAGES - Google Patents

Abstract

 1. A device for presenting moving images, including at least one common basis on which there are many cantilever elements, on the free end of each of which is fixed a flat hard drive with the possibility of free oscillatory or reciprocating movement relative to the mounting point of this plate due to external influences on its surface, while the common base has at least one surface for representing images, fractions are applied to the surface of each disk cops integral image, each disk carrier is a separate piece of the image, and on the basis of total carriers of patches are arranged so that constitute the entire image. ! 2. The device according to claim 1, characterized in that the individual media fragments of the image are placed only on part of a common framework. ! 3. The device according to claim 1, characterized in that at least a portion of the cantilever elements is combined into a module with the possibility of mounting this module on a common basis. ! 4. The device according to claim 1, characterized in that the surface of the carrier of a single image fragment is made multicolored. ! 5. The device according to claim 4, characterized in that the surface of the carrier is coated with a phosphor-containing material. ! 6. The device according to claim 4, characterized in that a holographic image is applied to the surface of the carrier.

Description

The utility model relates to the field of advertising, namely, devices for presenting images and displaying information used in the manufacture of a wide range of information boards, advertising tablets, stands, panels, etc.

A device for obtaining a decorative effect as a result of light exposure to optically transparent bodies randomly moving in space. In this way, volumetric color and black-and-white images are obtained that are not repeated in time and space, individual elements of which can either disappear or reappear (patent RU 2081003 C1 B44F 1/06, publ. 06/10/1997). The device contains a diffuse white light source and frosted glass. A glass vessel is placed between the polarizing filters, which is filled with a 40% solution of ethyl alcohol. In alcohol are optically active transparent bodies. Light from the source, passing through the filter, becomes plane-polarized. Part of this light passes through optically active bodies. Interaction with them leads to an additional rotation of the plane of polarization, and active transparent bodies acquire different colors.

A device for obtaining the visual effect of “sparkling” when displaying picturesque images (copyright certificate SU 612836 A1 B44F 1/02, publ. 08/30/1978). The device consists of a housing with a holder made in the form of transparent glass. A demonstrated object, for example, a transparency film on a color film, is placed on the holder. A transparent plate is mounted on the other side of the holder. Between the holder and the transparent plate, crystals of a transparent material, for example polystyrene, are placed. Inside the case there is a illuminator. The light from the illuminator hits the crystals, refracts on their faces. As a result, an additional amount of light sources is formed. Due to this, the visual effect of “sparkling” of the object on display is ensured. If a pictorial image is used as the object being demonstrated, discretized, like a mosaic, the full effect of perceiving the texture of the mosaic image is ensured.

Known devices for the presentation of advertising products, focusing on the advertising message and using effects such as changing the image depending on the viewing angle or lighting (US patent 5084309, prior. 01.10.1991) or representing a sequential set of images (patent EP No. 0511369 , prior 30.11.1993 and patent FR 2680424, prior 18.11.1994)

A device for the presentation of advertising is known, which ensures visual perception and reduces the effect of addiction by presenting a graphic image due to the relative shift of individual carriers on the surface of which fragments of a graphic image are applied (patent RU 2114465 C1 G09F 19/02, G09F 23/10, publ. 06/27/1998 )

The closest technical solution, selected as a prototype of the proposed solution, is an advertising presentation device (patent RU No. 2114465 C1 G09F 19/02, G09F 23/10, publ. 06/27/1998).

The device for reproducing a graphic image contains separate media made in the form of flat plates on which individual fragments of a graphic image are applied, which are folded in a certain sequence on top of one another by surfaces carrying fragments of a graphic image directed in one direction so that each subsequent medium covers a fragment of the graphic image of the previous medium, and reproduction of the graphic image is performed by shifting fragments relative to each other. The relative shift of individual media, the maximum size of the graphic image, and the number of individual media containing fragments of the graphic image are related by a certain ratio. The limitation of the shear size of individual carriers can be performed in the form, for example, of a mechanical limiter or a certain risk to which the shift of individual carriers is performed. To obtain a graphic image of the so-called "torn lines" in the design of the device provides a mechanism for the displacement of even carriers relative to odd in a direction perpendicular to the direction of shift of individual carriers. Even more difficult to constructively solve the problem of obtaining the effect of "traveling wave".

The disadvantage of this device is that for the implementation in the mode of effects such as "torn line" or "traveling wave" the design of the device is unnecessarily complex and inoperative, because the design provides a mechanism for the displacement of even carriers relative to odd in a direction perpendicular to the direction of shift.

The proposed utility model is aimed at simplifying the design of the image presentation device.

The task is achieved in that:

1. A device for presenting moving images, includes at least one common basis on which there are many cantilever elements, on the free end of each of which is fixed a flat hard drive with the possibility of free oscillatory or reciprocating movement relative to the mounting point of this plate due to external influences on its surface, while the common base has at least one surface for representing images, fragments are applied to the surface of each disk tnts of a complete image, each disk being a carrier of a separate image fragment, and on a common basis, these media of image fragments are arranged in such a way that they make up an integral image.

Besides:

- individual media fragments of the image can be placed only on part of a common framework;

- at least a part of the cantilever elements is combined into a module with the possibility of mounting this module on a common basis.

The proposed utility model and the possibility of its implementation are confirmed by graphic materials.

Figure 1 presents a General view of the device with a mosaic image, consisting of fragments of the image deposited on the surface of individual media; figure 2 is a General view of the device with a partial filling of the working surface of the base with cantilever elements; figure 3 - cantilever element with a carrier on which a fragment of the image; figure 4 - media with a fragment of the image; figure 5 - console elements with carriers of image fragments, placed on a common basis of the device; 6 is a side view of a device for presenting moving images.

The device for presenting moving images (Fig. 6) contains at least one common base 1, on which cantilever elements 2 are fixed, on the free end of each of which is attached a carrier of an image fragment 3. Separate carriers of image fragments 3 can only be placed on parts of a common base 1. At least a portion of the cantilever elements 2 are combined into a module with the possibility of mounting this module on a common base 1. The common base 1 has at least one surface for representing images. The carrier 3 has at least one surface with a fragment of the image (figure 4). The media of the image fragment 3 is fixed with a gap providing alternating oscillatory or reciprocating movement of the media relative to the attachment point due to external influences on its surface (Fig.6). In the simplest, demonstration embodiment, the carrier of the image fragment 3 is made in the form of a thin flat disk made of metal, for example aluminum, with a diameter of 29 mm with a hole in the upper part (Fig. 4). Fragments of a complete image are deposited on the surface of each of the disks, each disk being a carrier of a separate image fragment, and on a common basis, these carriers of image fragments are arranged in such a way that they form a complete image. The media of the image fragment 3 is attached to the cantilever element 2 using brass or aluminum fastening with a gap of 2-3 mm, which allows the disk to fluctuate from minor effects (Fig.6). The cantilever element 2 is made in the form of a monolithic cylindrical holder 13 mm long with a supporting platform of a square section 30 × 30 mm for attachment to a common base 1 and a hole on the free end for mounting a carrier of an image fragment 3 (FIGS. 6 and 3). The common base 1 has a size of 300 × 300 mm. On a common basis, 100 console elements with carriers of image fragments are placed (Fig. 5). Each carrier 3 with a fragment of the image on the surface can be painted in any color and have a matte, glossy or metallized surface made with a coating of phosphor-containing material that can accumulate light and emit it in the dark. If necessary, a holographic image can be applied to this surface. The surface of the carrier with a fragment of the image can be either multi-color or monochromatic. The resolution with this option is 1112 points per 1 m ² . Therefore, the greatest effect is achieved in the manufacture of a working base of sufficiently large sizes. With this design, an image of any quality (from application to photographic), consisting of small parts, does not lose its dynamic effect, creates a feeling of additional volume.

A device for presenting moving images works as follows. The original image, which is supposed to be demonstrated, is discretized and presented in the form of a mosaic image consisting of fragments of the image deposited on the surface of individual media (figure 1). The formed image is transferred to the surface of the base with a plurality of cantilever elements, each separate carrier is fixed to the free end of the corresponding cantilever element with the possibility of alternating oscillatory, reciprocating or random movement relative to the attachment point. The movement of individual carriers occurs, for example, due to exposure to air flow, which can be wind, draft, air flow from a fan or air conditioner, swirl flow from moving vehicles, air movement associated with uneven heating of surfaces, etc. All these factors, as a rule, can act simultaneously or in the form of a limited number of combinations, creating flows that act on individual reflecting surfaces of the displayed image, attract the attention of viewers. The discretized mosaic image, consisting of separate fragments, can fill the entire demonstration field (Fig. 1) or only part of it (Fig. 2). In the part that is not occupied by the mosaic image, other pictorial elements may be located. The use of backlighting in the dark makes the image even more attractive.

The insignificance of the effort, which provides the movement of the media of the image fragment relative to the attachment point, allows you to use the proposed device with virtually no energy consumption. Moving the media of the image fragment is possible when exposed to mechanical vibrations of artificial or natural origin.

Each carrier of an image fragment has an arbitrary shape, which is not subject to deformation, leading to a change in the image. All these factors, as a rule, can act simultaneously or in the form of a limited number of combinations, creating flows that act on individual reflecting surfaces of the displayed image, attract the attention of viewers.

Claims (6)

1. A device for presenting moving images, including at least one common basis on which there are many cantilever elements, on the free end of each of which is fixed a flat hard drive with the possibility of free oscillatory or reciprocating movement relative to the mounting point of this plate due to external influences on its surface, while the common base has at least one surface for representing images, fractions are applied to the surface of each disk cops integral image, each disk carrier is a separate piece of the image, and on the basis of total carriers of patches are arranged so that constitute the entire image. 2. The device according to claim 1, characterized in that the individual media fragments of the image are placed only on part of a common framework. 3. The device according to claim 1, characterized in that at least a portion of the cantilever elements is combined into a module with the possibility of mounting this module on a common basis. 4. The device according to claim 1, characterized in that the surface of the carrier of a single image fragment is made multicolored. 5. The device according to claim 4, characterized in that the surface of the carrier is coated with a phosphor-containing material. 6. The device according to claim 4, characterized in that a holographic image is applied to the surface of the carrier.