RU1804884C - Device for forming volumetric body - Google Patents

Abstract

Usage: in cultural and household items, toy sets, demonstration devices. SUMMARY OF THE INVENTION: a device for forming a three-dimensional body comprises four rings, on the inner and outer sides of each of which six slots are made, equal in depth to half the width of the ring and not less than the thickness of the ring in width. On the first ring, all six slots are made on the outside, on the second - on the inside, on the third - two slots on the inside, and four on the outside and on the fourth - four slots on the inside, and two on the outside. The rings are made flat of elastic material, while the outer side of each ring is made in the form of a circle, and the inner side in the form of a regular hexagon. 6 ill .;

Description

The invention relates to the field of cultural objects, in particular to decorative objects, folding products, toy sets, display stands, coasters, and can also be used as toys and puzzles.

The aim of the invention is to enhance the functionality.

Figure 1 shows the device of a volumetric body; figure 2 is the same, a top view; Fig. 3 - a disk with a hexagonal hole with two slots inside and four outside; Fig. 4 is the same with a hexagonal hole and slots from the outside; Fig. 5 is the same, with two slots on the outside, four inside and with a hexagonal hole: Fig. 6 is the same, with a hexagonal hole and slots on the inside.

The device of a three-dimensional body made of parts in the form of a sphere is formed of four disks 1 of elastic sheet material with hexagonal holes 2, which enter radial slots 3 into each other

of another, located on the disk 7 inside evenly around the circle in the amount of six slots at the corners of the hexagonal hole, on the disk 5 - from the outside evenly around the circle in the amount of six slots at the corners of the hexagonal hole, on the disk 6 - uniformly around the circumference and diametrically two outside and four inside the corners of the hexagonal hole, on the disk 4 - evenly around the circumference and two diametrically inside and four outside the corners of the hexagonal hole, with each slot 3 made in half the width of its section is located and with the possibility of the entrance to her counter part. The elastic disks 1 can be made of various materials, for example metal, plastic, paper, cardboard, etc., and of various colors, transparent and opaque.

A volumetric body of four disks 1 of elastic sheet material with hexagonal holes 2 is inserted into the slot 3. The assembled volumetric body is mounted on the support plane in different ways00

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position with cells in the form of squares and triangles (spherical on the outside) and is used as a decorative body, exhibition or advertising stand, toy, etc. from various materials in whole or in part m.

During transportation and storage, the bulk body is disassembled by removing the elastic disks 4, 5, 6, 7 from each other to separate parts of the body, stacked on top of each other.

The use of a device for forming a three-dimensional body allows one to reduce weight and increase the rigidity of a quick-detachable three-dimensional body in the form of a sphere from identical disks with corresponding slots, to transport and store at a small volume, to expand operational qualities due to different installation relative to the support plane, made of various materials in whole or in part m.

Claims (1)

The claims A device for forming a three-dimensional body containing a set of rings 5 0 which, in order to expand the functionality, the set consists of four rings flat of elastic material, in each of which six slots are equally spaced along the perimeter, equal to half the width of the ring and not less than the width the thickness of the ring, while the outer side of each ring is made in the form of a circle, and the inner side is in the form of a regular hexagon, and on the first ring, the slots are diametrically opposite on the outer side of the ring, and on the outside of the opposite side at the vertices of a regular hexagon, on the third - two slots on the inside at opposite vertices of a regular hexagon, and four - on the outside diametrically opposed and on the fourth - four cuts on the inside at the vertices of a regular hexagon, and two on the outside diametrically opposite. Fig.Z Fig. B