RU1811884C - Device for forming three-dimensional 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 contains four rings, on the inner and outer sides of each of which six slots are made, according to the depth of: 2.. . bean equal to half the width of the ring, and in width - not less than the thickness of the ring. 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 and inner sides of each ring are made in the form of a half circle and a regular hexagon. 6 il ....: ....

Description

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

The purpose of the invention is to enhance functionality.

This is achieved by the fact that the device for forming a three-dimensional body contains a set of four wheels with six slots made in depth equal to half the ring, and in width not less than the thickness of the ring with the possibility of installing another ring in it, its counterpart, while the ring the set is elastic, i.e. made of elastic material, and on each ring of the set is made six slots from the outside and / or from the inside,. namely: either only six external slots, or only six internal slots, or two internal and four 4

external slots, or four internal and two external slots. .

In FIG. 1 shows a volumetric body device; figure 2 is a top view; Fig. 3 - a figured ring with two slots outside at the junction of the halves of a circle and a hexagon, with two slots outside at the corners of the hexagons and with two slots inside at the corners of the hexagons; on fmg. 4 - a figured ring with slots outside the corners of the hexagons and at the junction of the halves of the circle and the hexagon; Fig. 5 is a figured ring with two slots outside at the junction of the halves of a circle and a hexagon and four slots inside at the corners of the hexagons; on figb - a ring with a hole in the form of a hexagon or hexagon with a hole with slots inside at the corners of the hexagon,

The device of a volumetric body made of parts in the form of a volumetric body is formed of four rings 1, three of which with opposite outer and inner halves 2 ok-ruzh00

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With

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bones and hexagons made of elastic fox material and one with a hole in the form of a hexagon or hexagon with a hole entering radial slots 3 into each other, located on one figured ring 4 two inside and four outside diametrically at the corners of the hexagons, on the other figured ring 5 - outside the corners of the hexagons in the amount of six slots, and on the third curly ring 6 - two outside and four inside diametrically at the corners of the hexagons, on ring 7 with a hole in the form of a hexagon or hexagon flax with a hole - inside the corners of the hexagons in the amount of six slots, with each slit 3 made in half of its location and with the possibility of entering the oncoming part. The elastic rings 1 can & be made of various materials, such as metal, plastic, paper, cardboard, etc., and various colors, transparent and opaque. V

The operation with the body volume device is carried out as follows.

, A volumetric body of four curly elastic rings T is assembled by entering into the slot 3. The assembled volumetric body is mounted on the support plane in different positions, and a lattice volumetric body of four rings is formed, combining the halves of the polyhedra with the spheres inside and out. It is used as a decorative body, exhibition or advertising stand, toy, etc. of. various materials in whole or in part m.

During transportation and storage, the bulk body is disassembled by removing the elastic figured rings and rings or hexagons 4,5, b, 7 from each other on separate parts of the body that are 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 lattice combined halves of polyhedra and spheres inside and outside of rings with corresponding slots, transport at a small volume and store, expand operational qualities due to various installation relative to the support plane, made of various materials in whole and in part.

FORMULA AND SECTION

A device for forming a three-dimensional body, comprising a set of rings -, characterized in that, in order to expand the functionality, the set consists of four rings flat of elastic material, in each of which there are six slots equally spaced from each other, along depth equal to half the width of the ring, and

in width - not less than the thickness of the ring, one half of the outer and inner horn of the first, third and fourth rings is made in the form of a half circle, the other half - in the form of a half regular hexagon, and the outer and inner sides of the second ring are made in the form of a circle and a regular hexagon or in the form of a regular hexagon and circle, respectively, while similar halves on the outer and inner sides of the first, third and fourth rings are 180 ° offset from each other, with first “salt of the slot made in the peaks

A regular hexagon, on the border of the halves of a regular hexagon and a circle and opposite the slots at the vertices of the half of the regular hexagon, on the second ring, the slots are made at the vertices of the regular hexagon or diametrically opposite, in the third ring, the slots are made on the outer Side, one at the apex of the half of the regular hexagon, two - on the border of the halves of a regular hexagon and a circle and one opposite the slot at the apex of a half of a regular hexagon, and on the inside - rotiv each other between the slots on the outer side and the fourth ring slot formed on the inner side, two slits at the vertices of the right half, and two hexagon opposite them on the outside - on the correct halves of the boundary

a hexagon and a circle between the slots on the inside.

FIG. 1

Fig.Z

fig 6