RU1830264C - Method of forming of volumetric body and facility for its realization - Google Patents

Abstract

Usage: in objects of cultural and household purposes, toy sets, demonstration stands. SUMMARY OF THE INVENTION: a method for forming a three-dimensional body is that the three-dimensional body is formed of four rings with slots by mounting a ring with four inner and eight outer slots on a ring with six outer slots, and then sequentially installing a ring with four inner and two outer slots and rings with six inner slots. A device for forming a three-dimensional body contains four rings, on the inner and outer side of the first three of which six slots are made, and in the fourth there are twelve slots, 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 are four slots on the inside, and two on the outside and on the fourth are eight slots on the outside, and four on the inside. 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 increase usability while expanding functionality.

Figure 1 shows the device of a three-dimensional body of flat rings; figure 2 - device volumetric body of rings with an inflection and one flat ring; in Fig. 3, a ring with twelve slots arranged uniformly around the circumference and diametrically six outside, two inside, two inside and out, two inside and out; Fig. 4 shows a ring with slots outside; Fig. 5 shows a ring with two slots on the outside and four on the inside; Fig. 6 shows a ring with slots inside.

The method of forming a volumetric body is that the volumetric body is formed of four elastic toroidal rings 1 with radial slots 2 in the desired combination to half the width of the ring by introducing them into each other by elastic bending and straightening to form a lattice sphere or from four flat rings, first ring 3 with twelve slots with its two inner diametrical slots on ring 4 only with outer slots, then dressing on these two rings 3.4 and their outer ring slots 5 s four internal slots and the rest of the outer, then putting on three rings 3, 4, 5 and their outer slots of the ring 6 only with the inner slots

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cuts, or from one flat and three rings with an inflection, first putting on ring 3 with twelve cuts with two internal cuts separated by an external cut, on ring 4 only with external cuts, then putting on the other side of ring 4 only with external cuts another ring 5 with four internal slots and the remaining two outer internal slots, between which the outer slot is located, and the intersection of the rings 3, 5, worn on both sides on the same ring 4, with each other with their outer and inner they are cuts, after which they are worn on three rings 3, 4, 5 and their outer cuts of ring b with only internal cuts.

The device of a three-dimensional body made of parts in the form of a sphere is formed of four elastic toroidal rings 1 that enter into each other with radial slots 2, arranged on the same ring 6 inside uniformly around the circumference in the amount of six slots, on the other 4 - outside uniformly along circles in the amount of six slots, on the third 5 - evenly around the circumference and diametrically two outside and four inside, on the fourth 3 - evenly around the circumference and diametrically six outside, two inside, two inside and out, two insidein an amount outside the twelve slots, wherein each slot 2 formed in the half width of the ring and with the possibility of entering is the counter part. The elastic rings 1 can be made of a different material, for example metal, plastic, paper, cardboard, etc., and of a different color, of different cross-section, for example a circle, square, etc.

The operation with the volumetric body device is carried out as follows. A volumetric body of four elastic toroidal rings 1 is assembled by entering into the slots 2 either with flat rings 3, 4, 5, 6, or with a flat ring b and bends 3, 4, 5 and the assembled volumetric body is mounted on the support plane in different positions with cells in the form of a square and a triangle (spherical) and is used as a decorative body, exhibition or advertising stand, toy, etc. of various materials, in whole or in part, of different cross-sections, in whole or in part.

During transportation and storage, the bulk body is disassembled by removing

elastic toroidal rings 3, 4, 5, 6 from each other on separate parts of the body that are stacked on top of each other.

Using the forming method

and devices for forming a volumetric body allows to reduce weight and increase the rigidity of a quick-detachable volumetric body in the form of a sphere from the same rings with corresponding slots, to transport

at a small volume and to store, to expand operational qualities due to different installation of the rings themselves and relative to the support plane, execution of various materials in whole or in part, of different sections.

Claims (2)

1. A method of forming a three-dimensional body, the method being that the three-dimensional body is formed from a set of rings by alternately installing one ring on another, characterized in that, in order to increase ease of use while expanding the functionality, a three-dimensional body is formed of four rings with slots made on their outer and / or inner sides, and on the ring with six slots on the outer side, a ring with four slots on the inner side and eight on the outer side is first installed, after which a ring with four slots is mounted on them in series mi on the inside and two on the outside and a ring with six slots on the inside. 2. A device for forming a body volume-woro containing a set of rings, characterized in that, in order to expand the functionality, the set consists of four rings made of elastic material and having the shape of a torus, in three of which six equally spaced one from the other slots, and in the fourth - twelve slots, equal in depth to half the width of the ring, and in width not less than the thickness of the ring, while on the first ring the slots are made on the outside of the ring, on the second - on the inside, on the third - four slots on the inside, and two on the outside and on the fourth - eight slots on the outside, five of which are made on one half and three on the other, and four slots, two of which are diametrically opposed, made from the inside between the slots on the outside. Ф0 & 4 6