RU1811886C - Method of forming three-dimensional body and device for its realization - Google Patents

Abstract

Use: 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 from a hollow pita having a means of connecting to the rings and four rings with slots by installing a ring with six outer ring slots with two inner and four outer slots, and then sequentially installing a ring with four inner and two outer slots and a ring with six inner slots, after which the hollow plate is connected to the set rings. The device for forming a three-dimensional body contains a plate made hollow with the possibility of placing the rings of the set inside and having means for connecting to the rings of the set, including four rings, six slots are made on the inner and outer sides of each of them, at a depth 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. 5 ill. ate with

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 a toy and puzzle

The purpose of the invention is to increase usability while expanding functionality.

This is achieved by the fact that the method of forming a three-dimensional body is that the three-dimensional body is formed from a hollow plate and a set of rings made in the form of hollow hexagons of elastic sheet material with radial slots in the desired combination to form a support, the plate having means for connecting to rings. When assembling each support, hexagons are introduced into each other by elastic bending and straightening with the formation of a lattice of four flat hexagons by first putting on the hollow hexagon with the outer slots of the hollow hexagon with two internal slots and the other outer ones, then putting on these two the hexagon and their outer slots of the hollow hexagon with two outer slots and the remaining inner ones, after which only three hexagons and their outer slots of the hexagon are worn o with internal slots and admission00

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about

They are connected to the plate with a detachable or one-piece connection.

This is also achieved by the fact that the device for forming a three-dimensional body containing the set of rings also contains a plate made of a hollow with the possibility of accommodating rings inside it and having the ability to connect with the rings, and the set remains of four rings with six slots made in depth equal to half the width of 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 rings of the set are elastic, e. made of elastic material, the reception on each ring of the set is made of six slots from the outer and / and / ivi from the inside, namely: either only six external slots, or only six internal slots, or two internal and four external slots, or four internal and two external slots.

Figure 1 shows the device of a volumetric body; Fig. 2 shows a volumetric body device in an assembled state for storage and transportation; in Fig.Z is a top view; figure 4 - set of volumetric support; Fig. 5 is an embodiment of a volumetric body plate. - ..:., -:. .. The method of forming a volumetric body

the body is formed from a hollow plate 1 and a set of rings made in the form of hollow hexagons 4 of elastic sheet material with radial slots 5 in the desired combination to form a Support, moreover, the plate 1 has a means of connecting with the rings. When assembling each support, hexagons 4 are introduced into each other by elastic bending and straightening with the formation of a lattice of four flat hexagons by first putting on the hollow hexagon 6 with only external slots of the hollow hexagon 7 with two internal slots and the rest external, then dressing on these two hexagons 6, 7 and their outer slots of the hollow hexagon 8 with two outer slots and the rest internal, after which putting on three hexagons 6,7, 8 and their outer slots of the hexagonal nika 9 only internal slots mi.i attached to the plate 1 it releasable or permanent connection.

A device for forming a volumetric body comprises a hollow plate 1 and a set of rings for forming volumetric supports 2, which are laid in a disassembled state

8 NICHES 3 PLATES 1 AND CONTAINING HOLLOW IE

4 hexagons of elastic sheet

material and in the assembled state, which are included in four radial slots 5 into each other, located on the same hollow hexagon b at the corners outside in

the number of six slots, on the other 7 - two inside and four outside at the corners of the hexagon, on the third 8 - two outside and four inside at the corners of the hexagon, on the fourth 9 - at the corners

hexagon inside in the amount of six slots, with each slot 5 made in half the width of the plot of its location and with the possibility of entering the oncoming part, and the plate 1 is made in the form

closed or open profile with or without fasteners, Plate 1 and volumetric supports 2 can be made of various materials, such as metal, plastic, wood, paper, cardboard, etc. and

various colors, transparent and non-transparent.

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

The device is assembled from the plate 1 and

two volumetric supports 2. each of which is composed of four elastic hollow hexagons 4 by entering into the slots 5. The assembled volumetric body is mounted on the plane of the support and is used as

a folding product, such as a table, bench, etc., toys, decorative body, etc., from various materials in whole or in part m.

During transportation and storage, a detachable volumetric body is disassembled by disconnecting the volumetric supports 2 and removing the hollow hexagons 6, 7, 8, 9 from each other, which are stacked in a niche 3 on top of each other

plates 1.

The use of a forming method and a device for forming a three-dimensional body allows to reduce weight and increase the rigidity of a quick-detachable three-dimensional body

made of sheet material, transported with a small volume and stored with detachable connection, expand the operational qualities by making it whole and in part from various materials, use thin-sheet blanks for the slab and volumetric supports.

Formula and Shadow Image 1. A method for forming a three-dimensional body, the method being that the three-dimensional body

formed from a set of rings by alternately installing one ring on another, characterized in that, in order to improve convenience and use while expanding the functionality, a three-dimensional body is formed from a hollow

of a plate having a means of connecting with the rings, and of four rings with slots made on their outer and / or inner sides, and a ring with two slots on the inner side and four on the outer is first mounted on the ring with six slots on the outer side after which a ring with four slots on the inside and two on the outside and a ring with six slots on the inside is sequentially mounted on them, then the hollow plate is connected to the rings of the set,

2. A device for forming a three-dimensional body, containing a set of rings, characterized in that, in order to expand the functionality, it is equipped with a plate made of a hollow with possible

by placing rings inside it and having a means of connecting with the rings of the set, and the set consists of four rings flat of elastic material, each of which has six slots uniformly spaced from each other, equal in depth to half the width of the ring, a along the width - not less than the thickness of the ring, while the outer l inner side of each ring is made in the form of regular hexagons, and the slots are made in their opposite vertices, and on the first ring the slots are made on the outside rings, 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.

Fig. I

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Figure 5