RU1811890C - Method of forming three-dimensional body and device 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 eight squares, six squares and four rings with slots by mounting on a ring with six outer slots a ring with two inner and four outer slots, and then sequentially rings with four inner and two outer slots and two outer slots and rings with six inner slots, after which angles and squares are placed on the rings. A device for forming a three-dimensional body contains eight squares, six squares and four rings, six slots are made on the inner and outer sides of each of them, 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. 8 ill. (about СО С

Description

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

In Fig.1 shows a set of three-dimensional body of the connected hollow hexagons, squares and squares in front of the adjoining. by stretching to each other; figure 2 - device volumetric body in assembled form; Fig. 3 is a hollow hexagon with slots outside; Fig. 4 shows a hollow hexagon with two slots inside and four outside; on the . Fig. 5 is a hollow hexagon with two slots on the outside and four inside; Fig. b is a hollow hexagon with slots inside;

Fig. 7 is a square with a quarter cut along the diagonal and fold lines; on Fig - square in axonometric projection.

The method of forming a volumetric body is that the volumetric body is formed of four hollow hexagons 1 of elastic sheet material with radial slots 2 in the desired combination, six squares 3 of sheet material and eight of the same squares with a quarter cut along the diagonals, followed by a fold them in the angles 4 as follows: enter the hexagons 1 into each other by elastic bending and straightening with the formation of a lattice of four flat hexagons by dressing

first to the hollow hexagon 5 only with the outer slots of the hollow hexagonal 00

00

u o

nickname b with two internal slots and the rest external, then dressing on these two hexagons 5, 6 and their outer slots of the hollow hexagon 7 with two outer and other internal, then putting on three hexagons 5,6,7 and their outer slots of the hexagon 8 only with internal slots, and squares 3 and squares 4 are attached to the lattice with detachable, for example, lacing, zipper fasteners, etc., or one-piece, such as gluing, welding, soldering, etc.

The device of a volumetric body made of parts in the form of a volumetric body is formed of four hollow hexagons

1 of elastic sheet material, entering radial slots 2 into each other, located on one hollow hexagon 5 at the corners from the outside in the amount of six slots, on the other b - on the bottom inside and four outside at the corners of the hexagon, on the third 7 - two outside and four inside at the corners of the hexagon, on the fourth § - at the corners of the hexagon inside in the amount of six slots, with each slot 2 being made half the width of the section of its location and with the possibility of entering the opposite part, six squares 3 of sheet material with a side equal to the side of hexagon 1, eight squares 5 made by bending from squares with a quarter cut along the diagonals of sheet material with a side equal to the side of the hexagon, fastened together by a detachable or integral connection. Hexagons 1, squares 3 and squares 4 can be made of various materials, such as metal, plastic, paper, cardboard, etc., and various colors, transparent and opaque.

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

A frame of four elastic hollow hexagons 1 is assembled by entering in the slot

2 and squares 3 and squares 4 are attached to it. The assembled three-dimensional body is mounted on the support plane and is used as a decorative body, exhibition or advertising stand, toy, container, and the like. from various materials, in whole or in part, with a frame and shell.

During transportation and storage, a volumetric body with a detachable connection is disassembled by disconnecting the squares 4 and squares 3 and extracting the hollow hexagons from the elastic g / ibt material 5, b, 7.8 one after another into separate parts

bodies with extension of squares 4 in one plane, which are stacked on top of each other.

Using the forming method

5 and volumetric shaping devices

body allows you to reduce weight and increase the rigidity of a quick-detachable volumetric body from

sheet material transport

with a small volume and store with detachable

Claims (1)

When joining, to expand operational qualities due to the execution of various materials in whole and in part, use the same workpieces and sizes. The claims 5 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 mounting one ring on another, characterized in that, for the purpose of 0 to improve usability while expanding functional capabilities, a three-dimensional body is formed of eight squares, six squares and four rings with the outer and / or 5 on the inner sides of the slots, while on the ring with six slots on the outer side, a ring with two slots on the inner side and four on the outer side is first installed, after which they 0, a ring with four slots on the inside and two on the outside and in series is installed. a ring with six Slots on the inside and then. on the rings set squares and quad. 5 rats. 2, A device for forming a three-dimensional body, containing a set of rings, further, in order to expand the functionality, the set consists of four flat rings of elastic material, each of which is uniformly six slots are made along the perimeter, equal to half the width of the ring in depth, and 5 in width - not less than the thickness of the ring, the outer and inner sides of each. the rings are made in the form of regular hexagons, and the slots are made in their opposite vertices, while on On the first ring, the slots are made on the outside of the ring, 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 q on the outside, and the device for the formation of the volumetric body further comprises a set of plate-like elements of elastic material, consisting of eight squares and six squares made with the possibility of - connections between each other and the rings, and having equal sides of the regular sixth side and hypotenagon respectively. Fig.9