RU2624329C1 - Method of three-d object optimized manufacture, using origami fusen method - Google Patents

Abstract

FIELD: games.

SUBSTANCE: at the beginning of the three-dimensional object creation at the square shape sheet, from which the three-dimensional object is made, create the bend traces along the diagonal lines of this square, as well as along the perpendicular lines to each diagonal in the middles of its each half and in the middles of each quarter; and also along the perpendiculars lines to each side of this square in the middles of the sides, in the middles of its each half and in the middles of its each quarter.

EFFECT: increase of the three-dimensional object creation convenience, expansion of the possibilities to use different materials, expansion of the three-dimensional object creation application scope, using the origami fusen method due to the provided ability to produce bends during the blanks manufacture, to bend the flat blanks according to the existing bends traces, to straighten the produced flat blank to impart the inner volume by filling it, which has four outer large angles and two opposite outer smaller corners, applying the efforts to the allowing already even when straightening to form the optimal ribs at the bend places.

1 cl,

Description

FIELD OF THE INVENTION

The preferred field of application of the invention “Method for optimized manufacturing of a volumetric object using the method of origami fusen" (hereinafter also referred to as "FROM") is the manufacture of volumetric objects from paper.

State of the art

Well-known methods of manufacturing volumetric objects from paper by the method of origami fusen. As an analogue, the applicant knows a method of manufacturing the so-called “Paper bombs” (hereinafter also referred to as “A1”), disclosed in a source of information having bibliographic data on the Internet: http://womanadvice.ru/kak-sdelat-iz- bumagi-bombochku, by which a three-dimensional object called “Paper bomb” is made using the origami method of fusen, in which the creation of a three-dimensional object begins by adding the corresponding triangle from a square sheet of paper, after which subsequent folding produces a flat blank having four e larger external angle and two oppositely disposed outer lower corner, which is "inflated" by filling the inside of the exhaled air. Signs A1, coinciding with the essential features of the claimed IZ, are the use of the origami method fusen, in which a square blank is made from a square sheet of paper with four large outer corners and two opposing outer smaller corners that are "inflated" by filling them with exhaled air from the inside. The reason known to the applicant that impedes the achievement, by realizing A1, of the technical result that is provided by IZ is that the creation of a three-dimensional object begins with the addition of a corresponding triangle from a square sheet of paper. As an analogue to the applicant, there is also known a method for directly producing origami “Fusen” (hereinafter also referred to as “A2”), disclosed in a source of information having bibliographic data on the Internet: http: // panznavajka.ru/publ/podelka_origami_fusen/2 -1-0-433, by which a volumetric object called “Fusen” is made using the origami method of fusen, in which the creation of a volumetric object begins by adding the corresponding triangle from a square sheet of paper, after which subsequent folding produces a flat blank having four extras shnih large angle and two oppositely disposed outer lower corner, which is "inflated" by filling the inside of the exhaled air. Signs of A2, which coincide with the essential features of the claimed IZ, are the use of the origami method of fusen, in which a flat blank is made from a square sheet of paper, having four large outer corners and two opposing smaller outer corners, which is "inflated" by filling it with exhaled air from the inside. The reason known to the applicant, which impedes the achievement, realizing A2, of the technical result that is provided by IZ, is that the creation of a three-dimensional object begins with the addition of a corresponding triangle from a square sheet of paper. The above method of manufacturing directly “Fusen” origami has an inherent set of features that is closest to the set of essential features of FM, therefore this analogue is indicated as a prototype.

Disclosure of invention

The essence of IZ, as a technical solution, is expressed in the following set of essential features, sufficient to achieve the technical result provided by IZ:

a method for optimized manufacturing of a volumetric object using the method of origami fusen, characterized in that at the beginning of creating a volumetric object on the square-shaped sheet from which the volumetric object is made, create traces of kinks along the diagonal lines of this square, as well as along the lines of perpendiculars to each diagonal in the midpoints of each half and the midpoints of each quarter, and also along the lines of perpendiculars to each side of this square in the middle of the sides, in the middle of each half and in the middle x each quarter.

The above technical specifications achieve the following technical results:

improving the convenience of manufacturing volumetric objects, expanding the scope of application of various materials, expanding the scope of manufacturing volumetric objects using the origami fusen method due to the possibility of making bends in the manufacture of billets, bending flat billets according to already existing traces of bendings, and smoothing out manufactured to give internal volume by filling it, a flat workpiece having four large external angles and two opposite of smaller external angles, making efforts to allow the formation of optimal ribs at the points of kinks even when stretching, thereby eliminating the dependence of the features of manufacturing a volumetric object on the possibility of its "inflating" from the inside by exhaled air, or by anything at all, and also significantly increases the rigidity of the form a volumetric object being manufactured, the dependence on the stiffness qualities of the material itself from which the object is made is reduced, and there are opportunities to produce volumetric ekty, much larger in size, a variety of techniques.

The implementation of the invention

FM will be described in detail below. It should be noted that the embodiments of FM described below do not limit the FM. In addition, the constituent elements of the FM embodiments described below include elements that can easily be represented by one of ordinary skill in the art, or elements that are essentially the same as elements that can easily be represented ordinary specialist in the relevant field of technology.

FROM can be carried out, for example, as the manufacture of a three-dimensional object using the method of origami fusen, in which the sheet of paper used for this purpose is bent in a single layer in the form of a square along the lines of its two diagonals, straightened and bent along the lines of perpendiculars from the points located in the middle of each the sides of this square, after which they are folded along the lines of these perpendiculars so that a quadrangle consisting of four layers of paper is obtained, which is again bent along the lines of its two diagonals, straightened and they are bent along the lines of perpendiculars from the points located on the middle of each side of this quadrangle, after which they are folded along the lines of these perpendiculars so that a sixteen layers of paper are formed, which is again bent along the lines of its two diagonals, straightened and bent along the lines of perpendiculars from the points located in the middle of each side of this quadrangle, the corresponding kink lines are formed along the above bend lines when further folding according to the known method of origami fusen and corresponding additional stiffening ribs of the produced volumetric object, after which the used sheet of paper is again laid out to its original square shape in one layer of paper, and then folded according to the known method of origami fusen until it is made to give the internal volume by filling it with a flat blank having four outer large angles and two opposite opposite smaller smaller angles, after which they straighten this workpiece, making efforts to allow when expanding, form optimal ribs in the traces of inflections created from the IZ, giving the fabricated object a final shape as close as possible to the shape of a cube, with distinctly formed ribs and additional stiffening ribs along the lines of the diagonals of the faces, as well as along the lines of perpendiculars on the faces from points located on the middle of each rib.

If necessary, the presentation of the above embodiment of the claimed IZ should be considered as a statement of at least the best of the proposed embodiments of the claimed IZ proposed by the applicant.

In conclusion, it should also be noted that while IZ was described with reference to exemplary embodiments, it should be understood that IZ is not limited to the exemplary embodiments, the material or structures described above, but covers any and all options in scope formulas FROM. It should also be understood that FM is intended to cover various modifications, and equivalent arrangements, and any other use cases of FM. In addition, it should be understood that while various elements of exemplary embodiments are described in various combinations and configurations that are exemplary, other combinations and configurations including more, fewer elements or only one element may also correspond to the essence and volume of FM.

Industrial applicability

It is obvious from the description and nature of the invention.

Claims (1)

A method of optimized manufacturing of a volumetric object using the fusen origami method, characterized in that at the beginning of creating a volumetric object on the square-shaped sheet from which the volumetric object is made, create traces of excesses along the diagonal lines of this square, as well as perpendicular lines to each diagonal in the midpoints of each half and the midpoints of each quarter, and also along the lines of perpendiculars to each side of this square in the middle of the sides, in the middle of each half and in the middle x each quarter.