SU1258456A1 - Versions of volumetric logic puzzle - Google Patents

Abstract

1. A volumetric logical puzzle, made in the form of a cube and containing a supporting node and game elements connected to it, mounted rotatably around the axes of symmetry of the third and fourth order cube and formed by cutting the cube into three mutually perpendicular planes parallel to the faces of the cube, and diagonal planes passing through the diagonals of three adjacent faces of the cube and perpendicular to the axis of symmetry of the cube of the third order, characterized in that, in order to increase the occupancy, the cube further planes parallel to the diagonal planes. (A 1C ate 00 O 4 cq)

Description

2. A volumetric logical puzzle, made in the form of a cube and containing a supporting node and game elements connected to it, mounted rotatably around the axes of symmetry of a third and fourth order cube and formed by cutting the cube into three mutually perpendicular planes parallel to the faces of the cube, characterized in that, in order to increase the intrusiveness, the cube is cut by planes perpendicular to the axis of symmetry of the third-order cube and passing through the diagonals of the three adjacent faces of the game elements.

3. The volume logic puzzle, made in the form of a cube and containing

one

This invention relates to entertaining puzzle games.

The purpose of the invention is to increase the entertaining puzzle.

FIG. 1 shows a logical logic puzzle; in fig. 2 - the same, with rotated game elements; in fig. 3 - the same, with the removed game elements; in fig. 4 - volume logic puzzle, the second option; in fig. 5 - the same, with the removed game elements; in fig. 6 - support; in fig. 7 - three-dimensional logical puzzle, the third option.

The body logic puzzle, made in the form of a cube, contains a reference node 1 and game elements 2 connected to it, mounted rotatably around the symmetry axes of the third and fourth order cube and formed by cutting the cube into three mutually perpendicular planes 3 parallel to the faces of the cube , and diagonal planes 4 passing through the diagonals of three adjacent faces of the cube and perpendicular to the symmetry axes of the third order cube. In this case, the cube is cut by additional planes 5 parallel to the diagonal planes 4.

The support unit 1 is made in the form of an octahedron (Fig. 3), the elements 6 of which have axes 7 and are mounted, for example, on a spherical support 8. In the diagonal planes of section 4 there are annular guides 9 along which the game elements have the ability to move 2

According to the second variant (fig. 4), a volumetric logical puzzle is made

the supporting node and the gaming elements connected to it, mounted to rotate about four axes coinciding with the diagonals of the cube and directed to two opposite vertices belonging to each of the faces of the cube, and axes perpendicular to the cube facets and passing through their centers, and formed by cutting a cube into three groups of mutually perpendicular planes parallel to the faces of the cube, and four planes passing through one of the diagonals of each of the three adjacent faces of the cube, characterized in that In order to increase its interest, the cube is cut by additional planes perpendicular to the symmetry axes of the cube of the third order.

in the form of a cube, it contains a supporting node 1 and game elements 2 connected to it, mounted rotatably around axes of symmetry of a cube of the third and fourth order and formed by cutting the cube into three mutually perpendicular planes 3 parallel to the faces of the cube and 5 planes perpendicular to the axis of symmetry of the cube of the third order and passing through the diagonals of the three adjacent faces of the game elements. The reference node 1 is made in the form of a cubooctahedron (Fig. 5).

In the third variant (Fig. 7), a volumetric logical puzzle, made in the form of a cube, contains a reference node 1 and game elements 2 connected to it, mounted rotatably about four axes coinciding with the diagonals of the cube and directed to two opposite vertices 10, belonging to each of the faces of the cube, and axes, perpendicular faces of the cube and passing through their centers, and formed by cutting the cube into three groups of mutually perpendicular planes 3 parallel to the facets of the cube, and four planes going through one of the diagonals of each of the three

adjacent faces of the cube, as well as additional planes 5, perpendicular to the axis of symmetry of the cube of the third order.

The edges of the cube are colored or indexed on them. The goal of the game is to move the game elements, to restore the original colors or indexes of the faces of the cube.

l2

2

FIG.

, 2

Fy

FIG. five

Compiled by S. Kartsev

Editor V. PetrashTekhred I. VeresKorrektor V. Sinitska

Order 5055/6 Circulation 406 Subscription

VNIIPI USSR State Committee

inventions n discoveries

113035, Moscow, Zh-35, Raushsk nab. 4/5

Branch PPP "Patent, Uzhgorod, st. Project, 4

7

Claims (3)

1. A volumetric logic puzzle made in the form of a cube and containing a support node and game elements connected to it, mounted with the possibility of rotation around the symmetry axes of the third and fourth order cube and formed by dissecting the cube by three mutually perpendicular planes parallel to the faces of the cube and diagonal planes, passing through the diagonals of three adjacent faces of the cube and perpendicular to the symmetry axes of the third-order cube, characterized in that, in order to increase the amusement, the cube is dissected further tively planes parallel to the diagonal planes. Fi g. 1 2. Volumetric logic puzzle made in the form of a cube and containing a support node and game elements connected with it, mounted with the possibility of rotation around the symmetry axes of the third and fourth order cube and formed by dissecting the cube by three mutually perpendicular planes parallel to the cube edges, characterized in that, in order to increase the amusement, the cube is cut by planes perpendicular to the symmetry axes of the third-order cube and passing through the diagonals of three adjacent faces of the game elements. 3. A volumetric logic puzzle made in the form of a cube and containing a support node and game elements connected to it, mounted with the possibility of rotation about four axes coinciding with the diagonals of the cube and directed to two opposite vertices belonging to each of the faces of the cube, and axes perpendicular the faces of the cube and passing through their centers, and formed by dissecting the cube by three groups of mutually perpendicular planes parallel to the faces of the cube, and four planes passing through one of the diagonal d of each of the three adjacent faces of the cube, characterized in that, in order to increase amusement, the cube is additionally dissected by planes perpendicular to the symmetry axes of the third-order cube.