SU1456172A1 - Volumetric puzzle logic - Google Patents

Abstract

The invention relates to entertaining puzzle games and makes it possible to improve the manufacturability and manufacture of the puzzle. A solid logic puzzle, made in the form of a polyhedron, four third-order symmetry axes, for example, in the shape of a cube, contains movable corner 1 and central 2 game elements with game marks, mounted on a ball oncfpe with the formation of rotational relative to each other game layers. The ball bearing contains six quadrangular 4, eight triangular 5 spherical segments formed by dissecting it with four planes, respectively, perpendicular third order symmetry axes and passing through the center of the support, arc elements 8 of U-shaped cross section, as well as stop elements 9 On the outer surface of the spherical segments 4 and 5, there are guide grooves, which form four annular guides 7 on the ball bearing in its cutting planes to accommodate the arc elements 8, and the stop elements 9 are located at the intersection of the annular guides. At the same time, one of the ball segments 4 is rigidly connected to four arc elements 8, the game elements 1 are rigidly connected to the ball segments 5, and the game elements are 2nd ball segments 4. Rotated one layer of the game elements relative to the other, the game elements are arranged in accordance with the game tags. 10 il. (L O) "h

Description

FIG.

This invention relates to busy puzzle games.

The purpose of the invention is to improve the manufacturability and assembly.

FIG. 1 shows a puzzle, a general view; in fig. 2 - the same, the game layer is rotated in FIG. 3-5 - projections of the puzzle in the shape of a cube; in fig. 6 shows section A-A in FIG. four; in fig. 7 is a section BB in FIG. 4j in FIG. 8 — ball bearing, general view in FIG. 9 - a puzzle in the form of an octahedron, a general view; in fig. 10 - a puzzle in the form of a rombododecahedron general view.

The volumetric logic puzzle is executed in the form of a polyhedron having four third-order symmetry axes, for example, in the shape of a cubicle, for which such axes are diagonals. The puzzle contains movable angular 1 and central 2 game elements with game marks, formed by dissecting the game cube into four planes, respectively, perpendicular to the diagonal of the game cube. Game elements 1 and 2 are mounted on a ball support 3 with the formation of pivotal one relative to the other game layers. Ball bearing 3 contains six quadrangular 4 and eight triangular 5 spherical segments formed by cutting it into four planes, respectively, perpendicular to the diagonal of the game cube and passing through the center of the support. On the outer surface of each spherical segment 4 and 5, the guide grooves 6 are formed, forming on the ball bearing in its planes of cut, four ring guides 7. In the latter, arc elements 8 are installed, of a U-shaped cross section, connecting the adjacent - Spherical ball segments 4 and 5 between them. At the same time, one of the spherical segments 4 is rigidly connected with four arc elements 8. At the intersections of the annular guides 7, stop elements 9 are installed.

The game elements 1 are rigidly connected to the ball segments 5, and the game elements are the 2nd ball segments 4. Such a rigid connection is made during the technological assembly of the puzzle.

In its external form, the puzzle can be performed, for example, in the form of an octahedron or rhombododecahedron

Claims (1)

Turning one layer of game elements relative to another, arrange game elements in accordance with game marks. Claims A volumetric logical puzzle made in the form of a polyhedron having four third-order symmetry axes, containing a ball bearing, moving game elements with game marks formed by cutting the game polyhedron by four planes, respectively, perpendicular to the third-order symmetry axis, and mounted on a ball bearing with the formation of pivot one relative to the other game layers, characterized in that, in order to increase the manufacturability of the manufacture and assembly, the balls and the support contains six quadrangular and eight triangular spherical segments, cut by its four planes, respectively, perpendicular third order symmetry axes and passing through its center, arc elements of a U-shaped cross section, and thrust elements, on the outer surface of the spherical segments, the guide grooves are made, which form four annular guides on the ball bearing in its cutting planes to accommodate the arc elements, and the stop elements are located at the intersection points ring guides, while the game elements are rigidly connected to the corresponding ball segments, and one of the quadrilateral ball segments is rigidly connected to the four arc elements. 1 FIG. five figure 2. Fig.9 FIG. eight FIG. ten