SU1136820A1 - Volumetric logic puzzle - Google Patents

Abstract

VOLUME LOGICAL PUZZLE containing a ball bearing having three mutually perpendicular ring guides, and game elements made as parts of spherical segments installed in ring 3 guides with the possibility of their movement, which is different in order to increase the engagement each of the parts of the spherical segments is divided into parts by at least three mutually perpendicular planes parallel to the planes of symmetry of the ball, which are installed with the possibility of Twi between a posredstvo.m grooves and protrusions, the support has a T-shaped elements arranged at the points of intersection of the intersecting planes and which form guides for the annular pieces spherical segments.

Description

This invention relates to entertaining puzzle games. A well-known three-dimensional logical puzzle containing a ball bearing, having three mutually perpendicular ring guides, and game elements, made as parts of spherical segments, installed in ring guides with the possibility of their movement. 1. The purpose of the invention is to increase the playability of the puzzle. This goal is achieved by the fact that in a three-dimensional logic puzzle containing a spherical support having three mutually perpendicular ring guides and game elements made as parts of spherical segments mounted in ring guides with the possibility of their movement, each of the parts is spherical segments is divided into parts at least three mutually perpendicular planes parallel to the planes of symmetry of the gash, which are installed with the possibility of interaction with each other through tion of grooves and protrusions, the support has a T-shaped elements arranged at the points of intersection of the intersecting planes and which form guides for the annular pieces spherical segments. FIG. 1 shows a logical logic puzzle, general view; in fig. 2 - the same, top view; in fig. 3 - connection of game elements with a support; in fig. 4 - puzzle game elements; in fig. 5 - possible variants of a volumetric logic puzzle.

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A 3D logic puzzle contains game elements 1-3, made as parts of spherical segments of different colors, and a spherical support 4 having T-shaped elements 5 rigidly connected to it. Each of the parts of spherical segments is formed by dissecting a sphere of radius R by a set of three mutually perpendiculars planes parallel to the planes of symmetry of the sphere, at a distance of 0, R and R. Game elements 2 have lateral projections 6, by means of which they interact with side grooves 7 of game elements 1 and 3. T-shaped el The elements 5 are located at the intersection points of the cutting planes and form annular guides for the game elements 1-3. The number of game elements is 72, and the T-shaped elements of the support 38. In order to secure the game elements from displacement relative to the cushion support 4, one of the game elements 2 is rigidly connected to the support. The puzzle game is as follows. In the initial state, the multicolored game elements 1-3 are randomly moved. It is required to place them in accordance with the color by rotating the group of game elements forming a spherical layer around the X, Y and Z axes by angles that are multiples of 90 ° in any direction. In one embodiment of the puzzle (Fig. 5), each of the parts of the spherical segments is formed by cutting a sphere of radius R with a set of three mutually perpendicular planes at a distance of O and R, and in another version at a distance of 0, R, -f R and .

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Claims (1)

VOLUME LOGIC PUZZLE containing a spherical bearing having three mutually perpendicular annular guides, and game elements made in the form of parts of spherical segments mounted in annular guides of the support with the ability to move them, characterized in that, in order to increase the amusement, each of the parts is spherical segments is divided into parts by at least three mutually perpendicular planes parallel to the symmetry planes of the ball, which are installed with the possibility of interaction between each other through grooves and protrusions, while the support has T-shaped elements located at the intersection points of the secant planes and forming ring guides for parts of the spherical segments. Z <Rig. 1 g