SU1618432A1 - Three-dimentional logical puzzle - Google Patents

Abstract

The invention relates to puzzle games and allows for increased entertaining. The puzzle is made in the form of a ball and contains a spherical magnetic hollow support and game elements mounted on a support that can be moved with a base made of a ferromagnetic material. The game elements are formed by cutting the ball in four groups of planes. The first group consists of three mutually perpendicular planes passing through the center of the ball, and the second consisting of three pairs of planes passing through the center of the ball, each pair passing through the intersection points of two of the planes of the first group at an angle of 45 °. to these planes and perpendicular to the third plane of the first group. The third group consists of three pairs of intersecting planes, each pair of which is parallel to one of three mutually perpendicular planes of the first group. The planes that make up this pair are equidistant from the corresponding plane of the first group. The fourth group consists of four pairs of planes, each plane of which passes through the intersection points of three planes of the first group with three mutually perpendicular planes of the third group, each pair of planes perpendicular to the three planes of the second group belonging to different pairs. All game elements have their own color, and by shifting and changing their places you can swap one combination of color labels for another. 1 il.

Description

The invention relate to puzzle games.

The purpose of the invention is to increase entertainment.

The drawing shows a puzzle, a general view.

The body logic puzzle is made in the form of a ball and contains a hollow spherical support 1 made of antifriction material, on the inner surface of which uniformly fixed with a gap 2 permanent magnets 3 rigidly attached to the antifriction material. On the support 1, game elements 4 with a base 5 of ferromagnetic material are mounted for movement, which are formed by cutting the ball into four groups of planes, one of which consists of three mutually perpendicular planes passing through the center of the ball, and the other of three pairs passing through the center spheres of planes, each pair of which passes through the intersection points of two of the planes of the first group at an angle of 45 ° to these planes and perpendicular to the third plane of the first group. The third group consists of three pairs of intersecting planes, each pair of which is

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parallel to one of the three mutually perpendicular planes of the first group, the planes constituting this pair are equidistant from the corresponding plane of the first group, and the fourth corpse contains four pairs of planes, each plane of which passes through the intersection points of the three planes of the first group with three mutually perpendicular adjacent planes of the third group, each pair of planes perpendicular to the three planes of the second group belonging to different pairs.

The game is as follows.

Sequentially turning one of the groups of game elements 4 relative to the remaining game elements 4 along one of the cutting planes moves them along the surface of the puzzle.

All game elements have their own color, and in places game elements can create different patterns on the surface of the puzzle.

F o r mula inventions

A three-dimensional logical puzzle, made in the form of a ball and containing a spherical magnetic hollow support and game elements mounted on a support that can be moved from the base

ferromagnetic material formed by cutting a ball into three groups of planes, one of which consists of three mutually perpendicular planes passing through the center of the ball, the second consists of three pairs of planes passing through the center of the ball, each pair passing through the intersection points of two of the planes of the first group at an angle of 45 ° to these planes and perpendicular to the third plane of the first group, and the third group consists of three pairs of intersecting planes, each pair of which is parallel to one Of the three mutually perpendicular planes of the first group, the planes constituting this pair are equidistant from the corresponding km of the plane of the first group, which is so that, in order to increase its engagement, it is cut by an additional group of four pairs of planes with the formation of additional the game elements, wherein each additional plane passes through the intersection points of the three planes of the first group with three mutually perpendicular adjacent planes of the third group, each pair of planes The axis is perpendicular to the three planes of the second group belonging to different pairs.

Claims (1)

The claims 25 A volumetric logic puzzle made in the shape of a ball and containing a spherical magnetic hollow support and game elements with a base of ferromagnetic material mounted on a support with the possibility of moving, formed by dissecting the ball by three groups of planes, one of which consists of three mutually perpendicular planes, passing through the center of the ball, the second consists of three pairs of planes passing through the center of the ball, each pair of which passes through the intersection points of two of the planes of the first group at an angle m 45 ° to these planes and perpendicular to the third plane of the first group, and the third • group consists of three pairs of intersecting planes, each pair of which is parallel to one of the sin mutually perpendicular planes of the first group, while the planes making up this pair are equidistant from the corresponding plane of the first group, characterized in that, in order to increase the amusement, it is dissected by an additional group of four pairs of planes with the formation of additional game elements, each of which olnitelnaya plane passes through the intersection point of the three planes of the first group with three mutually perpendicular planes adjacent the third group, each pair of planes perpendicular to the three planes of the second group, belonging to different pairs.