RU1787475C - Three-dimensional logical puzzle - Google Patents

Abstract

The invention relates to logical puzzle games. The purpose of the invention is to increase entertainment. The puzzle game is made in the form of a polyhedron, the six faces of which belong to the faces of the cube, and contains six game elements formed by dissecting the polyhedron by three planes passing through the diagonals of opposite faces of the specified cube and having one line of their intersection. Three non-adjacent game elements are pivotally mounted on the axis of the support and have mounting grooves for interacting with the protrusions of adjacent game elements. The polyhedron has one or more triangular faces that do not belong to the faces of the described cube, and one of the triangular faces is located so that all three cross-sectional planes of the polyhedron pass through it. Layer-by-layer rotation of game elements around the support axes achieves the arrangement of game elements in accordance with the polyhedron shape and game marks. 9 ill. yo

Description

The invention relates to logical puzzle games.

Known volumetric logical puzzle game made in the form of a polyhedron, six faces of which belong to faces, a cube, and containing six game elements interacting with each other through grooves and protrusions and formed by dissecting the polyhedron by three planes passing through the diagonals of opposite faces of the specified cube and having one line of their intersection, and a central support, the intersecting axes of which are located perpendicular to the plane of the cross section of the polyhedron and are pivotally connected with three non-adjacent game elements. The known puzzle allows by layer-by-layer rotation of game elements around the axis of the support to achieve alignment

game elements in accordance with game tags.

However, the known puzzle has the correct geometric shape (cube shape) in the initial state and during the game, while all the faces of the puzzle, as well as the flat shapes that make up each face, are identical in shape and size, which leads to the limited gaming capabilities of the known puzzle.

The aim of the invention is to increase entertainment.

This goal is achieved by the fact that the puzzle game is made in the form of a polyhedron, six faces of which belong to the faces of the cube, and contains six game elements interacting with each other through the grooves / i of the protrusions and formed by dissecting the polyhedron by three planes passing across the diagonals of the opposite

VI

00

Vj

-N 4 SL

faces of the indicated cube and having one line of their intersection, and a central support, the intersecting axes of which are perpendicular to the plane of the polyhedron’s cross-section and articulated with three non-adjacent game elements, the polyhedron has one or more additional triangular-shaped faces that do not belong faces of said cube, wherein one of the triangular faces is located such that all three planes of the cross-section of the polyhedron pass through it.

In Fig. 1, a puzzle game in the form of a polyhedron with one triangular face, a general view; in Fig.2 - its support and game elements; in Fig.3 - the specified puzzle in the game; figure 4 is a variant of the puzzle in the form of a polyhedron with three triangular faces, General view; figure 5 - its support and game elements; figure 6 is a variant of the puzzle of figure 4 in the game; Fig.7 is a variant of the puzzle in the form of a cuboctahedron, a general view; on Fig, 8 - its support and game elements; figure 9 - cuboctahedron during the game.

The puzzle is made in the form of a polyhedron, the six faces of which belong to the faces of the described cube, and contains six game elements formed by dissecting the polyhedron by three planes passing through the diagonals of the opposite faces of the specified cube and having one line of their intersection, and the central support 1 with 2 intersecting each other at angles of 120 ° and located in the same plane perpendicular to the plane of the cross section of the polyhedron. Three non-adjacent game elements are pivotally fixed and the axles 2 and 3 have the insertion grooves, and the other three elements are protrusions 4 for engagement with the grooves 3 adjacent to them game elements.

Depending on the particular embodiment, the polyhedron may have one or more triangular faces that do not belong to the faces of the described cube. Moreover, one of the triangular faces is positioned so that all three planes of the cross section of the polyhedron pass through it. Therefore, in each particular puzzle execution, six of its game elements

. may differ in shape. In particular, the puzzle shown in FIG. 1 comprises three game elements 5 and three game elements 6, Elements 5 are made of two parts 7 and 8 connected,

for example glue. The puzzle shown in FIG. 4 comprises one game element 5 consisting of two parts 7 and 8, two game elements 6, two game elements 9 consisting of two parts 10 and 11, and one

game element 12. The puzzle shown in Fig. 7 comprises three game elements 13, consisting of two parts 14 and 15, and three game elements 16.

Game with puzzles depicted

Figures 1 and 4 consist in changing their shape (Figs. 3, 6), and with the puzzle depicted in Fig. 7, in placing game marks on the faces of the polyhedron by rotating layers of game elements around the axes 2 of the support 1.

Claims (1)

SUMMARY OF THE INVENTION A volumetric logic puzzle game made in the form of a polyhedron, six faces of which belong to faces cube, and containing six game elements interacting with each other by means of grooves and protrusions and formed by dissecting a polyhedron by three planes passing through the diagonals of opposite faces of the specified cube and having one line of their intersection, and a central support, the intersecting axes of which are perpendicular to the plane m cross-sections of the polyhedron and pivotally connected to three non-adjacent game elements, characterized in that, in order to increase amusement, the polyhedron has one silt and several additional triangular faces that do not belong to the faces of the specified cube, wherein one of the triangular faces is located such that all three cross-sectional planes of the polyhedron pass through it. R "gZ L in