RU18050U1 - VOLUME LOGIC PUZZLE - Google Patents

Abstract

Volumetric logic puzzle made in the form of a ball and containing game elements formed by dissecting the ball by meridional planes and planes perpendicular to its central axis passing through the poles and installed with the possibility of layer-by-layer rotation about the central axis, characterized in that on the plane of the ball are formed parallel to each other to each other, vertically annular and horizontally annular T-shaped grooves, at the intersections of which legs are set, held by T-shaped grooves and made in the lower part in the form of a sphere with the radius of the ball, and the upper part of the leg is made in the form of a cylinder, to which game elements are attached with screws, which can be moved along parallels and meridians, and game elements make up the whole picture of the globe.

Description

2000129430

krrch-g-t-MPK A 63 F 9/08

Volumetric logic puzzle

The utility model relates to entertaining puzzle games and can be used to develop logical thinking of players, spatial and creative imagination, and consolidate students' geographical knowledge.

Closest to the puzzle of the same purpose as the claimed puzzle by the totality of features is a volume logical puzzle made in the form of a ball containing game elements formed by dissecting the ball by meridional planes perpendicular to the central axis passing through the poles (see author's certificate . USSR. No. 1452535, class A 63F 9/08, 1989), adopted as a prototype.

The disadvantages of the utility model include the fact that the well-known volumetric logic puzzle has a complex structure, great complexity in manufacturing, difficulty in assembling game elements, and causes little interest in solving it.

The essence of the utility model is as follows:

The claimed utility model is aimed at solving the problem of simplifying the design, increasing amusement, increasing interest in its solving and widespread use in visual teaching aids of geography and logic. The technical result - the expansion of gaming capabilities, simplifying the design of volumetric logic puzzles.

The specified technical result is achieved in that a volumetric logical puzzle made in the form of a ball and containing game elements formed by dissecting the ball by meridional planes and planes perpendicular to its central axis passing through the poles and installed with the possibility of layer-by-layer rotation about the central axis, and on the plane the balls are formed parallel to each other vertically annular and horizontally annular T - shaped grooves,

at the intersections of which legs are set, held by T-shaped grooves and made in the lower part in the form of a sphere with the radius of a ball, and the upper part of the leg is made in the form of a cylinder to which game elements are attached with screws, which can move along parallels and meridians. At the same time, game elements make up the whole picture of the globe.

The drawings show: Figure 1 shows a General view of a three-dimensional logical puzzle; in FIG. 2 general view of the 5th and 6th game element; in FIG. 3 top view of the installed parts of the north (or south) pole; in FIG. 4 section along AA; in FIG. 5 side view of the inner ball and conditionally meridians and parallels; in FIG. 6 knot C;

Information supporting the possibility of carrying out the invention to obtain the above technical result is as follows:

Volumetric logic puzzle freely loosening on the rack 1 and made in the form of a ball 2 having grooves 3 on the plane and containing an outer shell that is cut into 48 game elements. Game elements 4. 5, and 6, are fastened with screws 1 on the upper cylindrical parts of 8 legs 9. On the plane of the ball 2, vertically annular and horizontally annular T-shaped grooves 3 parallel to each other provide annular rotation in the hemispheres when the game elements move 4, 5 and 6. Moreover, at the intersections of these grooves 3, which allow the game elements to move in any direction along the grooves 3, legs 9 are installed, made in the lower part in the form of a sphere with the radius of the ball 2. The outer shell, which has a full Earth map on the plane ball 10, cut, for example, into 48 game parts (game elements) along the meridional (180, 135, 90, 45, 0, -15. -90, -135) and parallel (0, along the southern and northern 30 and 60) geographical marks And: even elements 4 and 5

By logical reasoning and rotation of the game elements 4, 5 and 6, it is necessary to restore their original position and the real appearance of the picture of the globe, which was previously changed.

Moving game elements 4, 5 and 6 in layers relative to the central axis of the ball (along 0, south and north 30, 60 parallel planes), and also turning them in hemispheres along the meridional planes (along 0, 90, 180, -90 meridional sections) by an angle 180 ° and angles multiple to it, game elements are interchanged and set in accordance with the marks on their surface and drawings of the picture of the globe.

With the correct installation of all game elements 4, 5 and 6, a real view of the picture of the globe is obtained. If the installation of game elements 4, 5 and 6 is not correct, then it is necessary to continue moving the game elements 4, 5 and 6 until the peck picture of the earth’s world does not correspond to the standard map of the globe.

Vice-rector for HP /// $ ЈяЈе2 & $ С KlimochkinYUN

RSGSS Ј3 &

Claims (1)

Volumetric logic puzzle made in the form of a ball and containing game elements formed by dissecting the ball by meridional planes and planes perpendicular to its central axis passing through the poles and installed with the possibility of layer-by-layer rotation about the central axis, characterized in that on the plane of the ball are formed parallel to each other to each other, vertically annular and horizontally annular T-shaped grooves, at the intersections of which legs are set, held by T-shaped grooves and made in the lower part in the form of a sphere with the radius of the ball, and the upper part of the leg is made in the form of a cylinder, to which game elements are attached with screws, which can be moved along parallels and meridians, and game elements make up the whole picture of the globe.