SU1480835A1 - Three-dimensional logical game - Google Patents

Abstract

The invention relates to puzzle games and allows for an increase in their engagement. Bulk logic game contains game balls with labels, connected in series with each other by means of connection. Each game ball can rotate relative to the axis connecting the centers of these balls, move with a change in the orientation of its axes of symmetry relative to the adjacent ball. The game ball consists of a support unit and game elements installed on it by means of grooves and protrusions with the formation of groups of layers with the possibility of layer-by-layer rotation of these layers one relative to another. Turning the game balls relative to the axis connecting the centers of these balls, and moving them one relative to another with a change in the orientation of its axes of symmetry, as well as rotating the game elements of the game balls in layers, one obtains the ordering of the marks. 2 hp f-ly, 5 ill.

Description

one

This invention relates to entertaining logic puzzles.

The purpose of the invention is to increase entertainment.

Fig. 1 shows a game, a general view, (the longitudinal axis of the means of connecting the gaming balls is perpendicular to the contact plane of the rotatable parts of the reference node); figure 2 is a game ball, a longitudinal section in figure 1; Fig. 3 shows a game, a general view, (the longitudinal axis of the means for connecting the gaming balls is located in the contact plane of the turning parts of the support assembly); figure 4 - the game ball fig.Z; figure 5 - one of the possible common types of games.

The volumetric logical game contains game balls 1 with marks, connected in series with each other by means of connection, with the possibility of mutual rotation of each game ball 1 relative to the axis connecting the centers of these balls and moving each ball 1 with changing the orientation of its axes of symmetry relative to the adjacent ball 1 Each game ball 1 consists of a spherical reference node containing two equally large turning parts 2, and equal game elements 3 that are formed by dissecting the ball. eridianalnymi planes and a plane perpendicular to them and passing through the center

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ball, one of the meridian planes coincides with the contact plane of the rotary parts 2 of the reference node, and the game elements 3 are installed on the basic node by means of the mounting grooves 4 and protrusions 5 with the formation of groups of layers and with the possibility of layer-by-layer rotation of the contact parts of the rotary parts the reference node and passing through its center, and relative to the axis of the playing ball passing through the intersection points of the meridian planes, the game elements 3 are mounted on the reference point le with a gap between the game elements 3 sufficient to move it means compound. Cylindrical recesses can be made on the inner surface, forming in the supporting node a central internal cylindrical cavity 6, the longitudinal axis of which is perpendicular to the contact plane of the turning parts and passes through the center of the supporting node, with the means of connecting two adjacent playing balls 1 comprises a rod 7 with spring-loaded latches 8 placed in cylindrical planes 6 of supporting assemblies of adjacent game balls 1 with the possibility of movement along the components of these planes 6. With the indicated The instructions of the game ball 1 on the plane of contact of the two turning parts 2 of the support unit can be made locking radial grooves 9 for accommodating the connecting rod,

In another possible performance of the game, the rotatable parts of the bearing assemblies of the game balls 1 are made with coaxial mounting holes 10, the longitudinal axis of which is perpendicular to the contact plane of the rotary parts 2 and passes through the center of the supporting node, the axis connecting the turning parts is hollow, and the connecting means is in the form of a flexible link 11 located in a hollow axis. The bend 11 may be closed.

The support assembly of the game ball 1 may contain spring-loaded locking devices 12 for positioning the game elements 3 on its surface, and the game elements 3 may have holes 13 for interacting with the latches 12.

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In the initial position, the marks on the game balls 1 are arranged randomly.

Alternately turning the game balls 1 in the chain and focusing on the development of the game elements 3 in layers, each game ball 1 ensures that the tags are aligned in the game.

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Claims (2)

1. A volume logical game containing game balls with marks connected in series with each other by means of connection with the possibility of reciprocal rotation of each game ball relative to the axis connecting the centers of these balls and moving each ball changing the orientation of its axes of symmetry relative to the adjacent ball , characterized in that, in order to increase the entertainingness, each of the game balls consists of a spherical reference node containing equal equal turning points relative to g ugoy portion and equal-game elements formed by incising the game ball meridian planes and one plane perpendicular to them and passing through the center of the ball, one of the meridian planes coinciding with the plane of contact of the rotating parts of the support node, and the game elements are installed on the support node by means of installation slots and projections with the formation of groups of layers and with the possibility of layer-by-layer rotation relative to the axis perpendicular to the contact plane of the turning parts of the reference node and passing through its center and relative to the axis passing through the intersection points of the meridional planes of the game ball, with the game elements mounted on the support node with a gap between the game elements, sufficient to move the means of connection in it. 2. A game according to claim 1, characterized in that cylindrical recesses are made on the rotary parts of the support assembly on the planes of their contact, forming a central internal cylindrical cavity in the supporting node, the longitudinal axis of which is perpendicular to the contact plane of the turning parts, and passes through Yu FIG. 2 Fi.Z FIG. five