SU1227223A1 - Volumetric logic puzzle - Google Patents

Description

one

The invention relates to entertaining puzzle games and contributes to the development of logical thinking and spatial imagination in the players.

The purpose of the invention is to increase the entertaining puzzle, the development of the logical target and spatial imagination of the players.

FIG. 1 shows an example of a three-dimensional puzzle made in the form of a ball, a general view; fig. 2 - the same, top view; in fig. 3 - the same, with permission

see me; in fig. 4 - the same top view

with cuts; in fig. 5 - an example of the rotation of the game elements of the corresponding game elements of the third sa ball around the Z axis; in fig. 6 - the same, with a cut; in fig. 7 - the application of rotation of the GAME elements of the left half of the ball around the X axis; in fig. 8 the same, with a cut; in fig. 9 is an example of rotation of the game elements of the 4th core ball around the Z axis, with a slit; in fig. 10- game elements of the first (seventh), second (sixth), third (p that) and fourth according to the puzzle; in fig. 11 - volume puzzle without shell, general view; in fig. 12 - the same, top view; FIG. 13 shows a section A-A in FIG. 2j in FIG. 14 - support, general view; in fig. 15 - part of the spherical surface sweep; in fig. 16 - the same, left view; in fig. 17 is a section BB in FIG. 15; in fig. 18 is a sectional view BB in FIG. 15; in fig. 19 - an example of a small three-dimensional logic puzzle, made in the form of a ball, general view; in fig. 20 - the same, top view; in fig. 21 - an example of rotation of the upper half of the ball around the Z axis; in fig. 22 is an example of rotation of the left half of the ball around the X axis; in fig. 23- small volumetric logical HOLY-ELEMENT without shell, general view; in fig. 24 - the same, top view; in fig. 25 is a section of YYY in FIG. 20; in fig. 26 - a support of small volume: oh logical puzzle, general view; in fig. 27 - variants of the shell of the game element of a small volume logic puzzle.

A solid logic puzzle is made in the form of a ball and contains a support, game elements and connecting elements. Each game element of the first (seventh), second (sixth), third (p that) and fourth

The board consists respectively of shells 1-4 and a corresponding base 5-8 rigidly connected to it.

Connecting elements 9-12 are intended for interconnecting the game elements of the first (seventh), second (shchest), third (fifth) and fourth post, respectively. The connecting elements 13-15, located between the first and second (seventh and shchestym), second and third (sixth and fifth), third and fourth (fifth and fourth) themselves, are intended for

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by Sov. All connecting elements are placed in the grooves 16 inside the game elements. The connecting elements 13-15 have recesses 17 under the corresponding protrusions 18 of the shells 1-3, Axis 19, rigidly connected through the center 20 and the rod 21 with the main 8, forms a support.

For a small three-dimensional logic puzzle, all connecting elements 22 are the same, and one connecting element 22 has a recess 17 under the protrusion 18 of one shell 23. This connecting element 22 is located in the groove 16 of the base 24 rigidly connected through the rod 25 and the center 26 with the axis 27 forming a support. This formulation of a single connecting element 22 with a recess 17 eliminates the displacement of the rest

During the rotation of the game elements around the Z axis. The small volumetric logical puzzle has four round axial connecting elements 28. The presence of the connecting elements 28 is explained by an even number of puzzle pieces. The shells 23 are the same, except for one, having a protrusion 18 for the depression 17 of the connecting element 22. The same and the base 24, except for the base 24, are rigidly connected to the support.

The construction of a small three-dimensional logic puzzle allows you to rotate its half around the x, y, and z axes by a multiple of 90. The puzzle can be completed as a small ball or as a small cube. The shape of the puzzle depends only on the shape of the shell 23.

In the proposed logic puzzle (figure 1) the number of ball seg0

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cops should be even, namely 2, 4, 6 and 8. The number of owls can be HeorpaHH4eHHLTM, and the most expedient is 7-8 by Sov. In the case of an even number of pulls in the puzzle, connecting elements 28 common to the segment and clear groups should be used.

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Shells 1-4 can be numbered or painted on by themselves or segments in different colors. You can apply a single pattern to the surface of the shells, increasing the fun of the puzzle.

 The principle of the game is as follows.

When rotated around the Z axis, a randomly selected, especially 3rd top, simultaneously with a group of game elements of this band, formed by shells 3 and bases 7, rotate around the Z axis, moving along slots 16, connecting elements 11 and 15. With this rotation, all other elements of the puzzle will be fixed. Rotation along sa is performed at any angle until the segmental boundaries of the shells 3 overlap with the segment boundaries of the shells 2 and 4

When rotated around the Z axis of the 4th station, the parts 19, 20 and 21, which form the support, and the connecting elements 12 located in the slots 16 of the game elements, rotate simultaneously with the group of game elements of this stage. The connecting elements 15, which are connected to the gaming elements of the 3rd and 5th gaps by means of the recesses 17 and the protrusions 1B, remain stationary, slipping along the grooves 16 of the gaming elements of the 4th route.

When you rotate an arbitrarily selected half of the gaming elements BOC-- or by any of the Y, P, X, or g axes 180, e.g. at the same time, half of the connecting elements 13-15 and three groups of connecting elements 9-12 will rotate around the X axis, and five groups of connecting elements 9-12 will be fixed by the axis 19 of the support, since the axis 19 through the center 20 and the rod 21 is rigidly connected to base 8, located 27223

Noah on the right (fixed in this case) half of the ball.

After turning the game elements at random several times all the colors or

5, the pattern is confused. By logical reasoning and turning the game puzzle elements around the X, Y, P, g and Z axes of neo5, we need to focus on the chaotic arrangement of colors, or

0 translate them in advance given,

or restore the original pattern. The principle of the small volume puzzle is the same. When the upper half of the ball rotates around the Z axis simultaneously but with the group of the Game elements of this half, the connecting elements 22 belonging to the upper half of the ball rotate around the axis, four connecting elements 28, axis 27, the center

20 26 n rod 25. Rotation around the Z axis is performed at any angle that is a multiple of 90 ..

When turning around the X axis of the left half of the ball simultaneously with the group

25 of the game elements of this half are rotated around the X axis of the connecting elements 22, as well as the connecting element 28 belonging to the left half of the ball. The remaining connectors JQ elements 22 and 28 will be: fixed by the axis 27 of the support, since the axis 27 through the center 26 and the rod 25 is rigidly connected to the base 24 located on the right (fixed in this case) Head of the ball. Rotation around the X axis is performed at any angle that is a multiple of 90.

After the turns of the game elements of the ball at random, all the colors are confused-- with. By logical reasoning and turning the game elements around the X, Y and Z axes, it is necessary to restore the original arrangement of colors. The present invention allows to increase the interest of a volume logic puzzle, promotes the development of logical thinking and spatial imagination among the players. In addition, it allows a variety of. break the shape of the puzzle by changing the shape of the shells 1-4. Thus, for example, instead of a ball, the puzzle may be in the form of an ellipsora of rotation, hyperbloid and rotation, a cylinder, an C-cylinder and the like. Such a variety of shapes also increases the fun of the puzzle.

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Editor I. Segl Peak

Compiled by I.Goldmak Tehred L.Oleinik:

Order 2237/5 Circulation 406Subscription

YNIIPI USSR State Committee

for inventions and discoveries 13035, Moscow, Zh-35, Raushsk nab., 4/5

Production (no-lo, pi1-raficheskoe enterprise, Uzhgorod, Projecto st., 4

Corrector 0.Lugov

Claims (1)

A VOLUME LOGIC PUZZLE containing a support formed by dissecting a puzzle figure by at least three mutually perpendicular planes parallel to the plane of symmetry of the figure, and game elements mounted with the possibility of movement, contacting each other by internal faces, each of which consists of a base and a shell, and one of which are rigidly connected to the support, and connecting elements for interconnecting adjacent game elements, it is clear that, in order to increase entertainment, the main you adjacent game elements in contacting zone adapted to one another otkrytymi'navstrechu grooves forming channels in ploskostyah.rassecheniya puzzle shapes to accommodate connecting elements to form a guide for moving the game pieces. fie. 1st ju <1st ju no.