SU1470312A1 - Three-dimensional puzzle - Google Patents

Abstract

The invention relates to logic puzzle games and allows for increased entertaining. The spatial puzzle contains a set of six game bars interacting with the formation of a volumetric figure without voids inside it, five of which have mounting grooves and protrusions in the middle part for connecting the game bars, while the protrusion on one of the bars is made rotatable with the possibility of placing it in two positions along and across the bar. Installing the rotary protrusion on the bar along or across it and thus choosing the algorithm for assembling the bars, the steps are assembled into the volumetric shapes . 12 il.

Description

one .

This invention relates to entertaining puzzle games.

The purpose of the invention is to increase entertainment.

FIG. 1 shows a complete puzzle, general view; in fig. 2 - the first game bar; in fig. 3 second game bar; in fig. 4 - the third game bar; in fig. 5 - the fourth game bar; in fig. 6 - fifth game bar; in fig. 7 - the sixth game bar; in fig. 8 - operational assembly of gaming bars into a three-dimensional figure, with a swivel projection rotated across the fifth gaming bar (the sixth gaming bar is conventionally shown); in fig. 9 - operational assembly of gaming bars into a three-dimensional figure with a swivel projection deployed along the fifth gaming bar (the sixth game bar, the bar is not shown); in fig. 10 - preparation; in fig. 1 I - bar table; in fig. 12 is a table of assembling sets of bars.

The spatial puzzle contains a set of six game bars.

I-6 of square section, interacting with the formation of a three-dimensional figure without voids inside it, five of which have mounting grooves and protrusions in the middle part for connecting the game bars to each other. Groove depth and height; The protrusions are equal to half the size of the cross-sectional side of the bar, and the length of the grooves and the length of the protrusions is a multiple of half the size of the cross-sectional side of the bar. The bar 2 with grooves and protrusions is made as shown in FIG. 2, bar 2 - - as in FIG. 2. Bar 3 - as in FIG. 3, bar 4 — as in FIG. 5, bar 5 - as in FIG. b, while the protrusion 7 on the bar 5 is installed 1 with the possibility of rotation and placing it in two positions along and across the bar. The bar 6 has no grooves and protrusions and is made as shown in FIG. 7

In a different version of the game, instead of bar 5 with a swivel protrusion 7. two different bars can be used. On one m bar in this case, the protrusion is placed along the bar, and on the other m across the bar. .VioryT also be used two

with:

a set of bars for assembling two identical three-dimensional figures, with the bars shown in FIG. 2-5, 7, and a bar with a projection rotated across its longitudinal axis, and the other kit includes the bars shown in FIG. 2-5, 7 and a bar with a protrusion turned along its longitudinal axis.

For the manufacture of two sets of bars, 12 blanks are needed. The shape of the workpiece has a square section with a size of 2x2.

On the workpiece, which consists of 24 volumetric units, marked with the numbers 10 of them. Delete in accordance with the table a certain set of these volumetric units, from the blank we get the bars we need.

The table shows how to get all the bars, i.e., which marked volumetric units to remove from the workpiece in order to get the necessary bars. The bars with numbers 1-5 must be made two, for each shape it has its own, bar 6 belongs to one set, bar: 7 - to another set.

The position of each bar in the assembled figure is indicated by letters on one end of the bar (figure 1). Assume that the right end of each manufactured bar is marked in the same way (Fig. 10). With these designations, all four possible ways of assembling the figures of both sets are given in the table (Fig. 11). The table for each assembly and each bar indicates the location and orientation in the assembled figure. Suppose that for the third possibility of assembly, we need to find out how bar 5 is located in the figure. From the third column of FIG. 12, we find out that for bar 5 it is S, this means that the marked end of bar 5 coincides with the place marked with letter B. If, when marking the position of the bar, it is absent, then the positions of the marked ends are opposite.

0

i5

25 30 35 Substituting bar 5 in the shape into its place, we can uniquely identify the inner and opposite outer face of the bar, as in the assembled shape, the grooves of the bars are not visible from the outside. For all cases, the assembly of the figures can be done in the following order: bar D is attached to bar D, E and F bars are attached to them, which are fixed with bar C. The assembly ends by placing bar A in place, 1st bar coincides with the blank .

You can, without changing the protrusions, change the length of the bars and the location of the projections.

In the initial position, the game bars do not interact with one another. Turning one of the positions of the swivel protrusion on the fifth bar, an operational assembly of the bars into a three-dimensional figure is carried out. Then, having disassembled the three-dimensional figure and turning the rotary protrusion on the fifth bar to another position, the three-dimensional figure is assembled by another algorithm.

Claims (1)

Invention Formula A spatial puzzle containing a set of chips of game bars interacting to form a three-dimensional figure without voids inside it, five of which have mounting grooves in the middle part and protrusions for connecting the game bars to each other, in order to increase entertaining, One of the five bars with mounting grooves and protrusions is made as shown in FIG. 2, the second bar as in FIG. 3, the third bar as in FIG. 4, the fourth bar - as in FIG. 5, and the fifth bar is made as shown in FIG. 6, and this protrusion on the fifth bar is pivotally mounted and placed in two positions along and across the bar. L / L7 / 7 / 2 Z71 / / l / . H / /  FIA.Z (rig 5 7 H at FIG. eight Fie.9 FIG. AND Compiled by A. Kosorukov Editor S. PatrushevTehred I. VeresKorrektor M. Vasilyeva Order 1377/6 Circulation 372Subscription VNIIPI State Committee for Inventions and Discoveries at the State Committee on Science and Technology of the USSR P3035, Moscow, Zh-35, Raushsk nab., D. N / 5 Production and Publishing Combine Patent, Uzhgorod, ul. Gagarin, 101 Fi.Y. phage. 12