RU55621U1 - VOLUME GAME "TIES-TAC-TOKEN" - Google Patents

Abstract

A three-dimensional tic-tac-toe game is proposed, which contains boards with slots for game elements and fastening means to racks and game elements. The boards are made in the form of plates, the slots are made in the form of ring beads protruding above the surface of the plates, and the fastening means for racks are made in the form grooves extending from the end of each plate and each of which is located between a pair of adjacent nests. The racks are made in the form of a flat rod, with a transverse sectional size variable in length and having grooves corresponding to the grooves of the boards, and the grooves of the rack are made in its parts with a large transverse sectional size. 10 ill.

Description

The utility model relates to games, namely to the game of “tic-tac-toe” conducted in three-dimensional space and can be used to develop mathematical and logical thinking in children of preschool, primary and secondary school age.

A game is known according to the Author's Certificate of the USSR 1780787, 1992, which contains a base with identical racks located on the base in parallel rows in matrix order and game elements.

This game allows you to play voluminous "tic-tac-toe", but the disadvantage of this game is insufficient entertainment due to the small number of game combinations, which is associated with the location of the game element in the horizontal plane that is unchanged during the game. In addition, game chips should have holes for putting on racks, which makes the production of such a game more expensive.

A gaming device is known according to the Copyright Certificate of the USSR 1768198, 1992.

This gaming device allows you to increase the number of game combinations, due to the fact that it uses several racks of boards spaced apart in height, containing seats for the game elements - balls. Thus, a collapsible design is created allowing to play voluminous "tic-tac-toe". However, this gaming device is difficult to manufacture, because each board is made up of several elements, and these elements have a complex spatial structure, and the means of attaching these elements to the racks are unreliable.

The technical problem solved by this utility model is to create a voluminous game “tic-tac-toe” devoid of the above disadvantages and providing simplification of the design, reducing material consumption and increasing the strength of the connection of the individual elements of the game.

This technical problem is solved in that the three-dimensional tic-tac-toe game contains boards with slots for game elements and fastening means to racks and game elements, while the boards are made in the form of plates, the slots are made in the form of ring beads protruding above the surface of the plates, and the fastening means to the racks is made in the form of grooves extending from the end of each plate and each of which is located between a pair of neighboring nests, and the racks are made in the form of a flat rod, with a transverse dimension of and having grooves corresponding to the grooves of the boards, and the grooves of the rack are made in its parts with a large transverse cross-sectional size.

The inner surface of the nests can be made in the form of game elements.

The boards are usually rectangular and have nine sockets for game elements and four slots for connecting to the racks.

Moreover, each side of the board contains only one groove.

Parts of racks with a smaller cross-sectional size are located between the boards in the assembled state of the game.

The above signs provide high manufacturability in the manufacture of game elements, which ensures a reduction in production costs.

All details are unified in contrast to well-known games, which allows you to create any spatial playing field for the tasks.

Moreover, the use of usually four racks in combination with three boards provides high strength of the entire game structure.

The implementation of racks with a variable cross-sectional length is an original solution, because docking slots are located in the wider parts, and the parts with the smallest cross-section are located between the boards in the assembled state of the game, which provides a greater overview of each board and improved player access to the slots of the game elements.

The utility model is illustrated by drawings, which depict on:

figure 1 is a complete game, in isometry;

figure 2 - rack in isometry;

figure 3 - board in isometry;

figure 4 - the possible position of the balls on the upper, middle, lower tier along horizontal lines;

figure 5 - the possible position of the balls on the upper, middle, lower tier along vertical lines;

6 - the possible positions of the balls on the upper, middle, lower tier along the diagonal lines;

Fig.7 - the possible positions of the balls on the vertical lines of the left side face of the structure;

Fig - possible positions of the balls on the vertical lines of the front, inner, back face of the structure;

Fig.9 - the possible positions of the balls on the vertical lines of the right lateral side of the structure;

figure 10 - the possible position of the balls on the diagonals throughout the volume of the structure;

The voluminous game “tic-tac-toe” contains boards 1 made in the form of plates and connected to racks 2, each of which is made in the form of a flat rod with a transverse sectional size variable in length. Boards 1 have slots 3 for game elements 4, made in the form of balls of at least two colors. Each rack 2 has grooves 5 and sections 6 with the smallest cross-sectional size. Moreover, the grooves of 5 racks are performed in its parts with a large cross-sectional size. The board 1 has grooves 7, and the slots are made in the form of annular beads 8, protruding above the surface of the plates of the boards 1. The grooves 7 of the boards extend from the end of each plate to its center and each of the grooves is located between a pair of neighboring sockets.

The inner surface of the nests 3 is made in the form of game elements, which ensures reliable retention of, for example, a ball in the nest. The boards 1 are usually rectangular and have nine sockets 3 under them for the game elements 4 and four slots 7 for connecting to the racks. Moreover, the grooves 7 are placed one on each side of the board 1, and the opposite grooves are arranged obliquely in the boards.

Parts of 6 racks with a smaller cross-sectional size are located between the boards in the assembled state of the game, which provides a larger

An overview of each board and improved access for the player to the slots of game elements.

Assembly and implementation of the game.

In the grooves 5 of one rack 2, three game boards 1 are installed with their grooves 7 until they stop. Then, with the remaining three racks, these boards are fixed on the other three sides as well until they stop. At the same time, it is checked that all parts are held tightly together. Now the design is ready for use.

Purpose of the game: to close as many lines as possible with game elements of your color, for example, balls.

Rules of the game: The game uses all three tiers of construction. You can only put the ball on your turn. If a player violates this rule, then the opponent can remove any of his ball from any playing field. A line is considered occupied if it contains three balls of the same color. One nest at the end of the game should remain unoccupied.

Course of the game: Each player has 15 balls of the same color. The one who will start the game is chosen. He puts the first ball in any nest on any tier. Next, the opponent makes a move. The task of each player is to prevent the other from building lines and at the same time to occupy as many lines as possible. You need to build lines in all projections: on the plane of each tier, along the diagonal of the structure from the lower tier to the upper, from the upper side nest to the lower, etc.

End of the game: When all the nests except one on all three tiers are occupied, the players count the number of lines they built. The winner is the one who collected the largest number of lines.

Types of possible options for constructing lines are shown in figures 4-10.

Claims (5)

1. The voluminous game “tic-tac-toe”, containing boards with slots for game elements and means of attachment to racks and game elements, characterized in that the boards are made in the form of plates, the slots are made in the form of ring beads protruding above the surface of the plates, and the means fastening to the posts is made in the form of grooves extending from the end face of each plate and each of which is located between a pair of adjacent sockets, while the posts are made in the form of a flat rod, with a transverse sectional size variable in length and having grooves from etnye slots boards, racks and slots made in its parts with large cross-sectional size. 2. Volumetric game "tic-tac-toe" according to claim 1, characterized in that the inner surface of the nests is made in the form of game elements. 3. The voluminous game "tic-tac-toe" according to claim 1, characterized in that the boards are rectangular and have nine sockets for game elements and four slots for connecting to the racks. 4. The voluminous game "tic-tac-toe" according to claim 3, characterized in that each side of the board contains only one groove. 5. Volumetric game "tic-tac-toe" according to claim 1, characterized in that the parts of the racks with a smaller cross-sectional size are located between the boards in the assembled state of the game.