A game comprises a matrix that includes a central core and a plurality of stems emanating from the central core, with the lengths of the stems and the orientations of the stems such that the outer ends (or terminals) of the stems are on the surface of a cube, and playing pieces for attachment to the outer ends (or terminals) of the stems.

A mechanical game assembly configured to provide the game of Tic Tac Toe is provided. The game assembly may include a first surface including openings forming a 3×3 grid, and a second surface including openings forming a 3×3 grid. The player makes a gameplay move by placing a player game piece in an opening on the first surface, and implements a corresponding game assembly move by placing an assembly game piece in an opening on the second surface.

Building blocks that facilitate configuration and assembly of playing pieces, in shapes of stair-like or clusterable edge-connected partially or fully cube-shaped pieces, are provided. According to a particular configuration of blocks, a main sub-block in the shape of half-cubes is provided, with multi edge-connectivity formation means/possibilities. The edge connectivity possibilities of the provided half-cubes are mainly implemented for the purpose of assembling and configuring clusterable stair-like playing pieces including multi-edge- and/or face-connectable cubes.

A tier-on-tier multiple level jigsaw puzzle comprised of varying thickness and irregular interlocking pieces which, when assembled, form an image with visible surfaces in relief relative to the tabular surface. The puzzle is formed of a lower, base puzzle and an upper puzzle, which when combined have variable distinct surfaces and variable thickness with planar and/or textured surfaces to result in a raised relief 3D effect. The specific mix of individual pieces exhibiting variable thicknesses & distinct surfaces enhances enjoyment by adding strategic elements to puzzle assembly and optimizes the quality of the image.

A challenging set of two-player (or multi-player) games of skill with increased levels of difficulty that greatly enhance the players' abilities to visualize in 3-D. The games can also be developed to be played electronically and on-line. The basic objective of the game components of the present invention is to adapt 2-D board game surfaces into 3-D cylindrical configurations. By bending a 2-D board game into 3-D and connecting it back onto itself, additional skills associated with 3-D visualization are required of the players. A variety of traditional 2-D board games are translated into 3-D cylindrical board game structures and methods. In its basic form, the game method of play involves two players alternately placing game pieces into apertures on the cylindrical game board. Although most of the games associated with the objective of the present invention are two-player games, a variety of multi-player games are also possible.

A mechanical game assembly configured to provide the game of Tic Tac Toe is provided. The game assembly may include a first surface including openings forming a 3×3 grid, and a second surface including openings forming a 3×3 grid. The player makes a gameplay move by placing a player game piece in an opening on the first surface, and implements a corresponding game assembly move by placing an assembly game piece in an opening on the second surface.

The invention provides a three-dimensional game board, comprising at least two tiers of board frames arranged up and down, each tier comprising at least one square frame, the size of each square frame in each tier varying, and on each square frame, a position for setting a piece being provided on each of four corners and on the midpoint of each of four sides; four support frames are arranged among the square frames in each tier of the board frame, which connect the positions at the midpoints of corresponding sides of each of the square frames to form a three-dimensional game board.

The challenge to myself was to create a game that would negate my three dislikes in playing the “age old” Tick-Tac-Toe game. #1 dislike: The Tick-Tac-Toe game usually ends in a tie/stalemate, boring! #2 dislike: Whoever goes first in the Tick-Tac-Toe game, controls/dominates the game, being a bully. #3 dislike: The Tick-Tac-Toe game comes to an end too quickly without a chance to use mental extended strategy, not challenging enough.

“Bottom Line:” in Stackable-3D-Tick-Tac-Toe, there is always a winner, Stackable-3D-Tick-Tac-Toe is a “winner” of a game and a helpful, healing Therapy Board!

Endorsement: Richard McCracken has developed an awesome “Stackable 3D Tic Tac Toe Board” which can be utilized as a vertical game board or as a functional activity. This board game is unlike anything I have seen in 20 years practicing as an occupational therapist.

I utilize this game daily to promote fine motor coordination, strength, and pinch strength.

Disclosed are a multi-dimensional baduk board and an online multi-dimensional baduk system implemented to have a plurality of baduk faces and to play baduk in a more diverse and interesting way, having the advantage of overcoming the limitations of a two-dimensional baduk board in the related art to give more interest to users than baduk in the related art and being helpful in terms of developing a user's brain, and having an effect that it is possible to play multi-dimensional baduk online by using such a baduk board structure.

An intelligent Score Four, comprising: chess pieces and a chessboard. The chessboard comprises an upper panel, an electronic element, and a power supply. The upper panel is provided with several movement intervals where L layers of chess pieces can be stacked; the movement intervals are arranged in an array of M rows and N columns; L, M, and N are all natural numbers greater than or equal to 4; the electronic element comprises a monitor, a processor, and an alarm device. Each movement interval is accordingly provided with a monitor. An output end of the monitor is connected to an input end of the processor. An output end of the processor is connected to the alarm device. The monitor is configured to monitor the variation value of the number of chess pieces in the movement interval). The processor determines the alignment state and the spatial position state of the chess pieces.