A board game apparatus is disclosed. The board game apparatus has a support assembly, a first member rotatably supported by the support assembly, a second member rotatably supported by the support assembly and covering part of the first member, a board member rotatably supported by the support assembly and including a plurality of apertures, the board member covering the first member and the second member, and a raised member rotatably supported by the support assembly above the board member and forming a gap between the raised member and the board member. A first portion of the first member and a second portion of the second member are visible from above the board member through the plurality of apertures.

The present disclosure relates to a multi-game table apparatus and includes a table, with a surface panel configured for a table game. The apparatus further includes at least two table legs, with a top end and a bottom end. The top end of each table leg is connected to the table. The bottom end of each table leg is configured to contact a floor. The apparatus further includes a cross support beam, with a first end and a second end. The first end is connected to one of the table legs. The second end is connected to another of the table legs. The apparatus further includes a miniature golf course, underneath the table. The miniature golf course includes a miniature golf hole that is configured such that a portion of the cross support beam is an element of the miniature golf hole.

A board game apparatus is disclosed. The board game apparatus has a support assembly, a first member rotatably supported by the support assembly, a second member rotatably supported by the support assembly and covering part of the first member, a board member rotatably supported by the support assembly and including a plurality of apertures, the board member covering the first member and the second member, and a raised member rotatably supported by the support assembly above the board member and forming a gap between the raised member and the board member. A first portion of the first member and a second portion of the second member are visible from above the board member through the plurality of apertures.

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.

A three dimensional chess game method and apparatus which features four levels, one square, non-playing surface baseboard and four square sub-levels, one quarter the size of the baseboard, adjacent and above the base board at various heights. Sub-levels are divided into sixteen squares, by combining the squares from all of the sub-levels there are sixty-four possible playing positions. The King, queen, bishop and knight acquire three dimensional movement by using the height difference between sub-levels, and using square placement on each sub-levels as equal, when the king, queen, or bishop land on a square on any sub-level, all sub-levels holds a virtual playing piece on that square location. Three dimensional movement is obtained through rotation around center point of the chess board as the piece moves from sub-level to sub-level and X,Y and Z, movements between sub-levels which is utilized by the knight.

A game utilizes a multi-surface play surface having a plurality of locations defined thereon. A plurality of topographical features are removably attachable to selected ones of the locations to further alter the game play surface. A surface base supports a plurality of light source nodes interconnected by pluralities of light transmitting elements. Light is directed upwardly through the light source nodes. Additionally, selected portions of the game play surface which overlay on top of a light source node define surface locations which include light transmissive elements constructed to avoid blocking the light therefrom. Selected surface features also include light transmissive elements to further avoid blocking light from the light source node and game play surface location. The surface base is formed in two segments and is supported upon a book-like housing which includes a mechanism for raising and lowering one of the surface base segments within the housing to facilitate complete closure thereof.

Provided is a game device which can be used for education, play or the like, in which, when three or more chips having the same colors or shapes are placed in a column by allowing a player to insert the chips having at least two types of colors or shapes into input holes (slots) formed at the upper parts of each column, a game is won. This device may have a shape enabling the game to be played by using one surface and at least two surfaces while rotating a body if necessary, and to a shape enabling the game to be played by further using an upper surface. This device can have a structure enabling a game to be played by placing the chips on the outer surfaces of a cube, and enabling various games to be played by allowing space division to be clarified.

A game utilizes a multi-surface play surface having a plurality of locations defined thereon. A plurality of topographical features are removably attachable to selected ones of the locations to further alter the game play surface. A surface base supports a plurality of light source nodes interconnected by pluralities of light transmitting elements. Light is directed upwardly through the light source nodes. Additionally, selected portions of the game play surface which overlay on top of a light source node define surface locations which include light transmissive elements constructed to avoid blocking the light therefrom. Selected surface features also include light transmissive elements to further avoid blocking light from the light source node and game play surface location. The surface base is formed in two segments and is supported upon a book-like housing which includes a mechanism for raising and lowering one of the surface base segments within the housing to facilitate complete closure thereof.

Chess like board game apparatus designed to visualize certain concepts of science, such as chemistry, physics, and math. The board game apparatus features a plurality of sub levels, which includes a black non transparent base level and four transparent sub levels, labeled one through four. Each sub level is arranged into squares of alternating colors creating a four by four row/column array. Combining the squares from all of the sub level there are sixty-four possible playing positions. Looking at the board as four sub levels, the numerical designation for the row/column square on all sub levels are equal, thus the squares corresponding to that numerical value becomes a possible playing position. The bishop, queen and king, utilizes this rule for movement around the board, while vertical height difference between sub levels creates sixteen extra squares for the knight to utilize.

A board game apparatus is disclosed. The board game apparatus has a support assembly, a first member rotatably supported by the support assembly, a second member rotatably supported by the support assembly and covering part of the first member, a board member rotatably supported by the support assembly and including a plurality of apertures, the board member covering the first member and the second member, and a raised member rotatably supported by the support assembly above the board member and forming a gap between the raised member and the board member. A first portion of the first member and a second portion of the second member are visible from above the board member through the plurality of apertures.