Disclosed herein are a method and system for providing card game services. The method includes entering a virtually implemented game room to play a card game provided over the Internet, participating in the card game according to predetermined rules of the card game, setting a betting action depending on a situation of the card game in advance during the card game, and playing the game by automatically entering the set betting action on a relevant turn. The system includes at least one user terminal for playing a card game over an Internet, and a game provision server for implementing a virtual game room, enabling a betting action to be selected during the game through input from the user terminal, and automatically taking the selected betting action on a relevant turn.

Generally described, aspects of the disclosed subject matter are directed to systems and methods for controlling a robot using physical tiles embodied as an interactive robotic game. In accordance with one embodiment of the present disclosure, an interactive game system is provided. The interactive game system generally includes an interlocking game tile having a body, an interlocking component, an automatic data capture device configured for identification of a target position, and a path disposed on the top surface of the tile. The tile provides a surface and route for travel of a programmable robotic device having a body, a microprocessor, a path sensor, and an automatic data capture device reader. The programmable robotic device generally travels along the path of the game tiles to the target position where it interrogates the automatic data capture device of the game tile and performs actions based on the information received.

A domino box has an elongated cuboid shell having a rectangular top and bottom faces and rectangular first and second side faces. The elongated cuboid hollow shell has an elongated cuboid space within the shell. The elongated cuboid space has a rectangular top and bottom faces as well as rectangular first and second side faces. Each of the top and bottom faces of the elongated cuboid space are disposed in oblique relationship to the top and bottom faces of the elongated cuboid shell, each of the first and second side faces of the elongated cuboid space are disposed in oblique relationship to the first and second side faces of the elongated cuboid shell.

A domino box has an elongated cuboid shell having a rectangular top and bottom faces and rectangular first and second side faces. The elongated cuboid hollow shell has an elongated cuboid space within the shell. The elongated cuboid space has a rectangular top and bottom faces as well as rectangular first and second side faces. Each of the top and bottom faces of the elongated cuboid space are disposed in oblique relationship to the top and bottom faces of the elongated cuboid shell, each of the first and second side faces of the elongated cuboid space are disposed in oblique relationship to the first and second side faces of the elongated cuboid shell.

A domino box has an elongated cuboid shell having a rectangular top and bottom faces and rectangular first and second side faces. The elongated cuboid hollow shell has an elongated cuboid space within the shell. The elongated cuboid space has a rectangular top and bottom faces as well as rectangular first and second side faces. Each of the top and bottom faces of the elongated cuboid space are disposed in oblique relationship to the top and bottom faces of the elongated cuboid shell, each of the first and second side faces of the elongated cuboid space are disposed in oblique relationship to the first and second side faces of the elongated cuboid shell.

A domino box has an elongated cuboid shell having a rectangular top and bottom faces and rectangular first and second side faces. The elongated cuboid hollow shell has an elongated cuboid space within the shell. The elongated cuboid space has a rectangular top and bottom faces as well as rectangular first and second side faces. Each of the top and bottom faces of the elongated cuboid space are disposed in oblique relationship to the top and bottom faces of the elongated cuboid shell, each of the first and second side faces of the elongated cuboid space are disposed in oblique relationship to the first and second side faces of the elongated cuboid shell.

A poker tile game includes a plurality of tiles and trays. Each tile is hexagonal and includes a playing side with an image thereon and a non-playing side having an identical background image thereon. The tiles include a first set of 52 tiles, wherein the image on each represents a different card of a standard 52-card deck of French-suited playing cards consisting of a suit and a number or picture, and a second set of tiles, wherein the image on each is a joker representing any card number or image as chosen by a player. The trays have elongated slots therein to hold a randomly-selected plurality of the tiles in a vertical orientation with the non-playing side facing other players.

A poker tile game includes a plurality of tiles and trays. Each tile is hexagonal and includes a playing side with an image thereon and a non-playing side having an identical background image thereon. The tiles include a first set of 52 tiles, wherein the image on each represents a different card of a standard 52-card deck of French-suited playing cards consisting of a suit and a number or picture, and a second set of tiles, wherein the image on each is a joker representing any card number or image as chosen by a player. The trays have elongated slots therein to hold a randomly-selected plurality of the tiles in a vertical orientation with the non-playing side facing other players.

A method of playing a patterned Mahjong game is disclosed, including the following steps: 1) preparing tiles, 2) dealing the tiles for players, 3) flipping a tile first to determine an attribute of the player, 4) flipping a next tile and checking whether a pattern on the next tile flipped is the same as the attribute of the player, 5) performing the next operation in accordance with above step 4) for the next player, and 6) determining a winner. The patterns depicted on the Mahjong tiles of the present disclosure are simple, has knowledge interesting, and combines teaching with entertainment. The patterned Mahjong game can be suitable for different people of all ages to play, and especially younger players can learn the knowledge of the patterns depicted on the Mahjong tiles in the process of playing the game.

A method of playing a patterned Mahjong game is disclosed, including the following steps: 1) preparing tiles, 2) dealing the tiles for players, 3) flipping a tile first to determine an attribute of the player, 4) flipping a next tile and checking whether a pattern on the next tile flipped is the same as the attribute of the player, 5) performing the next operation in accordance with above step 4) for the next player, and 6) determining a winner. The patterns depicted on the Mahjong tiles of the present disclosure are simple, has knowledge interesting, and combines teaching with entertainment. The patterned Mahjong game can be suitable for different people of all ages to play, and especially younger players can learn the knowledge of the patterns depicted on the Mahjong tiles in the process of playing the game.