Provided are a chopsticks handling game device capable of supporting not only the pinching of objects of various sizes but also a stabbing and cutting operation using the chopstick tips and a gaming method using the same. The chopsticks handling game device of the present invention includes a combination of a pair of chopsticks and a plurality of rings having different outside diameters, wherein the plurality of rings can be concentrically arranged in accordance with the size of the outside diameter. The gaming method of the present invention comprises lifting rings by pinching the outer circumferential sides of concentrically arranged rings with the tips of a pair of chopsticks sequentially from the outermost ring to the innermost ring and concentrically rearranging the rings in an adjacent position.

A game machine, comprising a housing with a plurality of upright walls, said housing being adapted to accommodate playing means, in particular pick-up means for picking up one or more objects; said upright walls of the housing comprising at least one translucent or semi-transparent panel; a pattern or array of single-color LEDs being provided on the inner side of the housing behind said at least one translucent or semi-transparent panel, said single-color LEDs being connected to a controller for controlling the combination and blending of red, blue and green colored single-color LEDs, said controller and said at least one translucent or semi-transparent panel being adapted to impart a determined impression of color to the at least one panel.

The present invention is directed to an arcade game with a rotating playing field and a radially projecting mechanism for moving targets located on the spinning mechanism board. Having the mechanism be radially projecting allows for more players by reducing the playing area that each player occupies. In a first embodiment, the player uses a vacuum mechanism. In another embodiment, the player uses a pusher to direct targets or prizes off the playing field in the radial direction. The pusher mechanism can push the targets toward the player (into a retrieval bin) or off the playing field at the center of the game. In a preferred embodiment, the game automatically replaces each displaced target with a new target so that the game always maintains the same number of targets on the playing field.

The present invention is directed to an arcade game with a rotating playing field and a radially projecting mechanism for moving targets located on the spinning mechanism board. Having the mechanism be radially projecting allows for more players by reducing the playing area that each player occupies. In a first embodiment, the player uses a vacuum mechanism. In another embodiment, the player uses a pusher to direct targets or prizes off the playing field in the radial direction. The pusher mechanism can push the targets toward the player (into a retrieval bin) or off the playing field at the center of the game. In a preferred embodiment, the game automatically replaces each displaced target with a new target so that the game always maintains the same number of targets on the playing field.

An arcade game with that allows a player to control the game using a video feedback plus a tactile response is provided. A player must use the video feed for controlling the game, and the video feed can be transmitted from a remote location. The video signal can be transmitted via the internet, a wireless connection, or a wired connection.

A system to rapidly set up new claw machines for different styles of prizes, while also providing an excellent player experience through dynamically changing claw machine behavior through machine learning algorithms. These systems can be readily installed on most any crane machine by replacing the controller card. The system is configured by means of a control wand physically connected to the controller. Teaching the machine about the prize is accomplished by physically inserting a sample prize into the grabber, and executed a command via control wand to tell the machine to learn. Once configured and taught the prize, the machine is autonomous, and will maintain its programmed profit margin throughout the prizes dispensed by learning player behavior and making adjustments after each play.

The present invention is directed to an arcade game with a rotating playing field and a radially projecting mechanism for moving targets located on the spinning mechanism board. Having the mechanism be radially projecting allows for more players by reducing the playing area that each player occupies. In a first embodiment, the player uses a vacuum mechanism. In another embodiment, the player uses a pusher to direct targets or prizes off the playing field in the radial direction. The pusher mechanism can push the targets toward the player (into a retrieval bin) or off the playing field at the center of the game. In a preferred embodiment, the game automatically replaces each displaced target with a new target so that the game always maintains the same number of targets on the playing field.

The present invention is directed to an arcade game with a rotating playing field and a radially projecting mechanism for moving targets located on the spinning mechanism board. Having the mechanism be radially projecting allows for more players by reducing the playing area that each player occupies. In a first embodiment, the player uses a vacuum mechanism. In another embodiment, the player uses a pusher to direct targets or prizes off the playing field in the radial direction. The pusher mechanism can push the targets toward the player (into a retrieval bin) or off the playing field at the center of the game. In a preferred embodiment, the game automatically replaces each displaced target with a new target so that the game always maintains the same number of targets on the playing field.

A playing card game machine with an anti-cheat device includes a shuffling machine and a robotic arm. The shuffling machine includes a drive mechanism to drive a movable board having a through hole to move left and right. The robotic arm is provided with a suction cup. The suction cup passes through the through hole of the movable board to suck playing cards. The movable board is provided with a sensing seat. The periphery of the sensing seat is provided with infrared receivers arranged in at least three directions. The infrared receivers of the sensing seat can sense an external infrared ray and prevent the playing cards from being marked, so that the player is unable to know the suit and numeric of the playing card passing through the through hole to bring a fair competition in the game. An infrared transmitter is provided to achieve a self-check.

A prize acquisition game device includes: a prize display case that includes a casing defining a game space in which prizes are displayed; a prize acquisition device that moves in the game space to acquire the prizes; and a control panel that includes an operation device that receives an input to operate movement of the prize acquisition device. The prize display case further includes: a door that is disposed on a front side of the prize display case and opens and closes the game space, and a placing base that is disposed below the door, the placing base has a top surface, a front surface, an edge formed by the top surface and the front surface, and a support that is formed on the top surface and supports the door from below, and a cover that covers at least a portion of the edge.