A method of operating an electronic basketball scoreboard apparatus is disclosed. The method includes receiving a game parameter; operating a basketball game based upon the received game parameter; receiving a first indication of a ball passing through a first basketball hoop; receiving a second indication of a ball passing through a second basketball hoop; determining a first score of the basketball game based on the first indication from the first score sensor; determining a second score of the basketball game based on the second indication from the second score sensor; recording video of the basketball game; transmitting the recorded video; and transmitting the first score and the second score.

The present disclosure provides a game scoring and tracking system, including a playing surface, a projectile, a central unit, at least one speaker, a first corner illuminated indicia, a second corner illuminated indicia, a third corner illuminated indicia, a fourth corner illuminated indicia, a first goal, and a second goal. The first goal and the second goal are configured to receive the projectile from the playing surface. The first goal and the second goal each include an at least one sensor communicatively coupled to the central unit. The at least one sensor detects the projectile entering the applicable goal. The at least one speaker outputs various sounds and the first corner illuminated indicia, the second corner illuminated indicia, the third corner illuminated indicia, and the fourth corner illuminated indicia illuminate in numerous sequences to indicate the status of a game event.

A wireless electronic table game scoreboard is disclosed. An example scoreboard apparatus includes a data transmission module in wireless communication with a user device and configured to wirelessly receive a plurality of game parameters from the user device. The apparatus also includes a score sensor configured to detect a ball passing through a basketball hoop. The apparatus further includes a game execution module configured to operate a basketball game based upon the plurality of received game parameters and record a score of the basketball game based on signals received from the score sensor indicative of the ball passing through the hoop. Additionally, the apparatus includes a camera configured to record video of the basketball game. The data transmission module is configured to transmit the recorded video of the basketball game to the user device in connection with the recorded score.

The present disclosure provides a game scoring and tracking system, including a playing surface, a projectile, a central unit, at least one speaker, a first corner illuminated indicia, a second corner illuminated indicia, a third corner illuminated indicia, a fourth corner illuminated indicia, a first goal, and a second goal. The first goal and the second goal are configured to receive the projectile from the playing surface. The first goal and the second goal each include an at least one sensor communicatively coupled to the central unit. The at least one sensor detects the projectile entering the applicable goal. The at least one speaker outputs various sounds and the first corner illuminated indicia, the second corner illuminated indicia, the third corner illuminated indicia, and the fourth corner illuminated indicia illuminate in numerous sequences to indicate the status of a game event.

Disclosed is a ticket outputting game machine. The ticket outputting game machine includes a body having guide rails formed on a top surface thereof, a hitting portion formed on a front end of the guide rails, and a handle controlling a hitting force of the hitting portion on a front surface thereof, ticket display devices installed in a zigzag structure on both sides of the guide rails, and a ball position determination portion determining a held position of a ball between the guide rails to hit the ball by the hitting portion such that the ball moves along the guide rails and is held at a position determined by the ball position determination portion and the number of tickets displayed on the ticket display device corresponding to the position of holding the ball are output.

The present disclosure provides a game scoring and tracking system, including a playing surface, a projectile, a central unit, at least one speaker, a first corner illuminated indicia, a second corner illuminated indicia, a third corner illuminated indicia, a fourth corner illuminated indicia, a first goal, and a second goal. The first goal and the second goal are configured to receive the projectile from the playing surface. The first goal and the second goal each include an at least one sensor communicatively coupled to the central unit. The at least one sensor detects the projectile entering the applicable goal. The at least one speaker outputs various sounds and the first corner illuminated indicia, the second corner illuminated indicia, the third corner illuminated indicia, and the fourth corner illuminated indicia illuminate in numerous sequences to indicate the status of a game event.

The present disclosure provides a game scoring and tracking system, including a playing surface, a projectile, a central unit, at least one speaker, a first corner illuminated indicia, a second corner illuminated indicia, a third corner illuminated indicia, a fourth corner illuminated indicia, a first goal, and a second goal. The first goal and the second goal are configured to receive the projectile from the playing surface. The first goal and the second goal each include an at least one sensor communicatively coupled to the central unit. The at least one sensor detects the projectile entering the applicable goal. The at least one speaker outputs various sounds and the first corner illuminated indicia, the second corner illuminated indicia, the third corner illuminated indicia, and the fourth corner illuminated indicia illuminate in numerous sequences to indicate the status of a game event.

The present disclosure provides a game scoring and tracking system, including a playing surface, a projectile, a central unit, at least one speaker, a first corner illuminated indicia, a second corner illuminated indicia, a third corner illuminated indicia, a fourth corner illuminated indicia, a first goal, and a second goal. The first goal and the second goal are configured to receive the projectile from the playing surface. The first goal and the second goal each include an at least one sensor communicatively coupled to the central unit. The at least one sensor detects the projectile entering the applicable goal. The at least one speaker outputs various sounds and the first corner illuminated indicia, the second corner illuminated indicia, the third corner illuminated indicia, and the fourth corner illuminated indicia illuminate in numerous sequences to indicate the status of a game event.

A method of operating an electronic basketball scoreboard apparatus is disclosed. The method includes receiving a game parameter; operating a basketball game based upon the received game parameter; receiving a first indication of a ball passing through a first basketball hoop; receiving a second indication of a ball passing through a second basketball hoop; determining a first score of the basketball game based on the first indication from the first score sensor; determining a second score of the basketball game based on the second indication from the second score sensor; recording video of the basketball game; transmitting the recorded video; and transmitting the first score and the second score.

The modular control system is a semi-portable control system that is intended to elevate the playing experience of indoor table games. Accordingly, the control system may be attached to an existing game table, to enable a vast array of enhancements and features such as and such as automatic digital score keeping, multi-colored controllable lights, interactive crowd noises and announcer, stat tracking, game analysis, recording video, streaming video, and uploading of video etc. Further, players may interact with the system with their network connected devices or attached control pad or remote control. To accomplish this, a control board that is electrically and electronically connected to multiple audio-visual components and sensors are mounted around the game table. Furthermore, the control board may operate independently or may connect to a proprietary web server which maintains a database of world-wide teams and rankings, which players use to compete in ranked matches.