Mechatronics Multiplayer Board Game (Trine Nexus Board Game)

The invention stemmed from the desire to modernize traditional board gaming by integrating advanced mechanical and electrical components. Recognizing the limitations of existing solutions, the inventor developed the Mechanical-electronics Board Game to provide a dynamic and immersive gaming experience. This innovation has the potential to revolutionize board gaming, offering endless entertainment for players of all ages. In summary, the present invention was conceived to address the limitations of traditional and electronic board games by introducing a new paradigm in board gaming. The inventive concept arose from the ingenuity and expertise of the inventor and represents a significant advancement in the field of board gaming.

Board games have been enjoyed by people of all ages for centuries. With the advancement of technology, there has been a growing interest in combining traditional board game elements with modern electronic and mechanical components to enhance gameplay and provide a more immersive experience. The Trine Nexus Board Game represents a novel approach to traditional board gaming by seamlessly integrating mechanical, electrical, and software components. This invention aims to revolutionize the board gaming experience by offering enhanced gameplay features and opportunities for customization and future upgrades. The Trine Nexus Board Game represents an innovative fusion of mechanical and electrical components to create an engaging and interactive gaming experience for multiple players.

The Trine Nexus Board Game comprises two main components: a mechanical part, an electrical part, software language or algorithm. The mechanical part includes a 3D-printed board & enclosure, mechanical playing tokens, a token storage drawer, four playing quads, and four parking spaces for up to four players. The electrical part consists of a 12V battery, an ON/OFF switch, a Circuit Board (with a voltage regulator to buck the 12V to 5V, a microcontroller I/O ports, reverse current protection diode, capacitors, resistors, crystal oscillator, serial programmer and Bluetooth interface), four players' push buttons, a “number-of-players” selector switch, a piezoelectric buzzer, an OLED display, and provisions for Bluetooth connectivity for potential future upgrades.

Microcontroller: Controls the operation of the game, including reading input from players, managing game logic, and controlling output devices.

This figure utilizes a third-angle projection to represent the invention from various angles. It presents multiple views of the device, such as front, side, and top views, allowing for a comprehensive understanding of its external features and dimensions.

This appendix contains a comprehensive set of rules specifically tailored for four-player gameplay. It outlines the game mechanics, objectives, player interactions, and any special rules or conditions applicable to the four-player mode of the game.

Appendix B. Flowchart, Winning Patterns, Winning Criteria, and Flowchart Play Notes: This appendix includes a detailed flowchart illustrating the progression of the game, along with descriptions of winning patterns, criteria for victory, and notes on how to interpret and utilize the flowchart during gameplay. It serves as a visual aid and reference guide for players to understand the game's structure and winning conditions.