Dynamic Progressive Jackpot Increment Control

The patent implements dynamic control of progressive jackpot incrementing by allowing the system to adjust increment rates, display speeds, and growth patterns in real-time based on game type, denomination, and operational parameters. The game-logic circuitry can modify how jackpots accumulate across different game types (slots, video poker, etc.) and denominations, providing both continuous growth capability and flexible control mechanisms through programmable parameters that adapt to various gaming scenarios.

The patent employs parameter changes by implementing a system where the incrementing behavior of progressive jackpots is controlled through adjustable parameters stored in memory. These parameters include increment rates, display update frequencies, and growth multipliers that can be modified without changing the underlying hardware. The game-logic circuitry reads and applies these parameters to control jackpot accumulation, allowing operators to optimize between control flexibility and growth rate by simply changing parameter values rather than system architecture.

The patent achieves universal display control through a standardized game-logic circuitry architecture that handles multiple game types and display configurations through a single unified system. The same core circuitry that controls game outcomes and jackpot accumulation also manages the display of incrementing values across different devices and denominations. By using parameter-based control rather than hard-coded device-specific logic, the system can adapt display speeds and patterns across various gaming devices without requiring separate control mechanisms for each device type, thus maintaining ease of operation while managing complexity through multi-functionality.