Hybrid Gaming Machine Class II III Mode Switching
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Solution Overview
Problem
In gaming establishments, players often face long wait times for Class III games, leading to dissatisfaction and reduced revenue, as there are typically fewer Class III gaming machines available compared to Class II machines, causing players to wait instead of playing Class II games.
Innovation Solution
A hybrid gaming machine that can operate both Class II and Class III games, allowing players to play Class II games until a Class III game becomes available, with features like true random number generators enabled for Class III play and priority allocation based on player history for accessing Class III games.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If gaming establishments provide fewer Class III gaming machines, then Class III game availability is limited, but player wait times increase and revenue decreases
Solution Approach 1:
The gaming machine is designed to perform multiple functions by switching between Class II and Class III game modes. The same physical machine can provide Class III games when available and Class II games when Class III games are unavailable, eliminating the need for separate dedicated machines for each game type and reducing player wait times.
Solution Approach 2:
The gaming machine dynamically changes its operational state between Class II and Class III modes based on availability signals from the server. The system can transition from a static dedicated-Class-II or dedicated-Class-III configuration to a dynamic hybrid configuration that adapts to real-time game availability, thereby optimizing resource utilization and reducing player idle time.
2Loss of time
If gaming establishments increase the number of Class III gaming machines, then player wait times decrease, but the cost of acquiring and maintaining machines increases
Solution Approach 1:
Each gaming machine serves as a universal platform capable of hosting both Class II and Class III games. This multi-functionality allows the establishment to maintain a smaller total number of machines while still providing adequate Class III game availability, as the same machine can alternate between game types based on demand and availability.
Solution Approach 2:
The patent merges Class II and Class III gaming capabilities into a single hybrid machine platform. By combining what were previously separate dedicated machines into one unified system, the establishment reduces the total machine count while maintaining service quality for both game types, thereby lowering acquisition and maintenance costs.
3Quantity of substance
If a gaming machine is dedicated to Class II games, then Class II game availability is high, but the machine cannot provide Class III games when needed
Solution Approach 1:
The gaming machine incorporates universal capabilities to host both Class II and Class III games through software-based game loading and execution. The machine's architecture allows it to function as either a Class II or Class III gaming platform depending on the game program loaded, providing high adaptability without sacrificing the ability to maintain high availability for either game type.
Solution Approach 2:
The machine dynamically reconfigures its software environment to accommodate different game types. When Class III games are available, the machine loads and executes Class III game programs; when unavailable, it transitions to Class II games. This dynamic adaptability ensures high versatility while maintaining consistent service availability.
4Adaptability or versatility
If Class III game programs are loaded onto gaming machines, then Class III gaming capability is provided, but the machines require stricter regulatory approval and regulation
Solution Approach 1:
The gaming machine employs dynamic configuration where Class III game capabilities are loaded and activated only when needed and when regulatory conditions are met. The system can transition between Class II-only mode (simpler regulation) and hybrid Class II/Class III mode (stricter regulation) based on availability signals and regulatory compliance status, thereby managing regulatory complexity while maintaining functionality.
Solution Approach 2:
A server acts as an intermediary that manages the distribution and activation of Class III game programs. The server controls which machines receive Class III game loading instructions based on availability and regulatory compliance, thereby mediating between the desire for adaptable gaming functionality and the need to manage regulatory complexity centrally rather than at each individual machine.
Data Source
AI summary
The present invention provides a gaming machine that can play both Class II and Class III games. Some implementations provide a gaming machine that has certain features (e.g., a true random number generator or “RNG”) enabled for Class III play and disabled for Class II play. Some aspects of the invention provide methods for determining when a Class III game is available. Other aspects of the invention allow a player to “line up” for a desired Class III game while playing another game, such as a Class II game or another Class III game, on the same gaming machine until the desired Class III game is available. Some such implementations grant higher priority to certain players according to their gaming history, e.g., as indicated by player tracking/player loyalty data. Alternative aspects of the invention allocate available Class III games in other ways, e.g., by playing a Class II game for a chance to play a Class III game, by lottery, or otherwise. Player tracking information may be shared and/or combined for Class II and Class III game play and may be used to determine gaming history.