Cashless Gaming Safeguards via Value Tracking
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Solution Overview
Problem
Current safeguard mechanisms in gaming devices are inadequate for detecting malfunctions and cheating, particularly in cashless operations and newer machines that do not have hoppers, as they rely on hopper refill monitoring and fail to account for electronic payment methods, leading to delayed recognition of issues.
Innovation Solution
A gaming system with a value tracker and warning generator that monitors all monetary transactions, including electronic inputs and outputs, and issues warnings if the output exceeds predetermined thresholds, allowing for real-time detection of potential malfunctions or cheating.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If hopper refill monitoring is used to detect malfunctions and cheating, then safeguard mechanisms can be implemented, but the system fails to detect issues in cashless operations and newer machines without hoppers
Solution Approach 1:
The patent replaces the mechanical hopper refill monitoring system with an electronic transaction monitoring system. The value tracker electronically records all monetary inputs and outputs, eliminating dependence on physical hopper mechanisms and enabling safeguard mechanisms to function across both traditional and cashless gaming operations.
Solution Approach 2:
The monitoring system is designed to be universal, handling multiple payment methods including cash, tickets, and electronic transfers through a single value tracking mechanism. This allows the safeguard system to adapt to various machine types and operational modes without requiring separate detection systems.
2Reliability
If hopper refill monitoring is used, then safeguard mechanisms can be implemented, but recognition of malfunctions is delayed
Solution Approach 1:
The system implements continuous real-time feedback monitoring where the value tracker constantly compares cumulative inputs and outputs against expected values. When discrepancies exceed predetermined thresholds, immediate warnings are generated, enabling prompt detection and response to malfunctions or cheating activities.
Solution Approach 2:
The system establishes predetermined warning thresholds in advance based on statistical analysis of normal operation patterns. By preparing these thresholds beforehand, the system can immediately detect and alert operators when abnormal patterns emerge, eliminating detection delays associated with post-event analysis.
3Reliability
If handpays are monitored at end of day processing, then safeguard mechanisms can be implemented, but real-time detection of cheating is not achieved
Solution Approach 1:
The value tracking system operates continuously throughout operational hours, constantly monitoring and recording all monetary transactions. This continuous monitoring eliminates gaps in detection coverage, allowing real-time identification of cheating attempts or malfunctions rather than relying on periodic end-of-day checks.
Data Source
AI summary
This disclosure relates to a safeguard system on networked gaming devices. The safeguard system measures how much monetary value is output by a particular gaming device, in any form. If the gaming device has delivered an amount of value that is over a threshold amount, a warning is generated. The warning could be a visual or audio warning on a central controller, or could be an audio signal transmitted to floor personnel. Embodiments of the safeguard system include timers so that the performance of the gaming device can be independently measured over one or more time periods. The safeguard system is operable with gaming devices that accept and pay only physical currency, those that accept and pay in both physical currency and electronic methods, and those that only accept and pay by electronic methods. Some embodiments are able to remotely shut down the gaming device if the device is suspected of being cheated or malfunctioning.