Retrofittable Conversion Device for EGM Jackpot Upgrades
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Solution Overview
Problem
Older electronic gaming machines (EGMs) become less attractive to players due to lack of additional features compared to newer models, necessitating a method to enhance their functionality and engagement.
Innovation Solution
A retrofittable conversion device that converts an EGM without a stand-alone progressive jackpot into one with a stand-alone progressive jackpot, featuring an input port, output port, and a processor that accumulates and triggers jackpot awards, with options for native credit dispensing and centralized monitoring system integration.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a progressive jackpot feature is added to older EGMs, then player engagement and attractiveness are improved, but device complexity and cost increase
Solution Approach 1:
The progressive jackpot functionality is segmented into a separate retrofittable conversion device that can be independently installed into older EGMs. This modular approach allows the jackpot feature to be added without redesigning the entire gaming machine, thereby improving adaptability while minimizing the increase in overall system complexity.
Solution Approach 2:
The conversion device is designed with universal compatibility to fit into various older EGM models. By creating a multi-functional device that can be retrofitted across different EGM platforms, the solution achieves broad adaptability without requiring model-specific customizations that would increase complexity.
2Adaptability or versatility
If a retrofittable conversion device is installed in older EGMs, then additional jackpot functionality is achieved, but the physical space and cabinet integration become constrained
Solution Approach 1:
The retrofittable conversion device is designed to nest within the existing cabinet structure of older EGMs. By utilizing available internal spaces and mounting the conversion device within the existing chassis, the solution achieves jackpot functionality without requiring additional external space or significant cabinet modifications.
3Productivity
If stand-alone progressive jackpot is implemented, then player attraction and engagement improve, but manufacturing cost and implementation difficulty increase
Solution Approach 1:
The conversion device is pre-configured with all necessary jackpot processing capabilities, including the processor, memory, and communication interfaces, before installation. This preliminary preparation allows for straightforward retrofitting into older EGMs without requiring complex on-site configuration or customization, thereby maintaining ease of manufacture while achieving enhanced player engagement.
Data Source
AI summary
If it is desired to convert an EGM 2 into an EGM that is configured to provide a stand-alone progressive jackpot, then the conversion device 1 is retrofitted into the EGM 2. The conversion device 1 includes a processor 6 that is configured to administer the stand-alone progressive jackpot. The processor 6 is communicatively connected to both the plurality of input ports 3 and the plurality of output ports 5. The processor 6 is also communicatively connected to memory 8. A flowchart setting out the steps performed in a first method of using the conversion device 1 to provide a stand-alone progressive jackpot is illustrated in FIG. 2.