Roulette Display Screen Facet Arrangement for Remote Viewing
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Solution Overview
Problem
Players located remotely from a roulette wheel struggle to view the winning result, often relying on croupiers or relocating to determine if their wager has resulted in a win.
Innovation Solution
A game display arrangement featuring a partially reflective and transmissive display screen with image projection units that project the game result onto the screen facets adjacent player positions, allowing players to view the result without obstructing the game result generator, using LED, liquid crystal, or plasma displays.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a display screen is placed adjacent to the roulette wheel to show the winning result, then players can easily view the result, but the view of the game result generator is obstructed
Solution Approach 1:
The display screen is positioned above the roulette wheel rather than adjacent to it, utilizing the vertical dimension. This allows the screen to display winning results clearly while the roulette wheel remains fully visible below, eliminating the obstruction problem while maintaining easy visibility for players.
Solution Approach 2:
A camera system acts as an intermediary to capture the winning result from the roulette wheel and transmit it to the display screen. This mediator allows the result to be displayed without physically blocking the view of the wheel itself, as the camera captures the information from an unobstructed angle.
2Loss of information
If players relocate to a position proximate the wheel to view the result, then they can see the winning result, but they must leave their playing position
Solution Approach 1:
By positioning the display screen vertically above the roulette wheel, players can view the winning result from their seated playing positions without needing to physically relocate. The elevated display brings the result information to the players' line of sight while they remain at their wagers.
Solution Approach 2:
The winning result is captured by a camera and reproduced on a display screen, creating a visual copy of the result. This copy can be viewed by players from any position around the table, eliminating the need for them to physically move to see the actual wheel result.
3Area of stationary object
If a large display screen is used to show the game result, then remote players can view the result, but the screen obstructs the view of the game result generator
Solution Approach 1:
The display screen utilizes the vertical space above the roulette wheel, extending upward rather than outward. This vertical orientation provides a large display area that is visible to remote players while being positioned above the wheel, preventing obstruction of the game result generator.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enables players to easily view the winning result from their position while maintaining visibility of the game result generator, enhancing the gaming experience by minimizing obstruction and manual announcements.
Implementation Method 1
the facet being partially reflective of the game result, such that a player can view the game result from the player position on the screen facet
Implementation Method 2
partially transmissive such that the player can view the game result generator through the facet when the game result is displayed thereon
Implementation Method 3
an image projection unit which is arranged to project the game result onto the facet of the display screen
Data Source
AI summary
A roulette wheel display arrangement and system is disclosed for displaying a winning result from the roulette wheel. The arrangement comprises a display screen which is arranged to extend around a periphery of the wheel, and a plurality of screen facets, each facet being arranged to extend adjacent a corresponding player wagering position. The arrangement further comprises a plurality of image projection units which are separately arranged to project the winning result onto a respective facet of the display screen, the screen facets being inclined toward the roulette wheel away from the respective player wagering position, such that a player can view the winning result from the wagering position on the respective screen facet. The system further comprises a detector for detecting the location of a playing member on the roulette wheel and a processor communicatively coupled with the detector and the display arrangement, for processing the location of the playing member on the roulette wheel to determine the winning result. The processor is arranged to output the winning result to the display arrangement for displaying the winning result on the display screen.