Roulette Games TRIZ Cases

A roulette wheel glass cover switches between transparent and opaque states via electrical signals to conceal the ball during motion.

Segmented antenna coils expand magnetic field range while maintaining reading accuracy, eliminating erroneous tag detection in casino environments.

An information processing device manages game value data between portable mediums and gaming machines to enable rolling program functionality.

A game die device uses a rotatable reel assembly to display multiple values through wall apertures.

A roulette wheel system uses motion sensors to detect ball and rotor dynamics for generating a second random number.

A gaming machine uses symbol selection to award benefits and generate specific game states.

A gaming machine applies selective surround sound to key wagering events using a decoder for monophonic and stereo audio conversion.

A ball launcher uses a movable shuttle to transport balls from receiving stations to launch tubes.

A roulette gaming machine uses a history storage unit to track lottery results and display bet areas based on win frequency patterns.

Raised seats reduce contact area and friction, allowing manual stopping without dice rolling off surfaces.

A roulette gaming system integrates mahjong symbols into wheel sectors for automated symbol detection and wager processing.

A gaming system links multiple machines to a control unit for cooperative play.

A gaming machine displays selectable bonus condition images based on symbol combinations to enable player choice.

A centralized drawing machine disperses jackpot awards across multiple game apparatus groups to maintain balanced payout ratios.

Dynamic selection item count adapts to wager size, resolving the trade-off between fixed game structure complexity and variable player engagement levels.

An electronically controllable screen positioned inside the gaming wheel contour resolves information transfer limitations while increasing device complexity.

Rotor control means alters rotation speed to prevent prediction devices from calculating outcomes.

Segmented roulette wheels add arcuate panels with unique indicia to expand wagering options without increasing device complexity.

A gaming machine shifts between multiple game states to adjust payout probabilities and maintain player motivation.

A slot machine processor selects between fixed and progressive payout modes to enable variable award values.

Segmenting gameplay into distinct phases manages device complexity while enhancing player engagement through modular bonus triggers.

A gaming apparatus controller adjusts roulette wheel rotation and ball launching parameters to dynamically alter pocket landing probabilities.

A bonus game uses player selection of hidden icons to reveal values.

A gaming machine controller segments feature games into first and second stages to adjust payout rates based on player performance.

An information processing device manages distinct game value subclasses through automated balance transmission.

A gaming machine links neighboring terminals for competing games to transfer payouts between players.

A game device sorts random results to sequence better awards later, maintaining player excitement.

Curved slot machine display aligns reel normals to a common point, resolving end-column visibility issues.

Segmented design reduces installation complexity while the damping ring controls rotation speed for effective stress relief.

Opposing magnetic field directions prevent diffusion to adjacent cross points, enabling accurate identification of accumulated gaming media.

Adaptive LED wavelengths maximize color contrast between the ball and background, resolving detection failures in non-traditional roulette designs.

A gaming machine displays predictive effect images during reel rotation to indicate potential payout levels before the variable display stops.

Segmented cylinder boxes create multiple stop positions, increasing game outcome variety without altering core mechanics.

Segmenting betting options across multiple pages reduces interface complexity while maintaining full wager accessibility.

A display device shows converted currency amounts alongside original values.

Nested displays inside transparent rotating reels resolve visual recognition conflicts while enabling stereoscopic effects.

Electronic control systems replace static printed configurations with programmable displays, enabling derivative game modes without physical hardware changes.

Concentric dual-ring structure rotates relative to each other, compensating for assembly errors and ensuring uniform winning rate distribution.

A slot machine display panel uses polymer dispersed liquid crystal films to selectively block or transmit light for game switching.

A gaming device displays symbols with varying specific symbol proportions to trigger distinct performances.

A slot machine enables players to select static symbols for wild substitution after reels stop.

A ball launching system positions a roulette ball into the wheel track to initiate special bonus rounds.

A slot machine enlarges winning symbols across multiple display areas to enhance visual impact.

A game machine display mechanism highlights winning symbol arrangements and win lines using vibration and multiplication factors.

Segmented gauge tables display remaining games to resolve player disengagement caused by unclear consolation benefit timing.

A game device prize support member tilts to change the opening shape.

A gaming machine system manages multiple common game types with distinct payout structures and unified visual feedback across terminals.

A gaming machine processor conducts internal lotteries to accumulate points for special awards.

Segmenting antennas into major and small groups with logical AND operations reduces reading time for chip locations.