Video Games TRIZ Cases

A gaming system aligns virtual team matches with real-world league schedules to enable community-based tournaments.

A 3D refill mechanism replaces matched game objects along the z-axis to maintain a full board.

A simulator input device controller generates multiple function inputs from a single switch activation using defined time intervals.

An event broker coordinates multiplayer gaming session initiation between communication devices and a data object server.

A virtual object display method uses dynamic trigger attributes to initiate segmented sub-actions within a virtual scene.

Segmented graphical tiles with color coding resolve navigation difficulty in overwhelming game play feeds.

A heads-up display control adjusts its perspective angle based on a virtual character's state to simulate real-world lens deformation effects.

A video game processing device distributes special commands to player characters via a command distributor and releaser mechanism.

A game control method calculates distance and angle to enable character movement into bunker occlusion areas.

A controller with acceleration and inclination sensors detects movement direction.

A match-making server automates game title selection and opponent preparation within distinct virtual spaces.

A game machine generates maps by selecting and disposing units based on random number generation and selection coefficients.

A game surface generator creates a bijective mapping between primary and additional surfaces for dynamic play.

A gravity direction calculation means determines orientation by processing acceleration change amounts from an input device sensor.

A modular gaming system uses magnetic sensors and identifier units to detect module connections and trigger interactive gameplay events.

A system combines multiple virtual units into a single entity with collective attributes for online game battles.

Automated data capture via toy readers eliminates resource-intensive surveys by tracking consumer behavior directly through gameplay interactions.

A secure virtual optical disc layer redirects read requests from physical drives to digital packages.

A game system triggers advantageous running states after player object jumps from predetermined surfaces.

Server segments game data into self-contained packets to ensure complete command execution at the client.

Merging multiple businesses into one object reduces visual and computational load while maintaining virtual world complexity.

A universal host application connects to multiple server instances to enable seamless switching between games without separate installations.

Counting discrete map units along a shortest route enables accurate sound volume attenuation around obstacles without complex continuous distance calculations.

A controller switching mechanism detects active input devices using inertial sensors and operation timing data.

Dynamic weakpoint generation uses camera traces to place interactive targets, resolving static placement monotony and reducing cheat code reliance.

A game console uses contactless communication to acquire data from dedicated figures and IC tags, displaying multiple selectable characters on the screen.

Interlocking guiding elements constrain thumbstick motion along defined paths, enabling precise inputs for users with motor skill limitations.

Overlay logic translates in-game audio effects into haptic responses for simultaneous tactile feedback.

A computer device dynamically changes tile characteristics to adjust game difficulty and enhance user engagement.

A game control program detects operation input type and rhythm to issue commands without menu screens.

A detection region identifies overlapping game objects for one-handed selection controls.

Media devices detect user position and orientation to alter non-player character features in virtual environments.

A 3D object movement method determines a target reference plane from position coordinates and sliding operations.

An information sharing system records application execution processes and generates shared achievement data for user comparison.

Inverting movement logic, the system pulls props toward the user instead of moving the avatar, reducing power consumption and battle duration.

A dynamic quality of service module adjusts computing resource allocation based on real-time game sensitivity levels.

Hybrid streaming segments rendering tasks between server and client devices, reducing network lag while maintaining high-quality 3D game visuals.

Alternative virtual shop interface allows users to purchase discounted items during server downtime, capturing revenue that would otherwise be lost.

A gesture-based game system detects obstacles within defined distance zones to guide players toward recommended positions.

A contents providing system processes player posture and biological data into spectator information to enhance viewer engagement.

A synchronizing system enables continuous gameplay across mobile and web platforms using secure point management.

Sky box images and audio adapt to character proximity, resolving static asset limitations.

System adjusts game difficulty based on user skill levels to resolve static menu limitations and improve engagement.

A simulation system manages character commands and execution orders to enable independent operation within a virtual space.

Color-coded icons reveal player connections to prevent information loss during team formation without increasing interface complexity.

A control system coordinates physical devices to match virtual game events.

A networked game system transmits character information between apparatuses and a server to enable automatic data exchanges.

A data processing apparatus generates composite video images by merging interactive content with portable device application streams.

Server generates game play information from user inputs to enable second terminals to control characters and provide motion guidance.