Video Games TRIZ Cases

A video translation model maps real-world actions to virtual game objects for automated reenactment.

Multiple configuration components tailor software behavior to specific deployment contexts within an entity-component architecture.

Portable device streams media via 5G to resolve hardware limits and preserve battery life.

A game terminal manages invitation reception and participation operations to enable communication games.

A virtual camera system switches to a top-down view for intuitive direction designation.

A display system segments game item regions to report obtainable items through distinct visual modes.

A shared battle board synchronizes element elimination across accounts, resolving synchronization delays inherent in separate map structures.

Local client simulation of energy object generation improves response time while periodic server arbitration maintains game state consistency.

A virtual effect processing method segments a virtual object into multiple body parts to determine sub-attribute changes based on positional relationships.

A handheld game device uses distinct audio and visual cues to direct players toward specific mechanical input actions.

Local client rendering of character interactions reduces network latency while the server maintains game state synchronization.

A game system discriminates specific screens to generate display data for distribution.

A rotatable rocker with a magnetic assembly interacts with a coil to adjust rotation power via electromagnetic force.

An augmented reality and virtual reality engine links virtual elements to real-world objects for dynamic rendering.

A face tracking system applies perspective correction to maintain a stable video feed in virtual environments.

Extracts luminance data from small image areas to determine target position, reducing transmission volume.

A progress prompt window displays current resource growth levels to resolve interface complexity while maintaining user engagement.

A game device segments character parameters into distinct categories to simplify information collection for players.

A data processing system generates digital VR experience token streams from multiple video perspectives for remote user selection.

A pointing device detects spatial coordinates and operation states to control virtual objects within a game environment.

A video game processing system registers multiple user objects and generates events based on positional data to enable cross-user interaction.

A virtual door mediates augmented reality scene entry via a locating icon trigger.

Input translation layers modify joystick signals to simulate vehicle throttle and steering behaviors, resolving crude movement simulations on touchscreens.

A head-mounted display reproduces command center video walls using a 3D engine and API integration for remote viewing.

An autonomous companion tracks a gaming controller and projects relevant content directly onto its surface.

A game control program adjusts ball movement speed to match player skill levels.

A game processing element calculates real-time odds multiples based on immediate screen targets to adjust hit probabilities.

A game machine invalidates sound input during button presses to prevent operation noise from entering the audio stream.

A resiliently deformable releasable mechanism secures a controller holder to a mount unit using restorative force for easy attachment.

A video game processing system extracts term descriptions from a storage area based on non-textual progress status to provide comprehensive context.

Distinct controlling regions separate walking and running states to resolve ambiguity in adjacent touch inputs, improving operation accuracy.

A virtual object shooting control method uses locking areas to enable automatic targeting without continuous user input.

Segmenting mouse motion data into submovements detects synthetic input patterns that evade traditional trusted execution environments.

A display processor detects content activity by analyzing frame changes across weighted screen regions to determine idle states.

A game server stores individual enemy next-action information to synchronize player strategies with upcoming attacks.

Player ratings dynamically adjust virtual good value, resolving the trade-off between transaction simplicity and accurate economic measurement.

A draw mode system segments character selection into simulated and designated phases to increase user motivation.

A game system determines content parameters based on the user terminal operating system type to enable environment switching.

A screen display method controls a virtual character to enter a following movement state and displays other characters in a preset area.

Inertial sensors detect controller motion to limit vibration when stationary, reducing noise and power consumption.

Segmented controllers attach to a portable computer housing or bridge, resolving the contradiction between input versatility and device portability.

Interactive game devices share device states in a common reference coordinate frame to determine relative positions and orientations.

A competition server aggregates individual physical exertion data to determine team performance metrics and identify winners in real-time group activities.

A game device manages character movement by switching between player operation input and artificial intelligence control.

A three-dimensional action game system enables players to dynamically construct and upgrade interconnected base sections using earned credits.

A game apparatus outputs tailored messages based on user operations to drive interaction with non-player characters.

Replacing mechanical keys with an inertial sensor detects swing direction for precise kick control, resolving low operability and realism issues.

A game system generates life restoration objects when player characters attack each other.

A server aggregates user-specific execution state data from gaming devices to display detailed application usage on a secondary parental control interface.