Video Games TRIZ Cases

An integrated support base stabilizes slipping game controllers by combining separate units into a unified structure with multi-dimensional adjustment.

A secure NFC emulation system stores toy data on a mobile device using a UICC chip.

A trigger detection system monitors virtual communications to identify hidden interaction patterns and activate associated events.

A hybrid golf system merges virtual fairway play with real putting greens.

Dividing the touch control region into sub-regions improves position selection precision for cooperation signals while maintaining operation convenience.

A user priority controller modifies virtual object geometry and textures based on detected real-world user characteristics.

A game system combines distinct battle simulation methods based on user visibility to align expected and actual fight results.

A gimbal motor stabilizes a portable display while a rotatable controller manages inputs, enabling uninterrupted voice and text chat during gaming sessions.

An air flow generator on an HMD directs wind and scents to enhance sensory immersion while managing device weight through segmentation.

A kinetically decoupled fan circulates air through motor coils to extract heat independently of rotor speed.

A motion sensor calibration system incites user actions through game content to perform implicit sensor adjustments during normal device usage.

A game system adjusts player object orientation based on terminal attitude changes and stick input data.

A parental monitoring tool tracks wireless communications between gaming consoles and peripheral devices to collect usage metrics without requiring console agents.

A mobile game interface uses a dynamic mini-map triggered by signal icon touches to enable precise position indication through continuous finger sliding.

A multi-level lighting system manages virtual scene illumination across client computing platforms.

Refilling retained virtual containers after seasons reduces perceived currency wastage while maintaining competitive balance.

A game program manages selection objects in a three-dimensional field to alter region attributes and modify game medium movement paths.

An illumination device emits visible light with an elongated cross section to shed linear patterns around a display screen.

Dual-array token matching resolves strategy versus luck trade-offs by enabling random hand draws to maintain player engagement.

A virtual reality pod uses motion sensors to activate output devices at corresponding coordinates.

A game machine stores parameter conditions linked to operation information, enabling execution based on specific player inputs.

Partitioning 3D scenes by computing cost density resolves the trade-off between virtual world scalability and real-time simulation performance.

A game development system generates binary logs on the console to reduce processing workload.

Segmented module members with interchangeable actuators resolve customization flexibility versus device complexity contradictions.

A head-mounted display system tracks user visual direction to dynamically extract and render specific image areas from a larger game window.

Boundary areas surrounding touch pads enable panoramic visual field viewing in mobile games, resolving conflicts between joystick movement and scene visibility.

A dynamic impact gauge adjusts its scale factor to match selected shot types, enabling precise power input through a responsive graphical interface.

Separating aiming cursor and manipulation icon regions prevents finger obstruction of ball objects, enabling accurate one-handed input.

A rotatable support switches the rotation axis direction of a gaming input device to enable varied operational modes.

A system prioritizes content groups based on time periods to streamline user selection in game processes.

Offloading indirect lighting calculations to a cloud network reduces computational burden on mobile devices while maintaining high rendering quality.

A data processing system loads game information to generate dynamic activities from context data.

A computer device generates new tiles at gameboard locations to maintain continuous gameplay flow.

A server device extracts game-related videos using user activity records and identification information.

Pivoting neck and ribbon cable maintain electrical connectivity during folding for compact storage.

A mobile augmented reality system generates occlusion meshes from camera-captured feature points to render realistic object interactions.

Centralized server coordination manages independent game states to resolve versus game opponent selection bottlenecks and enhance strategic engagement.

Segmenting network architecture into edge nodes reduces communication latency below 10 milliseconds for real-time shared augmented reality gaming.

Server filters game processing data to synchronize client terminals, reducing device burden and enabling offline continuity.

A game program generates candidate characters by combining part objects for user selection.

Resolves tactile feedback loss by assigning touches via spatial algorithms, maintaining gameplay accuracy without visual attention.

A system converts 3D meshes into flat puzzle pieces with attachment points for assembly.

A motion-sensing system modulates video game avatar responses using real-time physiological signals from EEG and body image sensors.

A server device displays group fighting event information at terminal devices to inform players about the attractiveness of social game activities.

Periodic beacon signals allow successive acquisition of neighbor game states, resolving communication overhead constraints.

A game system switches players between standard controllers and secondary input devices during play.

A secondary network translates gaming traffic addresses to shield user identity from DDoS attacks and location correlation.

A touchscreen ratchet function converts touch pressure into smooth output values to determine game character movement speed.