Video Games TRIZ Cases

A touch control method selects functions based on input interval and pattern type to enable precise unit management.

Segmented movable connection components adjust controller position and angle, resolving the trade-off between tactile feedback and compact storage flexibility.

Projective hash maps project N-dimensional points onto a surface to generate two-dimensional hash keys.

A gamepad integrates a displacement detection device to measure operating element movement within a defined channel.

A game device predicts character actions to produce tailored audio and visual presentation effects.

Virtual reality fitness system tracks user movements using visual routines with triangular graphical marks to guide exercise performance.

A cloud game instruction conversion interface translates diverse client inputs into standardized commands for uniform server processing.

A fraud detection system identifies parasitic accounts using machine learning models to categorize unauthorized user behavior.

A station control interface adjusts virtual character positions in auto chess games through user-defined modes.

A digital pin board system organizes personalized content collections within a network gaming platform.

Camera-based finger tracking replaces mechanical buttons to enable intuitive selection of 3D objects, reducing operation time and complexity.

Dynamic camp switching resolves low adjustment efficiency by automatically reassigning roles upon death without ending the game session.

Interchangeable body adapters enable a single accessory to attach securely to different controller geometries, resolving compatibility constraints.

A terminal application grants viewers authority to create content for live broadcasts.

A setting section configures automatic download execution time based on predicted device startup to install patch files during standby.

A validation service processes obfuscated user and hardware ID bundles to issue authentication tokens for authorized game play.

A game apparatus moves an operation object along a predetermined path to interact with sound objects.

Interchangeable mechanical quick coupling elements attach to the attachment component, enabling versatile compatibility across different steering wheels.

An AI gaming system analyzes player sensor data to dynamically adjust gameplay elements and enhance satisfaction.

Terminal displays local action data before server response to reduce perceived latency during online gameplay.

A single attack control determines target behaviors from resource states, reducing misoperation probability caused by congested skill icons.

A computer-implemented method creates virtual objects using digital representations of real-world visual appearances.

A recording tool automatically captures video segments during gameplay based on predefined criteria.

A non-contact joystick sensing system uses magnetic, capacitive, and inductive fields to detect axial rotation without mechanical PCB connections.

Dynamic tournament management resolves waiting time losses by automatically reallocating players across multiple platforms.

A gesture-based interface selects virtual objects by unfolding a panel and hiding it upon usage.

A game system transmits advancement state data to a server, enabling other users to continue play with acquired characters.

A host system routes gaming session data through a selected player based on avatar proximity to reduce network load.

A game data verification method generates encrypted node sequences to authenticate state transitions during gameplay.

A game apparatus detects touch panel input states to change virtual camera imaging direction based on pre-captured coordinate positions.

A handheld controller uses a locking mechanism to secure the console while employing a tapered thumbstick connection for precise torque transmission.

A barcode scanning system imports virtual objects into game environments by deciphering real-world product codes.

A gaming network system assigns user labels based on gameplay characteristics to group players into communities.

A game controller integrates a display screen and processor to show customizable loadouts directly on the device.

A gaming system adjusts virtual space boundaries to maintain engagement.

A game system presents a recommended deck configuration to players using battle data.

A dedicated social network platform connects users sharing interests in competitive activities through event creation and community features.

Automated technique selection resolves the trade-off between ease of operation and technique variety in touch screen fighting games.

Dynamic in-game hot spots update promotional content periodically to sustain user engagement and revenue generation.

Nested quiz levels connected by intermediary clues resolve the trade-off between operational simplicity and player engagement depth.

A content provision system bundles fees for additional game content acquired by a terminal from a server.

An audio manager aggregates individual user music profiles into a group profile to select matching audio segments for rendering.

A guest pass system generates temporary access credentials for video games based on player preferences and history.

A control device synchronizes virtual object motion ends across multiple terminals despite asynchronous start timings.

A network-connected server streams extracted viewpoint data to passive observers, enabling avatar-centric viewing without active player input.

Segmenting the lens into two elements with specific curvatures increases the half apparent field of view without increasing volume or weight.

Magnetic field sensors worn by players detect flux changes from magnetized projectiles, resolving ambiguous hit detection and enabling automatic scoring.