Video Games TRIZ Cases

An object processing apparatus restricts script execution in virtual spaces by evaluating creator and object attributes before running code.

Individual screens segment display output to prevent vision interference from overlapping effects, reducing entry thresholds for new players.

A directional pad uses touch and force sensors to detect position and pressure for precise control.

A function selection module assigns pre-programmed control element functionalities to additional hardware switches via a manual selector.

A virtual joystick adjusts its movable area synchronously with touch point movement to enhance control responsiveness.

A gaming controller integrates a headset detection circuit and transmitter to manage audio output routing directly from the device.

Induced repulsive forces counteract foot motion on active surfaces, enabling natural movement within confined virtual reality platforms.

A game apparatus adjusts its process cycle using timing information from a master machine to maintain synchronization across multiple devices.

A game control system detects user finger contact area to determine age range and adjusts difficulty settings automatically.

Modular code inputs adjust villager mood states and skill levels to resolve the trade-off between system complexity and user engagement.

Dynamic rivet blocks construct modular pathways to reduce player travel time across fixed terrain features.

Information processing apparatus manages movable ranges for multiple VR users.

Information processing system grants favorable battle conditions to players based on opponent selection and parameter thresholds.

A game system segments virtual space into independent areas for separate player characters to enable competitive interaction.

Music game platform enables users to create and share video game programs, resolving matchmaking delays by distributing pre-prepared content.

A team building server system matches players based on preferred compositions and roles.

A game processing system attenuates propulsive force based on object velocity to enable controlled movement in virtual spaces.

An artificial neural network calculates pairing fitness values from player parameters to match users with complementary styles.

A game controller system with a programmable interface and external app that allows users to adjust settings wirelessly via Bluetooth or Wi-Fi.

A game system adjusts a search range based on player object movement to simplify target acquisition.

A gaming system manages command selection and parameter updates to diversify gameplay experiences.

Adjusts left and right controller vibration strengths to convey virtual object motion states through distinct haptic feedback patterns.

A gaming interface enables real-time item combination via drag-and-drop mechanics directly within the battle arena.

A virtual trophy room renders individual game achievements as distinct objects to display player accomplishments.

A virtual vehicle switches to automatic driving mode after a user marks a destination on a map display control.

A peripheral candidate accessory zone displays gun scopes for direct selection, eliminating the time cost of opening a virtual backpack interface.

A joystick control method uses a dynamic dead zone offset from the static rest position to stabilize aiming cursors.

A game device displays a related selected area and releases the selection when a player draws an intersecting track.

A touch panel detects user contact surface area to differentiate operation types and control game objects without multiple buttons.

A method creates virtual game environments by scanning physical models to generate digital 3D representations.

Dynamic memory obfuscation prevents cheating by shuffling variable addresses at runtime, avoiding the performance overhead of static encryption layers.

A system generates and updates non-player character NFTs using player data.

Virtual queue system uses pseudo-customer avatars to simulate activity, reducing customer abandonment while maintaining service stability.

A social communication system delivers personalized intervention recommendations to client devices.

Segmenting combat into distinct PvE and PvP modes resolves the contradiction between gameplay variety and structural complexity by applying TRIZ principle 1.

An information processing system manages item acquisition data across connected devices.

A player identification system extracts names from video frames using optical character recognition and machine learning to generate structured metadata.

A game processing system transitions between chat and VR modes using head gaze detection to prompt player interaction.

A virtual game system alters user attributes based on physical location check-ins.

A plan processing program generates adaptable task sequences within a hierarchical structure to handle environmental changes in real-time game environments.

Foot-operated activation switches on the controller base double simultaneous command capacity while reducing accidental button presses during intense gameplay.

A computer system automates video game demo creation using batch files for instant previewing.

Peripheral devices generate security keys to validate digital signatures on toys, preventing unauthorized data usage in gameplay.

A handheld terminal uses an infrared camera to estimate user position for dynamic stereoscopic display generation.

Selective log storage reduces system complexity while enabling replay services that enhance social interaction among users.

A marketplace interface facilitates the exchange of user-invokable instructions that automate game tasks.

Bootstrap installation enables gaming consoles to function as set-top boxes, resolving underutilized computing resources for unified media playback.

A dynamic ultrasonic sensor array detects transparent surfaces and mirrors missed by cameras, improving object detection reliability.

A chance-based mini-game interface distributes virtual awards to users before battle engagement.

An expandable embedded ad unit delivers immersive interactive experiences within mobile applications.