Video Games TRIZ Cases

A pair of elongated stick members with integrated LEDs and speakers detect player manipulations to repeat color and sound sequences.

A cloud game system routes sharing data from servers to terminals for local social app posting.

A touch screen system interprets single-finger inputs to control game objects and perform concurrent actions.

Periodic adhesion box detection reduces computation energy by triggering target selection only when weapons are equipped or shooting occurs.

A game program uses a visual marker to indicate target positions, allowing players to control moving body objects with high precision.

A game program determines collision processing based on angular velocity data from a gyro sensor to reflect controller swing direction in virtual space.

A video game overlay system identifies in-game elements to generate visual annotations based on remote user inputs.

Overlaying distance data on indication icons eliminates interface switching and reduces operational interruptions.

A remote play device adapts sound effects using motion detection data.

A vertical game controller stand holds the device upright while charging it through integrated pads.

Anatomically accurate virtual extremities stimulate brain structures via mental rehearsal, reducing rehabilitation duration and healthcare costs.

Asymmetric coupling mechanism drives simultaneous opposite finger grip movement for bilateral hand rehabilitation exercises.

A bandwidth allocation module reserves network capacity for multimedia streams in personal gaming clouds.

Segmenting facial features into independent partial models reduces processing power requirements while maintaining high realism in video game avatars.

A Contact Ranking Engine scores player contacts using configurable rules to rank and select relevant recipients for game promotions.

A computer-implemented system allows users to manipulate virtual pop-up book elements within a game level using standard controller inputs.

A streaming service transmits state data with image streams to match viewer interests.

Server segments mission pools to resolve user disinterest from uniform content.

A switchable display output mechanism routes game images to internal or external screens based on player count.

A computer device manages shared game objectives across multiple levels to enable cooperative play.

A game information reproduction system generates historical progress from stored logs to help new players join ongoing multiplayer sessions.

A game grip uses a buffer element and elastic mechanism to drive contact with a pressure sensor.

Entertainment device captures virtual environment content when users instigate reporting events.

A latency tracking engine monitors frame processing pipelines to dynamically adjust rendering intervals based on real-time performance metrics.

A shadow mapping system dynamically adjusts texture resolutions using composite scaling factors to optimize rendering performance.

A keystroke mouse outputs digital or analog signals based on click force using a magnetic sensor and elastic element.

A system of connected articulated joints mounted on a motion simulator platform provides kinesthetic feedback to the operator.

A game machine displays scattered option images using letters of varying sizes to manage screen space efficiently.

Server device adjusts game parameters based on user support operations to influence match outcomes and provide rewards.

A strategy system generates guides from game-specific hashes to deliver detailed scoring insights.

Continuous unit portions reduce acute angles, lowering collision detection complexity and processing load.

Light-emitting fibers integrated into grass display real-time player positions, replacing subjective human judgment with objective optical detection.

A game system provides refresher elements based on user skill level to restore proficiency.

Segmenting game maps into canvases allows dynamic loading of adjacent regions based on predicted player movement, reducing memory pressure.

Game apparatus detects elapsed time since state changes to validate player operations against previous and current frames.

A communication module manages external messaging permissions for online game affiliations based on player status.

A handheld game apparatus divides captured images into pieces and updates their positions based on device tilt.

A game apparatus adjusts vibration patterns based on character position and animation state to provide tactile feedback through the display screen.

Pre-loading game instances at local data centers reduces setup time and resource inefficiencies in multi-player cloud gaming.

A video game processing apparatus selects battle start timing setups based on player operations to enable varied battle scenarios.

A customizable avatar system generates visual representations from player physical appearance and psychological profiles to create personalized game characters.

A game system displays character images from multiple virtual camera angles simultaneously to simplify part selection.