Indoor Games TRIZ Cases

Near-surface magnets in eight rotating spheres remove external casings, simplify production, and help prevent puzzle jamming.

This case maps stock and securities outcomes into game results, reducing house advantage while supporting legally compliant operation.

The control device adjusts pose-message frequency by zone distance, easing HMD processing while supporting smoother VR animations.

A control device varies pose-message frequency by player zone to reduce client processing load and preserve smooth VR interaction.

This case combines projectile targeting with hydraulic water suspension, draining the capsule and sinking the character head when struck.

This child puzzle uses rotational alignment and large segmented pieces to vary difficulty, support motor skills, and simplify setup.

This case uses air pressure and receiving-element geometry to separate puzzle pieces completely without image damage or dust.

Segmented ramp supports enable quick setup and teardown for vehicle jumping.

Spaced, inclined target panels with can holders add darting variety while helping manage beverage spillage during outdoor play.

A mountain-shaped ball stand uses a fitting projection to accept regular balls and prevent hazardous non-regular objects from launching.

Video-rendered, segmented and nested wheels expand game variety without requiring multiple complex mechanical wheels.

A mountain-shaped stand and matching ball recess secure regular balls while preventing unsafe items from being launched.

A recessed-slot puzzle design uses rotating separable blocks to open or close slider gaps while simplifying assembly.

A ball shaft with PCB-based rotating sensing assemblies improves position accuracy, reduces lost steps, and simplifies assembly.

Four cooperating trays use oblique surfaces and selective end walls to prevent contamination and reduce visibility-based player inequity.

Glass-layer light guides resist sebum and chemical whitening while reducing parts and thickness.

Separate tiles form reconfigurable playing paths, while instruction tiles and a die add varied, competitive player movement.

A spherical prize container positions its RFID tag for reliable reading, while optical sensing verifies collection.

Cameras, a server, and reset mechanics stream physical marble races while preserving final order for remote player guesses.