Board Games TRIZ Cases

A game toy uses hierarchical card placement rules to determine condition satisfaction through specific item positioning on a play sheet.

A balanced roulette wheel and game surface arrangement distributes numbers to eliminate exploitable betting advantages.

Digital imaging creates variable reveal features on scratch-off tickets, resolving the trade-off between manufacturing simplicity and consumer appeal.

Rotatable balls reveal letters to form words, preventing game stagnation.

Rotating grid columns and dice selection balance tile visibility with strategic control in this word-forming game.

A board game uses a point board to track player progress through peg placement.

Individually addressable electromagnets move game pieces while avoiding collisions through real-time path calculation.

A gaming board uses an alternating electric field to detect playing element orientation without batteries.

Segmented game pieces slide along defined tracks while their head and foot dimensions inhibit removal, resolving displacement issues during jostling.

Pre-generated virtual ball buffers eliminate concurrent player wait times while maintaining Class III hit frequency precision in Class II gaming environments.

Nested card slots and friction elements retain game pieces during rotation, preventing dislodgment while allowing easy manual insertion for fair outcomes.

Dynamic number set modification resolves the contradiction between game versatility and rule complexity by adding numbers during play.

A casino dice table play field uses a light-transmissive middle portion and thicker end portions to display electronic images through the surface.

Sensor-equipped game board delivers adaptive feedback to maintain attention and improve skill retention for learners with disabilities.

Segmenting betting into distinct dealing and drawing phases reduces game duration while eliminating bluffing through fixed house bank payout tables.

Embedded sensors monitor shake quality in a self-contained dice shaker assembly, preventing manipulation and ensuring random outcomes without manual oversight.

A CAPTCHA system uses electronic images with motion and orientation tasks to verify users.

Segmenting the chess piece into a stationary base and rotating head solves confusion on tilted boards by keeping pieces upright without manual adjustment.

Segmented secure storage automates pre-printed lottery ticket dispensing to eliminate manual counting errors and theft risks.

A highly permeable magnetic material layer shapes the electromagnetic field of an RFID antenna, preventing cross-detection of chips outside designated areas.

RFID segmentation and intermediary devices resolve measurement precision versus complexity trade-offs, detecting fraud through real-time balance verification.

Binary counters convert player inputs into open doors and roof hatches, resolving the contradiction between educational value and device complexity.

A weight-based algorithm assigns players to new game instances upon cessation of participation in the current game.

A pivot-mounted display rotates to present dual-faced tokens, resolving the trade-off between structural simplicity and gameplay versatility.

A three-dimensional game apparatus uses launching devices to propel playing pieces into recessed compartments on stacked trays.

Segmenting the deck into special and conventional subsets increases player winning opportunities without complicating game operations.

A swappable game piece base uses a selector disk to rotate character statistics while holding interchangeable figures via magnetic or mechanical mounts.