Indoor Games TRIZ Cases

See how reinforcement ribs, magnetic turntable connection, and nested drawer assemblies resolve

See how a gas spring and ball bearing mechanism enable height and rotation adjustment for jigsa

See how a translating rod with threaded nut mechanism enables single-user horizontal leveling o

See how a three-group table board design with latches and support frames enables easy disassemb

See how a puzzle platform with vertical storage containers and segmented playing surface solves

See how a pivotable tube and holder restrict orientational movement of 3D puzzles to increase d

See how lens-focused spotlights create hard shadows under the cushion nose to improve depth per

See how a modular field system uses alignment brackets, pins, and latches to enable disassembly

See how a tilting top and articulation mechanism merge stability and mobility in one action, el

See how a pivoting target with sensor array and real-time feedback turns urination into a scori

See how a movable puzzle platform integrates rotating boards with drawer cavities to organize p

See how a sliding rod mechanism in a stabilizer leg enables single-person tabletop leveling wit

See how drawer assemblies, light prompts, and a rotating tray body solve piece loss and orienta

See how a slotted holder secures puzzle box lids upright, enabling hands-free viewing of illust

See how a stretched net with openings creates a flexible die bouncing surface that causes rando

See how a rotatable puzzle board with integrated storage solves reach and piece-loss problems i

See how a sorting tray with dividers, telescoping arm, and tiltable craft table improve storage

See how a rotating assembly with ball bearings enables 360-degree puzzle board rotation, allowi

See how a rotatable puzzle board with central axis dynamics solves reach and piece-loss problem

See how a transparent tabletop with channel-like side walls enables safe indoor leg-based ball

See how a self-latching cam mechanism enables safe, low-force assembly and disassembly of foldi

See how a rotatable messaging cube with LED lighting reduces relationship tension by transformi

See how a planar frame with receiving holes and flexible securing members simplifies wreath ass

See how vessel geometry and suggestive indicia are matched to coffee profiles using a recommend

See how a transparent table top with integrated channels and adjustable side walls enables safe

See how right isosceles triangle tiles with universal interlocking edges enable varied playmat

See how a chair-game combination uses webbing apertures and reversible covers to eliminate sepa

See how a modular surface set converts between Beer Pong table and Cornhole platforms using seg

See how a segmented convex mirror reflects only the lower cart shelf at checkout, improving art

See how a cam-based hinge locking mechanism replaces high-force spring systems to enable safe,

See how a collapsible soft housing with segmented components and hook-and-loop fasteners enable

See how a cam-based locking mechanism replaces spring-loaded plungers to enable safe, low-force

See how interlocking profiled members enable coplanar board joining and easy collage reconfigur

See how drop stitch fabric with tensioned lateral connections and apertures creates large, flat

See how a tapered-slot mounting bracket and receptor enable quick gaming device installation wi

Interlocking right-triangle and edge tiles create customizable playmat sizes and patterns while keeping assembly, storage, and transport simple.

A removable hidden compartment lets a drinking game cup conceal and reveal player instructions while still holding liquids or gelatin.

A screw-driven wedge levels billiard table slate in fine increments, reducing manual effort while keeping the playing surface horizontal.

A segmented straw with sealed compartments lets multiple people consume gelatin or slush together while preserving flavor, texture, and compliance.

A bristled diverter arm routes scanned items into separate collection areas to prevent intermingling, overcrowding, and damage at checkout.

Interlocking tabs, recesses, and a lock stabilize a 3D puzzle container against surface-normal displacement while retaining liquid.

Sensors, a rotating turntable, and a separator smooth item transfer at checkout to reduce congestion, breakage, and bagging delays.

Caps on bag rack arms use drag force to open paper bags in one motion, cutting checkout delays and reducing false security alerts.

A U-shaped barcode reader at the bagging end enables forward item scanning and bagging in one motion, cutting checkout transaction time.

A spherical slider link lets linear actuators deliver multi-axis seat motion in tight theatre spaces while preserving comfort and safety.

Captured item images, barcodes, and weights are reviewed remotely when recognition fails, keeping checkout moving while preserving invoice accuracy.

A bowl-mounted launcher and interchangeable targets turn food items into game pieces, reducing extra equipment while expanding dining play options.

A dual-interface checkout terminal switches between customer self-service and clerk operation to save retail space and reduce installation cost.

A central computer coordinates shared checkout components across stations, cutting kiosk cost and size without breaking transaction flow.

Video, audio, and operational data let remote operators intervene at self-checkout stations, cutting wait time and on-site labor needs.

Selective barriers in the bagging area shield fragile scanned items from heavier products, preserving checkout flow and item integrity.

Plug-in electrical contacts and snap latching let checkout modules lock securely while enabling tool-free replacement and compact assembly.

Angled dielectric deposition on trench tops and upper sidewalls prevents pinch-off, enabling void-free bottom-up fill in semiconductor structures.

Eddy-current braking slows a magnetically coupled air-driven banknote carrier without complex airflow control, sensors, or added wear.

Vehicle data drives AR elements on windows or camera displays, aligning gameplay with location, speed, and nearby obstacles.

Guest position data triggers an actuator-driven pin plate to eject cables and reset show effects faster without manual operator input.

Electromagnetic attraction and repulsion keep a wave pendulum swinging automatically without complex mechanical transmission or repeated manual input.

A reel and conductive-ring power feed replaces the moving spiral cable, reducing claw cable wear, entanglement, and player view obstruction.

Electrical insertion detection in a cylindrical electrode unit measures rehabilitation accuracy and time for more uniform, customized training.

A rotating, height-adjustable puzzle board improves reach and viewing angle for large puzzles without requiring users to change position.

A rotating assembly lets a puzzle table tilt, rotate, and adjust height so users can reach the full board and keep unfinished pieces in place.

A segmented transmission base stabilizes worm shaft position and maintains constant gear contact to reduce wear, disengagement, and maintenance.

Rollers under a foldable kickstand let a large puzzle board rotate on the playing surface, improving reach and viewing while reducing piece loss.

Cutting rigid puzzle pieces before printing avoids image damage and residue, improving durability and replacement of lost pieces.

Touch sensing adjusts air mouse cursor speed for fast screen travel and precise targeting without shifting attention from the main display.

Orientation sensing keeps scene labels upright on a smart cube controller, improving readability and ease of use as placement changes.

An anchored linear actuator guides a movable member along an arcuate path to improve motion smoothness and enable automatic reset.

A split inner bearing with removable halves and Teflon rings lets table football rods be exchanged or transported without disassembling figures.

A perimeter coded strip and camera-based feature detection give robots fast, accurate arena position and orientation tracking.

Dynamic zone-based route limits keep golf carts on assigned paths while reducing terrain abrasion and maintenance on golf courses.

A resilient projection and plastically deformable engagement portion let plate members snap into grooves without bending, improving material versatility.

Monofilament loops and stacked pulleys replace belts to cut drag and vibration, enabling smaller motors and smooth full-area crane movement.

A non-repeating perimeter strip and digital camera locate robot position and orientation quickly with low computation and minimal calibration.

A resilient projection and deformable engagement portion let plate members lock into grooves without bending, supporting easy assembly across many materials.

A non-repeating coded strip and camera feature points let robots determine arena position and orientation quickly with low computational complexity.

Grouped selection adapts to pointing and directional key input, improving selection accuracy and reducing time on crowded screens.

Capacitive voltage sensing and switch-coded pages replace costly sensors, Hall ICs, and manual magnets in talking electronic books.