Magnets TRIZ Cases

See how circumferential magnetic line distribution and nested multi-layer circuits expand air g

See how fibre lattice planes with predominant extension direction enhance magnetocaloric heat t

See how opposing magnets secure hinged stairway portions, replacing complex cable systems to en

See how beveled-edge panels with embedded magnets enable tool-free assembly and reconfiguration

See how integrating the solenoid into the bearing housing forms a closed magnetic path, reducin

See how a fibre lattice structure with parallel planes and predominant alignment reduces fluid

See how concave and convex surface features on magnetocaloric wire induce turbulent flow to enh

See how a core outer portion and base configuration uniformizes solenoid magnetic force during

Cryogenic cooling with a heat pipe and thermal shield lets a superconducting magnetizer generate strong fields with far lower power and heat load.

A sinuous quench duct creates anti-convection sections in different positions to limit heat leakage and boil-off in movable cryostats.

A parallel external resistor and superconducting switch move quench energy outside the cryostat, cutting cryogen boil-off and coil heat risk.

A cam-and-follower sliding door latch secures removable aerosol material insertion while preventing accidental opening and handling damage.

An expandable coating lets NdFeB magnets lock into motor grooves after heating, improving corrosion and wear resistance while cutting assembly time.

A magnet-guided movable panel shields aerosol device interfaces from dirt and impact while keeping charging or service access reliable.

A fluid bearing and preload chamber cut translator inertia and friction, enabling compact high-frequency linear actuation with lower noise.