From Muscle Energy TRIZ Cases

See how a self-contained pull string drive module with bayonet fastening detaches from the lid,

Bidirectional door-handle rotation is converted by one-way clutches into electrical power for access control, reducing battery maintenance.

Harvesting upper-leg motion through flexible tension members generates discreet wearable power and reduces reliance on external battery packs.

A helical drive converts push-pull human motion into generator torque, using bearings and tuned pitch angles to improve output efficiency.

Harvests upper-leg motion through cuffs and crank arms to generate electricity, extending mobile and wearable device battery life discreetly.

Animal muscle power drives gears and a generator to cut non-renewable energy use, with diesel backup for reliable output.

Upper-leg motion drives a flexible-shaft generator that discreetly charges mobile devices while reducing reliance on bulky external batteries.

A ratchet-driven magnet disk and variable reluctance sensors turn breathing motion into regulated DC power without external power or control circuitry.

A ratchet-driven rotary generator boosts respiration energy harvesting by using variable reluctance sensors and regulated DC output without external power.

A reciprocating rack and multiple pinions sustain hand-powered charging even after gear damage, improving portable emergency power reliability.

A hub and pivoting arm let users crank or twirl a compact generator to produce emergency power without heavy batteries or complex controls.

Damping sleeves bridge gaps and absorb oscillations, reducing noise while maintaining mechanical strength.