Resilient Force Resistors TRIZ Cases

Deformable channel conforms to teeth shape via thermal expansion, enabling precise jaw positioning for balanced muscle tension.

A lower body exercise device integrates resilient compression and tension members to target inner thighs, gluteals, and outer thighs simultaneously.

A portable exercise device uses pivotable arms and replaceable elastomeric bands to provide adjustable resistance for full-body workouts.

Dual resistance devices control flywheel speed while a dynamic restraining device extends usable belt length for safe sprinting.

Elastic bands integrated into a shammy towel provide resistance for muscle exercise while serving as an absorbent surface.

A portable exercise apparatus uses a segmented latching member to secure adjustable torso and shoulder straps.

Gyroscopic actuators provide adaptive resistance during routine tasks, maintaining muscle strength without requiring dedicated exercise time.

A magnetic anchor device secures resistance bands to metallic surfaces using permanent magnets and a ball joint mechanism.

A variable resistance device uses a deflectable beam and cam interface to generate irregular resistance forces matching human hand mechanical advantage.

A bench area attaches to a guide arm via a fulcrum, creating an adjustable tension system for strength training.

Adjustable cantilevered arms with resilient members provide consistent unweighting force, solving high vertical spring rate issues in compact home gym setups.

Segmented housing enables quick assembly while the pulley system delivers consistent resistance, avoiding damage to surrounding surfaces.

Segmented portable device uses adjustable springs to build calf muscles while resolving portability trade-offs.

A wheelchair accessible exercise system uses hydraulic cylinders to provide adjustable resistance for seated strength and cardiovascular workouts.

Segmented rod supports with snap buckles simplify assembly while the leaf spring netting catches falling users.

Adjustable spring mechanism provides yielding resistance to improve balance while eliminating the need for continuous therapist intervention.

Helical spring spacer connects elastically deformable spherical bodies to adapt to back curvature and enhance stability.