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.

A rotary mounting mechanism adjusts putter head height along parallel rails to match real field striking conditions.

Rigid yoke and anchor mechanism adjusts inelastic strap length to resolve contradictions between compact device size and diverse user compatibility.

A wall-mounted modular exercise system uses a common cable and pulley arrangement to enable resistance training within a thin profile.

A wearable ankle band uses a resilient linkage member to guide fitness apparatus lines via spring force.

Adjustable spring suspension enables plantar flexion, resolving incomplete muscle strengthening from fixed rotational devices.

A cable pulley frame redirects tension to unload user weight, replacing elastic cords that cause poor force control.

A belt resistance band system uses adjustable nylon hook and loop strips to secure elastic bands for seated or standing exercises.

A wearable glove integrates elastic bands to generate multidirectional resistance against hand movement.

Adjustable spring resistance on a rotating footrest trains rotational control, addressing muscle degeneration and balance issues in aging populations.

A free-standing exercise base accepts resilient members at variable angles for multi-directional resistance training.

A lip strengthening device uses a biased primary hinge and saddle-shaped members to maintain stable contact during exercise.

Anisotropic leaf springs absorb impact forces while a buckle mechanism allows tool-free trampoline enclosure assembly.

A wrist strength training device uses a threaded rod and spring to provide controlled rotational resistance for muscle exercise.

A portable exercise apparatus provides bidirectional rotational resistance through an adjustable rotating element and force transferring material.

A thermoplastic elastomer handle features an ovoidal grip and bolt attachment for versatile equipment connection.

Magnetic elements levitate the exercise platform along a stationary monorail, eliminating contact friction that impairs resistance training accuracy.

A pivoting glute ham system features a resistance arm assembly that rotates to accommodate multiple exercise configurations.

A wall-mounted exercise table integrates ball bearing pulleys for smooth resistance training.

A multi-function brake actuator adjusts resistance via a lever while an over-center cam locks seat positions.

Adjustable backstops and non-slip floor grips resolve versatility and safety contradictions in exercise slide boards.

Foot bar assembly stores anchor bar and nests within frame to reduce space.

A low profile exercise garment integrates elastic resistance elements between waist and leg attachment structures to provide portable passive training.

Vertical tubular risers route arm cords through pulley wheels, allowing reclined users to adjust cord length without sitting upright.

A multi-press exercise machine uses diverging handles and platforms connected to a rotatable central axle.

A force corrector calculates corrected force values using rotation data to drive a training rod motor.

A basketball shooting aid uses a thumb loop and finger pocket to restrain the non-shooting hand.

An elbow attachment device connects to a tensioning line to apply resistance directly at the joint without requiring hand grasping.

A hand grip uses inclined link arms to connect operating segments, creating a four-bar linkage that moves the arms in parallel.

Elastic ball mounting enables diverse stroke simulation while maintaining stable support.

A multi-planar resistance training apparatus provides constant force vectors across three dimensions to enable precise muscle development.

Dorsal pull straps anchor to finger segments, applying adjustable resistance to open the hand and arrest involuntary clenching during sleep.

A leg curl machine uses a moving support platform to reduce lower back arching during prone exercises.