Resilient Force Resistors TRIZ Cases

See how a screw-driven threaded block adjusts spring compression to customize rocking force for

See how a screw-driven threaded block and nested spring elements enable portable rocking with u

See how a chair-mounted exerciser uses adjustable spring and air compression resistance to enab

See how a spheroidal fitness ball with cylindrical portion and structured surface limits rollin

See how a rotatable seat with detachable resistance elements integrates exercise into office se

See how a telescopic structure and elastic-resistance pedal assemblies enable muscle training i

See how a sloped exercise apparatus with reversible lid elevates the thoracic spine to enable h

See how an exercise chair integrates resistance band anchors into the frame to merge seating an

See how a rotation and tilt element positioned midway between seat and base uses adjustable ela

See how an oblong spheroidal fitness ball with rigid structured surface compartments limits rol

See how a 360-degree rotatable seat and adjustable rear support assembly enable traditional Pil

See how a hinged floor unit raises to vertical storage position, freeing floor space while main

A 360-degree rotating seat and adjustable spring resistance expand a Pilates chair beyond fixed seated moves to Reformer-based exercises.

Pivoting armrests shift the user's center of mass to create gravity-driven rocking and sustained seated abdominal exercise.

A dual-mode chair uses four-bar resistance, pelvic restraints, and motion feedback to strengthen lumbar extensors while supporting seated work.

A rigid under-chair framework with cables and force resistors adds seated exercise while preserving swivel-chair mobility and safe disengagement.

A rigid under-chair framework, cable, and force resistor add hands-free leg exercise while preserving swivel chair mobility and safety.

A movable third gear switches paired exercise mechanisms between linked and free motion, expanding rehabilitation and training options.

Movable fasteners between mat casings let trampoline spring tension and mat tautness be tuned for different user weights and skill levels.

A flange-and-bolt band anchor adapts to different power rack hole sizes while staying durable, portable, and easy to install.

A threaded inner-piece clamp secures the adjustable support bar to the frame, improving trampoline stability, load capacity, and assembly.

Nested annular and mesh tubes create a multi-layer trampoline frame joint that resists bending, separation, and loosening without welding.

A movable inner piece and guide clamp the holding bar securely, simplifying trampoline assembly while improving stability under high loads.

Retractable pressing heads let one exerciser switch between grip training and finger recovery while adjustable resistance supports varied hand strength use.

A preloaded spring and elastic band transfer stored energy between push and pull motions to improve reciprocal muscle and breathing training.

A spring-loaded footbar, rope retraction, and end-stroke damping make reformer workouts easier to adjust and safer for intense use.

A screw-deflected spring and selector knob deliver adjustable cable resistance in a compact portable trainer without heavy weights or power cords.

A moveable external camera pairs with cable measurements to capture full-body exercise form without locking the machine to obsolete imaging hardware.

Contoured handle grooves and a thumb rest correct uneven finger loading, improving grip strength and reducing strain during squeezing.

A spiral spring and wire adjustment module replaces weight blocks, enabling compact resistance changes with safer, quieter operation.

A strain-relief linkage lets reformer users change resistance, footbar tilt, and rope length without binding under cable tension.

A spiral spring and wire roller replace weight blocks to adjust resistance safely, cut installation space, and ease relocation.

Automated spring attachment and footbar rotation keep Pilates workouts continuous, reducing setup complexity and user burnout.

Adjusting link members and locking supports tilt the rebounding mat while improving trampoline stability, durability, and one-person setup.

Rotating frames and foldable body units let one exercise platform support varied workouts while storing compactly and staying easy to handle.

Friction-fit post joints and elastic net bands replace screws and glass fiber rods, making trampoline enclosure assembly faster and less error-prone.

Dual spool housings and external locks let a shared band adjust length without losing handle stability, portability, or user control.

A spring-driven indicator and grip force measurement assembly make resistance levels visible, helping users track progress and adjust training safely.

Varying cross-sections create distinct elastic grip zones, letting one hand gripper ring deliver multiple resistance levels without adjustment.

A fulcrum-based puller controls spring force for more even trampoline spring installation while reducing rebound risk and manual effort.

An external handle and side-rail positioning rods let trainers reposition the spring bar without reaching between the user's legs.

U-shaped support members stiffen a detachable trampoline frame to reduce flexing and noise while keeping assembly, transport, and storage easy.

A cable-pulley setup uses elastic bands and springs to match muscle strength curves and support assisted, partial, and negative reps.

Automated spring attachment and footbar positioning reduce manual setup in home Pilates workouts while keeping machine configuration aligned with guided exercise videos.

A cable-driven lever arm delivers consistent rotational resistance through the full joint arc for rehab, stretching, and strength training.

Constant-force spring modules and a selector let the cable retractor deliver adjustable resistance without the weak-end overload of elastic systems.

A strain relief mechanism unloads cable tension at end of stroke, letting the carriage-based exercise machine change resistance without binding.