Resilient Force Resistors TRIZ Cases

A portable exercise device uses a recoil assembly, clutch mechanism, and adjustable resistance to deliver compact workout capabilities.

Independent platform resistance resolves complexity trade-offs by enabling versatile multi-limb training routines without adding structural weight.

Segmentation and universality principles reduce device complexity while providing adjustable resistance for progressive muscle development.

Segmented posterior knee brace hinges provide dynamic stabilization, reducing fatigue while preventing overheating during rehabilitation.

Concentric wheel portions enable independent force adjustment via a cable-pulley coupling, resolving the trade-off between adaptability and device complexity.

A stance forcing device restricts inward leg motion using a hollow tubular member and resistance bands.

Segmented indicia and a moving indicator quantify resistance force to track strength gains without adding complex instrumentation.

Elastic cords provide resistance feedback to correct pitching mechanics, reducing muscle strain and preventing repetitive stress injuries.

A wearable kinetic resistance apparatus uses central sheaves on a linear track bearing to redistribute force between arms during exercise.

A modular exercise frame with adjustable attachments connects to assistive devices, while a jump rope simulator uses flexible tubing.

A damping-adjustable shoulder joint tracking apparatus applies variable resistance to stabilize arm movements during rehabilitation exercises.

An elastic element isolates the pulling rope from the metal fixing device, reducing friction and extending service life.

A balance board uses a central pivot and inclined engagement members to challenge user stability.

Segmenting the base and extension sections resolves storage space versus exercise effectiveness contradictions.

An integrated lever tensioner eliminates gaps between springs that cause pinching injuries while maintaining consistent bounce performance.

A Pilates carriage handle system expands exercise versatility through movable spring-loaded grips.

Segmented projections on a resilient body isolate individual finger movements while preventing oil exudation from plasticized materials.

A compact exercise device integrates a scale with base and contact plates to measure applied force during resistance training.

Leaf spring connectors enable tool-free assembly and dynamic catching to resolve structural strength versus safety trade-offs.

Pivoting arm spindle holds weights while elastic members connect to a user belt for adjustable upward motion resistance.

A sliding glider mechanism within an exercising assembly enables users to perform coordinated movements targeting both abdominal and leg muscles.

Roller carriages deploy resistance bands over stationary bikes to resolve the contradiction between lower body intensity and upper body versatility.

Replacing torsion springs with rubber elements stabilizes output while reducing noise, enabling dynamic stroke adjustment to prevent facial injuries.

Elastic strap and compressible member exercise neck muscles while applying forward force to restore cervical curvature.

An oral training device strengthens throat and lip muscles through targeted pressure application.

Flexible bands replace rigid frames to reduce weight while maintaining stability, enabling versatile exercise configurations without bulky equipment.

A linear joining pipe features transverse mounting portions for annular pipes, enabling secure mechanical assembly without welding.

Heated wrist rest ridges distribute pressure to prevent nerve compression while thermal energy relaxes muscles during repetitive gaming.

A hybrid resistance system combines inertial and non-inertial units to provide adjustable exercise loads.

Multi-use elastic exercise device with interconnected strap portions and an anchoring system that allows for easy adjustment of loops to vary the angle and leverage.

A modular exercise system uses a guide arm and force component to provide adjustable resistance for body weight training.

Corrugated trampoline frame tubes resolve safety hazards from ridges by using internal wavy surfaces for secure, rigid connections.

A hand grip exerciser uses a threaded screw mechanism to adjust the effective length of a helical coil spring.

A fluid chamber anchors an inflatable ring around the frame, covering exposed springs to prevent injury while simplifying assembly.

A rotating drum wraps force transferring material to deliver bidirectional rotational resistance for joint exercises.

A belt-based exercise system uses a dynamic resistance control mechanism to adjust force requirements for rolling belts in multiple directions.

Angled ropes shift elastic elements below the jumping mat, resolving safety risks and usable space constraints in trampoline design.

A portable back stretching device applies decompression force using the user's arms and shoulders to support legs and body.

Weighted bulbous tip enables self-administered internal pressure and thermal therapy for deep pelvic trigger points, replacing invasive surgical implants.

Interconnected sliding members synchronize upper and lower body movements to engage multiple muscle groups across multiple planes of motion.

Elastic cords in a modular harness synchronize pelvic and torso rotation, resolving the trade-off between training effectiveness and device complexity.

Pulley mechanisms guide the head through multiple axes, reducing injury risk from bulky restraints in existing devices.

Segmented Pilates components with quick-release mechanisms resolve space constraints while maintaining structural stability during dynamic workouts.

Overlapping elastomers with different rigidities creates a smooth elastic curve, reducing stress concentration in physical training devices.

Parallel link arms distribute palm force uniformly during strength training while allowing adjustable spring positions.

Segmented thigh and calf straps isolate the piriformis muscle, resolving the contradiction between precise targeting and comfortable operation.

A segmented hand exerciser uses resilient finger buttons and a locking mechanism to enable independent or combined strengthening routines.

A dual spring exercise apparatus provides distinct resistance for pushing and pulling motions within a single housing.