Resilient Force Resistors TRIZ Cases

A footwear and knee brace assembly uses resistance bands to maintain consistent forefoot placement during brisk walking or running exercises.

A wearable fitness apparatus uses a wheel or screw mechanism to adjust elastic band length for variable resistance.

Segmented bar components resolve portability limits by enabling elastic resistance and suspended bodyweight exercises.

A multi-functional finger exercise device integrates compression and extension mechanisms for customizable resistance.

Stationary end platform supports the spine, neck, and head to expand exercise variety without requiring users to move between separate platforms.

Segmented elastomeric rings provide adjustable resistance levels by connecting to different rings, accommodating diverse fitness requirements.

A slidable pad moves along a fixed track to deliver controlled resistance for targeted muscle strengthening.

An artificial limb uses an internal cord to drive dynamic flailing motion upon impact.

Suspended trampoline mats on stepped treads reduce platform stability to engage stabilizing muscles and increase energy expenditure during workouts.

Handle-mounted accessory system integrates water bottle holder and antibacterial wipes dispenser directly onto exercise machine frames.

A handle yoke with interconnecting passages secures stretchable exercise tubes via a nested locking mechanism.

A finger exerciser uses a linear position encoder to detect plunger displacement and transmit data to a mobile device.

A rehabilitation device combining wrist rotation and hand grip modules with embedded sensors for real-time feedback.

A wall-mounted exercise apparatus uses sliding plates and tightening screws to adjust accessory height along vertical profiles.

A leg rehabilitation apparatus uses an electromagnetic resisting device to generate adjustable force for muscle loading.

Segmented handle design uses a movable gate to resolve the trade-off between structural strength and easy cord installation.

A boil-and-bite mouthpiece features a deformable cavity that provides adjustable resistance for jaw muscle exercise.

A water-filled oral exerciser uses buoyant indicator displacement to provide visual feedback during tongue compression exercises.

Segmented platforms at various heights accommodate different body sizes, reducing foot pain and instability from fixed crossbars.

An adjustable spring mechanism applies varying resistance during mastication to stretch the temporomandibular joint and treat trismus.

Segmented rigid arm boards minimize skin pressure sores while maintaining reliable protection against self-extubation in awake intubated patients.

Elastic training brace applies variable tension forces across ranges of motion to correct proprioceptive deficits and prevent joint injuries.

A portable exercise device uses a track carriage and rotating platform to enable multiple muscle group workouts.

A central pulley locking mechanism constrains pull cord movement on a Pilates reformer carriage.

Segmented pivot pedals enable full ankle flexion and extension, increasing lower extremity blood flow velocity while reducing device complexity.

A pivotable seat assembly moves between positions to accommodate different user types on a single exercise frame.

A contoured ring platform with multiple band retaining slots secures resilient straps to a fitness ball for varied resistance exercises.

A jaw strengthening device uses coil compression springs to connect upper and lower mouthpieces for multi-directional movement.

Segmented barrel and sliding collar allow quick handle detachment without tools, reducing maintenance time.

A pivoting rigid bar with damping cylinders absorbs impact energy at the trampoline landing zone.

Flexible resilient plates pivot within a rail system to support the jumping mat, replacing traditional extension springs with a controlled elastic structure.

A spring-loaded hinge pivots the fork supporting unit to simulate outdoor cycling inertia and gravitational effects during indoor training.