Chiropractic Devices TRIZ Cases

Segmented hand therapy tools provide graded resistance for radial and ulnar deviation exercises.

An inelastic connecting member transfers load from a lower leg support to a lumbar support, preventing energy recoil that cancels symptom alleviation.

Segmented garment layers manage moisture and thermal radiation to reduce metabolic strain during extreme environmental exposure.

A traction head harness applies tension through a rigid mouth guard contacting upper teeth, eliminating soft tissue compression and muscle spasms.

Segmented design resolves volume stability trade-offs by detaching supports, enabling compact transport while maintaining structural integrity during treatment.

A dual-receptacle carrier attaches to rollator frames using retention arms and a pivotable body.

A motor generates acoustic stimulation patterns while a sensor detects output changes under load to maintain reliable operation.

A threaded spindle pivots a footrest to control oscillation amplitude, preventing skeletal trauma from abrupt impact during passive standing training.

A therapeutic knee device uses a load cell to measure force between the limb and actuation member for precise motion control.

Pivotably connected legs and retractable wheels enable safe traversal of stairs, gravel, and wet ground.

A portable gait trainer attachment connects to standard treadmills to guide amputee limbs through biomechanical walking motions.

Adjustable apparatus positions resistant means above and laterally to the limb for closed kinetic chain exercises.

A dial-based tensioning system adjusts exoskeleton attachment components using elastic elements for precise force application.

A portable spinal decompression harness uses adjustable thoracic and lumbar belts to apply targeted traction forces for therapeutic relief.

Counterweights balance an elevated center of gravity to maintain stability, while isolators reduce vibration transfer to the ground.

A robotic pelvis interface uses motorized arm assemblies to actuate translation and rotation degrees of freedom for patient attachment.

A pressure module integrates a rotating heat-generating unit with an electromagnetic induction system to produce thermal energy.

Telescopic stanchions adjust the height of a rotating roller assembly, resolving adaptability versus complexity trade-offs in therapeutic massage.

An actuator with a release valve locks the supporting table at selected angles, reducing user effort and manufacturing costs compared to motorized systems.

A knee joint weight-bearing apparatus uses a four-bar linkage with a gas spring to generate resistive force.

A walking aid device uses processors and positioning elements to autonomously navigate toward users.

Segmented foam roller design with an intermediary gliding seat resolves the trade-off between effective connective tissue targeting and user effort.

A spine treating apparatus uses a motor-driven uneven rotator to move suspension-supported frames for dynamic spinal stretching.

A vibrating platform paired with a magnetic checkerboard challenges patients to maintain balance while performing hand-eye coordination tasks.

A wearing module uses a bistable spring to transition between stable states for automatic strap adjustment.

Hinged torsion springs in a torso assist orthotic counterbalance torso weight to resolve lateral stability conflicts while minimizing walking interference.

A foot stretching device uses a single motor and coupling unit to rotate upper and lower footrests for joint therapy.

An angled headrest creates localized spinal decompression without bulky inversion equipment.

Variable stiffness pneumatic haptic device replaces bulky rigid actuators with compliant sleeves, expanding training intensity range for home rehabilitation.

Segmenting the support into a T-shaped member and cable loop reduces positioning time while maintaining secure leg holding.

A suspension system generates therapeutic compression forces on the spine using user body weight.

Segmented medial and lateral braces connected by flexible cross members reduce muscle fatigue while maintaining structural stability.

A modular rehabilitation device uses a drive module and Hall sensor to detect mounting positions on hinges for limb exercise.

Electronic devices share sensor data to perform cooperative walking assistance tasks, reducing coordination complexity and battery management effort.

Segmented finger control reduces device complexity while enabling individualized treatment.

Segmented telescoping segments collapse the portable therapy device to resolve bulky equipment weight constraints during home visits.