Chiropractic Devices TRIZ Cases

A massage tool uses a rotating joint to attach the body follower to a reciprocating motor shaft.

An adjustable body balance apparatus resolves storage volume conflicts by folding into a compact shape while maintaining stable support through catch grooves.

Piezoelectric finger joint driving device reduces thickness, enabling insertion into narrow spaces without obstructing hand movement.

A shoe blocking device uses flexible bands to secure footwear to an exoskeleton structure.

An integrated plantar pressing device combines mechanical stimulation with controlled foot mobilization to streamline rehabilitation workflows.

Galvanic skin response and spinal scanning replace radiation-based imaging to identify pain areas and diagnose scoliosis without X-ray exposure.

Modular segmentation and self-service control eliminate technician requirements, lowering design costs while maintaining therapeutic effectiveness.

Convex electrode surface conforms to facial contours, resolving uneven current distribution and enabling effective massage on flexed skin regions.

Angled support legs and central connecting portion enable controlled knee extension via cord tension, reducing device complexity and patient pain.

Segmented thermal elements with integrated air fans enable rapid temperature changes, resolving slow mode switching that limits contrast therapy effectiveness.

Dynamic toe retainers on a rigid base accommodate varying anatomy to activate hard-to-reach muscles across the full range of motion.

Segmented handle design with a sliding protrusion resolves portability contradictions while maintaining effective adhesion release.

A support device uses user-specific data to configure a geometrically tailored region that relaxes muscle tension.

A seated rehabilitation device uses a cord and pulley system to move the patient seat toward a fixed foot brace.

A joint supporter with a controller accelerates and decelerates limb movement to generate inertial tension in muscles.

Segmented powered orthotic uses lightweight spars and unpowered pivots to distribute force efficiently across knee, hip, and ankle joints.

A vibration headpiece transmits mechanical waves to the head to induce a meditative state.

A motorized decompression actuator applies cyclical forces via a pelvic harness to align lumbar vertebrae, preventing muscle guarding during therapy.

A force transmitting frame uses variable stiffness to distribute load efficiently across a user's body during motion assistance.

Forearm gutters transfer body weight from hands to upper arms, eliminating hand strain while maintaining mobility support reliability.

An automated drive mechanism positions handles toward foot plates to stretch hamstrings without manual repositioning.

Telescoping frame with ratcheting pressure control manages tension and leverage to increase range of motion while preventing hyper-extension.

Automated pneumatic muscles replace manual massage to boost rehabilitation efficiency while reducing medical worker burden.

A detachable index member records user-specific attachment positions on a shared cupsole main body, eliminating manual adjustment time.

A motor-driven exoskeleton adjusts wire tension thresholds to assist leg movement during walking.

A compact lumbar treatment unit integrates traction, torsion, and electromagnetic massage functions on a single vertical rail assembly.

Nested male and female coupling parts with elastic locking pins enable tool-free assembly of powered exoskeleton joints.

A handheld chiropractic tool features a concave spine adjustment section and recessed areas for lotion management.

Sinusoidal tension transitions eliminate abrupt changes that cause patient discomfort while maintaining effective intradiscal decompression.

A walking training harness uses a guide mechanism to adjust frame position vertically for dynamic support.

A power generating leg converts mechanical energy into stored electrical power using a torque generator and power unit.

A linear motion therapy device uses a worm-driven actuator to move a foot support for knee rehabilitation.

An elastomeric wristband with finger holes resolves the contradiction between strengthening and stretching by providing balanced muscle exercise.

Pivot-based orthotic devices apply controlled forces to assist elbow flexion, resolving the trade-off between joint protection and user comfort.

Segmented thigh cuffs enable incremental connection without lifting bedridden patients, preserving medical device compatibility.

Segmented power units transfer automatically between the exoskeleton and mobile base, resolving weight constraints while extending operating time.

An adjustable stretch bar decouples stretching force from the inversion angle, resolving the trade-off between therapy effectiveness and user comfort.

Segmenting the power supply from the lightweight vibratory unit resolves the contradiction between high-amplitude stimulation and hands-free operation.

A sensing portion detects sleeping posture to drive a lower jaw forward, reducing pain and drooling from continuous mechanical stress.

A physical therapy device uses a pivotable arm and adjustable counterweights to deliver balanced two-way resistance for joint exercises.

A walking training apparatus adjusts pulling forces using joint angle detection to manage leg movement.

Alternating vibration gymnastic equipment prevents simultaneous bilateral stimulation to protect the spinal column and head from harmful mechanical stress.

A wearable actuator delivers resonant sound frequencies through bone conduction to the paranasal sinuses.

A modular plug-and-train robot uses a single actuator and interchangeable therapy tools to drive hand rehabilitation movements.

A horizontal displacement carriage moves a reclining person to exert kinetic energy and mass inertia for spinal distraction, eliminating arm pad cramping.

A massage device employs a slider mechanism to move the clamp arm and support for flexible positioning of the massage assembly.

An electric motor powers a walking machine that supports paralyzed users in standing and moving limbs to prevent muscle atrophy.

A crutch design featuring an angled arm rest support and vertical tubular member to distribute body weight across the upper limbs.

Eccentric motor weights generate controlled vibration on adjustable therapy ropes.

Auxiliary oscillators regulate torque to synchronize walking rhythm, correcting scale deviations that cause discomfort.