Orthopedic Corsets TRIZ Cases

Oblique straps connected to an abdominal plate prevent vertical slipping of a spinal orthosis during body movement.

Rigid asymmetric corset with lateral valves corrects scoliosis through adjustable hinges and thermoformed polycarbonate shells.

Segmented back shell parts connect via adjustable elements to resolve the trade-off between structural stability and adaptability to different body sizes.

Expandable holding areas along the spine lift and realign the body during sleep, eliminating active user intervention required by conventional therapy.

Segmented lumbar supporter with sliding auxiliary bands prevents separation from the wearer's back while stabilizing the sacroiliac joint.

Segmented lacer guides resolve the trade-off between structural stability and fit precision in orthotic braces.

Segmented foam rubber panels provide targeted rigidity to the lumbosacral region, resolving the trade-off between mobility and back protection.

Strap system resolves bulk and weight trade-offs via dynamic adjustment mechanisms that enhance durability while improving comfort.

Thermal fusion joins belt materials into a unitary segment, eliminating stitching discontinuities that cause bulk and discomfort.

Adjustable straps and padding distribute pressure from a rigid support rod to prevent slouching while maintaining comfort.

Elastic stays bias torso support components to a stretched state, reducing muscle strain on joints while maintaining freedom of movement.

Segmented anti-twist members in the tensioning device resist twisting of the lumbar brace, preventing lace tangling during storage.

Rotation joints in the angle adjustment unit change rod orientation to apply targeted pressure, eliminating the need for costly custom fittings.

A spinal brace uses a pivoting belt engagement plate to dynamically adjust circumferential length for various waist sizes.

Segmented abdominal panels and reel-based ratchet belts prevent riding up during position changes while maintaining immobilization.

A wearable scoliosis orthosis uses a wire-driven strength adjuster and guide rail to position a curve presser against the patient's body.

Arced panel portions flex inwardly to prevent twisting, resolving stability versus flexibility trade-offs in back brace design.

Wearable elastomeric garment stimulates cutaneous nerve receptors to train muscle memory for optimal posture.

Dynamic tensioning system provides adjustable abduction force to prevent dislocation while preserving natural gait patterns.

Elastic padding maintains positioning on adjustable panels, accommodating diverse patient anatomies without manual reconfiguration.

Segmented corset elements and universal connectors resolve the trade-off between manufacturing simplicity and adaptability to varying body sizes.

An adjustable pelvic compression belt uses an elastic inner layer and hook-and-loop outer fasteners to apply targeted pressure around the hips.

A Kydex monolithic plate integrated into a floppy containment structure distributes forces evenly across the spinal column, resolving localized pressure issues.

A wearable harness anchors elastomeric resistance elements to the torso, opposing limb movement during daily activities.

Hinged sections with releasable couplings adjust brace cross-sections to resolve rigid cast limitations during patient healing.

A core training suit generates rotational force through walking to engage and strengthen countervailing trunk muscles.

Foldable belt portions adjust length to accommodate anatomical changes during rehabilitation without complex fasteners.

A conformal hand brace uses an adjustable band to provide a precise, ventilated fit for patient hands.

An adjustable back brace uses movable superior and inferior segments to apply targeted corrective forces on the spine.

Adjustable springs and inflatable chambers modify corrective pressure to accommodate torso diameter changes without frequent hospital visits.

Spring-loaded underarm supports distribute upper body weight, alleviating spine compression while enabling natural movement.

Segmented brace wings overlap within an adjustment sleeve to eliminate material bunching, providing comfortable compression across diverse body sizes.

A knee brace uses a cam and tensioning line to automatically adjust compression force on the patella during flexion.

One-piece compression garment extends from waist to mid-thigh, integrating slots for hot or cold packs to deliver targeted thermal therapy.

Merges temperature therapy and aromatherapy in a single pack to resolve the trade-off between therapeutic versatility and device complexity.

Shoulder straps redistribute panniculus weight from thighs to shoulders, resolving ambulation impediments.

Segmented tackle assemblies apply symmetrical tensile force to prevent orthosis warping and sliding.

Dynamic bladder pressure resolves the trade-off between correction effectiveness and patient discomfort by signaling posture errors.

Vertical traction via trapeze assembly unloads spinal compression, relieving pain and stimulating circulation without professional equipment.

Elastic lateral tensors apply tension to the lumbar region via a pelvic belt, avoiding chest constriction that restricts breathing.

A back mobilizer harness uses a pull system to apply posterior-anterior force for active spinal alignment.

Segmented base plates accept attachable extension pieces to enlarge width, distributing strap tension and preventing tissue penetration.

An adjustable screw mechanism modifies friction within a ball joint assembly, enabling locked immobilization or controlled resistance for rehabilitation.

Tubular orthopedic garment uses tension straps to apply targeted support across specific body regions.

A flexible back support garment trains correct posture through proprioceptive feedback.

A lumbar support belt uses a V-shaped bib and elastic strips to transform horizontal tension into an inclined thrust.

Sliding anterior panels on circumferential rails resolve fixed-size limitations for chronic low back pain relief.

Merging bearing and spindle elements into one structure simplifies assembly while maintaining adjustable tightness functionality.

Foldable belt portions resize spinal orthoses to match user anatomy, eliminating complex fasteners and trimming processes.