Orthopedic Corsets TRIZ Cases

An articulation joint enables a customizable body brace to balance stability with therapeutic movement, reducing muscle atrophy risk during recovery.

Damping elements in a sternal support maintain separation distance, allowing three-dimensional adjustment to adapt to irregular patient body areas.

Torque generators impose resistance between chest and waist straps, reducing spinal compression and muscle tensile forces during forward bending.

Deformable inserts allow infinite fixed angles in braces, resolving the trade-off between manufacturing simplicity and user adaptability.

A physiotherapeutic vest uses elastic panels and a rigid spinal member to apply corrective pressure for posture maintenance.

Knitted orthopedic supports insert non-elastic bands into internal channels to resolve the trade-off between stabilization reliability and device thickness.

Segmented wearable brace guides innominates and thorax into symmetrical alignment via adjustable compression, resolving bulky static device constraints.

A thoracic lumbar sacral orthosis back brace with a bowtie mechanism and three-point adjustment system.

Segmented elastic structure with X-shaped pelvic members maintains alignment and reduces lower back strain during golf swings.

Photogrammetry captures body contours for precise CAD brace design, reducing sedation needs and improving fit accuracy.

Rotating an asymmetrical lumbar cushion reorients distinct support zones, eliminating the need for multiple belts while adapting to wearer needs.

Light pressure from elastic straps guides muscle engagement, reducing organ pressure and neck pain without forcing body alignment.

A pulley-based compression belt applies circumferential pressure to the torso using a one-way locking mechanism.

Intermediately-pivoted tightening mechanisms apply equal tensile forces to upper and lower brace portions via a single pull strip.

An asymmetrical strap rotates on a lumbar belt to direct pressure toward specific back regions.

Segmented bivalve orthopaedic corset couples front and dorsal elements via side straps, enabling supine application without lifting immobile patients.

Flexible polyurethane garment opens the superior thoracic aperture to relieve brachial plexus compression while maintaining scapulo-spinal stability.

A wearable compression belt uses a pulley system to apply adjustable circumferential pressure to the chest or abdomen.

A spine brace system uses slidable internal lateral panels and multi-band pulleys to adjust circumference and contour for a precise fit.

Segmenting the rear surface into a mesh structure reduces weight and allows adjustable stiffness through varying interstice configurations.

Integrated hook and loop fasteners on a pelvic sling eliminate complex strap mounting, enabling rapid emergency stabilization across varying patient sizes.

Removable lateral struts on a flexible belt distribute force to correct spinal curvature while eliminating visible front-back components.

Pivotable arched arms and spring-loaded links reduce waist load while maintaining trunk stability during movement.

A knob adjustable back orthopedic belt uses elastic bands and string to vary tension across the spinal fixation part for customized lumbar support.

Pulley tensioning system reduces friction during adjustment while anatomical plate distributes pressure evenly across the lumbar region.

Segmented elastic and rigid panels cinch the waist to limit sacroiliac motion while maintaining comfort across different anatomies.

An articulated link chain replaces rigid orthosis bridges, allowing pivoting segments to maintain mechanical strength while adapting to changing limb contours.

Segmented vertical struts and pads attach to a flexible belt, resolving the trade-off between structural support and wearer comfort.

A pelvic prolapse treatment belt uses a compression pad and adjustable straps to apply upward pressure on the pelvic floor.

Integrated cable mechanism tensions waist and shoulder straps together, resolving complexity trade-offs while accommodating diverse patient sizes.

A motorized tightening mechanism automates brace adjustment using a worm drive and rack system.

A lumbar orthosis integrates a mechanical cinching device to apply circumferential compression via a crank-driven gear system.

Segmented compression zones improve spinal alignment while avoiding uncomfortable straps.

A spinal orthosis uses a rigid posterior frame and adjustable straps to provide consistent vertebral compression.

A multi-axis rotational control hip orthosis applies dynamic forces across the joint using adjustable tensioning elements and movable anchor points.

Segmented modular pads and dynamic struts adapt to patient growth, resolving the trade-off between brace complexity and long-term treatment efficacy.

A posture correction girdle uses embedded sensors and adjustable paddings to monitor spinal pressure distribution.

A gait device control system uses continuous reference functions to map sensor measurements directly to actuator commands for smooth movement.

Segmented front and back panels attach at variable angles while a mitten pocket aids donning, resolving fit issues across diverse anatomies.

Adjustable tensioning mechanisms prevent excessive force on the spine while accommodating changing anatomy during pregnancy.

Separate upper and lower tightening cords with lobe guides allow independent adjustment of torso shape changes for consistent spinal support.

Diagonal cables apply proximal-medial forces during extension and relax during flexion, preventing brace migration while maintaining lightweight comfort.

Adjustable arms on an abdominal splint provide targeted traction to align rectus abdominis muscles for diastasis recti healing.

A segmented orthotic device uses a resilient base and removable rigid portion to apply directional forces for body movement assistance.

Segmented lumbar braces use flexible joints and pulleys to hug the spine, resolving stability versus adaptability trade-offs.

Relocating elastic bands from inner air passages to the outer periphery eliminates rim tearing while maintaining contraction stability.

Segmented lumbar assemblies and adjustable elastic straps resolve bulk and donning difficulties while maintaining fracture protection.

A segmented orthosis bandage uses jaw-like ends with hook-and-loop fasteners to create a high-tensile connection across the entire width.

A convertible lumbar orthosis uses removable rigid panels and adjustable straps to provide customizable support levels.