Garments TRIZ Cases

A four-layer barrier structure absorbs perspiration through capillary action while allowing air flow to reduce body temperature.

A single projector converts light to circular polarization using a wave plate and beam splitter for passive 3D viewing.

Flat core recesses receive the securing band to eliminate needle perforation, preventing sock damage and thread breakage during packaging.

A nursing cover uses a semirigid support in a sleeve to form an adjustable opening for caregiver access.

Intersecting reinforcing bands across the abdomen prevent sinking and maintain flat posture during swimming.

Segmented polymer panels assemble via snap-fitted joints to form a rigid crate that protects sneakers from dust and humidity.

Segmenting the decoration into a separate topper preserves rental cap integrity while enabling easy personalization and post-ceremony display.

Pre-assembled adhesive patches with three-dimensional structures streamline garment decoration by eliminating intermediate laminating and cutting steps.

Inclined holding grooves on connector projections self-secure flexible substrates, preventing positional shifts and ensuring reliable electrical contact.

Composite memory foam and mesh inserts contour to the body, reducing bounce while maintaining breathability during rigorous activity.

Flexible top band uses an edge-side recess to offset garment attachment and eliminate bulky seams.

Elastic fixing structures in a segmented packaging box prevent C-type wearable components from shaking during transport.

A garment pocket divides its bag into compartments using a connecting element and elastic bands to secure items during movement.

Bi-directional wearable devices resolve indoor GPS limitations by using RF transceivers to track locations and guide users in crowded venues.

A collapsible pneumatic actuator moves thematic elements on a head covering through air pressure changes.

A foldable cardboard partition divides a shoebox into two compartments to prevent upper contact.

A nursing bra integrates strain gauges and accelerometers to measure breast weight changes during feeding sessions.

Integrated girdle applies compression to body tissue using adjustable snaps and hooks within a one-piece swimsuit design.

A neoprene heat retaining compression pad applies palpable pressure and thermal energy to the upper pubic area.

A vacuum packing cover uses a movable plate to compress bulky textile items into a compact parallelepiped shape.

Magnetic fasteners secure a pre-folded pocket poof in a suit jacket, eliminating collapse and matching shirt patterns.

A connector assembly uses elastic conductive textile stripes to link electronic devices to smart garments.

An open-ended shroud tunnel allows direct cleaning of mating interfaces while sealing members prevent moisture ingress for reliable operation.

A garment pocket features a zipper recessed below the top edge to conceal the fastening mechanism from external view.

Segmented panels with internal pockets protect incisions and secure drainage bags, resolving seam irritation during post-operative recovery.

Dual coverings with breathable materials and Velcro fastening stabilize hands-free devices while preventing sweat exposure.

Footwear integrates temperature, pressure, and activity sensors with a microprocessor to monitor patient vitals.

A dual-layer athletic shirt separates a loose outer body from a snug inner sleeve, reducing skin friction and preventing chafing during long-distance running.

Segmented fabric seams embed electrical components to maintain conductivity and mechanical robustness during bending or stretching.

Discontinuous ultrasonic welding joins laminate panels to prevent cracking and maintain flexibility while ensuring liquid-proof integrity.

Garment system applies tension via neurobands to support muscle alignment, reducing musculoskeletal disorder risk through real-time haptic feedback.

Segmenting the button cover into a nested C-shaped base and hinged top component resolves attachment security versus structural complexity.

Segmented interwoven fabric columns adjust gap sizes without compromising structural integrity by varying local weave density.

A fabric welding device uses segmented counter-track rollers to maintain uniform speed and homogeneous dragging across the entire fabric width.

Deployable extender panels with releasable connections adjust pocket dimensions to secure varying device sizes without shifting.

Recessed securing zones on a texture hoop fixture hold embellishments in place, preventing presser foot interference and ensuring precise design alignment.

A garment pocket uses a nested pouch to conceal a handgun, preventing telegraphing through clothing while maintaining quick access.

Sensors in nursing garment cups automatically record breastfeeding timing and side usage to eliminate manual tracking errors.

A bra frame with a cantilever cup redistributes breast weight via a wrap-around band, eliminating pressure points from traditional underwires.

A pocket design uses an internal elastic strap to retain longer items, resolving the trade-off between secure retention and limited opening size.

Segmented straps with extension clasps allow discreet pump integration without complex structural redesign.

An elastic forearm sleeve with a thick absorbent inner layer prevents water and cleansers from dripping onto clothing.

Flexible electroconductive mesh measures body motion through impedance shifts, resolving occlusion limits of optical systems.

Sensors detect custom graphics on substrates to synchronize packaging and labeling of customized absorbent articles.

A wearable garment integrates a flexible display and sensors with a removable communication module for seamless data interaction.

Varying knit stitch patterns creates distinct elastic zones in a single garment, eliminating stitching discomfort and heat issues.

A patient assistance garment uses adjustable elastic straps to provide customizable support and resistance during mobility tasks.

Thermal bonding fuses thermoplastic textiles into single-piece structures, eliminating cutting waste and simplifying recycling processes.

A triangular undergarment uses adjustable straps to attach securely to brassieres of various sizes and styles.

A multilayered wear material uses a stretch-induced phase transition to dynamically alter color and opacity.