Flexible Elements TRIZ Cases

See how a flexible cord retainer with dimpled gripping surfaces secures electrical cords withou

See how a ratchet, volute spring, and pendulum block control webbing winding speed to prevent r

See how a ratchet-brake mechanism with pendulum block and friction control prevents rapid webbi

See how removable carrying units partition storage space into compartments with elastic straps,

See how temple openings and a mechanical fastening structure replace adhesive attachment, enabl

See how annular pleats in a circular braid enable hoses to compress longitudinally and extend r

An adjustable strap loops around folded towel lengths below a bar or ring to prevent slippage without attaching to other structures.

Alternating equal-area sections and wider hole spacing help an anti-toppling band resist tensile breakage while staying easy to bend.

Centrifugal brake pawls regulate spring-driven webbing winding speed to prevent swing, protect operators, and improve handle smoothness.

An elastic and inelastic strap layout secures varied payload sizes while preventing excess length from flapping and tangling.

A pre-curved, angled cable tie shortens the inserted end, making tray aperture threading faster in tight spaces and across varied slot spacing.

Combining serrated cable ties with an elastic overmolded connector enables secure, adjustable load bundling across varying diameters.

A tool-driven ratchet spool winds pallet straps faster than lever tightening, cutting load securement time while retaining manual use.

A tension limitation member stops further ratchet spool rotation at a set load, preventing pallet lid overtightening and damage.

A tool-driven ratchet spool speeds pallet strap tightening by replacing manual lever strokes with rapid rotational winding.

An elastic wrap section and hook-and-loop fastening keep bulky payloads secure while preventing excess strap flapping in wind.

Angled belt segments let a cable tie move stepwise around bundles near wall-like members, making insertion, wrapping, and locking easier.

A multi-level housing and deformable tie body enable tool-free cable bundling while resisting impulse forces and short-circuit loads.

Locking strips and limiting blocks let the fastener match different handlebar diameters for stable mounting without rotation or collision.

Reinforcing plates link multiple tie straps at fixed intervals to prevent deformation and improve automatic feeding reliability.

A pointed hook and slotted enlargement let this connector pass through sheet material, then close by hand with an adjustable, reusable lock.

An adhesive-backed wire tie secures surgical hoses and cables of varying diameters with adjustable bundling that reduces interference during procedures.

Plier jaws lock the band through buckle windows and shear excess length at the buckle edge, avoiding object damage and sharp ends.

A guided cinch strap and locking buckle enable fast one-handed tourniquet tightening while maintaining secure limb compression.

A spring-loaded restoring mechanism keeps worm-drive clamp pressure stable as the hose expands and contracts, preventing leaks without re-tightening.

A resilient lever-arm clip uses elastic deformation to bundle cords one-handed while allowing selective removal without trapping other items.

A paper ribbon built into the cardboard box holds roof window fasteners securely, reducing loss, transport damage, and recycling contamination.

A looped package strap enables automated aerial vehicle pickup while improving load stability and reducing dislodging risk in flight.

Guiding flap elements align bent one-piece tie straps into the claw unit, improving bundling reliability and enabling faster refilling.

A pull-through buckle and coupled strap ends let one binding strap fit different item volumes, reducing the need for multiple fixed sizes.

Elastic tension elements guided through side-wall recesses secure and support the lid without brittle movable fasteners or complex support shapes.

Multiple teeth and staggered slits let a zip strap self-lock at different loop sizes for reusable, adjustable bundling.

Deep and shallow diagonal ridges on both belt surfaces raise tensile strength at the same gram weight, reducing material use and cost.

A serrated tie seals covers to container bodies without drilling or permanent changes, enabling secure transport and reusable containers.

Molded rigid-plastic carriers use tabs and frangible sections to keep high-speed application while enabling curbside recyclability and flexible pack sizes.

Positive-locking hooks and a toothed receptacle hold plant limbs at a set distance, reducing sagging and tree damage over time.

An elastic spring section and PVDF body enable reusable sleeve clamping that avoids cable or pipe damage and resists UV wear.

A tuned cord-to-gap ratio and angled blade let a cellulosic cable tie insert easily while locking strongly with tamper evidence.

Elastic plug-and-receptacle sections create multiple adjustable loops, so cable bundles can be secured, released, and reused without cutting.

An elastomeric coupling keeps a toothless ligation strap under constant tension, reducing animal irritation and installer discomfort.

Alternating clamps and elastic return elements keep footwear straps taut under forward thrust while staying compact and easy to use.

Staggered slits and dual-edge teeth let one strap self-lock around varying bundles, replacing fixed-length, single-use zip ties.