Temporary Pavings TRIZ Cases

See how helical-rib male-female connectors enable quick rotational assembly of ground mats on u

A quadrifoil support cell carries hardscape loads while keeping soil open for drainage and tree root growth beneath pavements.

Flexible rubber blocks with adjustable couplings make trackout mats easier to handle, adapt to terrain, and remove vehicle debris.

Parallel vibrating ridges shake regolith from extraterrestrial vehicles while a flexible or rigid base supports load and surface conformance.

A pinned chain mesh placed between front and rear tires creates an anchored traction path to free stuck vehicles on mud, snow, or ice.

Segmented rubber trackout mat blocks improve handling, storage, and replacement while vibrating debris loose from vehicle tires.

Detachable hinged rescue plates create a longer continuous track over sunken ground, reducing wheel skidding and bending risk during vehicle recovery.

A rotatable cam slot locks panel bolts against turning and downward forces while keeping assembly and release straightforward.

Rectangular tree-pit modules waste material around round root balls; hexagonal brackets create stronger support and more root growth space.

This case uses a radial friction mechanism to secure a paved-surface bore cover against vehicular extraction.

Geotextile mattresses filled with indigenous material create stable roadways for heavy vehicles across soft littoral soils.

Plastic bearing elements absorb heavy load stress between concrete slabs and rails, preventing wear while enabling quick modular installation.

A railway crossing panel uses a lower area with support projections to provide elastic restoring force for the upper deformation area.

Segmented modular design enables efficient road widening in confined spaces without requiring large dump trucks.

Segmented rubber and resin elements allow vertical removal of the insulating device, eliminating lateral cladding demolition during maintenance.

A rotating spool stand with rigid arms manages track unwinding, eliminating the need for multiple operators during deployment.

Segmented profile elements with hidden snap connections replace traditional fasteners, reducing mounting time while eliminating protruding safety hazards.

Infrared illumination reveals diamond memorials on compressed celestial surfaces, avoiding dust contamination during precise placement.

Internal reinforcing ribs engage cell walls at 25% to 75% height to distribute concrete loads and resist flexure.

A flexible polymeric strip embeds reinforcing elements within surface protrusions to enhance structural integrity.

Separate holding element anchors the cover cap to prevent lateral displacement in filling material, ensuring precise positioning and reliable protection.

Segmented formwork frames with dynamic clamping levers allow rapid disassembly without damaging concrete slabs in railway tunnels.

Localized temperature control elements match walkway cassette heat loss, resolving precision issues from varying wind conditions.

A drainage mat lip recess channels washing effluent through a tube to a remote hose.

A rigid cell filling module with peripheral drainage openings transmits vertical loads to the ground.

Replacing metal bolts with wooden dowels and adhesive solves the contradiction between assembly durability and environmental compostability.

Slotted channels allow displaceable supporting bodies to avoid rail fastener collisions.

Segmented longitudinal profiles reduce weight and manufacturing complexity while maintaining load-bearing capacity.

Composite reinforcement elements reduce deformation and wear in elastomer profiles, extending service life under dynamic rail loads.

Parallel growth grooves and openings in a slipformed surface covering support plant rooting while resolving dimensional stability issues.

A flexible tracking control system uses tread deformation stages to remove sediment from vehicle tires.

A segmented weed prevention device surrounds a plant stem to concentrate light and water while suppressing unwanted vegetation growth.

Snap-fit stacking and lateral interlocking create stable frames that balance load-bearing capacity with tree root growth space.

Local quality resolves adhesion gaps by bonding the elastic filler only to the rail.

Confining photoluminescent particles to the base layer of polymer concrete reduces material costs while maintaining durability.

Bridge elements link cast iron tree grate segments via screw fasteners, enabling height adjustment to resolve assembly complexity.

A railway track base plate supports detachable roadway panels via fastening elements to decouple track and road functions.

Segmented four-slab design bridges larger construction joints, enabling medium-term use while supporting ongoing work beneath the structure.

Moulded plastics trench cover integrates link means within side wall recesses to eliminate post-moulding drilling and reduce manufacturing complexity.

Segmenting the groove into a standard rail and a protective cover eliminates safety hazards for cyclists and pedestrians while simplifying maintenance access.

A woven ground covering uses flat yarns to create a smooth walking surface while maintaining vehicle grip on uneven terrain.

Pre-attached composite strips merge protection with sealing, eliminating months of weather exposure during buried track installation.

A collapsible road surface uses pneumatic retaining means to control movement speed, reducing vehicle shock and mechanical complexity.

A buried pipe apparatus absorbs frictional sounds through porous materials without direct vehicle contact.

Permeable pipe and fan force air through soil, removing pollutants and extending tree lifespan.

Offset connecting grooves and webs on the jacket transmit tensile forces, preventing displacement of joined lattice bodies under heavy traffic loads.

Rotating housing connection absorbs initial impact energy to prevent steel tape rupture, ensuring controlled vehicle deceleration.

Separated height and inclination assemblies manage torsion forces during extension, maintaining transition stability.