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.