Tents/Canopies TRIZ Cases

Nested door modules keep membranes taut in open positions, extending lifespan by eliminating slack-induced wear from extreme climates.

Central lock merges multiple legs into one bar to prevent deformation under wind loads.

A tent system uses variable transition sections to connect modular areas under a unified flexible roof.

A side supporting vehicle roof tent uses telescopic support rods to connect the base and top cover for simple unfolding.

Segmenting the roof from the base frame allows interchangeable peaked or domed configurations without increasing framework complexity.

Twisted steel cables anchor a rigid roof element to upper and lower post zones, simplifying installation by removing complex adjustable connectors.

A centralized locking mechanism uses a slider on a central pole to secure tent frames.

Branching pole members extend from a central support to form dual peaks, increasing usable inner space without adding weight or complexity.

A multi-point attachment system secures a sail to shelter brackets.

An expandable plate slides from a retracted position to extend the tent volume, reducing setup time and complexity.

A collapsible shelter anchor uses a fillable container to provide adjustable ballast for truss sections.

A tarpaulin system integrates longitudinal pockets for tube insertion and ratchet tensioning devices to secure the canopy structure.

Integrated pockets and handles reduce assembly time while reinforced corners prevent tearing under stress.

Segmented rib assemblies with toggle clamps reduce weight and assembly complexity while maintaining structural integrity.

An elastic fabric sleeve replaces rigid storage components, eliminating heavy weight and maneuverability issues while ensuring compact storage.

Segmented shafts and universal connectors resolve the contradiction between portability and structural stability by enabling body-powered skin tensioning.

Clamp system eliminates custom panel cutting to reduce lead time and manufacturing costs.

Aluminum plate-like elements join tent arch section bars, eliminating fixed holes to resolve weight and strength trade-offs.

Dual-layer fabric and removable panels regulate temperature while a lotus-effect collector gathers condensate to prevent dripping.

Continuous base loops with grommets receive support ribs to resolve orientation difficulties during floorless shelter assembly.

A tent joint structure uses a controlling button and positioning pin to enable single-handed folding.

Telescopic side members extend vertically for sealing while retracting to minimize cargo passageway obstruction.

Differential emissivity in a tent roof panel reflects solar rays while controlling far-infrared emission to reduce the greenhouse effect.

Curved half-poles pivot around a vertical axis to enable quick assembly and compact storage without tedious folding steps.

Distributing attachment forces across multiple receivers prevents grommet tear-out under wind loads, enhancing structural integrity.

Spherical line centering components on a tension line align pole sections for rapid assembly, preventing jamming and reducing coupling complexity.

Rotationally deployable U-shaped supports align with trailer edges to erect shelter, preserving floor space for cargo.

A recycled hot air balloon envelope forms an inflatable dome structure using segmented fabric panels and counterweights.

Telescoping beams connect to junction rings on vertical posts for adjustable shelter framing.

Triangular wing extension panels anchor over vertical obstructions to eliminate safety gaps in swimming pool covers.

A low emissivity polymer film canopy with laminated reinforcing fibers creates a lightweight, single-walled shelter structure.

Elongated sleeve apparatus with connector elements attaches to canopy rods to distribute weight along the structure.

Self-tensioning geometry in modular ovoid frames eliminates foundation work on uneven terrain, enabling rapid deployment of stable emergency shelters.

Segmented panels and dynamic hinges resolve the contradiction between environmental protection and user mobility in personal protective enclosures.

A polytunnel leg integrates a screw flight for soil anchorage and a rotatable attachment plate for cover securing.

Sliding clamps on linear rails grip crossbars, replacing complex bolt-and-bail mechanisms to simplify installation while maintaining structural integrity.

Segmented floor modules and adjustable support legs resolve the trade-off between large viewing area and transport ease while preventing structural sagging.

A truck bed camper uses segmented upper and lower units to house living amenities while maintaining a compact travel profile.

Segmented tent poles with detachable connections resolve the contradiction between structural stability and packaging size by enabling compact folding.

A modular shelter uses a rigid roof plate and reinforced bellows sides to create a stable trapezoidal living space from a flexible body.

Gas-permeable inner membrane allows water vapor escape from heated inflatable chamber, preventing condensation on walls while maintaining humidity.

Pivot-mounted half-hoops resolve assembly speed versus storage compactness trade-offs while ensuring wind stability.

Extracting awning supports into vertical posts frees crossbar space for accessories.

A land anchor device uses a crank mechanism to extend stabilizing plates into the ground for secure boat mooring.

A rotating canopy frame with telescopic supports transforms a recreational vehicle bed top into a standalone shade or hunting blind.

A compact anchoring stake features a hingedly mounted spike that folds into the tubular handle for safe storage and transport.

Multiple hubs segment the central load, reducing stress concentration on the frame while expanding interior volume and headroom.

Segmenting the roof into two layers with independent support systems allows wind to pass through, reducing resistance and improving stability.

A multi-faceted stake support uses a hinged bail as a fulcrum to enable lever-action extraction of stakes from the ground.

Extended cross members and enlarged inserts bridge gaps at canopy shelter link points to distribute stress evenly.