Tents/Canopies TRIZ Cases

Outer receiving nets expand the ball catching area on a collapsible golf tent frame, resolving the trade-off between large receiving range and portability.

Segmented inflatable walls and pneumatic supports create enclosed acoustic environments, resolving adaptability versus quality trade-offs.

A multi-functional curtain merges a camping tarp and tent using detachable inner portions and symmetric outer curtains.

Shortening means reduce free edge length of longitudinal sides to prevent wind-induced fluttering and noise while maintaining structural stability.

An asymmetric hypar canopy transfers wind forces into stabilizing downforce, allowing quick installation without permanent anchoring.

Force exerting elements contract the circumference of an inflatable beam, enabling non-arcuate shapes that improve underpassability.

Nested sliding compartments expand storage volume while reducing trailer length to avoid road restrictions.

Glass-filled nylon hubs replace metal straps to reduce weight while maintaining structural strength for rapid deployment.

A flexible fire detection cable bends with a collapsible spray booth enclosure to maintain continuous safety monitoring during relocation.

Segmenting the roof into rods extending to a central hub resolves the headroom versus stability trade-off in automatic canopies.

A 360-degree rotatable carport uses modular telescopic arms and interchangeable panels for rapid structural transformation.

A portable shelter frame uses a truss stopper to align longitudinal members and maintain structural rigidity.

Standardized hollow hubs connect uniform structural members, resolving the trade-off between assembly complexity and design flexibility.

Modular wall segments connect via friction fit to form a geodesic dome, reducing part loss and easing assembly for emergency housing.

Thermobonded Y-shaped strips redirect tensile forces into shear stress between legs and walls, preventing leakage at overlapping joints.

Inflatable elements replace solid masts in deployable shelters, reducing system weight and simplifying deployment through pneumatic pressure.

A conical fabric tent eliminates needle hazards and choking risks while maintaining festive atmosphere through removable ornaments.

Spring-mounted detent pins secure the rail skirt to shelter legs, enabling rapid conversion into exhibit booths without complex assembly.

Segmented tunnel pole and fasteners enable quick installation without ground fixation, resolving the trade-off between waterproof reliability and portability.

Integrating eave poles with upper frame members eliminates separate auxiliary supports, reducing structural complexity while maintaining shading area.

Variable-angle bracket cavities constrain laterally shifting barrier rails, eliminating screw dependency while maintaining structural stability.

A dedicated insert joins tent rods to a hollow frame profile while preventing water ingress into the structure.

A hinged plate cover and detachable waterproof fabric reduce aerodynamic drag and visual obstruction while preventing rainwater ingress.

A stake system uses a flexible line to cut through loose material for secure anchoring.

A modular endoskeletal truss system supports rip-resistant tarps to encase fracking hydro tanks and fluid conduits.

Diagonal ridgeline geometry positions trekking poles at opposite corners, eliminating central pole interference with sleeping areas and doorways.

Inserting elongated elements into awning channels creates a double roof, eliminating complex mounting bars.

A foldable floor mechanism uses a lead screw and concentric semicircles to pivot panels for compact storage.

Padded awning support cover secures over RV frames, mitigating injury risk from low-positioned rigid structures.

Obliquely oriented support bows distribute pinching forces evenly, preventing concentrated stress and extending tarp lifespan.

Fiberglass poles with bungee joints allow the structure to adapt to high winds, resolving weight and stability trade-offs.

Canted corner angles create pre-load stress that counteracts beam sagging, ensuring structural stability and aesthetic appeal in tensile frames.

A folding canopy roof assembly uses a tarpaulin stay and linkage rod to support the cover material.

Reinforced eaves provide structural rigidity while a sliding spring-loaded pull latch enables safe, quick assembly without pinching hazards.

A spring-loaded plug insert simplifies canopy installation on outdoor shelter frames using a biased displaceable member.

A modular tent purlin connection uses a cylindrical element to engage gantry tubes for secure attachment.

Replacing rigid frames with pneumatic beams resolves the structural strength versus wind resistance trade-off for rooftop tents.

Cross-connected support frames enable a foldable protective cover that reduces storage volume while accommodating generators of varying specifications.

Nested rotors and extensions share a common shaft to compress stored volume, resolving the contradiction between compact storage and rotation stability.

RF-welded coaxial port disks merge aircells into one volume, eliminating separate hoses and valves.

A collapsible protective vehicle covering system featuring a mesh shroud with impact-resistant material and mount assemblies that attach to the vehicle frame.

Segmenting the canvas into modules with reversible sealed joining means resolves the trade-off between assembly speed and pressure-tightness.

An inflatable impact shield uses puncture-resistant materials to create a protective shelter.

Soft trailing edge attachments absorb wind energy to minimize flapping sounds and structural vibration in outdoor shade assemblies.

Anchor platforms with tire stops secure the canopy using vehicle weight, preventing wind damage while allowing viewer access.

A dead man plate anchor uses a unitary rope extending through apertures to provide anchoring force and enable retrieval.

A collapsible shelter mounts to a vehicle hitch receiver via an elevated base frame that positions seats above the ground level.

A portable barrier uses a junction support to hold lateral arms during movement between protection and storage modes.

A tent trailer connecting frame links wheels to the shelter assembly via shafts.

A textile tent integrates heating elements and snow sensors to melt falling precipitation automatically.