Tents/Canopies TRIZ Cases

Inflatable frame and baseboard resolve space occupation by expanding from compact storage to functional shelter.

Sliding a vestibule panel along a tensioned guyline resolves cumbersome operation while maintaining structural integrity.

A tent fly cover assembly uses slide fasteners and tracks to move the shelter between open and closed positions.

Segmented cold water basins resolve transportation constraints while maintaining cooling capacity through controlled factory assembly.

Merging a support pole with the latching mechanism reduces part count and erection steps while maintaining structural strength for temporary shelters.

Telescopic lock rod assembly with disc members simplifies single-point locking, reducing complexity and wear in folding tents.

A self-mounting modular structure uses a central control unit to automatically expand columns and crosspieces into a stable enclosure.

Integrated canopy pockets hold 5 to 10 pounds of material to stabilize the portable shade system without complex anchoring devices.

Elastic member drives middle base away from bottom base, resolving complex locking issues and enabling single-person operation.

A pushrod-type tent frame uses a telescopic rod assembly to expand and retract support sets through a driving device.

Connecting rails and rail holders guide support arch rods into the tent outer skin, eliminating rope jamming during single-person assembly.

An accordion-style protective cover collapses into a wheeled storage unit to shield vehicles from weather while minimizing footprint.

A roof-top tent uses a hinged cover structure to store the tent portion for compact transport.

Sewn pole channels merge supports with fabric to cut assembly time, while a zippered floor detaches for cleaning without compromising structure.

An insect trap uses a heatable container to attract mosquitoes via thermal radiation, eliminating human exposure during population monitoring.

Segmenting the vertical pole into upper and lower pivot bases with a sliding connection reduces collapsed volume while maintaining structural stability.

Resilient struts flex under wind loads while adjustable ballast anchors prevent dislodgment, maintaining sun protection without rigid fixation.

A deployable production facility uses a frame and tent to manufacture building modules on-site.

A two-piece rooftop tent system separates the shelter from a foldable platform to reduce vehicle weight.

Edge and center scissor assemblies coupled to a center pole maintain a taut canopy covering, preventing sagging under wind loads.

Pre-formed scoop creates cavity for flanged base, securing leashes against dog tension without manual digging.

Inflatable aircraft painting structure maintains positive pressure via air vents and exhaust panels to remove paint fumes while blocking external contaminants.

Orthogonal roller trucks on U-shaped frames prevent binding and wear in retractable shelter tracks.

Integrally molded hinges on an HDPE weight case allow quick attachment to canopy legs, preventing sand leakage from torn fabric bags.

Segmented tarp panels and corner connectors resolve setup time conflicts while preventing moisture ingress.

A tent uses a top-middle connecting piece and first connecting sheet to form a folding reserved space above the ceiling.

Segmented support rods connect to the tent cloth through coupling pieces, resolving weight and setup challenges of crossing pole designs.

Tensioning devices apply high force to sealing members via elastic elements, resolving weather sealing reliability against cumbersome setup time.

Elastic struts and tensioning elements form a stable pavilion structure without central supports.

An inflatable air beam support frame holds a multi-layered shelter enclosure for rapid deployment.

Glass-filled nylon hub with pressure lock reduces wear on shelter covers while maintaining structural strength.

A flexible shelter skirt uses vacuum pressure to anchor the floor flat against a surface without mechanical stakes.

Segmented awning cloth attaches via hook and loop fasteners to prevent rainwater accumulation inside the tent when the entrance is open.

Inflatable tent frame uses dual-layer water channels in beams to reduce structural weight while maintaining stability.

A modular weather protection system uses water-filled bladders and tensioned straps to secure tarps against buildings.

Protrusion and socket connections link stakes into a self-retaining chain, solving loose storage disorganization.

Sequential folding with nested rods reduces storage space without adding assembly complexity.

Tubular PVC mount with multiple access holes anchors umbrellas to walls, eliminating floor space occupation and trip hazards.

Motorized telescoping members at each corner extend and retract to raise or lower the tent structure automatically.

Elastic bands pull side tent members inward, collapsing the structure into a vehicle receiving space without manual effort.

An inflatable enveloping awning structure uses a pressure body to form a self-supporting unit, eliminating complex frame assembly.

Segmented support members unwind from a hub to deploy a canopy, blocking sunlight and reducing interior temperatures.

Safety snap fasteners connect tent canvas to wooden slats, transferring tension forces from the frame to the fabric for structural stability.

A hexagonal anchor head enables rapid placement of tie down stakes using standard power drills and wrenches.

Guide blocks constrain slide block rotation within channels, preventing jamming during retraction cycles.

A prism-shaped carbon fiber tent peg with alloy components reduces weight while maintaining structural rigidity.

Downward-extending gripping elements on the head engage the ground to resist rotational forces, solving the instability caused by twisting stakes in soft soil.

Vertical shading curtains on this magnetic sun cover provide complete interior protection against wind and low-angle sunlight.

A bicycle canopy assembly uses a telescopic connecting bar and clamp to attach a shade cover.

A portable inflatable canopy uses a flexible tubular frame and polymeric panels to shade users from rain, wind, and UV rays on marine vessels.