Tents/Canopies TRIZ Cases

Hook and loop fasteners secure a tent enclosure to an aircraft wing, mitigating slack via adjustable retainers while staking the structure to the ground.

A flexible tent template uses triangulated members to define the perimeter and locate stakes before construction.

A telescopic stand column uses a tensioning component to expand an inner tube's open end, creating surface-to-surface contact with the outer tube.

Scissor mechanism links sub-tent poles to reduce rotation operations during folding.

Pre-drilled channels in the metal section bar enable dynamic fastener placement, eliminating on-site drilling errors during tent assembly.

A clamshell hinge mechanism rotates a hard-shell tent structure to increase internal volume without expanding the vehicle footprint.

Pivoting the expansion portion forms a wall and expanded floor, resolving packing conflicts that impinge internal structures.

Segmented enclosure uses inflated bladder to displace 40-60% of volume, cutting HVAC energy consumption.

A collapsible shelter connects to a self-supporting tent via a dedicated member to expand usable space and structural integrity.

A thermo-formed Kydex cover snaps onto tent frame joints to encapsulate hardware and shield the canopy fabric from abrasion.

Integrating the eaves pole into the support rod structure eliminates disassembly steps, reducing storage volume while maintaining operational convenience.

Rotating cantilever rods extend laterally from a transverse support, increasing the tent's use area without adding excessive weight or structural complexity.

A deployable enclosure uses a pivoting expansion support to create additional cavity space within the structure.

Detachable connector pins prevent lateral movement while fasteners secure longitudinal alignment, resolving joint strength issues in modular poles.

A telescopic post integrates a caster that projects below the base when folded and retracts upward during deployment.

Three crossed resilient frame segments keep the tent covering taut, distributing load evenly to prevent damage while providing ample internal volume.

Self-resetting joint locks automatically engage during assembly, resolving the trade-off between complex manual operations and secure structural anchoring.

A tent cover uses a reflective top and mesh bottom to create an airspace that improves internal airflow.

A collapsible tent rack uses a slide base to drive simultaneous unfolding and roof pole extension.

Zipper connections between a hooded floor and canopy enable versatile tent configurations that reduce equipment weight while maintaining adaptability.

Segmented fillable frag walls absorb pressure waves and projectiles, resolving the trade-off between structural integrity and rapid deployment logistics.

A portable protective enclosure uses a detachable floor panel accessed from within to enable user mobility.

A waterproof tarp features integrated corner loops and ropes stored in a fixed pouch for rapid deployment into lean-to or snow plow shapes.

Elastic latches and a detachable shelf reduce assembly time and storage volume by replacing threaded connections with quick-release mechanisms.

A tent joint assembly uses a slide and resilient member to lock or unlock rotation between male and female joints.

Integrated bayonet locking on arcuate spar shafts eliminates complex rope systems, allowing individual cover bow control and reducing operator safety risks.

Segmented rod pieces nested within each other reduce packaging volume while the screw-threaded locking element maintains beam strength and rigidity.

Pneumatic inflation seals irregular gaps without mechanical fixation, preventing wind flapping while protecting the work area from weather.

A portable shelter uses a spring-loaded frame to expand into a self-supporting structure for outdoor privacy.

A tent eave structure uses a telescopic pole and sliding connector to extend shading coverage beyond the main frame.

A foldable tent ridge purlin uses a double pivot joint to enable compact storage and rigid structural support.

A collapsible gazebo frame uses a single activation feature to extend and lock telescopic legs simultaneously.

Open annular channels in arch frames receive outer sheet edges, resolving the contradiction between quick assembly time and structural load-bearing capacity.

Pivotable door boards and an extendable roof expand interior volume while maintaining a compact rooftop profile for limited parking areas.

Centralized power distribution eliminates separate batteries, reducing weight while simplifying appliance connections.

Spring-biased latches automatically engage sliding legs with arch brackets, resolving the trade-off between collapsibility and assembly complexity.

Webbing straps compress a sealable layer around the cockpit perimeter to form a water and bug-proof enclosure on small boats.

Fillable support members provide rigidity and insulation, resolving the trade-off between rapid deployment and long-term durability.

A foldable tent pole frame uses a slider with a stopper to constrain oblique support rod rotation.

Weighted containers anchor portable shelters on hard surfaces, resolving the trade-off between stability and aesthetic appearance.

Conical tunnel elements slide into each other to enable compact storage, reducing disassembly force and preserving clear passage width.

Segmented panels with dynamic connections enable rapid deployment while maintaining stability without manual effort.

Inflatable beams space a solar shade panel above the main structure to create an insulative air layer.

Segmented awning tubes attach via intermediary connectors to support legs, resolving the trade-off between angled rain protection and overhead clearance.

A suspended flexible canopy concentrates sound energy near the floor to isolate audio within a defined zone, resolving feedback issues for musicians.

Movable fixing elements on a logistical platform reduce storage volume and transport costs by fitting into standard containers.

Telescoping poles and multidirectional node connectors assemble into a reconfigurable enclosure that protects repair sites from contaminants.

Rectangular tent sheet uses diagonal tension reinforcement folding lines to form a structured indoor space.

Radial pivoting nests on a central pedestal simplify manufacturing and ensure stable lever connections.

A water-filled barrel anchor prevents tipping on asphalt by attaching the tether at the base to counteract wind moments.