Gymnasium TRIZ Cases

Separate access chamber floods via communicating vessels to immerse users without lifting systems.

Internal triangulated framing distributes water stress across modular pool panels, eliminating external bracing needs and reducing catastrophic failure risks.

Slit flexible barrier edges and tensioned cables eliminate hazardous gaps between pool covers and complex rock walls, enabling post-installation tightening.

Segmented composite beams with movable joints distribute load via buoyancy, reducing weight while maintaining structural strength.

Removable grate filters leaves and branches from pool water via frictional bracket, preventing clogs during seasonal inactivity without complex maintenance.

Inclined supports create stable triangular structures with pool walls, resolving the trade-off between improved stability and increased device complexity.

A segmented cleaning tool houses a filtration device between the inlet and pump to retain radioactive contaminants before fluid circulation.

A metal reinforcing element supports a pool skimming device within the wall structure to enhance mechanical strength.

Integrated venturi skimmer uses air admittance to reduce suction pressure, eliminating external tubing and simplifying maintenance.

A pivoting flap connected to a floating body via a rod maintains constant water intake.

Thrust turbines counteract gravity to stabilize movement on vertical surfaces, resolving trade-offs between cleaning coverage and wall stability.

Lifting arms with slide rails move a two-part cover into a horizontal position below the pool rim, eliminating protrusion and structural modifications.

A removable weighting system uses exterior brackets and locking members to secure pool step weights without accessing the underside.

Tangential liquid supply drives centrifugal force to separate debris, reducing manual filter cleaning and sludge contact.

An adjustable pool skimmer uses a sliding upper body and locking elements to adapt the water inlet height, resolving inefficiency in shallow pools.

Nested encapsulation masks visible structural elements, improving durability and aesthetic appeal.

Self-contained submersible vacuum head integrates a lithium ion battery and smart switch for debris collection.

Continuous support bands replace discontinuous elements to simplify rib placement and maintain arcuate panel shape during construction.

A pool cleaner uses an adjustable buoyant element to alter its center of gravity and control motion paths across various surfaces.

Articulated cleaning members pivot and rotate via suction force and biasing springs to accommodate terrain elevation changes.

Segmented mounting rings eliminate long plumbing extensions, enabling efficient fiberglass shell stacking while ensuring precise nozzle alignment.

A motorized drum actuates elastic straps and pivoting hooks to mechanically anchor a roll-up swimming pool cover.

Rotatable flap members on a wave generator body adjust the structure's width to overcome fixed geometry limitations and enable flexible wave customization.

Segmented side intake flaps diverge outward to widen the suction cleaning path without increasing device weight or power requirements.

Accelerometer device detects gravitational acceleration components to determine pool cleaner orientation and position.

An automatic swimming pool cleaner uses a repositionable in-line valve assembly to direct fluid flow, resolving navigation challenges in corners and walls.

A swimming pool safety drain uses a removable cover and internal bridge to create a tortuous flow path for water intake.

Segmenting the bulk cover from the insulation layer reduces lifting force requirements while an angled top sheds debris to prevent heat loss.

Integrally bonded monolithic natural stones form a self-supporting pool shell, eliminating corrosion-prone connecting elements and multi-layered substructures.

A submerged cleaning device uses rearward liquid outlets to generate longitudinal hydraulic reaction force for forward propulsion.

Cartridge jacket creates restricted flow passage shielding dispensing ports from rapid velocity changes that cause unstable dispersant release.

Nesting insulation pads inside the inflatable chamber walls resolves the trade-off between thermal performance and installation complexity.

A pool pumping apparatus uses a mechanical float assembly to automatically activate a motorized pump for excess water removal.

A pool cleaning robot uses stereoscopic cameras and laser illumination to acquire images for precise positioning.

A pool liner heating tool uses a manifold with thermal distribution rails to deliver precise heat between the liner and side wall.

Movable beams under the deck increase static load capacity without raising total height.

A combination pool maintenance device integrates a skimmer neck, removable basket, and adjustable float system into one unit.

A swimming pool filtration unit uses a flow rate sensor to detect filter clogging levels through water velocity measurements.

Angled jet nozzles distribute water flow uniformly across vacuum tubes, eliminating concentrated hot areas and low-flow zones.

A swimming pool robot uses a hydraulic circuit to generate pressing force against vertical surfaces.

Segmented brush strips allow independent replacement to resolve maintenance complexity while preserving suction-driven cleaning coverage.

Magnetic tension members align pool form panels, eliminating sequential pouring steps that extend construction time.

An intermediary coping structure with segmented extensions supports decorative tiles while eliminating direct adhesion to the pool liner.

Acceleration protuberances at liquid inlets increase intake speed through localized turbulence generation.

Motor-driven axle rotates a cleaning roller and wheel assembly via an idler gear, eliminating manual effort while improving navigation on pool surfaces.

A pool cleaning robot receives demarcation information from a mobile computer to perform targeted cleaning operations based on user-specified zones.

Elongated skimmer channel collects floating debris along the pool wall, eliminating flange snagging and weir damage risks.

A belt-driven centrifugal pump discharges filtered water as a pressurized jet to lift debris from the pool surface, reducing pump wear.

Recessing the outer wall creates a cavity that hides connecting pipes and positions the pump adjacent to the pool, reducing coverage area.