Animal Housing TRIZ Cases

A sieve member with a handle lifts clean litter through openings while retaining waste on top.

Dual shoulder strap assembly distributes weight across the user's back, enabling solo transport of medium to large dogs without requiring multiple carriers.

A partition portion features a tapered through hole to guide urine flow downward.

Inward-folding triangular corner panels create a watertight seal that simplifies substrate removal and reduces manufacturing labor.

Rotatable bars and sliding fasteners keep leads untangled as animals travel in opposing directions.

A mobile assembly adjusts scarifier blade depth via real-time energy and attitude sensing for autonomous poultry litter aeration.

Built-in enclosure recesses allow animals to relocate nesting material, reducing abnormal behaviors caused by sensory deprivation.

A pet swimming pool relocates the water inlet tube to a vertical position above the annular body, shielding it from direct contact during play.

An unevenness part in the absorption member diffuses liquid across pulp and polymer materials, preventing wetback during multiple uses.

A vertical lifting sieve mechanism removes waste from pet litter boxes without bending, eliminating physical exertion and reducing spillage risks.

Curved wedges provide friction-based fixation for adjustable step heights, eliminating custom column fabrication costs.

Sensor fusion system quantifies animal aggression scores using RFID and image data, resolving historical data bias in real-time monitoring.

Segmented particle design reduces density while maintaining moisture absorption and odor control capabilities.

A reconfigurable pet potty system uses pivot joints to transition between use and storage configurations.

Disengageable pouch connectors on a flexible mat prevent damage from excessive force while enabling reconfigurable play positions.

Performance-enhancing actives create a 1 mm shell that blocks odor and maintains waste cohesion for easier scooping.

Wall-integrated heating prevents hypothermia and germ growth in calf shelters by relocating thermal regulation away from soiled floor surfaces.

Encoder feedback drives a carriage actuator to synchronize linear movement with stall rotation, resolving complexity trade-offs in automated dairy systems.

A translucent pet waste sheet displays evocative colors through its back layer to visually signal the internal fragrance type.

Cam-driven magazine positioning resolves the contradiction between operator access to equipment and unobstructed animal entry into rotary milking stalls.

Segmenting the locking mechanism into a separate plastic sleeve preserves rod strength while absorbing shock noise during lever immobilization.

An enclosed pod attaches to pet doors, providing a secure transition space with integrated waste collection.

Segmented coop structures with integrated conveyers automate pasturing while maintaining stability on uneven ground.

Segmented doors and curved latches resolve the trade-off between secure containment and easy interior access.

Movable ramp structures with textured surfaces resolve operational interference by enabling easy cleaning and enhancing manure drying through air turbulence.

Windable jacks move opposing passageway sides and no-backs rails, eliminating manual pin adjustments for safe livestock handling.

Quick-release latches detach the top panel to reduce shipping volume while maintaining structural reliability during transport.

Hinged segmentation folds the pad holder for storage while locking elements constrain the pad and contain liquids.

Segmented separators with oscillating restraint bars reduce animal competition and injury risks while maintaining efficient feeding flow.

Shredding hydrophilic fibrous materials into dry loose fibers eliminates binder usage, reducing drying energy consumption while maintaining granule density.

A vehicular milking device moves to each stall and positions a processing unit under the animal, eliminating aisle blockage during operation.

An engagement tongue on the basin automatically locks a removable lid into place, eliminating complex clips to reduce operator strain and contamination risks.

An integrated harness with distance sensors and vibrators alerts visually impaired quadrupeds of obstacles, reducing injury risks from collisions.

A pet restraint bag uses adjustable extension portions to accommodate various animal sizes.

Dynamic rake traversal reduces mechanical force and prevents waste clumping during automated cleaning cycles.

Segmented front plates and rear spars simplify manufacturing while the downward slope promotes juice evacuation for better hygiene.

Extruded starch pellets solubilize into binders when wetted, reducing bulk density and shipping costs while maintaining clump integrity.

Adjustable silicone curtains hang from reinforced corners to contain urine and litter, preventing odor accumulation and waste buildup.

A single chamber housing contains stacked particle exposure modules to supply distinct nanoparticle concentrations simultaneously.

Disposable plastic components replace heavy metal parts to reduce weight and cost while protecting filter paper from animal damage.

Obliquely angled abutment members frictionally wedge together to eliminate bounce and ensure structural rigidity during use.

A vibratory detector identifies distress signals from feeders to trigger warning devices in farrowing operations.

Resilient flap valves restrict gaps between slats to minimize gas emissions and air drafts from slurry tanks.

A nested pet litter tray uses slit sidewalls to form a funnel dispenser that separates dry litter from waste.

A cat door knocker uses a frayed string to attract feline play and trigger repetitive knocks via a spring-mounted hardwood ball.

A guitar-shaped pet carrier integrates an internal bed and breathable porous materials for comfortable animal transport.

A disposable corrugated cardboard cat litter box features a polymer-lined tray and heat-activated adhesive for rapid assembly.

A composite of wood shavings and sphagnum peat moss neutralizes ammonia through acidic pH, preventing foot burns in poultry operations.

Water-repellent grains incorporate a coloring material that changes color over time to indicate replacement needs.

Composite granules bind inorganic porous particles and silica gel to absorb urine, suppressing ammonia generation from animal waste.