Animal Housing TRIZ Cases

Segmenting table height into multiple steps allows aged pets to climb safely, resolving the contradiction between elevated comfort and diminished mobility.

Extension wall protects floor from excreta contamination while simplifying the cleaning process.

A semiconductor refrigeration sheet cools and heats a pet house through thermal conduction.

Fragmenting extruded animal litter particles exposes the interior material to increase liquid absorption capacity.

A pneumatic pad mediates contact between the cow's radial nerve and hard walls, preventing excitation and paralysis during rotation.

Horizontal surface coils align with main magnets to improve signal-to-noise ratio while accommodating laboratory animals in a supine position.

A modular pet carrier uses interchangeable rigid and flexible dome covers attached to a plastic base.

Segmented filter grid separates clumped waste from granular litter via physical filtration, resolving cleaning difficulty during inversion.

A visual stimuli maze evaluates rodent contrast sensitivity and color vision to detect early retinal dysfunction.

A litter box hood constrains pets to the center area, ensuring waste clumps form in a single location.

Segmented pivot walls and self-latching doors adapt sow enclosure geometry to balance farrowing safety with cleaning access.

A ramped platform device couples to vivarium walls via a fastened first plate and perpendicular support structure.

Sloped raised bed moves excess liquid from pasture areas via gravity drainage, reducing moisture accumulation and bacterial growth.

Segmented recesses isolate litter from the main chamber, reducing sand dust and odor while protecting the defecation inducer from contamination.

A grooming table embeds LED strips under a transparent top and integrates a blower motor with manifold outlets for upward airflow.

A reptile enclosure uses a rear heating element to create a temperature gradient that positions animals in the front viewing area.

A pet sanitation device uses a spinning basket to separate wastewater from litter waste.

A mechanical manure pick-up device uses a rotating body with radial arms to transport waste from the floor to a reservoir.

Segmented base modules with standardized coupling mechanisms resolve contradictions between cage capacity and cleaning complexity.

A litter sieve liner basin uses a securing flange to hold disposable components, eliminating messy manual cleaning and odor.

A rotating basin with an integrated filter screen sifts excrement from litter using centrifugal force.

Segmented injection units form heterogeneous polymer mixtures to produce realistic bone-like textures while managing manufacturing complexity.

An axial flow fan suspends mineral salts in a sealed chamber to clear respiratory issues without antibiotic side effects.

Segmenting the channel plate allows separate cleaning of the waste area, resolving the contradiction between structural stability and cleaning convenience.

An integrated pet carrier uses an interior speaker and digital audio player pocket to reduce stress via soothing sounds.

Dry hydrogen peroxide gas eliminates Salmonella and improves hatchability while avoiding equipment corrosion.

Segmented polymer components replace welding to lower manufacturing complexity while customizable tub arrangements control temperature and humidity.

A collapsible corrugated cardboard litter box features an LLDPE interior coating for moisture resistance and a protective outer lid.

A semi-automated procedure segments teat cup attachment tasks between a robot and manual operators within adjacent zones of a rotary milking system.

An intermediary air trap device prevents hazardous gas flow from manure reservoirs into animal sheds by blocking the passageway with stationary fluid.

Hydraulic assembly transitions anterior frame section between open and closed positions to reduce loading time for injured animals.

An electronic pet door uses a receiver and transmitter to shift a tapered flap longitudinally, preventing unauthorized animals from entering the through-way.

An animal carrier uses tension bars and modular partitions to secure cages while sensors monitor temperature and humidity to prevent anxiety during transport.

Automated dual-camera video system eliminates manual scoring errors and animal stress by continuously tracking mouse behavior in standard ventilated racks.

Segmenting the litter into a pre-loaded enclosure reduces cleaning time by allowing single-unit disposal of soiled waste.

Dynamic bar positioning and tub pivoting resolve manual labor bottlenecks while ensuring consistent separation throughput.

A pet waste disposal device uses a pheromone reservoir to attract animals and a filtration pad to eliminate germs.

Oblique junction lines between corrugated shells resist urine penetration, solving leakage issues inherent in horizontal assembly designs.

A collapsible pet enclosure uses layered dissimilar soundproofing materials to muffle interior noise while an electric fan provides active ventilation.

An air conditioning device conditions terrarium air using a fan and Peltier element for precise thermal management.

Linear fault regions in the container wall fracture to form flaps that rotate into a diversion device, solving space constraints.

Threaded dowels and fasteners create dynamic tension to prevent artificial turf separation from the foam core substrate.

A moisture control device adjusts bedding humidity using automated supply means and compression mechanisms.

A robotic attacher pivots and translates laterally to service multiple milking box stalls, reducing equipment costs.

Deployable platform and guide panel extend from overhead hatch to main cabin floor, bypassing passenger suite obstacles to reduce egress time.

Disposable animal cages employ modular rack units and adjustable airflow mechanisms to eliminate washing resources while maintaining structural stability.

Top and back recessed portions on an absorbent pet sheet enhance stiffness and thickness perception.

A camming member lifts a wire door during rotation to engage peripheral latches without manual lifting.

Segmented floor ducts channel urine while scrapers remove feces, preventing ammonia production from mixed waste.