Animal Housing TRIZ Cases

A yoke feed panel uses a single operating member to move two latch arrangements between locked and unlocked conditions.

A wire grid digging barrier protrudes from the side wall of a small animal enclosure, preventing predators and escapes.

A nesting box uses a pig rail and heat source to create a warm zone for newborn animals.

A pivoting head gate with shiftable panels restricts harmful head movement, improving operator safety and animal welfare.

A container uses guide tracks to move a support portion for flexible orientation.

A milking arrangement sequence gate features a lower edge bulge extending below neighboring gates to block animal entry.

Resin-coated pulp particulates prevent scattering while controlling aggregate depth to ease removal.

Single-use polymer cages eliminate washing cycles, cutting resource consumption while maintaining containment integrity.

Sensors trigger actuators to operate headbails and backbars, reducing operator labor intensity while managing automation complexity.

Sodium hydrogen sulfate additive lowers poultry litter pH, reducing ammonia production and footpad dermatitis.

Wall-mounted funnel receptacle uses plumbing adapters and water flushing to eliminate manual tray cleaning.

Bedding litter combines cellulose pulp with hygienic product cuttings to absorb excrements and odors, reducing replacement frequency.

A modular veterinary incubator uses a ceramic infrared heating element and thermal mat to create a controlled microclimate for newborn animals.

A paw-shaped odor control item uses natural ingredients to emit pleasant scents and mask unpleasant odors in litter boxes.

A disposable vertically oriented habitat with conductive instrumentation platforms detects physiological signals from small mammals.

Dual rotational joints reduce lifting moments on a manure slide, ensuring effective floor contact and removal efficiency.

An animal cage wall element uses elastically compressible cavities to absorb impact energy, reducing injury risk during vehicle collisions.

Disposable animal cage features conical interior sections that deter rodent gnawing while supporting ventilated rack systems.

A control system assigns individual separation periods to dairy animals based on their specific milking intervals.

Segmented waiting areas and extraction drivers guide animals to milking robots, ensuring complete herd processing at predetermined times.

Roller tracks guide side panels upward into the frame, resolving weight versus durability trade-offs in collapsible enclosures.

Spring biased clamp attaches tether to seat belt webbing while rubber pads protect fabric from damage during rapid deceleration locking.

A convex restricting portion prevents sticking during rotation by maintaining a prescribed distance between the movable hood and fixed hood.

One scale measures container weight transitions to calculate body mass and urine volume, eliminating separate sensors that increase device complexity.

A control system moves a neck lock device to secure milking animals before cup attachment.

Concentrically stacked litter trays in a kitty water loo progressively expose a water basin, eliminating odor and maintenance issues from solid waste.

An inclined cluster slide surface guides a suspended milking cluster downward, preventing entrapment on the rotary parlor platform edge.

A modular animal house uses exchangeable inserts and removable end walls to customize housing configurations for various domestic pets.

A transport cage uses a frame assembly with reciprocally movable front and rear portions to adjust length for different vehicle spaces.

A bentonite litter production method controls granule size distribution and moisture content during conveyance and granulation.

Inverted hooks on a wire rod pet door engage the frame to prevent corner deformation from animal force.

Segmented frame and bag design reduces transport volume while raised supporting bodies prevent excretion leakage onto the floor surface.

A robotic arm repositions standard milking clusters to hang below a bowl for precise cup acquisition.

Rice flour water absorption grains replace toxic components with edible rice flour, eliminating health risks from accidental ingestion.

Differentiating mat hardness from frame cushioning resolves the contradiction between joint protection and stable footing.

Segmented channels and a longitudinal gap direct feces and urine into a removable trough, eliminating paw contact with waste.

Bentonite coating on activated carbon resolves segregation and black dust issues while maintaining odor absorption in pet litter.

A convertible pet bed uses a detachable quilt and shell to switch between insulated enclosure and lightweight transport modes.

Segmented restraint design secures animal heads to prevent injury and ensure accurate medication application.

Pneumatic cushioning reduces friction between platforms, allowing awake animal behavioral studies without anesthesia.

A biodegradable litter box uses a perforated false bottom to separate soiled waste from fresh material.

An elevated spreading apparatus deposits chemical onto animal house floors to neutralize ammonia gas after chickens block manual access.

Angled support projections on barn floor panels enable lateral bending to increase elasticity under heavy loads.

Removable cage collection media housing captures exhaust air pathogens to eliminate sentinel animal monitoring requirements.

Composite perlite and bentonite coatings deliver effective clumping functionality while minimizing bulk density for easier handling.

A flexible pet carrying bag uses segmented rigid boards and adjustable tie bands to secure the container to bicycle handle bars.

A control unit adjusts moveable crowd gate movement based on real-time animal stress levels detected by sensors.

Cassava bran granules absorb liquid through capillary action to form firm clumps for safe disposal.