Animal Feeding Devices TRIZ Cases

See how a feeder with coupling element and food storage area holds pet food packages, enabling

See how a track-mounted feeder assembly mixes and distributes tailored feed amounts to individu

See how a Peltier-cooled plate with cutout zones and selective heating maintains perishable pet

See how a Peltier-based cooling system replaces frozen blue ice to maintain wet food freshness

See how a double-wall bowl with nested inner and outer bodies and an insulative cavity maintain

See how an integral spoon transitions between storage and dispensing configurations to eliminat

See how a deformable base plate and pivoting lever generate vacuum suction to secure baby plate

See how a counter with barrier openings and sliding trays lets pets sample consumables without

See how a thermoelectric cooling member using the Peltier effect maintains wet food freshness w

See how a double-wall bowl with insulative cavity and rubber foot prevents temperature loss and movement during feeding.

See how a dual-body dog bowl with internal cavity and rubber foot maintains food temperature an

See how exterior graspable elements and textured zones enable secure, hygienic bowl lifting wit

See how a pet food system uses steam phase change and automatic scanning to heat meals rapidly

See how a hinged lid converts to support legs, enabling a collapsible pet bowl to expand for st

See how a segmented double-wall bowl structure with an insulative cavity and rubber foot mainta

See how a scanner-based pet food apparatus identifies container ingredients and retrieves optim

See how a flexible sheet scoop with adjustable volumetric capacity and interengageable lugs ena

A flexible scoop with repositionable cross-member settings enables accurate pet food portions while reducing spillage and keeping the bag closed.

A separate door-opening element on the feed container opens barn partitions without disturbing bumper-based collision safety or its adjustment.

A three-point hitch carrier moves heavy feedboxes through muddy fields without bogging vehicles, reducing strain and keeping feed delivery on time.

A liftable hay pod moves from roof stowage to side or rear access, reducing manual lifting while keeping the trailer profile compact in travel.

A separate resilient impact element opens barn partitions while preserving bumper-based collision stopping for smooth autonomous feeding cart passage.

A hitch-mounted feed spreader pivots down to clear the tailgate, restore truck bed access, and serve as a cargo platform.

A removable grid cover secures hay in a horse trailer manger, reducing spillage, horse frustration, and feed measurement errors.

Centralized GPS-based control coordinates multiple loading vehicles to fill feed mixer wagons faster while preventing route conflicts and collisions.

Suction cups hold the feeder in place while nubs slow licking and a guard contains drool, keeping animals occupied longer with less mess.

Orientation markers on a gravity-hung animal collar help computer vision capture body position for non-invasive kiosk health checks.

A wall-mounted silicone guard captures food and liquid splatter behind pet bowls, helping prevent stains, mold, and wall damage.

An electric forage pusher uses wireless charging and autonomous movement to cut labor, noise, pollution, and feed contamination in dairy barns.

A two-piece breather valve enables external installation on narrow-neck containers while regulating airflow, resisting clogging, and preventing detachment.

An adjustable bowl tilt with a pivot and rotational brake helps pets with underbite or overbite grasp food more easily and reduces hand-feeding.

Motor-driven hopper vibration breaks up bridged animal feed, improving dispensing flow and reducing manual agitation.

Nubs slow licking while suction cups hold the feeder in place and a guard contains drool to keep animals occupied and surrounding surfaces cleaner.

A rotating ejection blade and screening tray control feed portions more consistently while reducing impact noise during dispensing.

Real-time position and sensor data build accurate barn maps, cutting manual setup and helping autonomous farm vehicles navigate dynamic barns.

A nubbed feeding surface slows licking, while suction mounting and a lateral guard keep animals occupied and nearby surfaces cleaner.

RFID-based eligibility checks and auger dispensing tailor feed amounts to each animal while tracking feeding history and reducing uneven intake.

Raises animal consumable blocks above ground with adjustable pins to limit vermin access and reduce moisture, debris, and mold.

Pre-pressurizing the hydrostatic loop with an added pump, accumulator, and clutch control prevents CVT loop overtaking at startup.

Feeding signals let a stable floor robot reroute around animal clusters, improving cleaning coverage and reducing manure left behind.

Preloaded navigation lets a feed wagon run autonomously through barns while confidential farm data stays in the central control unit.

Pre-pressurizing the hydrostatic loop with a pump, accumulator, and clutch prevents CVT startup overtaking and pressure loss in feed mixers.

A rotating indicator and control feedback track turbine speed to prevent feed or bedding jams while reducing blade-related operator risk.

An overhead carriage, scoop array, and movable mixer automate feed loading and transport to reduce handling loss, downtime, and maintenance risk.

A hybrid engine-electric drive lets the feed mixer wagon switch power sources to cut indoor emissions and noise while avoiding oversized batteries.

Real-time animal and machine location data lets farm devices adjust paths and schedules to avoid collisions and keep livestock operations efficient.

Automated headlock control uses animal ID and actuators to manage feeding access, collect intake data, and improve feed efficiency.

Refrigerated fresh-meat storage and preheating solve raw pet food handling, keeping portions safe, fresh, and ready to serve.

Adjustable straps let the feeding restrictor follow forage levels, extending foraging time while reducing extraction force and injury risk.

Sensors and remote control dispense feed only when target animals are present, reducing waste, disturbance, and manual site checks.

A motor-driven throwing assembly dispenses pet food only when a push switch is triggered, reducing exposure time while enabling simple feeding training.

Removable dividers split food and waste zones to improve pet access, simplify cleaning, and reduce storage space through a stackable tray.

A rotating arm, can opener, and cam latch release sealed cans one by one to dispense wet food while limiting spoilage and bacterial growth.

An auger retention mechanism in a boot unloader blocks flighting lift from grain clumps or debris, maintaining feed flow and easing maintenance.

A lid that nests inside the storage container cuts chicken feeder transport volume and packaging cost without compromising dispensing or sealing.

A removable tray mounts to a cat tower to raise feeding height, fit different bowl sizes, and avoid wall damage or unusable holes.

A rotating trap-door insert lets boars open the feeder outlet while blocking other animals, reducing feed waste and enabling ration control.

An elongated horizontal container uses internal augers to spread feed weight, enabling mobile livestock housing without reinforced silo support.

Moving air-filled hoses contact and visually guide horses out of a station faster and more reliably than acoustic startling alone.

A horizontally pivoting sealed lid opens on schedule to protect pet food from contamination, prevent overeating, and avoid lid injuries.

A two-section non-circular opening and integral spoon improve control when dispensing squeezable pet treats while reducing feeding mess.

An asymmetrical bowl with a low access lip, high retaining walls, and stabilizing features reduces pet feeding mess and tipping.

Sensor-driven door coverage trains pets gradually, prevents paw injury, limits food theft, and helps keep food fresh.

A base-mounted toothed belt drive keeps the bowl platform level during vertical motion, reducing tilt, misalignment, noise, and spills.

Progressive door coverage trains pets without injury while RFID-based access control keeps food fresh and blocks unauthorized animals.

A reusable feeder uses a releasable locking coupling to hold pet food packs securely and dispense squeezed food without dirtying hands.

An elongated mobile feed container uses internal augers to spread feed weight, avoid sinking, and reduce refilling in mobile poultry and swine housing.