An animal cleaning system to wash a pet with a liquid, including a liquid control unit to control movement of the liquid therethrough, and a wearable cleaning device removably disposed on at least a portion of the liquid control unit to dispense the liquid on at least a portion of the pet.

A pet hydro washer is described comprising a central housing containing a motor and an air inflow impeller, a fluid delivery system having a clean liquid storage tank, and a water delivery line in fluid communication with the clean liquid storage tank terminating at a nozzle, a fluid recovery system having a liquid recovery tank in fluid communication with the air inflow impeller through a first air conduit, and a suction hose in fluid communication with the liquid recovery tank, the motor configured to generate rotational movement in the air inflow impeller, a processor configured to control delivery of power to the motor, the controlling delivery of power including incrementally changing a level of power delivered to the motor, and at least one attachment head configured to wash an animal's fur through movement of at least one attachment head across the animal's fur while the air inflow impeller is operating.

Systems and methods according to the present invention utilize improved sleeves for insulating fluid (i.e., liquid and/or gas) conduits. For example, some blow dryers are equipped with a flexible conduit to convey heated air from a heater element to a nozzle for such purposes as material handling, material drying, or even hair drying, such as pet or other animal hair drying. An improved insulating tubular sleeve is provided with securing and/or mounting mechanisms to assist in maintaining sleeve position along a conduit and to reduce heat transfer externally from the conduit, such as by preventing direct contact between animal hair or skin or other materials and the conduit.

The present invention provides a novel and improved animal sprayer for use in cooling livestock and other animals in different hot or dry environments, and methods of using the same. Embodiments of the novel animal sprayers may include a valve which does not require constant electric current to remain open during a spraying session, extending system battery life. The valves may also be self-cleaning, less likely to leak, and easily adjusted to control flow rate, reducing both water use and labor costs in monitoring and repairing the animal sprayer.

A teat sprayer for use in dairy applications is described that uses an articulated arm and system to deliver a spray to a teat and move between multiple dairy animals. In one aspect the dairy animal teat treatment apparatus, comprises a spray inlet, a spray nozzle, a flow path extending between the spray inlet and the spray nozzle, and an articulated arm conveying the spray nozzle, movement of the articulated arm driven by an actuator. Articulated arm movement may be between a retracted position in which the spray nozzle and articulated arm are retracted and an extended position in which at least part of the articulated arm and spray nozzle thereon is extended, moving the spray nozzle to a position configured to be about an animal's udder. In a further aspect, the apparatus, comprises an animal sensor positioned generally above and behind an animal bail and directed generally downwards configured to sense the presence of an animal in the animal bail; and a controller configured to actuate spraying of the animal's teats from spray nozzle extension and retraction in response to a signal received from the sensor. The apparatus may act to reduce cost through reduced numbers of treatment apparatus and/or lower labour costs and expenses; increase accuracy/efficiency through automation and speed of treatment; address issues associated with the inconvenience/space constraints in dairy platform configurations; and minimise the number of sensors required and position these sensors away from the animal bail.

Systems and methods for self-cleaning of an animal's feet. The apparatus includes a cleaning portion, a drying portion, and a barrier. The cleaning portion includes upward projections and a tray for retaining water. The animal, such as a dog, cleans its own feet by walking over the wet projections. The drying portion includes an absorbent upper layer supported by a lower support. The dog dries its own feet by walking over the absorbent layer which surrounds the feet on multiple sides. The barrier is deployable to various heights and configurable to restrict movement of the dog along the cleaning and drying portions, such that the dog must clean its paws prior to entering a designated clean area, such as an interior of a home.

A portable pet drying apparatus is disclosed. Embodiments of the portable pet drying apparatus include a connectable frame. The connectable frame including a plurality of detachably connected members. The portable pet drying apparatus also including a detachable water-resistant cover. The detachable water-resistant cover detachably connected to the connectable frame to form a top surface, bottom surface, front surface, back surface, first side surface and second side surface defining an interior chamber. The front surface having an opening extending therethrough for a pet to enter and exit the interior chamber of the portable pet drying apparatus. In some embodiments, the connectable frame is movable between a stowed position where the interior chamber is at least partially collapsed and a deployed position where the connectable frame is extended so that the detachable water resistant cover defines the interior chamber of the portable pet drying apparatus.

The present disclosure relates to a pet dry room and a tray used therefor, the pet dry room including: a body having an accommodation space for accommodating a pet therein; a door connected to a front surface of the body and configured to seal or open the accommodation space; and an air circulation module including a motor, a fan, a flow path, a nozzle, and a heater so as to spray and circulate air into the accommodation space, wherein air sprayed from a plurality of spray holes of a combined defecation plate and air spray tray installed on a bottom surface of the accommodation space and nozzles formed on a side surface and a rear surface of the accommodation space is suctioned into a first inlet port positioned on a front side of a ceiling surface of the accommodation space.

A foldable liquid container includes a foldable supporting frame, a foldable container body arranged on the foldable supporting frame, and a switch device arranged on the foldable supporting frame to be operated to transform the foldable supporting frame between an unfolded mode and a folded mode in a single puling operation. The foldable container body is able to be folded with the folding of the foldable supporting frame. The foldable supporting frame is supported and secured in the unfolded mode by means of the switch device, wherein the switch device can be operated to release the engagement of the foldable supporting frame while transforming from the unfolded mode to the folded mode.

A twelve-device-in-one pet crate comprises: top, bottom, left, right, front, and rear panels attached to one another, having a tray-and-bed-locking clamp, multi-pet crate divider and urine-waste-water-storing tray inserted inside the panels to create multiple pet-containing compartments, first and second multi-pet doors hinged to the pet crate, interchangeable side frame supports and end frame supports, an interchangeable bed attached to the side and end frame supports, waterproof toilets sewn to the bed, and interchangeable T-shaped straight frame connectors, T-shaped corner frame connectors, adjustable leg supports and an adjustable center-brace leg support attached to the bed to configure the bed into twelve different devices to function as a canopy, a patio, a balcony, a windscreen, a chair, an awning, a perch, a pet tent, a sled, a stand, a basket, a pet hammock, a multi-position pet bed, a grooming platform, a drying platform, and a privacy screen.