An anti-slip bowl is described herein. A bowl can include a rigid first shell including a base and an outer wall continuously attached to the base, a rigid second shell including a base and an outer wall continuously attached to the base, and an anti-slip material positioned between the rigid first shell and the rigid second shell and protruding through a number of openings on the rigid second shell.

A portable pouch suitable for both transporting and serving water or beverages to animals is provided. The pouch is sealed to contain and protect the liquid during transport. Such sealed pouches will lay in a generally flat configuration for shipping and storage. Generally, a resealable zip closure is provided at the top of the pouch for later re-use. When the liquid-filled pouch is opened for use, a specially gusseted bottom panel also opens in a generally round and flat orientation to provide a bowl-like configuration and the opened upper edges of the pouch may be rolled downwardly for additional stability. In this open configuration, the pouch bowl will stand upright without assistance from the animal handler. An animal may then drink from the top of the open pouch and a zip closure may be used to save some liquid for later use.

A spill-resistant bowl assembly includes a unitary bowl hanger frame, a gimbal mounting, and a bowl. The gimbal mounting has a unitary mounting frame and a gimbal ring. The bowl hanger frame has two parallel inverted L-shaped legs joined with a transverse member. The legs have evenly spaced adjustment pegs. The mounting frame has a horizontal member, with keyhole slots connected to the pegs, and arced arms with a socket in each arm. The ring has diametrically opposed pegs on a first axis and diametrically opposed notches along a second axis perpendicular to the first axis; with the ring pegs connected to the sockets. The bowl has a rim with diametrically opposed pegs connected to the notches. The travel bowl assembly may be suspended from a car seat headrest so a dog has easy access to water at a comfortable height without spilling.

A spill-proof pet bowl device is provided. The device is comprised of a base that can be secured to a surface via at least one fastener or wherein movement of the base along a surface is minimized via a grip material or a weight. The base receives at least one lid with a drinking opening. The perimeter of the opening is comprised of a bevel that prevents water from spilling out of the device in the event that the device is flipped. In one embodiment, the base may receive at least one insert that concentrates liquid within the base below the opening.

A water dispenser includes a bottle support area, a bowl and a channel. The bottle support area has a nozzle receiving portion defined by a circular sidewall that is configured to abut a nozzle of a water bottle. The bowl is fluidly connected to the bottle support area. The channel has a pair of first and second sidewalls extending from the nozzle receiving portion to the bowl to fluidly connect the nozzle receiving portion and the bowl. The channel has a maximum diameter that is less than a maximum diameter of the nozzle receiving portion. The channel further includes a pair of first and second protrusions extending from the first and second sidewalls of the channel towards each other. The first and second protrusions define a minimum diameter of the channel.

A water dispenser includes a bottle support portion, a bowl, and a channel. The bottle support portion includes a bottle collar structured to support a bottle. The bottle support portion defining an opening structured to receive a nozzle of a bottle. The bowl is coupled with the bottle support portion. The channel is structured to fluidly couple the opening to the bowl. The channel includes a right sidewall extending from the opening to the bowl, a left sidewall extending from the opening and the bowl, a right protrusion extending from the right sidewall; and a left protrusion extending from the left sidewall. Each of the right protrusion and the left protrusion extend toward each other. The right protrusion and the left protrusion are disposed closer to the bottle support portion than to the bowl.

A combined poultry watering and feeding device that includes a poultry feed pan having an open end and a poultry feed support basin, a poultry feed drop tube connecting the poultry feed pan to a poultry feed line and providing the feed pan with access to poultry feed from the feed line, and at least one poultry drinking cup positioned above and within a diameter of the open end of the feed pan to allow the poultry feed pan to collect water spillage from the poultry drinking cup for poultry feed absorption.

A pet water dispenser includes a water replenishment assembly and a base assembly. The water replenishment assembly includes a water tank main body, a water tank pedestal, a water filling tank lid and a water outlet tank lid. The water tank main body is equipped with a water outlet port. The water tank pedestal is configured to support the water tank main body, so that the water tank main body can stand stably on any plane on a premise of the water outlet port facing downward. The base assembly includes a base main body, and the base main body is equipped with a pedestal mounting portion. The pedestal mounting portion is configured to fix the water replenishment assembly on the base assembly.

A universal liner including one or more bendable or trimmable wall sections configured to permit the universal liner to fit within a variety of different sized pet crates.

A pet hydration system is disclosed that integrates a self-refilling reservoir, filtration, and spill-mitigation features in a compact assembly. A base defines a reserve basin fluidly coupled to a dispensing basin through a replaceable filter that may be passive or pump-assisted and optionally incorporates ultraviolet-C sterilization. An inverted water tank seats on the base and gravity-feeds the reserve basin; an air-lock vent admits replacement air only when the reserve-basin level drops, preventing continuous pour-out. Water flows through the filter into the dispensing basin, where a buoyant stopper rises to contact an annular ridge of a removable rim, capping the basin at a preset height. Depressing the stopper with a pet's muzzle exposes a freshwater layer and permits additional flow, after which the stopper re-seats to minimize splashing and debris ingress. The system delivers continuously replenished, contaminant-reduced drinking water while reducing mess and maintenance.