A water diffuser that extends from the discharge outlet of a pet fountain, for receiving water from the outlet of the pet fountain's water pump, wherein the diffuser includes a perforate tubular diffuser section that can be releasably coupled or otherwise anchored to part of the fountain by a connecting or coupling section that preferably is tubular and imperforate. The diffuser can include a water treatment disposed within the diffuser that is dispensed or released into water flowing through the diffuser. The diffuser may also include a filter for removing contaminants from water flowing through the water. Where used together with a water treatment, the filter can be disposed within the diffuser upstream of the water treatment for filtering water flowing through the diffuser before treating the flowing water.

A pet hydration system comprising of specific ranges of vitamins and minerals conducive to a pet's health, with such nutrients placed into a liquid beverage and ultimately dispensed via a compartmentalized beverage dispenser. The compartmentalized beverage dispenser is formed such that separate liquids are measured out and dispensed to the pet in a manner that the pet receives the optimal amount of nutrition.

A dispenser device comprising a base configured to support a container, the container being at least partially filled with a fluid; a duct in communication with the base; a collar coupled to the duct, the collar configured to seal around a portion of the container; and a valve coupled to the duct and configured to selectively dispense fluid from the container.

The present discussion relates to a material dispensing system. In one example, the material dispensing system includes a material dispenser apparatus and a material container. In this example, the material dispenser apparatus can receive the material container such that both solid material and liquid material automatically dispense from the material container into a material presentation portion of the material dispenser apparatus in a self-regulating manner.

The present discussion relates to a material dispensing system. In one example, the material dispensing system includes a material dispenser apparatus and a material container. In this example, the material dispenser apparatus can receive the material container such that both solid material and liquid material automatically dispense from the material container into a material presentation portion of the material dispenser apparatus in a self-regulating manner.

The present invention relates to a cover assembly for a poultry feeder including a pivotal cover member that engages a peak of the cover assembly. The peak is formed by an elongated portion of a plurality of support members that are connected to one or more support rings. Extending upwardly from the peak is an elongated member that also engages the pivotal cover member.

A portable fresh water supply apparatus for providing continuous fresh water to an animal when a caregiver is absent includes a reservoir capable of receiving and dispensing fresh water and a water supply line in fluid communication with the reservoir. A shut-off valve is located within the reservoir and is in fluid communication with the water supply line. A water drain line is in fluid communication with the reservoir, and an over-flow drain valve is located exterior of the reservoir as well as in fluid communication with the water drain line. In this manner, when a water level inside the reservoir reaches a threshold level, the shut-off valve is automatically toggled between open and closed positions and thereby selectively supplies fresh water from the water supply line to an interior of the reservoir. The overflow drain line diverts excess water away from the reservoir.

A portable fresh water supply apparatus for providing continuous fresh water to an animal when a caregiver is absent includes a reservoir capable of receiving and dispensing fresh water and a water supply line in fluid communication with the reservoir. A shut-off valve is located within the reservoir and is in fluid communication with the water supply line. A water drain line is in fluid communication with the reservoir, and an over-flow drain valve is located exterior of the reservoir as well as in fluid communication with the water drain line. In this manner, when a water level inside the reservoir reaches a threshold level, the shut-off valve is automatically toggled between open and closed positions and thereby selectively supplies fresh water from the water supply line to an interior of the reservoir. The overflow drain line diverts excess water away from the reservoir.

Water consumption monitors adapted for use in equine applications are provided. In some embodiments, an outer casing is provided that is separably coupled to a wall mount. A bucket retention arm is coupled to the wall mount and extends distally from the wall mount through the outer casing. A cantilever sensor is disposed within the outer casing and is operably coupled to the bucket retention arm. The cantilever sensor is adapted to detect a force on the bucket retention arm. A transmitter is operably coupled to the cantilever sensor and is adapted to transmit data regarding the force on the bucket retention arm.

Water consumption monitors adapted for use in equine applications are provided. In some embodiments, an outer casing is provided that is separably coupled to a wall mount. A bucket retention arm is coupled to the wall mount and extends distally from the wall mount through the outer casing. A cantilever sensor is disposed within the outer casing and is operably coupled to the bucket retention arm. The cantilever sensor is adapted to detect a force on the bucket retention arm. A transmitter is operably coupled to the cantilever sensor and is adapted to transmit data regarding the force on the bucket retention arm.