The present disclosure provides an animal drink dispenser apparatus. In some embodiments, the animal drink dispenser apparatus may be configured to attach to a housing capable of storing a volume of fluid. In some aspects, the animal drink dispenser may include a substantially rigid, circular structure. In some implementations, the animal drink dispenser apparatus may include an interior facing side and an exterior facing side, a bottom tray, a liquid inlet, and a vent apparatus.

The present invention relates to a pet management system and a computer-implemented method for enhancing pet care. The system includes a smart collar equipped with a wireless communications module, a rechargeable battery, and a controller. The smart collar is designed to uniquely identify a pet and to facilitate communication with user devices and various peripheral smart pet devices. These peripheral devices provide tailored functionalities to the pet based on stored permissions and authorizations related to the pet's unique identity. The smart collar's controller is configured to continuously monitor and track the pet's interactions with these devices, and to maintain wireless communication with the user's devices. Additionally, the system incorporates a Real Time Kinematic (RTK) base station to enhance the GPS capabilities of the smart collar, providing precise location information for improved pet tracking and management. This invention offers an integrated approach to monitor, control, and manage pet care activities, ensuring an advanced level of care and interaction between pets and their owners.

A liquid dispensing device (1) having a) a serving bowl (10) configured to retain liquid for consumption by an animal; b) a fresh tank (50) configured to store a fresh liquid therein; c) a used tank (80) configured to store a used liquid therein, wherein used liquid is the liquid which has already been available for consumption of the animal; and d) a carousel (100) having one or more circulation tubs (107) and one or more empty tubs (105), wherein the carousel is configured to rotate about its rotational axis (AR) in a first direction (D1) and in a second direction (D2) opposing the first direction.

A liquid dispensing device (1) having a) a serving bowl (10) configured to retain liquid for consumption by an animal; b) a fresh tank (50) configured to store a fresh liquid therein; c) a used tank (80) configured to store a used liquid therein, wherein used liquid is the liquid which has already been available for consumption of the animal; and d) a carousel (100) having one or more circulation tubs (107) and one or more empty tubs (105), wherein the carousel is configured to rotate about its rotational axis (AR) in a first direction (D1) and in a second direction (D2) opposing the first direction.

The invention relates to a facility for farming animals, and in particular poultry and pigs, comprising means for supplying water to the animals for their drinking, said supply means comprising: an injector (7, 8) making it possible to inject a gas into the water; a water inlet line (20) and a gas inlet line (3, 4, 5, 6), reaching into the injector; anda source (1) of oxygen or of a gaseous mixture comprising oxygen, for example an oxygen store, which is able to dispense oxygen into the gas line; a water tank (17) at atmospheric pressure, the injector being supplied with water from the water located in this tank, which tank can additionally be supplied with fresh water (20); a coil (10) able to receive water loaded with dissolved oxygen originating from the injector, which water reaches the coil by virtue of a pump (9), which coil makes it possible to create a water/oxygen contact time; the water leaving the coil passing through a discharge spout (12) in order to be entirely directed towards the drinking water or else partially towards the drinking water and partially into the tank (17). The invention is characterised in that two simultaneous injections of oxygen or of a mixture comprising oxygen in the water are carried out: one (3, 5, 7) upstream of the pump and the other (4, 6, 8) downstream of the pump (9), the flow rate of the injection carried out upstream being lower than the flow rate of the injection carried out downstream of the pump.

The invention relates to a facility for farming animals, and in particular poultry and pigs, comprising means for supplying water to the animals for their drinking, said supply means comprising: an injector (7, 8) making it possible to inject a gas into the water; a water inlet line (20) and a gas inlet line (3, 4, 5, 6), reaching into the injector; anda source (1) of oxygen or of a gaseous mixture comprising oxygen, for example an oxygen store, which is able to dispense oxygen into the gas line; a water tank (17) at atmospheric pressure, the injector being supplied with water from the water located in this tank, which tank can additionally be supplied with fresh water (20); a coil (10) able to receive water loaded with dissolved oxygen originating from the injector, which water reaches the coil by virtue of a pump (9), which coil makes it possible to create a water/oxygen contact time; the water leaving the coil passing through a discharge spout (12) in order to be entirely directed towards the drinking water or else partially towards the drinking water and partially into the tank (17). The invention is characterised in that two simultaneous injections of oxygen or of a mixture comprising oxygen in the water are carried out: one (3, 5, 7) upstream of the pump and the other (4, 6, 8) downstream of the pump (9), the flow rate of the injection carried out upstream being lower than the flow rate of the injection carried out downstream of the pump.

A pet water fountain is described comprising a bowl for holding an aqueous drinking fluid. The pet water fountain includes a housing configured to cover a portion of the bowl and have a fluid reservoir. The pet water fountain includes a rotatable cone positioned within the housing, the cone tapering outwardly from a bottom end to a top end, the bone bottom end having a fluid inlet to allow the passage of fluid from the bowl through the inlet and into the interior of the conde, the cone top end being in fluid communication with the housing fluid reservoir. The pet water fountain includes a filter ring coupled to the cone top end, the filter ring having an exterior housing and a filter media positioned within the exterior housing, and an electric motor coupled to the rotatable cone for rotatably driving the rotatable cone.

A pet water fountain is described comprising a bowl for holding an aqueous drinking fluid. The pet water fountain includes a housing configured to cover a portion of the bowl and have a fluid reservoir. The pet water fountain includes a rotatable cone positioned within the housing, the cone tapering outwardly from a bottom end to a top end, the bone bottom end having a fluid inlet to allow the passage of fluid from the bowl through the inlet and into the interior of the conde, the cone top end being in fluid communication with the housing fluid reservoir. The pet water fountain includes a filter ring coupled to the cone top end, the filter ring having an exterior housing and a filter media positioned within the exterior housing, and an electric motor coupled to the rotatable cone for rotatably driving the rotatable cone.

A wildlife feeder timer and system is provided. More specifically, the present invention relates to a wildlife feeder device, its control systems, and methods for monitoring environmental conditions and dispensing wildlife feed. The wildlife feeder timer further comprises processors, circuitry, and is configured to interface with external devices such as sensors, motors, and actuators, cloud servers, one or more wildlife feeders, and to connect to one or more networks.

A wildlife feeder timer and system is provided. More specifically, the present invention relates to a wildlife feeder device, its control systems, and methods for monitoring environmental conditions and dispensing wildlife feed. The wildlife feeder timer further comprises processors, circuitry, and is configured to interface with external devices such as sensors, motors, and actuators, cloud servers, one or more wildlife feeders, and to connect to one or more networks.