An apparatus for delivering digestible products to hatchling fowl includes a controller and a metered delivery mechanism, the metered delivery mechanism electrically coupled to the controller and configured to deliver a pre-defined quantity of digestible products to the container. The digestible product includes an edible and digestible semisolid material.

A siphon-based pet water dispenser includes a water replenishment assembly, a water tank pedestal, and a base assembly. The water replenishment assembly includes a water tank main body with a water outlet port at its bottom portion and a water outlet tank lid. The water tank pedestal supports the water tank main body in a stable inverted position on planar surfaces. The base assembly includes a base main body with a pedestal mounting portion for the water tank pedestal and a water container. Through the siphon principle and structural coordination, the lid is pushed open, enabling continuous water flow into the water container while maintaining a stable water level. After disassembly, the water tank main body stands independently, facilitating transportation and water replenishment. This apparatus provides automatic and stable water supply, effectively solving conventional problems including tipping, inconvenient water replenishment, and water contamination.

Livestock water monitoring systems and methods are disclosed herein. An example system includes a controller configured to receive sensor output from a sensor associated with an animal when the animal is in communication range of the system, monitor the sensor output to detect behavior parameters when the animal is in communication range with the base station, generate an alert message when a deviation is detected in the behavior parameters, and transmit the alert message to at least one recipient.

An automatic pet watering system including a base housing configured to support various components, a water bowl configured to fit into the base housing, a water pump configured for recirculating the water held in the main bowl, a bowl controller configured to periodically operate the water pump on a predetermined schedule, and a spray nozzle affixed to the pump outlet tube and projecting through the boss at the upper edge of the concave circular bowl surface, the spray nozzle configured to project water from the pump outlet tube laterally from the pump outlet tube at an angle and orientation predetermined to cause a vortex effect in the water in the water bowl when the water pump is operating.

An automatic pet watering system including a base housing configured to support various components, a water bowl configured to fit into the base housing, a water pump configured for recirculating the water held in the main bowl, a bowl controller configured to periodically operate the water pump on a predetermined schedule, and a spray nozzle affixed to the pump outlet tube and projecting through the boss at the upper edge of the concave circular bowl surface, the spray nozzle configured to project water from the pump outlet tube laterally from the pump outlet tube at an angle and orientation predetermined to cause a vortex effect in the water in the water bowl when the water pump is operating.

The present invention relates to a pet drinking water fountain, and more particularly to a pet drinking water fountain having a submersible pump assembly that continuously circulates water, wherein the fountain includes a basin, cover and fountainhead having a tube to elevate the water formed from a material, preferably glass, that is hygienic, easy to clean, and allows visibility of the water level and clarity thereof.

The present invention relates to a pet drinking water fountain, and more particularly to a pet drinking water fountain having a submersible pump assembly that continuously circulates water, wherein the fountain includes a basin, cover and fountainhead having a tube to elevate the water formed from a material, preferably glass, that is hygienic, easy to clean, and allows visibility of the water level and clarity thereof.

A pet water dispenser includes a feed-water tank, a drinking device and an evaporator; a water container is arranged in the feed-water tank; the drinking device includes a drinking bowl, and a control valve which is connected to the drinking bowl and the feed-water tank and controls communication and separation between the drinking bowl and the feed-water tank; the evaporator includes a water tray and a water intake assembly; the water tray is in butt joint with the control valve which controls the communication and separation between the drinking bowl and the water tray; the water intake assembly is arranged in the water tray, with surface area larger than the bottom area of the water tray. Wastewater is automatically evaporated, thus avoiding inconvenience in wastewater treatment by a user, and also preventing water in the drinking bowl from entering the feed-water tank to cause water body pollution.

A poultry and livestock feeding and monitoring system is provided. The system mainly includes a feeding management unit, a mobile monitoring unit, and a remote monitoring unit. A plurality of control parameters and schedules are set up by the mobile monitoring unit or the remote monitoring unit for driving the feeding management unit to work. Thus various operations including water quality monitoring, drinking water supply, drinking water recovery, and measurement of weight of poultry and livestock, etc. are carried out according to the schedules being set. Therefore, the amount of water consumed by the poultry and livestock and weight of the poultry and livestock can be understood accurately. A warning is issued when the poultry and livestock drink insufficient amount of water. Thereby healthy growth of the poultry and livestock is ensured.

A poultry and livestock feeding and monitoring system is provided. The system mainly includes a feeding management unit, a mobile monitoring unit, and a remote monitoring unit. A plurality of control parameters and schedules are set up by the mobile monitoring unit or the remote monitoring unit for driving the feeding management unit to work. Thus various operations including water quality monitoring, drinking water supply, drinking water recovery, and measurement of weight of poultry and livestock, etc. are carried out according to the schedules being set. Therefore, the amount of water consumed by the poultry and livestock and weight of the poultry and livestock can be understood accurately. A warning is issued when the poultry and livestock drink insufficient amount of water. Thereby healthy growth of the poultry and livestock is ensured.