A smart pet care system includes: a pet care device adapted to feed and water a pet and to transmit status information related to the pet to an external device; a smartphone controlling the pet care device based on input information from a user; and a management server transmitting care information for caring for the pet to the smartphone based on the status information and preset setting information.

A pet watering system having a base portion configured to store water, a float valve configured to cease water flow in the base portion when water reaches a predetermined level, a water bowl segment that is configured to provide access to water for hydration, a faucet implement, wherein the faucet implement directs water to the water bowl segment, a water pump device that is configured to direct water stored in the base portion to the faucet implement, and a bowl bottom lip disposed on a bottom portion of the water bowl segment, wherein the bowl bottom lip is configured to fasten to the base portion.

A freeze-resistant watering device has a nipple or ball valve, a heat pipe, a sleeve in tight thermal contact with the nipple, a water-tight connection to a liquid containing container or supply pipe, and an outer shield enclosing an insulating space or insulation material. This device thermally couples a watering nipple or ball valve to a container or supply pipe via a thermal conduction path including bends so that the nipple or ball valve maintains at a temperature that is near the temperature of the liquid in the container or supply pipe. Further, the use of one or more freeze-resistant watering devices with a thermally insulated container in a watering unit with an insulated container or supply pipe provides drinking water to animals, and in particular, birds in sub-freezing and in hot weather.

A pet water dispenser includes a water storage tank (1), a drinking tray (2), and a water pump (5), where an upper end of the water storage tank (1) is provided with an opening, the water storage tank (1) is further provided with a first supporting structure (101); the drinking tray (2) covers an opening of the water storage tank (1) and is supported by the first supporting structure (101), and the drinking tray (2) is provided with a water inlet (3) and a water outlet (4); the water pump (5) is arranged in the water storage tank (1), a water outlet joint of the water pump (5) is communicated with the water inlet (3) through a pipeline, so as to pump water in the water storage tank (1) to the drinking tray (2) through the water pump (5).

A pet water dispenser includes a water storage tank (1), a drinking tray (2), and a water pump (5), where an upper end of the water storage tank (1) is provided with an opening, the water storage tank (1) is further provided with a first supporting structure (101); the drinking tray (2) covers an opening of the water storage tank (1) and is supported by the first supporting structure (101), and the drinking tray (2) is provided with a water inlet (3) and a water outlet (4); the water pump (5) is arranged in the water storage tank (1), a water outlet joint of the water pump (5) is communicated with the water inlet (3) through a pipeline, so as to pump water in the water storage tank (1) to the drinking tray (2) through the water pump (5).

Method, means, and system for a mobile, self-moving, automated animal corral or confinement system.

Method, means, and system for a mobile, self-moving, automated animal corral or confinement system.

An animal feeding system having a plurality of network connectable feeding stations, each with a base with a weight sensor for measuring a quantity of animal food placed in a food container, a processor, and network connection circuitry for connecting to a computer network. A server having a processor is coupled to a database to store pet information and use AI to analyze food and water consumption and recommend new foods or issue health alerts based on the consumption data. The server is configured for communication to feeding system bases and network connectable devices, such as smart phones, having executable food management software, wherein animal food intake information is transmitted to the server; and executable artificial intelligence loaded into and running on the server receives and processes data from the feeding stations and analyzes the data to make predictions and recommendations for foods individual animals prefer.

An automatic animal watering assembly includes a base that has a bowl section therein and a receiver section. A container is removably inserted into the receiver section of the base. The container contains water and the container releases the water into the bowl section. The container has an opening extending through a top end of the container for filling the container. A plug is movably positioned within the container. The plug is positionable in a closed position and an open position. A lid is hingedly coupled to the top end of the container. A lever is pivotally coupled to the container and the plug rests on the lever. The lever lifts the plug when the lever is lifted and the lever lowers the plug when the lever is lowered. The lever is in mechanical communication with the lid such that the lid lowers and lifts the lever.

An automatic self-cleaning and self-filling outdoor fluid feeding system for an animal, including for example a pet, includes a sink; a fluid transport system; a housing supporting the sink and containing the fluid transport system; and a control assembly configured to control the automatic self-cleaning and self-filling operations of the system.