A shape-shifting self-draining water-repelling hygienic indoor-outdoor slanting pet tree system comprises: adjustable legs, a rotatable pedestal, at least one shape-shifting rotatable log, at least one shape-shifting rotatable step, at least one shape-shifting rotatable branch, at least one shape-shifting rotatable hygienic platform, at least one shape-shifting rotatable condo, at least one shape-shifting rotatable hygienic cap, at least one shape-shifting rotatable connector for rotatably connecting all the components of the pet tree together, multiple rotatable wheels to allow the pet tree to be wheeled anywhere, and at least one removable water-repelling cover to cover the components of the pet tree. All the components of the pet tree can rotate 360 degrees (by water, wind, pet, and human forces applied on the inside and outside of the pet tree) to allow users to customize the tree shapes, have internal doors to allow pets to move around from one component to another inside the tree, are made of water-repelling material, and have water-draining holes to allow the tree to be hosed down and able to be used indoor and outdoor.

A pet watering device incudes a base that has a pet drinking portion and a water reservoir portion connected with a leveling channel. A valve activation projection extends upwardly from water reservoir portion aligns with a valve button. A water container fits above and rest upon the water reservoir portion and has a reduced-size neck. A cap removably seals the neck and encloses a valve that controls a passageway between the water container and a lower opening in the cap. The valve is activated by a button bearing against the valve activation projection when the water container is in place. When the water container is filled and the water container is inverted and placed upon the upper rim. The valve is activated and water flows into the water reservoir portion and through the channel into the pet drinking portion, the water rising to a lower rim of the cap.

An animal water dispenser for use with a container for holding water includes a base, a heat source, and an upper component. The base component defines a support surface. The heat source is supported on the base component and has a heat radiating element positioned above the support surface. The upper component is removably mountable on the support surface, and defines a trough arrangement for receiving water and including an engagement feature for supporting the container on the upper component with the mouth of the container in fluid communication with the trough arrangement. The upper component is configured to radiate heat from the heat source into the interior of the container when the container is supported on the engagement feature. The upper component is configured such that at least a portion of the heat radiating element is positioned within the interior of the container.

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.

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.

A pet water fountain comprises a bucket, a pump, a cover body, a filter, a water platform and a flower nozzle, wherein the cover body is covered on the bucket, the filter is contained in a first recess formed in the center of the cover body, and a first hollow pipe extends from the bottom of the first recess into the bucket; the water platform has a second hollow pipe extending downwards to go through the first hollow pipe to connect a pump outlet of the pump, and has an inner flange higher than an outer flange, and further has an outer sidewall extending downwards to being supported on a first step surrounding the top of the first recess; the flower nozzle has a plurality of spouts and a third hollow pipe extends downwards from the center of the flower nozzle to be inserted into the second hollow pipe.

A pet water fountain comprises a bucket, a pump, a cover body, a filter, a water platform and a flower nozzle, wherein the cover body is covered on the bucket, the filter is contained in a first recess formed in the center of the cover body, and a first hollow pipe extends from the bottom of the first recess into the bucket; the water platform has a second hollow pipe extending downwards to go through the first hollow pipe to connect a pump outlet of the pump, and has an inner flange higher than an outer flange, and further has an outer sidewall extending downwards to being supported on a first step surrounding the top of the first recess; the flower nozzle has a plurality of spouts and a third hollow pipe extends downwards from the center of the flower nozzle to be inserted into the second hollow pipe.

An automated medication dispensing system includes a lightning sensor configured to detect an electromagnetic signature of a lightning strike and a dispenser bank configured to store and dispense a medication for a pet. A user interface is configured to input one or more dispensing parameters for dispensing the medication stored in the dispenser bank. A microcontroller is in signal communication with the lightning sensor, the dispenser bank, and the user interface. The microcontroller is configured to generate a dispensing signal for opening the dispenser bank based on data received from the lightning sensor and the user interface. The dispenser bank is configured to dispense the medication once receives the dispensing signal from the microcontroller.

An automated medication dispensing system includes a lightning sensor configured to detect an electromagnetic signature of a lightning strike and a dispenser bank configured to store and dispense a medication for a pet. A user interface is configured to input one or more dispensing parameters for dispensing the medication stored in the dispenser bank. A microcontroller is in signal communication with the lightning sensor, the dispenser bank, and the user interface. The microcontroller is configured to generate a dispensing signal for opening the dispenser bank based on data received from the lightning sensor and the user interface. The dispenser bank is configured to dispense the medication once receives the dispensing signal from the microcontroller.

A double tank milk supply system for providing a continuous supply of cool clean milk or milk products. While one tank provides milk products, the other tank is cleaned. The two tanks are individually cooled, and the washing and cooling cycles are automatically controlled via a data input and display device. Included is an automatic valve system configured to dispense milk product from the second tank when the first tank is empty, and to dispense milk product from the first tank when the second tank is empty. An automatic washing system automatically washes the first tank when the first tank is empty, and washes the second tank when the second tank is empty. Also included is an agitation system, which alternatingly agitates the milk product in the first or second tank. The double tank milk supply system provides uninterrupted cool, clean milk products 24/7/365, saving the farmer time and labor.