An automated system for meeting the needs of cats, dogs, and possibly birds, for up to three or four weeks, while the owners are away structured and arranged to provide food, water, various activities, and human contact via the Internet.

An automated system for meeting the needs of cats, dogs, and possibly birds, for up to three or four weeks, while the owners are away structured and arranged to provide food, water, various activities, and human contact via the Internet.

The present invention of a vacuum insulated canister and bowl for animals enabled to retain the provided liquid temperature for long time and therefore enabled to provide a good source of hot/cold water to the pet/animals when and wherever required. The vacuum insulated double walled construction is made up of stainless steel. The vacuum insulated liquid dispenser has an added grip. The container provided herein for storing the dispensed water from the liquid dispenser is also double walled and is vacuum insulated. The vacuum insulated liquid dispenser also enables ice water to retain its temperature for longer periods of time. The container provided herein refills water automatically from an attached insulated canister when assembled.

The present invention of a vacuum insulated canister and bowl for animals enabled to retain the provided liquid temperature for long time and therefore enabled to provide a good source of hot/cold water to the pet/animals when and wherever required. The vacuum insulated double walled construction is made up of stainless steel. The vacuum insulated liquid dispenser has an added grip. The container provided herein for storing the dispensed water from the liquid dispenser is also double walled and is vacuum insulated. The vacuum insulated liquid dispenser also enables ice water to retain its temperature for longer periods of time. The container provided herein refills water automatically from an attached insulated canister when assembled.

Device for automatically feeding calves with a mixing container for mixing a liquid food product, a teat, a connection line, which connects the mixing container with the teat, a branch line, which branches off from the connection line at a branch point and connects the connection line with a pump and a controller for controlling the pump, where a sensor is arranged on the teat, which is connected with the controller and is designed to detect a movement and/or deformation of the teat, and the controller is designed to control the pump during detection of a movement and/or deformation of the teat such that liquid food product is delivered out of the branch line towards the branch point until liquid food product exits the teat.

Device for automatically feeding calves with a mixing container for mixing a liquid food product, a teat, a connection line, which connects the mixing container with the teat, a branch line, which branches off from the connection line at a branch point and connects the connection line with a pump and a controller for controlling the pump, where a sensor is arranged on the teat, which is connected with the controller and is designed to detect a movement and/or deformation of the teat, and the controller is designed to control the pump during detection of a movement and/or deformation of the teat such that liquid food product is delivered out of the branch line towards the branch point until liquid food product exits the teat.

A pet watering apparatus which can be refilled as water is removed by evaporation or by a thirsty animal, which apparatus has a vessel, overlaid by a platform having a base and at least one leg, which platform has at least 2 apertures therein of one size and a central smaller aperture therein. Disposed in one aperture is a bottle capable of holding water, having a modified Yorker cap thereon, disposed in an inverted position; the Yorker cap's spout having been cut off at about a 45 degree angle. A siphon filter may be disposed through the platform's central aperture to the vessel for connection to a pump to re-circulate water through the siphon for microbe removal. An optional water chiller may be deployed on the platform.

A pet watering apparatus which can be refilled as water is removed by evaporation or by a thirsty animal, which apparatus has a vessel, overlaid by a platform having a base and at least one leg, which platform has at least 2 apertures therein of one size and a central smaller aperture therein. Disposed in one aperture is a bottle capable of holding water, having a modified Yorker cap thereon, disposed in an inverted position; the Yorker cap's spout having been cut off at about a 45 degree angle. A siphon filter may be disposed through the platform's central aperture to the vessel for connection to a pump to re-circulate water through the siphon for microbe removal. An optional water chiller may be deployed on the platform.

A water dispenser for pets includes a water tank for receiving a liquid, a drainage assembly arranged in the water tank, a fan blade rotatably received in the drainage assembly for driving the liquid in the water tank to flow out through the drainage assembly, and a driving assembly arranged outside the water tank and configured for driving the fan blade to rotate through magnetic force.

The present invention relates to a system and method for supplying water to identified animals (1) which supplies water to a drinking trough (10) depending on whether an identified animal (1) approaches it, providing a constant supply to the animals and preventing unidentified animals from accessing it. The system comprises a collection surface (2), a tank (5), a water pump (8), a device for controlling the water flow (9), a drinking trough (10), a power generator (11), identifiers (12), intended to be linked to the identified animals (1), and an automation panel (14) from which the opening or closing of the device for controlling the water flow (9) is controlled based on the presence of identified animals (1) in the vicinity of the drinking trough (10).