A drinking bowl (100) for domestic animals comprises a collecting basin (1), a removable container (2), a filtering element (3) which is arranged so as to close an opening (20) of the removable container (2) and a ventilation pipe (4) which extends between opposite ends of the removable container (2) and which opens inside the removable container (2) at a first end (41, 42) and downstream of the filtering element (3) at a second end (41, 42). The second end (41, 42) further comprises a widened portion (420) which is capable of channeling a flow of liquid inside the ventilation pipe (4) for introducing liquid inside the removable container (2).

A drinking bowl (100) for domestic animals comprises a collecting basin (1), a removable container (2), a filtering element (3) which is arranged so as to close an opening (20) of the removable container (2) and a ventilation pipe (4) which extends between opposite ends of the removable container (2) and which opens inside the removable container (2) at a first end (41, 42) and downstream of the filtering element (3) at a second end (41, 42). The second end (41, 42) further comprises a widened portion (420) which is capable of channeling a flow of liquid inside the ventilation pipe (4) for introducing liquid inside the removable container (2).

A stalling cage having a box suitable for containing an animal, a receptacle that contains a liquid to be administered to the animal in the box, and a monitoring device suitable for continuously monitoring the consumption of liquid from the receptacle. The monitoring device has a level condenser with two electrodes in co-planar configuration in contact with the receptacle in order to measure the capacitance variation caused by the variation of the level of liquid relative to the air in the receptacle.

A stalling cage having a box suitable for containing an animal, a receptacle that contains a liquid to be administered to the animal in the box, and a monitoring device suitable for continuously monitoring the consumption of liquid from the receptacle. The monitoring device has a level condenser with two electrodes in co-planar configuration in contact with the receptacle in order to measure the capacitance variation caused by the variation of the level of liquid relative to the air in the receptacle.

An animal water dispenser is disclosed, including a water storage tank, a water pump provided at a bottom of the water storage tank, the water pump being provided with a water inlet side, a limit side and two positioning sides; water in the water storage tank entering the water pump from the water inlet side , the limit side being provided opposite to the water inlet side, the two positioning sides being opposite to each other and both connected with the water inlet side and the limit side; a positioning block being provided on each positioning side, a positioning hole being defined on each positioning block, a positioning column being provided on the bottom of the water storage tank, two positioning holes being respectively sleeved on the two positioning columns, the bottom of the water storage tank being convexly provided with a baffle for abutting against the limit side.

An animal water dispenser is disclosed, including a water storage tank, a water pump provided at a bottom of the water storage tank, the water pump being provided with a water inlet side, a limit side and two positioning sides; water in the water storage tank entering the water pump from the water inlet side , the limit side being provided opposite to the water inlet side, the two positioning sides being opposite to each other and both connected with the water inlet side and the limit side; a positioning block being provided on each positioning side, a positioning hole being defined on each positioning block, a positioning column being provided on the bottom of the water storage tank, two positioning holes being respectively sleeved on the two positioning columns, the bottom of the water storage tank being convexly provided with a baffle for abutting against the limit side.

A liquid dispenser may include a container having an upper opening, a pump provided in the container, a pipe through which liquid discharged from the pump is transferred, a top plate having an upper surface over which liquid flows, a filter assembly provided below the top plate, a base provided below the container, and a thermoelectric element provided in the base to cool the liquid in the container.

A pet service structure includes a housing including a floor, upstanding sidewalls, a ceiling, and water piping connectable to a water source. A pet fountain is disposed outside of the housing. The pet fountain includes a frame coupled to one of the sidewalls, a bowl coupled to the frame and disposed near a ground level, a water spout connected to the water piping and directed towards the bowl, and a valve configured to open and close the water spout.

A pet water dispenser having a water tank assembly, a filter assembly, and a water pumping assembly. The water tank assembly include a tank body defining an interior space for water storage and a top cover detachably arranged on the tank body above the interior space. The top cover having an upper surface defining a drinking tray with a first water return port. The filter assembly is detachably installed in the interior space and located below the first water return port. The water pumping assembly is detachably connected on a side of the tank body and configured to circulate water from the interior space into the drinking tray where the water returns back to the interior space through the water return port and filter assembly.

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.