Abstract: The assembly arrangement comprises a reservoir (10) on which a filling container (20) having a bottom wall (21) is mounted; and a filter(30) mounted to said bottom wall (21) which presents a seat portion (24) provided of one or more windows (25a) and bearing a stopper element (40) provided of at least one opening (41 a) and moveable between a closed position and an open position of the seat portion (24). The filter (30) is upwardly seated against the bottom wall (21) and coupled to the stopper element (40), allowing the filter (30) to be moved between a release and assembly position, with the stopper element in the closed position, and an assembled position, moving the stopper element (40) to its open position and to which remains axially hold against said bottom wall (21), communicating inlet orifices (31a) of the filter (30) to the interior of the filling container (20).

Abstract: A device receives water from a source (S), to be dispensed, by a single nozzle (18), in a container (R) at a final value of a plurality of temperature values. A first feed conduit (25a) is arranged between source (S) and includes a first heat exchanger (26) to cold water, yet been provided a second feed conduit (25b) and a third feed conduit (25c), this latter including a heat exchanger (46) which heats water. A control valve (24, 34, 44) is provided in each feed conduit (25a, 25b, 25c) and operated to supply water to the nozzle (18), at either conditions of cold water, normal water and hot water. Control valves (24, 34, 44) can be operated automatically, to dispense water at a predetermined temperature in a range defined from cold water to hot water.

Abstract: The assembly arrangement comprises a reservoir (10) on which a filling container (20) having a bottom wall (21) is mounted; and a filter(30) mounted to said bottom wall (21) which presents a seat portion (24) provided of one or more windows (25a) and bearing a stopper element (40) provided of at least one opening (41 a) and moveable between a closed position and an open position of the seat portion (24). The filter (30) is upwardly seated against the bottom wall (21) and coupled to the stopper element (40), allowing the filter (30) to be moved between a release and assembly position, with the stopper element in the closed position, and an assembled position, moving the stopper element (40) to its open position and to which remains axially hold against said bottom wall (21), communicating inlet orifices (31a) of the filter (30) to the interior of the filling container (20).

Abstract: A device receives water from a source (5), to be dispensed, by a single nozzle (18), in a container (R) at a final value of a plurality of temperature values. A first feed conduit (25a) is arranged between source (5) and includes a first heat exchanger (26) to cold water, yet been provided a second feed conduit (25b) and a third feed conduit (25c), this latter including a heat exchanger (46) which heats water. A control valve (24, 34, 44) is provided in each feed conduit (25a, 25b, 25c) and operated to supply water to the nozzle (18), at either conditions of cold water, normal water and hot water. Control valves (24, 34, 44) can be operated automatically, to dispense water at a predetermined temperature in a range defined from cold water to hot water.