The reaction container (1) is provided with a water outlet (11) and a water inlet (12).

One end of the through hole (2) is a water inlet, and the other end is a water outlet.

The separation vessel (33) has a cleaned gas outlet (38) and a used sea water outlet (39).

The end of the pipe is closed adjacent to a water discharging outlet.

The water trough water discharge port (5) is in communication with a general water discharge port (16) via a water trough water discharge pipe (17).

The electrolyzed water generator, the cleaning sink, and the water pump are each provided with a water inlet and a water outlet.

The water path comprises sequentially in the direction of water flow a water inlet (6), a heating part (3), and a water outlet (5).

A water discharge port (8) is provided at the leading end (4b) of the spout (4).

The fill valve has at least one water outlet port for dispensing water from the fill valve into the basin.

This invention is provided with a water discharge port and a motor-driven fan (1) provided near the discharge port.

The drainage hole (27) is covered by a clamp (20) in a state in which the functions of the drainage hole (27) are maintained, said clamp (20) being a retrofitted member.

The treatment tank includes a water supply port for supplying treatment water to be treated, and a water discharge port for discharging treatment water.

A water channel (straw (13)) for guiding water to the opening hole (2) (water discharge port) is provided along the center of the axis of rotation of the fan (1).

Water flows from the water head layer through a filtration medium in a filter cartridge, and the filtered water is output from a water outlet at the top of the cartridge.

The foam discharge channel (2) is in communication with the general water discharge port (16) via a foam discharge pipe (15).