Abstract: An electrolyzed water producing apparatus according to the invention is adapted to be directly connected to a faucet of a water service to continuously producing alkali ionic water and acid ionic water by electrolyzing operation and comprises an electronic control device including an automatic-manual operation changing circuit for changing the apparatus between automatic and manual operation modes, an electric current adjusting circuit for adjusting electrolytic current dependent upon variation in water quality, and a slow start circuit for automatically delaying the time when starting supply of the electrolytic current relative to the time when starting supply of water at a commencement of operation of said apparatus in the automatic operation mode.

Abstract: An apparatus for producing alkaline water and acidic water which includes a container which houses an electrolytic cell, said electrolytic cell containing a lower chamber provided with a water inlet zone and a water outlet zone, and an upper chamber containing anode plates and cathode plates disposed in a spaced apart predetermined relationship, inlet means for introducing water into the water inlet zone of the lower chamber of said electrolytic cell, said inlet means including valve means, first and second outlet means disposed at the upper end portion of the upper chamber for removing alkaline water and acidic water respectively, therefrom, said first outlet means provided with means for discharge from the apparatus, and said second outlet means provided with means for communicating with the water outlet zone for discharge from the apparatus, and electrical means for providing the necessary electrical power to the apparatus.