Treated water dispensing system

A water dispenser comprising a housing having a water treatment tank, a water inlet selectively feeding water into an upper section of said tank, cooling coils acting to chill water in a lower section of said tank, an ultra-violet lamp disposed in both the upper and lower sections of the tank for transmitting ultra-violet light rays to water in both upper and lower sections to eliminate bacterial growth in both upper and lower sections, a first faucet communicating with said lower section for dispensing chilled water selectively, and a reflective surface disposed in an upper portion of the tank reflecting ultra-violet rays into at least a portion of the first faucet.

A water dispenser comprising a housing having a water treatment tank, a water inlet selectively feeding water into an upper section of said tank, cooling coils acting to chill water in a lower section of said tank, an ultra-violet lamp encapsulated in both the upper and lower sections of the tank for transmitting ultra-violet light rays to water in both upper and lower sections to eliminate bacterial growth in both upper and lower sections, a first faucet communicating with said lower section for dispensing chilled water selectively, a surrounding sleeve spaced from and located about a portion of the ultraviolet lamp, and an outer vessel located below and about a portion of the surrounding sleeve with an opening intermediate the surrounding sleeve and the outer vessel communicating water from the water inlet intermediate the surrounding sleeve and the ultra-violet lamp through the opening and then intermediate the surrounding sleeve and the outer vessel prior to feeding the water into the upper section of said tank in a thin film laminar flow.

A water dispenser comprising a housing having a water treatment tank, a water inlet selectively feeding water into an upper section of said tank, cooling cold chilled water in the lower section of the tank, and ultra-violet lamp disposed above the upper and lower sections of the tank for transmitting ultra-light rays to water in both upper and lower sections to eliminate bacteria growth in both upper and lower sections, a first faucet communicating with said lower section for dispensing chilled water selectively, and a translucent baffle separating the upper and lower sections of the tank.

A water dispenser comprising a housing having a water treatment tank, a water inlet subsequently feeding into an upper section said tank, cooling coils acting to chill water in a lower section of said tank, an ultraviolet lamp disposed in the upper and lower section of the tank for transmitting ultra-violet light rays to water in both upper and lower sections to eliminate bacteria growth in both upper and lower sections, a first faucet communicating with said lower section for dispensing chilled water selectively, a solenoid valve connected to the water inlet;

• and a controller sensing an open time of the solenoid valve wherein the open time is compared to an expected open time and if the open time exceeds the expected open time, performing one of activating an alarm and closing the solenoid valve.

A water dispenser comprising a housing having a water treatment tank, a water inlet selectively feeding water into an upper section of said tank, cooling cold chilled water in the lower section of said tank, an ultra-violet lamp disposed in both the upper and lower sections of the tank for transmitting ultra-light rays to water in both upper and lower sections to eliminate bacteria growth in both upper and lower sections, a first faucet communicating with said lower section for dispensing chilled water selectively, a baffle separating the upper and lower sections of the tank, and an outer vessel located below and about at least a portion of the lamp with said outer vessel connected to the baffle.