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    • 31. 发明专利
    • HIGH TEMPERATURE HOT WATER CLEANING SYSTEM
    • JP2002162115A
    • 2002-06-07
    • JP2000361625
    • 2000-11-28
    • NORITZ CORP
    • TANIGUCHI YASUKOOKUMURA KAZUAKIKAWAGUCHI SATORUOBAYASHI TOSHIHIKO
    • F24H1/10
    • PROBLEM TO BE SOLVED: To provide a high temperature hot water cleaning system to properly guide and report a timing, at which high temperature cleaned hot water is discharged from a faucet, to a user without installing a sensor to detect a hot water temperature at the faucet. SOLUTION: An alarm control part having a piping capacity memory part and a flow rate calculating part is situated in a controller 6a. A piping capacity value from the installation position of a hot water temperature detecting sensor 24 in a hot water supplying apparatus 2 to a high temperature hot water supply faucet 4 is directly or indirectly previously stored and set in a piping capacity memory part. From a point of time when a set high temperature is detected by the hot water detecting sensor, a detecting flow rate from an inflow water flow rate sensor 22 is integrated by a flow rate integrating part in the controller. At a point of time when a passage hot water amount value obtained by integration reaches a volume value obtained by deducting a surplus value from a piping volume value, announcement is executed by an announcing means 63. The announcement is performed by display effected by a liquid crystal display part 63a and voice announcement by a speaker 63b to an effect that high temperature purified hot water purified by a purifier 5 is discharged from a high temperature hot water supply faucet. From a point of time when a set high temperature is detected by a hot water temperature detecting sensor, at a point of time when a set delay time elapses, announcement by an announcing means may be executed.
    • 35. 发明专利
    • COMBUSTION CAPACITY SWITCHING MECHANISM
    • JPH01305254A
    • 1989-12-08
    • JP13280688
    • 1988-06-01
    • NORITZ CORP
    • OBAYASHI TOSHIHIKOOGASAWARA HIDEYUKIHAMAMOTO KENICHIMAEDA HIROMICHI
    • F24H1/10
    • PURPOSE:To increase the number of stages of combustion capacity by disposing combustors formed of predetermined number of burning tubes at its center and both sides, connecting capacity switching valve to the combustors of both sides, igniting the central combustor at the time of an initial ignition to always burn it, and transferring its flame to the combustors of both sides. CONSTITUTION:An original gas solenoid valve 8 and an emergency gas solenoid valve 9 are opened at the time of an initial ignition, mixture ratio of gas and combustion air is set to a state to be easily ignitable of a slow ignition state under the control of a proportional valve 10 and an air supply fan 3, and a central first combustor 21 is ignited. In this case, capacity switching valves 11, 12 are closed. The combustor 21 is always burned during a normal combustion, gas is supplied to second and third combustors 22, 23 of both sides to transfer its flame by opening and closing the valves 11, 12, and the combustion capacity can be switched to four stages by the combination of the opening/ closing states of the valves 11, 12.
    • 37. 发明专利
    • CONTROL METHOD FOR HIGH TEMPERATURE HOT WATER CLEANING SYSTEM
    • JP2002162114A
    • 2002-06-07
    • JP2000359991
    • 2000-11-27
    • NORITZ CORP
    • TANIGUCHI YASUKOOKUMURA KAZUAKIKAWAGUCHI SATORUOBAYASHI TOSHIHIKOHORIUCHI MASAHIKOHATA YOSHINORI
    • F24H1/10
    • PROBLEM TO BE SOLVED: To provide a control method for a high temperature hot water cleaning system formed that high temperature water having 80 deg.C or higher can be rapidly supplied from an electronic faucet and meanwhile, when the interior of piping is in a high temperature state, hot water can be supplied in a state that water spattering is prevented from occurring. SOLUTION: When a detecting hot water temperature by a hot water temperature detecting sensor 43 on the faucet side is lower than 80 deg.C, a flow rate regulating valve 23 is brought into a set large opening and a solenoid valve 26 on the hot water supplying apparatus side is opened. When a water discharge switch 44 is opened, a solenoid valve 42 on the faucet side is opened, a combustion burner 11 is brought into combustion operation and thrown away water is early discharged in a high flow rate. When a detecting hot water temperature is increased to the temperature side higher than 60 deg.C, the flow rate regulating valve is varied to a set low opening. Conversely, when the detecting hot water temperature is increased to a high temperature area higher than 80 deg.C, the flow rate regulating valve is varied to a set low opening. When a water discharge switch is opened, a solenoid valve on the faucet side is first opened to release an internal pressure and thereafter the solenoid valve on the hot water supplying apparatus side is opened. When the water discharge switch is closed, the flow rate regulating valve is regulated to a set minimum opening, and after combustion of a combustion burner is stopped, the solenoid valve on the hot water supplying apparatus side is closed and the solenoid valve on the faucet side is then closed.