A fluid heating system including a heating chamber that receives fluid and heats the fluid to provide heated fluid, a dispensing device that dispenses the heated fluid, the dispensing device encompassing the heating chamber, a thermostatic control device that regulates a power supply to the heating chamber, an energy recovery device that harvests mechanical energy provided by a flow of the heated fluid from the heating chamber to the dispensing device and generates electrical energy to power the thermostatic control device, a pressure regulating valve, wherein in a closed position, passage for the heated fluid is prevented between the heating chamber and the drain when a pressure in the heating chamber is below a predetermined pressure threshold and passage for the heated fluid is provided between the heating chamber and the drain when the pressure in the heating chamber is above the predetermined pressure threshold.

A water tap body has a mechanical mixing valve which is operable selectively to allow water to flow only from a first water inlet to a water outlet of the mixing valve, to allow water to flow only from a second water inlet to the water outlet, and to allow a mix of water to flow to the water outlet. The water tap body also has a mechanical selector valve which is operable selectively to allow water to flow only from a first water inlet to a water outlet and to allow water to flow only from a second water inlet to the water outlet of the mechanical selector valve. The water outlet of the mechanical mixing valve is in fluid communication with a first tap body outlet. The water outlet of the mechanical selector valve is in fluid communication with a second tap body outlet.

A water treatment apparatus that includes: at least one module which operatively and selectively treats one or both of an original household hot water received from the household hot water line and water flowing through the module and treats cold water received from an original household cold water line that flows through; a process control unit whereby a user selects a desired treatment option for the water flowing through the apparatus to be dispensed to the user; one or more plumbing connections which operatively divert the original household hot and cold water flow to the user selected watertreatment module so as to dispense to the user the selected treated water; and one or more valves which operatively cooperate with the process control unit to direct the water flow within the apparatus so as to provide the user with the selected treated water.

A vapor recovery and water collection box structure of a heating barrel includes a vapor box, a heating barrel unit, and a faucet. The faucet includes an outer tube and an inner tube. Vapor is guided into the vapor box and out from the inner tube of the faucet, preventing the accumulation of the vapor from generating biogas and preventing the outer tube from generating heat. Through the vapor box to recycle the condensed water, the heating barrel is safe for use and able to prevent leaks.

A water tap body has a mechanical mixing valve which is operable selectively to allow water to flow only from a first water inlet to a water outlet of the mixing valve, to allow water to flow only from a second water inlet to the water outlet, and to allow a mix of water to flow to the water outlet. The water tap body also has a mechanical selector valve which is operable selectively to allow water to flow only from a first water inlet to a water outlet and to allow water to flow only from a second water inlet to the water outlet of the mechanical selector valve. The water outlet of the mechanical mixing valve is in fluid communication with a first tap body outlet. The water outlet of the mechanical selector valve is in fluid communication with a second tap body outlet.

A dispensing arrangement for water comprises a tap, in particular a kitchen tap such as a boiling water tap, provided with a shut-off valve and an operating element, such that the dispensing arrangement is operable with a compound movement of the operating element. For dispensing of the water at least a portion of the compound movement serves to release the shut-off valve prior to operation and comprises at least one of a movement to-and-fro, a repeated movement and a movement of at least a predetermined duration and wherein a subsequent portion of the compound movement serves to operate the shut-off valve.

A sanitary system includes a sanitary faucet, and a control device. The sanitary faucet includes: (i) a first control element for setting at least one of a plurality of quantities of a liquid to be dispensed; and (ii) a second control element for setting at least one of a plurality of types of the liquid to be dispensed. At least one of the first control element or the second control element has a plurality of defined control positions. The control device is connected to the first control element and the second control element. The control device is programmed to assign at least one of the plurality of defined control positions so as to preconfigure or reconfigure: (i) the at least one of the plurality of quantities of the liquid to be dispensed; or (ii) the at least one of the plurality of types of the liquid to be dispensed.

A method for conveying a liquid into a container of a conveying device. The conveying device comprising a liquid reservoir, a pump and a tap. The liquid is supplied by the pump from the liquid reservoir via a tap inlet to the tap. The liquid emerges from a tap outlet of the tap and flows into the container arranged below the tap outlet. An outlet volume flow rate of the liquid flowing from the tap outlet is controlled in such a way that at first the liquid is conveyed with an initial volume flow rate until an initial delivery volume has been conveyed and then the liquid is conveyed with a final volume flow rate, the final volume flow rate being greater than the initial volume flow rate

An electronic device includes a data processing unit for receiving an identifying signal of a first source of conditioned water or fluid for being modularly connected to any of a plurality of inlets of a faucet. The inlets are directly realized on said faucet or realized in a connection module connected to the faucet. The electronic device includes at least a first command for selecting a supply of an outlet of the faucet with a fluid coming from an inlet of said faucet. The first command is operatively connected to said data processing unit. Said data processing unit is configured for assigning to the first command a logical association between the first source and an inlet to which the first source is connected, so that said first command, when activated, recalls the logical association and causes a supply of the outlet with a fluid supplied from said first source.

The present disclosure provides a system (100) for operating a valve in an apparatus for dispensing heated conductive liquid and, more specifically, for implementing an automated safety shut off mechanism in the valve the moment that the liquid comes into contact with a user's body. The system operates by coupling a sensor (104) to a control element (106) such as a button that operates the liquid dispensing apparatus, and also introducing an electric current into the flow of liquid. When a user holds the button and comes into contact with the flow of heated liquid, the sensor detects the current from the flow and a controller shuts off the valve (108).