An integrated enhanced water faucet system comprising a faucet assembly and a water treatment assembly; wherein the faucet assembly comprises a multi-channel hose fluidly coupled to a spray head, and a valve cartridge configured to control flow of untreated water; and the water treatment assembly comprises an enhanced water generator and a treatment valve associated with a treatment valve actuator; and wherein the valve actuator is configured to open and close the treatment valve, the system is configured to deliver enhanced water upon actuation of the treatment valve, and untreated water and enhanced water are configured to be delivered to the spray head via separate channels of the multi-channel hose.

The present invention relates to a filtration system (1) having the faucet (20). The faucet (20) comprises: a mixing valve, wherein the mixing valve is provided with a first inlet passage, a second inlet passage, and a mixing valve outlet passage, wherein the first inlet passage is connected to a first fluid line (L2), and the second inlet passage is connected to a second fluid line (L3); an outflowing pipe (23), wherein one end of the outflowing pipe (23) is connected to the mixing valve outlet passage; and a mode selection device (25), wherein the mode selection device (25) being operable to selectively allow one or both of the first fluid line (L2) and the second fluid line (L3) to communicate with the mixing valve outlet passage. The faucet (20) further comprises a mixing ratio adjustment device, the mixing ratio adjustment device and the mode selection device (25) operating independently from each other. The faucet (20) and the filtration system (1) according to the present invention can simplify operation of the faucet (20), allow the faucet (20) to be more in line with user's operating habits, reduce the number of parts and components, and enable configuration of appropriate mixing ratios according difficult use environments, thereby expanding the application scope of the faucet (20) and filtration system (1).

A dispensing device includes: a pump that discharges a liquid; a pipe through which a liquid discharged by the pump flows; a dispensing portion that is connected to the pipe and dispenses a liquid that flows through the pipe; a nozzle that houses the pipe, the dispensing portion being arranged therein in an opening portion; and an antenna that is provided inside the nozzle and transmits and receives radio signals.

Provided are faucet inlet hose assemblies comprising an integrated filter. A faucet inlet hose assembly having an integrated filter comprises a hose comprising a first hose end and a second hose end; a first coupling fitting, wherein the first hose end terminates at the first coupling fitting; a second coupling fitting, wherein the second hose end terminates at the second coupling fitting; a hose connector connected to the first hose end; and a filter at least partially within the first coupling fitting and coupled to the hose connector.

The invention relates to an outlet (1) for a water armature (2) having an inlet region (3) and an outlet region (4), wherein a tube (5) extends through the outlet body (6) from the inlet region (3) to the outlet region (4), and wherein at least three fluid channels (7, 8, 9) which run parallel to one another and separate from one another are formed in the tube (5).

This water supply device (100), having an additive liquid holding part (104) and an additive liquid supply means (10), comprises a detector (108) which detects water circulation inside a flow passage, wherein when the detector has detected water flow, an additive liquid is added into the flow passage from the supply means.

A rinsing lavatory includes a basin, at least one tube, and at least one valve. The basin includes at least a first side and a second side. The at least one tube connects a water supply to a first plurality of nozzles on the first side of the basin and a second plurality of nozzles on a second side of the basin. The at least one valve is configured to open the first plurality of nozzles or the second plurality of nozzles to provide rinsing water to the first side of the basin or the second side of the basin in response to an input signal.

A therapeutic substance dispensing shower head system has a shower head and a therapeutic substance carrying cartridge that is removably inserted into the shower head to diffuse the therapeutic substance into the water flowing through the shower head. The cartridge is configured for single hand manipulation and is inserted into a cartridge socket that is provided in the face of the shower head to make operation simple. The diffusion rate of the substance into the water flow is variably controlled by turning the cartridge while it is inserted in the cartridge socket. The diffusion is not predicated on aspiration or venturi concepts and thus is not sensitive to different water pressures and flow rates.

A two-way or four-way water faucet dispenses near-boiling water on demand but has a safety interlock. A control valve assembly is attached to the faucet. The interlock uses two disks pressed into contact, each having a single projecting sector. One disk is fixed to the valve body. The other disk, fixed to the handle, slides against the first. The disks must be pulled apart by sliding the handle while it is being turned to superimpose the sectors and turn the control valve, connecting the faucet to the vented near-boiling water supply. A reed switch inside the fixed sector is activated by a magnet inside the rotatable sector and activates a near-boiling water pump.

A waste treatment system may include a liquid separator for removing water from solid waste, a mixing tank connected to the liquid separator for mixing the solid waste with an oxidizing agent, a heat exchanger connected to the mixing tank for collecting heat generated by an exothermic reaction caused by mixing the oxidizing agent with the solid waste, and a sanitizer connected to the liquid separator to sanitize the water removed from the solid waste. A waste treatment method may involve separating water from solid waste in a liquid separator, mixing the solid waste from the liquid separator with an oxidizing agent in a mixing tank connected to the liquid separator to cause an exothermic reaction, collecting heat from the exothermic reaction in a heat exchanger coupled with the mixing tank, and sanitizing the water from the liquid separator in a sanitizer.