A reduced profile faucet handle assembly illustratively includes a mounting shank receiving a valve assembly, and an escutcheon operably coupled to the mounting shank. A mounting ring is positioned intermediate the mounting shank and the escutcheon, and a retainer couples the escutcheon to the mounting ring.

An adjustable fluidic coupling includes a fluid channel extending between an upstream fluid inlet and a downstream fluid outlet. An inlet part includes a first conduit extending therethrough between the inlet at an upstream end and a first connection port at a downstream end portion. An outlet part includes a second conduit extending therethrough between the outlet at a downstream end and a second connection port at an upstream end portion. The coupling further includes a compression member selectively movable between a first position and a second position. The fluid inlet includes a threaded portion for torqued threaded connection of the inlet to a threaded end of the wall outlet, and an inlet seal fluidly sealing the inlet port to the wall outlet.

The present invention relates to a pressure resistance valve structure, which comprises a front valve seat body, a pressure resistance valve core body and a rear valve seat body. The pressure resistance valve core body is closed or released from the closed state relative to the front valve seat body, to control the export of liquid or gaseous fluids. The overall composition of the present invention is simple in structure, reducing the risk of component failure after long-term use, so as to achieve the effect of structural stability and good convenience of use.

A pull-out faucet main body including a valve core seat assembly and a pull-out faucet are provided. The faucet main body is composed of a main pipe and a side wall branch pipe. The valve core seat assembly includes a valve core seat and a main body fixing seat. The main body fixing seat has a body that matches an included angle between the main pipe and the side wall branch pipe. A lug is additionally provided horizontally outward on an outer side of the body, and at least one water inlet channel and a water outlet channel which are independent from each other are provided in an inner cavity of the body, and the main body fixing seat is locked and fixed inside the main pipe by a nut, and the valve core seat is exactly engaged into the side wall branch pipe.

The disclosure described herein relates to waterway assemblies and manifolds for waterway assemblies for use in water fixtures such as, for example, faucets. Examples of the manifold for a waterway assembly of the present disclosure include an insert with a pair of inlet tubes which are offset from a supply tube. A method of manufacture for the waterway assembly and manifold having the insert with a pair of inlet tubes which are offset from a supply tube is also provided herein.

A faucet includes a faucet body and a spout attached to the faucet body and extending from the faucet body along an axis. The spout has an interior defining a fluid path. A cartridge seat is positioned within the faucet body and contacts a valve cartridge positioned offset from the axis. The valve cartridge is fluidically connected to the cartridge seat. A flexible tube fluidically connects between a fluid outlet of the cartridge seat and the spout, and is positioned entirely within a cavity formed by the faucet body and the spout.

A slow close faucet assembly includes a magnetic collar and a linear damper mechanism. The magnetic collar is fixedly attachable to a hose of a faucet. The linear damper mechanism has a body portion, a base portion, and a top portion. The linear damper mechanism further includes at least one damper and a damper bar. The at least one damper has a first end and a second end connected to the base portion. The linear damper bar houses a magnet and is located at the top portion of the linear damper mechanism and is connected to the first end of the at least one damper. The linear damper bar is capable of moving relative to the base portion. The magnetic collar is movable relative to the linear damper mechanism as the hose moves between a retracted position and an extended position.

A domestic water tap (1000) is disclosed. The present application relates to a tap and an inner body for routing liquid within a tap, for example, a domestic water tap or faucet. The domestic water tap (1000) comprises an outer body (1010, 1012) and an inner body (100). The inner body (100) is housed within the outer body (1010, 1012). The outer body (1010, 1012) comprises at least one flow channel (1020, 1022) in which water can flow through the tap (1000) without contacting the outer body (1010, 1012). The inner body (100) is made from plastics and comprises at least one non-threaded bore for securely receiving a connector for delivering water from a source into the inner body (100).

Device for a valve system, comprising: a housing with a seat for being coupled to a base and exchanging water streams when the housing is in a first coupling position, the seat comprising a first seat opening fluidly connecting to a first base opening when the housing is in the first coupling position; an adjuster which is contained inside the housing for adjusting the flow rate of one of the water streams; and a controller for controlling the adjuster. To avoid any complications in the event of an error while making the system more versatile, the seat comprises a breakable portion which can be broken off from the seat to enable it to be coupled in a second coupling position, the first seat opening subsequently fluidly connecting to a second base opening.

A multi-mode manipulated water outlet device includes a faucet body and a control box. The faucet body includes a main body, and a second induction unit, a first temperature control valve group, a first water inlet unit and a first water outlet unit that are fixedly disposed on the main body. The first water inlet unit and the first water outlet unit communicate with the first temperature control valve group. The control box includes a second temperature control valve group, and a second water inlet unit and a second water outlet unit communicating with the second temperature control valve group. The first water inlet unit communicates with the second water outlet unit. One flow path manipulation mode is provided through the first temperature control valve group, and another flow path manipulation mode is provided through the second induction unit, thereby providing two different control modes for operating the device.