The present invention provides a faucet coupling structure capable of enabling a user to complete the faucet installation by simply inserting the faucet instead of rotating to tighten the faucet, and enabling the user to separate the faucet by holding and rotating the faucet by hand. The user can conveniently install the faucet while adjusting the angular orientation of the faucet to a desired angle. The user can install the faucet by holding and inserting the faucet by hand, and can also separate the faucet by holding and rotating the faucet by hand. As a result, the user can install and separate the faucet without using a tool.

A flush plug for a rough-in valve, wherein the flush plug is configured to be removably disposed in a rough-in valve chamber, and comprises an inlet/outlet pair defining a flow passageway, wherein when disposed in the rough-in valve chamber, in a first flush plug position, the flow passageway is configured to provide flow communication between a first fluid source and a first plumbing outlet, and in a second flush plug position, the flow passageway is configured to provide flow communication between a second fluid source and the first plumbing outlet; and wherein the first fluid source and the second fluid source are not in flow communication.

A method for stabilizing a loose showerhead assembly and a shower stabilizer assembly are provided. The showerhead stabilizer assembly includes a stabilizer plate, one or more spacers of varying sizes/thicknesses, and a plurality of fasteners to secure the stabilizer plate to a structure. The method for stabilizing a loose showerhead includes the steps of removing the showerhead, installing one or more spacers onto the shower arm pipe to a depth that creates a hard stop, installing the stabilizer plate such that a spacer contact nipple of the stabilizer plate creates a hard stop against the spacer and the circular flange is in contact with the front surface of the shower wall, and securing the stabilizer plate by installing one or more fasteners in appropriate mounting holes located in the flange.

A water outlet for installation in a recess in a wall having an inner pipe designed as a throughflow pipe, an outer pipe designed as an outflow pipe, where the outer pipe partially surrounds the inner pipe, and a connection unit has a connection plate and a bezel where the inner pipe is arranged on the connection plate, and the bezel is arranged around the outer pipe at a distance from the connection plate, where the outer pipe is displaceable along a longitudinal axis, and a fixing means is provided, by which a previously adjusted relative position between the inner pipe and the outer pipe can be fixed, where the fixing means is arranged between the connection plate and the bezel.

A universal rough-in valve (20) includes a valve chamber (34) configured to receive a valve manifold (72). The universal rough-in valve includes a first valve inlet (22) configured to provide a pathway for fluid from a first supply line to the valve chamber and a second valve inlet (24) configured to provide a pathway for fluid from a second supply line to the valve chamber. The universal rough-in valve includes a first valve outlet (29) configured to provide a pathway for fluid from the valve chamber to a first outlet line, and a valve manifold (72) coupled to the valve chamber.

A positioning hose structure for a pull-out faucet contains: a body, a supply pipe, a fitting sleeve, a flexible hose, a guide element, a slide member, and a spring. The body includes a locking portion, and the supply pipe includes an extension, an opening, a defining portion, and a screw element. The fitting sleeve includes a hollow connection tube having a through hole, a receiving orifice, a shoulder, multiple protrusions, and multiple guiding slots. The flexible hose includes a joining portion and a water supply head. The guide element includes a fixing orifice having a positioning portion, and the guide element further includes multiple first ribs and a first toothed portion. The slide member includes multiple second ribs, a second toothed portion, and a protruded tab. The spring is accommodated in the receiving orifice and abuts against the shoulder and the protruded tab.

A mountable watering assembly may include a main column member, base, front bracket, spacer bracket, fasteners, a capping assembly, and a back bracket. One or more adjustable spacers may be disposed between the front bracket and the spacer bracket. A tap and a hose may be coupled to the main column member or to a hose assembly disposed within the main column member. The mountable watering assembly may be mounted on a railing system. One or more panels may be coupled to the main column member.

Disclosed are a central control water path component, a bathing system and a control method of the central control water path component. The central control water path component includes: a water path component including a water inlet structure, a water outlet structure and a water path pipeline, where the water path pipeline includes a main water path whose two ends are connected with the water inlet structure and the water outlet structure correspondingly, and a branch water path whose two ends are connected with the main water path; a bath liquid filter bottle installed on the water path component and having a bath liquid filter cavity for receiving a water-soluble bath substance and connected to the branch water path; and a switch installed at an intersection of the main water path and the branch water path to selectively control the water outlet structure.

A system of modular boxes as shown and described can be interconnected directly to one another via connectors that are integrally molded with the sidewalls of the boxes. The connectors of the boxes may include fastener receiving apertures for receiving a stud-mounting fastener therethrough. The connectors are thin and flexible, such that insertion and forcible tightening of a fastener through the aperture will cause a compressive force to be exerted between the interconnected boxes to maintain their spatial relationship and to maintain their interconnection. A further feature of the modular boxes of the system are anti-rotation members and receivers that are integrally molded to the side walls of the boxes. The anti-rotation members and receivers interact with one another at the point of connection between the boxes to prevent the boxes from flexing, rotating, or otherwise moving with respect to one another post-installation.