The embodiments disclosed herein provide an adjustable wash basin drain wherein a fitting angle of the contact surfaces between the wash basin and the drain can be adjusted to achieve a better seal between the wash basin and the drain. The wash basin drain may include a split-type drain flange that includes an upper connector seat, a lower connector seat, and a flange connector. The upper connector seat is configured to snap fit to an upper end of a water discharge hole of the wash basin. The lower connector seat is connected to a water discharge pipe, and may be disposed beyond a bottom end of the wash basin. The flange connector connects the upper connector seat with the lower connector seat.

The embodiments disclosed herein provide an adjustable wash basin drain wherein a fitting angle of the contact surfaces between the wash basin and the drain can be adjusted to achieve a better seal between the wash basin and the drain. The wash basin drain may include a split-type drain flange that includes an upper connector seat, a lower connector seat, and a flange connector. The upper connector seat is configured to snap fit to an upper end of a water discharge hole of the wash basin. The lower connector seat is connected to a water discharge pipe, and may be disposed beyond a bottom end of the wash basin. The flange connector connects the upper connector seat with the lower connector seat.

A drain assembly for a faucet includes a lift rod configured to be carried by the faucet and actuated relative to the faucet. A lever arm is configured to actuate a drain plug. A coupling device includes a first coupling portion coupled to the lift rod, a second coupling portion coupled to the lever arm, and a living hinge coupling the first coupling portion to the second coupling portion. The living hinge facilitates actuation of the lever arm and the drain plug upon actuation of the lift rod.

A wastewater drain assembly is provided that includes a selectively openable drain stopper. The wastewater drain assembly is interconnected to a fluid basin wherein a flange, which is interconnected to wastewater plumbing, is situated within the sink. The flange receives an insert that has a portion that conceals the flange.

An overflow drain assembly includes a housing configured to be installed at a bottom of a basin. A plug assembly is configured to be disposed within the housing and has an upper and lower plug body translatable to each other. A fluidic seal is attached to the upper plug body and configured to removably engage in a water tight manner with a top side water inlet of the housing. A single compression spring is disposed between and biases apart the upper and lower plug body. A first permanent magnet attached to the lower plug body is above a second permanent magnet attached to the upper plug body. The upper plug body is configured to be manually pushed downward a first time by a user to automatically lock into an open position and manually pushed downward a second time to automatically raise and lock into a closed position.

The present invention discloses a drain plug linkage arrangement including a pull rod assembly, an operating rod, a drain plug, and a drain pipe, wherein the drain plug is movably mounted in the drain pipe. The pull rod assembly includes a pull rod and a connecting rod, wherein the pull rod is connected to the connecting rod via a button. A first end of the operating rod is inserted into the drain pipe from a sidewall of the drain pipe and is connected to the drain plug. The operating rod is connected to the connecting rod of the pull rod assembly. Assembly and disassembly between the pull rod and the connecting rod disclosed in the present invention are very convenient.

A drain stopper apparatus is disclosed and configured for being installed within a drain hole of a fixture, for preventing any buildup of hair or other materials within an associated drainpipe of the fixture. In at least one embodiment, the apparatus provides a stopper body sized and shaped for being positioned within the drain hole of the fixture, in contact with an inner surface of a basin of the fixture. A stopper tailpiece is engaged with a bottom of the stopper body. A stopper is positioned within the stopper body and configured for selectively moving between one of an open position and a closed position. A drive coupler interconnects a lower end of the stopper tailpiece with an upper end of the drainpipe, the drive coupler providing a drive mechanism positioned and configured for selectively actuating the stopper between the open and closed positions.

Implementations of a garbage disposal assembly apparatus are provided. In some implementations, the garbage disposal assembly apparatus comprises a top part, an elongated member, a handle, and a support member. In some implementations, a method of using the garbage disposal assembly apparatus comprises installing a garbage disposal assembly to a sink using the garbage disposal assembly apparatus.

The utility discloses a press water drop head device convenient for cleaning and having low noise connected with sewer pipe, comprising bounce component comprising fixing casing, sliding block sleeved in fixing casing, pressing spring, sliding guide rod, cover plate located on fixing casing, sidewall of fixing casing provided with residual hole, and fixing column disposed below residual hole, sliding rail disposed on sliding block, one end of pressing spring connected to bottom end of sliding block, another end disposed in fixing casing, one end of sliding guide rod sleeved on fixing column, another end extending through residual hole into fixing casing to contact sliding rail, a pair of protrusions disposed on outer circumference of fixing casing, clamp hole disposed on sewer pipe and matched with protrusions. The utility has simple and compact structure, reduces noise, and can be quickly removed of bounce component, saving time, safety, energy-saving and environmental protection.

A valve assembly includes a valve head. A valve stem extends from the valve head and into a drain bore in a housing. A first guidance retainer ring is mounted around the valve stem at a first axial location on the valve stem. A second guidance retainer ring is mounted around the valve stem at a second axial location on the valve stem spaced apart from the first axial location.