A clicker drain assembly includes a unitary main drain body. The clicker drain assembly further includes a drain stopper assembly, a clicker drain seal, an actuating assembly, and a drain trim ring. The drain trim ring is configured to couple to the main drain body and receive the clicker drain seal and the actuating assembly. The stopper assembly is configured to couple to the actuating assembly and actuate the actuating assembly when pressed by a user.

The present disclosure relates to popup drain stopper and popup drain stopper assemblies. The popup drain stopper includes a debris trap having a plurality of bristle arranged to trap debris flowing into a drainpipe in which the stopper is positioned. Popup drain stopper assemblies include the popup drain stopper with the debris trap and the ability to remove the drain stopper from the drainpipe without disassembly.

A drain assembly includes a drain body and an expanding assembly. The drain body defines an axis and includes a first flange extending away from an inner surface of the drain body toward the axis and a second flange extending away from the inner surface of the drain body toward the axis. The expanding assembly is positionable within the drain body between the first flange and the second flange. The expanding assembly includes a lattice body and a fastener. The lattice body is positionable between the first flange and the second flange and a portion of the lattice body defines an aperture extending therethrough. The fastener is adjustably coupled to the lattice body at the aperture. The fastener is configured to be adjusted relative to the lattice body such that the expanding assembly applies an axial force to the first flange and the second flange.

A drain assembly includes a drain body and an expanding assembly. The drain body defines an axis and includes a first flange extending away from an inner surface of the drain body toward the axis and a second flange extending away from the inner surface of the drain body toward the axis. The expanding assembly is positionable within the drain body between the first flange and the second flange. The expanding assembly includes a lattice body and a fastener. The lattice body is positionable between the first flange and the second flange and a portion of the lattice body defines an aperture extending therethrough. The fastener is adjustably coupled to the lattice body at the aperture. The fastener is configured to be adjusted relative to the lattice body such that the expanding assembly applies an axial force to the first flange and the second flange.

A wastewater drain assembly 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.

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.

A drain plug linkage device includes a pull rod assembly, an operating rod, a drain plug, and a drain pipe. The pull rod assembly includes a pull rod and a connecting sleeve. The operating rod has a plurality of spaced recessed portions. The connecting sleeve and the operating rod are arranged crosswise. The connecting sleeve has a plurality of spaced positioning portions each having an opening. One of the recessed portions of the operating rod is selectively inserted through the opening of a corresponding one of the positioning portions to be positioned therein. The operation of adjusting the height of the pull rod assembly and the distance between the pull rod assembly and a washbasin, bathroom sink or hand wash sink is simple.

A sink including a body defining a vessel volume having an interior surface, wherein the body includes a bowl, where the bowl includes a base wall and at least one side wall extending from the base wall, where the bowl at least partially defines the interior surface, and a cup, where the cup includes a strainer plate defining one or more apertures therein and at least one side wall, where the cup at least partially defines the interior surface, where the body is formed from a single continuous piece of sheet material, and where the minimum thickness of the material forming the cup is no less than 50% of the maximum thickness of the material forming the bowl.

A pop up stopper comprising multiple aperture and at least one non-aperture lever rod engagement locations to allow use of the stopper as a replacement with different pre-existing actuating and drain systems when the existing stopper is broken, worn or needs to be replaced for aesthetic reasons. An existing lever rod is selectively positionable to engage with one of the lever rod engagement locations that are disposed at varying heights on the stopper. Most preferably, there are six lever rod engagement locations, four aperture locations and two non-aperture locations. A seal disposed below a cap and around a body of the stopper comprises an enlarged annular ring near its outer edge to provide increased surface area for sealing a drain opening. The body of the stopper has a maximum width measured in cross section of 1.04 inches or less.

A drain for sanitary fixtures such as sinks, tubs or the like is described. The drain is provided with an automatic overflow mechanism, of the magnetic type, configured to be automatically activated when the water level in the sanitary fixture reaches the maximum level allowed. The overflow mechanism comprises a first magnetic element arranged on a stem of the plug, and a second magnetic element integral with the head of the plug and in-between the base and the first magnetic element. In the raised position of the plug, corresponding to the raised position of the head, the first magnetic element and the second magnetic element are magnetically coupled. When a threshold value of the water pressure acting on the head is exceeded, the first magnetic element and the second magnetic element are automatically uncoupled, causing the descent of the head towards the lowered position, corresponding to the opening of the mouth of the sanitary fixture initially closed by the plug.

The drain preferably further comprises a manual lifting mechanism to lift the plug, configured to bring back the plug to the raised closed position following activation. Preferably, also the lifting mechanism is magnetic.