An integrated bathroom electronic system including a plurality of sensors to detect conditions within a bathroom and to provide signals indicative thereof to a controller. A plurality of distinct and exclusive modules or subsystems are illustratively provided for integration into the system. Such modules may include a quick hot water module, a roman tub module, a custom shower module, a hands free faucet module, and a tub shower module. In certain illustrative faucet modules, a controller is configured to select between a manual mode of operation and a hands-free mode of operation in response to a mode signal, and is configured to control an electrically operable valve in response to a proximity signal during the hands-free mode of operation.

An elevated flush valve comprising a vent cover may be used with various assemblies, particularly for high efficiency and high performance toilets, which vent cover has a wall that includes an upper portion, a lower portion configured to define a vent cover inlet opening for receiving air and/or liquid passing upwardly from within a valve body and/or from within a toilet through a toilet inlet when the vent cover is installed on a valve body, an exterior surface, and an interior surface defining a vent cover passage for air passing upwardly from the vent cover inlet opening. At least the upper portion of the vent cover wall is configured for contacting an interior surface of a valve body at a location above an inlet of an overflow or venting tube on a valve body when the vent cover is installed on a valve body and wherein the valve cover wall is configured to at least partially divert flow of fluid from entering an inlet of an overflow tube or a venting tube on a valve body when the vent cover is installed on a valve body.

An elevated flush valve comprising a vent cover may be used with various assemblies, particularly for high efficiency and high performance toilets, which vent cover has a wall that includes an upper portion, a lower portion configured to define a vent cover inlet opening for receiving air and/or liquid passing upwardly from within a valve body and/or from within a toilet through a toilet inlet when the vent cover is installed on a valve body, an exterior surface, and an interior surface defining a vent cover passage for air passing upwardly from the vent cover inlet opening. At least the upper portion of the vent cover wall is configured for contacting an interior surface of a valve body at a location above an inlet of an overflow or venting tube on a valve body when the vent cover is installed on a valve body and wherein the valve cover wall is configured to at least partially divert flow of fluid from entering an inlet of an overflow tube or a venting tube on a valve body when the vent cover is installed on a valve body.

The disclosure relates to a portable waste collection and sanitation system designed to handle liquid and solid waste, and while conserving water and minimizing odors. The sanitation system is also designed with modular components adapted for in-home installation, where the system can be quickly disassembled and relocated as needed, such as for moving the components to a new location based on environmental conditions.

A water closet carrier assembly is used for supporting a wall-mounted toilet and flow connecting the wall-mounted toilet to a waste drain line. The water closet carrier assembly includes a faceplate having a front face with a drain opening that sealingly joins to a distal end of a closet carrier nipple. A second distal end of the closet carrier nipple sealingly joins to a wall-mounted toilet. The faceplate is adjustably joined to an anchoring system that replaces traditional systems connected to the drain body fitting. Opposingly directed from the front face of the faceplate, a rear face aligns and sealingly joins the drain opening to an ovate inlet of a drain body fitting molded from plastic. The drain body fitting sealingly joins and directs effluent to the waste drain line.

A water closet carrier assembly is used for supporting a wall-mounted toilet and flow connecting the wall-mounted toilet to a waste drain line. The water closet carrier assembly includes a faceplate having a front face with a drain opening that sealingly joins to a distal end of a closet carrier nipple. A second distal end of the closet carrier nipple sealingly joins to a wall-mounted toilet. The faceplate is adjustably joined to an anchoring system that replaces traditional systems connected to the drain body fitting. Opposingly directed from the front face of the faceplate, a rear face aligns and sealingly joins the drain opening to an ovate inlet of a drain body fitting molded from plastic. The drain body fitting sealingly joins and directs effluent to the waste drain line.

A vehicle lavatory monument assembly that includes an enclosure having a plurality of walls that cooperate to define a lavatory interior, an entry door, and a toilet positioned in the lavatory interior. The enclosure includes an inlet and the toilet includes an outlet. An air replenishment system is configured to move a first volume of air from the lavatory interior and through the outlet and a second volume of air through the inlet an into the lavatory interior to replenish the air in the lavatory interior.

A vehicle lavatory monument assembly that includes an enclosure having a plurality of walls that cooperate to define a lavatory interior, an entry door, and a toilet positioned in the lavatory interior. The enclosure includes an inlet and the toilet includes an outlet. An air replenishment system is configured to move a first volume of air from the lavatory interior and through the outlet and a second volume of air through the inlet an into the lavatory interior to replenish the air in the lavatory interior.

A toilet dehumidifier assembly for draining reclaimed water into a toilet tank includes a toilet tank lid that has an opening extending through the toilet lid. The toilet tank lid is positionable on a toilet tank. A dehumidifier is attachable to the toilet tank lid to remove moisture from ambient air surrounding the toilet tank. The dehumidifier is aligned with the opening in the toilet tank lid to drain water into the toilet tank. A container is positionable inside the toilet tank to capture the water drained from the dehumidifier.

A toilet dehumidifier assembly for draining reclaimed water into a toilet tank includes a toilet tank lid that has an opening extending through the toilet lid. The toilet tank lid is positionable on a toilet tank. A dehumidifier is attachable to the toilet tank lid to remove moisture from ambient air surrounding the toilet tank. The dehumidifier is aligned with the opening in the toilet tank lid to drain water into the toilet tank. A container is positionable inside the toilet tank to capture the water drained from the dehumidifier.