Abstract: The gasket includes a gasket body which is made of a monolithic piece of an elastomeric material. The gasket body has an oil opening for allowing oil to pass between the timing chain tensioner and a cylinder head. The gasket body includes at least one outer engagement feature for directly engaging with an outer wall of the timing chain tensioner to hold the gasket body on the timing chain tensioner. The gasket body also includes at least one inner engagement feature for directly engaging with an inner wall of the timing chain tensioner to further hold the gasket body on the timing chain tensioner.

Abstract: Embodiments disclosed herein are directed towards noise reduction pipes, vacuum-assisted toilet systems including the same, and methods of using the same. An example noise reduction pipe includes a first end and a second end that is opposite the first end. The first end is configured to be coupled to an outlet of a toilet bowl and the second end is configured to be coupled to an inlet of a flush valve. The noise reduction pipe defines a fluid flow path that extends between the first end and the second end such that waste may flow from the first end to the second end. The noise reduction pipe also includes one or more bends. Each of the bends exhibits a radius of curvature that is greater than about 5 cm or a length that is greater than about 30 cm.

Abstract: A toilet assembly includes a flush engine having a bowl defining a sump and a trapway extending from the sump. A bowl insert is configured to be located in the bowl and a shroud is configured to be positioned over the flush engine to conceal at least a portion of the flush engine.

Abstract: A toilet that includes a tank having an outlet; a mounting bracket including a base having a central opening, a first set of mounts, which comprises two mounting locations located on opposite sides of the central opening for mounting the tank to a first pedestal having a bowl and two mounting holes, and a second set of mounts, which comprises three mounting locations that are separate from the two mounting locations of the first set of mounts, are located in a triangular pattern around the central opening, and mount the tank to a second pedestal having a bowl and three mounting holes; a valve body extending through the outlet and the central opening, wherein the valve body fluidly connects the outlet to an inlet of one of the bowls; and two or more fasteners with each fastener engaging one mounting hole and an associated mounting location.

Abstract: The present invention relates to a stabilizer support 10 and a method of using the stabilizer support 10 to support a laterally unsupported surface 100. The stabilizer support 10 has a longitudinally extending rigid beam 20, a clip 30, and a foot plate 40. The beam 20 has a longitudinal length 21, a longitudinal first end 22, and a longitudinal second end 23. The beam 20 is marked at graded intervals 50 along its longitudinal length 21. The clip 30 is configured and arranged to engage the first longitudinal end 22 of the beam 20 and the foot plate 30 is configured and arranged to engage the second longitudinal end 23 of the beam 20.

Abstract: A toilet that includes a tank having a bottom and an outlet; a bowl having an inlet and three holes; a valve fluidly connecting the outlet and the inlet, the valve comprising a threaded valve body extending through the outlet; a rigid mounting bracket located adjacent to the bottom and comprising an aperture, which receives the valve body, and three openings spaced apart around the aperture in a triangular arrangement; a valve nut threaded to the valve body to clamp the mounting bracket between the valve nut and the bottom; a flexible gasket for sealing the valve body and the inlet, wherein the gasket contacts the valve body and the valve nut; and three fasteners, each fastener engaging one of the three openings and one of the three holes, wherein each fastener is located external to the tank and does not pass through the bottom of the tank.

Abstract: A toilet having a tank including a bottom with an outlet; a pedestal having a bowl and a ledge, an inlet and three holes around the inlet are disposed in the ledge; a valve having a threaded valve body extending through the outlet to the inlet; a mounting bracket having a generally triangular base and three mounting locations disposed around an opening in the base with one mounting location proximate each corner of the base, each mounting location includes an offset mounting surface; a valve nut threaded to the valve body to hold the mounting bracket between the bottom and the valve nut; a flexible gasket disposed around the valve nut between the mounting bracket and the pedestal; and three fasteners disposed externally to the tank, each fastener extending through one mounting location and one hole in the ledge to secure the mounting bracket to the pedestal.

Abstract: A method for securing a toilet tank to a toilet bowl through an attachment assembly. The method includes the steps of engaging a valve to the tank through an opening in the tank, moving a mounting bracket over the valve through an opening in the mounting bracket to position the mounting bracket adjacent to the tank, the mounting bracket having at least three mounting locations with fasteners attached thereto, coupling a valve nut to the valve to secure the mounting bracket between the tank and the valve nut, and securing the mounting bracket to the bowl through the fasteners. The at least three fasteners are disposed external to the tank and couple the tank to the bowl without directly engaging the tank.

Abstract: The present invention relates to a stabilizer support 10 and a method of using the stabilizer support 10 to support a laterally unsupported surface 100. The stabilizer support 10 has a longitudinally extending rigid beam 20, a clip 30, and a foot plate 40. The beam 20 has a longitudinal length 21, a longitudinal first end 22, and a longitudinal second end 23. The beam 20 is marked at graded intervals 50 along its longitudinal length 21. The clip 30 is configured and arranged to engage the first longitudinal end 22 of the beam 20 and the foot plate 30 is configured and arranged to engage the second longitudinal end 23 of the beam 20.

Abstract: Mounting plate (1) for a lavatory body (2) of a washlet, comprising: a building-side installation surface (3); a front installation surface (4) for connecting to a lavatory body (2); at least one opening (23, 24) for leading through a flushing water supply and an outflow; means (29) for fastening the mounting plate (1) to a building wall; a first and a second supporting element (8, 9) which are designed as plug elements for pluggable mounting of a lavatory body (2) onto the mounting plate (1); an electrical plug connector (46) arranged on the front installation surface (4); and a water supply connection piece (43).

Abstract: A toilet comprising a tank having a bottom, a bowl, and an attachment assembly configured to secure the bottom of the tank to the bowl. The attachment assembly includes a mounting bracket having at least three mounting locations spaced apart around an opening, a valve configured to fluidly connect the tank and the bowl, the valve being configured to engage the bottom of the tank and the opening in the mounting bracket, a valve nut configured to couple to the valve to secure the mounting bracket between the valve nut and the tank, and at least three fasteners configured to secure the mounting bracket to the bowl. The at least three fasteners are disposed external to the tank and couple the tank to the bowl without directly engaging the tank.

Abstract: Toilet water tanks are mounted to the bowls with two bolts through two open holes. While rubber washers are used to seal the open bolt holes at the bottom of water tanks, water leaking is a century-old issue for many do-it-yourselfers. This invention designed a water-tight bolt housing to seal off the bolt hole. This invention eliminates the water leaking problem around water tank mounting bolts.

Abstract: An installation system comprises a guide bolt, which is fastened to the toilet bowl and which comprises a slot which extends throughout the bolt, and a fastening element that secures the said bolt. The installation system comprises an installation element comprising a large diameter socket and a small diameter socket. The installation element is screwed to guide bolt through its large diameter socket. Passing through a hole on the water tank and a slot, a bolt is screwed into the small diameter socket of the element. The installation system ensures that the water tank is uninstalled from and installed to the toilet bowl without removing the toilet bowl from where it is installed.

Abstract: Free-standing toilet with cast-on toilet tank, comprising a ceramic toilet body and a ceramic toilet tank, wherein the pressure cast toilet body (2) has an annular flange (11) located on the upper rim of its bowl section (10), which annular flange continues circumferentially around and extends substantially horizontally toward the inside of the bowl section (10) and serves as a border for flushing water that is introduced below the annular flange (11) by means of an introduction unit (14), and in that the toilet tank (3), which is also pressure cast, is fixedly joined to the toilet body (2) by means of a ceramic bonding.

Abstract: The technical unit (1) for a WC comprises a rear interface (3) suitable for mounting said technical unit onto a building-side installation surface (2), and a front interface (5) suitable for mounting a closet body (4) of a sanitary fixture. It comprises one or more load-bearing elements (6) which allow a closet body (4) to be mounted onto the technical unit (1). It additionally comprises a housing, which encompasses the two interfaces (3, 5), and a WC under-shower device (7).

Abstract: An installation system comprises a guide bolt, which is fastened to the toilet bowl and which comprises a slot which extends throughout the bolt, and a fastening element that secures the said bolt. The installation system comprises an installation element comprising a large diameter socket and a small diameter socket. The installation element is screwed to guide bolt through its large diameter socket. Passing through a hole on the water tank and a slot, a bolt is screwed into the small diameter socket of the element. The installation system ensures that the water tank is uninstalled from and installed to the toilet bowl without removing the toilet bowl from where it is installed.

Abstract: The universal flush valve system comprises an universal system connector accommodating seating thereon of both a flapper style flush valve assembly and a canister style flush valve assembly, as required; a plurality of toilet tank specific connector extensions, each of which are threadedly engageable to a bottom portion of the universal system connector and are used to suitably engage the universal system connector to a water flow port in a toilet tank by extending through the port and receiving a suitable cooperating connection element thereover; a sealing device for sealing the required flush valve assembly against the universal system connector; and a locking mechanism for locking the required flush valve assembly onto a top portion of the universal system connector, seating over the sealing device to produce a water tight engagement therebetween.

Abstract: A grab bar assembly includes tabs which engage respective pockets to position a cap within a grab bar recessed area. The tabs and pockets position the cap while a locking tab secures the cap within the recessed area.

Abstract: “Two piece” toilets have a toilet tank outlet valve that links the tank water with a bowl. A nut and gasket structure are provided to provide an essentially ball and socket type joint between the tank and bowl to permit correction for out of plumb conditions without significantly compromising seal integrity. The gasket has an outward lower curvature and is supported from the inside by the nut. Preferably the lower end of the nut is cut away or curved such that in some configurations the gasket can flex inwardly, while being otherwise supported by the nut.

Abstract: A toilet tank valve structure comprises a knob unit, a rotatable shaft unit, a pole unit, a whole discharge pull wire, a partial discharge pull wire, a whole discharge assembly, a partial discharge assembly, and a water seal; the knob unit comprising a partial discharge knob and a whole discharge knob; the rotatable shaft unit comprising a shaft core and a shaft sleeve; the pole unit comprising a partial discharge pole and a whole discharge pole; the whole discharge knob being secured to an outer end of the shaft sleeve, an inner end of the shaft sleeve being secured to a first end of the whole discharge pole, a second end of the whole discharge pole being connected to the whole discharge pull wire to link the whole discharge assembly and the water seal; the partial discharge knob being secured to an outer end of the shaft core, the shaft core being inserted into the shaft sleeve, an inner end of the shaft core being secured to a first end of the partial discharge pole, a second end of the partial discharge p

Abstract: A flush valve leakage prevention device for a toilet tank is disclosed. The device comprises a closer portion adapted to be in resilient contact with the flapper portion of the flush valve and an attachment portion adapted to be attached to the toilet tank. The attachment portion is adapted to be attached in a position which allows the closer portion to remain in at least partial resilient contact with the valve flapper portion, and, in the absence or an external force from a flush actuating system of the toilet tank, to hold down said flapper portion to improve the seal between the valve seat and the flapper portion of the valve.

Abstract: A toilet valve quick connect includes an upper housing having a capture chamber which facilitates the operation of a capture nut with oversized outward peripheral portions to enable it to be turned within the confines of a typical toilet tank. The toilet valve quick connect has a lower section which extends through the hole in a typical toilet tank and is secured in much the same way as a conventional toilet valve fitting. The toilet valve quick connect includes an internal conical sealing member for facilitating the sealed connection with the bottom rim and inside of a conventional toilet valve fitting. A capture housing partially encloses the capture nut to enable it to engage the threaded bottom fitting of a conventional toilet valve and to impress a downward force on the threaded bottom fitting.

Abstract: A slip resistant floor mat composed of one or more layers of material the bottom layer of which incorporates a plurality of recessions with inset suction cups in the bottom surface of the bottom layer that comes into contact with the intended surface, such as a floor.

Abstract: A toilet valve quick connect includes an upper housing having a capture chamber which facilitates the operation of a capture nut with oversized outward peripheral portions to enable it to be turned within the confines of a typical toilet tank. The toilet valve quick connect has a lower section which extends through the hole in a typical toilet tank and is secured in much the same way as a conventional toilet valve fitting. The toilet valve quick connect includes an internal conical sealing member for facilitating the sealed connection with the bottom rim and inside of a conventional toilet valve fitting. A capture housing partially encloses the capture nut to enable it to engage the threaded bottom fitting of a conventional toilet valve and to impress a downward force on the threaded bottom fitting.

Abstract: An attachment system for mounting a flush tank to a toilet bowl includes a bracket disposed between the tank and the bowl. The bracket has a generally planar body defining a central opening receiving a tubular flush extension extending from the tank into an opening in a bowl extension. The bracket is fastened to the tank by a large nut threaded to the tank extension. The bracket is mounted to the bowl at two slots opening at opposite side edges of the bracket by two bolts disposed through openings in the bowl extension. The bracket has a unitary pair of upwardly extending spring arms contacting the bottom wall of the flush tank and a unitary pair of lower spring arms contacting the bowl extension. The spring arms are deflectable between the flush tank and the toilet bowl to accommodate for warping or mold variations between the tank and the bowl.

Abstract: A plumbing connector is provided to communicate water between a wall valve and a toilet. An adapter is provided to facilitate a mating relationship between threads of a first configuration on the valve and threads of a second configuration on the connector. The adapter has a cylindrical configuration with outer threads mating with the connector, and inner threads mating with the valve. The adapter can be positioned within a cap associated with the connector so that no separate gaskets are required for sealing purposes. With the adapter, a single connector size can be inventoried to accommodate different thread configurations associated with the wall valve.

Abstract: A coupling connects a pressurized flush water vessel held in a toilet tank to a toilet bowl. The coupling has a passageway which provides direct fluid communication between the vessel and the bowl and a chamber for accumulating drainage, which may be exhausted into the toilet tank from inlet devices for the pressure vessel. A swinging door type one way valve substantially seals against leakage from the passageway to the chamber but allows drainage accumulated in the chamber to flow through a port to the passageway. The inlet to the chamber is above the port and at or below the bottom of the toilet tank and the port and the chamber inlet open above the spill level of the toilet. The inlet of the coupling is offset from the outlet and a cradle elevates the pressure vessel above the toilet tank bottom and captures heads of fasteners which secure the toilet tank to the toilet bowl.

Abstract: A mounting assembly to couple a water tank to a water closet is disclosed. The mounting assembly includes a threaded bolt, tubular elastomeric seal member and fastening means. The elastomeric member has centering ribs formed around its outer surface, a flanged head at one end and the other end is bifurcated. When the bolt is inserted therethrough, the elastomeric member expands in the tank mounting opening and the bifurcated end diverges to form a pair of latching tabs to prevent removal of the elastomeric seal member and bolt from the tank mounting opening.

Abstract: A one piece gasket for a toilet which eliminates the use of separate sealing washers and spacing devices is disclosed. The one piece gasket is formed with flange portions extending from a central sealing portion and has upstanding connectors (with fastener through bores) extending from the flange portions. The connectors can have an enlarged washer head and a bumper element. The washer heads provide an expansion fit into tank fastener holes for preliminary positioning of the gasket. In a preferred manner, the washer heads are of a frusto-conical configuration.

Abstract: This invention relates to an adapter for coupling a toilet bowl, such as residential toilet bowl, to a flush device that is generally utilized in a commercial close coupled water-closet combination. The adapter includes a substrate having a hole therethrough, fasteners on opposite sides of the hole for attaching the substrate to a toilet bowl, a hollow fitting extending through the hole and attached to the substrate and extending both above and below the substrate and a rigidly flexible gasket frictionally attached to the fitting below the bottom surface of the substrate. The fitting has threads on the outer surface thereof for at least that portion of the fitting that extends above the substrate. The fitting has a flared circumference on that portion of its surface below the substrate. The flexible gasket is attached to the flared circumference below the substrate to form an extension of the fitting.

Abstract: A toilet tank has water supply and overflow ducts which are integrally formed with the base and walls of the tank. The water supply duct is connected to a water inlet at one end to supply water to the tank and has an inlet valve at its other end to control the supply of water to the tank. The overflow duct is open at its top to receive overflow water in the tank and is coupled to the toilet basin to pour the overflow water into the toilet basin.

Abstract: A water closet shell comprising a basin component formed in one piece of molded plastics material and a cistern component likewise formed and when assembled defines a water closet unit having a flushing rim section. The flushing rim section is defined by mating an upwardly projecting ridge from the basin with a downwardly projecting ridge from the flushing rim.