Abstract: A urinal includes a rear wall having a concave inner surface extending downward toward a drain orifice, a pair of sidewalls extending outwardly from the rear wall inner surface in spaced apart relationship, and a user platform positioned between the sidewalls and elevated relative to the drain orifice. The sidewalls are configured such that, when a user is standing on the platform, the user is positioned between the sidewalls.

Abstract: Implementations of sewer cleanout caps may include a cap having a first side and the second side opposite the first side. The cap may be configured to be inserted into a sewer cleanout line with the second side facing an inside of the sewer cleanout line. Implementations of sewer cleanout caps may include a rod coupled to and extending from the second side of the cap. The rod may be configured to extend through and couple to a bait. Implementations of sewer cleanout caps may also include a bait retainer configured to couple to the rod and secure the rodenticide to the rod and a spacer coupled over the rod and configured to provide space between the rodenticide and the second side. A length of the rod extending from the second side may be adjustable.

Abstract: The present disclosure relates to the technical field of daily necessities, and provides a urinal, a squatting pan and a pedestal pan. The special urinal comprises a urinal, a sewage discharge port, a water inlet and a water outlet hole. The urinal has a first end adjacent to the sewage discharge port and a second end away from the sewage discharge port; the sewage discharge port is provided at the bottom of the urinal, the water outlet hole is communicated with the water inlet, the urinal is internally provided with a protruding portion that is used for being opposite to the anus of a user; one end of the protruding portion extends to the bottom of the urinal; and the water outlet hole is used for flushing the protruding portion. The present disclosure aims to solve the defect in the prior art that a female urinal cannot distinguish stool from urine.

Abstract: A plumbing fixture includes a sump and a trapway extending from sump at an inlet of the trapway. A jet orifice is disposed in the trapway at approximately the inlet and defines an angled axis that is oriented upwardly toward an upper wall of the trapway and rearwardly toward an interior of the trapway. The jet orifice is configured to direct fluid from a fluid supply source to the trapway.

Abstract: An anchor assembly (10) comprises an anchor (12) comprising a body (15) defining a cavity (16). The anchor (12) further comprises a reinforcing member (18) extending through the cavity (16) and outwardly from the body (15). The anchor assembly (10) further includes an insertion device (14) insertable into the cavity (16). The insertion device (14) comprises a securing member (49) movable between securing and non-securing positions. When the movable securing member (49) is in the securing position in the cavity (16), the securing member (49) can engage the reinforcing member (18) to secure the insertion device (14) to the anchor (12).

Abstract: An anchor assembly (10) comprises an anchor (12) comprising a body (15) defining a cavity (16). The anchor (12) further comprises a reinforcing member (18) extending through the cavity (16) and outwardly from the body (15). The anchor assembly (10) further includes an insertion device (14) insertable into the cavity (16). The insertion device (14) comprises a securing member (49) movable between securing and non-securing positions. When the movable securing member (49) is in the securing position in the cavity (16), the securing member (49) can engage the reinforcing member (18) to secure the insertion device (14) to the anchor (12).

Abstract: A urinal assembly having a frame and a plurality of posts or posts extending from the frame. The frame can include a plurality of openings. The openings can be defined by a plurality of sides and corners. The posts can extend from the corners and/or from the sides of the openings. In some embodiments, posts extend from a first face and a second face of the frame.

Abstract: A urinal includes a bowl assembly and a trapway assembly. The bowl assembly includes a body. The body defines a bowl and a cavity. The cavity includes a receiver configured to receive a bracket. The trapway assembly is configured to be located in the cavity. The trapway assembly is configured to fluidly couple the bowl to a drain. The trapway assembly is configured to be coupled to the drain separate from the bowl assembly. The bowl assembly is configured to be coupled to a wall separate from the trapway assembly.

Abstract: A smart toilet with a function of human blood pressure detection, the smart toilet includes a toilet base. The smart toilet further includes a body connected to the toilet base. The body is provided with a controller and a human blood pressure detection module, a display or voice prompt module, a key input module for sending back operation information of the user to the controller, and a power supply module for supplying power, which are electrically connected to the controller respectively. The controller processes the electrical signal transmitted by the human blood pressure detection module to obtain the blood pressure value of the human body, and controls the display or voice prompt module to output the blood pressure value. The human blood pressure can be conveniently and rapidly detected while the users use the toilet every day, so that abnormal blood pressure can be discovered early.

Abstract: The invention provides a plurality of display devices such as hand dryers, each with a programmed computer display, and all communicating to a central location via a high speed link system. A display screen is mounted to each of the hand dryers and viewable by a user while drying the user's hands. A processor is located within the housing and is in signal-communication with the display screen. The high-speed link system is in signal-communication with each processor and an external data source, wherein the data source communicates with the processor to change the image displayed on the display screen. Sensors communicate ambient conditions outside of the display screen to a database.

Abstract: An anti-splashback urinal, comprising a bowl for receiving a user's urine, the bowl having a surface with a curvilinear shape designed to reduce the angle of impact between the urine and the surface and to carry the urine down and away from a user; an aperture, through which the user deposits the urine into the bowl, the aperture being off-center with respect to the bowl; and a drain that is offset aligned from the aperture. The urinal may also include a custom outer cover having a shape and color/pattern to complement the room. In a preferred embodiment of the invention, the urinal is equipped with a low flow flush system having an armature that dispenses water at a low flow rate. The armature preferably comprises a plumbing tubing bent into a shape complementary to said urinal, and equipped with misting nozzles.

Abstract: The invention relates to an insert (3) that can be inserted into a drainage opening (2) of a urinal (1) and that can be designed, for example, as an odor seal. The insert (3) has at least one outlet opening (4) through which a liquid (5), in particular a cleaning and/or disinfecting liquid, is released, in particular injected or sprayed, onto a bowl surface (6) of a urinal (1), in the discharge opening of which the insert (3) is inserted.

Abstract: A urinal clog removal device is provided. The urinal clog removal device may include a urinal flange connecting member formed of a body. The urinal flange connecting member may include slots on opposing sides configured to couple to the urinal flange connecting member to a urinal flange. The urinal flange connecting member comprises an aperture extending through the urinal flange connecting member to provide access to the urinal flange. The device may also include a hose coupled on a first end to the urinal flange connecting member with a hose connector. The hose connector of the urinal flange connecting member directs water into the urinal flange. The device may also include a valve and is coupled to a flush valve of the urinal, wherein the hose is coupled between the valve and the hose connector in order to supply water through the hose and into the urinal flange during unclogging.

Abstract: A system for flushing a vacuum toilet in an aircraft, with a bowl drain for removing toilet waste water from a bowl, a drain line, a bypass flow line for feeding-in air, a drainage valve and a waste water line. The bowl drain and the bypass flow line are connectable to the drain line, and the drainage valve on the input side is connectable to the drain line, and on the output side is connectable to a waste water line. In an implementation of the vacuum toilet as a vacuum urinal, the system may provide either water flushing or waterless flushing.

Abstract: A method and apparatus are presented. An apparatus comprises a wall and a urinal. The wall is physically associated with a fuselage for an aircraft. The urinal is positioned along the wall, the wall and urinal positioned within a specialty lavatory area module.

Abstract: Flushable urinary device for directing urine into a toilet from a standing user comprises a flushable funnel. The funnel helps prevent urine-splatter on and around the toilet and improves hygiene. The user holds the funnel at his or her urethra and directs urine into the toilet. Then, the user drops the used funnel into the toilet and flushes the toilet. The funnel, made of flushable and bio-degradable material, disintegrates in the sewer system. The material is configured to retain its substantial strength and shape temporarily when wetted. The funnel has tail or lip adjacent one of its ends to help hold the funnel. The funnel may be of different suitable shapes, sizes and materials. An apparatus, placed on water tank of a toilet, contains a supply of the funnels for users. The apparatus also stores extra flushable funnels and toilet paper rolls.

Abstract: A trap for positioning within a wall urinal includes a housing having an open top end and an open bottom end coupled to a drainage pipe. The trap includes a top that includes an upper surface with a center portion having at least one drainage opening extending therethrough. The top is to be coupled to the open top end of the housing. A drainage tube has an open top end and an open bottom end, with the open top end coupled to the center portion of the top and aligned with the at least one drainage opening. A cup is to be suspended within the housing and has an open top end and a closed bottom end with sidewalls therebetween, and with the open bottom end of the drainage tube inserted into the cup.

Abstract: A urinal is disclosed as having a spreader assembly. The spreader assembly includes a spreader body that may be mounted to the urinal, and a spreader mat. The spreader mat includes a series of spray holes. The spreader body is connected to a water supply, and a perimeter of the spreader mat is sealed to the spreader body. Each spray hole of the spreader mat is oriented to direct water onto a particular area of the urinal, when water is supplied to flush the urinal.

Abstract: A bushing (58) has an entry portion (68) which is secured to a urinal housing (50) and an exit portion (70) which faces a drain pipe (54, 54a, 54b). The entry portion interior surface (74) is fittable about and sealingly grips the urinal exit tube (52). The interiors of the entry and exit portions lie on a common axis (58x) and with the axis (52x) of the urinal exit tube. These axes define a sloped incline and, thus, a built-in, gravitationally-directed downwardly-disposed inclination. Because the axes usually do not fall on the axis (56x) of the conduit, they are angled and offset from the conduit axis. The offset of the bushing raises it above the axis of the conduit. Tubing (60, 60a) is secured at its end (62, 62a) to the bushing exit portion so that the tubing axis at its end (62, 62a) similarly is raised above the conduit axis. The tubing extends from the bushing at an incline that is determined by the built-in incline of the bushing.

Abstract: A urination assistance device for use with a bowl toilet is provided: A downwardly-extending receptacle collects urine. A stabilizing frame is provided designed to allow the urination assistance device to rest upon a toilet seat or upon the rim of the toilet bowl. The stabilizing frame defines a pair of ends, with each end terminating with a downward oriented elbow. The base member including a downward directed spout in operative communication with the receptacle to discharge any urine collected within the receptacle into the toilet bowl. The spout is in or in near contact with the upper portion of the interior wall of the front of the toilet bowl.

Abstract: A urinal aid comprising: a funnel shaped device, a flexible conduit having a proximal end connected to the funnel shaped device and a distal end directed toward a toilet bowl, and a toilet engagement device detachably engaged with the flexible conduit. The toilet engagement device is selected from either a clamping means detachably engaged with the flexible conduit and a bowl hook detachably engaged to the clamping means where the hook is engaged to a toilet bowl to secure the urinary aid to the toilet bowl and hold the urinary aid in place or an arm bracket detachably engaged with the flexible conduit where the arm bracket is engaged to a toilet bowl to secure the urinary aid to the side of the toilet bowl and hold the urinary aid in place.

Abstract: A bushing (58) has an entry portion (68) which is secured to a urinal housing (50) and an exit portion (70) which faces a drain pipe (54, 54a, 54b). The entry portion interior surface (74) is fittable about and sealingly grips the urinal exit tube (52). The interiors of the entry and exit portions lie on a common axis (58x) and with the axis (52x) of the urinal exit tube. These axes define a sloped incline and, thus, a built-in, gravitationally-directed downwardly-disposed inclination. Because the axes usually do not fall on the axis (56x) of the conduit, they are angled and offset from the conduit axis. The offset of the bushing raises it above the axis of the conduit. Tubing (60, 60a) is secured at its end (62, 62a) to the bushing exit portion so that the tubing axis at its end (62, 62a) similarly is raised above the conduit axis. The tubing extends from the bushing at an incline that is determined by the built-in incline of the bushing.

Abstract: The urinal incorporates hand washing functionality. Clean water is supplied from an array of holes or nozzles located in an overhang so that a user can wash their hands, and then the waste water is used to flush a urinal located below. The combination of these two functions in a single unit provides an inexpensive means for conserving water and efficiently using bathroom facilities while requiring less physical space than that needed for a separate urinal and hand washing station. The overhang can be retrofitted onto existing urinals.

Abstract: A hybrid flushing system for water free urinals is presented with a housing having a wall portion forming a cavity for receiving a cartridge. The housing also includes a flushing fluid inlet portion for receiving a flushing fluid and a flushing fluid directing portion configured to direct the flushing fluid. A cartridge for installation into a housing is presented, including a cartridge wall, a flushing fluid receiving portion and a flushing fluid directing portion to direct flushing fluid received to any portion to clean areas of the housing, the cartridge, and connected plumbing. Steps for cleaning a hybrid flushing system are presented with an act of directing a flushing fluid into an area, where the area is one of a cartridge for a hybrid flushing system, a housing for a hybrid flushing system, and a plumbing system connected with the hybrid flushing system.

Abstract: An apparatus and method for creating a realistic granite or other pattern on a substrate, such as a sink, bath, or piece of furniture. The apparatus and method may use gelcoat to create a regular or irregular pattern. The apparatus may use pressurized air or gear pumps to pump paint from tanks to a spraying device.

Abstract: A water conservation fixture system comprises a handle lock assembly configured for placement on a handle of a fixture and at least one other structure selected from a fixture drain insert trap assembly, a fixture screen and combinations of both. The handle lock assembly comprises a top component and at least one locking arm pivotally attached to the top component, and the locking arm further comprising a locking element for releasably locking with a mating locking element on the top component. The fixture system may be integrated into existing fixture to significantly reduce or control water usage or otherwise convert the fixture to a low-water or no-water fixture without having to replace the current water-based fixture. The fixture system may also be integrated into new fixtures with corresponding mating features to optimize fit and function of the system with the new fixture.

Abstract: A fixture drain insert assembly includes a material module support with a securing component; at least one of a trap housing or trap cover comprising an upper surface with a securing component corresponding to the securing component of the material support module, a plurality of drain apertures, and an interlocking structure on the external surface of an inner diameter; a valve; a gasket; and a housing support comprising a body with an open top end having an interlocking structure and an inner lip on the inner surface of the open top end, wherein the interlocking structure corresponds to and mates with the interlocking structure of the trap housing or trap cover. The fixture drain insert assembly can be retrofit into existing fixtures such as urinals to create efficient and clean low water to no-water use fixtures or be integrated into new fixtures with corresponding mating features to optimize fit.

Abstract: The disclosure provides a lock assembly to lock a flush valve system, the handle lock assembly configured for placement on a flushing valve handle of a urinal or toilet comprising a top component and a bottom component comprising first and second arm sections and a center support section situated there between, each arm section pivotally connected to the first end of the top component. The arm sections also comprise a locking element for releasably locking with a mating locking element on the top component. A major advantage of the methods, systems and apparatuses disclosed herein is the savings in water that can be achieved without having to replace the current water-based urinal with a no-water urinal or expensive urinal with automatic flushing devices that control flushing.

Abstract: The urinal with operation controlled via a replica of a motorcycle handlebar is a wall-mounted fixture configured to control the use of the flush valve of said urinal, or toilet, or other plumbing fixture. The replica motorcycle handlebar includes a linkage that runs from the throttle portion of the motorcycle handlebar to the flush valve of said urinal such that upon simulation of a throttling gesture shall pull said flush valve upwardly in order to flush the respective urinal or plumbing fixture. The replica motorcycle handlebar includes a motion sensor that upon detection of a person shall communicate an audio recording of a motorcycle noise. The replica motorcycle handlebar includes mirrors, turn signals, and a horn switch. Throttling motion of the throttle portion may also prompt an additional audio recording of a motorcycle engine being revved.

Abstract: Conservation of oily liquid sealant in coaxial odor trap cartridges for waterless urinals is accomplished in the present invention by the addition of a liquid-flow-diverting structure having at least one helical fin encircling the outer surface of the cylindrical partition that extends downwardly from the cartridge top cap. In a preferred embodiment two similar diametrically-opposed helical fins conserve sealant by modifying the otherwise vertical downward flow path to a downward incline that minimizes down-the-drain sealant loss by intensifying recovery of stray traces of sealant that become detached from the main layer of sealant and get swept along with the downward flow of wastewater in the outer chamber during a usage event. The sealant recovery action of the helical fins that takes place in the outer chamber is further enhanced by specially proportioning the cross-sectional flow area of the three chambers in the cartridge to maximize the cross-sectional flow area of the outer chamber.

Abstract: To reduce the barrier sealant amount, the area of a throat (88), communicating an inlet compartment (78) to an outlet opening (64), is made small. Should sealant not be in the throat, wastewater in the throat would be correspondingly small. A snorkel (110) in a discharge section drain tube (98) extends downwards to above the level of the horizontal drain, and allows any air from the external drain to pass to the outlet compartment generally below the ceiling (90) so that, should wastewater cover the opening of the drain tube, such air is permitted to enter into the cartridge and to prevent any syphoning. A three rib channel guide mechanism (100) within the tube guides wastewater flow towards the drain tube center, and away from the drain tube walls to avoid deposit of any sediment contained in the wastewater.

Abstract: A cartridge unit for use with a urinal is disclosed that does not need water to work nor does it use a body of oily liquid sealant as an odor barrier. The odor trap cartridge unit used in this urinal has a spring locking mechanism that works as a valve. It is opened by liquid weight when the urinal is used and lets urine or any other liquid pass downwardly through it and prevents odors from flowing back up towards the room. The cartridge unit has a few disks, two main cylindrical devices, a spring, a fastener, an o-ring, and a coupling; these all operate to open and close a spring sealed trap. These are all placed within a unique three-sized shell that supports the entire cartridge and is fitted into a urinal opening. An umbrella shaped part completes the cartridge by protecting its components from violent fluid flow.

Abstract: A water-conserving system equipped to periodically rinse ultra high-efficiency urinal drainage plumbing of corrosive waste liquid and reduce associated gaseous odor is provided. A valve-controllable rinse-cycle supply of water is provided which can selectively be directed into a single drainage conduit which receives waste water from one or more ultra high-efficiency urinals. The system provides embodiments having mechanical valves, or electro-mechanical valves configured responsive to control-signals provided from one or more electronic components, or one or more types of microprocessor-enabled devices, networked devices or computer apparatus.

Abstract: Embodiments of the present invention provide integration of aircraft urinals into vacuum waste systems of commercial aircraft. The urinals may either be rinse versions or waterless urinals.

Abstract: A water-saving urinal apparatus in which at least one component is attachable to a conventional flush toilet is provided. In one of the preferred embodiments, the water-saving urinal apparatus includes a bowl which has a basin-like curvature, a top portion, and a bottom portion, wherein the top portion comprises a top opening, at least one water intake, and a connector, wherein the bottom portion comprises a bottom opening, at least one drain pipe and at least one support element.

Abstract: The present invention discloses urinal that introduces a water use reduction method for flushing which supplies an accommodating solution for men and women as well. The water conserving urinal comprising an open-top funnel with a flexible hose thereon terminating in a rigid tube with a U-shaped gas trap section. In one of the embodiments of the present invention the apparatus is stored in the inside of a vanity cabinet. The instant application also discloses a completely new way to install the portable urinal in residential, and even commercial locations with the objective to conserve up to 12½ gallons of water per day per person.

Abstract: A low-water-flow toilet having a toilet body, a funnel, a floating ball with a pull wire, water sealing structures, a toilet seat with a rotating shaft, an upper cover, and a plastic fender cover. The water sealing structures include an inner water sealing trap (11) of the toilet body, an outer water sealing trap (12) of the toilet body, a rotating groove arranged on the inner side of the inner water sealing trap (11), and a rotating groove arranged on an outer side of the outer water sealing trap (11). A low-water-flow urinal, having a urine storage bottle (18), a funnel having a water sealing trap (20), a floating ball with a pull wire and a pull ring (21), and an upper cover (23) of the urine storage bottle.

Abstract: In a urine cartridge or wastewater trap, equalized pressures and increased flow rate between its inlet and outlet compartments increases the life of the cartridge. The pressure equalizing is effected by placement of a separator between the two compartments to provide them with substantially equal volumes. The increased flow rate is created by a uniquely configured baffle positioned adjacent a pan at the bottom of the cartridge. The baffle configuration is shaped to provide a constriction that increases the flow velocity of the urine so that the fluid flow effects a channel along the bottom pan and through any solids deposited on the bottom pan. A diverter may be placed above the centrally located entry to the inlet compartment to create a circuitous path for preventing a disturbing impingement of the urine onto the sealant contained in the inlet compartment.

Abstract: A urinal attachment for a toilet bowl has a flow diverter with a receptacle bowl at a top end of the flow diverter. The receptacle bowl leads to a receptacle neck which leads to a receptacle elbow which leads to a first vertical tube in telescopic connection with a second vertical tube. The second vertical tube leads to an outlet. A bowl connector portion includes a front shield bracket connecting the flow diverter to a rim of the toilet bowl. The bracket includes a rim connector having a vertical rim member, a horizontal rim member and a rim scoop. The rim scoop has a select convex shape and a front shield with a bottom rim. The front shield has a convex shape.

Abstract: A urinal assembly having a screen body with a date feature corresponding to days, weeks, months, years, quarters or other time intervals. The date feature includes date tabs that may be removably attached to the screen body that may be removed or altered to indicate the desired date, such as a date of installation or expiry date of the urinal screen. The date feature and date tabs may be molded together with the remainder of the urinal screen body, forming a one piece construction made of a plastic material that may withstand the harsh environmental conditions within a urinal or toilet.

Abstract: The present invention is directed to a microflush urinal that includes a piece of chinaware in fluid communication with a pre-existing water supply and a waste removal conduit. A valve means in electrical communication with each of a sensor means and a fluid manifold effects delivery of incoming fluid to a water delivery means. The water delivery means is desirably a nozzle means selected from one of a plurality of fluidic nozzles that delivers pressurized water through an ingress defined in a rear wall of the chinaware. The nozzle desirably oscillates water for full coverage of the urinal's rear and side walls. A tarp portion that aesthetically obstructs the ingress assumes a generally scalloped shape to optimize the water distribution along the urinal's rear and side walls. At least one trough is integrated into one or more urinal sidewalls to guide water from the nozzle toward the waste removal conduit.

Abstract: Splatter-free urinal device and methods prevent urine splatters around a commode. The splatters occur during urinating standing. The device makes toilet cleaning easier, quicker and cheaper. The device is a water-flushable inverted bio-degradable funnel with tails at top smaller end, acts as handles. The funnel has wet strength and water repellency but disintegrates in drains. The funnel is part of a nested stack of the funnels. In manual method, a user removes a funnel by its tails from supply and suspends it above the commode. Then the user urinates through the funnel, drops it into the commode after use, and flushes the commode. In power-driven method, upon activation, a power-driven arm removes a funnel and suspends it above the commode. The user urinates through the funnel into the commode. Upon second activation, the funnel falls into the commode and the arm returns to its stored position, maintaining the commode unobstructed.

Abstract: The present invention relates to a drain device for draining wastewater, urine, etc. through a drainpipe and blocking bad odors emanating from the drainpipe, and more particularly, to a drain device comprising: an outer container coupled to a top of the drainpipe, a cover seated on a top of the outer container, a conical sloped plate coupled at a lower center of the cover, and a blocking layer formed in a trapezoidal cylindrical shape and coupled between the cover and the sloped plate, the blocking layer having a narrow upper inlet, a wide lower outlet, and a bent portion formed below the upper inlet. Accordingly, water is not left remaining, foreign objects are prevented from being entrapped and are discharged more easily, and the drain device can be reliably used for a long period of time without deforming.

Abstract: A low-water-flow toilet having a toilet body, a funnel, a floating ball with a pull wire, water sealing structures, a toilet seat with a rotating shaft, an upper cover, and a plastic fender cover. The water sealing structures include an inner water sealing trap (11) of the toilet body, an outer water sealing trap (12) of the toilet body, a rotating groove arranged on the inner side of the inner water sealing trap (11), and a rotating groove arranged on an outer side of the outer water sealing trap (11). A low-water-flow urinal, having a urine storage bottle (18), a funnel having a water sealing trap (20), a floating ball with a pull wire and a pull ring (21), and an upper cover (23) of the urine storage bottle.

Abstract: A lockable assembly for a urinal valve is provided. The lockable assembly includes a shaft assembly configured to engage portions of the urinal valve and a housing body configured to connect to the urinal valve and further configured to support the shaft assembly for axial movement. The lockable assembly is configured to allow selective operation of the urinal valve between a flushable state and a locked non-flushable state, wherein in a locked non-flushable state, the shaft assembly is prevented from moving in the axial direction and in a flushable state, axial movement of the shaft assembly urges the shaft assembly into contact with portions of the urinal valve.

Abstract: A lockable assembly for a urinal valve is provided. The lockable assembly includes a shaft assembly configured to displace portions of the urinal valve and a housing body configured to connect to the urinal valve and further configured to support the shaft assembly. The lockable assembly is configured to allow selective operation of the urinal valve between an unlocked flushable state and a locked non-flushable state. In the locked non-flushable state, the shaft assembly is prevented from displacing portions of the urinal valve and in the unlocked flushable state, the shaft assembly is configured to displace portions of the urinal valve to allow a flow of water to pass through the urinal valve.

Abstract: A method for advertising in a restroom is shown and described. The method includes the use of a three-dimensional advertisement article which may attach to a wall above a urinal and at least partly cover the urinal. The advertisement article may resemble a container, perhaps a bottle or can, for a product, which may be beer or a soft drink, being advertised.

Abstract: Various embodiments of a device for regulating a fluid flow are described that can include first and second downwardly-sloping valves that are biased in a closed position to prevent odors from escaping the device. The device can also include first and second downwardly-sloping valve seats, and configured such that an end portion of the first valve can be seated beneath the first valve seat and an end portion of the second valve can be seated beneath the second valve seat when the first and second valves are in a closed position, respectively.

Abstract: A mobile sanitary urinal apparatus for truck drivers or others who do not have access to restroom facilities while traveling comprising a removable accumulation vessel mounted to interior or exterior of a motor vehicle is herein disclosed. The urinal is designed to be discretely used in the passenger compartment of tractor-trailer rigs, although it can be used discretely in almost any vehicle. It comprises a catheter-type receiver which attaches to plumbing thereby functioning as a urinal to receive urine from a user and directing it through the hose to a retention container. It is envisioned that the retention container would be emptied into a sanitary collection station or normal restroom when feasible. The urinal can be cleaned periodically using a provided sanitation kit with a flushing bulb and liquid cleanser that would be flushed through the system cleaning the valves, hoses, and container.

Abstract: A lockable assembly for a urinal valve is provided. The lockable assembly includes a shaft assembly configured to engage portions of the urinal valve and a housing body configured to connect to the urinal valve and further configured to support the shaft assembly for axial movement. The lockable assembly is configured to allow selective operation of the urinal valve between a flushable state and a locked non-flushable state, wherein in a locked non-flushable state, the shaft assembly is prevented from moving in the axial direction and in a flushable state, axial movement of the shaft assembly urges the shaft assembly into contact with portions of the urinal valve.