[Problem] To provide a urine scattering prevention device which does not give off a foul smell even when used, and which is easy to replace. [Solution] A urine scattering prevention device 1 includes a urine receiving portion 5 disposed in a urinal 3, and a leg portion 7 which supports the urine receiving portion 5 vertically upward.

A urinal screen has a kite-shaped body having a longitudinal axis about which the body is symmetric, and a crosswise axis at a right angle to the longitudinal axis. There is at least one crosswise fold line formed in the body in which extended openings are formed along the crosswise axis, and there is at least one longitudinal fold line formed parallel to the longitudinal axis by extended openings through the body. The lack of material along the fold lines, relative to other portions of the body, facilitate bending or folding along these lines to conform to the shape of various urinal basins.

This invention relates to a composition comprising: (a) 10-20 wt % acidifying bacteria, (b) 30-40 wt % of an oxidising agent, (c) 5-15 wt % of an organic acid, and (d) 1-10 wt % of a chelating agent. The invention also relates to a method of removing uric acid from a waste pipe comprising the step of inserting the composition into the waste pipe.

A urine containment and deodorizing device having a funnel portion having a top side, left side, right side, bottom side, left side raised funnel portion, right side raised funnel portion, funnel portion upper side and funnel portion underneath side wherein the top side is wider than the bottom side; a bottom portion having a shaped portion, a narrower tapered portion, a bottom portion upper side, a bottom portion underneath side and at least one opening between the bottom portion upper side and the bottom portion underneath side; and a connecting portion between the narrower tapered portion of the bottom portion and the bottom side of the funnel portion.

The present invention allows a sample urine to enter an entry hole formed on a shell and to flow through a flow pathway. A part of the sample urine remains in a groove of the flow pathway as collected urine. A measuring module in the shell includes a first side and a second side. The first side includes a light emitting unit and a light sensing unit. The second side includes a lens. The lens is mounted in the groove. The light emitting unit generates a detection beam. The detection beam passes the lens, the collected urine, a reflective mirror, the lens again, and into the light sensing unit. The light sensing unit receives the detection beam and generates a sensing signal. The processing unit generates a detection result signal according to the sensing signal, and a display unit immediately displays a test result of the sample urine.

The present invention discloses an electronic flush valve system for tankless water fixtures, comprising a valve housing and a replaceable flush valve module removably secured within the valve housing. The flush valve module is comprised of an independent, self-contained flush valve configured as a replaceable flush valve cartridge.

A urinal screen has a kite-shaped body having a longitudinal axis about which the body is symmetric, and a crosswise axis at a right angle to the longitudinal axis. There is at least one crosswise fold line formed in the body in which extended openings are formed along the crosswise axis, and there is at least one longitudinal fold line formed parallel to the longitudinal axis by extended openings through the body. The lack of material along the fold lines, relative to other portions of the body, facilitate bending or folding along these lines to conform to the shape of various urinal basins.

A urinary device is attachable to a toilet and assists males in directing a flow of urine into the toilet. The device is installed between a toilet seat and tank and pivots to a vertical or near vertical position against the tank when not in use. A telescoping portion extends for tall or short males. The device may be installed on any standard toilet in a few minutes. A bypass may be included to direct urine into a drain avoiding the toilet bowl and the need to flush the toilet. The urinary device reduces or eliminates germs and odors on or around the toilet and is easy to clean using water and a household cleaner.

A urinal screen device includes a body portion having one or more fold lines to allow the urinal screen, or a base portion of the urinal screen that sits in the urinal basin, to bend so as allow maximal coverage of the basin without compromising functionality. The fold lines are created by regions that lack the protrusions formed on body of the urinal screen to break up fluid streams and prevent back splash. The regions lacking protrusion allow the body to bend easier because there are no protrusions being forced against each other along the fold line.

A urinal having a sink to minimize water usage in lavatories is disclosed. The urinal includes a top end portion and a bottom end portion. A bowl is positioned at the bottom end portion and a rear wall is disposed at rear portion of the bowl to allow water to fall down the rear wall and into the bowl. Additionally, the urinal includes a sink disposed at the top end portion of the urinal. The sink has a sink opening at a sink bottom end portion and above the rear wall where the sink opening provides fluid opening between the sink opening and the rear wall. When the urinal is flushed, water that is dispensed into the sink is used to flush wastewater out of the bottom end portion of the bowl.