Multiple apparatuses for flushing portable commodes into a conventional toilet bowl, including a push button fully automated unit that operates by a rechargeable battery. The portable commode is comprised of a waste receiving container and associated housing structure which is adapted to be seated on top of a conventional toilet. The waste container is rotated around 150 degrees and water from the interior of the toilet bowl is forcefully discharge when flushing the portable commode's waste container with electro-mechanical power to guarantee excellent cleaning. Sanitation is adapted to ensure hygienic security.

A defecation recording system according to an embodiment includes: a toilet bowl which is installed in a toilet room; a user identification device which identifies a user who uses the toilet bowl; a detection device which detects feces discharged into the toilet bowl; a determination device which determines a property of the feces from a detection result of the detection device; a clocking device which acquires time information indicating date and time of detection of the detection device; a recording device which records the property of the feces and the time information as personal data in association with the user identified by the user identification device; and a display device which displays information regarding the feces based on the personal data recorded in the recording device.

A defecation recording system according to an embodiment includes: a toilet bowl which is installed in a toilet room; a user identification device which identifies a user who uses the toilet bowl; a detection device which detects feces discharged into the toilet bowl; a determination device which determines a property of the feces from a detection result of the detection device; a clocking device which acquires time information indicating date and time of detection of the detection device; a recording device which records the property of the feces and the time information as personal data in association with the user identified by the user identification device; and a display device which displays information regarding the feces based on the personal data recorded in the recording device.

This toilet bypass comprises one or more holes, tubes, slots or combination thereof in conventional toilets, to be used by urinals attached to toilets so that urine is drained directly into sewer lines connected to the bottom or back of toilets instead of draining into toilet bowls or through extra plumbing connections into bathroom walls or floors. The bypass may be located in the narrow gap between the back of toilet bowl and the water tank or in the side or back of toilets. The bypass eliminates the need for extra plumbing or to flush the toilet after every urination thus significant water is conserved in as much as a person usually urinates several times a day.

The invention relates to a bowl (1) for a toilet, at least comprising an outer shell (2) and a water-guiding inner part (3), wherein water is supplied regularly to the inner part (3) when the bowl is used as intended, wherein the outer shell (2) comprises exclusively the non-water-guiding part of the bowl (1) and wherein the outer shell (2) consists of a cast mineral material and the inner part (3) consists of a different material. Also disclosed is a method for producing a bowl.

An analytical toilet, comprising a bowl adapted to receive excreta; a source of refill water to the toilet controlled by a refill valve; a P-trap with a height over two inches in a drain from the toilet; a pressure sensor in fluid communication with the bowl; and a controller in communication with the pressure sensor and the refill valve; wherein the controller monitors water level in the toilet following a flush and controls the valve so that the toilet is filled to a water level no more than two inches in the P-trap is disclosed. An analytical toilet comprising a bowl adapted to receive excreta; a pressure sensor in fluid communication with the bowl; a drain valve adapted to allow or disallow flow from the bowl to a drain; and a controller in communication with the pressure sensor and the drain valve is disclosed.

A flush toilet of the present invention includes a bowl including a waste receiving surface that receives waste, a rim formed on an upper part of the waste receiving surface and a well portion that is formed below the waste receiving surface and in which a pooled water surface is formed, one or more spouting ports that spout flush water along the rim, and a discharge conduit connected to a bottom portion of the bowl, the flush toilet including a configuration where a forward main flow F1 and a rearward main flow F2 of flush water spouted from the spouting ports circulate around a waste receiving surface 16 of a bowl 6 and flow, in the beginning of flushing start, into three or more regions of the pooled water surface divided into four regions S1, S2, S3 and S4.

A toilet assembly includes a toilet body and a fluidic oscillator. The toilet body defines a toilet bowl that is configured to receive a volume of fluid therein. The fluidic oscillator is coupled to the toilet body in a rim area of the toilet bowl. The fluidic oscillator is positioned to direct a fluid onto an inner surface of the toilet bowl. The fluidic oscillator is configured to continuously redirect the flow of fluid to different locations along the inner surface of the toilet bowl.

A flush toilet includes a toilet body that includes a bowl part that receives waste, a functional part that is provided on a back side of the toilet body, a panel member that covers a side surface of the functional part, a first holding part that adsorbs and holds the toilet body and a side surface of the panel member by magnetic force, and a second holding part that adsorbs and holds the functional part and a side surface of the panel member by magnetic force. The panel member is capable of being slid frontward, backward, upward, and downward in a state where the panel member is adsorbed and held by the first holding part and the second holding part.

A toilet assembly includes a toilet body and a nozzle system. The toilet body defines a toilet bowl and a rim area disposed along an upper edge of the toilet bowl. The rim area includes a flange defining an opening. The nozzle system includes a nozzle having a first end configured to be fluidly coupled to a water supply conduit and a second end fluidly coupled to the rim area. The second end defines an outlet formed at a compound angle. The connector assembly detachably couples the nozzle to the flange such that the nozzle extends through the opening.