A toilet modified for disposal of dialysis waste includes a base, a bowl, a water supply port, and a dialysis drain port. In the dialysis drain port is a two piece air gap device that establishes a gap between ends of first and second drain tubes of a dialysis machine and a fluid level in the air gap. RO water and effluent from the dialysis machine enter the chamber of the air gap and mix, before being passed along a path from the dialysis drain port to the bowl of the toilet, where it can be dispelled in a sanitary manner in compliant with all pertinent codes and regulations.

Disclosed herein is an automated urinary output measuring system. The automated urinary output measuring system includes an automated urinary output measuring device configured to be suspended from a rim of a sanitary hardware device and receive a volume of voided urine. The automated urinary output measuring device can include a receiving trough having an opening, a door configured to cover the opening in a fluid tight seal, the door coupled to the receiving trough by a hinge, and a lip extending from the receiving trough configured to detachably couple the automated urinary output measuring device to the sanitary hardware device. The system can further include an ultrasonic measuring system having a console coupled to one or more ultrasonic sensors, and a flushing mechanism coupled to the sanitary hardware device.

A flush toilet includes a toilet main body made of ceramics, a control unit, a supply source that enables water supply or power supply to the control unit, and a flexible elongated member connecting the supply source and the control unit. The toilet main body includes a rear storage configured to store at least a part of the control unit. The rear storage includes an upper storage region, a lower region, and a lower communication region. The flexible elongated member extends from an upper connecting end portion toward a lower connecting end portion, to be inserted from the upper storage region into the lower communication region, and then extends from inside of the lower communication region to outside of the toilet main body, without extending through the lower region.

A toilet has a first bowl connected via internal passages to a water tank having a hand-operable valve, one or more remotely-operable spray openings, directed upward, and a connected passage to a sewer line, and a second bowl, rotatable and joined to the first bowl, and operable by a lever in a manner that the second bowl maintains an upright position, or an inverted position facing downward into the first bowl, Urine or feces in the second bowl at a time of moving the lever from the first position to the second position, as the second bowl is moved to the inverted position, is dropped into the first bowl, the second bowl, inverted, is spray-cleaned by operation of the spray openings, and the cleaned second bowl is returned to upright position by moving the lever back to the first position.

The invention discloses a suction seat for an intelligent nursing toilet bowl. The suction seat comprises a housing installed on a base, the interior of the housing is an inner cavity, a temperature and humidity sensor, an excrement sensor and a flushing nozzle are respectively installed in the cavity body of the inner cavity, a urine sensor is arranged on the outer side of the lower part of the cavity body, and a discharge port connected with an external negative pressure pipeline is vertically formed in the bottom of the cavity body; and a cleaning device and a ventilation device which are communicated with the interior of the cavity body are arranged on the outer side of the rear part of the cavity body. The cleaning device can automatically adjust the height of the nozzle as well as the pressure and flow rate of running water, thereby realizing overall cleaning on human hip, and overcoming the defects that the existing nozzle is fixed and the flushing area cannot be adjusted. Since the temperature and humidity sensor is arranged inside the suction seat, optimal skin comfort is achieved by adjusting air parameters under the circumstance that neither excrement nor urine is generated. The whole suction seat is compact in structure, and high cleanness of the inner cavity is kept after long-term use; and the whole suction seat adopting the structural design conforming to ergonomics achieves an optimal using effect.

A portable bidet module is an apparatus that connects to the incoming toilet water supply to function as a bidet on a standard toilet. The device has an adapter that tee's into the waterline and connects via a hose to a module housing that houses a pump for boosting the water pressure to a second hose having a spray nozzle at the end that is used as the bidet. The module housing may also hold disposable towels and a disinfectant dispenser.

The handheld and finger operated flushing urinal device of the present invention comprises a sleeved receptacle having a back-flow preventing draining mechanism built into the bottom to improve sanitary use even when dropped or placed on the floor, and a method of adding the device to an existing toilet. Further features of the device of the invention include a hanger bracket, a fitted lid for closing said top of said liquid stream receptacle body, a lighted or glow-in-the-dark plastic rim connectively attached around said top of said liquid stream receptacle for use as a visual aiming aid for a user in a darkened room, a female adapter connectively attached around said top of said liquid stream receptacle body, and a disposable insert adapted for lining said interior.

A toilet funneling device has a funnel. A waste tubing has a first end coupled to a bottom area of the funnel and a second end for dispensing contents from the funnel into a toilet bowl. A water line is coupled to the funnel supplying water to an interior of the funnel.

A flushing structure of a toilet and a toilet includes a main waterway, a jet waterway and a rim waterway. A main waterway inlet is in communication with an outlet on the toilet tank. A main waterway outlet is in communication with a jet waterway inlet and a rim waterway inlet. A jet waterway outlet is in communication with a jet hole beneath a water surface of a first water seal at the bottom of the toilet bowl. A rim waterway outlet is in communication with a rim hole provided on the toilet bowl for flushing the inner wall of the toilet bowl. A second water seal, whose water surface is on the same level with surface of the first water seal, is provided on the rim waterway. The main waterway and the jet waterway are isolated from air via the first water seal and second water seal.

The toilet bowl separately collects urine and feces for analysis or other uses. The toilet bowl includes a toilet bowl wall with at least two holes in it. The first hole is a fecal collection aperture positioned below a user where a user may defecate into it. The second hole is a urine collection orifice through which a user's urine may flow. The two holes may be separated by a ridge which may act like a dam to inhibit cross-contamination of collected feces and urine. Conduits may connect to the two holes to direct the waste into analytical devices or containers for additional uses including composters and digesters which produce clean energy.