A smart portable toilet bowl includes a bottom tank releasably connected to a top tank, a hollow ball valve device configured to open when the toilet seat is open and close when the toilet seat is closed, and a controller configured to detect when a user starts to use the smart portable toilet, start a deodorizing fan to introduce antibacterial and deodorizing materials into the top segment and at the same time start an extractor fan to draw out odor, and when the user finishes using the toilet, activating a spray nozzle to clean the user for a first predetermined amount of time, dry up the user using drying fan for a second predetermined amount of time, and clean the toilet bowl using a flushing ring for a third predetermined amount of time.

A smart portable toilet bowl is disclosed including a bottom tank releasably connected to a top tank, a hollow ball valve means operative to open when the toilet seat is open and close when the toilet seat is closed, and a controller operative to detecting when a user starts to use said smart portable toilet, starting a deodorizing fan to introduce antibacterial and deodorizing materials into the top tank and at the same time start an extractor fan to draw out odor, and when the user finishes using the toilet, activating a spray nozzle to clean the user for a first predetermined amount of time, drying up the user using drying fan for a second predetermined amount of time, and cleaning the toilet bowl using a flushing ring for a third predetermined amount of time.

The invention relates to a tankless intelligent toilet, using a direct flush technique, comprising a hinged pan (5), a bowl (2) with a water seal against odours (21), a funnel (3) below the bowl (2), for removing waste and a control unit (8) operationally connected to: a presence sensor (19); a flow sensor (12), which measures the amount of water flowing into the system; a solenoid valve (13), which allows or prevents the inflow of water into the toiler; an actuation mechanism (16), which opens and closes the hinged pan (5); and a locking mechanism (9) which locks the hinged pan (5) in the closed position. The flush mode of the toiler can be determined and the water supply to the system can be controlled, maintaining the water seal against odours, ensuring low water consumption with each flush, independently of the supply pressure, and guaranteeing a high level of performance.

The invention relates to a tankless intelligent toilet, using a direct flush technique, comprising a hinged pan (5), a bowl (2) with a water seal against odours (21), a funnel (3) below the bowl (2), for removing waste and a control unit (8) operationally connected to: a presence sensor (19); a flow sensor (12), which measures the amount of water flowing into the system; a solenoid valve (13), which allows or prevents the inflow of water into the toiler; an actuation mechanism (16), which opens and closes the hinged pan (5); and a locking mechanism (9) which locks the hinged pan (5) in the closed position. The flush mode of the toiler can be determined and the water supply to the system can be controlled, maintaining the water seal against odours, ensuring low water consumption with each flush, independently of the supply pressure, and guaranteeing a high level of performance.

A micro flushing toilet to use 0.0625 GPF (gallons per flush) and flush automatically as needed when the solid human waste is accumulated within the toilet and will break the waste up as the waste travels down the sewer pipe reducing water used to move the human waste to the sewer or septic tank.

A toilet is disclosed, having a bowl (400) for receiving human waste and a wiper (402). The bowl (400) is moveable between a waste receiving position and a waste emptied position. This movement is provided based on a waste emptying actuation by a user of the toilet. The wiper (402) is movable to remove residual waste from an inside surface of the bowl (400) by wiping the inside surface of the bowl (400). The movement of the wiper (402) is coupled to the movement of the bowl (400), the wiper (402) being configured to move during the movement of the bowl (400), for at least a part of the movement of the bowl (400) between the waste receiving position and the waste emptied position.

A toilet is disclosed, having a bowl (400) for receiving human waste and a wiper (402). The bowl (400) is moveable between a waste receiving position and a waste emptied position. This movement is provided based on a waste emptying actuation by a user of the toilet. The wiper (402) is movable to remove residual waste from an inside surface of the bowl (400) by wiping the inside surface of the bowl (400). The movement of the wiper (402) is coupled to the movement of the bowl (400), the wiper (402) being configured to move during the movement of the bowl (400), for at least a part of the movement of the bowl (400) between the waste receiving position and the waste emptied position.

The present invention relates to a sewage discharge device of a variable water-saving toilet, the device discharging sewage in a bowl to the outside by the load of an auxiliary tank, when a part of tap water branches off from a tap water inflow path such that the tap water stored in the auxiliary tank provided around the outer periphery of a sewage discharge pipe of the toilet reaches a predetermined amount or more.

The present invention relates to a sewage discharge device of a variable water-saving toilet, the device discharging sewage in a bowl to the outside by the load of an auxiliary tank, when a part of tap water branches off from a tap water inflow path such that the tap water stored in the auxiliary tank provided around the outer periphery of a sewage discharge pipe of the toilet reaches a predetermined amount or more.

A toilet having a water inlet structure, a bowl structure, a rim, and an outlet structure. The water inlet structure is configured to receive water from a water source. The bowl structure includes a toilet bowl and a water channel, which is fluidly connected to the water inlet structure and is configured to feed water into the toilet bowl from an outlet of the water channel that is located between a back portion and a side portion of the toilet bowl. The rim has a solid, annular member disposed around a top of the toilet bowl and entirely above the water channel, is formed separately from and coupled to the bowl structure. The outlet structure is fluidly connected to the toilet bowl to carry the water and contents from the toilet bowl to an outlet.