The invention is referred to as a flush toilet with a toilet bowl (1), which has an elliptical shape, with an arbitrary size, large and small, on the outside of the toilet bowl (1) with a trip lever (9), trip lever (9) connected to the connection wire (4) in a fixed plastic tube (3), the connection wire with the flapper (10), a closed clamping mechanism (5) and a opened clamping mechanism (7), the mouth (16) of the toilet bowl (1) has a main water outlet hole (12) and many auxiliary water holes (13) in around the mouth bowl (16) of the toilet bowl (1), below is the toilet seat (2) is made of porcelain, the inside of the toilet seat (2) has the chicken guts exhaust tube (14) attached to the toilet bowl (1), the chicken guts exhaust tube (14) have two segments made from a soft rubber plastic tube, shaped like as chicken guts, with an optimal length from 15 cm to 20 cm and a diameter from 6 cm to 9 cm, two segments of the chicken guts exhaust tube (14) are connected by a connection tube (6b) and fixed vertically by the strap (6), the upper section of the chicken guts exhaust tube (14) is mounted with a closed clamping mechanism (5) and the lower section of the chicken guts exhaust tube (14) is attached to an opened clamping mechanism (7), the bottom of the chicken guts exhaust tube (14) is attached to the waste tube (15), the shaft is fixed fix (8) position the strap (6) at position 6a, position a closed clamping mechanism (5) at position (5a) and opened clamping mechanism (7) at position (7a).

A shower head includes a water input pipe, a fluidic oscillator, and at least one water outlet. The water input pipe is configured to supply a flow of water. The fluidic oscillator includes at least one predetermined geometry to control the flow of water ejected from the fluidic oscillator to include a repeating fan of water at a predetermined angle range. The at least one water outlet is configured to provide the flow water including the repeating pattern of water.

A siphonic flush toilet system and method of priming the same having a toilet bowl assembly comprising at least one jet flush valve assembly and at least one rim valve; and bowl having a rim and a jet defining at least one jet channel, the at least one jet channel having an inlet port and a jet outlet port configured for discharging fluid to a sump area, wherein the sump area is in fluid communication with a trapway. The bowl has a closed jet pathway including the jet channel and extending from the jet flush valve assembly outlet to the jet channel outlet port to maintain the jet channel in a primed state with fluid from the jet flush valve assembly so as to assist in preventing air from entering the closed jet pathway. Flush valves are also disclosed having back-flow preventer mechanisms and/or at least partly flexible valve covers for use with the toilet systems and methods herein.

A method for controlling water spouting of a toilet includes: a target region where a foreign object exists is determined from multiple predetermined regions in the toilet; a target water spout corresponding to the target region is determined according to pre-stored correspondences between the multiple regions in the toilet and water spouts for flushing the multiple regions; and the target water spout is controlled to spout water.

The invention is related to an article for daily use. It provides a tankless water-saving seated toilet body and its fabrication method. The tankless water-saving seated toilet body comprises a seated toilet main body, which further comprises a bowl, a drainage pipe, a flushing pipe, a flushing device installation space and a body shell. The upper periphery of the sidewall of the bowl has a water loop. The bottom of the bowl has a drainage pipe inlet and a drainage main flushing nozzle. The outside of the bottom of the water loop is attached to the upper periphery of the toilet bowl and the body shell. The flushing device installation space is placed in the back of the main body. The flushing device installation space has a flushing pipet inlet. The flushing device installation space is connected to the water loop and the drainage main flushing nozzle through a flushing pipe. This tankless water-saving seated toilet body features efficient flushing and draining, water-saving, resistance to clogging without the utilization of a traditional water tank, therefore reducing the manufacturing cost. Users can experience a clean and organized toilet space without the material and installation cost of a concealed water tank. The fabrication method is simple yet the finish effect is good.

A toilet system comprising a toilet seat that is configured for a user to sit on or squat over for depositing of human waste. The toilet seat can include a toilet seat body with a toilet seat opening. A riser can be configured to support and elevate the toilet seat to a selected or prescribed height and can include a riser body with a riser opening and a first riser attachment portion being connectable to one or more seat attachment portions of the toilet seat. A base can include a base body that has a base opening and a base attachment portion that is connectable to a second riser attachment portion of the riser and/or the one or more seat attachment portions of the toilet seat. A plurality of inserts can be configured to be at least partially received within the riser opening and/or the base opening to allow for reconfiguration of the toilet system.

A siphonic flush toilet system and method of priming the same having a toilet bowl assembly comprising at least one jet flush valve assembly and at least one rim valve; and bowl having a rim and a jet defining at least one jet channel, the at least one jet channel having an inlet port and a jet outlet port configured for discharging fluid to a sump area, wherein the sump area is in fluid communication with a trapway. The bowl has a closed jet pathway including the jet channel and extending from the jet flush valve assembly outlet to the jet channel outlet port to maintain the jet channel in a primed state with fluid from the jet flush valve assembly so as to assist in preventing air from entering the closed jet pathway. Flush valves are also disclosed having back-flow preventer mechanisms and/or at least partly flexible valve covers for use with the toilet systems and methods herein.

A flush toilet includes a first rim spout port provided in a rim on one side in a left-right direction of a bowl and a second rim spout port provided in the rim on the other side in the left-right direction of the bowl. The first rim spout port is disposed further in the front than the front end of a well portion. The second rim spout port causes the second rim spout to traverse a swirling direction of a swirling flow of the first rim spout and guide the flush water interfering with the swirling flow of the first rim spout to a rear region of the bowl further on the rear side than the well portion.

The water conduit has: a first water-guiding portion extending from a water supply portion, where the flush water is supplied to the water conduit, to a first spout port located on one of right and left sides of the bowl portion; and a second water-guiding portion extending from the water supply portion to a second spout port located on the other side. The water supply portion is located at a position on the one side. The flush water is supplied to the water supply portion in a direction from the water supply portion toward the first water-guiding portion. A collision wall is provided on a way of the first water-guiding portion such that at least a part of the supplied flush water collides with the collision wall. The at least part of the flush water having collided with the collision wall is supplied to the second water-guiding portion.

A siphon valve assembly, the assembly comprising a tubular core; a head coupled to and surrounding a top of the core; and a fluid spray initiator coupled to the head; wherein a lower end of the head defines a siphon valve inlet, a lower end of the tubular core defines a siphon valve outlet, an upper end of the tubular core comprises a weir, and the spray initiator is configured to discharge a fluid into the core to induce a siphon flow of a surrounding fluid through the siphon valve inlet, over the weir, and out the siphon valve outlet.