Abstract: A water-saving toilet is made of a thermoplastic resin compound material. The material includes inorganic stuffing provided by an injection technique and includes a main body with a water outlet in the lower part and a flushing water pipe outlet in side wall of the water outlet, a water tank with a cavity at the bottom which is provided with a main pipe opening and a flushing pipe inlet opposite the water tank and communicating with the main body by the main pipe opening, a flushing pipe and a siphon pipe the upper end of which including a water inlet connected with the water outlet. A method of producing the toilet, featuring easily available and sufficient raw material, simple operation, high production efficiency, low energy consumption and environment friendly property is also provided. The toilet has fine appearance, is self-cleaning, water saving and smooth flushing.

Abstract: A pipe work 10 provided with a cleaning control valve V1 is connected to a rim 3 of a toilet main body 1 in a hygienic western-style toilet facility provided with an ejector inhaling and discharging air from a water-discharge channel where there is no possibility for odors and filthy water to be supplied to a toilet bowl in cleaning operation. A branch pipe 11 is branched from more upstream side than the cleaning control valve V1 of the water-supply pipe 10, and is connected to the ejector 20 through a U-shaped pipe 12 and an ejector water-supply valve V2. A discharge outlet of water of the ejector 20 is connected to a second water-discharge channel 7 through a pipe work 13. One end of a negative pressure transmission channel 21 is connected to an air suction inlet 20a provided at a throat portion of the ejector 20. The other end of the negative pressure transmission channel 21 is connected to an upper end 5a of a rising portion of a first water-discharge channel 5.

Abstract: The present invention relates to a toilet. More particularly, the present invention is directed to an apparatus for operating a variable siphon tube of a toilet, wherein operating reliability of the variable siphon tube can be primarily improved as well as a deodorizing structure can be provided and a rear part of the toilet can also be slimmed.

Abstract: A waste outlet fitting having a siphon which is mounted in a cup-shaped housing. The siphon has an inlet and an outlet and is inserted into the housing from above. For cleaning and maintenance, the siphon can be removed upwardly and subsequently re-inserted from above. Arranged at the inlet of the siphon is an inflow funnel which can likewise be installed and removed from above. The waste outlet fitting makes especially simple cleaning and maintenance of the waste outlet fitting and of the soil pipe possible.

Abstract: A flush toilet bowl comprises a bowl part (1) and a discharge trap (2) formed continuously at the bottom of the bowl part, and the discharge trap (2) further comprises a rising channel (22) extending in the obliquely upward direction from the bottom of the bowl part, a first weir (27) formed at the upper end of the rising channel, a descending channel (23) extending downwardly from the first weir, and a cross-laid channel (24) extending substantially in the horizontal direction from the lower end of the descending channel and having a discharge opening (25) at the end.

Abstract: A flush toilet bowl comprises a bowl part (1) and a discharge trap (2) formed continuously at the bottom of the bowl part. The discharge trap (2) further comprises a rising channel (22) extending in the obliquely upward direction from the bottom of the bowl part, a first weir (27) formed at the upper end of the rising channel, a descending channel (23) extending downwardly from the first weir, and a cross-laid channel (24) extending substantially in the horizontal direction from the lower end of the descending channel and having a discharge opening (25) at the end. The cross-laid channel (24) is provided with an upwardly bent second weir (28) between the lower end of the descending channel and the discharge opening, and a gathered water part (29) is formed between the second weir (28) and the lower end of the descending channel. The descending channel is formed in the vicinity of the lower end thereof with a horizontal part (26) extending horizontally toward the cross-laid channel (24).

Abstract: A water saving toilet comprising a water assembly and a bowl assembly. The tank assembly includes a water tank, a lid for the water tank and a water supply control mechanism provided in the water tank, a water trap control mechanism and a water flushing control mechanism. The bowl assembly includes a bowl and a water flushing system having a primary and a secondary water discharging lines.

Abstract: A water saver toilet is provided, of the type that applies a vacuum to the toilet bowl outlet to assist flushing, which effectively uses the vacuum and which can be of low height. The toilet bowl outlet includes upper and lower trap devices (44, 50 in FIG. 2) connected by a trapway (46), with a vacuum source applied to the trapway during a flushing to pull out water and debris from the toilet bowl. One vacuum source (FIG. 3) includes a largely horizontal diaphragm (76) which separates a water chamber (82) from a vacuum chamber (80). The water chamber is initially filled with water, which is rapidly emptied during flushing, causing the diaphragm to rapidly fall from an upwardly bowed configuration (76) to a downwardly bowed configuration (76A). The vertically moving diaphragm produces a vacuum in the vacuum chamber that is connected to the trapway.

Abstract: A vacuum assisted toilet wherein a vacuum is applied between upper and lower traps (40,44 in FIG. 2) of a toilet bowl outlet during a flushing, wherein the lower trap is constructed to more reliably assure that an air passage (64) above a pool of water (52) of the lower trap will quickly close near the beginning of a flushing and will remain open between flushings. The lower trap has a lower wall (50) that holds a pool of water (52) with a pool top (62) of predetermined height (A) between flushings, and has an upper wall (60) spaced above the pool top to form an air passage. The upper wall forms a narrow but tall vent (100, FIG. 4) of the air passage, which assures that the air passage will always be open between flushings, and with the narrow but tall vent being quickly closed by water rapidly flowing therethrough at the beginning of a flushing.

Abstract: A water saver toilet is provided, of the type that applies a vacuum to the toilet bowl outlet to assist flushing, which effectively uses the vacuum. The toilet bowl outlet includes upper and lower trap devices (44, 50 in FIG. 2) connected by a trapway (46), with the lower trap device being initially unobstructed. At the beginning of flushing, the initial water flow causes obstruction of the lower trap device to air flow, and a vacuum is then applied to the trapway to pull out water and debris from the toilet bowl. One toilet (FIG. 5) is of the urinal type, and includes a container (214) lying within a water tank, with the lower end (218) of the container opening to the water tank, and with the upper end (219) of the container connected by a vertical vacuum pipe (221) to the trapway.

Abstract: An insertable weir structure for a water closet includes a cylindrical valve, with an opening thru the cylinder perpendicular to and passing thru its axis; rotatable and externally controlled such that in one position it permits the liquid wastes to pass thru a passageway in the weir of the water closet and when rotated approximately 90.degree. completely closes the passageway in the weir forcing flushed material to follow the conventional path over the top of the weir.

Abstract: A water-conserving toilet is disclosed and includes a bowl for receiving waste and a waste outlet extending laterally from the bowl and defining a first, shallow trap arranged so that a relatively shallow body of liquid is normally retained in the bottom of the bowl for preventing gaseous flow through the trap. A flush system is provided and is arranged, when operated, to deliver a charge of flushing liquid into the bowl in a direction to cause said body of liquid to be discharged through said outlet. An enlarged chamber communicates with said bowl outlet for receiving waste from the bowl. An outlet extends outwardly from the chamber and is adapted for connection to a sewer inlet. The chamber outlet defines a second trap of substantial height capable of preventing reverse flow of sewer gas into the chamber in use.

Abstract: The present invention is related to a water-saving toilet bowl wherein the main flush inlet and secondary flush inlets are improved whereby the secondary flush enters into the upper reservoir later than the main flush; and in addition, the guiding plate between the upper reservoir and lower reservoir is prolonged to increase the acceleration of gravity; having the features that no more than six liters of water is required to flush away the defecation or the like.

Abstract: A bottom discharge toilet in which a trap is formed integrally with the toilet base. While the trap plays no role in the flushing action of the toilet itself, it is adapted to receive the discharge from other plumbing fixtures and thereby to serve as a single, common trap for such fixtures. By directing the received discharge through the interior of the toilet, the trap also assists in keeping the toilet outlet line clear. To further reduce the overall cost, the toilet is formed in several interlocking pieces as a kit which can be conveniently shipped and handled, and then assembled on-site. A novel water inlet valve operates in cooperation with a flushing mechanism to clear the toilet and refill the bowl with a minimum of water consumption.

Abstract: A toilet for conserving water, the toilet having a water storage chamber which includes an expandable diaphragm wall that on filling under household water supply pressure conforms to a wall of a complimentary air chamber separated from the storage compartment by the diaphragm. The chamber communicating with a gated discharge cavity between a trap and a sewage line, wherein water in the storage compartment is released at a high flow rate into a bowl having sedentary waste water, the waste water being exhausted from the bowl into the discharge cavity by a partial vacuum action generated by the contracting diaphragm concurrent with the introduction of the supply water, the waste water being gated from the discharge cavity into the sewer line on reduction of the vacuum pressure, whereby the supply water replaces rather than flushes the waste water.