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 according to an embodiment includes a bowl part, a rim part, a water spout port, a bottom surface wall, and an extension part. The bowl part receives waste. The rim part is formed on a top of the bowl part. The water spout port spouts a washing water along the rim part. The bottom surface wall is formed in such a manner that a height thereof increases from a side of the water spout port toward a front end of the rim part, and forms a passing water channel where the washing water flows. The extension part extends a water spout region for the washing water that is spouted from the water spout port.

A flush toilet according to an embodiment includes a bowl part, a rim part, a water spout port, a bottom surface wall, and an extension part. The bowl part receives waste. The rim part is formed on a top of the bowl part. The water spout port spouts a washing water along the rim part. The bottom surface wall is formed in such a manner that a height thereof increases from a side of the water spout port toward a front end of the rim part, and forms a passing water channel where the washing water flows. The extension part extends a water spout region for the washing water that is spouted from the water spout port.

A toilet assembly includes a toilet, a non-vitreous fluid delivery component, and a connector assembly. The non-vitreous fluid delivery component is coupled to, and in fluid communication with, the toilet. The connector assembly couples the non-vitreous fluid delivery component to the toilet in a substantially watertight manner. The connector assembly includes a connector body, a nut adjustably coupled to the connector body, and a sealing member disposed on the connector body. The nut is configured to be adjusted relative to the connector body to cause the connector body to compress the sealing member against a portion of the toilet, such that the sealing member creates a substantially watertight seal between the toilet and the connector body.

A toilet includes a bowl with a sump and a trapway connecting the sump to an outlet of the toilet. The trapway has a zeta shape and is configured to induce a siphon which provides pressure to suction waste water from the bowl during a flush cycle. A trapway supply conduit is connected to the trapway in a tangential orientation to an upleg region of the trapway. The trapway supply conduit supplies water to the trapway, which follows a contour of the inner surface of the trapway supply conduit and continues in the same direction into the upleg region of the trapway by relying on a fluid flow to follow the curve of a convex surface placed proximate to the flow.

A flush toilet is capable of suppressing water from splashing from a bowl at a time when water is discharged rearward inside the bowl from one rim spout port portion formed in a rim portion. A rim spout portion of the flush toilet forms a rim water passage where flush water that is supplied flows through, and forms, on a downstream end of the rim water passage, a rim spout port portion that discharges the flush water rearward. The rim spout port portion, which is one in number, is formed in the rim portion, and the rim spout port portion in the linear portion is formed to discharge water rearward in the bowl in a direction extending the linear portion.

A flush toilet is capable of suppressing water from splashing from a bowl at a time when water is discharged rearward inside the bowl from one rim spout port portion formed in a rim portion. A rim spout portion of the flush toilet forms a rim water passage where flush water that is supplied flows through, and forms, on a downstream end of the rim water passage, a rim spout port portion that discharges the flush water rearward. The rim spout port portion, which is one in number, is formed in the rim portion, and the rim spout port portion in the linear portion is formed to discharge water rearward in the bowl in a direction extending the linear portion.

A flush toilet includes a toilet main body made of ceramics including a skirt and a rear storage configured to store at least a part of a control unit. The skirt includes a rear wall and a side wall provided in a back surface and a side surface of the toilet main body, respectively. The rear wall includes an opening provided between a peripheral edge of each opening and the side wall of the skirt. The opening penetrates in a front-rear direction to communicate between an inner region of the rear storage or an outer region below the inner region and an outer region behind the toilet main body. The skirt further includes a cross beam that joinably or coupleably supports the peripheral edge of the opening and the side wall of the skirt to each other so as to reinforce strength of the toilet main body.

A sanitary facility formed as a toilet, including a body with an upwardly open bowl, a water chamber provided in the region of the upper rim of the bowl, to project horizontally into the bowl. Wherein at least one flushing opening on the chamber side directed downwardly into the bowl. At least one connection portion is provided in the rear region of the body for connecting a flushing-water feed line for feeding flushing water into the water chamber, from which the water flows into the bowl via the chamber-side flushing opening. The water chamber extends only in a rear rim region. A second and a third flushing opening are each able to be supplied with flushing water and allow the flushing water to be introduced tangentially into the bowl. The third flushing opening is positioned closer to the front side of the body than the second flushing opening.

A sanitary facility formed as a toilet, including a body with an upwardly open bowl, a water chamber provided in the region of the upper rim of the bowl, to project horizontally into the bowl. Wherein at least one flushing opening on the chamber side directed downwardly into the bowl. At least one connection portion is provided in the rear region of the body for connecting a flushing-water feed line for feeding flushing water into the water chamber, from which the water flows into the bowl via the chamber-side flushing opening. The water chamber extends only in a rear rim region. A second and a third flushing opening are each able to be supplied with flushing water and allow the flushing water to be introduced tangentially into the bowl. The third flushing opening is positioned closer to the front side of the body than the second flushing opening.