Abstract:
A flush toilet that uses a prescribed amount of cleansing water stored in a cleansing water tank to cleanse the toilet and discharge waste is disclosed. The flush toilet includes a bowl having a waste receiving surface, an overhanging rim and a shelf, a drainage channel whose inlet is connected to the bottom of the bowl for discharging waste, a first water spouting section for spouting cleansing water onto the shelf of the bowl to form a vortex; a second water spouting section for spouting cleansing water onto shelf of the bowl in the same direction as the swirling direction of the vortex, a first water channel for supplying cleansing water from the cleansing water tank to the first water spouting section, and a second water channel for supplying cleansing water from the cleansing water tank to the second water spouting section.
Abstract:
The lavatory bowl for a WC has a body (3) made from ceramic or a similar material. A flushing channel (4a) has a connection piece (27) for connection of a flushing water pipe (12). A connection part (10), to which a flushing pipe (12) can be connected, is inserted into a rear recess (9) of the body (3). The connection part (10) has two extension parts (20, 23), which can be cut to length and can be pushed into a flushing pipe end (12a) or onto a pipe connection end (24). The lavatory bowl allows mounting by blind-plug connection.
Abstract:
The present provides a sanitary western-style flush toilet in which stains are hardly adhered to a rim, and as a result, a nasty smell and the like are hardly generated. A western-style toilet body comprises a bowl portion and an open rim. The open rim has a rim channel in the inside thereof. At the rear of the western-style toilet body, a washing device which is capable of spouting water is formed. The bowl portion is washed by the water which is spouted from the washing device. An inward surface of an inner wall portion of the open rim is an identical surface to a bowl face of the bowl portion.
Abstract:
The present invention relates to an improved toilet and flushing system, wherein the system includes a toilet bowl; a pressured water supply; at least one flow regulator and at least one water outlet; characterized in that the system includes at least one control device configured to operate said flow regulator(s) to control the flow of the pressured water supply, and wherein the outlet(s) are configured to deliver water from the pressured water supply, so that water from the pressured water supply which creates a venturi effect to evacuate waster and water from the bowl and travels along wall(s) of the toilet bowl to wash and refill the toilet.
Abstract:
A flush toilet comprises a toilet body, a water supply pipe connected to supply wash water, a discharge port connected to discharge wash water, a valve disposed between the water supply pipe and the discharge port, a valve switching device connected to switch the valve, a spring operably connected to drive the valve switching device, a mechanical timer and a starter operably connected to supply the spring with strain energy. The spring releases the strain energy accumulated in it to drive the valve switching device, and the mechanical timer consumes a part of the strain energy released from the spring to regulate duration of the operation of the spring.
Abstract:
The present invention provides an open/close valve which contributes the stabilization of the operation responsibility. A housing has a water-in port and a water-out port. Furthermore, a piston which is slidably mounted in the housing in an axial direction by means of an external operation of a shaft, and a pressure offset means for offsetting the pressure which the piston receives from water in the water-out port to the other side are provided. The piston is attached to a seat face of the housing by being slided on one side in an axial direction to close the communication between the water-in port and the water-out port, and the piston is detached to the seat face of the housing by being slided on the other side in an axial direction to open the communication between the water-in port and the water-out port. The pressure offset means comprises a pressure offset room which is formed at the other side of the piston, and a passage for communicating one side of the piston with the pressure offset room.
Abstract:
A toilet bowl in combination with a pressurized flush tank is presented wherein the pressurized tank has a spring, a float piston, a water inlet control valve set, a water discharge control unit and a container lid. The water inlet control valve set includes a valve unit, a valve cover, a small spring, a control piston, a seal ring, a float and a control wire. The water discharge control unit has a control handle, a link bar, a seal ring, two link bar fixing seats, a seal cap and a set of discharge fixing ring. When water is discharged, the compressed spring applies a force to the float piston so that the float piston will exert pressure on water which rushes into a toilet bowl as a result.
Abstract:
The flush toilet has a waste receipt surface section (10) of a bowl section (1) formed continuously integrally with an inner rim wall surface section (15) of the rim portion disposed at a peripheral edge of an upper opening (13) of the bowl section (1) as a curved surface; and the inner rim wall surface section (15) of the rim portion acts as a flush water passage (16) of the bowl section. The flush water passage (16) of the bowl section is further configured such that the inner rim wall surface section (15) of the rim portion is shaped in an overhanging form inclining so as to hang over inside of the bowl section (1). The flush toilet of this configuration can be cleaned with ease and kept clean in sanitation.
Abstract:
In connecting a flushing port (2) of a toilet stool (1) which is formed so as to face the floor surface to which the toilet stool (1) is installed to a drainpipe (3) of the building, the connection is made by means of a flushing-side connecting pipe (6) which connects to the flushing port (2), a drain-side connecting pipe (7) which connects to the drainpipe (3), and a linking pipe (8) which makes connection between the above-noted two pipes. In making the pipe connections, the linking pipe (8) is cut off in accordance with the distance between the flushing port (2) and the drainpipe (3) or pipe insertion overlap can be used to adjust the length of the linking pipe (8).
Abstract:
A flush toilet system includes a bowl that is drained in a flush operation through a flow path including a trap and a siphon. A bypass passage supplies a back jet of water in the reverse flow direction in the flow path. A back jet valve assembly opens to permit back jet flow during only the first part of the interval during which flush water is supplied to the system from a water supply. The kinetic energy of the back jet is converted to static pressure to block or impede flow of flush water through the flow path. Water level increases in the bowl, and when the back jet flow is discontinued a siphon flush operation proceeds. The back flush valve assembly also releases water after the flushing operation in order to reseal the trap.