A toilet assembly is provided and includes an inlet conduit, a waste conduit, a flush-assist subsystem, and a plug. The waste conduit is configured to fluidly communicate with the inlet conduit. The flush-assist subsystem includes a flush-assist inlet and a flush-assist outlet. The flush-assist inlet is configured to fluidly communicate with the inlet conduit. The flush-assist outlet is configured to fluidly communicate with the waste conduit. The plug is disposed within the flush-assist subsystem and configured to prevent fluid communication between the inlet conduit and the waste conduit through the flush-assist subsystem.

A toilet assembly is provided and includes an inlet conduit, a waste conduit, a flush-assist subsystem, and a plug. The waste conduit is configured to fluidly communicate with the inlet conduit. The flush-assist subsystem includes a flush-assist inlet and a flush-assist outlet. The flush-assist inlet is configured to fluidly communicate with the inlet conduit. The flush-assist outlet is configured to fluidly communicate with the waste conduit. The plug is disposed within the flush-assist subsystem and configured to prevent fluid communication between the inlet conduit and the waste conduit through the flush-assist subsystem.

A bowl flushing control device of low tank type toilet has a water supply pipe with a working chamber; a waterway switch component used to open and close the waterway of the water supply pipe; a first floater being floatable in the toilet tank, the first floater takes action when the water level in the water tank is lower than the working level; a control rod being movable up and down, the first floater is movably coupled to the control rod; the control rod is movably connected to the waterway switch component to move downwardly and drive the waterway switch component to close the waterway of the water supply pipe when the first floater takes off restriction on the control rod; a activation component used to control the control rod to move upwardly to reset and coupled to the control rod.

A bowl flushing control device of low tank type toilet has a water supply pipe with a working chamber; a waterway switch component used to open and close the waterway of the water supply pipe; a first floater being floatable in the toilet tank, the first floater takes action when the water level in the water tank is lower than the working level; a control rod being movable up and down, the first floater is movably coupled to the control rod; the control rod is movably connected to the waterway switch component to move downwardly and drive the waterway switch component to close the waterway of the water supply pipe when the first floater takes off restriction on the control rod; a activation component used to control the control rod to move upwardly to reset and coupled to the control rod.

A low water level toilet includes a toilet body, the toilet body is provided with a water storage tank, a toilet bowl, a flush-ring water delivery pipe, and a spraying-type water delivery pipe; a water intake device and a drain valve are provided in the water storage tank, and a flush-ring water supply component is further provided in the water storage tank, the flush-ring water supply component has one end in communication with the flush-ring water delivery pipe, and another end in communication with the water intake device; the flush-ring water supply component is provided with an ejecting mechanism in communication with the water storage tank, and when water flows from the water intake device to the flush-ring water delivery pipe, negative pressure is generated in the ejecting mechanism, to suck water stored in the water storage tank towards the flush-ring water delivery pipe.

A low water level toilet includes a toilet body, the toilet body is provided with a water storage tank, a toilet bowl, a flush-ring water delivery pipe, and a spraying-type water delivery pipe; a water intake device and a drain valve are provided in the water storage tank, and a flush-ring water supply component is further provided in the water storage tank, the flush-ring water supply component has one end in communication with the flush-ring water delivery pipe, and another end in communication with the water intake device; the flush-ring water supply component is provided with an ejecting mechanism in communication with the water storage tank, and when water flows from the water intake device to the flush-ring water delivery pipe, negative pressure is generated in the ejecting mechanism, to suck water stored in the water storage tank towards the flush-ring water delivery pipe.

Disclosed is a bowl flushing control device of low tank type toilet, which comprises: a water supply pipe with a working chamber; a waterway switch component used to open and close the waterway of the water supply pipe; a first floater being floatable in the toilet tank, the first floater takes action when the water level in the water tank is lower than the working level; a control rod being movable up and down, the first floater is movably coupled to the control rod; the control rod is movably connected to the waterway switch component to move downwardly and drive the waterway switch component to close the waterway of the water supply pipe when the first floater takes off restriction on the control rod; a activation component used to control the control rod to move upwardly to reset and coupled to the control rod. The first floater of the present invention directly senses the height of the water level in the tank, none business with the inlet pressure of the inlet valve. Therefore, the present invention has advantages of stable discharge volume and wide applicability.

Disclosed is a bowl flushing control device of low tank type toilet, which comprises: a water supply pipe with a working chamber; a waterway switch component used to open and close the waterway of the water supply pipe; a first floater being floatable in the toilet tank, the first floater takes action when the water level in the water tank is lower than the working level; a control rod being movable up and down, the first floater is movably coupled to the control rod; the control rod is movably connected to the waterway switch component to move downwardly and drive the waterway switch component to close the waterway of the water supply pipe when the first floater takes off restriction on the control rod; a activation component used to control the control rod to move upwardly to reset and coupled to the control rod. The first floater of the present invention directly senses the height of the water level in the tank, none business with the inlet pressure of the inlet valve. Therefore, the present invention has advantages of stable discharge volume and wide applicability.

A rimless toilet pan (20) including a forward end (F), a rearward end (R), a pan bowl (28), a flushing outlet (32), a flushing water inlet (30), an inwardly facing first sidewall (34), an inwardly facing second sidewall (37) and a flushing water flow splitter (38). The flushing outlet (32) is in fluid communication with the pan bowl (28). The flushing water inlet (30) is in fluid communication with the pan bowl (28). The inwardly facing first sidewall (34) extends substantially around the top of the pan bowl (28). The substantially horizontal ledge (36) extends substantially around the bottom of the first sidewall (34). The inwardly facing second sidewall (37) extends substantially around the pan bowl (28) under the horizontal ledge (36). The flushing water flow splitter (38) is substantially adjacent a rearward end of the first sidewall (34), is in fluid communication with the flushing water inlet (30) and has a leftwards outlet (38a) and a rightwards outlet (38b). The flushing water flow balancer (40) is on a frontwards part of the first sidewall (34), includes an inwardly facing projection (40a/b/c) extending vertically through at least part of the height of the first sidewall (34) and is positioned substantially symmetrically in relation to a forward to rearward centerline (42) of the toilet pan (28).

A multi-stage toilet flush valve includes an inner valve and an outer valve that circumstribes the inner valve. The inner and outer valve control the flow of flushwater through associated inner and outer outlets. Thus, when the flush valve is actuated, the inner and outer valves are actuated at separate times, while the inner valve delivers flushwater to a rim of the toilet, while the outer valve delivers flushwater to a jet feed outlet in the toilet. As such the multi-stage toilet valve provides two independent inner and outer flushwater delivery outlets that are controlled by associated inner and outer valves that are capable of being actuated at separate times to control the ratio of flushwater delivered to a toilet rim and to a toilet jet feed outlet to enhance the effectiveness in which the toilet bowl is cleaned.