A system for mounting a fill valve in a toilet with a pivotable reservoir is disclosed. The pivotable reservoir is disposed inside the toilet tank. A fill valve is secured in the tank and designed to deliver water to the pivotable reservoir from an external water supply, wherein the fill valve is secured by a valve support mechanism to a lower portion of the tank. The fill valve support mechanism comprises a fluid line support mechanism and a fluid line. The fluid line support mechanism routes the fluid line away from and around the space through which the pivotable reservoir moves when actuated. A plurality of fasteners connect the fluid line to the fluid line support mechanism and the fill valve mechanism to the toilet tank and water supply.

A system for mounting a fill valve in a toilet with a pivotable reservoir is disclosed. The pivotable reservoir is disposed inside the toilet tank. A fill valve is secured in the tank and designed to deliver water to the pivotable reservoir from an external water supply, wherein the fill valve is secured by a valve support mechanism to a lower portion of the tank. The fill valve support mechanism comprises a fluid line support mechanism and a fluid line. The fluid line support mechanism routes the fluid line away from and around the space through which the pivotable reservoir moves when actuated. A plurality of fasteners connect the fluid line to the fluid line support mechanism and the fill valve mechanism to the toilet tank and water supply.

The present invention relates to a water disposable system comprised of a connecting member having first side connected to at least one unwanted water source and one valve to control the flow of an unwanted water. A toilet water tank is connected a second side of the connecting member, wherein the water tank comprises: a strainer in a stand pipe; a two float system, wherein a first float is set at a minimum tank volume water line, and a second float set at maximum tank volume water line. A button is coupled with a second float allowing the intake of the fresh water from the fresh water pipe upon actuation. A transparent window or gauge is positioned on the front wall of the tank for determining the volume of water in the toilet tank.

The present invention relates to a water disposable system comprised of a connecting member having first side connected to at least one unwanted water source and one valve to control the flow of an unwanted water. A toilet water tank is connected a second side of the connecting member, wherein the water tank comprises: a strainer in a stand pipe; a two float system, wherein a first float is set at a minimum tank volume water line, and a second float set at maximum tank volume water line. A button is coupled with a second float allowing the intake of the fresh water from the fresh water pipe upon actuation. A transparent window or gauge is positioned on the front wall of the tank for determining the volume of water in the toilet tank.

Various systems and methods of controlling the flow of water from a fill valve in a toilet tank to a toilet bowl of a toilet using a bowl fill valve are provided. An inlet of the bowl fill valve is coupled to a bowl fill outlet of the fill valve and the outlet of the bowl fill valve is channeled to the toilet bowl. In illustrative embodiment, a method is provided comprising the steps of determining when the toilet tank has been substantially drained of water during a flush cycle, and opening the bowl fill valve for a predefined period of time after the toilet tank has been substantially drained of water to fill the toilet bowl of the toilet with water. The predefined period of time is less than a total time of the flush cycle.

Various systems and methods of controlling the flow of water from a fill valve in a toilet tank to a toilet bowl of a toilet using a bowl fill valve are provided. An inlet of the bowl fill valve is coupled to a bowl fill outlet of the fill valve and the outlet of the bowl fill valve is channeled to the toilet bowl. In illustrative embodiment, a method is provided comprising the steps of determining when the toilet tank has been substantially drained of water during a flush cycle, and opening the bowl fill valve for a predefined period of time after the toilet tank has been substantially drained of water to fill the toilet bowl of the toilet with water. The predefined period of time is less than a total time of the flush cycle.

A toilet device for a rail vehicle includes flushing water-carrying installations and wastewater-carrying installations. The flushing water-carrying installations include an intermediate reservoir for storing flushing water and a supply line for supplying the intermediate reservoir with flushing water. The supply line includes a filter for filtering the flushing water supplied to the intermediate reservoir. The supply line is connected to the intermediate reservoir such that flushing water from the intermediate reservoir can be returned through the filter. A backflushing line is connected to the filter and opens into a wastewater-carrying installation. A method for operating the toilet device includes supplying the flushing water through a filter to fill the intermediate reservoir, and flushing a flushable bowl with flushing water from the intermediate reservoir or backflushing the filter with flushing water from the intermediate reservoir and draining off the flushing water to a wastewater-carrying installation.

A toilet device for a rail vehicle includes flushing water-carrying installations and wastewater-carrying installations. The flushing water-carrying installations include an intermediate reservoir for storing flushing water and a supply line for supplying the intermediate reservoir with flushing water. The supply line includes a filter for filtering the flushing water supplied to the intermediate reservoir. The supply line is connected to the intermediate reservoir such that flushing water from the intermediate reservoir can be returned through the filter. A backflushing line is connected to the filter and opens into a wastewater-carrying installation. A method for operating the toilet device includes supplying the flushing water through a filter to fill the intermediate reservoir, and flushing a flushable bowl with flushing water from the intermediate reservoir or backflushing the filter with flushing water from the intermediate reservoir and draining off the flushing water to a wastewater-carrying installation.

An assembly comprising a tubular inlet riser adapted to be mounted within a toilet tank where a main control valve assembly would be mounted on the upper end of the inlet riser, the tubular inlet riser having an inner riser bore so that fill water can pass through this bore when the tank empties in accordance with the main control valve assembly, the inlet riser having a bottom-most portion having an outer threaded portion and a bottom seat, the assembly further comprising a quick connect coupling.

An assembly comprising a tubular inlet riser adapted to be mounted within a toilet tank where a main control valve assembly would be mounted on the upper end of the inlet riser, the tubular inlet riser having an inner riser bore so that fill water can pass through this bore when the tank empties in accordance with the main control valve assembly, the inlet riser having a bottom-most portion having an outer threaded portion and a bottom seat, the assembly further comprising a quick connect coupling.