A micro flushing toilet to use 0.0625 GPF (gallons per flush) and flush automatically as needed when the solid human waste is accumulated within the toilet and will break the waste up as the waste travels down the sewer pipe reducing water used to move the human waste to the sewer or septic tank.

Provided is a toilet remote controller for remotely operating a toilet device. The toilet remote controller includes a remote controller main body. The remote controller main body includes a first operation unit, a case, and a cover panel. The case forms a storage space for storing an electrical component. The cover panel is provided at a position corresponding to the first operation unit and covers the case with light permeability.

A toilet flushing assembly includes at least a spiral trapway and a drive mechanism. The spiral trapway includes an upstream portion coupled to a toilet bowl, a curved portion, and a downstream portion coupled to a waste outlet. The drive mechanism is coupled to the spiral trapway and configured to rotate the spiral trapway from a first orientation to a second orientation. The first orientation evacuates contents from the toilet bowl and the second orientation advances the contents from the spiral trapway to the waste outlet.

A toilet flushing assembly includes at least a spiral trapway and a drive mechanism. The spiral trapway includes an upstream portion coupled to a toilet bowl, a curved portion, and a downstream portion coupled to a waste outlet. The drive mechanism is coupled to the spiral trapway and configured to rotate the spiral trapway from a first orientation to a second orientation. The first orientation evacuates contents from the toilet bowl and the second orientation advances the contents from the spiral trapway to the waste outlet.

A hands-free flushing device and method of using same to allow a user to flush a toilet with their foot instead of their hands, thereby avoiding the spread of germs and bacteria. The hands-free flushing device is removably attached to the toilet flush handle of an existing toilet with little to no modification, allowing for easy installation. An embodiment of the hands-free flushing device comprises a foot pedal configured to suspend above the floor which allows for easy cleaning and avoids of the transmission of germs and bacteria.

A hands-free flushing device and method of using same to allow a user to flush a toilet with their foot instead of their hands, thereby avoiding the spread of germs and bacteria. The hands-free flushing device is removably attached to the toilet flush handle of an existing toilet with little to no modification, allowing for easy installation. An embodiment of the hands-free flushing device comprises a foot pedal configured to suspend above the floor which allows for easy cleaning and avoids of the transmission of germs and bacteria.

Provided is a dual-control flushing device, including: a body including a water tank; a valve assembly including a valve body and a valve stem configured to control opening or closing of a flushing port, wherein a transmission part extends from an end of the valve stem; a first flushing mechanism including a pressing assembly and a transmission assembly; a second flushing mechanism including a foot-controlled assembly, a lifting block and a traction rope, wherein the lifting block includes a lifting part, the traction rope includes a first control end connected to the foot-controlled assembly and a second control end connected to the lifting block, the foot-controlled assembly is configured to squeeze or release the first control end, so that the first control end and the second control end move and drive the lifting block and the valve stem to lift synchronously. The dual-control flushing device is convenient for users.

Provided is a dual-control flushing device, including: a body including a water tank; a valve assembly including a valve body and a valve stem configured to control opening or closing of a flushing port, wherein a transmission part extends from an end of the valve stem; a first flushing mechanism including a pressing assembly and a transmission assembly; a second flushing mechanism including a foot-controlled assembly, a lifting block and a traction rope, wherein the lifting block includes a lifting part, the traction rope includes a first control end connected to the foot-controlled assembly and a second control end connected to the lifting block, the foot-controlled assembly is configured to squeeze or release the first control end, so that the first control end and the second control end move and drive the lifting block and the valve stem to lift synchronously. The dual-control flushing device is convenient for users.

An obstruction clearing assembly for clearing an obstruction from the P-trap to the waste outlet of the toilet. The assembly is positioned inside the toilet is accessible and controlled outside the fixture by a foot pedal which is connected to a flexible cable, which are aligned diagonally by a plurality of at least a dozen threads located outside of the assembly. A cable is connected to a chain with multiple joints and rotates the pulley wheels and rotors inside the assembly. The rotors move in conjunction with the obstruction inside the pipeline. A sleeve provides a rigid frame for the cable. A tensioner connects the cable and the cross bar. The pulley rollers change the direction of the cable from a diagonal to a vertical position and vice versa while the cross bar holds the tensioner that is connected to the chain and toilet base.

An obstruction clearing assembly for clearing an obstruction from the P-trap to the waste outlet of the toilet. The assembly is positioned inside the toilet is accessible and controlled outside the fixture by a foot pedal which is connected to a flexible cable, which are aligned diagonally by a plurality of at least a dozen threads located outside of the assembly. A cable is connected to a chain with multiple joints and rotates the pulley wheels and rotors inside the assembly. The rotors move in conjunction with the obstruction inside the pipeline. A sleeve provides a rigid frame for the cable. A tensioner connects the cable and the cross bar. The pulley rollers change the direction of the cable from a diagonal to a vertical position and vice versa while the cross bar holds the tensioner that is connected to the chain and toilet base.