A flush toilet pump discharges water through rim spouts while a supply device refills the tank.
A flush toilet device recovers retained water from the discharge trap conduit using a siphon and return pump mechanism.
Automatic pipeline switching between ring and bottom flushing paths maintains effective cleaning performance under low cistern water levels.
A toilet rear storage uses an asymmetric discharge socket side wall to reduce cross-sectional area and maximize control unit volume.
A toilet bowl uses a diverting wall to manage water flow, preventing overflow when the primary drain blocks.
Automated dispensing of a thickened urea hydrochloride cleaner prevents scale buildup while eliminating manual handling of harsh chemicals.
A suction toilet uses a hybrid turbine motor to pull waste through the S-bend before clear water follows.
Segmented guide zones prevent cross-contamination during sample transport, enabling reliable on-site health monitoring.
A portable urinal device features an adjustable urine receptor and integrated pumps for efficient waste management.
Flow guide portions create a vortex to discharge suspended filth, resolving incomplete flushing and noise caused by water convergence.
A graphical user interface couples a miniaturized navigation area to an information area via a movable selection indicator for seamless workspace control.
A height-adjustable urinal siphon mechanism uses plug-in tube sections and a circumferential sealing ring to align inlet and outlet openings.
Partitioned sections guide jets toward the siphon and bowl walls, preventing overflow in rimless ceramic toilets.
A toilet uses a water pump and air isolation device to deliver flushing water from a tank.
A dual valve toilet directs water through a tangential swirling outlet to clean the bowl interior.
Sectorial recess guides swirling flush water toward pooled area to generate pressing flow.
Liquid membrane spouting induces vertical flow in the well, submerging waste for discharge with reduced water volume.