A flush toilet uses a pressure pump and switching valve body to direct water flow between rim and jet spout ports.
A toilet fixture with detachable primary and secondary drain tubes diverts backed-up water directly into a sewer pipe.
A tank-less toilet flush valve uses a pressure-controlled check valve to open the interior to ambient air.
A flush water tank device uses a delay valve opening mechanism to control discharge timing.
Segmented drain valve design prevents odor escape by isolating the liquid seal from pneumatic pressure build-up that deforms conventional mechanical traps.
Electric motor actuates a perpendicular cartridge valve to replace worn diaphragms and reduce maintenance costs.
A flush assembly sprayer body with an arc-shaped bottom outlet delivers a continuous water flow profile across the fixture surface.
A pressurizing pump delivers controlled flush water volumes to a jet spouting port, rapidly inducing the siphon effect in the drain trap pipe.
A reed switch system uses a current coil to generate magnetic fields for remote activation.
Segmented rim spouts discharge water rearward along linear sections, preventing splashing at curvature change areas while maintaining strong circulating flow.
Horizontal adjustment portion aligns reservoir tank to resolve offset center axis issues and maintain jet pump performance.