Nozzle with independent flow and pulse control
View Patent ↗A jet for a spa or bathing system that has a water flow modifier, where the water flow modifier is controlled independently from the flow rate of water through the jet.
1. A jet for a bathing system comprising:
a jet body;
a jet space partitioned within the jet body that allows aerated water to flow from a jet inlet to a jet outlet;
a wheel space partitioned within the jet body with a water wheel disposed to rotate as unaerated water flows through the wheel space, the unaerated water received from a water wheel inlet and exiting through a water wheel outlet, the water wheel outlet directed toward an environment outside the jet body and the jet space, the water wheel outlet being uncoupled with the jet outlet and jet space;
a water wheel control valve operably connected to the water wheel inlet to regulate flow rate of the unaerated water such that regulating flow rate of the unaerated water regulates rotation rate of the water wheel;
a flow modifier operably connected to the water wheel, such that rotation of the water wheel rotates the flow modifier and induces a modification of the aerated water without changing flow rate of the aerated water that flows through the jet outlet; and
a jet control valve operably connected to the jet inlet to regulate flow rate of the aerated water from the jet inlet to the jet outlet without changing flow rate of the unaerated water as the unaerated water flows from the water wheel inlet to the water wheel outlet.
2. An assembly comprising:
a plate upon which are mounted one or more jets;
at least one of the jets being a controlled jet comprising:
a jet body;
a jet space partitioned within the jet body that allows aerated water from a jet water supply to flow from a jet water inlet to one or more jet outlets;
a wheel space partitioned within the jet body with a water wheel disposed to rotate as unaerated water flows through the wheel space, the unaerated water received from a water wheel inlet and exiting through a water wheel outlet, the water wheel outlet directed toward an environment outside the jet body and the jet space, the water wheel outlet being uncoupled with the and jet space;
the assembly further comprising:
a water wheel control valve attached to a user accessible exterior surface of the jet plate and operably connected to the water wheel inlet so as to control flow rate from the water wheel inlet to the wheel space of the one or more jets so that adjustment of the water wheel control valve does not change flow rate from the jet inlet to the one or more jet outlets; and
a jet water control valve comprising an outer ring attached to the jet outlet of the controlled jet and operably connected to the jet inlet, and wherein the jet water control valve controls flow rate from the jet inlet to the one or more jet outlets so that adjustment of the jet water control valve does not change flow rate from the water wheel inlet to the water wheel outlet.
3. A jet as in claim 1 wherein the water wheel includes spaced vanes that extend radially outward from a center opening of the water wheel, the center opening being coaxial with the jet water outlet and jet space, and spaced fins located around the center opening in between the vanes with spaces between the fins wide enough to allow for water flow runoff through the jet water outlet and jet space.
4. An assembly as in claim 2 wherein the water wheel includes spaced vanes that extend radially outward from a center opening of the water wheel, the center opening being coaxial with the jet water outlet and jet space, and spaced fins located around the center opening in between the vanes with spaces between the fins wide enough to allow for water flow runoff through the jet water outlet and jet space.