Occupant actuated hydrotherapy jet
An occupant-actuated massager for a hydrotherapy vessel. The massager jet has an actuation point at which the occupant applies force to cause the pressurized water to flow therethrough and provide a massage via a shuttle. A valve piston is actuated to open and close based on the application of force to the actuation point. Optionally, a venturi can be used to introduce air into the water flow to provide further massage.
1. An occupant-actuated system for a hydrotherapy vessel comprising:
a hydrotherapy vessel for the containment of water for the submersion therein of a human occupant;
a pump;
two or more jets attached to said pump, each of said two or more jets further comprising:
an internal housing assembly further comprising:
a valve seat;
an internal sleeve assembly housing inside of said internal housing assembly further comprising:
a piston sleeve;
a valve piston at the bottom of said piston sleeve;
a valve piston seal between said valve piston and said piston sleeve;
a shuttle that is an actuation point that acts as a point of massage for said human occupant contactable with said piston sleeve;
wherein when pressure is applied to said shuttle by said human occupant, pressure is further applied to said piston sleeve thereby causing said valve piston and said valve piston seal to separate from said valve seat thereby allowing the flowing of pressurized water therethrough and wherein when pressure on said shuttle is released said flowing of pressurized water is discontinued.
2. An occupant-actuated system for a hydrotherapy vessel comprising:
a hydrotherapy vessel for the containment of water for the submersion therein of a human occupant;
a pump;
two or more jets attached to said pump, each of said two or more jets further comprising:
an internal housing assembly further comprising:
a valve seat;
an internal sleeve assembly housing inside of said internal housing assembly further comprising:
a piston sleeve;
a valve piston at the bottom of said piston sleeve;
a valve piston seal between said valve piston and said piston sleeve;
an escutcheon;
an escutcheon extension that is an actuation point that acts as a point of massage for said human occupant contactable with said piston sleeve;
wherein when pressure is applied to said escutcheon extension by said human occupant, pressure is further applied to said piston sleeve thereby causing said valve piston and said valve piston seal to separate from said valve seat thereby allowing the flowing of pressurized water therethrough and wherein when pressure on said escutcheon extension is released said flowing of pressurized water is discontinued.
3. An occupant-actuated system for a hydrotherapy vessel comprising:
a hydrotherapy vessel for the containment of water for the submersion therein of a human occupant;
a pump;
two or more jets attached to said pump, each of said two or more jets further comprising:
an internal housing assembly further comprising:
a valve seat;
an internal sleeve assembly housing inside of said internal housing assembly further comprising:
a piston sleeve;
a valve piston at the bottom of said piston sleeve;
a valve piston seal between said valve piston and said piston sleeve;
a hydrotherapy massage apparatus that is an actuation point that acts as a point of massage for said human occupant contactable with said piston sleeve;
wherein when pressure is applied to said hydrotheraphy massage apparatus by said human occupant, pressure is further applied to said piston sleeve thereby causing said valve piston and said valve piston seal to separate from said valve seat thereby allowing the flowing of pressurized water therethrough and wherein when pressure on said hydrotherapy massage apparatus is released said flowing of pressurized water is discontinued.
4. The occupant-actuated system for a hydrotherapy vessel as defined in claim 1 wherein said valve piston is sized to create resistance to said force applied by said occupant as the surface area of said valve piston relates to its diameter and is acted upon by a predetermined water pressure in said hydrotherapy vessel.
5. The occupant-actuated system for a hydrotherapy vessel as defined in claim 2 wherein said valve piston is sized to create resistance to said force applied by said occupant as the surface area of said valve piston relates to its diameter and is acted upon by a predetermined water pressure in said hydrotherapy vessel.
6. The occupant-actuated system for a hydrotherapy vessel as defined in claim 3 wherein said valve piston is sized to create resistance to said force applied by said occupant as the surface area of said valve piston relates to its diameter and is acted upon by a predetermined water pressure in said hydrotherapy vessel.