Granted Patent B2

US 9,205,385 · App. 13/411,411 · Granted Dec 8, 2015

Abstract

Claims (48)

1. A Venturi apparatus for facilitating the mixture of two or more fluids, the Venturi apparatus comprising:

a body defining:

a receptacle chamber configured to receive a first fluid;

a transition passageway disposed below and in fluid communication with the receptacle chamber and configured to receive the first fluid from the receptacle chamber;

a mixing chamber disposed below and in fluid communication with the transition passageway and configured to receive the first fluid from the transition passageway, wherein a top cross-sectional area of the mixing chamber is greater than a bottom cross-sectional area of the transition passageway; and

a sidearm passageway in fluid communication with the mixing chamber and extending to an outer surface of the body, and configured to allow at least a second fluid to pass from an exterior of the body through the sidearm passageway into the mixing chamber; and

a fluid flow regulator connected to the body and configured to affect a flow of the first fluid from the receptacle chamber into the mixing chamber, wherein the fluid flow regulator comprises a valve mechanism configured to selectively engage the body to inhibit flow of the first fluid from the receptacle chamber into the mixing chamber;

wherein the valve mechanism comprises a plunger housing fixedly mounted to the body and a plunger slidably coupled with the plunger housing, wherein the plunger housing defines a path of movement of the plunger;

wherein the plunger housing comprises a guide portion and a retainer portion connected to and disposed above the guide portion; and

wherein the retainer comprises a plurality of horizontal prongs which extend over the plunger to restrict vertical travel of the plunger as the plunger moves along the path of movement.

2. The Venturi apparatus of claim 1 wherein the receptacle chamber, the transition passageway and the mixing chamber are configured to pass the first fluid therethrough with the receptacle chamber, and the transition passageway and the mixing chamber are disposed in vertical alignment and the first fluid is subjected to gravity.

3. The Venturi apparatus of claim 1 wherein the plunger is positionable within the plunger housing in a closed position, in which the plunger engages at least a portion of a wall of the transition passageway to substantially obstruct fluid flow through the transition passageway and into the mixing chamber, and an open position, in which the plunger is displaced from the wall of the transition passageway to permit flow of the first fluid through the transition passageway and into the mixing chamber.

4. The Venturi apparatus of claim 3 wherein the plunger comprises a plunger tip providing a bottom surface of the plunger and having a shape corresponding to the at least a portion of the wall of the transition passageway and a cross sectional area greater than a cross sectional area of the at least a portion of the transition passageway.

5. The Venturi apparatus of claim 1 wherein the fluid flow regulator comprises a valve mechanism and an actuator that is physically separate from the valve mechanism and is configured to actuate the valve mechanism contactlessly, without direct physical contact between the actuator and the valve mechanism.

6. The Venturi apparatus of claim 1 wherein the sidearm passageway is a first sidearm passageway, the body further defining a second sidearm passageway, the first and second sidearm passageways being disposed within the body aligned along a common plane and fluidly connected to a median of the mixing chamber, wherein each of the plurality of sidearm passageways comprises an outer opening that is open to the atmosphere and permits entry of atmospheric gases and an inner opening that opens into the mixing chamber.

7. The Venturi apparatus of claim 1 wherein the receptacle chamber is open to the atmosphere.

8. The Venturi apparatus of claim 1 wherein the body further defines an exit chamber disposed below and in fluid communication with the mixing chamber and configured to receive a mixture of the first fluid and the second fluid from the mixing chamber, wherein a bottom cross-sectional area of the mixing chamber is greater than a top cross-sectional area of the exit chamber.

9. A Venturi apparatus for facilitating the mixture of two or more fluids, the Venturi apparatus comprising:

a body defining:

a receptacle chamber configured to receive a first fluid;

a transition passageway disposed below and in fluid communication with the receptacle chamber and configured to receive the first fluid from the receptacle chamber;

a mixing chamber disposed below and in fluid communication with the transition passageway and configured to receive the first fluid from the transition passageway, wherein a top cross-sectional area of the mixing chamber is greater than a bottom cross-sectional area of the transition passageway; and

a sidearm passageway in fluid communication with the mixing chamber and extending to an outer surface of the body, and configured to allow at least a second fluid to pass from an exterior of the body through the sidearm passageway into the mixing chamber; and

a fluid flow regulator connected to the body and configured to affect a flow of the first fluid from the receptacle chamber into the mixing chamber, wherein the fluid flow regulator comprises a valve mechanism configured to selectively engage the body to inhibit flow of the first fluid from the receptacle chamber into the mixing chamber;

wherein the valve mechanism comprises a plunger housing fixedly mounted to the body and a plunger slidably coupled with the plunger housing, wherein the plunger housing defines a path of movement of the plunger;

wherein the fluid flow regulator further comprises an actuator that is physically separated from the plunger and is configured to actuate the plunger to slide relative to the plunger housing;

wherein:

the plunger comprises a first magnet; and

the actuator comprises a second magnet rotatably coupled to the body.

10. The Venturi apparatus of claim 9 wherein the actuator further comprises an actuator member movably coupled to the body and configured to cause, when moved relative to the body, the second magnet to rotate from a first orientation biasing the plunger into a closed position to a second orientation biasing the plunger into an open position.

11. The Venturi apparatus of claim 10 wherein: the actuator further comprises an actuator housing and a magnet housing containing the second magnet;

the actuator member is movably coupled to the actuator housing and comprises a plurality of arms disposed along a bottom portion of the actuator member and slidably coupled to an interior of the actuator housing;

the actuator member is positionable relative to the actuator housing in an actuated position and an unactuated position; and

the magnet housing is pivotably coupled to the actuator housing by a plurality of pivot pins extending from opposing sides of the magnet housing.

12. The Venturi apparatus of claim 11 wherein:

each of the plurality of pivot pins includes cogs having first teeth disposed along at least a portion of the circumference of the pin; and

each of the plurality of arms comprises second teeth that are sized, shaped and disposed corresponding to the first teeth such that the first teeth mesh with the second teeth.

13. The Venturi apparatus of claim 12 wherein the second teeth of the arms are configured to interact with the first teeth of the pivot pins to rotate the pivot pins when the actuator member moves between the unactuated position and the actuated position, thereby rotating the second magnet between the first orientation when the actuator member is in the unactuated position and the second orientation when the actuator member is in the actuated position.

14. The Venturi apparatus of claim 13 wherein in the first orientation, the second magnet has a first pole closer to the plunger than a second pole, and in the second orientation has the second pole closer to the plunger than the first pole, the first pole having a magnetic polarity opposite to a magnetic polarity of a bottom pole of the first magnet.

15. The Venturi apparatus of claim 13 wherein the first teeth and second teeth are configured and the actuator member has sufficient travel relative to the pivot pins such that movement of the actuator member causes rotation of the second magnet between the first orientation and the second orientation.

16. The Venturi apparatus of claim 13 wherein the actuator further comprises a return spring configured and disposed to bias the actuator member into the unactuated position.

17. A Venturi apparatus for facilitating the mixture of a liquid with a gas, the Venturi apparatus comprising:

a body defining:

a receptacle chamber configured to receive the liquid;

a mixing chamber disposed below and in fluid communication with the receptacle chamber and configured to receive the liquid; and

a sidearm passageway in fluid communication with the mixing chamber and extending to an outer surface of the body, and configured to allow the gas to pass from an exterior of the body adjacent to the outer surface into the mixing chamber; and

flow regulating means for selectively inhibiting flow of the liquid from the receptacle chamber to the mixing chamber and for selectively permitting flow of the liquid from the receptacle chamber to the mixing chamber, the flow regulating means comprising valve means and actuating means for actuating the valve means, without physical contact with the valve means, to selectively inhibit or selectively permit flow of the liquid from the receptacle chamber to the mixing chamber;

wherein the actuating means comprises a first magnet coupled to the valve means and a second magnet coupled to an actuating member movably coupled to the body.

Assignments (19)