Gas eliminating control valve
View Patent ↗A gas eliminating control valve assembly, system and method is disclosed. The valve system includes a valve casing coupled to a solenoid actuator assembly. The valve casing includes an inlet conduit, an outlet conduit and a fluid chamber communicating at least with one inlet conduit and one outlet conduit. The outlet conduit communicates with the fluid chamber at a position at least adjacent a portion of the fluid chamber to conduct gases, bubbles or separated gas out of the fluid chamber during operation of the valve open fluid flow, such that gas entrapment and bubble formation within the fluid chamber is reduced, avoided or eliminated.
1. A selectively controllable gas eliminating control valve system comprising:
a valve casing having an inlet conduit, an outlet conduit, a fluid chamber communicating with the inlet conduit and the outlet conduit, and a junction communicating between the outlet conduit and the fluid chamber;
a control assembly operatively associated with the valve casing for controlling the flow of fluid through the valve, the control assembly including an axially operated solenoid plunger and the inlet conduit being axially aligned with the solenoid plunger, the outlet conduit being generally perpendicular to and axially offset from the inlet conduit;
the inlet conduit, outlet conduit, fluid chamber and junction defining a fluid flow path;
the fluid chamber receiving fluid through the inlet conduit, fluid exiting the chamber through the outlet conduit, the junction generally continuously connecting the chamber merging with the outlet conduit without any recesses; and
wherein the junction is formed adjacent a portion of the fluid chamber for allowing gas to be eliminated through the outlet conduit to avoid accumulation of gas in the fluid flow path.
2. A selectively controllable gas eliminating control valve assembly including:
a valve casing defining a fluid chamber and including an inlet conduit and an outlet conduit respectively communicating with the fluid chamber with a junction being defined between the outlet conduit and the fluid chamber;
the inlet conduit, outlet conduit, junction, and fluid chamber defining a fluid flow path;
a control assembly operatively associated with the valve casing for controlling the flow of fluid through the valve, the control assembly including an axially operated solenoid plunger and the inlet conduit being axially aligned with the solenoid plunger, the outlet conduit being generally perpendicular to and axially offset from the inlet conduit;
the fluid chamber receiving fluid through the inlet conduit, fluid exiting the chamber through the outlet conduit, the junction generally continuously connecting the chamber and merging with the outlet conduit without any recesses; and
wherein the outlet conduit is positioned such that the outlet conduit communicates with the fluid chamber for allowing gas to flow though the fluid flow path and be eliminated through the outlet conduit to avoid accumulation of gas in the fluid flow path.
3. A beverage dispensing system including:
apparatus for mixing beverage material and liquid for producing a beverage;
a selectively controllable solenoid valve for controllably dispensing fluid for mixing with the beverage material;
the controllable solenoid valve having a valve casing including an inlet conduit, at least one outlet conduit communicating with a fluid chamber defining at least a portion of a fluid flow path for conducting fluid therethrough;
a junction communicating between the outlet conduit and the fluid chamber;
a control assembly operatively associated with the valve casing for controlling the flow of fluid through the valve;
the control assembly including an axially operated solenoid plunger and the inlet conduit being axially aligned with the solenoid plunger, the outlet conduit being generally perpendicular to and axially offset from the inlet conduit;
the fluid chamber receiving fluid into the chamber and passing fluid through the outlet conduit, the junction generally continuously connecting the chamber and merging with the outlet conduit without any recesses; and
the junction is positioned adjacent a portion of the fluid chamber for allowing gas to be eliminated through the outlet conduit communicating with the fluid chamber to avoid accumulation of gas in the fluid flow path; and
a controller coupled to the controllable solenoid valve to controllably operate the controllable solenoid valve to facilitate dispensing a beverage.
4. A method of avoiding accumulation of generally separated gas in a fluid flow path in a controllable solenoid valve, the method comprising:
providing a valve casing defining a fluid chamber and including at least one inlet conduit and at least one outlet conduit communicating with the fluid chamber;
the inlet conduit, outlet conduit and fluid chamber defining a fluid flow path;
orienting the controllable solenoid valve in a position for use with a highest portion of an upper region of the chamber merging with the outlet conduit;
allowing gas to rise into the highest portion of the upper region;
providing a control assembly operatively associated with the valve casing for controlling the flow of fluid through the valve;
providing the control assembly with an axially operated solenoid plunger and the inlet conduit being axially aligned with the solenoid plunger, the outlet conduit being generally perpendicular to and axially offset from the inlet conduit;
providing a junction with a continuous communication path between the outlet conduit and the fluid chamber without any recesses;
controllably operating the solenoid plunger in the control assembly to allow fluid to pass into the chamber;
receiving fluid through the inlet conduit into the chamber; and
fluid exiting the chamber along the fluid flow path past the junction and through the outlet conduit with gas carried along in the flow of fluid through the flow path to the outlet conduit.