Water conservation valve

A valve assembly structured to reduce air content in a path of fluid flow along a water supply line, said valve assembly comprising:

• a) a valve body disposed within the path of fluid flow and including a stabilizing chamber, a receiving chamber and a valve member,
• b) a transfer passage including a flow port disposed in fluid communication with said stabilizing chamber and said receiving chamber,
• c) said valve member reciprocally movable between a closed orientation and an open orientation relative to fluid flow between said stabilizing chamber and said receiving chamber;
• said valve member normally biased into said closed orientation under a predetermined biasing force,
• d) said closed orientation and said open orientation respectively comprising said valve member disposed in closing relation to said flow port,
• e) said transfer passage configured to at least partially define and direct an increased water pressure of said fluid flow on said valve member, at least when in said closed orientation,
• f) said increased water pressure being greater than said predetermined biasing force and sufficient to dispose said valve member in said open orientation;
• g) a valve seat disposed downstream and in contiguous relation to said flow port said closed orientation comprising said valve member disposed in sealing engagement with said valve seat and sealing relation to said flow port, wherein said valve seat has a first portion and a second portion, said first portion is located next to the flow port said first portion has an inclination extending radially towards said second portion, said second portion is a horizontal straight portion parallel to the valve member and opposite to the stabilizing chamber, wherein said valve head is configured to travel an entire length of said second portion to allow the fluid to flow the fluid therethrough, said second portion has a diameter equal to a valve head diameter, said valve seat has an angularly divergent configuration extending from said flow port to an interior of said receiving chamber wherein a diameter of said receiving chamber is larger than the diameter of the second portion.

A valve assembly structured to reduce air content in a path of fluid flow along a water supply line, said valve assembly consisting of:

• a) a valve body disposed along the path of fluid flow,
• b) said valve body including a stabilizing chamber and a receiving chamber,
• c) a valve member disposable between an open orientation and a closed orientation relative to a fluid flow between said stabilizing chamber and said receiving chamber,
• d) a biasing structure disposed to normally bias said valve member into said closed orientation between said stabilizing chamber and said receiving chamber,
• e) said biasing structure configured to exert a predetermined biasing force on said valve member, wherein said biasing force corresponds to a pressure of psi,
• f) a transfer passage disposed in fluid communication with and between said stabilizing chamber and said receiving chamber,
• g) said transfer passage configured to define and direct an increased water pressure of said fluid flow on said valve member,
• h) said increased water pressure greater than said predetermined biasing force and sufficient to dispose said valve member in said open orientation;
• i) a valve seat disposed downstream and in contiguous relation to a flow port, said closed orientation comprising said valve member disposed in sealing engagement with said valve seat and sealing relation to said flow port, wherein said valve seat has a first portion and a second portion, said first portion is located next to the flow port, said first portion has an inclination extending radially towards said second portion, said second portion is a horizontal straight portion parallel to the valve member and opposite to the stabilizing chamber, said second portion has a diameter equal to a valve head diameter, said valve seat has an angularly divergent configuration extending from said flow port to an interior of said receiving chamber, said flow port has a smaller diameter than a corresponding diameter of said stabilizing chamber, wherein a diameter of said receiving chamber is larger than the diameter of the second portion.