Reservoir for remote fluid system

Claim 2

A fluid reservoir molded of polymeric material and adapted for enhanced anti-turbulent storage of fluid entering at a high velocity from a fluid system, comprising, a main storage chamber portion, an antechamber portion separated from the main chamber portion, a fluid inlet opening formed adjacent the upper end of the antechamber portion for receiving high-velocity fluid from the fluid system, means adjacent the lower end of the antechamber portion defining an opening communicating the interiors of the antechamber and main chamber portions, the area of said communicating opening being a predetermined large multiple of the area of said inlet opening for passage of fluid from the antechamber portion to the main chamber portion at a velocity substantially reduced from that entering at said inlet opening, and the cross-sectional area across the direction of fluid flow of said antechamber between the ends thereof varying without discontinuity from a smallest area adjacent said inlet opening to a largest area adjacent said communicating opening for anti-turbulent transition of the velocity of fluid flow between said high and reduced values thereof.

Claim 3

A blow-molded fluid reservoir of polymeric material and adapted for enhanced anti-turbulent storage of fluid entering at a high velocity from a fluid system, comprising, a main storage chamber portion, an antechamber portion including walls separated from the walls of the main chamber portion, a fluid inlet opening formed adjacent the upper end of the antechamber portion for receiving high-velocity fluid from the fluid system, walls adjacent the lower end of the antechamber portion integrally associating said lower end with the main chamber portion and defining an opening communicating at said lower end the interiors of the antechamber and main chamber portions, said antechamber defining a sinuous course between said openings and the area of said communicating opening being a predetermined large multiple of the area of said inlet opening for passage of fluid from the antechamber portion to the main chamber portion at a velocity substantially reduced from that entering at said inlet opening, and the cross-sectional area of said antechamber across the direction of fluid flow between the ends thereof varying without discontinuity from a smallest area adjacent said inlet opening to a largest area adjacent the communicating opening for anti-turbulent transition of the velocity of fluid flow between said high and reduced values thereof.

Claim 4

A blow-molded fluid reservoir of polymeric material and adapted for enhanced anti-turbulent storage of fluid entering at a high velocity from a fluid system, comprising, a main storage chamber portion, an antechamber portion including walls separated from the walls of the main chamber portion, a fluid inlet opening formed adjacent the upper end of the antechamber portion for receiving high-velocity fluid from the fluid system, walls adjacent the lower end of the antechamber portion integrally associating said lower end with the main chamber portion and defining an opening communicating at said lower end the interiors of the antechamber and main chamber portions, said antechamber defining a sinuous course between said openings and the area of said communicating opening being a predetermined large multiple of the area of said inlet opening for passage of fluid from the antechamber portion to the main chamber portion at a velocity substantially reduced from that entering at said inlet opening, and the cross-sectional area of said antechamber across the direction of fluid flow between the ends thereof varying without discontinuity from a smallest area adjacent said inlet opening to a largest area adjacent the communicating opening for anti-turbulent transition of the velocity of fluid flow between said high and reduced values thereof.

Claim 5

A blow-molded fluid reservoir of polymeric material and adapted for enhanced anti-turbulent storage of fluid entering at a high velocity from a fluid system, comprising, a main storage chamber portion, an antechamber portion of generally L-shape in vertical section and including walls separated by a mold-closure gap from the walls of the main chamber portion, a fluid inlet tube formed adjacent the upper end of one leg of the antechamber portion and extending laterally of said leg for receiving high-velocity fluid from the fluid system and impinging the same on the opposed walls of the antechamber portion, walls within the other leg of the antechamber portion integrally associating said other leg with the main chamber portion and defining an opening communicating at said other leg the interiors of the antechamber and main chamber portions, the area of said communicating opening being a predetermined large multiple of the area of said inlet opening for passage of fluid from the antechamber portion to the main chamber portion at a velocity substantially reduced from that entering at said inlet opening, and the lateral cross-sectional area of said antechamber across the direction of fluid flow between the ends thereof smoothly varying from a smallest area adjacent said inlet opening to a largest area at the communicating opening for enhanced anti-turbulent transition of the velocity of fluid flow between said high and reduced values thereof.

Claim 6

A blow-molded fluid reservoir of polymeric material and adapted for enhanced anti-turbulent storage of fluid entering at a high velocity from a fluid system, comprising, a main storage chamber portion, an antechamber portion of generally L-shape in vertical section and including walls separated by a mold-closure gap from the walls of the main chamber portion, a fluid inlet tube formed adjacent the upper end of one leg of the antechamber portion and extending laterally of said leg for receiving high-velocity fluid from the fluid system and impinging the same on the opposed walls of the antechamber portion, walls within the other leg of the antechamber portion integrally associating said other leg with the main chamber portion and defining an opening communicating at said other leg the interiors of the antechamber and main chamber portions, the area of said communicating opening being a predetermined large multiple of the area of said inlet opening for passage of fluid from the antechamber portion to the main chamber portion at a velocity substantially reduced from that entering at said inlet opening, and the lateral cross-sectional area of said antechamber across the direction of fluid flow between the ends thereof smoothly varying from a smallest area adjacent said inlet opening to a largest area at the communicating opening for enhanced anti-turbulent transition of the velocity of fluid flow between said high and reduced values thereof.