IP Library › Granted Patent US 12,736,147
Granted Patent B2
US 12,736,147 · App. 19/057,597 · Granted Sep 15, 2026

Water flow regulation

Inventor: Charles Gass (Davison, MI)
Assignee: Active Energy Inc.
F16K17/06F16K15/026F16K15/028F16K15/063F16K2200/30F16K2200/304
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Quick Facts
Patent No.
US 12,736,147
App. No.
19/057,597
Granted
Sep 15, 2026
Kind
B2
Abstract

A flow regulation valve includes a housing having a valve seat within the housing. A poppet valve disposed in the housing includes a crown and a spring that biases the crown into engagement with the valve seat. An abutment surface is situated to engage an end of the spring distal from the crown. An adjustor that is accessible from outside the housing selectively sets a tension on the spring by moving the abutment surface relative to the crown.

Claims (48)

1 . A flow regulation valve, comprising:

a housing including a valve seat within the housing;

a poppet valve disposed in the housing, the poppet valve including a crown and a spring that biases the crown into engagement with the valve seat;

a wedge disposed in the housing, the wedge having an abutment surface situated to engage an end of the spring distal from the crown;

an adjustor that is accessible from outside the housing for selectively setting a tension on the spring by moving the wedge relative to the crown; and

a collar situated in the housing, the collar including a first opening, wherein the wedge is received at least partially within the first opening of the collar and is moveable relative to the collar, wherein the collar includes a second opening oriented transverse to the first opening, and wherein the adjustor is at least partially received through the second opening.

2 . The flow regulation valve of claim 1 wherein:

the poppet valve includes a shaft,

the crown is situated near one end of the shaft,

the spring is received around the shaft, and

the abutment surface is moveable along a direction parallel to the shaft.

3 . The flow regulation valve of claim 2 wherein the abutment surface is one side of the wedge that is received on the shaft.

4 . The flow regulation valve of claim 3 wherein the wedge includes an inclined surface and the adjustor engages the inclined surface to control a position of the wedge within the housing corresponding to the crown engaging the valve seat.

5 . The flow regulation valve of claim 4 wherein the adjustor extends at least partially into the housing into a position where an end of the adjustor engages the inclined surface when the wedge is in the position.

6 . The flow regulation valve of claim 1 wherein:

the housing defines a direction of fluid flow through the housing,

the poppet valve is oriented parallel to the direction of fluid flow,

the abutment surface is moveable along the direction of fluid flow, and

the adjustor is at least partially transverse to the direction of fluid flow.

7 . The flow regulation valve of claim 1 wherein:

the first opening of the collar is cylindrical, and

the wedge has a partially cylindrical configuration.

8 . The flow regulation valve of claim 1 wherein:

the first opening of the collar is rectangular, and

the wedge has a partially rectangular configuration.

9 . A flow regulation valve comprising:

a housing including a valve seat within the housing;

a poppet valve disposed in the housing, the poppet valve including a crown and a spring that biases the crown into engagement with the valve seat;

a wedge having an inclined surface, the wedge situated to engage an end of the spring distal from the crown;

an adjustor that is accessible from outside the housing, the adjustor configured to engage the inclined surface of the wedge to move the wedge relative to the crown; and

a collar situated in the housing, the collar including a first opening and a second opening, wherein the second opening is oriented transverse to the first opening, wherein the wedge is received at least partially within the first opening of the collar and the wedge is moveable relative to the collar, and wherein the adjustor is at least partially received through the second opening.

10 . The flow regulation valve of claim 9 wherein:

the poppet valve includes a shaft,

the crown is situated near one end of the shaft,

the spring is received around the shaft, and

the wedge is moveable along a direction parallel to the shaft.

11 . The flow regulation valve of claim 10 wherein the wedge is received on the shaft.

12 . The flow regulation valve of claim 9 wherein:

the housing defines a direction of fluid flow through the housing,

the poppet valve is oriented parallel to the direction of fluid flow,

the wedge is moveable along the direction of fluid flow, and

the adjustor is oriented at least partially transverse to the direction of fluid flow and is movable relative to the housing in a direction at least partially transverse to the direction of fluid flow.

13 . The flow regulation valve of claim 9 wherein:

the first opening of the collar is cylindrical, and

the wedge has a partially cylindrical configuration.

14 . The flow regulation valve of claim 9 , wherein:

the first opening of the collar is rectangular, and

the wedge has a partially rectangular configuration.

Continuity (3)
Division 18062707 · Dec 7, 2022
Provisional Application 63286685 · Dec 7, 2021
Related Publication 20250189053A1 · Jun 12, 2025
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