Flush actuator assembly and method therefor
View Patent ↗A flush actuator assembly is adapted to fit existing valve bodies. The flush actuator assembly includes a plunger rod which is capable of displacing the relief valve post more or less to adjust the flow of water through the flush valve during a single flush. The relief valve post may be displaced different amounts by adjusting the actuator assembly such that the plunger rod contacts the relief valve post at different locations along the central longitudinal axis of the post. Additionally, the relief valve post may be displaced different amounts by providing a plunger rod that has a different range of travel. A method associated with displacing the relief valve post varying amounts is also disclosed.
1. A flush valve actuator assembly for use with a flush valve comprising:
a) a base having a bore extending there through;
b) a plunger rod having a central longitudinal axis passing there through, wherein the plunger rod is positioned within and guided by the bore of the base;
c) a drive mechanism for moving the plunger rod back and forth within the bore wherein the drive mechanism for moving the plunger rod is a movable handle mounted to the base which when moved displaces the plunger rod within the base bore;
d) visual indicia identifying a non-axisymmetric orientation of the bore relative to the central axis passing through the plunger rod, said visual indicia disposed to enable calibration of the volume of water passing through the flush valve for each flush cycle; and
e) an outer casing, wherein the casing includes the indicia.
2. The flush valve actuator assembly as claimed in claim 1 , wherein said handle comprises a face plate that coacts with the plunger rod.
3. The flush valve as claimed in claim 2 , wherein the handle is pivotable causing the face plate to pivot and coact with the plunger rod.
4. The flush valve actuator assembly according to claim 1 , further including a spring between the base and a first end of the plunger rod to bias the plunger rod in a retracted position.
5. The flush valve actuator as claimed in claim 1 , wherein the bore has a bore central longitudinal axis that is offset from the central longitudinal axis passing through the plunger rod.
6. The flush valve actuator assembly as claimed in claim 1 , wherein the outer casing comprises a collar.
7. A flush valve comprising:
a) a valve body having an inlet and an outlet;
b) a valve seat formed in the body between the inlet and outlet;
c) a flexible diaphragm above the valve seat defining a lower chamber in fluid communication with the inlet and an upper chamber, wherein in a closed position the diaphragm is urged against and seals the valve seat and wherein in an open position the diaphragm is relaxed and spaced from the valve seat such that the inlet is in fluid communication with the outlet;
d) a diaphragm by-pass between the upper and lower chambers, whereby fluid from the inlet passes into the upper chamber and pressurizes the upper chamber to urge the diaphragm into the closed position;
e) a relief valve to relieve pressure from the upper chamber, thereby allowing the diaphragm to displace from the valve seat to provide fluid communication between the inlet and the outlet, wherein the relief valve is comprised of a valve seat seal and a post longitudinally extending therefrom; and
f) a flush actuator assembly mounted upon the valve body to displace the relief valve post comprising:
1) a base having a bore extending there through, wherein the base is secured to the valve body;
2) a plunger rod having a central longitudinal axis, wherein the plunger rod is positioned within and guided by the bore of the base and wherein the plunger rod is positioned adjacent and transverse to the relief valve post;
3) a drive mechanism for laterally moving the plunger rod to contact and displace the relief valve post thereby opening the relief valve, wherein the drive mechanism for moving the plunger is a movable handle mounted to the base which when moved displaces the plunger rod within the base bore;
4) visual indicia identifying a non-axisymmetric orientation of the bore relative to the central axis passing through the plunger rod such that the base may be positioned in different angular positions upon the valve body so that the plunger rod contacts the relief valve post at different locations along the post thereby displacing the relief valve differing amounts and altering the volume of water passing through the valve for each flush cycle; and
g) an outer casing, wherein the casing includes the indicia.
8. The flush valve according to claim 7 , further including a spring between the base and a first end of the plunger rod to bias the plunger rod in a retracted position.
9. The flush valve as claimed in claim 7 , wherein the outer casing comprises a collar.
10. A method of adjusting the fluid flow through a flush valve comprising:
a) providing a flush valve comprising:
1) a valve body having an inlet and an outlet;
2) a valve seat formed in the body between the inlet and outlet;
3) a flexible diaphragm above the valve seat defining a lower chamber in fluid communication with the inlet and an upper chamber, wherein in a closed position the diaphragm is urged against and seals the valve seat and wherein in an open position the diaphragm is relaxed and spaced from the valve seat such that the inlet is in fluid communication with the outlet;
4) a diaphragm by-pass between the upper and lower chambers, whereby fluid from the inlet passes into the upper chamber and pressurizes the upper chamber to urge the diaphragm into the closed position;
5) a relief valve to relieve pressure from the upper chamber, thereby allowing the diaphragm to displace from the valve seat to provide fluid communication between the inlet and the outlet, wherein the relief valve is comprised of a valve seat seal and a post longitudinally extending therefrom; and
6) a flush actuator assembly mounted upon the valve body to displace the relief valve post comprising:
i) a base having a bore extending there through, wherein the base is secured to the valve body;
ii) a plunger rod having a central longitudinal axis passing there through, wherein the plunger rod is positioned within and guided by the bore of the base and wherein the plunger rod is positioned adjacent and transverse to the relief valve post;
iii) a drive mechanism for laterally moving the plunger rod to contact and displace the relief valve post thereby opening the relief valve; and
iv) visual indicia identifying a non-axisymmetric orientation of the bore relative to the central axis passing through the plunger rod such that the base may be positioned in different angular positions upon the valve body so that the plunger rod contacts the relief valve post at different locations of the post thereby displacing the relief valve differing amounts and altering the volume of water passing through the valve for each flush cycle, wherein the visual indicia is visible on an outside surface of the flush valve when assembled; and
b) adjusting the position of where the plunger rod contacts the relief valve based upon a position of the visual indicia.
11. A method of adjusting the fluid flow through a flush valve as claimed in claim 10 , wherein the adjustment of the position of where the plunger contacts the relief valve is based upon the position of the visual indicia relative to the valve body.
12. A flush valve actuator assembly for use with a flush valve comprising:
a) a base having a bore extending there through;
b) a plunger rod having a central longitudinal axis passing there through, wherein the plunger rod is positioned within and guided by the bore of the base;
c) a drive mechanism for moving the plunger rod back and forth within the bore; and
d) visual indicia identifying a non-axisymmetric orientation of the bore relative to the central axis passing through the plunger rod, said visual indicia disposed to enable calibration of the volume of water passing through the flush valve for each flush cycle, wherein the visual indicia is visible on an outside surface of the flush valve when assembled.
13. A flush valve comprising:
a) a valve body having an inlet and an outlet;
b) a valve seat formed in the body between the inlet and outlet;
c) a flexible diaphragm above the valve seat defining a lower chamber in fluid communication with the inlet and an upper chamber, wherein in a closed position the diaphragm is urged against and seals the valve seat and wherein in an open position the diaphragm is relaxed and spaced from the valve seat such that the inlet is in fluid communication with the outlet;
d) a diaphragm by-pass between the upper and lower chambers, whereby fluid from the inlet passes into the upper chamber and pressurizes the upper chamber to urge the diaphragm into the closed position;
e) a relief valve to relieve pressure from the upper chamber, thereby allowing the diaphragm to displace from the valve seat to provide fluid communication between the inlet and the outlet, wherein the relief valve is comprised of a valve seat seal and a post longitudinally extending therefrom; and
f) a flush actuator assembly mounted upon the valve body to displace the relief valve post comprising:
1) a base having a bore extending there through, wherein the base is secured to the valve body;
2) a plunger rod having a central longitudinal axis, wherein the plunger rod is positioned within and guided by the bore of the base and wherein the plunger rod is positioned adjacent and transverse to the relief valve post;
3) a drive mechanism for laterally moving the plunger rod to contact and displace the relief valve post thereby opening the relief valve; and
4) visual indicia identifying a non-axisymmetric orientation of the bore relative to the central axis passing through the plunger rod such that the base may be positioned in different angular positions upon the valve body so that the plunger rod contacts the relief valve post at different locations along the post thereby displacing the relief valve differing amounts and altering the volume of water passing through the valve for each flush cycle,
wherein the visual indicia is visible on an outside surface of the flush valve when assembled.
14. A flush valve comprising:
a) a valve body having an inlet and an outlet;
b) a valve seat formed in the body between the inlet and outlet;
c) a movable sealing arrangement above the valve seat defining a lower chamber in fluid communication with the inlet and an upper chamber, wherein in a closed position the movable sealing arrangement is urged against and seals the valve seat and wherein in an open position the movable sealing arrangement is spaced from the valve seat such that the inlet is in fluid communication with the outlet;
d) a relief valve to relieve pressure, thereby allowing the movable sealing arrangement to displace from the valve seat to provide fluid communication between the inlet and the outlet, wherein the relief valve is comprised of a valve seat seal and a post longitudinally extending therefrom; and
e) a flush actuator assembly mounted upon the valve body to displace the relief valve post comprising:
1) a base having a bore extending there through, wherein the base is secured to the valve body;
2) a plunger rod having a central longitudinal axis, wherein the plunger rod is positioned within and guided by the bore of the base and wherein the plunger rod is positioned adjacent and transverse to the relief valve post;
3) a drive mechanism for laterally moving the plunger rod to contact and displace the relief valve post thereby opening the relief valve, wherein the drive mechanism for moving the plunger is a movable handle mounted to the base which when moved displaces the plunger rod within the base bore;
4) visual indicia identifying a non-axisymmetric orientation of the bore relative to the central axis passing through the plunger rod such that the base may be positioned in different angular positions upon the valve body so that the plunger rod contacts the relief valve post at different locations along the post thereby displacing the relief valve differing amounts and altering the volume of water passing through the valve for each flush cycle; and
g) an outer casing, wherein the casing includes the indicia.
15. A flush valve comprising:
a) a valve body having an inlet and an outlet;
b) a valve seat formed in the body between the inlet and outlet;
c) a movable sealing arrangement above the valve seat defining a lower chamber in fluid communication with the inlet and an upper chamber, wherein in a closed position the movable sealing arrangement is urged against and seals the valve seat and wherein in an open position the movable sealing arrangement is spaced from the valve seat such that the inlet is in fluid communication with the outlet;
d) a relief valve to relieve pressure, thereby allowing the movable sealing arrangement to displace from the valve seat to provide fluid communication between the inlet and the outlet, wherein the relief valve is comprised of a valve seat seal and a post longitudinally extending therefrom; and
e) a flush actuator assembly mounted upon the valve body to displace the relief valve post comprising:
1) a base having a bore extending there through, wherein the base is secured to the valve body;
2) a plunger rod having a central longitudinal axis, wherein the plunger rod is positioned within and guided by the bore of the base and wherein the plunger rod is positioned adjacent and transverse to the relief valve post;
3) a drive mechanism for laterally moving the plunger rod to contact and displace the relief valve post thereby opening the relief valve; and
4) visual indicia identifying a non-axisymmetric orientation of the bore relative to the central axis passing through the plunger rod such that the base may be positioned in different angular positions upon the valve body so that the plunger rod contacts the relief valve post at different locations along the post thereby displacing the relief valve differing amounts and altering the volume of water passing through the valve for each flush cycle,
wherein the visual indicia is visible on an outside surface of the flush valve when assembled.
16. A method of adjusting the fluid flow through a flush valve comprising:
a) providing a flush valve comprising:
1) a valve body having an inlet and an outlet;
2) a valve seat formed in the body between the inlet and outlet;
3) a movable sealing arrangement above the valve seat defining a lower chamber in fluid communication with the inlet and an upper chamber, wherein in a closed position the movable sealing arrangement is urged against and seals the valve seat and wherein in an open position the movable sealing arrangement is relaxed and spaced from the valve seat such that the inlet is in fluid communication with the outlet;
4) a relief valve to relieve pressure, thereby allowing the movable sealing arrangement to displace from the valve seat to provide fluid communication between the inlet and the outlet, wherein the relief valve is comprised of a valve seat seal and a post longitudinally extending therefrom; and
5) a flush actuator assembly mounted upon the valve body to displace the relief valve post comprising:
i) a base having a bore extending there through, wherein the base is secured to the valve body;
ii) a plunger rod having a central longitudinal axis passing there through, wherein the plunger rod is positioned within and guided by the bore of the base and wherein the plunger rod is positioned adjacent and transverse to the relief valve post;
iii) a drive mechanism for laterally moving the plunger rod to contact and displace the relief valve post thereby opening the relief valve; and
iv) visual indicia identifying a non-axisymmetric orientation of the bore relative to the central axis passing through the plunger rod such that the base may be positioned in different angular positions upon the valve body so that the plunger rod contacts the relief valve post at different locations of the post thereby displacing the relief valve differing amounts and altering the volume of water passing through the valve for each flush cycle, wherein the visual indicia is visible on an outside surface of the flush valve when assembled; and
b) adjusting the position of where the plunger rod contacts the relief valve based upon a position of the visual indicia.