Pivot rings for coupler devices and coupler devices comprising the same
View Patent ↗Coupler bodies with pivot rings for use in bottom loading couplers and bottom loading couplers comprising the same are disclosed. The coupler body for a bottom loading coupler may include a body sidewall having a fluid channel extending between an adapter end and a supply end. A plurality of slots may extend through the body sidewall of the coupler body. A pivot ring may extend substantially around the outer circumference of the coupler body. A plurality of interlocks may be positioned in corresponding slots in the body sidewall and pivotally engaged with the pivot ring. The interlocks are pivotable about the pivot ring between an engaged position and a disengaged position.
1. A coupler body for a bottom loading coupler, the coupler body comprising:
a body sidewall having a fluid channel extending between an adapter end and a supply end;
a plurality of slots extending through the body sidewall of the coupler body;
a pivot ring extending substantially around an outer circumference of the coupler body; and
a plurality of interlocks positioned in corresponding slots in the body sidewall and pivotally engaged with the pivot ring, wherein the interlocks are pivotable about the pivot ring between an engaged position and a disengaged position.
2. The coupler body of claim 1 further comprising a pivot ring retaining groove formed in the outer circumference of the coupler body, wherein the pivot ring is positioned in the pivot ring retaining groove.
3. The coupler body of claim 1 wherein the coupler body further comprises a pivot ring detent formed in the outer circumference of the coupler body, wherein a first end of the pivot ring and a second end of the pivot ring are positioned in the pivot ring detent.
4. The coupler body of claim 3 , wherein the pivot ring is retained in the pivot ring detent with a threaded fastener.
5. The coupler body of claim 1 , wherein:
a first end of the pivot ring comprises a first retaining finger extending in an axial direction and the first retaining finger is positioned in a first axial detent slot formed in the body sidewall of the coupler body; and
a second end of the pivot ring comprises a second retaining finger extending in an axial direction opposite the first retaining finger and the second retaining finger is positioned in a second axial detent slot formed in the body sidewall of the coupler body.
6. The coupler body of claim 1 , wherein:
a first end of the pivot ring comprises a first retaining finger extending radially inward from the pivot ring and the first retaining finger is positioned in a first radial retaining bore formed in the body sidewall of the coupler body; and
a second end of the pivot ring comprises a second retaining finger extending radially inward from the pivot ring and the second retaining finger is positioned in a second radial retaining bore formed in the body sidewall of the coupler body.
7. The coupler body of claim 2 wherein the pivot ring retaining groove comprises a plurality of individual grooves formed in the outer circumference of the coupler body.
8. The coupler body of claim 1 wherein:
each interlock is formed with a pivot groove extending between a first side and a second side of the interlock; and
each interlock is positioned in the body sidewall of the coupler body such that the pivot ring is positioned in the pivot groove of each interlock and contacts the pivot groove at a first contact point and a second contact point and does not contact the pivot groove between the first contact point and the second contact point, wherein the first contact point and the second contact point are located at opposite ends of the pivot groove.
9. The coupler body of claim 1 wherein:
an adapter seat is formed in the fluid channel proximate the adapter end, the adapter seat comprising a plurality of interlock recesses, wherein a body spring seat is formed in each interlock recess;
each interlock comprises a head portion, a tail portion and a lever portion positioned between the head portion and the tail portion and extending substantially perpendicular from the interlock, wherein the tail portion comprises an interlock spring retaining seat; and
a spring is positioned in the interlock spring retaining seat and the body spring seat, wherein each interlock is biased to the disengaged position with the spring.
10. A bottom loading coupler comprising:
a coupler body comprising a body sidewall having a fluid channel extending between an adapter end and a supply end and a plurality of slots extending through the body sidewall;
a pivot ring extending substantially around the coupler body;
a plurality of interlocks positioned in corresponding slots in the body sidewall and pivotally engaged with the pivot ring, wherein the interlocks are pivotable about the pivot ring between an engaged position and a disengaged position with respect to the coupler body;
a coupler sleeve slidably positioned around the body sidewall of the coupler body and comprising a sleeve sidewall extending between an inner sleeve circumference and an outer sleeve circumference, a first, retracted position relative to the coupler body and a second, extended position relative to the coupler body, wherein:
the interlocks are biased to the disengaged position when the coupler sleeve is in the first, retracted position; and
the interlocks are in contact with an inner circumference of the coupler sleeve and pivoted about the pivot ring to the engaged position when the coupler sleeve is in the second, extended position.
11. The bottom loading coupler of claim 10 further comprising a pivot ring retaining groove formed in the coupler body, wherein the pivot ring is positioned in the pivot ring retaining groove.
12. The bottom loading coupler of claim 10 wherein the coupler body further comprises a pivot ring detent formed in the coupler body, wherein a first end of the pivot ring and a second end of the pivot ring are positioned in the pivot ring detent.
13. The bottom loading coupler of claim 12 , wherein the pivot ring is retained in the pivot ring detent with a threaded fastener.
14. The bottom loading coupler of claim 10 , wherein:
a first end of the pivot ring comprises a first retaining finger extending in an axial direction and the first retaining finger is positioned in a first axial detent slot formed in the body sidewall of the coupler body; and
a second end of the pivot ring comprises a second retaining finger extending in an axial direction opposite the first retaining finger and the second retaining finger is positioned in a second axial detent slot formed in the body sidewall of the coupler body.
15. The bottom loading coupler of claim 10 , wherein:
a first end of the pivot ring comprises a first retaining finger extending radially inward from the pivot ring and the first retaining finger is positioned in a first radial retaining bore formed in the body sidewall of the coupler body; and
a second end of the pivot ring comprises a second retaining finger extending radially inward from the pivot ring and the second retaining finger is positioned in a second radial retaining bore formed in the body sidewall of the coupler body.
16. The bottom loading coupler of claim 11 wherein the pivot ring retaining groove comprises a plurality of individual grooves formed in the coupler body.
17. A bottom loading coupler comprising:
a coupler body comprising a body sidewall having a fluid channel extending between an adapter end and a supply end and a plurality of slots extending through the body sidewall of the coupler body;
a pivot ring retaining groove formed in the coupler body;
a pivot ring detent formed in the coupler body;
a pivot ring positioned in the pivot ring retaining groove and extending substantially around the coupler body, wherein a first end of the pivot ring and a second end of the pivot ring are positioned in the pivot ring detent;
a plurality of interlocks positioned in corresponding slots in the body sidewall and pivotally engaged with the pivot ring, wherein the interlocks are pivotable about the pivot ring between an engaged position and a disengaged position with respect to the coupler body;
a poppet valve assembly disposed in the fluid channel and mechanically coupled to a valve operating handle positioned on the coupler body, the valve operating handle having a valve open position and a valve closed position;
a coupler sleeve slidably positioned around the body sidewall of the coupler body and comprising a sleeve sidewall extending between an inner sleeve circumference and an outer sleeve circumference, a first, retracted position relative to the coupler body and a second, extended position relative to the coupler body, wherein:
the interlocks are biased to the disengaged position when the coupler sleeve is in the first, retracted position; and
the interlocks are in contact with an inner circumference of the coupler sleeve and pivoted about the pivot ring to the engaged position when the coupler sleeve is in the second, extended position.
18. The coupler body of claim 17 wherein the pivot ring detent comprises a first axial detent slot and a second axial detent slot, wherein:
a first end of the pivot ring is positioned in the first axial detent slot; and
a second end of the pivot ring is positioned in the second axial detent slot.
19. The coupler body of claim 17 , wherein the pivot ring detent comprises a first radial retaining bore and a second radial retaining bore, wherein a first end of the pivot ring is positioned in the first radial retaining bore and a second end of the pivot ring is positioned in the second radial retaining bore.
20. The bottom loading coupler of claim 19 , wherein the pivot ring is retained in the pivot ring detent with a washer and screw.