Quick disconnect single shutoff fitting for phase changing material

Patent metadata

Field	Value
Publication number	US-9989181-B2
Application number	US-201615069240-A
Country	US
Kind code	B2
Filing date	Mar 14, 2016
Priority date	Mar 14, 2016
Publication date	Jun 5, 2018
Grant date	Jun 5, 2018

Abstract

A disconnect fitting adapted for use with a phase changing composition including a fitting base having a first fitting base end, a second fitting base end and a fitting base opening therebetween, a pin capture disposed within the fitting base opening, a displaceable pin secured within the pin capture, a fitting socket having a first fitting socket end, a second fitting socket end, a fitting socket opening therebetween, the second fitting socket end secured to the second fitting base end, and a valve at least partially disposed within the fitting socket opening. When the displaceable pin is in an unloaded condition, the displaceable pin extends in a direction of the second fitting base end, and when the displaceable pin is in a loaded condition, the displaceable pin is compressed in a direction of the first fitting base end. The pin capture permits passage of the phase changing composition through the fitting base opening when the displaceable pin is in the unloaded condition or the loaded condition. The disconnect fitting permits a secure connection of the fitting base and the fitting socket regardless of the state the material when the base and socket are disconnected.

First claim

What is claimed is:

1. A disconnect fitting adapted for use with a phase changing composition comprising:
a fitting base comprising a first fitting base end, a second fitting base end and a fitting base opening therebetween;
a pin capture disposed within the fitting base opening; and,
a displaceable pin secured within the pin capture; a first spring; and, a screw arranged to capture the first spring and the displaceable pin within the pin capture;
wherein when the displaceable pin is in an unloaded condition, the displaceable pin extends in a direction of the second fitting base end, and when the displaceable pin is in a loaded condition, the displaceable pin is compressed in a direction of the first fitting base end, and the pin capture permits passage of the phase changing composition past the displaceable pin when the displaceable pin is in the unloaded condition and the loaded condition.

2. The disconnect fitting of claim 1 further comprising:
a fitting socket comprising a first fitting socket end, a second fitting socket end and a fitting socket opening therebetween, the second fitting socket end releasably secured to the second fitting base end.

3. The disconnect fitting of claim 2 further comprising:
a sleeve adapted to releasably secure the fitting base to the fitting socket.

4. The disconnect fitting of claim 1 further comprising:
a valve positioned adjacent to the displaceable pin.

5. The disconnect fitting of claim 4 wherein the valve comprises a ferromagnetic sphere and a ring magnet.

6. The disconnect fitting of claim 5 further comprising:
a valve seat adjacent the displaceable pin, wherein the ring magnet draws the ferromagnetic sphere toward the valve seat.

7. The disconnect fitting of claim 1 wherein the phase changing composition is selected from the group consisting of: a solid ink; a thermoplastic resin; a metal alloy; an edible material; a food production material; and, combinations thereof.

8. A disconnect fitting adapted for use with a phase changing composition comprising:
a fitting base comprising a first fitting base end, a second fitting base end and a fitting base opening therebetween;
a pin capture disposed within the fitting base opening;
a displaceable pin secured within the pin capture; a first spring; and, a screw arranged to capture the first spring and the displaceable pin within the pin capture;
a fitting socket comprising a first fitting socket end, a second fitting socket end, a fitting socket opening therebetween, the second fitting socket end secured to the second fitting base end; and,
a valve at least partially disposed within the fitting socket opening,
wherein when the displaceable pin is in an unloaded condition, the displaceable pin extends in a direction of the second fitting base end, and when the displaceable pin is in a loaded condition, the displaceable pin is compressed in a direction of the first fitting base end, and the pin capture permits passage of the phase changing composition past the displaceable pin when the displaceable pin is in the unloaded condition and the loaded condition.

9. The disconnect fitting of claim 8 wherein the valve comprises a ferromagnetic sphere and a ring magnet.

10. The disconnect fitting of claim 9 wherein the fitting socket further comprises a valve seat adjacent the second fitting socket end, the ferromagnetic sphere is disposed within the fitting socket opening, the ring magnet is disposed outside of the fitting socket adjacent the second fitting socket end and the ring magnet draws the ferromagnetic sphere toward the valve seat.

11. The disconnect fitting of claim 8 wherein the valve is fully disposed within the fitting socket opening.

12. The disconnect fitting of claim 11 wherein the fitting socket further comprises a valve seat adjacent the second fitting socket end, the valve comprises a sphere and a second spring imparting a biasing force on the sphere towards the valve seat.

13. The disconnect fitting of claim 8 further comprising:
a sleeve adapted to releasably secure the fitting base to the fitting socket.

14. The disconnect fitting of claim 8 wherein the phase changing composition is selected from the group consisting of: a solid ink; a thermoplastic resin; a metal alloy; an edible material; a food production material; and, combinations thereof.

15. A printing device comprising:
a phase changing composition; and,
a disconnect fitting adapted for use with the phase changing composition comprising:
a fitting base comprising a first fitting base end, a second fitting base end and a fitting base opening therebetween;
a pin capture disposed within the fitting base opening;
a displaceable pin secured within the pin capture; a first spring; and, a screw arranged to capture the first spring and the displaceable pin within the pin capture;
a fitting socket comprising a first fitting socket end, a second fitting socket end, a fitting socket opening therebetween, the second fitting socket end secured to the second fitting base end; and,
a valve at least partially disposed within the fitting socket opening,
wherein when the displaceable pin is in an unloaded condition, the displaceable pin extends in a direction of the second fitting base end, and when the displaceable pin is in a loaded condition, the displaceable pin is compressed in a direction of the first fitting base end, and the pin capture permits passage of the phase changing composition past the displaceable pin when the displaceable pin is in the unloaded condition and the loaded condition.

16. The printing device of claim 15 wherein the valve comprises a ferromagnetic sphere and a ring magnet.

17. The printing device of claim 16 wherein the fitting socket further comprises a valve seat adjacent the second fitting socket end, the ferromagnetic sphere is disposed within the fitting socket opening, the ring magnet is disposed outside of the fitting socket adjacent the second fitting socket end and the ring magnet draws the ferromagnetic sphere toward the valve seat.

18. The printing device of claim 15 wherein the valve is fully disposed within the fitting socket opening.

19. The printing device of claim 18 wherein the fitting socket further comprises a valve seat adjacent the second fitting socket end, the valve comprises a sphere and a second spring imparting a biasing force on the sphere towards the valve seat.

20. The printing device of claim 15 further comprising:
a sleeve adapted to releasably secure the fitting base to the fitting socket.

21. The printing device of claim 15 wherein the phase changing composition is selected from the group consisting of: a solid ink; a thermoplastic resin; a metal alloy; an edible material; a food production material; and, combinations thereof.

Assignees

• Xerox Corp

Inventors

• Liu Annie

Classifications

• F16L37/407 Primary

  the lift valve being of the ball type · CPC title

• F16L37/107

  Bayonet-type couplings · CPC title

• B41J27/00

  Inking apparatus · CPC title

• B33Y30/00

  Apparatus for additive manufacturing; Details thereof or accessories therefor · CPC title