Zero-torque orifice mount assembly
View Patent ↗A fluid jet system includes an upstream high-pressure body having a high-pressure bore axially positioned, a retaining nut configured to couple to the upstream high-pressure body, and an orifice mount assembly. The retaining nut includes a mounting chamber configured to laterally receive the orifice mount assembly without application of a torque while the retaining nut is coupled to the upstream high-pressure body and the system is at ambient pressure. A face seal may be mounted in either a downstream portion of the high-pressure bore or the orifice mount assembly to provide a high-pressure seal while the system is pressurized.
1. A fluid jet system, comprising:
an orifice mount assembly; and
a high-pressure body configured to couple to a mixing tube, the high-pressure body including
a high-pressure bore having an upstream portion axially positioned and a downstream portion coaxially positioned with the upstream portion;
a downstream fluid jet passageway coaxially positioned with the high-pressure bore; and
a mounting chamber positioned between the downstream portion of the high-pressure bore and the downstream fluid jet passageway, the mounting chamber configured to laterally receive the orifice mount assembly without application of a torque while the mixing tube is coupled to and stationary with respect to the high-pressure body.
2. The fluid jet system of claim 1 wherein the downstream fluid jet passageway comprises a mixing chamber.
3. The fluid jet system of claim 1 wherein the mounting chamber comprises at least one locating pin to coaxially align the orifice mount assembly with the high-pressure bore when the orifice mount assembly is positioned in the mounting chamber.
4. The fluid jet system of claim 1 wherein the high-pressure body further comprises a sensor port extending from an outside surface of the high-pressure body to the downstream fluid jet passageway.
5. The fluid jet system of claim 1 wherein the high-pressure body further comprises a dismount port extending from an outside surface of the high-pressure body to the mounting chamber, the dismount port configured to receive a pin to dismount the orifice mount assembly from the mounting chamber.
6. The fluid jet system of claim 1 wherein the orifice mount assembly comprises:
an orifice mount including
an upstream surface having a recess; and
an orifice mounted in the recess, the orifice including an orifice opening, the orifice opening located proximate the downstream portion of the high-pressure bore when the orifice mount assembly is positioned in the mounting chamber.
7. The fluid jet system of claim 6 wherein the orifice mount assembly further comprises an adapter configured to hold the orifice mount.
8. The fluid jet system of claim 6 wherein the orifice mount further comprises a fluid jet passageway configured to extend between the orifice opening and the downstream fluid jet passageway when the orifice mount assembly is positioned in the mounting chamber.
9. The fluid jet system of claim 6 wherein the downstream portion of the high-pressure bore further comprises a face seal, the face seal having
an inner surface forming a high-pressure passageway connecting the upstream portion of the high-pressure bore to the orifice opening; and
a downstream surface adapted to provide a high-pressure seal with the orifice while the orifice mount assembly is positioned in the mounting chamber and the system is pressurized.
10. The fluid jet system of claim 9 wherein the downstream surface of the face seal is configured to receive a sealant unit to provide the high-pressure seal with the orifice while the orifice mount assembly is positioned in the mounting chamber and the system is pressurized.
11. The fluid jet system of claim 1 wherein the orifice mount assembly comprises:
an orifice mount including
an upstream surface having a first recess, the first recess having a downstream surface, the downstream surface having a second recess;
a face seal mounted in the first recess, the face seal having an inner surface forming a high-pressure pathway, an upstream portion of the high-pressure pathway located proximate the downstream portion of the high-pressure bore when the orifice mount assembly is positioned in the mounting chamber;
an orifice mounted in the second recess, the orifice including an orifice opening, the orifice opening located proximate a downstream portion of the high-pressure pathway; and
a fluid jet passageway configured to extend between the orifice opening and the downstream fluid jet passageway when the orifice mount assembly is positioned in the mounting chamber.
12. The fluid jet system of claim 11 wherein the face seal has an upstream surface adapted to provide a high-pressure seal with the mounting chamber while the system is pressurized.
13. The fluid jet system of claim 12 wherein the upstream surface of the face seal is configured to receive a sealant unit to provide the high-pressure seal with the mounting chamber while the system is pressurized.
14. The fluid jet system of claim 11 wherein the orifice mount assembly further comprises an adapter for holding the orifice mount.
15. A fluid jet system, comprising:
a retaining nut having an upstream portion configured to couple to an upstream high-pressure body and a downstream portion configured to couple to a mixing tube, the retaining nut including a mounting chamber configured to laterally receive an orifice mount assembly without application of a torque while the upstream portion of the retaining nut is coupled to the upstream high-pressure body and the downstream portion of the retaining nut is coupled to and stationary with respect to the mixing tube.
16. The fluid jet system of claim 15 , further comprising the orifice mount assembly, the orifice mount assembly configured to be self-sealing with the upstream high-pressure body while the system is pressurized.
17. A fluid jet system, comprising:
an orifice mount assembly configured to be laterally received into a mounting chamber of a retaining nut without application of torque to the orifice mount assembly while the retaining nut is coupled to an upstream high-pressure body and the retaining nut holds a mixing tube stationary with respect to the upstream high-pressure body and while the system is at ambient pressure.
18. The fluid jet system of claim 17 , further comprising the upstream high-pressure body, the orifice mount assembly configured to be self-sealing with the upstream high-pressure body while the system is pressurized.
19. The fluid jet system of claim 1 wherein the downstream fluid jet passageway is configured to receive the mixing tube.