1. A method of locating a jewel comprising the nozzle of a water cutting system;
providing a jewel having a water discharge orifice extending therethrough and having a locating surface;
providing a first support structure component having a water discharge passageway extending therethrough and having an exterior locating surface at the water receiving end of the water discharge passageway;
providing a second support structure component having a water directing passageway formed therethrough and having a jewel receiving cavity formed therein at the water discharge end of the directing passageway;
positioning the jewel in the jewel receiving cavity of the second support structure component;
positioning the locating surface of the first support structure component in engagement with the locating surface of the jewel; and
thereafter directing a flow of water through the water directing passageway of the second support structure component, through the orifice of the jewel, and through the water discharge passageway of the first support structure component.
2. The method according to claim 1 wherein the step of providing a second support structure component includes the step of providing the second support structure component with a chamber and including the initial step of positioning the first support structure component in the chamber of the second support structure component.
3. The method according to claim 1 wherein the orifice extending through the jewel has a diameter of between about 0.0004 inches and about 0.0016 inches.
4. The method according to claim 1 wherein the jewel has a width of about 0.072 inches and a thickness of about 0.035 inches.
5. An apparatus for locating and retaining a jewel of the type comprising a nozzle for a water cutting system comprising:
a jewel having a water discharge orifice extending therethrough and having a locating surface at the water receiving end of the orifice;
a first support structure component having a water discharge passageway extending therethrough and having a locating surface located at the water receiving end of the water directing passageway;
a second support structure component having a water directing passageway formed therethrough, having a jewel receiving cavity formed therein at the water discharge end of the water directing passageway, and having a chamber formed therein for receiving the first support structure component;
the chamber for retaining the first support structure component with the locating surface thereof in engagement with the locating surface of the jewel.
6. The apparatus according to claim 5 wherein the jewel is formed from a material selected from the group consisting of diamonds, sapphires, and rubies.
7. The apparatus according to claim 5 wherein the orifice of the jewel has a diameter of between about 0.0004 inches and about 0.0016 inches.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
What is claimed is:
1. A transfer case comprising:
a housing supporting an input shaft and an output shaft;
a planetary gearset including a first sun gear, a second sun gear, a carrier coupled to said input shaft, a first pinion supported on said carrier and meshed with said first sun gear, a second pinion supported on said carrier and meshed with said second sun gear and said first pinion, and a ring gear coupled to said output shaft and meshed with one of said first and second pinions;
a first clutch operable in a locked mode to couple said ring gear for common rotation with said carrier and which is further operable in a released mode to permit relative rotation therebetween;
a second clutch operable in a released mode to permit rotation of said first sun gear and which is further operable in a locked mode to brake said first sun gear;
a third clutch operable in a released mode to permit rotation of said second sun gear and which is further operable in a locked mode to brake said second sun gear; and
a control system for controlling actuation of said first, second and third clutches to establish three drive connections between said input shaft and said output shaft, wherein a first drive connection is established with said first clutch in its locked mode and each of said second and third clutches in its released mode, wherein a second drive connection is established with said second clutch in its locked mode and each of said first and third clutches in its released mode, and wherein a third drive connection is established with said third clutch in its locked mode and each of said first and second clutches in its released mode.
2. The transfer case of claim 1 wherein said first clutch includes a first clutch pack mounted between said carrier and said ring gear, a piston movable between a first position and a second position relative to said first clutch pack, and a biasing mechanism for biasing said piston toward its first piston, said piston is operable in its first position to engage said first clutch pack to couple said ring gear for rotation with said carrier and define said locked mode of said first clutch, and said piston is operable in its second position to release said first clutch pack to permit relative rotation between said ring gear and said carrier and define said released mode of said first clutch.
3. The transfer case of claim 2 wherein said second clutch includes a second clutch pack mounted between said housing and said first sun gear, and a second piston movable between a first position and a second position relative to said second clutch pack, said second piston is operable in its first position to engage said second clutch pack to brake rotation of said first sun gear and define said locked mode of said second clutch, and said second piston is operable in its second position to release said second clutch pack to permit rotation of said first sun gear and define said released mode of said second clutch.
4. The transfer case of claim 3 wherein said third clutch includes a third clutch pack mounted between said housing and said second sun gear, and a third piston movable between a first position and a second position relative to said third clutch pack, said third piston is operable in its first position to engage said third clutch pack to brake rotation of said second sun gear and define said locked mode of said third clutch, and said third piston is operable in its second position to release said third clutch pack to permit rotation of said second sun gear and define said released mode of said third clutch.
5. The transfer case of claim 4 wherein said first piston is disposed in a first pressure chamber, said second piston is disposed in a second pressure chamber, and said third piston is disposed in a third pressure chamber, and wherein said control system includes a source of hydraulic fluid, a first control valve in fluid communication with said first pressure chamber, a second control valve in fluid communication with said second pressure chamber, and a third control valve in fluid communication with said third pressure chamber, said control system further including a pump for supplying hydraulic fluid from said fluid source to each of said first, second and third control valves, and a controller for controlling actuation of said first, second and third control valves so as to control the supply of hydraulic fluid to and from each of said pressure chambers.
6. The transfer case of claim 2 wherein said first clutch includes a drum housing fixed to said output shaft and a hub fixed to said carrier, wherein said first clutch pack includes a set of first clutch plates mounted to said drum housing which are alternately interleaved with a set of second clutch plates mounted to said hub, and wherein said biasing mechanism includes a pressure plate fixed for movement with said piston and which is engageable with said first clutch pack, and a spring acting between said drum housing and said pressure plate for urging said pressure plate into engagement with said first clutch pack.
7. The transfer case of claim 3 wherein said second clutch includes a clutch drum fixed to said first sun gear such that said second clutch pack is mounted between said housing and said clutch drum.
8. The transfer case of claim 1 wherein said ring gear meshes with said second pinion such that said first drive connection establishes a direct speed ratio with rotation of said input shaft causing said output shaft to be driven at a common speed, wherein said second drive connection establishes an underdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at a reduced speed, and wherein said third drive connection establishes an overdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at an increased speed.
9. The transfer case of claim 1 wherein said ring gear meshes with said first pinion such that said first drive connection establishes a direct speed ratio with rotation of said input shaft causing said output shaft to be driven at a common speed, wherein said second drive connection establishes an overdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at an increased speed, and wherein said third drive connection establishes an underdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at a reduced speed.
10. A transfer case comprising:
a housing supporting an input shaft and an output shaft;
a planetary gearset including a first sun gear, a second sun gear, a carrier coupled to said input shaft, a compound pinion gear supported on said carrier and having a first pinion meshed with said first sun gear and a second pinion fixed to said first pinion and meshed with said second sun gear, and a ring gear coupled to said output shaft and meshed with one of said first and second pinions;
a first clutch operable in a locked mode to couple said ring gear for common rotation with said carrier and which is further operable in a released mode to permit relative rotation therebetween;
a second clutch operable in a released mode to permit rotation of said first sun gear and which is further operable in a locked mode to brake said first sun gear;
a third clutch operable in a released mode to permit rotation of said second sun gear and which is further operable in a locked mode to brake said second sun gear; and
a control system for controlling actuation of said first, second and third clutches to establish three drive connections between said input shaft and said output shaft, wherein a first drive connection is established with said first clutch in its locked mode and each of said second and third clutches in its released mode, wherein a second drive connection is established with said second clutch in its locked mode and each of said first and third clutches in its released mode, and wherein a third drive connection is established with said third clutch in its locked mode and each of said first and second clutches in its released mode.
11. The transfer case of claim 10 wherein said first clutch includes a first clutch pack mounted between said carrier and said ring gear, a piston movable between a first position and a second position relative to said first clutch pack, and a biasing mechanism for biasing said piston toward its first piston, said piston is operable in its first position to engage said first clutch pack to couple said ring gear for rotation with said carrier and define said locked mode of said first clutch, and said piston is operable in its second position to release said first clutch pack to permit relative rotation between said ring gear and said carrier and define said released mode of said first clutch.
12. The transfer case of claim 11 wherein said second clutch includes a second clutch pack mounted between said housing and said first sun gear, and a second piston movable between a first position and a second position relative to said second clutch pack, said second piston is operable in its first position to engage said second clutch pack to brake rotation of said first sun gear and define said locked mode of said second clutch, and said second piston is operable in its second position to release said second clutch pack to permit rotation of said first sun gear and define said released mode of said second clutch.
13. The transfer case of claim 12 wherein said third clutch includes a third clutch pack mounted between said housing and said second sun gear, and a third piston movable between a first position and a second position relative to said third clutch pack, said third piston is operable in its first position to engage said third clutch pack to brake rotation of said second sun gear and define said locked mode of said third clutch, and said third piston is operable in its second position to release said third clutch pack to permit rotation of said second sun gear and define said released mode of said third clutch.
14. The transfer case of claim 13 wherein said first piston is disposed in a first pressure chamber, said second piston is disposed in a second pressure chamber, and said third piston is disposed in a third pressure chamber, and wherein said control system includes a source of hydraulic fluid, a first control valve in fluid communication with said first pressure chamber, a second control valve in fluid communication with said second pressure chamber, and a third control valve in fluid communication with said third pressure chamber, said control system further including a pump for supplying hydraulic fluid from said fluid source to each of said first, second and third control valves, and a controller for controlling actuation of said first, second and third control valves so as to control the supply of hydraulic fluid to and from each of said pressure chambers.
15. The transfer case of claim 10 wherein said first drive connection establishes a direct speed ratio with rotation of said input shaft causing said output shaft to be driven at a common speed, wherein said second drive connection establishes a first overdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at an increased speed, and wherein said third drive connection establishes a second overdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at an increased speed.
16. A transfer case comprising:
a housing supporting an input shaft and an output shaft;
a planetary gearset including a first sun gear, a second sun gear, a carrier coupled to said input shaft, a first pinion supported on said carrier and meshed with said first sun gear, a second pinion supported on said carrier and meshed with said second sun gear and said first pinion, and a ring gear coupled to said output shaft and meshed with one of said first and second pinions;
a first clutch including a first clutch pack operably connected between said ring gear and said carrier and a first actuator movable between first and second positions relative to said clutch pack, said first actuator is operable in its first position to engage said first clutch pack for coupling said ring gear to said carrier, and said first actuator is operable in its second position to disengage said first clutch pack for permitting relative rotation between said ring gear and said carrier;
a second clutch including a second clutch pack operably connected between said housing and said first sun gear and a second actuator movable between first and second positions relative to said second clutch pack, said second actuator is operable in its first position to engage said second clutch pack for braking rotation of said first sun gear, and said second actuator is operable in its second position to disengage said second clutch pack for permitting rotation of said first sun gear;
a third clutch including a third clutch pack operably connected between said housing and said second sun gear and a third actuator movable between first and second positions, said third actuator is operable in its first position to engage said third clutch pack for braking rotation of said second sun gear, and said third actuator is operable in its second position to disengage said third clutch pack for permitting rotation of said second sun gear; and
a control system for moving each of said first, second and third actuators between its first and second positions to establish three drive connections between said input shaft and said output shaft, wherein a first drive connection is established when said first actuator is in its first position and each of said second and third actuators is in its second position, wherein a second drive connection is established when said second actuator is in its first position and each of said first and third actuators is in its second position, and wherein a third drive connection is established when said third actuator is in its first position and each of said first and second actuators is in its second position.
17. The transfer case of claim 16 wherein said first actuator includes a first piston slideably disposed in a first pressure chamber, said second actuator includes a second piston slideably disposed in a second pressure chamber, and said third actuator includes a third piston slideably disposed in a third pressure chamber, and wherein said control system is a hydraulic control system including:
a fluid source;
a pump;
a first control valve operable in a first mode to supply high pressure fluid from said pump to said first pressure chamber and further operable in a second mode to vent fluid from said first pressure chamber to said fluid source;
a second control valve operable in a first mode to supply high pressure fluid from said pump to said second pressure chamber and further operable in a second mode for venting fluid from said second pressure chamber to said fluid source;
a third control valve operable in a first mode to supply high pressure fluid from said pump to said third pressure chamber and further operable in a second mode to vent fluid from said third pressure chamber to said fluid source; and
a controller for controlling actuation of said control valves.
18. The transfer case of claim 16 wherein said ring gear meshes with said second pinion such that said first drive connection establishes a direct speed ratio with rotation of said input shaft causing said output shaft to be driven at a common speed, wherein said second drive connection establishes an underdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at a reduced speed, and wherein said third drive connection establishes an overdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at an increased speed.
19. The transfer case of claim 16 wherein said ring gear meshes with said first pinion such that said first drive connection establishes a direct speed ratio with rotation of said input shaft causing said output shaft to be driven at a common speed, wherein said second drive connection establishes an overdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at an increased speed, and wherein said third drive connection establishes an underdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at a reduced speed.
20. A transfer case comprising:
a housing supporting an input shaft and an output shaft;
a planetary gearset including a first sun gear, a second sun gear, a carrier coupled to said input shaft, a compound pinion gear supported on said carrier and having a first pinion meshed with said first sun gear and a second pinion meshed with said second sun gear, and a ring gear coupled to said output shaft and meshed with said second pinion;
a first clutch including a first clutch pack operably connected between said ring gear and said carrier and a first actuator movable between first and second positions relative to said clutch pack, said first actuator is operable in its first position to engage said first clutch pack for coupling said ring gear to said carrier, and said first actuator is operable in its second position to disengage said first clutch pack for permitting relative rotation between said ring gear and said carrier;
a second clutch including a second clutch pack operably connected between said housing and said first sun gear and a second actuator movable between first and second positions relative to said second clutch pack, said second actuator is operable in its first position to engage said second clutch pack for braking rotation of said first sun gear, and said second actuator is operable in its second position to disengage said second clutch pack for permitting rotation of said first sun gear;
a third clutch including a third clutch pack operably connected between said housing and said second sun gear and a third actuator movable between first and second positions, said third actuator is operable in its first position to engage said third clutch pack for braking rotation of said second sun gear, and said third actuator is operable in its second position to disengage said third clutch pack for permitting rotation of said second sun gear; and
a control system for moving each of said first, second and third actuators between its first and second positions to establish three drive connections between said input shaft and said output shaft, wherein a first drive connection is established when said first actuator is in its first position and each of said second and third actuators is in its second position, wherein a second drive connection is established when said second actuator is in its first position and each of said first and third actuators is in its second position, and wherein a third drive connection is established when said third actuator is in its first position and each of said first and second actuators is in its second position.
21. The transfer case of claim 20 wherein said first actuator includes a first piston slideably disposed in a first pressure chamber, said second actuator includes a second piston slideably disposed in a second pressure chamber, and said third actuator includes a third piston slideably disposed in a third pressure chamber, and wherein said control system is a hydraulic control system including:
a fluid source;
a pump;
a first control valve operable in a first mode to supply high pressure fluid from said pump to said first pressure chamber and further operable in a second mode to vent fluid from said first pressure chamber to said fluid source;
a second control valve operable in a first mode to supply high pressure fluid from said pump to said second pressure chamber and further operable in a second mode for venting fluid from said second pressure chamber to said fluid source;
a third control valve operable in a first mode to supply high pressure fluid from said pump to said third pressure chamber and further operable in a second mode to vent fluid from said third pressure chamber to said fluid source; and
a controller for controlling actuation of said control valves.
22. The transfer case of claim 20 wherein said first drive connection establishes a direct speed ratio with rotation of said input shaft causing said output shaft to be driven at a common speed, wherein said second drive connection establishes a first overdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at an increased speed, and wherein said third drive connection establishes a second overdrive speed ratio with rotation of said input shaft causing said output shaft to be driven at an increased speed.