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US 2024/0344531 A1Published application
Hydraulic bearings and related devices, assemblies, and methods
AssigneeFlowserve Pte. Ltd.
InventorsChris J. Riché, JR., Scott Judge
Life of this patent
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Abstract
Devices and method include relatively moving elements having one or more bearing surfaces defining a gap between the elements into which a fluid is received. At least one of the bearing surfaces comprises a varying topography to provide pressurized volumes of the fluid in order to define a hydraulic bearing to support at least one of the elements during movement.
Claims20
A method of forming a hydraulic bearing, the method comprising:
- rotating a rotor about an axis of a device;
- directing a fluid into an interface between the rotor and another component of the device;
- displacing bearing surfaces at the interface relative to one another, the bearing surfaces defined by the rotor and at least one of an axially extending surface of the another component or a radially extending surface of the another component;
- and
- supplying the fluid in the interface to at least one of the bearing surfaces comprising a varying topography of one or more micro-recesses in order to define a hydraulic bearing to support the rotor.
2 more elements
A method of forming a hydraulic bearing, the method comprising:
- rotating a rotor about an axis of a device;
- directing a fluid into an interface between the rotor and another component of the device;
- moving bearing surfaces at the interface relative to one another, the bearing surfaces defined by the rotor and an axially extending surface of the another component;
- and
- supplying the fluid in the interface to at least one of the bearing surfaces comprising a varying topography of one or more recesses in order to define a hydraulic bearing to support the rotor.
2 more elements
A device including one or more hydraulic bearings, the device comprising:
- a first element comprising a stator;
- a second element comprising a rotor being movable relative to the first element, the first element and the second element defining a gap between the first element and the second element, the gap configured to receive a fluid in the gap when the second element is being moved relative to the first element;
- and
- bearing surfaces defined by the first element and the second element on opposing sides of the gap, at least one of the bearing surfaces comprising a varying topography of one or more recesses to provide pressurized volumes of the fluid in order to define a hydraulic bearing to support at least one of the first element or the second element as the second element is being moved relative to the first element.
1 more element
Dependencies are inferred from the claim text.