초록 ▼

A centering ring may be used to provide a resilient mounting system with uniform stiffness for rotating machinery. The centering ring may have first and second exterior raised ridges on one surface and a central raised ridge on the other surface. The centering ring may be disposed between the housin

A centering ring may be used to provide a resilient mounting system with uniform stiffness for rotating machinery. The centering ring may have first and second exterior raised ridges on one surface and a central raised ridge on the other surface. The centering ring may be disposed between the housing of the rotating machinery and a bearing provided therein. Due to its uniform cross-sectional geometry about its entire circumference, the centering ring may provide uniform stiffness in any radial direction. The centering ring may be useful in any rotating machinery, including generators, turbo machines and turbine engines.

대표청구항 ▼

We claim: 1. A resilient mounting system comprising: a bearing adapted to support a shaft; a housing adapted to support the bearing; a centering ring disposed between the housing and the bearing, the centering ring comprising: an inside surface adapted to fit about the bearing; an outside surface a

We claim: 1. A resilient mounting system comprising: a bearing adapted to support a shaft; a housing adapted to support the bearing; a centering ring disposed between the housing and the bearing, the centering ring comprising: an inside surface adapted to fit about the bearing; an outside surface adapted to fit within the housing; a first side and a second side, the first side and the second side defining end points along a width of the centering ring; a first exterior raised ridge and a second exterior raised ridge disposed about a circumference on the first side and the second side of the centering ring; and a central raised ridge disposed about a circumference on the centering ring; wherein the first exterior raised ridge and the second exterior raised ridge are both on one of the inside surface or the outside surface and the central raised ridge is on the other of the inside surface or the outside surface; a damping fluid disposed in spaces formed between the housing and the centering ring and in spaces formed between the centering ring and the bearing; and wherein the damping fluid is selected from at least one of an oil and a polymer. 2. The resilient mounting system of claim 1, wherein: the first exterior raised ridge and the second exterior raised ridge are both disposed on the inside surface of the centering ring; and the central raised ridge is disposed on the outside surface of the centering ring. 3. The resilient mounting system of claim 1, wherein: the first exterior raised ridge and the second exterior raised ridge are both disposed on the outside surface of the centering ring; and the central raised ridge is disposed on the inside surface of the centering ring. 4. The resilient mounting system of claim 1, wherein the centering ring has a constant cross-sectional geometry across the entire circumference thereof. 5. A rotating machine comprising: a shaft; a bearing supporting the shaft; a housing supporting the bearing; a centering ring disposed between the housing and the bearing, the centering ring comprising: an inside surface disposed about the bearing; an outside surface disposed within the housing; a first side and a second side, the first side and the second side defining end points along a width of the centering ring; a first exterior raised ridge and a second exterior raised ridge disposed about a circumference on the first side and the second side of the centering ring; and a central raised ridge disposed about a circumference on the centering ring; wherein the first exterior raised ridge and the second exterior raised ridge are both on one of the inside surface or the outside surface and the central raised ridge is on the other of the inside surface or the outside surface; and a damping fluid disposed in spaces formed between the housing and the centering ring and in spaces formed between the centering ring and the bearing. 6. The rotating machine of claim 5, wherein: the first exterior raised ridge and the second exterior raised ridge are both disposed on the inside surface of the centering ring; and the central raised ridge is disposed on the outside surface of the centering ring. 7. The rotating machine of claim 5, wherein: the first exterior raised ridge and the second exterior raised ridge are both disposed on the outside surface of the centering ring; and the central raised ridge is disposed on the inside surface of the centering ring. 8. The rotating machine of claim 5, wherein the centering ring provides a constant stiffness for the shaft supported in the bearing. 9. The rotating machine of claim 5, wherein the rotating machine is a generator. 10. The rotating machine of claim 5, wherein the centering ring has a constant cross-sectional geometry across the entire circumference thereof.