Apparatus and method for a bearing assembly system
View Patent ↗A bearing assembly system adapted for use on a rock crusher having a main frame, a main shaft, an eccentric and a crushing head. The bearing assembly system comprises a first bearing ring which is disposed around the main shaft, a second bearing ring which is disposed adjacent to the first bearing ring, and a means for conveying fluid to at least one of the first bearing ring and the second bearing ring. In the preferred bearing assembly system at least one of the first bearing ring and the second bearing ring comprises a fluid depression. The preferred method further comprises conveying fluid from the means for conveying fluid to at least one of the first bearing ring and second bearing ring.
1. A bearing assembly system installed in a rock crusher having a main frame, a main shaft, an eccentric and a crushing head, said bearing assembly system comprising:
(a) a first bearing ring, said first bearing ring being disposed around the main shaft and on the eccentric;
(b) a second bearing ring, said second bearing ring being disposed adjacent to the first bearing ring and the main frame;
(c) a third bearing ring, said third bearing ring being disposed around the main shaft and on the eccentric;
(d) a fourth bearing ring, said fourth bearing ring being disposed adjacent to the third bearing ring and on the crushing head;
(e) a means for conveying fluid to at least one of the first bearing ring and the second bearing ring and to at least one of the third bearing ring and the fourth bearing ring, said means for conveying fluid being adapted to convey a pressurized fluid;
wherein at least one of the first bearing ring and the second bearing ring and at least one of the third bearing ring and the fourth bearing ring comprises a substantially closed fluid depression that is adapted to receive and collect the pressurized fluid, said substantially closed fluid depression comprising an inner circumference fluid depression wall that substantially prevents the pressurized fluid from being conveyed radially inwardly from the bearing rings and an outer circumference fluid depression wall that substantially prevents the pressurized fluid from being conveyed radially outwardly from the bearing rings; and wherein the first bearing ring and the second bearing ring are adapted to be hydrostatically separated before start-up; and wherein the bearing assembly system conveys thrust loads directly to the main frame.
2. The bearing assembly system of claim 1 wherein the second bearing ring comprises a fluid feed inlet.
3. The bearing assembly system of claim 1 wherein the second bearing ring comprises a fluid feed pocket.
4. The bearing assembly system of claim 1 wherein the second bearing ring comprises a fluid outlet.
5. The bearing assembly system of claim 1 wherein the second bearing ring comprises a rotary groove.
6. The bearing assembly system of claim 1 wherein the second bearing ring comprises a ramp.
7. The bearing assembly system of claim 1 wherein the means for conveying fluid to at least one of the first bearing ring and the second bearing ring and to at least one of the third bearing ring and the fourth bearing ring comprises a conduit.
8. The bearing assembly system of claim 1 wherein the means for conveying fluid to at least one of the first bearing ring and the second bearing ring and to at least one of the third bearing ring and the fourth bearing ring comprises a fluid source.
9. The bearing assembly system of claim 1 wherein the first bearing ring and the second bearing ring are adapted to be hydrodynamically separated from each other after start-up.
10. The bearing assembly system of claim 1 wherein the means for conveying fluid comprises an oil supply assembly that is adapted to supply oil to at least one of the first bearing ring and the second bearing rings.
11. A bearing assembly system installed in a rock crusher having a main frame, a main shaft, an eccentric and a crushing head, said bearing assembly system comprising:
(a) a first bearing ring, said first bearing ring being disposed around the main shaft and on the eccentric;
(b) a second bearing ring, said second bearing ring being disposed adjacent to the first bearing ring and on the main framed;
(c) a third bearing ring, said third bearing ring being disposed around the main shaft and on the eccentric;
(d) a fourth bearing ring, said fourth bearing ring being disposed adjacent to the third bearing ring and on the crushing head;
(e) a means for conveying fluid to at least one of the first bearing ring and the second bearing ring and to at least one of the third bearing ring and the fourth bearing ring, said means for conveying fluid being adapted to convey a pressurized fluid;
wherein at least one of the first bearing ring and the second bearing ring and at least one of the third bearing ring and the fourth bearing ring comprises a substantially closed fluid depression that is adapted to receive and collect the pressurized fluid, said substantially closed fluid depression comprising an inner circumference fluid depression wall that substantially prevents the pressurized fluid from being conveyed radially inwardly from the bearing rings and an outer circumference fluid depression wall that substantially prevents the pressurized fluid from being conveyed radially outwardly from the bearing rings; and wherein the substantially closed fluid depression receives the pressurized fluid via a fluid feed inlet that is spaced apart from the inner circumference fluid depression wall; and wherein the first bearing ring and the second bearing ring are adapted to be hydrostatically separated before start-up; and wherein the first bearing ring and the second bearing ring are adapted to be hydrodynamically separated from each other after start-up; and wherein the bearing assembly system conveys thrust loads directly to the main frame.
12. A method for conveying fluid in a bearing assembly system installed in a rock crusher having a main frame, a main shaft, an eccentric and a crushing head, said method comprising:
(a) providing a bearing assembly system, said bearing assembly system comprising:
(i) a first bearing ring, said first bearing ring being disposed around the main shaft and on the eccentric;
(ii) a second bearing ring, said second bearing ring being disposed adjacent to the first bearing ring and on the main frame;
(iii) a third bearing ring, said third bearing ring being disposed around the main shaft and on the eccentric;
(iv) a fourth bearing ring, said fourth bearing ring being disposed adjacent to the third bearing ring and on the crushing head;
(iii) a means for conveying fluid to at least one of the first bearing ring and the second bearing ring and to at least one of the third bearing ring and the fourth bearing ring, said means for conveying fluid being adapted to convey a pressurized fluid;
wherein at least one of the first bearing ring and the second bearing ring and at least one of the third bearing ring and the fourth bearing ring comprises a substantially closed fluid depression that is adapted to receive and collect the pressurized fluid, said substantially closed fluid depression comprising an inner circumference fluid depression wall that substantially prevents the pressurized fluid from being conveyed radially inwardly from the bearing rings and an outer circumference fluid depression wall that substantially prevents the pressurized fluid from being conveyed radially outwardly from the bearing rings; and wherein the first bearing ring and the second bearing ring are adapted to be hydrostatically separated before start-up; and wherein the bearing assembly system conveys thrust loads directly to the main frame; and
(b) conveying fluid from the means for conveying fluid to at least one of the first bearing ring and the second bearing ring and to at least one of the third bearing ring and the fourth bearing ring.