Intrascopic hydraulic cylinder
A hydraulic cylinder ( 1 ) which acts as a cylinder hollow rod in an outer hydraulic cylinder ( 10 ) is disclosed comprising an inner rod ( 4 ) with a piston ( 2 ) and piston-gland ( 3 ) wherein the cylinder hollow rod ( 1 ) is held longitudinally displaceably in the cylinder housing ( 10 ). The system additionally has a cylinder base ( 5 ) and a fibre cover ( 14 ) on the outer casing of hydraulic cylinder ( 10 ). The system also has ports for fluid ( 11, 12 and 13 ) corresponding to four chambers, ( 67, 8 and 9 respectively). According to the invention, when pressure is applied to chamber ( 7 ), the internal rod ( 4 ) extends into the chamber ( 6 ), displacing its mass and dramatically increases the pressure in Chamber ( 6 ). This displacement is effectively an internal pump which can be activated multiple times within a given stroke of rod ( 1 ).
1. A hydraulic cylinder assembly comprising:
an outer cylindrical housing; and
an inverted hydraulic cylinder inside the outer cylindrical housing, wherein the inverted hydraulic cylinder is smaller than the outer cylindrical housing and functions as a piston-rod assembly held longitudinally displaceably within the outer cylindrical housing, and wherein the inverted hydraulic cylinder comprises a cylindrical hollow rod containing a piston, a piston-gland and an inner rod.
2. The hydraulic cylinder assembly according to claim 1 , wherein the cylindrical hollow rod has a hydraulic port for the flow of fluid in its body at a top end, wherein the hydraulic port is external to the hydraulic cylinder assembly and wherein the outer cylindrical housing has an additional hydraulic port for flow of fluid near a base of the outer cylindrical housing, wherein the additional hydraulic port is internal to the hydraulic cylinder assembly.
3. The hydraulic cylinder assembly according to claim 1 , wherein the cylindrical hollow rod has a further hollow rod affixed in the piston-gland, wherein the inner rod of the cylindrical hollow rod extends and retracts by sliding within the further hollow rod, and
wherein, when pressure is applied to a cap end chamber of the cylindrical hollow rod, the piston of the cylindrical hollow rod forces the inner rod into a cap end chamber of the outer cylindrical housing and subsequently forces the further hollow rod into the cap end chamber of the outer cylindrical housing.
4. The hydraulic cylinder assembly according to claim 1 , wherein the outer cylindrical housing has a cylinder base and a hydraulic port for the flow of fluid near the cylinder base and also has an additional hydraulic port for flow of fluid in its body, wherein both the hydraulic port and the additional hydraulic port are external to the body of the outer cylindrical housing.
5. The hydraulic cylinder assembly according to claim 1 , wherein the outer cylindrical housing has a cover of fibrous material on a body of the outer cylindrical housing.
6. The hydraulic cylinder assembly according to claim 5 , wherein the cover of fibrous material comprises carbon fibre or nanotube fibre.
7. The hydraulic cylinder assembly according to claim 2 , wherein the cylindrical hollow rod has a further hollow rod affixed in the piston-gland, wherein the inner rod of the cylindrical hollow rod extends and retracts by sliding within the further hollow rod, and
wherein, when pressure is applied to a cap end chamber of the cylindrical hollow rod, the piston of the cylindrical hollow rod forces the inner rod into a cap end chamber of the outer cylindrical housing and subsequently forces the further hollow rod into the cap end chamber of the outer cylindrical housing.
8. The hydraulic cylinder assembly according to claim 7 , wherein the outer cylindrical housing has a cylinder base and a hydraulic port for the flow of fluid near the cylinder base and also has an additional hydraulic port for flow of fluid in its body, wherein both the hydraulic port and the additional hydraulic port are external to the body of the outer cylindrical housing.
9. The hydraulic cylinder assembly according to claim 8 , wherein the outer cylindrical housing has a cover of fibrous material on its body.
10. The hydraulic cylinder assembly according to claim 9 , wherein the cover of fibrous material comprises carbon fibre or nanotube fibre.
11. The hydraulic cylinder assembly according to claim 7 , wherein the outer cylindrical housing has a cover of fibrous material on its body.
12. The hydraulic cylinder assembly according to claim 11 , wherein the cover of fibrous material comprises carbon fibre or nanotube fibre.
13. The hydraulic cylinder assembly according to claim 2 , wherein the outer cylindrical housing has a cylinder base and a hydraulic port for the flow of fluid near the cylinder base and also has an additional hydraulic port for flow of fluid in its body, wherein the both the hydraulic port and the additional hydraulic port are external to the body of the outer cylindrical housing.
14. The hydraulic cylinder assembly according to claim 13 , wherein the outer cylindrical housing has a cover of fibrous material on its body.
15. The hydraulic cylinder assembly according to claim 2 , wherein the outer cylindrical housing has a cover of fibrous material on its body.
16. The hydraulic cylinder assembly according to claim 15 , wherein the cover of fibrous material comprises carbon fibre or nanotube fibre.
17. The hydraulic cylinder assembly according to claim 3 , wherein the outer cylindrical housing has a cover of fibrous material on its body.
18. The hydraulic cylinder assembly according to claim 17 , wherein the cover of fibrous material comprises carbon fibre or nanotube fibre.
19. The hydraulic cylinder assembly according to claim 4 , wherein the outer cylindrical housing has a cover of fibrous material on its body.
20. The hydraulic cylinder assembly according to claim 19 , wherein the cover of fibrous material comprises carbon fibre or nanotube fibre.