- Static pressure – 10 s. Static pressure on the starboard side of the Oscillating wing
- Remos invertidos
- Entrenamiento Funcional – AD Fisioterap
- Historial de depresión o ansiedad en la familia
Main top cap 176 disposed at the top of main vessel 106 is removable so as to allow complete access to the inside of main vessel 106 for insertion of main piston 110 or for any other purposes requiring a large opening. Other top cap 178 disposed at the top of other vessel 108 is removable so as to allow complete access to the inside of other vessel 108 for insertion of piston 112 or for any other purposes requiring a large opening. Detailed Operation of Embodiment “C” Main top cap 176 disposed at the top of main vessel 106 is removable so as to allow complete access to the inside of main vessel 106 for insertion of piston 110 or for any other purposes requiring a large opening. This embodiment also allows for a greater volume of fluid to be contained within each vertical unit of height erected compared to a generally vertical erected O.U.B.H.E.L.P.
This embodiment of O.U.B.H.E.L.P. In this embodiment piston 216 is completely filled with atmospheric fluid 103. This will allow for a heavy negative buoyancy of a predetermined force, determined by the weight of main hollow piston 216. This allows piston 216 to descend with great force. A turbo expander can be connected to the compressed gas evacuation valve, which would allow for a good amount of energy recovery, since the compressed gas would still be under hydrostatic pressure at the end of its ascent cycle. While piston 216 is docked with upper electromagnet 114, main vessel fill valve 224 is opened, which allows for atmospheric fluid 103 to fill piston 216 in an atmospheric condition under its own gravitational weight through main hollow piston upper fill pipe 220. After atmospheric fluid 103 has filled main hollow piston 216, main vessel fill valve 224 is closed. O.U.B.H.E.L.P. is designed to create a buoyant condition within a fluid loop which allows for the fluid to seek equilibrium and in doing so forces the fluid above the buoyant condition through the hydroelectric turbine or turbines, and in doing so also resupplies its own source of gravity which allows the system to function.
Other vessel 108 is connected near top to hydro turbine 136 by other outlet pipe 144. Dolor muscular paracetamol . The system is filled with fluid 102 so as to create a fluid loop between other vessel 108 and each individual main vessel 106, 204, 206, 208, 210, 212. These fluid loops allow for fluid 102 flow between each main vessel 106, 204, 206, 208, 210, 212 and other vessel 108 at both bottom and near top. If atmospheric air valve 188 is left open, the increasing volume of displaced fluid 102 within the system during the ascent cycle is allowed to flow into reservoir 130 for temporary storage.
The location of the hydro turbine is referenced as being near the top of the embodiments, however, the hydro turbines can be placed within the fluid flow at the bottom of the vessels if the turbines are of the correct fluid flow design. The atmospheric air vents can be ducted to air turbines that would harness the air flow that is displaced by the fluid which is displaced by the ever expanding compressed gas pocket within the system.