13) teaches the use of water from a higher level being allowed to flow into chambers containing floats that are mechanically linked to a crankshaft and through the use of a valve system the water lifts and lowers the floats to create rotational motion upon the crankshaft. It is clear from the specifications that the apparatus has to sit mostly submerged within a body of water such as a lake, ocean, or reservoir and that these bodies of water that the apparatus would be required to sit within would supply the gravitation force required to make the apparatus function. I believe most people are aware of the severe problems that accompany both of these methods of producing electricity and the facts of which could fill a thousand pages, so I will keep this brief.
This fluid loop allows for fluid 102 flow between main vessel 106 and other vessel 108 at both bottom and near top. Detailed Operation of Embodiment “A” 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. Piston 110 being of sufficient negative buoyancy to urge fluid 102 below and in turn fluid 102 within other vessel 108 upward back through other outlet pipe 144 then hydro turbine 136 and through main inlet pipe 138 and into main vessel 106. In this embodiment, this descent cycle is of little force and does not produce energy, it only allows for fluid 102 above piston 110 to be resupplied. A bidirectional hydro turbine would only require a single source pipe between each vessel and the bidirectional hydro turbine.
In this embodiment piston 216 is only partially filled with atmospheric fluid 103. This will allow for a negative buoyancy of a predetermined force. Main hollow piston 216 is disposed slidably with minimal clearance within main vessel 106. Main hollow piston 216 is hollow. After a fill and empty cycle is completed the whole process repeats itself, thereby while main hollow piston 216 is ascending other hollow piston 218 is descending and vice versa. Dolor de brazo izquierdo y espalda . While main piston 110 is docked with lower electromagnet 116, main compressed gas valve 126 is opened and compressed gas 104 is injected into main vessel 106 through main compressed gas orifice 123. This creates compressed gas pocket 105 at the underside of piston 110. After a predetermined volume of compressed gas 104 has been injected, valve 126 is closed.
Fisioterapia A Domicilio
While piston 110 is docked with lower electromagnet 116, main compressed gas inlet valve 126 is opened and compressed gas 104 is injected into main vessel 106 through main compressed gas inlet orifice 123. This creates compressed gas pocket 105 at the underside of piston 110. After a predetermined volume of compressed gas 104 has been injected, valve 126 is closed.
3) teaches the use of a weighted air bag which is adapted to accept and discharge air and is mechanically linked to gears and shafts so as to rise within a fluid while inflated and to fall by the weight while deflated thereby creating motion through the mechanical linkage to the gears and shaft.
The use of water to provide kinetic energy to produce motion to do work has been around for many years. Oscillating water column devices are now producing small amounts of electricity and are in limited use around ocean and sea shores. 12) teaches the use of buoyancy and gravity in combination within an apparatus comprising a long chain having a series of attached float members extending around a sprocket with the float members immersed in liquid as they rise driven by the force of buoyancy and passing through air space as they fall pulled down by the force of gravity. Main piston 110 is disposed slidably with minimal clearance within main vessel 106. Piston 110 can be constructed in one piece or in segments so as to be assembled within main vessel 106 and can be of near neutral or negative buoyancy. The Oscillating Unites Buoyancy Hydro Electric Loop Pistons machine, or O.U.B.H.E.L.P.
Dolor Espalda Baja
This hydroelectric power plant comprises a low angle erected elongated main vessel 106 and a low angle erected elongated other vessel 108. Main vessel 106 and other vessel 108 are connected at the bottom to fluid crossover section 198. Vessel 106 is connected near top to hydro turbine 136 by main inlet pipe 138. Other vessel 108 is connected near top to hydro turbine 136 by other outlet pipe 144. The system is filled with fluid 102 so as to create a fluid loop. The reservoir can be of an open top or enclosed construction. If this embodiment is erected in an area where there is no naturally occurring atmospheric fluid 103 supplied at the top portion of O.U.B.H.E.L.P., than an atmospheric fluid 103 or water pumping system (not shown) can be utilized to pump atmospheric fluid 103 or water from the lower extremities of O.U.B.H.E.L.P.
The piston topside and underside can be of a shape other than flat, such as but not limited to a concave or convex shape. The supply system for providing the compressed gas has not been shown. An other compressed gas inlet orifice 125 is disposed through the wall of other vessel 108 at a location just below lower electromagnet 120. Compressed gas orifice 125 is connected outside of other vessel 108 to an other compressed gas inlet pipe 124 that is connected to a compressed gas supply source (not shown). A main compressed gas inlet orifice 123 is disposed through the wall of main vessel 106 at a location just below lower electromagnet 116. Compressed gas orifice 123 is connected outside of main vessel 106 to a main compressed gas inlet pipe 122 that is connected to a compressed gas supply source (not shown).
Main compressed gas inlet orifice 123 is disposed through the wall of each main vessel 106, 204, 206, 208, 210, 212 at a location just below lower electromagnet 116. Compressed gas orifice 123 is connected outside of each main vessel 106, 204, 206, 208, 210, 212 to main compressed gas inlet pipe 122 that is connected to a compressed gas supply source (not shown). Tratamiento para dolor de rodilla . Another mode of operation would be to allow three main pistons 110 to ascend simultaneously, essentially tripling the fluid 102 flow through hydro turbine 136. So, while three main pistons 110 ascend within main vessels 106, main vessel two 204, and main vessel three 206, the other three main pistons 110 would be descending or having compressed gas 104 injected at their underside within main vessel four 208, main vessel five 210, and main vessel six 212. Respective main inlet valves 146 would be in an open position for the ascending main pistons 110, while all of the remaining main inlet valves 146 would be in the closed position.
Tecnicas De Relajacion
While piston 110 is in a descent cycle, main outlet valve 150 is open and other inlet valve 148 is open, also, main inlet valve 146 is closed and other outlet valve 152 is closed, and other reservoir valve 134 is closed, thusly guiding fluid 102 flow during the main descent cycle. Before piston 110 begins an ascent cycle, main outlet valve 150 is closed and other inlet valve 148 is closed, also, main inlet valve 146 is open and other outlet valve 152 is open.
This embodiment utilizes modified pistons.
Drain valve 174 disposed through the bottom of fluid crossover section 198 allows for complete fluid 102 drain. FIG. 3 is a front elevation cross-sectional view of embodiment “C” and is referenced by section lines 3-3 in FIG. FIG. 1 is a front elevation cross-sectional view of embodiment “A” and is referenced by section lines 1-1 in FIG. Antiinflamatorios para dolor de rodilla . FIG. 19 is a front elevation cross-sectional view of embodiment “H” depicting a main hollow piston ascending, and is referenced by section lines 19-19 in FIG. FIG. 2 is a front elevation cross-sectional view of embodiment “B” and is referenced by section lines 2-2 in FIG. This embodiment utilizes modified pistons. DETAILED DESCRIPTION It is hereby noted in the description, if a numerical value or range is presented, each numerical value should be read once as modified by the term “about” (unless already expressed so modified), and then read again as not so modified unless otherwise indicated in context.
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Detailed Description of Embodiment “I” Drawings FIG. This embodiment is much like embodiment “H”. This embodiment is much like embodiment “G”. This also ties into that ‘low degree of angle’ that was just referred to. The following are examples of prior art that have tried to do just that. Rust inhibitors could be added to the fluid if desired or needed to help protect any ferrous materials that would be in contact with the fluid. Cloud cover doesn’t help any either, not to mention what night time does to the poor solar panels electric output. If compressed gas is not readily available from a tapped naturally occurring geological structure or as a normal byproduct of an industrial process, then an air compressor could be utilized for some of the other embodiments, which would require energy input to create the buoyant condition.