While the tanks are shown in the Figures possessing a cylindrical shape, the tanks can also possess other shapes. Where the fluid source comprises a pressure tank (shown at 40 in FIG. When outer tank 10 a is fully drained valve 38 a closes, and valve 38 b opens, while valve 48 closes simultaneously with the opening of valve 50, the latter two valves cooperating to allow pressure vessel 40 to be subjected to pressurize from a source (not shown) thereby forcing water from pressure vessel 40 to the outer tank 10 b to fill that outer tank to the top carrying with it the buoyant inner tank 20 b. When the inner tank 20 b reaches nearly to the bottom of outer tank 10 b, then cycle III begins, and the rotating shaft 30 continues to be driven in rotation, thereby allowing continuous power generation.
- Asegúrese de que la presión arterial y el colesterol estén bajo control
- Reduce la inflamación
- Pasado el tiempo indicado, apaga el fuego y agrega la cucharada de miel
- Usar un yeso (escayola), en casos de desgarre parcial
- Método en el que se usan medicinas para destruir las células cancerosas
- Tomar baños con agua tibia
- Lapacho rosa (handroanthus impetiginosus)
- Zapatos brillantes
Allowing the water to evacuate from tank 10 a faster than the rate at which the inner tank 20 a can fall allows the full use of the kinetic energy descent y means of the connecting tether 22 a to the clutch 32 a and the rotating shaft 30. Shaft 30 rotates by means of the tethered descending weight allowing shaft 30 to be connected to an energy-using device, such as an electrical generator. Upon equalization of the water in outer tanks 10 a and 10 c, valve 38 c closes simultaneously with the opening of valve 54 so that the remaining water from the outer tank 10 a drains to the discharge outlet associated with outer tank 10 a. Upon starting cycle III, valves 38 a and 38 c are opened simultaneously to allow water within tanks 10 a and 10 c to equalize.
Valves 38 are positioned within each of the fluid transfer pipes 34 a, 34 b, 34 c for starting and stopping the flow of fluid from and into the respective tanks 10 a, 10 b, 10 c. The opening and closing of valves for the intake and output of fluid into and from the respective outer tanks 10 a 10 b, 10 c,. Upon equalization of tanks 10 a and 10 c, valve 36 a closes and valve 36 b opens simultaneously allowing water to flow into their respective tanks and equalize. Upon starting cycle III, valves 38 a and 38 c open simultaneously to permit water within their respective tanks to equalize. As the equalization takes place, valve 56 and valve 46 b open simultaneously to permit free water to fill outer tank 10 b to the top, carrying with the liquid the inner buoyant tank 20 b to the top of the inner tank 10 b.
As this equalization occurs, valve 56 and valve 46 c open simultaneously allowing free water to fill tank 10 c to the top carrying with it the inner tank 20 c to the top of outer tank 10 c. When tank 20 c reaches the top of tank 10 c, valve 38 c and valve 46 close, and valve 48 opens simultaneously with the closure of valve 50. This sequence of steps now sets the apparatus of the invention up for cycle III of the process. Upon arrival of buoyant tank 20 a to the top of tank 10 a, valve 38 a closes, simultaneously with the closing of valve 46, the opening of valve 48 and the closing of valve 50. This position now stages the apparatus for the beginning of cycle I again as previously described above. Operation of the apparatus of the present invention is now described with reference to FIGS.
Tipos De Dolor Pdf
In one aspect of the present invention, there is provided a modular unit having a plurality of outer containers, each of which houses an inner container capable of exhibiting buoyancy in a column of fluid, preferably water. The fluid in the outer tanks of the apparatus of the present invention can be replenished from a source of freely obtainable fluid capable of generating a head pressure (e.g., from a reservoir, lake, or other naturally occurring source of fluid such as a geyser). Dolor lumbar irradiado hacia delante . Alternatively, the fluid in the outer tanks can be replenished from a container of the fluid which is pressurized.
When the inner tank 20 b reaches the top of the outer tank 10 b, valves 46 b and 56 close simultaneously. Further, two or more tank assembly arrays 80 may be arranged in series or in parallel and can be operated all as an electricity generating system to increase the operating efficiency of the generating system, or to increase the generating capacity of the system. The tanks may be situated relative to the source so that a head pressure head is developed before the fluid enters the tanks (FIG. Inner tanks 20 a, 20 b, 20 c have a volume greater than the volume of liquid within the inner tank 20 a, 20 b, 20 c to yield positive buoyancy. Upon equalization of tanks 10 c and 10 a, valve 38 a closes with the simultaneously opening of valve 54 to allow the remaining water in tank 10 b to drain to the discharge outlet.
The invention contemplates that this substance can be air, air filled foam, or any other material that would allow positive buoyancy. At this topmost position, the inner tank 20 b is poised for initiation of cycle II of the operation of the three tank array, while the remainder of the inner tanks continue to proceed through cycle I of the operation of the array. This permits water in outer tank 10 b to be evacuated therefrom, while permitting the water in the two tanks 10 b and 10 c to become equalized. Following setup of the apparatus, cycle I of operation of the apparatus is started by simultaneously opening valves 38 a and 38 b to allow water within outer tanks 10 a and 10 b to equalize. Upon starting cycle II, valves 38 b and 38 c are opened simultaneously to allow water within tanks 10 b and 10 c to equalize, that is reach the same level.
Dolor Neuropático Que Es
1 and 2 of the drawings, where like or similar reference numerals indicate the same or similar components in the two Figures, the invention is seen to include a plurality of outer containers or tanks 10 a, 10 b, 10 c arranged in an array and capable of being filled with fluid, preferably water, from a source of fluid.