At the start of the following quarter turn, the vanes continue to be aligned with the shaft of the panel framework, with the water and wind direction, offering as total resistance, the thickness of the double structure of a single vane or the minimum of the whole turn. Toward 270°, the vanes prevented from turning through more than 90° on the shaft, will present the most turning resistance, but will continue follow open or parallel to each other, allowing the water or wind to pass without difficulty. In the following 90° of rotation, with the frameworks at 180°, the vanes that they were aligned with the water or wind direction and the panel framework, will open, turning 90° on its eccentric shaft, allowing the water or wind to pass freely, each vane offering in resistance, only its structural thickness and together the sum of the vane thicknesses.
FIG. 3 is an elevation view of another embodiment of the wind driven generator. FIG. 15A is a side view showing the wind driven generator attached to a ship. FIG. 17 is a perspective view of the generator on an orbiting space vehicle. FIGS. 13B-13C illustrate details of FIG. FIGS. Dolor de rodilla cara interna . 8A-8F show further details of the wind driven generator. The latest in the world is a tower constructed in Germany, 100 m. high, with a single propeller blade 50 m in diameter, having very high generating capacity and very expensive, the construction details of which are not known. A third wind model with fixed structure consists of a fixed vertical shaft over the generating room, on which the rotary shaft supported by bearings external to the fixed shaft, will turn, having trusses or turnbuckles external to the fixed shaft, that ensure the stability of the whole of the fixed shaft system.
Taking as a first step or initial position of the panel for a turn of 360°, a position completely against the direction of the water or wind, the vanes will be aligned one behind the other to the shaft of the panel framework, whether to the left or right of the rotary shaft, overlapping or closing the whole panel. ADDITIONAL ELECTRICAL BOOSTER: Consists of a vertical rotating cylinder, activated by an electric motor installed at a fixed point external to the circle, generate by the Eolic GEEM, the external rotating surface area of the cylinder being exactly equal to the circle generated by the end of the lower section of the panel framework and by being turned and rubbing tangentially against a curved plate at the end of the panel; will give it an impulse, additional to the force of the wind, by being turned in the opposite direction to the rotary movement of the “GEEM”, to increase the efficiency of the system.
FIXED RADIAL WIND STRUCTURE: Consists of two or more columns installed in the external circular area of the system, that support radials trusses that are joined at the central point of the “GEEM” supporting at its center the lower and upper rotary shaft bearings, and located over the generation room and occupy spaces of less than 180° of the circle of rotation of the system as points of support. FIG. 18 shows in the foreground an 8 story building in the form of a tower, with the last floor having dimensions exceeding those of the other floors, and on this, is a small generation room, and a gigantic wind driven generator with four panels. FIG. 10 shows a wind driven generator having four panels which are seen in their different vane positions with the ends opposite the rotary shaft 3 joined by aligning cables 62, which join the vanes equidistantly to keep them in a uniform position, opening or closing them so their oscillating movement is synchronized.
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5. The side edge 35 of the vanes are bent where it receives the sleeves 31 to prevent deflection of the vane due to the force of wind or water, where greater resistance is required. The direction of the water flow is shown by arrows and produces clockwise revolving movement of the rotary assembly by impact with the panel with closed vanes causing rotation of central shaft 3 to drive column 23. To the left is the anchor 24 of the floating marine generator.
At the left side, a similar generator is shown on top of an apartment building, and in the background to the right, are shown two adjacent apartment buildings with similar generators giving some idea of what the future might be for wind generation of electrical energy. FIELD OF THE INVENTION The invention relates to electrical energy generation from wind or water. In the marine compound generator, by the construction of two or more generators, with vertical transmission shafts, delivers the partial power to a common horizontal rotary shaft by means of pulleys or pinions for it to be coupled directly to the conventional generator, thus sufficient power to drive a high capacity electrical generator. FIXED MARINE STRUCTURE: Consists of a removable structure in the form of an inverted U, with a horizontal section on the platform or surface and two vertical rails at its ends, which submerged, will serve to support the rotary shaft bearings; the panels and the vanes.
For the vanes turning clockwise, the initial moment of rotation will be with the left panel, aligned or closed, with the vanes turning on their shafts to the right side and overlapping the following one with its left side, at the same time that the panel on the right side has the vanes aligned with the water or wind direction, and opened or perpendiculars to the shaft of the panel on the right side. The vanes will be manufactured with light laminated steel, plastic or reinforced fiber glass plates, with protective finishes against environmental corrosion. SUPER FIXED MARINE STRUCTURE: Consists of an additional structure to the removable fixed structure, that serves as support to the removable fixed structure and it must of be built with great inflexibility and stability, with anchor plates fixed to the bank of rivers, or the sea bed, in the beach coastline, or where they may be marine currents or as inverted columns in floating structures, with material that may be concrete blocks or column or steel plates, that contain the rails by which the columns of the removable fixed structure are slid into position.
- Ejercicios pendulares
- Sensación de agobio
- Se consigue un mejor tono y mayor brillo en la piel
- En una olla añade el vaso de agua y llévalo a ebullición durante, al menos, 10 minutos
- Vasoconstricción: Estrechamiento de los vasos sanguíneos
- Como vitamina D3 (colecalciferol)
The fixed or static shaft, when necessary, will be immobilized from its highest part, with tensile steel cables, from columns installed in the perimeter of the “GEEM”, lessening the cost of the structure and obtaining greater length panels that in the others models or forms. FIGS. 8C and 8D show a modified arrangement in which a third vertical column with horizontal trusses is provided diametrically opposite one of the other columns and its trusses are combined. Dolor lumbar agudo . FIXED STRUCTURE: Static structure, anchored to ground or floating, of steel or concrete, of variable form and size, which serves as the support to the rotary structure, containing the rotary shaft bearings and the rails in the hydraulic or marine model.