FIG. 1A illustrates a side view of a rotation element 100 of an embodiment in accordance with the apparatus of the present invention. FIG. 4 illustrates a top view of a network of several embodiments of rotation elements and power generators in accordance with the apparatus of the present invention. A power plant 400, in some embodiments a preexisting power plant, couples to one or more power generators 402 which each are coupled to one or more rotation elements. The power generators 402 are able to be positioned on floating rafts 462, boats, docks, land or even underwater if modified accordingly. In some embodiments, the floating rafts 462 and boats are coupled to one or more lines 460 which extend across the river. When using floating docks or boats, the docks or boats are held in place by a cable extending across the river or another mechanism.
- Hinchazón dolorosa de las venas (flebitis)
- R the known rotor radius
- Debilidad en los músculos de la cara, aunque suele ser un síntoma poco frecuente
- Ayudar a aliviar el dolor
In another aspect, a method of generating power comprises inserting one or more rotation elements into a fluid, positioning the one or more rotation elements in the fluid at a desired depth using a buoyancy control mechanism and rotating the one or more rotation elements in the fluid which rotate a cable coupled to a power generator positioned outside of the fluid. In some embodiments, the rotation element 100 comprises neoprene rubberized fabric, Hypalon® fabric or another suitable material, which is fabricated into the designed shape. As described above, the shape of the rotation element is able to be any appropriate shape, including, but not limited to, helical, helical-propeller, propeller only or water-wheel shaped. The spherical element 600 also includes a withdrawable compartment 610 which is able to be a cylinder or any other appropriate shape.
A bladder 604 is contained within the double wall 602, and a spherical gas chamber 606 is contained within the bladder 604. The bladder 604 contains any gas including air, and the gas chamber 606 contains any gas including air as well. A remote controlled rotation element 480 includes a remote control sensor 482 so that valves are able to be operated remotely where compressed air or gas is involved. By using a system of two parallel submerged cables where site conditions warrant, multiple sealed generator units are able to be flexibly tethered between the cables at selected depths. The system further comprises a second rotation element coupled to the power generator with a second cable, the second rotation element for rotating the second cable due to the motion of the fluid the second rotation element is submerged in, wherein the depth of the second rotation element is modifiable using a second unified buoyancy control mechanism, further wherein the first rotation element is left-hand rotation and the second rotation element is right-hand rotation.
Dolor Espalda Lado Derecho
In some embodiments, a cable 120 comprises an engineered stainless steel cable which is equal in strength to steel, and is used for shore to shore anchorage or other anchorage. In some embodiments, the cable 120 twists in the same direction as the rotation element 100, so that the cable is strengthened rather than unwound by the twisting of the rotation element 100. The cable 120 also couples to a power generator 302 (FIG. 3) which generates power using the rotation of the cable 120 from the rotation of the rotation element 100. Generating power based on rotation is well known in the art. The water is received either by permanent storage tanks, or by pillow tanks, and the steady release of water to the generator from the tanks would regulate generation, and smooth out the varying and cyclical nature of the tidal flows, allowing a steady flow of electricity.
Dolor Muscular Bayer
In some embodiments, the gas/air tanks 110 are positioned vertically with respect to each other, horizontally with respect to each other or one set of tanks 110 is vertical and the other set of tanks 110 is horizontal. Dolor lumbar cama . The compressed gas/air tanks 110 serve as a spine. Where desirable, and where preset buoyancy designs are not applicable, alternate on-site buoyancy control through the use of a combination of compressed air or gas, and tether located weights and buoyancy members are able to be used to achieve desired depths. While the inflatable design promises ease, design flexibility and economy in the manufacture and shipping of the smaller inflatable units, as compared to some rigid constructions, situations are able to occur where the latter fabrication technique is able to replace the former inflatable technique.
The cable provides the flexibility to adjust to a variety of generating equipment and keeps the water course clear of added obstructions. FIG. 5 illustrates a flowchart of a process of generating power utilizing water currents. The remote generator 302 is able to be located on land, on a pier 464 (FIG. The cable coupled to the remote controlled rotation element 480 contains a ball bearing safety hook 484 which is able to engage and disengage the rotation element as necessary and is capable of holding and moving the rotation element while it is in a rotating mode. The first rotation element is coupled to a cable attachment which contains a bearing swivel safety hook for engaging and disengaging the first rotation element, the cable attachment further for holding and moving the first rotation element while the first rotation element is in a rotating mode. It will be readily apparent to one skilled in the art that other various modifications may be made in the embodiment chosen for illustration without departing from the spirit and scope of the invention as defined by the appended claims.
Dolor Espalda Media
FIG. Dolor de rodilla en niños de tres años . 3B illustrates a side view of a waterwheel rotation element of an embodiment in accordance with the apparatus of the present invention. FIG. 6 illustrates a side view of a plastic spherical element of an embodiment in accordance with the apparatus of the present invention. FIG. 2A illustrates a top view of a propeller rotation element of an embodiment in accordance with the apparatus of the present invention. SUMMARY OF THE INVENTION A power generation method and device utilizes fluid currents to generate power by rotating a rotation element which in turn rotates a cable which turns components within a power generator to generate the power.
The above examples are not meant to limit the invention in any way. Such reference herein to specific embodiments and details thereof is not intended to limit the scope of the claims appended hereto. Furthermore, the internal components and any additional components are interchangeable between embodiments as well. Multiple pairs are able to be used as well. A line holder 124 is able to be included to store a line for retrieval of the rotation element 100. An air influx 130 is also able to be included. A standby valve 112 is utilized for recovery of pressure. For example, the rotation element is able to include water inflatable material or a hard cover. The design of the tidal rotation element takes into account the fact of left and right hand rotation as tides change from flow to ebb. There are several apparatuses and methods that attempt to harness energy from water current flow; however, all of these prior art have significant differences, limitations or drawbacks.
Dolores Musculares En Los Brazos
They suffer from the on and off nature of wind, high service costs associated with “off the ground” equipment and various environmental and aesthetic problems, all of which reduce cost effectiveness. The use of high lift helicopters for installation is justified in many instances by the long term nature of the generation capability. Causas de dolor de talon del pie . As an example, a 3¼″ “Amstel Blue” cable is rated at 906,000 pounds which is primarily for use on water crossing. Rotation elements are coupled to the power generators, and the rotation elements are driven by the flowing water. The buoyancy control mechanism utilizes a compressed gas reservoir surrounded by a segregated bladder to alter the depth of the first rotation element. Alternatively, the buoyancy control mechanism utilizes a compressed gas reservoir surrounded by a segregated bladder to alter the depth of the body. In some embodiments, the gas insertion mechanism 126 holds a balloon 132 to be released to the surface as needed.