The sail elements I, II, III, IV may be produced in any suitable material, preferably a plate material such as metal, wood or fiber-reinforced plastic. The wind-driven energy converting device 2 may be part of a system comprising a converter capable of converting the produced electrical power to e.g. The wind-driven energy converting device 2 comprises four sections S1, S2, S3, S4 each provided with a secondary pendulum 14 comprising a pendulum bob 30 suspended to the frame 8 by means of a pendulum rod 32 rotatably attached to the two rods 24, 24′ provided in the top portion of the frame 8 by means of a bearing unit 22. The sections S1, S2, S3, S4 protrude radially from the centrally arranged main pendulum 20. The sections extend along vertical planes extending perpendicular to each other. The apparatus 10 will be equipped with myriad braces and other support components to maintain the apparatus in the configuration illustrated and to reinforce the same so as to withstand any buffeting and other disturbances to which it may be subjected when in actual use.
- James, W. (1884). What is an emotion?. Mind, 9, 188-205
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- Dolor intenso que no se alivia con descanso
- Deterioro del lenguaje
It may be beneficial that the wind-driven energy converting device comprises an engagement structure configured to engage with a corresponding engagement portion provided at or attached to the driving shaft. Each pendulum bob 30 is connected to a driving shaft. The wind-driven energy converting device according to the invention is a wind-driven energy converting device comprising a main pendulum comprising a pendulum bob attached to a pendulum rod, wherein a sail member is attached to a the pendulum rod in a higher position than the pendulum rod, wherein the main pendulum is suspended in a frame by means of a bearing unit allowing the pendulum rod to be rotated about two perpendicular horizontal axes at the same time, wherein the main pendulum is mechanically attached to at least one secondary pendulum by means of a connection structure, wherein the secondary pendulum is connected to and being configured to rotate a driving shaft upon being moved due to motion of the main pendulum.
Dolor De Espalda
It may be advantageous that the wind-driven energy converting device comprises a bearing unit by which the main pendulum of a wind-driven energy converting device according to the invention is attached to the frame, said bearing unit comprising a ring rotatably attached to the pendulum rod of the main pendulum by means of a pivot extending at least partly through the pendulum rod and being attached to the ring, wherein the ring is rotatably attached to the frame by means of one or more pivots.
Dolor Muscular Cadera
In another embodiment according to the invention the connection structure is a string. While in the foregoing specification an embodiment of the invention has been set forth in considerable detail for purposes of making a complete disclosure. Y quadrants in accordance with the foregoing description. 6, the various spokes 14 may be connected to the shaft 15 associated therewith by means of tension cables 44 equipped with turnbuckles 45 at the ends thereof to enable the spokes 14 to be adjusted into a horizontal orientation in which they are substantially normal to the vertical axis of the associated rotor shaft 15. The jacks or hydraulic levelers 36 enable the entire rotor-assembly composition including the casings 22 to be leveled accurately irrespective of the disposition enforced on the base structure 29 because of the character of the subterranean floor. It may be an advantage that the pendulum bob of the main pendulum is connected to the pendulum bob.
Hereby, the wind can make the pendulum swing from side to side, hereby converting the wind energy to kinetic energy of the pendulum. Fig. 7 illustrates a mechanical rotational converting device 76 configured to transfer two alternating opposite directed rotational motions of a main shaft 50 to a one-way rotational motion. Accordingly, it would be desirable to be able to provide a wind-driven energy converting device that is configured to generate energy in a more stable rate. Cinta para dolor de rodilla . Thus, a positive torque is developed by water action against each blade structure for approximately 220. Accordingly, with a rotor assembly having four spokes 14 such as the assembly 11 shown in FIG. It may be advantageous that the wind-driven energy converting device comprises a plurality of sections each provided with a secondary pendulum comprising a pendulum bob suspended to the frame by means of a pendulum rod rotatably attached to the frame by means of a bearing unit, wherein the sections protrude radially from main pendulum being the centrally arranged.
It may be advantageous that the wind-driven energy converting device comprises a frame comprising a plurality of rods. The present invention relates to a wind-driven energy converting device comprising a main pendulum being suspended in a frame by means of a bearing unit allowing the pendulum rod to be rotated about two perpendicular horizontal axes at the same time. In a preferred embodiment according to the invention the wind-driven energy converting device comprises a sail member having four sail segments. In one embodiment according to the invention the connection structure 16 may be shaped as a flexible rod or a stiff rod. In one embodiment according to the invention, the pendulum bob is cast in concrete. An engagement structure 28 is attached to the pendulum bob 30 by means of a fixture. 2. Dolor de rodilla tratamiento fisioterapia . An engagement structure 28 formed as a toothed arced rod is attached to the pendulum bob 30 of the secondary pendulum 14 by means of a fixture.
The pendulum bob may be made as a massive body. As previously stated, all of the water-expulsion and vent mechanism may be located within the casings 21, and since pump, valve-controlled vents, and airsupply systems are old and well known, they are not specifically shown in the drawings. 2 and 5, each rotor assembly 11 has a plurality of impeller blade structures 12 and respectively associated spokes l4, and, such blade structures and spokes aggregate four in number and they are spaced apart angularly by equal distances of 90. FIG. The apparatus 10 includes a means for leveling the same on an uneven ocean floor or the like so that the maximum energy can be derived from the tidal flows by the clusters of rotor assemblies 11. Although various arrangements may be included for leveling purposes, the apparatus 10 employs hydraulically adjustable leveling shafts 36 that may be adjusted in vertical directions as necessary to level the apparatus 10. In some instances, the submarine surface will be soft and muddy, and in this instance, it may be desirable to anchor the apparatus 10 firmly thereto by means of reducing the pressure at certain locations along the pontoons 30 at which they engage such surface.
Apparatus embodying the present invention is operative to convert the energy of tidal currents and the like into a more usable form of energy such as electricity. It will be understood that the entire apparatus 10 can be covered with a coating mateefficient, substantially all of such horsepower output of rial including certain of the synthetic plastics to protect the metal from electrolysis and marine growth, barnacles for example. The connection structure may be a wire, preferably a metal wire. The pivot preferably extends along a horizontal axis. The pendulum bob is preferably made in a material having a density that is larger than the density of water, preferably at least twice as large as the density of water. The pendulum bob 30 of the secondary pendulum 14 will swing to the right and to the left, the shaft 36 of the electrical generator 12 will rotate clockwise and anticlockwise in an alternating sequence.