102-104 in that it utilizes a capstan composed of, and/or incorporating, two shafts 4602 and 4605 to control, and extract power from, the oscillations and/or translations of the flexible connector 4603 / 4606 that connects the inertial mass 4604 and the restoring weight 4607 through the power take-off assembly 4602, 4605, 4612-4615. However, it differs from that embodiment in that the separation flexible connector 4610 that is connected to, and from which are suspended, the embodiment’s five offset weights 4609 are statically attached and/or connected to the flotation module at 4616 (instead of to a controllable winch as in the embodiment illustrated in FIGs. 400 and 401, of its respective traction winch. Winches 229 and 230 adjust the lengths of their respective supplemental weight cables (whose positions are shown by the circular outlines 227 and 228 though not normally visible from this perspective).
- Elevar la pierna
- Performance Ingredients
- Vacíala todos los días
- Lavar a diario con agua y jabón
- Joroba en la visión lateral con inclinación del tronco
- Para facilitar el movimiento cuando hay un déficit motor
284. Others, e.g. 273, do not. 2312, connect an external force-distribution plate, e.g. 201 connected to a force-distribution plate, e.g. Each end of each tensioning cable (or rod) is attached, connected, and/or affixed, to a force-distribution plate, e.g. The illustrated embodiment 130 contains and/or incorporates a keel 141, with a weighted end 142, that enhances and/or promotes the stability of the device. Through the use of the supplemental inertial-mass weights 224 and 225, and the adjustment of the lengths of the supplemental weight cables 227 and 228 that partially support them, the wet weight of the inertial mass may be “tuned” so as to optimize and/or maximize the amount of electrical power that may be generated with respect to any particular wave climate.
Dolores Musculares Piernas
The increase in the separation of flotation module 101 and vessel 117, and the consequent raising of weight 110, causes and requires the passage of at least a portion of the flexible connector portion 108 across gear 106, thereby turning 105 the gear, lengthening connector portion 107 and shortening connector portion 108. As gear 106 turns, a gear 102 and/or the shaft of the operatively connected generator 103 is turned, thereby generating power.
It is also taken across line 19A illustrated in FIG. FIG. 171 is a side view of the same embodiment illustrated in FIG. FIG. 80 shows a perspective view of an embodiment of the current disclosure. FIG. 13 shows a perspective view of the same embodiment of the current disclosure shown in FIG. FIG. Pomada para el dolor de espalda . 192 is a top down sectional view of the embodiment of FIG.
At least a portion of downward vertical forces transmitted to pulley 216, which is operably-connected to generator 217. Pulley 216 is positioned inside enclosure 192 and is driven by torque imparted to it by connectors 199 and 200 through central aperture 197 and aperture 219 inside beam 193). Downward forces imparted to pulley 216 are therethrough communicated to beam 193, which transmits and/or communicates at least a portion of those forces to a pair of underlying beams, e.g. Sliding uni-directional orifice 415 moves up, thereby allowing for the flow 417 of water from the vessel’s interior 421 to the outside when flotation module 401 is descending, and thereby facilitating the restoration of the vessel’s original, nominal depth. It tends to be advantageous to increase the wet weight of the inertial mass when the period or the amplitude of the waves buffeting the buoy increase. 220, fins thereon, from which it is convectively transmitted and/or transferred to the air above the buoy.
Too large of a fleet angle can cause mechanical stresses and failure modes such as abrasion of the flexible connector and/or wear of the mechanical components of the power-take-off system. 15 and 23, are positioned and interconnected in the form of a “crossing lattice.” Overlying the top surface of the flotation subassembly, and oriented normal to the longitudinal axes of the slats in the top layer of the flotation subassembly, is a set of approximately parallel “load-bearing elements”, e.g. Flotation module 17-1 is floating on the surface of body of water 17-2. The shape of floatation module 17-1 is shown to be nearly hemispherical. At some point, and in part as a result of the resistance of the opposing torque imparted to pulley 152 by generator 153, which in turn applies a counter-force to connector 155 as it moves over the pulley 152 under the influence of the downward moving inertial mass 159, the descent of inertial mass 159, relative to flotation module 151, slows, stops, and reverses.