A sensor for an indicator of wave energy 22-1000 can be a radio or satellite receiver that can receive weather data transmitted from a weather station pertaining to the wave height and period in the geographic area where the converter is located, information that is relevant to calculating an estimate of the ambient available wave energy. This can help keep the converter within an optimal range of operating parameters, e.g., keep the inertial mass within a desired depth range and/or a desired separation distance range. This enables it to “track” the surface water level relatively closely and thus efficiently convert available wave energy to usable power. Reciprocating and at least somewhat phase-shifted (i.e., out of phase) movements of the flotation module and inertial mass can develop such that large amounts of power may be generated and/or converted.
Such information can be received by satellite communication and/or by a data network that includes multiple nearby converters. Gear 2409 is positioned with a pocket 2402 that is open to the body 2300 of water below the flotation module. FIG. 81 shows a side view of the embodiment of the current disclosure illustrated in FIG. FIG. 76 shows a perspective view of an embodiment of the current disclosure.
FIG. 216 is a top down horizontal sectional view of the embodiment of FIG. FIG. 231 is a top down view of the embodiment of FIG. Dolor muscular agudo . FIG. 27 is a top down view of the embodiment of FIG. 2801 a bottom wall of the inertial mass 2722. When positioned against the two orifices below, valve plate 2803 obstructs the orifices and thereby prevents the ingress of water into the vessel. In some embodiments having a direction rectifying flotation module, at least one pulley/capstan is located at a bottom portion of the flotation module, so that a tension in the flexible connector causes a nominal vertical axis of the flotation module to rotate into closer alignment with a line passing through the flotation module and the inertial mass. In some embodiments containing multiple pulleys/capstans, multiple auxiliary direction rectifying pulleys are necessary to address the fleet angle problem.
Dolor De Hombro
The convective currents carry heat from the computing devices and/or circuits to upper 107 and lower 108 fins. FIG. 127 illustrates a possible configuration and/or geometry of a ribbon cable 841. The ribbon cable is approximately cylindrical and at its upper end 840 the ends of the cables are arrayed in an approximately circular pattern.
Dolor Espalda Cáncer Pulmón
233, is rotated in response to a movement of its respective ribbon cable 221/216, a respective and connected crankshaft turns a respective set of driving and piston rods, housed in enclosures, e.g. Not shown are the inertial mass and a complementary restoring weight connected to opposite ends of flexible connectors 2906 and 2907, respectively, (which are two sides of the same flexible connector).
416, and is connected to a strand-specific restoring weight, e.g. 802. And, the upper end of the ribbon cable might pass over a roller and/or be connected to a restoring weight or a roller. 564, is connected to a common shaft and therefore turn in synchrony. An advantage of a net enclosure is that the transmission of force from the inertial mass 7-140 to the depending connector 7-150 can take place over a larger surface area of the inertial mass and therefore imposes lesser structural requirements thereupon.
- Ayudar a los pacientes a tolerar la terapia física u otros ejercicios de rehabilitación
- Pose del niño
- Una extremidad inferior de apariencia más corta
- Técnicas de bloqueo e infiltraciones para el dolor
- A wider, flatter angle of attack to lift means expensive geometric twist can be eliminated
The illustrated flotation module 290 floats adjacent to the surface 291 of a body of water. The upward buoyant forces imparted to the bottom surface(s) 293 of the flotation module are communicated up to the middle layer via voids, e.g. Mounted on and/or in, attached and/or affixed to, and/or incorporated within, the buoy 130 are two “computing chambers and/or modules” 136 and 137. These are sealed, waterproof chambers inside of which are mounted and/or affixed computing circuits, computing devices, and/or computing resources and/or networks. In some embodiments, the material within the computing chamber 106 that surrounds the computing circuits 116 and 117 is a phasechanging material that does not conduct electricity to a significant degree. Typically, only spacing rods or only spacing lines will be used; the combination of the two is shown here only for illustration. For approximate scale (merely illustrative), inertial mass weighted portion 1-145 can have a density of 2400 kilograms per cubic meter and a mass of 180,000 kilograms.
And, in one embodiment, inertial mass 4205 has a greater average density than the water it displaces. Que colchon comprar para el dolor de espalda . The laterally distributed downward forces are then communicated downward through the vertical internal walls of the middle layer of voids, e.g. Similarly, in this embodiment, the downward force required to support and/or to accelerate restoring mass 1722 is distributed across two portions 1717 and 1719 of a flexible connector. Third, in this embodiment, restoring weight 9-160 is toroidal and concentrically/coaxially encloses depending connector segment 9-150a, i.e. Third, the vertical tendons of bottom conical section 11-180, e.g. By “included water” we mean water located inside a convex hull defined around the inertial mass (i.e.
This embodiment’s hemispherical buoy hull 5, and its facility for rotation so as to preserve a common and/or constant alignment with the inertial mass 10, tends to preserve a desirable alignment of the ribbon cables with the rollers about which they rotate, i.e. A cross section of flotation module 19-1 floating on body of water (“ocean”) 192 is shown in this figure.
Dolor Neuropático Central
FIG. 160 shows a side cross section of the inertial mass and part of the depending connector. FIG. 151 shows a side view of the same embodiment. Eliminar dolor lumbar . FIG. 166 shows a side cross section of the inertial mass 12-140 and part of the depending connector. Rather than mounting and/or attaching pulley 1214 directly to the inertial mass, as is characteristic of the embodiment illustrated in FIG.
FIG. 61 is an elevated front view of the pulley in FIG. 566, oriented at oblique angles with respect to the overlying beam, e.g. 143, and passes onto, around, and over a pair of cooperating traction winch rollers, e.g. In order to facilitate its falling, plunger 221 may fall quickly, owing its relatively lesser drag, and relatively higher net effective weight. Accordingly, the effective net weight of the inertial mass decreases as its depth increases; and in some embodiments, the effective net weight of the restoring weight concomitantly increases as the depth of the inertial mass increases. In some embodiments, the aforementioned suspended weights, metal chains, and/or metal ropes act on the inertial mass by depending from a bottom portion thereof. However, when the inertial mass moves out of that plane, i.e.
59 and 60. However, in this illustration, the pulley’s respective cable 210 is being pulled from a direction that is outside (e.g. 1), the cable rolls over its respective roller e.g. 589. Stop 585 can abut and/or collide with lifting module 583 and prevent further translation of power chain 586/587 in the counterclockwise direction i.e.