Posibles causas de dolor en el talon del pie

6), and not just in the outboard positions shown. The platform is shown suspended in the water column, that is, between the ocean surface 102 and floor 103. The platform is retained against and normal to the flow of ocean current by means of flexible tension members (i.e., mooring lines) 104. The free end of each said mooring line is shown retained at the surface by means of a mooring line buoy 105, with the fixed end secured to the ocean floor by means of an anchor 106. The platform resides at a predetermined operational depth and angular attitude, in relationship to the ocean current, such depth and attitude having been selected for reasons of optimal current engagement, adequate distance from surface turbulence, proximity to any further application-specific ancillary equipment (not illustrated) on the seabed, etc. 4A depicts an operational position between ocean surface 102 and floor 103, with maximum depth for platform excursion being ensured by stop assemblies 202 (and optionally frame 209, not shown) as described above.

Tecnicas De Relajacion

El truco para aliviar los dolores de la ciática en 60 segundos FIG. 10 depicts a buoy that has as its purpose the retention of electrical cables, such retention being prior to the deployment of the platform, or between deployments; and having the further purpose of transmission of wireless signal from the platform to one or more remote facilities. Such a framework, along with any supplemental line-separating frames 210, are preferably equipped with buoyant volumes, and serve the purpose of lower mooring line segregation as perhaps mandated by greater ocean floor depths. The present invention bears an array of turbines mounted to a fixed and retrievable structure, and is focused upon the generation of electrical power as the primary purpose. 3, with the upper connector 301 of such being here indicated, with its mating counterpart 901 mounted to the platform.

A power cable 107 has been mechanically disconnected from the cable management buoy 113, and mechanically and electrically connected to termination 301 mounted on the platform. The cable management buoy has fins that are (in plan view) perpendicular to the axis of its tether yoke and parallel with (surface) aquatic current, keeping it centered. Dolor muscular cansancio . At one level, the on-board platform system controller incorporates all electronic components necessary for internal management of and communication with its systems, including one or more programmable micro-processors, memory storage devices, input/output modules, signal conditioners, amplifiers, and so forth.

Tipos De Dolor De Cabeza

As part of the platform assembly’s electronic communications systems, means of underwater acoustic transpondence of signal is preferred as a standby means, such being in communication with the communications buoy, a surface vessel, or both. Communication between said buoy and platform 101 are accomplished by both or either means of a “hard wire” connection via tether/cable 1603 and cable 1604, or via acoustic transpondence between equipment TP (which said surface vessel 1602, additionally or alternatively to buoy 113, might be so equipped). Noting that direct transmission of electrical power to a shore facility is implicit in the preferred embodiment, all connections between seafloor cables and the platform are preferably made at the surface, obviating the need of adjunct submarine (e.g., remotely operated) vehicular activity. However, the relief of any remaining twist in said line (e.g., twist already present when the lines are first installed and their upper ends are first terminated at the buoy’s yoke) may be achieved via optionally installed swivels, located at positions 205, 206, and/or 207. Such swivels are standard devices employed to relieve twist in a submarine mooring line.

Dolor Espalda Baja

In all operational aspects, it should be evident that-as with any modern power plant-computers and purpose-built software are involved. The invention is analogous to that of an “oil platform”: a “rig” with legs resting on the ocean floor, but with the supported superstructure being fully submarine as well; and instead of a pipeline, cables reach to shore. In contrast with the above inventions, the focus of the present invention is therefore not on a new form of discrete device explicitly designed to convert the flow of water into electrical energy, but rather how to practically deliver such devices-in the evolving state of that art which the numerous citations demonstrate-into the submarine ocean current, in a way that is mechanically and electrically practical, sustainable and maintainable, economically produced, non-invasive to surface-based industry or aesthetics, environmentally-sensitive, and on a scale large enough to make a difference in the energy market. It should be noted that some submarine hydroelectric turbine devices in the industry (whether experimental or otherwise) employ an actively controlled pitch for the individual blades of the impeller.

  • Loratadina ( Claritin )
  • Pérdida, la primera de las fases de la ruptura
  • Lugar de origen
  • Ardha matsyendrasana
  • Si estás conduciendo, procura hacerte a la orilla, detener el coche, salir del mismo y sentarte
  • Ayudar a aliviar el dolor relacionado con artrosis o artralgia

4,335,319 (Mettersheimer, Jr., 1982) is also leg-supported, and having its prime components (other than impeller) being elevated above the ocean surface. The present invention, however, does not have the ocean floor as its operational destination. Though such pitch control may become desirable in certain applications of the platform (especially in a tidal environment), and is of course readily supported by the presented invention, such is not depicted in the preferred embodiment. For a payload of vertical-axis turbines, where applications of the platform are of mixed-use nature, etc., the operational attitude could be just as easily a horizontal one. Note also that the platform can be adjusted for these purposes to any angle between zero and ninety degrees (relative to the horizontal plane), and that-in the case of a very severe subsurface current or turbulence event-be brought to a most protective attitude of horizontal (in addition to an increase of depth).