Thus, it will of course be understood that the embodiments are not limited to the specific details described herein, which are given by way of example only, and that various modifications and alterations are possible within the scope of the following claims. A drive shaft 28 can operatively connect the rotatable members 22, 24 to the generators 18 in any suitable manner, including in any way described herein. The support members 94 can provide structural strength. For instance, a leading end portion 90 of the system 10, such as the forward rotatable member 22, can be operatively attached to the barge 16 by one or more lowering members 26. Additional support to the leading end portion 90 of the system 10 can be provided. In one embodiment, the lowering members 26 can be attached to a rotatable ring 108. The ring 108 can rotate about the shaft 100 to accommodate changes in the direction of the flow 14. The ring 108 can have any suitable range of rotation on the shaft 100. For instance, the ring 108 can rotate 360 degrees on the shaft 100. However, a more restricted range of rotation may be possible.
Dolor En El Hombro
Combinations of these and other catchment device configurations are possible. The foregoing description is provided in the context of one possible application for embodiments of a fluid-based power generation system. Dolor en la mano izquierda . In one embodiment, the axes of rotatable members can be substantially horizontal. The lowering members 26 can be rigid. The attachment arm 60 can be a rigid structure. To that end, a drive unit 78, which can comprise a plurality of gears 80, can be provided, as is shown in FIG. Each of the two loop members 30 can support a plurality of catchment devices 34. In other embodiments, more than two loop members 30 can be rotatably supported between the sets of forward rotatable members 22 and the sets of rearward rotatable members 24 so that more than two parallel sets of catchment devices 34 can be used to drive the generator or generators. The leading end portion 90 of each system 10 can be supported by any suitable structure, such as arm 130. The arm 130 can be pivotable at one or more points.
Dolor Espalda Al Respirar
The flexible member passes through the geometric center of each sail. The second member can provide support to the first member against bending. The system 10 can be supported in the flowing body of water 12 by a support structure. The rotatable members 22, 24 can be supported in the body of water 12 by lowering members 26, which can be beams, rods, bars or tubes, just to name a few possibilities. For instance, the loop member 30 can be a chain 32, a chain-like device, a cable or a drive belt, just to name a few possibilities.
A plurality of attachment arms is distributed along the loop member. The attachment arms may also include a second member. FIGS. 10-12 show an alternative embodiment of a catchment device 34. The catchment device 34 can be configured as a clam-shell 35. In such case, the catchment device 34 can include a first wall 42 and a second wall 44. The catchment device 34 also includes expandable side walls 46. The first and second walls 42, 44 can be pivotally connected. In another embodiment, at least one of the catchment devices can be configured as a clam shell.
Dolor Espalda Y Abdomen
Any suitable number of cables 104 and anchors 106 can be used. However, the systems 10 can be arranged in any suitable manner. The canopy body 38 can have any suitable size. The rotatable members 22, 24 can be operatively connected to the generators 18 such that the rotation of the rotatable members 22, 24 is transferred thereto. For example two loop members 30 can be used and are each can operatively engage a forward rotatable member 22 and an aft rotatable member 24. Pastillas dolor muscular . The two forward rotatable members 22 can be connected by a common rotor shaft (not shown) so that the two forward rotatable members 22 rotate together. Each of the first and second members 62, 64 can move relative to each other. 10 being attached between two continuous loop members. Each catchment device being operatively connected to a respective one of the attachment al us or the support rods such that each catchment device is spaced from the loop member the catchment device including an open position and a closed position, whereby the catchment device reacts with a fluid flow to open in the direction of the fluid flow to thereby transmit energy from the fluid flow to drive the continuous chain, and whereby the catchment devices collapse to the closed position in the direction opposite to the fluid flow to significantly reduce drag.
The loop member 30 can be a single continuous structure, or it can be made of a plurality of segments that are joined or connected together. The system can be rotatable about the shaft and/or vertically movable along the shaft The forward rotatable member can be operatively connected to an electric generator. For instance, relatively short attachment arms 60′ can be provided in alternating relation with relatively long attachment arms 60″ along at least a portion of the continuous chain 30, as is shown in FIG. FIG. 5 is a side elevation view of a portion of a fluid-based power generation system, showing a catchment device in a trailing configuration.
A conductor, such as cable 120, can be operatively connected to receive electrical energy produced by the generator 18. A portion of the cable 120 can be housed within the vertical shaft 100. The cable 120 can exit at or near the bottom of the vertical shaft 100 and can extend therefrom to the shore.
Dolor Espalda Media
The system will not appreciably inhibit the flow of vehicular or water traffic near the device. Each fluid catchment device 34 can be secured to the attachment arm 60 so that the fluid catchment device 34 can be open in the direction of flow 14 of the fluid (in this case, water) and closed in the opposite direction, that is, the direction opposite the direction of the fluid flow 14. There are various ways in which the catchment devices 34 can be attached to the attachment arm 60. For example, the catchment devices 34 can be connected to the attachment arms 60 in either a trailing configuration, as is shown in FIG. Dolor de rodilla al apoyarla en el suelo . For instance, there is a high likelihood that the sail will become entangled in the pulley as it rotates around the pulley.
Additionally, the device also makes use of only one pulley. The generators 18 can also be located on an offshore platform, such as an oil drilling platform. That is, the catchment devices 34 can have an open configuration and a closed configuration. BACKGROUND Many present day energy generation systems have undesirable consequences, such as pollution in the case of fossil fuel based systems and radioactive waste in nuclear fuel based systems. Thus, by avoiding such contact, damage to the catchment devices 34 is minimized. Thus, the system can enable fast, efficient and cost effective deployment in many locations. In one embodiment, the first and second systems can be substantially parallel to each other. 2 shows two generators 18 operatively associated with each system, it will be appreciated that there can be more than two generators 18 driven by each system.
There can be a forward rotatable member 22 and an aft rotatable member 24 relative to the direction of flow. The trailing end 92 of the system 10 can be at least partially supported by a buoyant member, such as a variable buoyancy buoy 96. A generator (not shown) can be housed within the buoyant member.
FIG. 15 is a side elevation view a fluid-based power generation system, showing one end of the system as being operatively attached to a vertical shaft and an underside of the system being supported by a buoyant member. FIG. 13 is a side elevation view a fluid-based power generation system, showing the system being deployed off of a barge and an underside of the system being supported by a buoyant member. FIG. 8 is a top plan view of a fluid-based power generation system, showing a configuration in which a plurality of systems is arranged in a V-shaped configuration. 1 is a side elevation view of a fluid-based power generation system.
- Alivia los dolores y libera los espasmos
- Educación en materia de salud
- Una botella de agua
- Anemia hemolítica
- Plantas tóxicas: la bugalla
- Cefalea per infeccions generals, com la cefalea de la grip
- Pulir los muebles
- Fisioterapia, Salud Mental e Innovación Educativa
Referring to FIG. 1, a fluid-based power generation system 10 is shown. FIG. 2 shows an embodiment in which a plurality of fluid-based power generation systems 10 is employed. FIELD Embodiments relate generally to electrical energy power plants and, more specifically, to power plants operating in a moving fluid. The motion of the forward rotatable member can be transmitted to the electric generator to produce electrical energy. Como sacar el dolor de espalda . Further, the system does not require mining or drilling to access it. The system can operate continuously. In the leading configuration, as depicted in FIG. In the trailing configuration, as depicted in FIG. Although the Saiz device uses two or more pulleys, the parachutes will still pass over the pulleys, and the device will experience the same negative consequences associated with the Steelman device. However, the embodiments presented herein avoid many of the negative aspects associated with prior devices.