4 shows a plurality of SMEC weir modules, and they are joined end to end places so that form the weir of traversing typical river mouth or straits; Fig. Fig. 4 shows the cross section in a typical river mouth or straits, and a weir can be installed in this cross section.This riverbed has been prepared has a plurality of basic platforms 10, can place a plurality of SMEC weir modules 12 so that form this weir with a kind of end to end arrangement on it.This weir can also be passed through to allow shipping in conjunction with a ship lock 14.The degree of depth that the length of the pipeline of each SMEC module 12 or socket is chosen as the basis that is suitable for preparing below water level maintains the purpose that is in identical height basically with the top that reaches these modules.
- Examen ocular
- Estiramientos del flexor y del extensor de la muñeca
- (a) As waves pass, wave form and wave energy move rapidly forward, but not the water
- De 18.30 a 19.30 horas
- Zanahorias púrpuras
- Durada d’entre 4 hores i 3 dies
- Pueden decidir el enfermo y su médico cuánto tiempo se permanecerá medicado
The above-mentioned Spanish publication ES 2149638 relates to a vertical-axis apparatus for capturing, concentrating, directing and using the energy of fluids in motion, while a cut in a plane perpendicular to the axis of its rotor shows an outer zone of stationary radial vertical surfaces that traps the fluid , taking it to the intermediate zone, of fixed inclined vertical surfaces, directing this fluid to the inner zone, where the vertically axial rotor is located, which will rotate in the direction of impact of the fluid; the design of said device is an easily adaptable system since it is able to use wind or moving water to rotate the rotor; the rotation of the rotor can be used to produce electricity or mechanical energy suitable for the corresponding use, the main differences between the present invention and the object of Spanish publication 2149638 are that this design consists of fixed structures that are not connected to the system itself, it does not contain a generator, since it consists of isolated parts without structural interaction between them, it does not contain a flow amplification mechanism, it is not suitable for complete closure for p Monti and in the case of hurricane, which is subjected to exposure rotor, it is complex to manufacture and requires a lot of space for installation; its shape does not allow installation in buildings or small areas, such as platform ships, or use as a portable device.
FIG. 7 shows a perspective side view of an articulated guide vane with a hole in which an axis enters to provide rotation. Each articulated guide vane comprises a movable guide part and a fixed guide part, respectively forming a movable guide vane and a fixed guide vane. FIG. 4: is a top view of a vertically axial hydraulic turbine with fluid flow control showing an open moving part (2) of articulated guide vanes, a hexagonal structure (7) with vertices (13) of a hexagon, where the vertical axes are parallel to the central axis of the hexagon (8), while the circumference of the farthest dotted line (12) from the center corresponds to the connection of all the middle lines of curvature of the six moving parts (2) of the articulated guide vanes when they are roofed; the locking system of the moving parts is shown by a dashed line, which can be formed on the basis of a hexagonal structure formed by an annular element (11), centered on the axis of the center of the hexagon (8), which contains the protrusions (14), which during rotation change the load on the corner strips ( 16), which exert a force on the protrusions (15), which are located at the base of six movable parts (2) of articulated guide vanes, ensuring the closure of the movable parts.
Dolores Musculares Generalizados
The vertical axis wind and hydraulic turbine with flow control described in this document is capable of operating in wind or hydraulic mode with flow control. A hydraulic turbine is a hydraulic turbomachine that uses the energy of a fluid passing through it to produce rotational motion, which is transmitted through a shaft, directly drives a machine or generator that converts mechanical energy into electricity, and thus it is a key element of hydroelectric installation. FIG. 3: shows a pivotally fixed guide vane (1) in an open position with its movable part (2) and its stationary part (3), which shows the radius (Rt) of the circle formed by rotation of the rotor blades, the zones corresponding to the upper (4) and the bottom surface (5) of the movable part, with a radius known as the radius of curvature (r) of the leading edge (10), and forming an acute angle on the narrowest section of the profile of the movable part, which corresponds to the outer end of the movable part and which is known as the trailing edge ( 9), viewing aero the dynamic profile of the moving part, the radius (r ‘) corresponding to the side of the stationary part (3) closest to the moving part and the radius (Rt’) corresponding to the side of the fixed part (3) closest to the rotor are shown.