US6153944A – Apparatus For Generating Electricity From Flowing Fluids – Google Patents

Clavo de olor para calmar el dolor de muelas en 1 minuto.. The vane can be connected to the input of a generator by a crankshaft arrangement, so that the oscillation of the vane is translated into rotary input to the generator. In one embodiment, the means for generating electrical energy comprises a generator upon the beam, a crankshaft operably connected to the mechanical input of the generator, and at least a pair of rods having their respective first ends connected to the crankshaft, and respective second ends pivotally connected to diametrically opposing points upon the interior wall of the vane, so that when the vane oscillates in relation to the beam, the rods impart rotary motion to the crankshaft, causing the generator to produce electrical current. The means for limiting the motion of the vane comprises a pair of parallel guide members mounted within and upon the vane on opposite sides of the beam, and rotatable bearings upon opposing sides of the beam, the bearings in constant contact with the guide members.

  • Dolor musculoesquelético
  • Biopsia del hígado
  • Wiggler – 31 a. Rack – 31 a 1. Missing teeth
  • Dolor o trauma luego de la cirugía de rodilla
  • El aguacate
  • Evita visitarla al hospital

¡Mejora el dolor de tus hombros o tendinitis con este.. For low speeds of the turbine 10, as a blade form 40 progresses through its full orbit, it will begin in tangential position, e.g. As the blade form 40c progresses towards a 180° position of its orbit, the relative wind R decreases in magnitude and directionally positions itself perpendicular with the side of the blade form as shown in the position of 135° for blade form 40d. As the blade form obtains a 180° position shown by blade form 40e, the relative wind current has decreased to a minimal magnitude and is flowing past the blade form 40e back to front. Stated differently, each vane does not “roll” and cannot rotate or revolve, but rather is confined to move in one dimension only in a plane containing the axis of the vane; during motion of each vane, the ends of the vane move along respective parallel straight lines.

The current induced in the induction wires 62, 62′, 62″, depending upon which direction the vane is moving. As the vane 20 moves upward toward the upper portion of the coil 60, current is induced in one direction in the wires 62, 62′, 62″; as the vane descends toward the lower portion of the coil 60, the direction of the induced current is reversed. 1, an overall view of a preferred embodiment of the apparatus of the invention. FIG. 5B is an enlarged radial sectional view of an alternative version of the embodiment shown in FIG. 1st phase: the EAP generator is stretched due to an external force. 3rd phase: with a decrease in the external force, the EAP relaxes due to the elastic restoring forces acting in the polymer. It has been known for at least a century that a generally cylindrical object, such as a wire disposed in tension between two anchors, will vibrate or oscillate if placed in a moving fluid, such as the wind, due to the effect of the fluid flowing past and around the object.

Another advantage of the invention is its simplicity.

As can be seen from the vector diagrams of FIG. Mucho dolor de espalda en el embarazo . An advantage of aeolian oscillation is that oscillation can be induced at relatively low fluid flow velocities. Another advantage of the invention is its simplicity. The apparatus preferably further comprises a pair of support piers, with the beam fixedly extends between the piers. Each threaded eyelet 55 extends through the end cap 39 and is laterally adjusted by adjusting nuts 56 threaded to its distal end. A primary object of the present invention is to provide an apparatus which generates electricity from the kinetic energy of a fluid flowing past an object and inducing aeolian oscillation in the object.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated into and form a part of the specification, illustrate several embodiments of the present invention and, together with the description, serve to explain the principles of the invention. One vane 20 may be employed, or several vanes deployed upon a pair of piers 40, 40′. It is further noted that alternative embodiments of the invention may use a single pier, the function of the pier or piers being to substantially fixedly support the vane or vanes 20, 20′, 20″ in relation to the seabed or ground 30. Moreover, the practice of the invention may involve the deployment of a plurality of apparatus assemblies such as that shown in FIG. 1 in order to generate large quantities of energy. In the preferred embodiment, the vanes 20, 20′, 20″ are disposed generally parallel to the ground 30 to minimize ground effects upon the flow of wind or water past the vanes.

DESCRIPTION OF THE PREFERRED EMBODIMENTS BEST MODES FOR CARRYING OUT THE INVENTION The invention has to do with the generation of electrical energy by tapping the forces of the wind or ocean tides. 14, is positioned on the rotor 236 along its longitudinal axis and directed toward the vertical axis P about which the blade form 240 pivots. A similar process applies to the curved surface of the tubular vane of the apparatus, but on both “sides” of the tube, resulting in alternating pressure drops on either side of the tube, which in turn induces the oscillatory motion of the vane. A fluid mechanical process akin to that which generates the lift of an airplane wing–laminar flow over a curved surface, the flow unable to maintain contact with the surface, resulting in reduced pressure on the surface–is exploited by the apparatus of the invention. The arrangement to be considered from a electrical point of view as a capacitor with variable capacitance is charged until reaching the breakdown electric field strength.

Fisioterapia Querétaro Calendarios

FIG. 4A is an enlarged radial sectional view of the embodiment shown in FIG. It is quite distinguishable from conventional wind or water mills, which typically involve placing some type of vane or paddle into the flowing fluid to cause rotary motion. 2nd phase: at maximum elongation of the EAP generator, the assembly, which consists of a polymer introduced between two flexible electrodes, is charged with electrical charges. A blade 140 is shown pivotally mounted to an end of the rotor 136, pivotable about axis P longitudinally through a forward portion of the blade 140, which is concentric with a hinge pin (not shown) on which it is mounted. Que dolor de espalda . In this pivoted position, the blade form 40d has substantially exposed its outer surface perpendicularly to the wind flow. When the centrifugal forces acting on the fore and aft weights 47 and 48 are sufficient to maintain the blade form 40 in a substantially tangential position, their shapes are combine to form an airfoil-shaped section as shown in FIG.

Dolor Espalda Alta Causas

The maximum efficiency obtainable with the drag-type wind machine is a moderate value of about 30%, usually something less. At low rotational speed, a positive force is generated by at least one blade 40 in a direction to accelerate rotation of the tubine 10, throughout the orbital path 38 of the blade forms 40, thereby providing high torque to the driven shaft and a substantial increase in low speed efficiency. In response to an increase in free-stream windspeed, the blade forms 40 may again initiate pivotal movement after having attained a steady-state non-pivotal operating condition. Also included is a means for limiting the motion of the vane to unidimensional translational movement wherein the axes of the beam and the vane remain parallel, and means for generating electrical energy from the movement of the vane in relation to the beam.

The rough correspondence of a cylindrical tube with the airfoil of an airplane wing indicates an alternative embodiment of the invention, wherein the vane has an airfoil shaped cross section, rather than a simply cylindrically shaped cross section. FIG. 6 is an enlarged radial sectional view of an alternative embodiment of the apparatus of the invention, similar to the embodiment shown in FIG.