US6574957B2 – Tidal/wave Compressed Air Electricity Generation – Google Patents

Inicio - Fisioterapia a domicilio El masaje actúa sobre el sistema nervioso del paciente a través de las terminaciones nerviosas de la piel, estimulando la liberación de endorfinas, que son sustancias químicas naturales que lo ayudan a “sentirse bien.” Recibir un masaje ha demostrado ser eficaz para aliviar el dolor de las migrañas, dolor de parto, fibromialgia e incluso algunos tipos de cáncer. Con esto se busca desactivar el “cortocircuito” (bloqueo emocional) del sistema bioenergético del cuerpo, restaurando así el equilibrio mental y físico, esencial para una óptima curación de la enfermedad.

  • Transmisión del hueso,
  • Gases e hinchazón
  • Ejercicio, luego de un período de reposo
  • Exploración por tomografía computarizada (TC)
  • Cuida tu postura
  • Vigilar los efectos del consumo de anticonceptivos
  • Aclaramiento arterial total
  • Combatir la tos

La respiración profunda ayuda a activar el sistema nervioso parasimpático, induciendo a la relajación. Por su parte, el método de respiración Buteyko ayuda a mejorar la oxigenación de los tejidos y órganos del cuerpo, incluyendo el cerebro, y puede ser particularmente útil para tranquilizar ataques de pánico o controlar la ansiedad.

La literatura médica muestra que el taichí ayuda a reducir la depresión, la ansiedad y el estrés. Incluso se puede practicar taichí estando en silla de ruedas. The stored air then exits the storage tank 42 and enters a turbine 46 or other electricity generator in communication with the storage tank’s air release valve 48, whereby the compressed air generates electricity using methods known in the art. The stored air then exits the storage tank 93 and enters a turbine 97, or other electricity generator, in communication with the storage tank’s air release valve 99, whereby the compressed air generates electricity. A condensation release valve 11 may also be present. In one example, with a mechanical advantage of 12:1, a force of 144 pounds is applied to the piston 24 when 12 pounds of effort is exerted on the force side of the lever arm 22. As pressure is equal to force per unit area, the stronger the force applied to the piston 24 or 25 which compresses the air within the chamber 32 or 27, the greater the pressure within the pressure chamber 32 or 37 and air storage tank 42. A mechanical advantage can result in air being stored at a desired pressure within the air storage tank 42. For example, with a mechanical advantage of 12:1 air can be stored at around 600 PSI within the air storage tank 42. The system of the present invention is advantageous in that it compresses air and stores the compressed air at a high pressure without consuming a natural resource or an electrically driven source of power.

In one example, the power transfer shaft 10 is disposed beneath the lever 22 to make contact with the lever upon upward movement. The actuator arm 53 is pivotally connected through pivot 55 to the power transfer shaft 10. An arm 15 may be attached to shaft 10. Alternatively, arm 53 is pivotally connected to arm 15. Pivot 55 is located at an upper end of the arm 53. In one example, arm 53 is an upside down version of arm 50. The power transfer shaft 10 extends downwardly through the sleeve guide 12, upon downward motion of the float 14 due to retreat of waves 16. Causas del dolor muscular en las piernas . The actuator arm 53 pivots at pivot 55 outwardly and makes contact with the lever arm 22 urging it in a downward direction. 1-3. In the one piston embodiment, shown in FIG. Water moves into and out of the hollow body.

Dolor Espalda Baja

Water 16, in particular waves, enters the channel 73 and is channeled into at least one opening 64 in the body. In one example, one or more guide splines 56, are affixed, such as by welding, to the power transfer shaft 10 to ensure that the shaft 10 stays in a position where the actuator arm 50 will be able to contact the lever arm 22 upon upward movement of the shaft and where the actuator arm 53 will be able to contact the lever arm 22 upon downward movement of the shaft, through the floatation device 14. The splines 56 can be attached to surfaces of the shaft 10 such as side surfaces. 3A, the actuator arm 50 is pivotally connected through pivot 52 to the power transfer shaft 10. An arm 13 may be attached to shaft 10. Alternatively, arm 50 is pivotally connected to arm 13. As the power transfer shaft 10 extends upwardly from the sleeve guide 12 upon motion of the float 14, the actuator arm pivots 50 outwardly and makes contact with the lever arm 22 upwardly urging the lever arm.