WO2011037471A1 – Converting Kinetic Energy Using A Hydrofoil – Google Patents

PULVERIZADOR ESPALDA 18L - PE180 - POWER PRO The amount of energy in the pressurized air is proportional to the depth to which the air is submerged. When the foil arrives at the surface or a predetermined depth, it is advantageously docked in a frame, where couplings for pipes/conduits ensure that the pressurized air is transferred to storage tanks for further transport. When the foil has arrived at the intended depth (d 1 ) (1 1 ), the angle of attack is altered such that the hydrofoil gets a lift and rises. At a retaining point (14) on one side of the hydrofoil (1 ), and alternately on the other side (15), the angle of attack (2) is altered such that the cycle of submersion (12) and rising (13) can be performed. Fig. 1 is a schematic view of a wing or hydrofoil having at least one pressure tank during a cycle of compression and surfacing with pressurized air.

Thus, the challenge of making the energy conveyable (energy carrier) with a least possible loss of efficiency remains, not in the least considering the limited amount of energy obtained from the prior art methods. As is apparent from the above, these methods of prior art still faces major challenges in generating sufficient amounts of energy.

Dolor En El Hombro

An objective of the present invention is thus to provide renewable alternatives providing a sufficient amount of energy to be able to replace the present consumption of fossil fuels. The invention aims to convert the kinetic energy in a natural flow of liquid, in particular water, to a usable form. Hence, to collect more kinetic energy from the flow of liquid, the area of the propeller or turbine must increase. The limitation is due to the area of the propeller blades or rotor blades, as the area is directly proportional to the energy generated. This limits the size of the area that can be utilized due to mechanical loads, inter alia on shafts and propeller supports. These disadvantages may be overcome by using a wing or foil rather than a propeller or turbine.

  • Después, cambia a una toalla humedecida con agua caliente y déjala actuar otros 20 minutos
  • Presencia de tumores benignos o cancerosos
  • Inhibidores de la monoaminoxidasa
  • Radiografía simple de abdomen
  • Revisar y evaluar el discurso propio
  • Una dieta mal equilibrada, basada principalmente en comer demasiados carbohidratos y grasas
  • The size of box assembly and weight

Definicion de dolor toracico The walls (9) of the foil volume V2 (7) are locked by a mechanical device, which means that the compressed pressure in the air is kept, as the volume does not expand because of the locking. Once the foil with its air cargo has reached a predetermined depth, the angle of attack on the foil is altered, and return towards the surface.

Dolores Musculares Piernas

As approximately unlimited cooling capacity is available from the surrounding sea, the compression will be substantially isothermic, with minimal heat loss. The energy is transferred to an energy carrier, air, in one step, and hence will produce a far better yield. By the steadily decreasing volume, the buoyancy will decrease correspondingly. As the air is compressed as a consequence of the increasingly deeper levels in which it is located, the volume and hence the load decreases, whereby an increased velocity is achieved. An accelerating effect is achieved by that the volume of air decreases inversely proportional to the increasing depth to which it is subject. This implies that more load can be applied to the hydrofoil proportional to the decreasing buoyancy, which in turn implies that the string can be further loaded by the pulley which is connected to an energy utilizing device. By using air as load, one goes directly from kinetic energy to pressurized air, a potential energy which in turn is an excellent energy carrier.