CN102428267B – Wind Turbine – Google Patents

  • Abdominales bajos
  • Tómalo máximo dos veces al día, ya que en exceso puede ser perjudicial
  • Disfunción de la trompa de Eustaquio (especialmente de los más pequeños),
  • Realiza movimientos alternos con ambas piernas, procurando hacerlo lo más rápido posible

The feature of the wind turbine of some prior aries is in the time that wind speed changes, to adjust by device the speed of turbo machine.For example, some wind turbines can be from directly facing wind and turn-off during high wind speed.Other wind turbine may increase the load that the generator that driven by wind turbine applies.But, it is desirable for that the load of generator is maintained at the level of hope, and wish to avoid the frequent variations of the direction of facing at wind turbine.

Fig. 7 shows interior sail end supports 52, and how pivotable is to change pitch or the torsion of the sail wing.For example, interior sail end supports 52 can be pivoted to its dotted line position from its solid line position, represents that how sail end supports rotate the inner end of sail assembly in the direction of arrow, in sail assembly, produces and reverses or pitch. Fig. 9 C shows the more sail airfoil assembly 31 of the sail wing 108 of hard material of the sail wing 58 comprising than in figure before.For example, have respectively relative nonreentrant surface and recessed surperficial 110 and 112 aerofoil profile because the sail wing 108 can comprise, the material of the sail wing 108 can be formed as the shape of the wing that is more similar to propeller cavitation or aircraft.Because the sail wing 108 is all supported and do not need for strengthening its inner to bear the additional thickness that is applied to the cantilever force of blade (this blade is only at one end supported) by wind at two ends, the thickness of the sail wing 108 can be from inner 114 to outer end 116 substantially constants.The sail wing 108 can be manufactured by glass fibre or similar composite material, in thickness and flexibility, be all self-supporting, but can allow its shape in response to for example by sail end supports 52 and 53 and support cable 54 and 55 and be also applied to power on it and bending by wind-force by sail.The flexibility of the sail wing 108 allows them to be bent into the matched hope torsion of apparent wind presenting with the seizure of the sail wing.

Dolor Espalda Al Respirar

Now in more detail with reference to accompanying drawing, reference character identical in multiple accompanying drawings represents identical parts all the time, Fig. 1 shows the wind turbine 20 with turbine wheel 22, and described turbine wheel 22 has the outer perimeter 23 being formed by a series of angle braces 24 and the circumference track 26 extending continuously around described turbine wheel.Wheel axle structure 28 at turbine wheel 22 center and multiple sail airfoil assembly 30 be installed to described wheel axle structure 28 and radially extend towards the angle brace 24 of circumference that forms turbine wheel. The supporting element of wind turbine can comprise upright tower, and turbine wheel is installed in rotation on described tower around the central shaft of horizontal expansion.

9 A, adjust the motor 88 of cable 86 and/or be connected to when adjusting the motor 89 of cable 87 and starting when being connected to, the extension (expansion) of motor 88 and 89 or regain (contraction) and change and adjust the effective length of cable and form and reverse at the middle part of canvas.This makes sail support the lateral rotation as shown by arrows of intermediate portion of cable 54 and 55, and forms in the outside of canvas than in the large torsion in the inside of canvas. The blade of traditional wind turbine is very large and make and be configured with the blade radially extending from center hub with expensive rigid material, there is no extra support in the outer end of blade.Traditional wind turbine blade is with high rotational speed and must stand by change the line of production raw centrifugal force and be applied to the cantilever bending power on blade by wind of the Quick winding of blade.Due to the outside of blade with very high speed motion and with high wind handing-over, so blade is larger, they must be firmer and they become more expensive.Therefore, due to the expense of the more sturdy material of the blade for larger, so the length of blade and width actual be limited.

1 is in the face of observer is to illustrate the shape of sail airfoil assembly, but under normal running environment, sail airfoil assembly will reverse to form the pitch changing as shown in Figure 2 along their length. 7 and 9A, adjutage forms L shaped with respect to the length of the shell 80 of interior sail end supports 52, and for example end pulley 92 of guide pulley is formed for adjusting the L shaped guiding extension part of cable 86 and 87.Adjust cable 86 and 87 from guiding adjutage 91 far-end extend upwardly to sail support cable 54 and 55 length a part and be connected to sail support cable. Fig. 8 shows the more details of one of sail airfoil assembly 30.Each sail airfoil assembly comprise be called as pivoted loop 50 and 51(Fig. 8 and Fig.

Fig. 9 B shows the torsion in canvas in the time that sail end supports 52 and 53 pivotables of sail airfoil assembly 30 are mutual misalignment. Fig. 1 is the front elevation of wind turbine. Figure 12 is the front elevation of improved wind turbine, shows the turbine wheel with coaxial sail airfoil assembly.

Tipos De Dolor Crónico

Fig. Dolor en los costados de la espalda . 5 is the front elevation of wind turbine, is similar to Fig. 5, shows the wheel shaft of sail airfoil assembly and closes on part. Cylindrical tube 136 forms mast canvas is inner, and wishes that cylindrical tube 136 is flexible so that it can the bending in response to be applied to warping force on sail airfoil assembly 130 by sail end supports and spreader bar, as described above. 1 have the ability of the power that generation is larger, for operating than the more generator 42 of three blade wind turbine of Fig. Fig. 9 C is the perspective view of sail airfoil assembly, is similar to Fig. 5a to 5d, show in perspective, elevation and cross section views a turbine of the invention fitted with a flow deflector in the form of a housing with moveable flaps; Figs. 9 A, shows end supports and how to rotate relative to each other to form the torsion in the sail wing.

Dolor En El Hombro

52 and outer sail end supports 53, sail and support cable 54 and 55 and the sail wing 58.The sail wing can be made up of textile fabric, glass fibre or other light flexible material.If needed, outer sail end supports 53 can be longer or short than interior sail end supports 52.The canvas of Fig. 1, but shows the wind turbine only with three sail airfoil assemblies. Este ejercicio aumenta la presión en las vías respiratorias y ayuda a prevenir un colapso de las mismas. Los ejercicios de respiración ayudan a favorecer las respiraciones profundas con objeto de limitar o revertir la atelectasia pulmonar (colapso de los alvéolos, los sacos de aire diminutos), pero no mejoran directamente la funcionalidad pulmonar. También puede funcionar como un ejercicio adicional de respiración para aquellas personas que están siguiendo un programa de rehabilitación pulmonar. Respirar con los labios fruncidos es un tipo de ejercicio que puede ser útil cuando la persona con enfermedad pulmonar obstructiva crónica infla en exceso los pulmones durante las situaciones de dificultad respiratoria (disnea), ataques de pánico o cuando hace ejercicio.

Durante el drenaje postural, la persona se inclina un ángulo determinado con el fin de ayudar a evacuar las secreciones pulmonares. También se pueden utilizar cuando la persona no consigue expectorar eficazmente, como sucede con las personas de edad avanzada, las personas con debilidad muscular y quienes convalecen de una intervención quirúrgica, un traumatismo o una enfermedad grave. Estos ejercicios son particularmente útiles en personas sedentarias que padecen una enfermedad pulmonar obstructiva crónica o aquellos a quienes se les ha retirado el respirador mecánico. Con frecuencia, estos ejercicios requieren el uso de un instrumento llamado incentivador respiratorio. Sin embargo, los ejercicios de respiración profunda, dirigidos por personal de enfermería y terapeutas respiratorios, pueden ser más eficaces que los ejercicios respiratorios dirigidos por la propia persona afectada utilizando un incentivador respiratorio.

Esta técnica también se emplea para extraer las secreciones en personas con traqueotomía (apertura quirúrgica practicada en la pared anterior de la tráquea para permitir la respiración), o personas con una sonda de respiración introducida por la nariz o por la boca y que llega hasta la tráquea (sonda endotraqueal), conectada a un respirador. La persona inspira tan profundamente como puede a través de un tubo conectado a una cámara plástica manual. Lo ideal sería repetir esta maniobra entre 5 y 10 veces consecutivas cada hora mientras la persona está despierta. Dolor muscular en el gluteo derecho . La persona afectada también siente alivio si se inclina hacia delante mientras respira de esta manera. En esta posición, la persona se coloca con los brazos y las manos extendidas, apoyando el cuerpo sobre una mesa o estructura similar.

Dolores Musculares Piernas

Estas técnicas se utilizan a intervalos en personas que padecen enfermedades que provocan la producción de una gran cantidad de esputo, por ejemplo fibrosis quística, bronquiectasia (ensanchamiento irreversible de las vías respiratorias) o, a veces, EPOC (enfermedad pulmonar obstructiva crónica). El drenaje postural tampoco debe utilizarse en personas cuya afección pulmonar no comporta una secreción mucosa excesiva. Estos dispositivos se usan sistemáticamente en los hospitales, antes y después de una intervención quirúrgica. El terapeuta puede enseñarle a un miembro de la familia cómo usar uno de estos dispositivos. El terapeuta también puede utilizar un vibrador torácico mecánico o un oscilador torácico de alta frecuencia (un chaleco inflable que vibra a alta frecuencia para liberar el esputo). La cámara aloja en su interior una bola que se eleva con cada inspiración. Se pasa una cánula de plástico por la nariz y se introduce unos centímetros en la tráquea.