Dolor muscular hombro y brazo

An input of energy into the tendons 7 causing them to expand or contract imparts forces onto the deformed members 3 causing the deformations therein to shift and thereby imparting force onto ambient fluid such as air or water to create a propulsive effect. For generator embodiments of the invention, forces 14 from ambient moving fluid may cause the deformations of the CS fins 5 to shift in position, imparting force onto the tendons 7. This force on the tendons 7 may cause them to lengthen or shorten in some implementations. The elastic or variable coupling component may incorporate transducing components which convert this force into electrical energy.

  • RotationPeriod=endContactTime−previous endContactTime
  • En algunos casos diarrea y erupciones en la piel
  • Alivia dolores del espolón calcáneo
  • General Background
  • Estrés constante
  • Personas que sufren de dolor articular y muscular
  • Estimular los procesos regenerativos
  • Evitar mirar a los ojos o desviar la mirada

This connection may be made with screws, glue, gusset plates, or other connecting mechanism. It is to be understood that the tendons 7 of propulsion and generator embodiments may be configured as transducers and may be comprised of a number of different components. The number of CS fins 5 may vary in different embodiments for both propulsion and generation, FIGs 22-24. FIG 25 shows a generator embodiment with 2 CS fins. Methods by which such components may be induced to change the shape and/or length may be applied, so that the arrangements described above will produce the desired actions described above, whichever materials/components are used. FIG 19 shows some aspects of a generator embodiment attached to one implementation of an anchoring mechanism 19 that will hold the mechanism still in a fluid stream. Two or more crenated strips 3 or deformed members 3 elastically coupled to a rigid or semi rigid central member 6 via tendons 7 so that the deformation energy of one deformed member 3 is shared with every other deformed member 3 in dynamic equilibrium.

Dolor Espalda Lado Derecho

Rotation of the vertebra plates causes the lengths of the tendons 7 to change. Some of the propulsion and generator embodiments disclosed thus far have utilized rotary reciprocating motion of the vertebral plates, with the CS fins 5 coupled to the vertebra plates 4 so that the CS fins 5 undulate substantially in-phase with each other FIG 41. The longitudinal strips 20 also undulate substantially in-phase with each other in such embodiments.

Fisioterapia Respiratoria

In one embodiment the restraining components are vertebra plates to which the deformed, flexible sheet-like members are attached in such a manner that they are unable to return to their relaxed state. In the same way, reducing the length of the line of longitudinal tendons 27 on only one side causes the central axis of the mechanism to curve towards that side, and the mechanism will veer in that direction. Reducing the length of only the lower line of longitudinal tendons 27 will cause the central axis of the mechanism to curve downwards. 18. 18. The apparatus of paragraph 1, wherein the excitations in the plurality of transducers corresponds to rotational oscillations of the at least one restraining component about the central axis of the central core member. 34. 34. Dolor ingle muscular . The apparatus of paragraph 33 wherein the at least one restraining component comprises at least one vertebra plate having an opening, and wherein the second position is at an edge of the opening.

Fisioterapia A Domicilio

19. 19. The apparatus of paragraph 1, wherein the transducers are mechanical transducers. 20. 20. The apparatus of paragraph 1, wherein the transducers are electromechanical transducers. 35. 35. The apparatus of paragraph 1 wherein the central core member is attached to a vessel. When the separation distance increases, the portion of the flexible connector that is attached to the inertial mass experiences a downward movement relative to the flotation module, or, what is the same thing, the flotation module experiences an upward movement relative to the portion of the flexible connector that is attached to the inertial mass.

Dolor Neuropático Que Es

The electronic components enclosed within the longitudinal enclosure 21 may include electroactive polymer tendons, wiring, printed circuit boards, and/or the like components. Actuator embodiments of the bilateral reciprocator 30 utilizing electroactive polymers may be employed to address the challenge of electroactive polymer actuation in which tension force is desired: The potential energy stored in the CS fins during the fabrication process from the force 2 used to create the persistent deformations of the crenated strips 3 that forms the CS fins 5, is redistributed within the CS fin 5 when charge is selectively applied to tendons 7. Therefore, rather than actuation of a tendon 7 causing it to contract and exert propulsive force onto the CS fin 5, actuation of a tendon causes it to elongate, which causes deformations to shift via the elastic forces loaded as potential energy during fabrication. As their lengths change, the forces they impart to the CS fins 5 change and therefore the internal energy states of the CS fins 5 change, causing the positions of the deformations to change.

Dolor Muscular Piernas

For generator embodiments secured in the directional flow of fluid, the kinetic energy of the fluid imparts force onto the flexible sheet-like member, causing the positions of the deformations to shift in the direction of the fluid flow. Because these deformations result from the internal energy state of the flexible sheet-like member created during fabrication, these deformations cannot be eliminated so long as the restraints remain. Cansancio dolor de espalda fatiga . In addition, these actuated components described above may be actuated pneumatically or hydraulically using assemblies of components such as pumps and valves coupled to such final actuators as pistons, diaphragms and/or other actuators. For generator embodiments, mechanical energy may act upon an electroactive polymer sheet with electrodes, and/or other type of transducer. FIG 6. For actuator embodiments, energy from a battery or other energy source may pass through a converter and then through actuator electronics, then to electroactive polymer material via electrodes, and/or to some other transducer, which converts electrical energy into mechanical energy.

In some implementations, the strength of the excitation signal may be determined based on, for example, wave length, wave speed, wave frequency, historical values, sensor data wherein the sensors may track factors such as stress or displacement, and/or the like. Conditions may be monitored via a processor, CPU, microcontroller, and/or the like to determine the next excitation 4915 and a determination of whether the next excitation condition is satisfied 4920. The processor, CPU, microcontroller, etc., may also determine how much, where, and when excitation should be applied. The deformed member 3 or CS 5 fins described herein may also, in some implementations, be comprised of a segmented sheet-like material, such as one having portions which are stiffer coupled to each other by portions or joints which are less stiff. 22. 22. The apparatus of paragraph 1, wherein the excitations of the plurality of transducers occur by applying current to at least one of the plurality of transducers.

Dolores Musculares Causas

45. 40. The apparatus of paragraph 37, wherein the transducers are driven by an actuation circuit to cause said undulating motion. 25. 25. Alivio dolor de espalda . The apparatus of paragraph 1 wherein the transducers are comprised of a magnetostrictive material. 56. 51. The apparatus of paragraph 37 wherein the energy transfer mechanism is a continuous flexible membrane enclosing the plurality of transducers and the core member. 32. 32. The apparatus of paragraph 31 wherein the excitation of the transducers correspond to lengthening of the transducers. In some implementations, sensors may measure a restraining force, which may then be compared to a threshold value to determine the amount of excitation to apply. FIGURE 49 illustrates a logic flow diagram showing an embodiment of transducer excitation.

FIGURE 28 illustrates further detail of the embodiment in FIG. FIG. 106 shows a perspective view of another embodiment of the present disclosure. FIG 44 illustrates some aspects of assembled details of a bilateral reciprocating embodiment. 4 may be coupled to the longitudinal strips 20 and elastically or variably coupled to the central member 6 via tendons 7 in some implementations.

Dolor Espalda Baja

The conditions may be based on, for example, whether sensor data such as a force or displacement exceeds or drops below a certain value. 3. The apparatus of claim 1, wherein the central core member is rigid. 11. The apparatus of claim 1 wherein the elastic member includes a series of at least 2 elastic portions. 53. Estiramientos para dolor de espalda . 48. The apparatus of paragraph 40 wherein the elastic member includes an elastomer bearing concentric with both a transducer and the central core. 14. 14. The apparatus of paragraph 1, wherein the plurality of flexible articles are positioned symmetrically around the central core member. The mechanisms, including apparatuses, methods and systems, discussed herein are not dependent on any particular actuator technology nor on any particular generator technology.

Embodiments discussed herein are directed to novel mechanical components and their novel assembly which effectively transfer forces to the tendon 7 transducers, or transfer forces away from the tendon 7 transducers. 4. The apparatus of claim 1, wherein the transducers are driven by an actuation circuit to cause said undulating motion. 50. 45. The apparatus of paragraph 37, wherein the apparatus includes an energy generating circuit. In one embodiment, the tendons 7 may be comprised of rolled or stacked electroactive polymers, a class of materials which may contract when an electric charge is applied via electrodes. 55. 50. The apparatus of paragraph 37 wherein the energy transfer mechanism includes at least one airfoil surface on each transducer. 33. 33. The apparatus of paragraph 1 wherein connection at the first position is a fixed connection and connection at the second position is a rotational coupling. 5. 5. The apparatus of paragraph 4, wherein the electroactive material is an electroactive polymer.