1706, 1723 and 1726, before it engages with and/or turns gear 1707. The effect of this is that every unit increase in the separation of the inertial mass 1728 and flotation module 1701 causes the passage of five units of flexible connector past and/or over the operatively connected gear 1707. This has the advantage of multiplying the rate of the gear’s 1707 rotation in response to the rising of flotation module 1701 thereby avoiding and/or reducing the need for additional gears to achieve the same increase in the rate of rotation of the generator’s shaft. Another similar embodiment has a connector connected to a submerged inertial mass. Two cables 1405 and 1407 connect the inertial mass 1402 to that same common connector 1407, and are in turn connected to the inertial mass at the same relative points as are the vertical cables of FIG.
- Pasado este tiempo, sécalos bien y descansa
- Regula el colesterol
- La piel
- Vertical rails to move the system vertically on fixed post
- Intolerancia al calor
- Escucha cintas de relajación y haz ejercicios de meditación
- Caer mal sobre el pie al saltar o girar
- La frecuencia con la que debes masajear la espalda es de 2 a 5 minutos
By measuring the angular velocity of said shaft, such an encoder can provide data relevant to measuring the cumulative angular displacement of the pulley/capstan and/or the cumulative translation of a depending connector operatively connected thereto. Payloads 501-3 are installed into existing mounts/sockets built into floatation module 501-1. Payloads 501-3 are provided electrical power and status data from flotation module 501-1 via the mounts/sockets they are installed into, e.g. This embodiment includes an electrical power cable 7-750 adapted to carry electrical power from the generator housed in the device to a remote electrical grid, such as an onshore grid adjacent to a shoreline of the body of water. The motion differential between the two bodies can enable a power-take-off system (e.g., an electrical power-take-off system, mechanicalelectrical power-take-off system, or an hydraulic-electrical power-take-off system) to be actuated and power (e.g., electrical power) to be generated.
In this manner the inertial mass can be moved to a more advantageous vertical location in the water column (e.g., to avoid currents, or to increase or decrease exposure to residual wave action at different depths, etc.). As the buoy 100 rises on a wave, the inertia of the inertial mass 102 inhibits the buoy’s upward acceleration through its creation of a forceful tension in and/or through the ribbon cable 103. That tension is imparted to pulley 104 as a torque. 1) is attached, is accomplished through a turning of each respective roller, e.g. Because each roller is able to “unroll” the portion of its respective ribbon cable that connects it to the inertial mass 10, if its turns in the appropriate direction and at a sufficient rate of turning, power may be extracted from the separation of the buoy 1 from its respective inertial mass 10 by coupling the turning of each roller to the turning of a generator’s rotor.
Dolores Musculares Generalizados
A first class of improvements involves the use of a “direction rectifying flotation module.” A direction rectifying flotation module is one whose shape and center of mass are selected to allow the flotation module to rotate relatively freely in the water, at least when the flotation module’s orientation is within certain angular limits.