The buoyancy cylinder 104, which may also be a buoyancy block housing, may be connected to the upper surface of the base 102 by chains 134 that in turn are connected to the buoyancy cylinder 104. In this manner, the chains 134 stabilize the buoyancy cylinder 104 on the base 102. It is to be appreciated that guy wires or other connection means may be used to couple the buoyancy cylinder 104 to the base 102, and the present invention is not limited by the chains 134 as the connection means. The buoyancy cylinder cap 106 may be connected to the buoyancy cylinder 104 by welding or threads, or other suitable connection means adapted to resist environmental forces while supporting the loads created by the piston cylinder 108 and its structural components.
Dolor Muscular Bayer
For example, the buoyancy block 114′ can be designed or adjusted to increase the height of its base 104′a (h1) and related diameter to accommodate waves having a greater wave height (WH) as will be described below. The buoyancy block 714, which may be adjustable in the manner described above, is adapted to slidably axially move within the buoyancy housing 704 as limited by a cycle conforming to the fluid dynamics of the water 734 in which the buoyancy pump device 700 is positioned and the hydraulic or pneumatic system characteristics of the buoyancy pump device 700 itself. The magnetized buoyancy blocks 912 move in a cycle conforming to the fluid dynamics of the water in which the buoyancy pump device 900 is positioned and the hydraulic or pneumatic system characteristics of the buoyancy pump device 900 itself. The portability of the buoyancy pump device may be distinguished from other hydro-electric generation systems that are not portable, such as a water flow turbine constructed permanently at one location.
Dolores Musculares Piernas
Some pump designs may require an excessive amount of negative pressure in order to fill the piston chamber. By minimizing the amount of energy that is drained from the wave, each buoyancy pump device 1702 located in the pump field 1700 is powered substantially equally. The smaller the piston cylinder 108 and the shorter the piston stroke within the piston cylinder 108, the greatest pressure is present to the liquid or gas flow and the least amount of liquid or gas flow is accomplished.
Dolor Muscular Cadera
Referring to FIG. 19, a buoyancy pump system 1911 according to the principles of the present invention includes at least one buoyancy pump 1913 having a buoyancy block 1915 that reciprocates in response to wave motion. 39-43, a buoyancy pump 4011 according to the principles of the present invention is illustrated. An exemplary buoyancy pump 2111 according to the principles of the present invention is shown in FIGS. For the buoyancy pump 4011 illustrated in FIGS. For example, in a buoyancy pump device having a buoyancy block with a one foot height deployed in a maximum pressure situation, the buoyancy pump device will lose about one foot of pump stroke within the piston cylinder. The buoyancy pump device 100 includes a base 102, a buoyancy cylinder 104 connected at one end to the base 102 and closed at the other end by a buoyancy cylinder cap 106, and a piston cylinder 108 connected at one end to the buoyancy cylinder cap 106 and aligned generally coaxially with the buoyancy cylinder 104. Colchon dolor lumbar . The other end of the piston cylinder 108 is closed by a piston cylinder cap 110. The buoyancy cylinder 104 is closed at one end by the upper surface of the base 102 and at the other end by the buoyancy cylinder cap 106 to define a buoyancy chamber 112 therein.
An inlet valve 124 and an outlet valve 126 extend through the piston cylinder cap 110 in communication with the piston chamber 122 to allow gas or liquid to flow therethrough. Outlet lines 1718 a and 1718 b of buoyancy pump devices 1714 a and 1714 b, respectively, are configured to extend from each buoyancy pump device 1714 a and 1714 b along a first column c1 toward row r14 containing the buoyancy pump device 1714 c. The software receives input parameters containing historical wave data from an area of the body of water and calculates at least one dimension of a buoyancy device of the buoyancy pump device as a function of the input parameters.
26, the angular movements of the buoyancy block 2113 described above are minimized by the presence of at least one slide mount 2211 attached to an exterior surface of the buoyancy block 2113. The slide mount 2211 includes a guide passage 2215 that is oriented to receive a guide post 2217 positioned around the perimeter of the buoyancy chamber. For example, the exemplary base 102 described above or other storage location may be used for storage of the compressed gas. The outlet line 130 may be connected to the base 102 for storing the compressed gas. A reservoir 1608 may be located on top of a shore 1610 or underground on the shore 1610 as the gas may be compressed and does not need to be elevated to drive a turbine 1612 contained in a turbine house 1614. The turbine 1612 may be connected to the reservoir 1608 via input feed lines 1616 to receive the compressed gas to drive the turbine 1612. The turbine is connected to power lines 1618 to distribute the electricity generated by the turbine 1612 to a power grid 1620 or other drain, such as a factory.
- El olvidadizo
- Dolor y calambres en la pierna afectada
- Bolsa de hielo, inmediatamente después de la lesión, para reducir la hinchazón
- Dolores de la columna vertebral
3E and 3F in combination, a top view of an exemplary adjustable buoyancy block base 370 is shown. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT In the following detailed description of the preferred embodiments, reference is made to the accompanying drawings, which form a part hereof and in which is shown by way of illustration specific preferred embodiments in which the invention may be practiced. The image 1301 of the buoyancy block 1302 may further include a variety of data fields to receive input parameters and/or display computed results in display fields for designing the buoyancy block 1302. A designer of the buoyancy block 1302 may use the input parameters to enter information associated with specific or typical historical wave motions for certain periods of time. It is further conceivable that the gas may be dispelled into the atmosphere should the situation require.