When the piston pressure is high, the axial movement of the buoyancy block 114 within the buoyancy chamber is limited, resulting in the buoyancy block 114 riding lower in the water. The housing 804 has a plurality of buoyancy block stops 852 positioned on an inside of the housing legs 844 to limit axial movement of the buoyancy block 818 therein. The base 1002 includes support legs 1032 connected to a lower portion of the housing 1004 at one end and to a support base 1034 at the other end. The buoyancy housing 704 has a plurality of buoyancy housing legs 736 extending towards the buoyancy housing base 708 and connected thereto. 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.
Dolor Muscular Brazo
The buoyancy of the buoyancy block 818 is adjustable in a manner described above. The buoyancy block 1815 pumps an operating fluid, preferably using a piston and piston shaft similar to the systems previously described. The piston shaft 116 is coupled to the buoyancy block 114 and the piston 120 via respective connection joints 136, 138. The connection joints 136, 138 may be designed to be movable or flexible in response to any radial motion of either the piston 120 or the buoyancy block 114 when the piston 120 and buoyancy block 114 are not axially aligned. FIG. 29 illustrates a front view of the piston shaft of FIG. FIGS. Dolor en el dedo anular de la mano derecha . 24A, 24B, and 24C illustrate front, top, and detailed front views, respectively, of a strut assembly, including struts of FIG. For the buoyancy pump 4011 illustrated in FIGS. FIGS. 35A, 35B, and 35C illustrate top, front, and bottom views, respectively, of a locking portion of the ball joint of FIG.
1 that utilizes the buoyancy chamber ring shown in FIG. 3D, a partial cross-section of an alternative, exemplary buoyancy block 350 is shown. FIG. 2B is a cross-section of FIG. FIG. 26 illustrates a front view of the buoyancy block, piston shaft, and piston of FIG. FIG. 28 illustrates an enlarged front view of a portion of the buoyancy pump of FIG.
To optimize the potential energy available from the buoyancy pump device 100, the buoyancy block 114 should be fully submerged and should not exceed the width or height of the wave or swell arc. 25, 1898. These attempts have included erecting a sea wall to capture energy derived from the wave phenomena; utilizing track and rail systems involving complex machinations to harness energy from wave phenomena; development of pump systems that are adapted only for shallow water wave systems; and construction of towers and the like near the sea shore where the ebb and flow of the tide occurs. To prevent boiling, the buoyancy pump 4011 of the present invention uses positive pressure to push the operating fluid into the upper piston chamber 4041, as opposed to using negative pressure to draw the operating fluid into the upper piston chamber 4041. The positive pressure is generated by the downward stroke of the lower piston 4027, which is driven by the weight of the buoyancy block 4013. For this reason, the buoyancy block 4013 may be designed to be heavier than a buoyancy block that is linked only to a single piston.
The size of the buoyancy pump device 100 and the function of the buoyancy pump device 100 related to the amount of energy in the wave or swell may be determined by several factors. The reservoir 1535 operates to store the water pumped from the buoyancy pump devices 1510 to operate one or more turbines 1538 located in a turbine house 1545 located at or near the bottom of cliff 1530 to provide for maximum water pressure to be applied to the turbine(s) 1538 as a function of gravity. 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. 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.
5. Input HP v. The outlet line 130 may be connected to the base 102 for storing the compressed gas. In addition, outlet lines from other buoyancy pumps 1702 located in rows r13-r15 may connect to the outlet line 1718 c to deliver fluid matter (i.e., liquid or gas) exhausted from the buoyancy pump devices 1702 to a reservoir (not shown) located on the land or otherwise. 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. Dolor de espalda por tos . Positioned axially above the buoyancy cylinder cap 506 is a ballast cap 530 which further serves to stabilize the buoyancy pump device 500. The ballast cap 530 is adapted to allow the valves 512, 514 and lines 516, 518 to communicate therethrough. 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.
An inlet valve 1022 and an outlet valve 1024 are connected through the piston cylinder cap 1012 to a piston chamber 1026 formed by the piston cylinder cap 1012, piston cylinder 1010 and the upper surface of the piston 1016. An inlet line 1028 and an outlet line 1030 are connected to the inlet valve 1022 and outlet valve 1024, respectively. The smaller and slower the wave, swell or current, the smaller the potential energy available for extraction from the water through the buoyancy pump device. In designing the buoyancy pump devices to be located at a location in a body of water, a system and method for designing a buoyancy pump device may be utilized. One embodiment for generating electricity includes a system and method for converting wave motion into mechanical power.
Dolor Sordo Profundo Y Continuo
In places such as China for example, rivers are being dammed up to create a large energy supply for a fast and growing population. The adjustable buoyancy block base 370 includes outer plates 372, inner plates 374 connected to the outer plates 372, an axially disposed motor 376 connected to a gear 378, and a plurality of expansion bars 380 connected to the gear 378 and the outer plates 372. The circumference of the buoyancy block base 370 is sealed by plastic, thermoplastic or other sealant material 382, such as, for example, rubber. For example, a group of one or more buoyancy pump devices may be deployed at a sea based location to support a military base deployed to a new region for an unknown period of time that is relocated to a different region thereafter. Dolor intenso en zona lumbar . In operation, as a wave approaches the buoyancy pump device 700, the buoyancy block 714, having a predetermined buoyancy, incrementally rises with respect to the wave.
Dolor De Espalda
In another example, in a body of water having a 10 ft. The ball fittings 4057 assist in securing the tubes relative to one another and ensure that the loads imparted to the piston shafts 4015, 4025 are distributed to all of the individual tubes. A group 1405 of one or more buoyancy devices 1410 is distributed along a floor 1415 of a body of water 1420 in a predetermined configuration. While flooded, the buoyancy block would not exert any buoyancy forces on the piston or the rest of the buoyancy pump 1913 (or if partially flooded, would exert less buoyancy force), which would prevent the buoyancy pump from becoming dislodged from the ocean floor. Should a wave of only one foot be present, the buoyancy pump device will not pump.
It is further conceivable that the gas may be dispelled into the atmosphere should the situation require. The outlet lines 1525 operate as water feeds that deliver water at or near the top of the reservoir 1535. In one embodiment, the reservoir(s) 1535 may be formed to provide secondary uses. It is also important to note that the buoyancy block according to the principles of the present invention is preferably designed such that approximately ⅓ of the volume of the buoyancy block remains out of the water as the buoyancy block reaches a maximum height while rising on the average wave. BRIEF SUMMARY OF THE INVENTION The above identified problems and needs are solved by a system of buoyancy pump devices driven by waves or currents according to the principles of the present invention.
- Según el uso, así las características
- Discos vertebrales
- Esfuerzo excesivo para expulsar las heces
- The power generator defined in claim 1 , wherein the flexible material is elastic
- Descansa y repite su uso hasta encontrar alivio
- Más difícil todavía: sentarse sobre las piernas
- Vasos maravillosos o extraordinarios
8, a side elevational view of an alternative embodiment of an exemplary buoyancy pumping device 800 is shown in accordance with the principles of the present invention. A buoyancy block is disposed within the buoyancy chamber to move axially therein in a first direction responsive to rising of the fluid in the buoyancy chamber and a second direction responsive to lowering of the fluid in the buoyancy chamber. The buoyancy chamber ring 1200 comprises an outer ring 1202 and an inner ring 1204. The outer and inner rings 1202 and 1204 are concentric and may be coupled by a number of spacers forming spacer pairs 1206 a-1206 d (collectively 1206). The spacer pairs 1206 may be configured in parallel and be symmetrically positioned about axes x and y. 1) of a buoyancy pump device. Preferably, each sleeve is lined with a polymer to prevent metal-on-metal contact between the wing strut 2315 and the pilings.