US5921082A – Magnetically Powered Hydro-buoyant Electric Power Generating Plant – Google Patents

El mejor tratamiento para el dolor de espalda.. The A.F.V. 10 includes multiple shutoff valves that must pass both air and water (at least in the illustrated embodiment–as related above, other liquids could be used for the infinite environment 16, and other fluids besides air could be placed above the infinite environment 16). The preferred shutoff valves 11 and 36 will be of the flange type with a submersible capability, and will be placed at the uppermost and lowermost surfaces of A.F.V. 10, 1995, and which, as related above, is expressly incorporated by reference herein. 10 assemblies (units) will have generated 672.0×106 foot-pounds of work or 20,363.9 horsepower which, compared to the 542.5×106 foot-pounds required by the magnetic pumps 30 to evacuate sixty A.F.V.’s 10, yields sufficient power to operate these magnetic pumps 30 over a time period of 530 seconds. The twenty-five hydraulic motors 2 that drive standard electric generators 3 would be sized to provide 1000 horsepower to each electrical generator 3 which, in turn, would provide 0.746 megawatts of electrical power.

Fisioterapia Querétaro Calendarios

abstract ribbon waves 10 to float on the surface of the infinite liquid (i.e., lake 16) at this time, although there may exist operating conditions where is would be better to prevent the A.F.V. Additional objects, advantages and other novel features of the invention will be set forth in part in the description that follows and in part will become apparent to those skilled in the art upon examination of the following or may be learned with the practice of the invention. During such conditions, it may prove beneficial to restrain the upwards movement of A.F.V.

Therefore, using an average value of pressure of 32.12 psi, yields the combined pump capacity requirements of 21,273 gallons per minute times 32.12 psi divided by 1714, which is 398.65 horsepower, required to evacuate each such A.F.V. By use of a computer-controlled system, the A.F.V.’s upward motion can be programmed to provide as little as a few gallons of highly pressurized hydraulic fluid (e.g., oil), or up to 133,000 gallons of 3000 psi pressurized fluid. It is yet a further object of the present invention to provide a hydro-buoyant electrical power generation plant that can be used to dynamically recharge batteries of electrically-powered vehicles, including a system that allows the vehicle to remain in motion during the charging procedure. The lever is constructed so as to provide a neutral buoyancy condition to the lever itself when it is submerged in the liquid.

The lever 9 includes reinforcing members, such as member 204. Lever 9 terminates at a trunnion 206, which provides a pivot point for the A.F.V. In the illustrated embodiment, twenty-five such valves 25 are required per 17 mW power plant. All bypass valves 26 (discussed below) across actuators 7 are open except for two such units during the impending downstroke.

Another disadvantage of the present technology is that smaller power plants are less efficient than larger (or very large, such as 1200 MVA) power plants. 10 along with the initial liquid that is being displaced into the infinite environment. The weight of the water that has been displaced is significantly greater that the weight of the empty A.F.V., and therefore, vessel 10 will rise with a net force equal to the weight of the displaced water minus the weight of the empty vessel. At the end of the downstroke, the magnetically-operated pumps 30 are energized, if that sequence is desired, to expel the liquid (e.g., water) from the interior of the A.F.V. 1, at the end of the lever assembly 9, and is filled with air at atmospheric pressure.

Therefore at the end of the 60-second downstroke period, sixty A.F.V. Causas de dolor de espalda lado izquierdo . The detailed design of the illustrated embodiment also incorporates special features which provides a great deal of flexibility for the maintenance and repair of all the components involved. 1-5 depicts a power plant design that has the capacity for approximately 17 megawatts of electrical power. During the sinking stroke, it is preferred that the “infinte” liquid within which the vessel is emersed (e.g., water or oil) be allowed to flow upward through the vessel as quickly as possible, thereby allowing the vessel to sink as quickly as possible. 10 preferably are remotely controlled and of submersible linear displacement magnetically powered water piston construction.

Dolor Muscular Piernas

At this time the liquid (e.g., water or oil) initially contained within vessel 10, which in the illustrated embodiment comprises 25,120 ft3 of water (or approximately 187,910 gallons or 1,570,000 lbs. Actuator specification and power calculations: approximately seventeen twenty-inch diameter linear hydraulic actuators 7 are required to accommodate the 15,700,000 pounds of force generated by the upward power stroke of the power plant 50 of the illustrated embodiment of the present invention. Since the linear hydraulic actuators 7 convert the mechanical displacement to high pressure hydraulic energy, the resulting volume of pressurized fluid that is initiated during the descent is stored in the hydraulic accumulators 70, and is available to drive a hydraulic motor 67 which subsequently drives an electric generator 28, and which subsequently provides a supply of electrical power for in-plant use.

The work associated with this displacement is 125.6×106 foot-pounds and the time for this displacement to occur is ten seconds, thereby yielding a power of 22,838 horsepower. 10 over a period of 530 seconds, which is equal to 2,843 CFM. The time that this work occurs is about ten seconds, which yields 22,838 horsepower or approximately 17 megawatts of power. Causas de dolor en el dedo gordo del pie . 10 will be buoyed up with a force of 1,570,000 pounds of force and will act under this force over a distance of eighty feet, thereby producing 125.6×106 foot-pounds of work. Under this scenario, the kinetic energy that exists in each incremental charge of superheated steam is being used to its maximum potential.

Dolor Sordo En El Pecho

This line 5 preferably comprises a sixteen inch diameter pipe. During the evacuation of liquid step, an air/gas valve 74 compatible for sixteen inch pipe would be positioned so that the path was open between air line 5 and another air line 76, which preferably is also sixteen inch pipe. 10 power cycle. Obviously, it would require 5280 accumulators to store 7.53×109 foot-pounds of hydraulic energy. To achieve the foregoing and other objects, and in accordance with one aspect of the present invention, a hydro-buoyant electrical power generating plant is provided which generates electricity from a source of hydraulic pressure. In this state, it can be held in position as long as desirable until another maximum power stroke is desired by the electrical generating plant. The power provided by the electrical generating plant become available as inductive lines of force produced by the inductors imbedded in the roadway and the moving vehicle’s pick-ups will “cut” those lines of force, thereby obtaining electrical energy in the process.

Dolor De Espalda

Another set of electrical lines 21 are provided to power the plant operations. Manually operated pressure reducing valves 27 are provided to adjust the operating pressure based upon the current accumulator pressure in the power plant. 3) As valves 11 and 36 are opened, the A.F.V. The plant operator has several choices at this point: the operator can allow one A.F.V. This stored energy would be sufficient to generate electrical power at the rate of 17.1 megawatts for a period of ten minutes, or could be used to generate a short-term “peak” output of 171 megawatts for a period of one minute. Starting, for example, with the applied force vessel at its position of greatest elevation, the interior chamber of the vessel initially would be filled with air, typically at atmospheric pressure. 1, in which the applied force vessel is located at its bottom-most movable position, and in which the vessel is filled with the infinite liquid medium.

Dolores Musculares Causas

For example, when the vessel initially reaches its bottom-most position, these valves are closed so as to prevent further flow of the infinite liquid through the interior spaces of the vessel. In addition, further high pressure hydraulic accumulators can be utilized in the plant to store even further energy produced by the various stations. 10. A small motor-generator set 28 provides pulse-type electrical power at start-up for the magnetically actuated valves 11 and 36 and for the magnetically powered pumps 30. Dolor lado izquierdo lumbar . In the illustrated embodiment, motor-generator set has a 34 HP capacity, using a standard hydraulic motor driving a standard electric generator having a 22 kW output rating. Electrical input power lines 6 are required to transmit electric power to valves 11 and 36, and pumps 30. Power lines 6 preferably are copper conductors that have the capacity to handle 25 kW of power per A.F.V. The pulse controlled shutoff valves 25 are all closed except one until all accumulators 70 are charged from the impending downstroke.

  • Dos cucharadas de miel
  • Cambios en el estilo de vida, incluyendo control del estrés y técnicas de relajación
  • Aceite de romero
  • No debilita los ligamentos y tendones
  • Artropatías inflamatorias

Neurocirugía del Hospital de la Princesa Gliomas de bajo.. 10 can be stopped at any point in its travel by hydraulic valving, if it is determined that sufficient stored energy is now available in the hydraulic accumulators. Each cylinder will have the capability to generate high pressure oil at 2941 psi, which means each cylinder will require 923,529 pounds of force to yield hydraulic oil at the 2941 psi level.