TH73263B - Power generation equipment using lightning - Google Patents

Abstract

------07/12/2018------(OCR) Page 1 of 1 Page Summary of Invention devices to take advantage of lightning The electrical energy of the lightning is used to heat the fluid, which is then used to drive turbines 19 to generate electricity. The electricity supplied by the turbines is in a form suitable for use or otherwise stored. Lightning at antenna 10 and was directed through insulating chambers 14, 15 where lightning heats fluids ------------ EDIT 20/02/2015 Equipment to take advantage of lightning. The electrical energy of lightning is used to heat the fluid. which is then used to drive turbines (19) to generate electricity. The electricity supplied by the turbine is in the form suitable for use or otherwise keep lightning at the antenna (10) and is directed through an insulating chamber (14), (15) where the lightning heats the fluid. -------------------------------------- Devices to take advantage of lightning The electrical energy of lightning is used to heat the fluid. which is then used to drive turbines (19) to generate electricity. The electricity supplied by the turbine is in the form suitable for use or otherwise keep lightning at the antenna (10) and is directed through an insulating chamber (14), (15) where the lightning heats the fluid.

Claims (9)

Disclaimer (all) which will not appear on the advertisement page. : ------ 07/12/2018 ------ (OCR) Page 1 of 3 pages. 1. a system which consists of Generator device, which has: pressure chamber; And conductors for receiving lightning; Where the conductor passes through the pressure chamber; The pressure chamber is the reservoir for the fluid; The pressure chamber includes the first wall that surrounds the fluid, and the second wall that surrounds the fluid. The first wall; And the pressure chamber is arranged in such a way that when the conductor receives the lightning, the fluid is Increase the pressure; And turbines that contact fluid with the generator equipment And the hydraulic collector between the turbine and the pressure chamber of the generator device, the hydraulic collector is provided to store the pressure which is generated by the generator device. It is additionally arranged to drain the stored pressure to the turbine. 2. System for generating energy from lightning, a system consisting of a generator device, consisting of: a pressure chamber combined with a reservoir for a fluid; One conductor for receiving lightning; Where the pressure chamber is arranged in such a way that when one conductor receives the lightning, the fluid receives a pressure boost; And the conductor passes through the pressure chamber, and is formed from a number of guide plates which are Connected by one or more two conductors; And turbines that contact fluid with the generator equipment Where the system is provided in such a way that the pressurized fluid in the generator device will flow to the turbine. 3. System which includes A number of generator devices to which this equipment has: pressure chambers; And p. 2 of the number 3 p. Conductors for receiving lightning; Where the conductors passed through the tightening chamber The clogging chamber is a reservoir for the fluid; And the pressure chamber is arranged in such a way that when the conductor receives the lightning, the fluid receives a 5 Boosting; turbines that contact the fluid with the generator device, a number of digits at which the system is prepared in such a way that the pressure-boosted fluid in the generator device flows to turbine And one or more pressure chambers of a number of generator devices have first and tenth walls. The second wall that surrounds the wall, and where the conductors at least surround the first wall of the partial blockage, and where the first wall surrounds the fluid. 4. The system according to claim 3, where each chamber of the pressure chambers is equipped with a valve between the pressure chamber and the turbine, which is set to selectively discharge the pressure from the pressure chamber. 5. System according to Clause 3, which also includes Hydraulic collector between turbines 15 And each pressure chamber of a number of generating equipment, by a hydraulic collector arranged to store the tonnes produced by the generator equipment. It is also arranged to drain the stored pressure to the turbine. 6. The system according to claim 3, where the conductors are left, are composed of a section with increased electrical resistance within the pressure chamber 20. 7. A system according to claim 3, where one or more generator devices are pressure increased by pumping fluid into the chamber. 8. Methods of generating a combination of lightning through two or more insulated pressure chambers using a conductor; and 25 Conducting a fluid heated by the energy of lightning from two or more pressure chambers to a turbine; where the fluid remains displaced by the expansion of the heated fluid. And an electrically insulated pressure chamber, one or more, consisting of the first and page 3 of the third wall, the second wall 1, which surrounds the far wall, the left wall. It encircles 1 fluid, and at least partially the conductor's left surrounds the wall that is partially blocked. 9. Method of Claims Clause 8 where the same method was added. Selectable fluid navigation from the Stagnation Room 5. Two or more chambers to the turbine through the 1 ton relief valve. 0. The clause 8 method is also added to the stagnation that is generated in two or more stiffness chambers in the hydraulic collector and the exhaust vent. That is stored to the turbine selectively 1 1. Procedures according to Clause 8 also include: Adding a stagnation of fluid 10 Within two or more clogging rooms before the operation ------------ Edit 20/02/2015 1. generator equipment consisting of a pressure chamber and a conductor for receiving lightning; Where the conductor passes through the pressure chamber; The pressure chamber is a reservoir of fluid; And the fluid is heated when the conductor receives lightning 2.Generator device according to one of the previous Claims which also It consists of an antenna that is electrically connected to a conductor to receive lightning. 3.Generator device in accordance with one of the preceding clauses, where The pressure chamber is electrically insulated. 4. The generator device in accordance with one of the previous claims, where the conductor It consists of part of the increased electrical resistance within the pressure chamber. 5. Generator device according to one of the previous Claims which also It consists of a turbine that contacts the fluid with the pressure chamber. Where fluid flows from pressure to the turbine 6. The generator device according to claim 5, which also consists of a valve between the pressure chamber and the turbine, where the valve can be operated to separate the pressure chamber from the turbine. 7. The generator device according to claim 6, which also includes a pressure boosting path to increase Pressure to the pressure chamber 8. The generator system, which consists of equipment in accordance with claim 5 or claim 6, which also consists of a second pressure chamber and a conductor connected to the turbine. 9. Methods of generating electricity which include Conduction of lightning through an electrically insulated pressure chamber; And guiding the fluid heated by the energy of the lightning to the turbine; Where the fluid is displaced by the expansion of the heated fluid 1 0. Method of generating electricity according to claim 9, where lightning is directed through the pressure chamber by conductive structures. The method also involves driving the conductive devices to the conductive structure away from the pressure chamber 1. 1. Method of generating electricity according to Clause 9 or Clause 10, which also includes Adding pressure to the fluid in the pressure chamber before the lightning strike ---------------------------------------- Revised 25/02/15 1. a system which consists of A number of generator devices to which this equipment has: pressure chambers; And conductors for receiving lightning; Where the conductor passes through the pressure chamber; The pressure chamber is a reservoir of fluid; And the fluid increases pressure when the conductor receives the lightning; The system also consists of turbines that communicate fluid with the generator device; Where this system It is provided in such a way that the compressed fluid flows from the generator to the turbine. 2. System according to claim 1, where at least one pressure chamber is equipped with valves. Between the pressure chamber and the turbine provided to select the pressure relief from the pressure chamber. 3. System according to any one of the previous claims Which also includes Hydraulic collector between turbine and generator device pressure chamber provided to store The pressure produced by the generator device. It is also provided to drain the stored pressure to the turbine. 4.A system based on any of the previous claims, where the conductor included Part with increased electrical resistance within the pressure chamber 5. System according to any one of the previous claims Where the power generator One or more machines are also equipped with a pressure booster pathway to increase the pressure of Individual pressure chambers of each generator device 6. System according to any of the previous Claims. Where one pressure chamber Or rather, there is a first and a second wall surrounding the first wall. And where the conductor surrounds the first wall of Room pressure at least partially 7. Method of generator which consists of Conducting lightning through one or more electrically insulated pressure chambers; And navigation of the fluid heated by the energy of the lightning from the pressure chamber to the turbine; Where the fluid is displaced by the expansion of the heated fluid 8. Method of generating electricity according to claim 7, where lightning is directed through the pressure chamber by conductive structures. And this method also includes; Selection of fluid guidance from the pressure chamber to the turbine by the pressure relief valve 9. Method according to claim 7 or claim 8, which also includes pressure storage. Produced in the pressure chamber in the hydraulic collector and the stored pressure relief selection to the turbine 1 0. Method for generating electricity according to Clause 8 or Clause 9, which also includes Adding pressure to the fluid in the pressure chamber before the lightning strike -------------------------------------------------- ------------------- 1. a system which consists of A number of generator devices to which this equipment has: pressure chambers; And conductors for receiving lightning; Where the conductor passes through the pressure chamber; The pressure chamber is a reservoir of fluid; And the fluid increases pressure when the conductor receives the lightning; The system also consists of turbines that communicate fluid with the generator device; Where this system It is provided in such a way that the compressed fluid flows from the generator to the turbine. 2. System according to claim 1, where at least one pressure chamber is equipped with valves. Between the pressure chamber and the turbine provided to select the pressure relief from the pressure chamber. 3. System according to any one of the previous claims Which also includes Hydraulic collector between turbine and generator device pressure chamber provided to store The pressure produced by the generator device. It is also provided to drain the stored pressure to the turbine. 4.A system based on any of the previous claims, where the conductor included Part with increased electrical resistance within the pressure chamber 5. System according to any one of the previous claims Where the power generator One or more machines are also equipped with a pressure booster pathway to increase the pressure of Individual pressure chambers of each generator device 6. System according to any of the previous Claims. Where one pressure chamber Or rather, there is a first and a second wall surrounding the first wall. And where the conductor surrounds the first wall of Room pressure at least partially 7. Method of generator which consists of Conducting lightning through one or more electrically insulated pressure chambers; And navigation of the fluid heated by the energy of the lightning from the pressure chamber to the turbine; Where the fluid is displaced by the expansion of the heated fluid 8. Method of generating electricity according to claim 7, where lightning is directed through the pressure chamber by conductive structures. And this method also includes; Selection of fluid guidance from the pressure chamber to the turbine by the pressure relief valve 9. Method according to claim 7 or claim 8, which also includes pressure storage. Produced in the pressure chamber in the hydraulic collector and the stored pressure relief selection to the turbine 1 0. Method for generating electricity according to Clause 8 or Clause 9, which also includes Adding pressure to the fluid in the pressure chamber before the lightning strike