• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The pressure chamber with electrodes, is a system that adds a high voltage through the electrodes (3) of a train of transformers (7-9), inside a chamber (1, 2) formed by an outer layer steel (1), and other two or three layers of ceramic capable of withstanding high temperatures and high pressures. A tube (10) of a compressor, introduces the pressurized air into the interior of the chamber (1, 2), and, the electrodes (3) add more temperature to said air. (Machine-translation by Google Translate, not legally binding)
    公开号:ES2620706A1
    申请号:ES201600043
    申请日:2015-12-29
    公开日:2017-06-29
    发明作者:Fº JAVIER PORRAS VILA
    申请人:Fº JAVIER PORRAS VILA；
    IPC主号:
    专利说明:

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    DESCRIPTION
    Pressure chamber with electrodes.
    Object of the invention
    The main objective of the present invention is to be able to form a pressure chamber that is capable of withstanding very high pressures and very high temperatures, so that, with them, we can deal with chemical and nuclear reactions that cannot be addressed in other Chambers of Pressure.
    Background of the invention
    The main antecedent of the present invention is the best known pressure chamber that is made by a steel crust, inside which, by means of a tube, air is introduced under pressure, until it reaches a certain number of pressure atmospheres. In the present invention, to this Steel structure (1), we are going to add, in its interior, several Layers of Cement (2), being able to be of Ceramica the innermost Layer, which will be formed by Ceramic Bricks, whose shape It will be the same as that of the Bricks that are used in the construction of the houses, of those that have holes inside. In addition, we add electrodes (3) that come from a Transformer Train (7-9), which will add a high temperature to the pressurized air that we have previously introduced inside the Chamber (1, 2) through the Tube (10) of the Compressor.
    Description of the invention
    The pressure chamber with electrodes, is a sphere crust formed by one or more outer layers of steel (1), -or, titanium-, and, two or more inner layers of cement, or ceramic (2) High temperature resistance. In the previous area of this Chamber, we will install a Gate that will be formed with the same layers of cement (2), -or, of ceramic-, and, the outer layer of steel or titanium. The innermost layer will be formed by bricks of this high resistance ceramic. Crossing the layers of steel (1) and cement (2) of the Chamber (1, 2), we will put several pairs of Electrodes (3), which will be the free ends of the last Coil (9) of the last Nucleus (7) of a Train of Transformers (7-9) that will be formed by several Nuclei of iron rod (7), in which we will wind two Coils (8, 9) in each one: a Coil (8) of a single spiral, and , another coil (9) of ten turns. Each ten-coil coil (9) will connect its two wires to the single-coil coil (8) of the next core (7). The number of Nuclei (7) with two Coils (8, 9) of this Transformer Train (7-9) will depend on the amount of Electric Power that we want to leave through the Electrodes (3), into the Chamber of pressure (1, 2). Another tube (10) that will come from a Compressor, will serve to introduce the pressurized air inside the Chamber (1, 2). Inside the Chamber (1, 2) we will put a Metal Box (4), inside which we will place the Work Material (5), which will be the chemical components that we want to transform because of the great pressure and the great heat that we can apply inside the Chamber (1, 2). Date of the invention: ((24-29) .12.15).
    Description of the figures
    Figure 1: Front view of a section of the mat that forms the pressure chamber with electrodes, which is formed by an outer layer of steel (1), and two other inner layers of cement or ceramic (2). The innermost layer will be formed by bricks of this high resistance ceramic. Several pairs of electrodes (3) pass through
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    the layers of steel (1) and cement (2). Another tube (10) that will come from a Compressor, will serve to introduce the pressurized air inside the Chamber (1, 2). Inside the Chamber we put a Metal Box (4) inside which the Work Material (5) will be placed, which will be the chemical components that we want to transform due to Pressure or Heat.
    Figure 2: Plan view of the Transformer Train that begins in a Plug (6) to which we connect with the first Coil (8) of a single coil that is in the first Nucleus (7). In this same Nucleus (7) we put another Coil (9) of ten turns. In all the Nuclei (7) of the Train we will do the same, connecting the wires of the Coil (9) of ten turns, with the Coil (8) of a single spiral of the Nucleus (7) next The last Coil (9) of ten turns of the last Nucleus (7) of this Transformer Train, will have its two free cables, which will be connected to two Electrodes (3), which will be those that will cross the layers of steel (1) and cement (2) of the Chamber of pressure with electrodes.
    Figures 1-2:
    1) Steel or titanium coating
    2) Ceramic or cement layer
    3) Ceramic or cement layer
    4) Metal case
    5) Work material, chemical components
    6) Plug
    7) Rod iron sweet core
    8) Spiral coil
    9) Ten winding coil
    10) Compressor tube
    Description of a preferred embodiment
    The pressure chamber with electrodes, is characterized by being a system that can reach sufficient values of high pressure and high temperature, to precipitate nuclear reactions in the chemical components (5) that we will place inside. At the pressure and temperature that will determine the air that will enter through the Tube (10), the high temperature that will be installed, inside the Chamber (1, 2), will be added to the Electrodes (3) of the different Transformer Trains (7-9) that we put in the system. These Electrodes (3) can provide an electric current of several million Volts, which will greatly heat the air that we have previously introduced inside the Chamber (1, 2), and, this temperature will add much more pressure to that air.
    With the values reached in these two concepts, we will be able to precipitate chemical reactions that cannot be precipitated in any other way, even reaching nuclear reactions ... which will allow us to manufacture synthetic Gold from two or three
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    chemical components, -Indio (49) and Zinc (30), for example-, whose valences add up to a total equal to that of Valencia del Oro which is (79).
    By forming, inside the outer layer of steel (1), other inner and independent layers of cement or ceramic (2), we will be allowing the Chamber (1, 2) to withstand very high temperatures, because the ceramic and the Cement are able to withstand them. In addition, the successive Layers (2) of these two materials, cement and ceramics, will also allow the high pressures achieved in the air inside the Chamber (1, 2) to not directly affect the Steel Layer (1 ). In the event that the pressure could break the innermost layer of cement (2), through the grooves that open, the pressure that enters them could not be as large as that which the entire surface of the ceramic crust will have, that the next layer of cement (2) could not be broken, and therefore the structure of the outer layer of steel (1) remains intact. It should be agreed that the innermost layer (2) was made of ceramic plates of high heat resistance ... although, if it were, also of cement, its material would harden or as the pressure and temperature were rising and kept at the highest value for as long as possible. This innermost layer (2), will be formed by Bricks of this high resistance ceramic, because, in the holes that will be inside, the pressure will be directed to all sides, that is, also to the inside of the Chamber (1, 2), and, against the direction of the pressure that will be directed towards the outside of the Chamber (1, 2). This fact will obviously detract from the pressure directed towards the outside, which will protect the other Layers of Cement (2), and, the outer Steel Layer (1). In this way, the Chamber (1, 2) can withstand very high temperatures and pressures, which will make it optimal for the chemical reactions entrusted to it. And, as it could happen that, upon reaching a certain Temperature value, the chemical reaction sought occurs spontaneously, this will allow us to immediately abandon the electric discharges through the Electrodes (3) and reduce the air pressure, which will allow it that the Chamber (1, 2) did not have as much danger of exploding as when it was exposed to great pressures for a long time.
    权利要求:
    Claims (2)
    [1]
    1. Pressure chamber with electrodes, characterized by being a crust formed by one or more outer layers of steel (1), and two or more layers
    5 cement interiors (2) with high temperature resistance. In the previous area of this Chamber, we will install a Gate that will be formed with the same layers of cement (2), and, the outer layer of steel. The innermost layer will be formed by ceramic bricks. Crossing the layers of steel (1) and cement (2) of the Chamber (1, 2), we will put several pairs of Electrodes (3), which will be the free ends of the last 10 Coil (9) of the last Nucleus (7) ) of a Train of Transformers (7-9) that will be formed, at least, by five Nuclei of iron rod (7), in which we will wind two Coils (8, 9) in each one: a Coil (8) of a single turn, and, another Coil (9) of ten turns. Each ten-coil coil (9) will connect its two wires to the single-coil coil (8) of the next core (7). Another tube (10) that comes from an air compressor will also pass through the two layers of steel (1) and cement (2). Inside the Chamber (1, 2) we will put a Metal Box (4), inside which we will place the Work Material (5), -Indium and Zinc, for example-, which will be the chemical components that we want to transform to Because of the great pressure and the great heat that we can apply inside the Chamber (1, 2).
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    [2]
    2. Pressure chamber with electrodes, -according to the first claim-, characterized by being a variant for the Steel of the outer layer (1), which, on this occasion, will be Titanium.
    25 3. Pressure chamber with electrodes, -according to the first claim-, characterized by
    be a variant for the material of the inner layers (2), which, instead of being of Cement, will be Ceramic.
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    同族专利:
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    ES2620706B1|2018-04-10|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    DE3637653A1|1986-11-05|1988-05-19|Erwin Wilken|Solar oven|
    US5318423A|1990-04-26|1994-06-07|Leonid Simuni|Device for transformation of the graphite into the diamonds|
    RU2009102751A|2009-01-27|2010-08-10|Федеральное государственное унитарное предприятие "Научно-исследовательский институт "Атолл" |SOURCE OF SEISMIC SIGNALS FOR LAND APPLICATIONS|
    ES2427491A2|2012-03-21|2013-10-30|Fco. Javier Porras Vila|Spacecraft accelerator |
    法律状态:
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    优先权:
    申请号 | 申请日 | 专利标题
    ES201600043A|ES2620706B1|2015-12-29|2015-12-29|Pressure chamber with electrodes|ES201600043A| ES2620706B1|2015-12-29|2015-12-29|Pressure chamber with electrodes|
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