发明名称 Magnetic conductive device
摘要 A computerized electrical powered apparatus where one part is different types of housings with or without a cover. The apparatus produces magnetic field, for inducing water, in the housing (if a shower: inducing water, and water-vapor (mist) via a plumbing assembly). The housing uses: CO2 liquid cooling to cool electrical circuit boards, electromagnet(s), nanotube(s), nanowire(s), that control: water, elements, nutrients, drugs, found in blood, living tissues, vegetation tissue(s) of any organism(s). In another aspect; an extractor capturing molecule(s) in steam derived from compounds, drugs, that converge with a superconductive wire transporting ionic compounds, molecular ions; rise out from hot water, H2O-steam, and dry gases feed extractor, into a cooled catalyst pipe linking to a housing. The pipe with the wire inside, attach inside the housing, where the mixture disperses. A digital numerical image is captured on a computer monitor by rotating hydrogen molecules of water in the housing.
申请公布号 US9108038(B2) 申请公布日期 2015.08.18
申请号 US201313986372 申请日期 2013.04.25
申请人 发明人 Brault Jean
分类号 A61B17/52;A61N2/00;A61N2/02;A01G7/04;A61K41/00;A61M37/00 主分类号 A61B17/52
代理机构 代理人
主权项 1. An apparatus for producing a magnetic field and for providing at least one of therapeutic treatments, molecules and molecular ions and ionic compounds to a subject, said apparatus comprising: a housing for receiving the subject, the housing including a base member and a cover; water contained within a cavity in the base member of said housing; a plurality of electromagnets, having contact with an equal number of magnets, one on one disposed about the housing for producing a magnetic field in the housing and for magnetizing the water contained within the cavity; a carbon dioxide (CO2) liquid coolant circulating in and out of the walls of the housing for cooling circuit boards, and the plurality of electromagnets; a carbon dioxide (CO2) liquid coolant circulating in a cryogenic tube forming a coil around a pipe that generates a catalyst inside said pipe associated with an extractor, wherein the catalyst reaction generates ionic compounds, molecular ions and molecules; the extractor connected to said housing for transporting the ionic compounds, molecular ions and molecules to the housing; digital imaging device for tracking the magnetic field as it relates to the water in the housing; a control sequence unit for controlling an AC/DC power supply and for controlling a solenoid valve associated with the extractor to allow transportation of the ionic compounds, molecular ions and molecules to said housing; and a computer connected to the control sequence unit, the computer including a monitor and a processor, the processor configured to: control an electric current regulator for providing electric current to circuit boards and to the plurality of electromagnets and the extractor; andcontrol each circuit boards that control each electromagnet of the plurality of electromagnets independently of others in said plurality of electromagnets, and likewise for each magnet of said plurality of magnets; wherein said magnetized water is adapted to surround at least a portion of the subject positioned within the housing so as to permit alignment of cells or organisms with and perpendicular to the magnetic field.
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