Personal portable system to rapidly collect and remove electromagnetic radiation and extraneous magnetic and voltage fields from a human brain and body, and promote healing by rapid reduction of tissue oxidative stress and inflammation processes

1 . A personal multi-component portable grounding system to repel or collect and remove electromagnetic radiation and excess electrical and magnetic fields from a human brain and body, comprised of:

a non-electrically conductive insulating plastic container for repelling excess electrical current directed into or ambiently toward nearby body tissue when worn on or near said human brain and body having a central body with a top end and a bottom end;

said central body having an inside and an outside;

said central body top end being open;

said central body bottom end being closed;

said central body containing at least one bar magnet for attracting excess magnetic field unto itself from already inside said human brain and body and from that being directed into the human brain and body in real-time;

each bar magnet having four elongated length sides and two width ends is diametrically magnetized;

said central body being configured at its top end to accept and hold secure a cap for retaining said at least one diametrically magnetized bar magnet within said central body inside;

said cap having a closed top end and an open bottom end and being capable of being securely connected to said central body open top end;

said central body open top end capable of connecting securely to said cap open bottom end;

said cap being made of non-electrically conductive plastic for repelling electrical current, wherein:

said central body inside containing said at least one diametrically magnetized bar magnet and being sealed closed by said cap; and

said central body with said cap and said at least one diametrically magnetized bar magnet is duplicated and each said central body with said cap and said at least one diametrically magnetized bar magnet each then being connected together by magnetism along their respective said elongated length sides, thus forming a stable and laborious to separate side-by-side device duo functioning now as a single magnet with fixed flux conditions after having accomplished a polarity shift to the exposed unattached said elongated length sides for use according to therapeutic needs and preferences when placed on or near said human brain and body, and for causing consistent alignment of cellular-level magnetic field polarity orientations to promote increasingly faster electromagnetic radiation removal over time with a stability aided by the now broadened planar surface of said combined central bodies.

2 . The system of claim 1 , further comprising:

said at least two diametrically magnetized magnets are rare earth N52 magnets, the strongest available, for drawing out a maximum amount of magnetic field from a maximum depth for its size from a said human brain and body;

said at least two magnets having an interior and exterior;

said at least two magnets each having an exterior consisting of at least one protective coating;

said protective coatings being water-resistant or waterproof; and

said central bodies now being filled with water to further disable the ability of any electrical current to reach said magnets or nearby body tissue and to serve as a warning system if small bubbles begin to appear along any container walls in said central bodies insides due to “water-splitting”.

3 . The system of claim 2 , further comprising:

said device duo having at least one of said caps having a port on its closed top end;

said water is distilled water;

said port having a rubber stopper to prevent any outflow of said distilled water when held in any position in space during use or in travel when said cap is secured to said central body top end;

a standard insulated conductive grounding cord having a first end and a second end;

a metal prong conductively connected to said standard insulated grounding cord first end and being capable of being inserted securely through said rubber stopper for device portability or inserted into a grounding hole of a properly grounded electrical outlet;

a standard conductive female snap mechanism end conductively connected to said grounding cord second end and configured to connect to standard conductive grounding equipment for grounding portability comprising a conductive grounding mat, or patch or band for removal of excess electrical, magnetic, or electromagnetic currents from said human brain and body.

4 . The system of claim 3 , wherein:

said conductive grounding mat is single-layer having edges all the way around it and said at least one magnet rolled up in or otherwise secured along said edges; and

said single-layer conductive grounding mat being conductively penetrated by a standard conductive male snap and capable of connecting conductively to said device duo by said female snap mechanism with said grounding cord.

5 . The system of claim 4 , wherein:

said single-layer conductive grounding mat with said edges being duplicated wherein the two single-layer mats are secured together along said edges and said at least one magnet is embedded and secured in between said two single-layer mats; and

said duplicated single-layer conductive grounding mats with said at least one magnet secured within being conductively penetrated by a standard conductive male snap and capable of connecting conductively to said device duo by said female snap mechanism with said grounding cord.

6 . The system of claim 5 , further comprising:

said at least one magnet being attached magnetically to a shallow metal dish, wherein:

said metal dish having an inside and an outside and an open topside and a closed bottom side;

said metal dish being connected by magnetism to said at least one magnet at it's said closed bottom side;

said standard conductive grounding mat having two layers, an inner layer and an outer layer and being wrapped and sealed securely around said at least one magnet and said dish being bound at its outer edges such that the grounding mat bottom inner layer touches said at least one magnet and said metal dish and no portion of said bottom inner layer is externally exposed; and

said standard conductive grounding mat said inner layer and said conductive grounding mat outer layer being conductively penetrated by a male snap mechanism for connecting, with said female snap mechanism.

7 . The system of claim 6 , further comprising:

a magnetic band encircling said metal dish at its closed bottom side.

8 . The system of claim 7 , further comprising:

a wedge-shaped metal object;

said wedge having a narrow end and a wide end; and

said wedge narrow end being capable of fitting in between said metal dish and said at least one magnet for causing said metal dish to tilt.

9 . The system of claim 6 , further comprising:

a wedge-shaped metal object;

said wedge having a narrow end and a wide end; and

said wedge narrow end being capable of fitting in between said metal dish and said at least one magnet for causing said dish to tilt.

10 . The system of claim 3 , wherein:

said conductive grounding mat is a two-layer conductive grounding mat having a top end and a bottom end, a left side and a right side, an upper right-side edge and a lower right-side edge, an upper left side edge and a lower left side edge, an upper left side and an upper right side, a top layer, a bottom layer, and outer edges;

said top layer being included of including a conductive material; such as being comprised of a carbon infused material;

said bottom being comprised of an electrostatic dissipative material; and

said top layer and said bottom layer being conductively penetrated by a standard conductive male snap;

said standard two-layer conductive grounding mat is duplicated and the two said conductive grounding mats are attached to one another by their respective said electrostatic dissipative material said bottom layers to form an electrostatic dissipative material center and bound at said outer edges to form a single non-standard conductive grounding mat with a middle layer comprised of said electrostatic dissipative material center with said a conductive layer comprising two outer layers, further comprising:

said top layer, material center, and outer layer of said non-standard conductive grounding mat being penetrated by a conductive male snap mechanism;

said top layer, material center, and outer layer being connected along their outer edges such that no portion of said center layer is exposed for enabling attraction of electricity to said dissipative material center from inside said human brain and body rather than from accumulating from ambient environmental electrical field which would pre-saturate said middle layer and slow removal of electricity from said human brain and body;

a standard insulated conductive grounding cord having a first end and a second end;

said metal prong conductively connected to said grounding cord first end and being capable of being inserted securely through said port into said distilled water and being free-floating or magnetically connected to said at least two magnets and said prong also being capable of fitting securely into a grounding hole of a properly grounded electrical outlet; and

said conductive grounding cord second end configured to connect said conductive male snap mechanism on said non-standard or said standard one- or two-layer conductive grounding mats to thereby divert excess electrical and magnetic field away from said human brain and body and into said non-standard or said standard one- or two-layer grounding mats via said conductive grounding cord and direct any excess magnetic or electric or electromagnetic fields into at least one central body of said device duo or into a grounding hole of a properly grounded electrical outlet.

11 . The system of claim 10 , further comprising:

one or more magnets inserted and orientationally north pole-south pole secured in between said top and bottom layers of said non-standard conductive grounding, mat for providing superior ability of said non-standard conductive grounding mat to draw out excess electric, plus magnetic, or electromagnetic fields from said human brain and body and for aligning cellular-level magnetic field orientation for increasingly faster removal over time.

12 . The system of claim 10 , wherein the non-standard grounding mat comprises:

an upper fold to create an upper closable flap and a lower fold to create a carrying case for portability of said device duo; and

said left side edges being partly sewn or otherwise secured together and said right side edges being partly sewn or otherwise secured together to enable said device duo to be securely and freely transported.

13 . The system of claim 12 , further comprising:

an upper right side and an upper left side of said non-standard grounding mat, each having a strap sewn or otherwise connected to it;

said upper right side strap having a near end and a far end;

said upper left side strap having a near end and a far end; and

said upper right and upper left side straps being connectable to one another at their far ends by a male clasp mechanism and a female clasp mechanism respectively and connected to said non-standard grounding mat at their respective near ends.

14 . The system of claim 12 , further comprising:

a protective covering for repelling focused streams of electromagnetic radiation, said covering comprising:

a bottom layer with a top side and a bottom side, a middle layer with a top side and a bottom side, and a top layer with a top side and a bottom side;

said bottom layer being composed of a non-conductive flexible plastic;

said middle layer being composed of Biaxially-oriented polyethylene terephthalate (BoPET) for preventing rays of electromagnetic magnetic radiation from passing through it and being adhesively affixed to said bottom layer top side and to said top layer bottom side;

said top layer being composed of a non-conductive flexible polyethylene terepthalate (PET) plastic material adhesively affixed to said middle layer top side; and

said protective covering being configured to fit into said carrying case for transport.

15 . The device of claim 14 , further comprising:

said bottom layer bottom side having a light skin-friendly adhesive for making said protective covering into a patch.

16 . The system of claim 3 , further comprising:

another said central body with said cap containing said at least one magnet;

wherein said device duo is supplemented by attaching by magnetics to the another said central body with said cap containing said at least one magnet and filled with said distilled water to form a device trio for broadening and deepening a natural magnetic reach of said device duo into said human brain and body by adding strength and complexity to flux fields.

17 . The system of claim 2 , further comprising:

another said central body with said cap containing said at least one magnet;

wherein said device duo is supplemented by attaching by magnetics to the another said central body with said cap containing said at least one magnet and filled with said distilled water to form a device trio for broadening, and deepening a natural magnetic reach of said device duo into said human brain and body by adding strength and complexity to flux fields.

18 . The system of claim 1 , further comprising:

another said central body with said cap containing said at least one magnet;

wherein said device duo is supplemented by attaching by magnetics to the another said central body with said cap containing said at least one magnet to form a device trio for broadening and deepening a natural magnetic reach of said device duo into said human brain and body by adding strength and complexity to flux fields.