JP4545722B2 - Electromagnetic therapy treatment device and method of use thereof - Google Patents

Description

  This application is a continuation-in-part of U.S. Patent Application No. 939,950 filed on December 9, 1986, which is a continuation-in-part of U.S. Patent Application No. 934,568 filed in November 1986, U.S. provisional application filed Jun. 19, 1995 entitled U.S. Patent Application No. 171,837, filed Mar. 22, 1988, entitled Treatment Device for Treating Seizures and Brain Edema In U.S. Provisional Application No. 60 / 000,300, U.S. Patent Application No. 171,837, filed June 19, 1995, related to U.S. Patent Application No. 171,837 Related, U.S. Provisional Application No. 60 / 000,299, filed June 19, 1995, entitled Acute Burn Treatment Device, Continuous Pulse Unmodulated Non-Burst System, filed June 19, 1995 US Provisional Patent Application No. 60 / 000,318, 1995 named Method of Improving Efficacy and Sensory Tolerance with US Neurostimulator U.S. patent entitled "Method of inducing local microanesthesia and / or anesthesia with a four-polar static magnetic field enhanced by a continuous pulse unmodulated non-burst neurostimulator" Incorporated with reference to provisional application 60 / 001,012 and U.S. patent application 07 / 844,904 filed April 28, 1992 and its continuation application filed January 16, 1996, It claims their priority.

BACKGROUND OF THE INVENTION TECHNICAL FIELD The present invention relates to a magnetic device for use in therapy for the human body, and more particularly to increase the intensity, focus and gradient of a field for installation on or near the human body. The present invention relates to an electromagnetic quadrupole treatment device having a focusing means for the purpose. The present invention further provides such magnetic therapy devices for a) pain and swelling, b) cardiac dysfunction, c) drug resistant seizures, and brain edema, d) pain and edema that persist in severe burns. E) synergistic effects of drugs, f) treatment of seizures, and prevention of cell death following hypoxic injury, g) prevent edema and pain, promote post-surgical healing, and prevent chronic non-healing wounds Treat a variety of animal diseases, complications, and disorders including, but not limited to, accelerating the rate of fusion, and h) suppressing pain and muddying of sickle cells in sickle hemocytosis For the method to use.

2. General Background Magnetic fields have been applied to the human body for centuries for various therapeutic purposes. For example, a magnetic medical treatment device for application to a selected part of the human body is disclosed in US Pat. No. 3,921,620, and a method and apparatus for suppressing the potential onset of neuronal action is disclosed in US Pat. No. 5,312,321. (Disclosed), a magnetic plaster for improving circulation is disclosed in US Pat. No. 4,489,711, and a magnetic field for stimulating bone growth is disclosed in US Pat. No. 4,105,017. Cadwell Magneto-Electric Stimulator (MES-10) manufactured by Cadwell Laboratories Inc. in Kennewick, Washington Magnetic stimulation of nerve cells has been performed by devices such as)).

  Various disease states, tissue and organ dysfunction, may be the result of a loss of membrane stability and normal permeability. These membranes are cellular or intracellular membranes, but in either case represent excitable tissue dysfunction. This dysfunction of excitable tissue may be due to changes in ion channel function. These various illnesses and dysfunctional states can also result in changes in the receptor site or site of action of such dynamic systems in the body of enzymes and / or organisms, more specifically humans. Let's get involved. A wide variety of symptoms and malfunctions may occur, such as, but not limited to, the diseases and / or disorder states listed above.

  Unfortunately, many types of illnesses, including chronic pain, reduced blood flow, brain edema, and certain seizures and injuries, can be successful with conventional drugs, physical treatments, or surgical treatments. Cannot be treated. Such diseases are often not treatable by conventional therapies, and there is a need for alternative therapies that alleviate these previously untreatable or rarely treatable conditions.

  Accordingly, it is an object of the present invention to provide an apparatus that alters the stability of excitable membranes and other charged structures and systems to treat animal diseases.

  Another object of the present invention is an electromagnetic device for creating an electromagnetic field for treating such disorders, which is powered by electromagnetics, and in particular, alternating polarity, i.e. three-dimensional. It is to provide a device with a quadrupole arrangement that produces a steep slope.

  Furthermore, the object of the present invention is to increase the strength and gradient of the back surface away from the surface of the body, thereby changing the central charge and the symmetry of the three-dimensional steep field, It is to provide a device with a flux return ring designed to return the magnetic flux.

  Another object of the present invention is to provide a flux focusing ring that surrounds a DC electromagnetic coil on the outer periphery that is placed midway between the top and bottom of the magnetic flux core of the pole. A coupling device is provided for fixing the focus ring on the outer periphery of the coil.

  Furthermore, the object of the present invention is to provide each outer surface of the four poles according to the present invention so that the apex of the magnetic core faces the geometric side of the magnetic pole so that the axes of the two magnets are at an angle of 90 degrees. Above is to provide an electromagnetic pole with the same polarity. The focus magnet includes an iron pole, an iron container, and a copper wire coil.

  Furthermore, it is an object of the present invention to adjust each focusing magnet by means of a variable resistor so that a focusing ring with magnets is focused and the symmetry of the treatment field is balanced.

  It is a further object of the present invention to provide an embodied arrangement for various therapeutic purposes.

  Furthermore, the object of the present invention is to produce a uniform static magnetic flux with a charged central part, and to suppress the heat generated from the generated heat generated by the EMF (referred to as eddy current in the AC EMF circuit). It is to clarify how to design and manufacture a magnetic core. In AC circuits, “eddy” currents are generated due to induced EMF and can cause loss of appliances. Considering the solid iron rotor of the generator or motor, this solid iron rotor will cut the magnetic field of force each time it rotates the same coil of the rotor wire. This coil has an EMF induced in the direction described by "Fleming's Law" which is the same as "Left-Hand Law". The iron core also has an EMF that is guided in the same direction as the coil. This iron core is a circuit with low resistance, no current is applied, and it only raises the temperature of the iron core. The current flow in this core is a magnetic flux with a higher frequency than the current of 60 cycles and generates a more abnormal secondary magnetic flux due to the variety of inhomogeneous iron resistance. Higher frequency magnetic flux is unstable due to the reflectivity of the “eddy” current of the iron core. The voltage volts divided by the resistance ohms at a certain position of the conductor is equal to the current amperage. In an inhomogeneous magnetic core without continuity with the crystal structure of the substrate. The heating effect of the current is proportional to the square of the current. These currents are commonly referred to as “eddy” currents, but are also commonly known as Foucault currents.

  In the mainstream of today's thinking, it is said that such negative current does not exist in DC electromagnetic circuits. In the present invention, similar current is a factor to be addressed in the design. Previous devices according to the invention consisted of a magnetic flux generator and a power supply with D / C static control. The magnetic flux generator includes a plurality of electromagnetic bodies having magnetic poles oriented to define four vertices of the quadrilateral with at least four magnetic poles in substantially a single plane. The four poles include two anodes and two cathodes, with two anodes defining the diagonal vertices of the quadrilateral and two cathodes defining the diagonal vertices. Each magnetic pole attracts two oppositely charged magnetic poles by magnetism, and similarly charged magnetic poles repel each other by magnetism. Each of the electromagnetic poles includes a wire wound around a cast iron magnetic core. This conductor will be contained in a conductive material (copper or aluminum). The magnetic core and winding are supported by a cast iron container. These poles are electrically wired in parallel and are charged by a DC power source. Due to the porosity of the cast iron container and the magnetic core, the heterogeneous cast iron has various resistivity and sacrifices mutual induction in adjacent coils. The induced current follows Fleming's law. The induced current flows in the opposite direction in the adjacent coils. In this system, the current in the adjacent poles is in the opposite direction, so the induced current increases the current in the adjacent pole and decreases the current in the diagonally opposite pole. In this way, there is no homogeneity in the iron conductor whose resistivity changes (when the current path is heated, the current finds a path with lower resistance, and the previous path Moves flux lines across poles by inductive and unbalanced induction of resistance, and therefore the additive [reflectance in ampere = volts / ohms] reflection of the current, and hence the resistance. Reflection occurs in the DC field. This creates unstable EMF in the core and cast iron container. The inventors refer to these high frequency unstable currents as “Holcomb currents”. In experiments in human and animal models, these currents cause heat generation at the magnetic poles, reducing or negating the beneficial therapeutic effects of steep, three-dimensional magnetic flux fields. These unstable high frequency currents can be minimized by the lamination process. Lamination reduces magnetic hysteresis and unstable current. However, in the present invention, lamination cannot be used to distort the symmetry of the magnetic field.

  Another object of the present invention is to reveal a new process for producing a magnetically soft material in which the continuity of the underlying crystal structure is undisturbed and homogeneous. It has been clarified how the grains in a row produce a homogeneous magnetic core. Silicon electric furnace steel or permalloy (high nickel iron alloy) is shaved to a suitable grain size powder, treated with strong silica colloidal polymer, placed in a mold and annealed under high pressure, suitable Create grain size. The resulting magnetic core is homogeneous due to the continuity of crystal structure, uniformity, low anomalous current formation, and low hysteresis, and uniform orientation of the base crystal structure with high magnetic saturation induction.

  Various aspects of electromagnetic field usage created in the present invention include, but are not limited to, the following.

A. Pain and edema (SMS-P)
1. Acute pain and edema It is a further object of the present invention to provide a device that changes the behavior of nerve cells to a condition that reduces pain sensation.

  Another object of the present invention is to focus and balance the human body in order to stabilize the excitable membrane, thereby reducing pain and edema associated with acute injury, inflammation, or surgical procedures. It is to provide a device for applying three-dimensional magnetic flux with four poles of various symmetry.

  Another object of the present invention is to provide a special magnetic flux field to suppress and reverse edema associated with acute injury, inflammation, or surgery.

  A further object of the present invention is to provide a method for applying therapeutic electromagnetic devices to the human body to reduce pain, improve blood flow, and suppress edema associated with injury, surgery, or acute inflammation. It is to be.

2. Chronic pain In the case of chronic pain, a device that alters the behavior of nerve cells to inhibit the sudden release of modulators of chronically dysfunctional pain fibers (mostly Aδ and C fibers). It is a further object of the present invention to provide.

B. Magnetic therapy device for magnetostatic stability of cardiac dysfunction (SMS-C)
Such an application of the present invention relates to a magnetic device for application to the human body for treatment, and more particularly, electromagnetically above or below the chest of a patient suffering from acute myocardial infarction and / or arrhythmia. The 4 pole magnetic flux generator is used to treat and prevent cardiac arrhythmias, improve heart blood flow, and suppress chest pain in an intensive care unit bed. The present invention relates to a polar treatment device. These three-dimensional magnetic field gradients, when applied to the heart region, suppress arrhythmias, improve blood flow, suppress angina, and prevent cell death of ischemic myocardial muscles. .

  Myocardial infarction with secondary fibrillation and / or heart failure is the leading cause of death in the United States. Myocardial infarction results from a blockage of arterial blood supply to a portion of the heart muscle. This occlusion can result from blockage due to atherosclerotic plaque and / or arterial spasm. This phenomenon results in chest pain, occult arrhythmias, occult fibrillation, and occult heart failure resulting from a decrease in inotropic contraction of the myocardium. These phenomena are treated with drug intervention, but with varying degrees of success. This constitutes the highest medical urgency when the myocardium fibrillates. Such a heart immediately stops fibrillation. The current treatment is to place a DC accumulator that is high-pressure discharged across the myocardium by placing two paddles against the chest wall and discharging a surge of high-intensity DC current. This surge of high voltage DC current depolarizes the myocardium and allows the fastest pacemaker tissue in the heart to take over the pacemaker function, ie, the atrial pacemaker function. In most cases, the myocardium is very stimuli-responsive and recurs from sudden fibrillation, so drugs such as IV xylocaine are administered to stabilize the electrically hypersensitive myocardium. Must. Most of these drugs are sodium channel inhibitors, so they suppress the chronotropic contraction with inotropic properties of the myocardium. In the event of unintentional overdose, the heart's pumping function drops below a critical level. To maintain blood pressure, enhance inotropic and chronotropic cardiac contractions, and increase vascular tone, it may be necessary to use drugs such as apnephrine. Rapid recovery of D / C defibrillators and careful prescribing of drugs are required to resurrect patients with fibrillation as a result of myocardial infarction.

  The current acute treatment of myocardial infarction and its frequent complications has many side effects. Heart DC defibrillation results in myocardial damage each time it is exposed to a D / C discharge. Therefore, every time defibrillation is required, the chance of recovery will gradually decrease. To stabilize the myocardium, the use of xylocaine is associated with reduced myocardial contraction and reduced vascular tone. Subsequently, the use of apnephrine increases the afterload of the heart, which induces fibrillation and is a sufficient cause of congestive heart failure. This symptom is clearly a life-threatening disorder that often results in death or permanent injury. The disease is often less responsive to conventional therapies, so it defibrillates without damaging the cells, stabilizes the myocardium without reducing the desired function, and improves blood flow There is a need for alternative therapies that dilate the cardiac arteries, suppress myocardial pain, and prevent cell death.

  Accordingly, to provide a device that changes the behavior of the myocardium to a state where it stops fibrillation, stabilizes electrical activity, dilates the myocardial artery, and suppresses chest pain caused by ischemia. Is the object of the present invention.

  Another object of the present invention is to provide a magnetic device that changes myocardial behavior to conditions that prevent myocardial ischemia, fibrillation, chest pain, and infarct enlargement.

  Another object of the present invention is to alter the sodium and calcium channel functions so that the polarity is alternating and the resulting magnetic field gradient inhibits sodium and calcium channel functions to varying degrees. And providing a magnetic device that changes the behavior of the myocardium. The degree of inhibition is related to the gradient and strength of the magnetic field. The gradient and magnetic field strength can be manipulated by this technique.

  It is a further object of the present invention to provide an apparatus for applying various magnetic fluxes to the human body in the heart region.

  It is a further object of the present invention to provide an apparatus for applying an instantaneous high magnetic flux designed to perform defibrillation of the human myocardium.

C. Magnetic therapy device and magnetostatic ballast (SMS-E) to control drug-resistant seizures and brain edema
Such an application of the present invention relates to a magnetic device for therapeutic application to the human body, and more particularly to an electromagnetic device for placement on both sides of a human head to suppress seizure occurrence and brain edema. It relates to a heavy quadrupolar treatment device.

  Seizure activity in the brain is a universal phenomenon. Clinical seizures are caused by ineffective excitation of brain neurons. This uncontrolled idiopathic release has a projection path to many parts of the brain and may lead to various clinical symptoms. These seizures are suppressed in many patients by anticonvulsants that act by changing ion channels. This agent raises the seizure threshold by stabilizing the permeability of the neuronal cell wall to ion flow. Many of these seizures are not adequately controlled by medication and other available modalities. A significant number of these seizures are resistant to any treatment modality. These patients are hospitalized with continued uncontrolled seizure activity. This symptom is called a status epilepticus and is a medical emergency requiring prompt treatment. Patients who have a status epilepticus develop cerebral hypoxia if not immediately suppressed, resulting in hypoxic ischemic brain damage. This is a life-threatening disorder, often resulting in severe brain damage or death. Because this disease is often untreatable with conventional drugs (drug-resistant status epilepticus), alternative therapies are needed to stabilize the abnormally responsive neurophysiological state of the neuronal cell wall .

  Accordingly, it is an object of the present invention to provide a device that changes the behavior of brain neurons to a state in which seizures are stopped by stopping abnormal electrical emission of neurons.

  Another object of the present invention is to provide a magnetic device that changes the behavior of brain neurons to a state that stops and suppresses drug-resistant seizures.

  Another object of the present invention is to provide a method for applying a "double head" therapeutic electromagnetic device to a human head to relieve seizures.

  A device with two magnetic flux head generators with opposite poles facing each other, four magnetic poles for each head, and changing polarity, increasing the magnetic field gradient, and the total energy applied to the brain is on the device It is a further object of the present invention to provide such an apparatus that is higher than the energy carried by a single head.

D. Magnetic therapy device to suppress pain and edema that persists due to severe burns, magnetostatic ballast for burns (SMS-B)
The present invention relates to a magnetic device for therapeutic application to the human body, and more particularly, a plurality of four-polar electromagnetic treatment devices for placement on the human body to suppress pain and edema that persist with severe burns About.

  Severe burns on the human body constitute a medical emergency. Shock derived from pain is a major problem. The shock that results from the decrease in blood volume is very difficult to suppress. Burned skin, especially grade 2 and grade 3 burns, allows fluids, electrolytes and proteins to leak out. These serious consequences associated with severe burns are related to the stimulation of pain fibers and the loss of cellular integrity. Current treatment consists of narcotic analgesics, water, electrolyte and protein replacement, and regulation of body temperature. These are means for maintaining the physical strength of the patient. There is a need for an adjunct therapy that reduces pain, restores membrane integrity, suppresses edema, and promotes healing.

  Accordingly, it is an object of the present invention to provide a device that promotes healing by altering the release of pain fibers, restoring membrane integrity, suppressing edema at the site of burns.

  Another object of the present invention is to change the permeability of cells damaged by burns so that the permeability of cells damaged by burns is less permeable to water, ions and proteins. It is to provide a magnetic device.

  Another object of the present invention is to provide a method of applying a therapeutic electromagnetic device to a human body after a severe burn.

  A device with three movable flux head generators (with magnetic flux and magnetic focus means to adjust the gradient and magnetic force), from 30 to 45 degrees on the surface of the bed containing the burn patient It is a further object of the present invention to provide a device that is made to be able to rotate on each side of the burn bed.

  Yet another object of the present invention is a device with four magnetic flux head generators mounted on a rotating bar to increase the magnetic field gradient and to reduce the total energy applied to the burned body. It is to provide a device with four magnetic poles for each head and a varying polarity to raise the degree.

E. Magnetic therapy device (SMS-D) to bring drug synergy
The present invention relates to a magnetic device for therapeutic application to the human body, and more particularly, for installation in the human body to inhibit various disease processes through the interaction of drugs and drug receptors. The present invention relates to a polar electromagnetic therapy apparatus.

  In today's society, pharmacological factors are widely used for various diseases, injuries, and infectious conditions. All drugs have many effects on living organisms. The main desired effect is referred to as a therapeutic effect, and the undesirable effect, not the main one, is referred to as a side effect. All drugs have side effects, many of which are dangerous and / or fatal. The effect of the drug is mediated by the interaction of the receptor with the agonist of the receptor.

  Accordingly, it is an object of the present invention to provide a device that alters receptor placement and / or drug receptor interaction. This effect may be that of an agonist or antagonist. That is, this interaction enhances or inhibits the effect of the drug and / or side effects.

  Yet another object of the present invention is to provide a magnetic flux device including an apparatus having four focal magnetic head generators mounted on a magnetic flux return ring. These are then surrounded by a magnetic flux return ring with a focal head at an angle of 90 degrees on each pole. The device can focus on any part of the human body, for example, the head, in order to enhance the therapeutic effect of certain drugs.

  Providing data showing enhanced efficacy of phenytoin for inhibition of drug-resistant seizures, enhancement of lidocaine for inhibition of C-fiber release, and inhibition of calcium channel activation in C-fibers by capsaicin. It is a further purpose.

F. Magnetic therapy device (SMS-S) to treat seizures and prevent cell death following hypoxic injury
Such an application of the present invention relates to a magnetic device for therapeutic application to the human body, and more particularly to apply a quadrilateral, steep three-dimensional magnetic flux field gradient to the human head. It relates to an electromagnetic dual quadrupole therapy device for installation on both sides.

  Cerebral ischemia, either local or global, means hypoperfusion of the entire brain. Ischemia occurs concomitantly with cerebral blood flow, which decreases locally or globally. Histologically selective neuronal necrosis may occur immediately after global ischemia, and after local ischemia, global necrosis occurs in the area of the affected artery. There may be a part that is awake. Progressive seizures are worsening after the first seizure and can last 48 to 96 hours. This phenomenon is likely related to a combination of the progression of thrombosis and progressive cell death.

  It is an object of the present invention to present mouse data demonstrating prevention of cell death in animals undergoing apparent ischemia that accompanies prolonged status epilepticus. Data will also be presented showing prevention of brain cell death that occurs after direct injection of toxic amino acids into the lateral ventricle.

  A further object of the present invention is to design clinical trials to prevent cell death and suppress edema in intracranial hemorrhage, stroke, and spinal cord injury.

G. Magnetic therapy device (SMS-O) to prevent edema and pain, promote post-surgical healing, and accelerate the healing rate of chronic non-healing wounds
After surgical treatment, pain, edema, hyperalgesia, coalescence rate, and scar formation can largely be treated only over time and waiting for a natural healing process. Wounds that do not heal or slow to heal are treated in a variety of ways, including high pressure oxygen. Wounds do not heal because of poor blood circulation.

  Therefore, it is possible to provide a device that creates a three-dimensional magnetic and steep flux field generator for therapeutic application in the post-surgical wound or chronic non-healing wound area of the human body This is the object of the present invention. The purpose is to promote blood flow to the wound, thereby reducing pain, edema and hyperalgesia, increasing the rate of healing, suppressing scar formation, and speeding up healing of chronic wounds.

H. Magnetic therapy apparatus according to the present invention for suppressing sickness and muddy formation of sickle cells in sickle cell disease. Sickle cell anemia is an amino acid sequence in the beta globin chain of adult type (A) hemoglobin. This happens because of an abnormality. This sickle action begins with low oxygen pressure and low pH. Sickle cells block capillaries, so infarctions occur frequently. An infarction causes abdominal pain and bone pain, and the size of the spleen gradually decreases. Current therapies are primarily provided for sudden onset. There is no known method effective to reduce the rate of chronic hemolysis or prevent sudden onset. The currently recommended treatment is red blood cell transfusion. Other treatments are good hydration, oxygen, analgesics, and in some cases corticosteroids. Many anti-sickle drugs are being evaluated, but nothing seems promising.

  Therefore, in order to suppress sickle formation of blood cells and to suppress the pain and mudification associated with the onset of sickle cells, a method using various four-polar three-dimensional magnetic field gradients according to the present invention, and sickle-like It is another object of the present invention to clarify the prophylactic use of the present invention in preventing cell onset.

  The above embodiments are merely provided as specific examples of the present invention, and do not limit the scope or purpose of the present invention.

SUMMARY OF THE INVENTION As embodied and broadly described herein, a therapeutic electromagnetic therapy device adapted to place at least four magnetic flux generating poles in accordance with the principles of the present invention is described herein. Can be applied for application to the animal or human body, as described in the various uses described. This device includes a plurality of electromagnetic bodies in each head to be applied, and has at least two positive magnetic poles, two negative magnetic poles, and four vertices of a quadrilateral in a substantially single plane. With poles oriented to determine, two anodes defining diagonal vertices, and two cathodes defining diagonal vertices, with each pole in the opposite Two charged magnetic poles are attracted by magnetism, and similarly charged magnetic poles repel each other by magnetism. Each of the electromagnetic poles includes a wire wound around a special iron core. This conductor will be contained in a conductive material (copper or aluminum). The magnetic core and the winding are supported by a coupling device and a confinement device for placing the magnetic core and the winding on the ferro-conductive magnetic flux return ring on the back surface away from the surface of the main body. This iron-conducting magnetic flux return ring is designed to return the magnetic flux by increasing its strength and gradient without changing the symmetry of the core charge and the three-dimensional steep magnetic flux field. The four magnetic poles of the magnetic flux generating head are equipped with a magnetic flux focusing ring that surrounds the DC electromagnetic coil on the outer circumference placed in the middle between the top and bottom of the magnetic flux core, with a width of approximately 2.5 inches (6.35 cm), The height is 0.5 inches (1.27 cm). A coupling device is provided for fixing the focus ring on the outer periphery of the coil. Coupled to the outer surface of the focus ring is an electromagnetic pole having the same polarity as the magnetic pole with which it is associated. They are connected in close proximity to each of the four magnetic poles according to the present invention, with the tops of the magnetic cores being directed to the geometrical sides of the magnetic poles so that the axes of the two magnets form an angle of 90 degrees. Yes. The focus magnet includes an iron pole, an iron container, and a copper wire coil. A power device is provided to energize these focusing magnets by means of a servo slave adjustment device to adjust the power with respect to the gradient and energy in the primary core. A confinement device is provided to keep the magnetic body in the desired arrangement, and a power device is provided to energize the primary electromagnetic body. The containment device, support device, energy supply device, and adjustment device of this aspect will be presented for various therapeutic purposes, along with data supporting this application.

A. Pain and edema As embodied and broadly described herein, there is provided a therapeutic electromagnetic therapy device adapted for placement on a living animal body in accordance with the principles of the present invention. ing. This device has at least two positive and two negative poles in a substantially single plane, poles oriented to determine the four vertices of the quadrilateral, and diagonal vertices. It includes a plurality of electromagnetic bodies having two defining anodes and two cathodes defining the opposite corners of the quadrilateral. Each magnetic pole attracts two oppositely charged magnetic poles by magnetism, and similarly charged magnetic poles repel each other by magnetism. In order to keep the magnetic poles of the electromagnetic body in the desired arrangement, a confinement device is provided along with magnetic flux return means, and a power device is provided to energize the electromagnetic body and to provide energy to the magnetic flux focusing device. .

  Preferably, the plurality of electromagnetic bodies includes four substantially identical electromagnets, two of which have anodes, two of them have cathodes, and all are single It is on a plane. Each of the four electromagnets generates a magnetic flux field when energized. In addition, the containment device may be a device that includes a magnetic flux return ring and a focus ring mounted on a support structure adapted to align four magnets to a live animal body. preferable. The support structure may include, for example, a treatment table or a treatment chair to which an electromagnet is movably attached.

  The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate presently preferred embodiments of the invention and, together with the description, serve to explain the principles of the invention.

B. Magnetic therapy device for magnetostatic stability of cardiac dysfunction (SMS-C)
As embodied and broadly described herein, a therapeutic electromagnetic therapy device is provided that is adapted for placement toward a living animal body in accordance with the principles of the present invention. This device has at least two positive and two negative poles in a substantially single plane, poles oriented to determine the four vertices of the quadrilateral, and diagonal vertices. It includes a plurality of electromagnetic bodies having two defining anodes and two cathodes defining the opposite corners of the quadrilateral. Each magnetic pole attracts two oppositely charged magnetic poles by magnetism, and similarly charged magnetic poles repel each other by magnetism. In order to keep the electromagnetic body in the desired configuration, a confinement device is provided and a power device is provided to energize the electromagnetic body. The confinement device and the power device are also for energizing the flux field and adjusting the size, gradient, and strength of the flux field.

  Preferably, the plurality of electromagnetic bodies includes four substantially identical electromagnets, two of which have anodes, two of them have cathodes, and all are single It is on a plane. Each of the four electromagnets generates a magnetic flux field when energized. Furthermore, the confinement device is preferably mounted on a support structure adapted for the four magnets to be arranged in a plane parallel to the surface of the confinement bed or treatment structure.

  The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate presently preferred embodiments of the invention and, together with the description, serve to explain the principles of the invention.

C. Magnetic therapy device and magnetostatic ballast (SMS-E) to control drug-resistant seizures and brain edema
As embodied and broadly described herein, therapeutic electromagnetic therapy tailored to place each of the two magnet heads on either side of the head of a living animal, in accordance with the principles of the present invention. A device is provided. This device has at least two positive and two negative poles in a substantially single plane, poles oriented to determine the four vertices of the quadrilateral, and diagonal vertices. Two anodes that define, and two cathodes that define the opposite corners of the quadrilateral, each pole being oppositely charged and the two oppositely charged poles attracted by magnetism and charged in the same way The magnetic poles include a plurality of electromagnetic bodies in each head having magnetic poles that repel each other due to magnetism. In order to keep the electromagnetic body in the desired configuration, a confinement device is provided and a power device is provided to energize the electromagnetic body. Support devices and power devices are provided for the magnetic flux management system, i.e., magnetic flux return ring, magnetic flux focusing ring, and magnetic flux focusing magnet.

  Preferably, the plurality of electromagnetic bodies of each head includes four substantially identical electromagnets, two of which have an anode, two of which have a cathode, and all of which On a single plane, each of the four electromagnets generates a magnetic flux field when energized. The confinement device was adjusted so that the four electromagnets were arranged so that the opposite magnetic poles would face each other, i.e., in a parallel plane facing the second 4-polar magnet head Preferably, it is placed on the support structure. This support structure may include a metal stand on a roller with a device to connect to the stand of a second 4-polar cluster (under or on the patient's bed). Absent.

  The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate presently preferred embodiments of the invention and, together with the description, serve to explain the principles of the invention.

D. Magnetic therapy device to suppress pain and edema that persists due to severe burns, magnetostatic ballast for burns (SMS-B)
As embodied and broadly described herein, at least four magnetic flux generations applied to rotate around a living animal in a 200 degree arc in accordance with the principles of the present invention A therapeutic electromagnetic therapy device is provided that is tailored to place a head. This device has at least two positive and two negative poles in a substantially single plane, poles oriented to determine the four vertices of the quadrilateral, and diagonal vertices. Two anodes that define, and two cathodes that define the opposite corners of the quadrilateral, each pole being oppositely charged and the two oppositely charged poles attracted by magnetism and charged in the same way The magnetic poles include a plurality of electromagnetic bodies in each head having magnetic poles that repel each other due to magnetism. In order to keep the electromagnetic body in the desired configuration, a confinement device is provided and a power device is provided to energize the electromagnetic body. Support devices and power devices are provided for the magnetic flux management system, i.e., magnetic flux return ring, magnetic flux focusing ring, and magnetic flux focusing magnet.

  Preferably, the plurality of electromagnetic bodies of each head includes four substantially identical electromagnets, two of which have an anode, two of which have a cathode, and all of which On a single plane, each of the four electromagnets generates a magnetic flux field when energized. Further, the confinement device is preferably mounted on a support structure that is adjusted so that four magnetic flux generating heads are arranged to rotate on a single support rod. The support structure may include a metal bar that includes the device for connection to the head and foot portions of the bed (under the patient's bed).

  The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate presently preferred embodiments of the invention and, together with the description, serve to explain the principles of the invention.

E. Magnetic therapy device (SMS-D) to bring drug synergy
As embodied and broadly described herein, a therapeutic electromagnetic therapy device is provided that is adapted to be placed toward the body of a living animal in accordance with the principles of the present invention. This device has at least two positive and two negative poles in a substantially single plane, poles oriented to determine the four vertices of the quadrilateral, and diagonal vertices. It has two anodes that define, and two cathodes that define the diagonal vertices of the quadrilateral, and each magnetic pole attracts two oppositely charged magnetic poles that attract each other in the same way The charged magnetic poles include a plurality of electromagnetic bodies that repel each other due to magnetism.

  Preferably, the plurality of electromagnetic bodies of each head includes four substantially identical electromagnets, two of which have an anode, two of which have a cathode, all in a single unit Each of the four electromagnets generates a magnetic flux field when energized. In addition, the containment device rests partially on a support structure that is tuned to arrange the electromagnets so that specific parts of the human body can be treated with a four-polar, three-dimensional magnetic flux field gradient. Preferably, the magnetic flux return ring and the magnetic flux focus ring are provided. Generation of the magnetic flux field changes the receptor arrangement and / or drug receptor interaction. This effect is that of an agonist, or antagonist, for which magnetic field pharmacological interactions enhance or inhibit the drug's effects and / or side effects.

F. Magnetic therapy device (SMS-S) to treat seizures and prevent cell death following hypoxic injury
As embodied and broadly described herein, therapeutic electromagnetic therapy tailored to place each of the two magnet heads on either side of the head of a living animal, in accordance with the principles of the present invention. A device is provided. This device has at least two positive and two negative poles in a substantially single plane, poles oriented to determine the four vertices of the quadrilateral, and diagonal vertices. Two anodes that define, and two cathodes that define the opposite corners of the quadrilateral, each pole being oppositely charged and the two oppositely charged poles attracted by magnetism and charged in the same way The magnetic poles include a plurality of electromagnetic bodies in each head having magnetic poles that repel each other due to magnetism. In order to keep the electromagnetic body in the desired configuration, a confinement device is provided and a power device is provided to energize the electromagnetic body. Support devices and power devices are provided for the magnetic flux management system, i.e., magnetic flux return ring, magnetic flux focusing ring, and magnetic flux focusing magnet.

  Preferably, the plurality of electromagnetic bodies of each head includes four substantially identical electromagnets, two of which have an anode, two of which have a cathode, and all of which On a single plane, each of the four electromagnets generates a magnetic flux field when energized. The confinement device was adjusted so that the four electromagnets were arranged so that the opposite magnetic poles would face each other, i.e., in a parallel plane facing the second 4-polar magnet head Preferably, it is placed on the support structure. This support structure may include a metal stand on a roller with a device to connect to the stand of a second 4-polar cluster (under or on the patient's bed). Absent.

  The magnetic flux field according to the present invention described herein is applied to the human head and / or spinal cord to produce hypoxic and ischemic with ongoing seizures or associated defects. Prevent cell death from brain attacks.

  The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate presently preferred embodiments of the invention and, together with the description, serve to explain the principles of the invention.

G. Magnetic therapy device (SMS-O) to prevent edema and pain, promote post-surgical healing, and accelerate the healing rate of chronic non-healing wounds
As embodied and broadly described herein, a therapeutic electromagnetic therapy device is provided that is adapted to be placed toward the body of a living animal in accordance with the principles of the present invention. This device has at least two positive and two negative poles in a substantially single plane, poles oriented to determine the four vertices of the quadrilateral, and diagonal vertices. It has two anodes that define, and two cathodes that define the diagonal vertices of the quadrilateral, and each magnetic pole attracts two oppositely charged magnetic poles that attract each other in the same way The charged magnetic poles include a plurality of electromagnetic bodies that repel each other due to magnetism.

  Preferably, the plurality of electromagnetic bodies of each head includes four substantially identical electromagnets, two of which have an anode, two of which have a cathode, all in a single unit Each of the four electromagnets generates a magnetic flux field when energized. In addition, the containment device rests partially on a support structure that is tuned to arrange the electromagnets so that specific parts of the human body can be treated with a four-polar, three-dimensional magnetic flux field gradient. Preferably, the magnetic flux return ring, the magnetic flux focusing ring, and the magnetic flux focusing magnet. When applied to seizure areas on the animal or human body, the magnetic flux field suppresses edema and pain and promotes healing after surgical procedures. It also promotes healing of chronic non-fusion wounds.

H. Magnetic therapy device (SMS-SC) according to the present invention for suppressing pain and muddy formation of sickle cells in sickle cell disease
As embodied and broadly described herein, a therapeutic electromagnetic therapy device is provided that is adapted to be placed toward the body of a living animal in accordance with the principles of the present invention. This device has at least two positive and two negative poles in a substantially single plane, poles oriented to determine the four vertices of the quadrilateral, and diagonal vertices. It has two anodes that define, and two cathodes that define the diagonal vertices of the quadrilateral, and each magnetic pole attracts two oppositely charged magnetic poles that attract each other in the same way The charged magnetic poles include a plurality of electromagnetic bodies that repel each other due to magnetism.

  Preferably, the plurality of electromagnetic bodies of each head includes four substantially identical electromagnets, two electromagnets having an anode, two electromagnets having a cathode, all on a single plane. Yes, each of the four electromagnets generates a magnetic flux field when energized. Furthermore, the confinement device is supported in part by arranging the electromagnets so that specific parts of the human body can be treated by one or more four polarities and a three-dimensional magnetic flux field gradient head Preferably, a flux return ring and flux focus ring and four focus magnets are placed on the body. A preferred embodiment includes three or more magnetic field gradient heads in a support device such as a table or bed. The position of the head is adjusted by a controller beside the bed so that they are located in the painful area of the patient who develops sickle cells. The device can also be used prophylactically at a twice-daily pace to prevent sickling attacks.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the presently preferred embodiments of the invention, examples of which are illustrated in the accompanying drawings. Throughout the drawings, similar reference characters are used to designate each similar element in the embodiments.

A. Pain and swelling (SMS-P)
The electromagnetic therapy device of the present invention is illustrated schematically in FIG. The treatment device 10 includes a magnetic flux generator 12 and a power source 14. In accordance with the present invention, the magnetic flux generator 12 comprises a plurality of electromagnetic bodies having at least four magnetic poles substantially in a single plane, the magnetic poles being oriented to define four vertices of a quadrilateral shape. . Preferably, the four magnetic poles comprise two anodes and two cathodes, the two anodes define opposite diagonal vertices, and the two cathodes define the opposite diagonal vertices of the quadrilateral shape. Each of the magnetic poles is magnetically attracted to two oppositely charged poles and is magnetically repelled by similar charged poles. The confinement means holds the magnetic poles in the configuration described above. Attached to the containment means are three (3) important functional components that change. The flux return ring 16a is attached to the bottom of the four electromagnetic heads described and this ring enhances the flux field and controls not only stray flux from the opposite pole, but also unwanted stray induced current. The flux focusing ring 16 is placed around the flux head adjacent to the insulated wire coil, which is about 2.5 inches (6.35 cm) wide and 1/4 to 1/2 inches (6. 35 cm-12.7 cm). The attachment means holds the focus ring in the proper place for maximum benefit. Attached to the flux focusing ring are focusing coils 18a, 20a, 22a and 24a. These focus coils are mounted on a flux focus ring proximate to a similarly charged head at an angle of 45 ° to 90 ° to the long axis of the main flux pole. In this position, the flux focusing coil, along with the focus ring, flux return ring, and the novel iron core of the present invention, makes the gradient more steep, increases the field strength, and reduces the healing and stray high currents. The flux return ring and flux focus ring are grounded to reduce stray induced currents and the variables they add to the therapeutic field.

  As realized herein and represented schematically in FIGS. 1 and 2, the flux generator 12 is held on top of four confining structures 18, 20, 22 and 24. The containment structure may comprise a mounting plate, casing, or any other structure that holds the electromagnetic bodies 18, 20, 22 and 24 in the desired configuration. In the preferred embodiment, electromagnetic bodies 18 and 22 each form a negative magnetic pole, while electromagnetic bodies 20 and 24 form a positive magnetic pole. The positive and negative magnetic poles of the magnetic bodies 18, 20, 22, and 24 are substantially aligned in a single plane and oriented in a quadrilateral configuration, the anodes are oriented diagonally opposite one another, and the cathodes are They face each other diagonally. The electromagnetic bodies 18, 20, 22 and 24 preferably comprise electromagnetic heads as best shown in FIGS. Each electromagnetic head includes a conductor wire 26 wound around a cast iron core 28. The wire 26 may be composed of any conductive material such as copper or aluminum, for example. For example, FIG. 3 shows that a # 22 copper wire is rotated 3200 times, a 5 inch (12.7) with a 2 inch (5.08 cm) core 28 and a 1.5 inch (3.81 cm) coil space. A suitable electromagnet made with an outer diameter of centimeters) and coated with an insulator 29 is shown. As illustrated in FIG. 2, the coils 19, 21, 23, and 25 of the electromagnetic heads 18, 20, 22, and 24 are connected to a power source by wires 30 and 32, respectively.

  The conductor wire 26 is wound around a porous cast iron core 28 so that the magnetic flux is centered on the geometric center of the iron core. The current flow in the electrical conductor radiates magnetic flux perpendicular to the current flow. Thus, the magnetic flux is centered in the heart. Therefore, it is preferable that the heart is circular.

  In accordance with the present invention depicted in FIG. 4, power means for magnetically energizing the electromagnetic bodies are provided so that each of the energized electromagnetic bodies can create a magnetic flux field. As embodied herein, the power supply 14 includes a controller 34, a DC generator 36, and an AC power supply 38. The direct current generator 36 is preferably powered by an alternating current motor such as a 220 amp AC motor. The generator 36 is preferably capable of producing a 30 amp, 120 volt DC current. The control device 34 includes an on / off power switch 40 for controlling the direct current to the magnetic flux generator 12. The controller 34 also includes a voltmeter 42 and an ammeter 44 to monitor the power and current supplied to the magnetic flux generator 12 by the DC generator 36. Fuses 46 and 48 protect the magnetic flux generator 12 from power surges. The fuses 46 and 48 may be, for example, 30 amp electrical fuses. The adjusting resistor 50 enables adjustment of the direct current supplied to the magnetic flux generator 12 at any specified time. Rheostat 50 is preferably embodied as any conventional rheostat having a capacity of 50 amps and 120 volts. As illustrated in FIGS. 1 and 2, each of the magnetic heads 18, 20, 22 and 24 may be electrically connected to the power controller 34 by a single set of wires 30 and 32. Each of the magnetic heads 18, 20, 22 and 24 is preferably individually adjusted so that a symmetrical magnetic force is balanced among all the heads. Each magnetic treatment head is expected to be alternately and individually connected to one of the four rheostats in the controller 34 so that the current supplied to each individual treatment head can be individually adjusted. .

  The electromagnetic coils 19 and 23 of the electromagnetic heads 18 and 22 and the electromagnetic coils 21 and 25 of the electromagnetic heads 20 and 24 are arranged so that the heads 18 and 22 have an opposite magnetic flux field from the magnetic flux field generated by the heads 20 and 24. It is preferably connected to a DC generator to produce. As can be seen in FIG. 2, coils 19 and 23 are connected to a DC power source so that a negative magnetic field can be created, while coils 21 and 25 are opposite so that a positive magnetic field can be created. Connected to DC power supply. In alternative embodiments of the invention, the electromagnetic coils 19, 21, 23, and 25 may be connected to a DC power source such that each head creates a positive magnetic field, a negative magnetic field, or a combination thereof.

  In accordance with the present invention, the therapeutic electromagnetic therapy device of the present invention may be mounted on a support structure adapted to align four electromagnets with respect to the body of a living animal. As embodied herein, the support structure may comprise a bench, table, bed, chair, or other similar assembly. FIG. 5 shows an elongated treatment table support structure 62 having a magnetic flux generator 12 attached to its bottom surface. The magnetic flux generator 12 is preferably powered by a power source (not shown) such as that described above. The magnetic flux generator 12 moves laterally along the bottom surface of the table 62 on the rails 64 and 65. The flux generator 12 is moved manually or by a power driven actuating mechanism 58 so that it is aligned with the desired part of the human or animal body to which the flux is to be applied. A magnetic flux field is created by each of the electromagnetic heads on the flux generator 12 when the electromagnetic head is energized. The magnetic flux field created by the electromagnetic head in this way spreads over the two-dimensional surface 60 at the top of the table 62 so that the magnetic flux strikes the body on the table surface.

  The therapeutic electromagnetic treatment device of the present invention may otherwise be supported by a chair structure as shown in FIG. The chair 162 includes a pedestal surface 164 and a vertical rear support surface (not shown) and the magnetic flux generator 12. The flux generator 12 moves vertically on rails 66 and 68 in the cavity behind the chair 162. The magnetic flux generator 12 is powered by a power source (not shown) such as that described above. The power source may be built into the bottom of the chair 162 or may comprise a separate device. The magnetic flux generator 12 may be mounted for manual vertical movement within the chair 162 or for automatic movement by the power driven actuation mechanism 70.

  The electromagnetic therapy device of the present invention has been beneficially applied to the human body to reduce pain, reduce fatigue, and improve blood circulation. Several case histories are described below.

Case 1
A 73 year old woman with a 14 year history of severe rheumatoid arthritis of the neck, thorax, and lumbar spine with progressive pain, stiffness, and reduced mobility is shown. She needed assistance to walk around.

  Examination revealed reduced breathing secondary to pain in the thoracic radicules and reduced range of motion on the neck, shoulders and both hands and feet. Both knees are sore and swollen and inflamed.

  From his medical history, it was clear that she had done a complete right knee replacement four years ago. She is currently being evaluated for left full knee replacement. She was on non-steroidal, anti-inflammatory medication, and her symptoms were minimized.

  Treatment with a localized quadrupole permanent magnetic device as described in Serial No. 07 / 171,837 was initiated, and excellent pain suppression was reported. The swelling in both knees was reduced and the inflammation disappeared. She continued to receive non-steroidal anti-inflammatory medications associated with magnetic therapy. When she experienced an exacerbation of symptoms in a thoracic region with radiculopathy, her symptoms were excellently suppressed for two and a half years.

  The therapy was started at her home using an electromagnetic therapy device installed in the reclining chair illustrated in FIG. The pain relieved within minutes after the start of treatment. Within 24 hours of treatment, a significant range of movements in the rib cage spine, shoulders, and neck returned. Within one week of treatment, she gained a full range of movements in the limbs and improvement was sustained.

  She continued to receive treatment using an electromagnetic device 3-4 times a day, 30-45 minutes per treatment for 4 months. She reports that she feels no pain, walks well without assistance, and has no joint swelling or inflammation.

Case 2
A 54-year-old woman with a 10-month history of acute disc herniation with spinal contusion, surgical intervention, and resulting cord ischemia is shown. She suffered from secondary left thoracic radiculopathy and maintained pain syndrome with sympathetic nerves.

  Physical examination revealed side waning secondary to muscle spasms. She was undergoing pain medication therapy but had little relief. She walked only with assistance and was unable to continue her normal daily activities.

  Treatment with a local permanent magnetic device described in US patent application Ser. No. 07 / 171,837 has begun. She reported a 40% to 60% pain reduction over 6 months. She resumed some everyday activities. She was evaluated for the possibility of a neurosurgical intervention for the remaining pain. A dorsal root entry zone procedure was performed to relieve root and sympathetic pain on the nerve distribution in the left rib cage 9,10,11.

  During the surgical procedure, the motor path was clearly inadvertently overheated, resulting in paralysis at the lower left quadrant, including the lower left abdomen, buttocks, pelvis and legs. She lost control of bowel and bladder function. After the post-operative edema, she gained minimal return of left lower quadrant function and bowel and bladder function.

  She was discharged, but had little hope of recovery. Physical therapy was initiated in conjunction with treatment using an electromagnetic treatment device installed in the bed illustrated in FIG.

  She gradually improved, reduced pain, increased exercise intensity, and regained full control of bowel and bladder function.

  She was treated for 1 to 4 hours daily for about 5 months. When the treatment of the electromagnetic device is interrupted for more than 48 hours, she experiences an acute exacerbation of symptoms, pain increases, muscle strength and spasticity on the left side of the abdominal muscles of the buttocks flexor, flexor on the back of the foot, Reduced suppression of physical function.

Case 3
A 55-year-old woman with a two-year history of severe causalgia in thorax 9, 10, and 11 with thoracic sympathetic nerve pain in the left root is shown.

  MRI, CT and EMG were negative. She received multipharmacological therapy with anesthetics, non-anesthetic pain medications, steroids, non-steroidal anti-inflammatory drugs, and others, but the pain was hardly alleviated.

  Treatment with a local quadrupole permanent magnetic device as described in US patent application Ser. No. 07 / 171,837 associated with an electromagnetic therapy device placed on a table has begun. The device was worn continuously. She received electromagnetic therapy on average 4 times a week for 4 months, 30 minutes to 1 hour.

  She reports variable pain reduction of 50% to 90% after treatment with electromagnetic devices. Her intensity of pain worsens after 36 to 48 hours of no electromagnetic therapy. She estimates the overall pain reduction as 40%.

Case 4
A 67-year-old man with a 20-year history of osteoarthritis of the lumbar sacral spine and feet with severe pain in the progressive legs and lower back is shown. His work history revealed that his work required him to stand on a concrete floor for 8 to 10 hours a day. The therapy was started at his home using an electromagnetic therapy device installed in a reclining chair as illustrated in FIG. He was treated once a day, at night, for 30 minutes to an hour. The pain was relieved after the first treatment and the relief was sustained. He reported daily treatment for two months and no pain relapse.

Case 5
A 48-year-old man with a history of severe atherosclerosis, coronary artery bypass grafting, and stroke, with painful, cold, earthy legs and legs.

  Physical examination revealed a good pulse but insufficient and poor vascular circulation in the lower limbs. The patient was treated for 30 minutes on the lower back of the posterior surface using the electromagnetic device shown in FIG. After about 3 minutes, the patient experienced an improvement in foot and leg color, warming, and warmth sensation. This sensation continued to improve as color and warmth returned brilliantly 30 minutes after treatment. These improvements lasted about 4 hours, with longer periods of additional treatment.

Case 6
A 63-year-old white male with a 5-year history of cold legs with sensory abnormalities due to burns of the feet was shown. He was a heavy smoker. In the trial, he had no neurological deficits and the dorsal artery and posterior leg pulse were reasonably superior. He showed a significant decrease with less tube circulation. The patient's lumbosacral region was placed on the electromagnetic device shown in FIG. 5 for about 30 minutes. The patient experienced sensory abnormalities due to burns and a complete reversal of foot warming. This improvement lasted for 3 to 4 hours, and the effect was extended with repeated treatments.

  The beneficial effects of the electromagnetic therapy device of the present invention are caused, at least in part, by quadrupoles, alternating, central charging, symmetrical, static magnetic fields that impact the cell walls of the cells. The steep slopes of these fields cause the cell wall lipoprotein substrate to polarize so that the sodium and calcium pathways are blocked to block the flux of these ions. The impedance of the ionic flux prevents the pacemaker effect of the damaged or damaged nerve cell wall membrane (ie prevents the onset of sudden polarization). When adjusting the sudden depolarization of neurons, the following occurs: (1) Suppression of pain, and (2) expansion of peripheral blood vessels by suppressing excessive outflow of sympathetic nerves to the nervous ducts. Suppression of sympathetic nerve burning causes vasodilation. The effects of blocking the calcium pathway caused inhibition of local dilation, resulting in local dilation of the smooth muscle of the duct and thus improved blood flow. Part of the pain relief may be the result of improved blood flow.

  In a preferred embodiment, a therapeutic electromagnetic therapy device adapted for placement relative to the body of a living animal comprises: A plurality of electromagnetic bodies having at least four magnetic poles in a substantially single plane, and each of the magnetic poles applies a magnetic field strength to the other three poles when the poles are electrically charged Ferromagnetic focus comprising a pole oriented to define the four vertices of the shape and a ferroconductor metal ring and electromagnet of the same polarity as the pole attached to the focus ring adjacent to the four poles of the quadrupole shape Along with the ring, confinement of a ferroconductor flux return ring that is bolted to the end of the pole away from animals or humans, confinement means to hold the magnetic pole of the magnetic material in that orientation, and magnetically energize the electromagnetic material Power means. Each energized electromagnetic body creates a magnetic flux field. Furthermore, the four magnetic poles, when energized, together create a magnetic field with three dimensional gradients and have a magnetic flux generator head.

  Further embodiments include the therapeutic electromagnetic therapy device described above, where the four magnetic poles comprise two anodes and two cathodes, the two anodes defining opposite diagonal vertices. The two cathodes define opposite diagonal vertices of the quadrilateral shape, and each of the magnetic poles is attracted by two oppositely charged poles and is magnetically repelled by similar charged poles.

  Further, the plurality of electromagnetic bodies comprises four substantially identical electromagnets, two of the electromagnets having a positive magnetic pole in a substantially single plane, and two of the electromagnets are The therapeutic electromagnetic described above, substantially having a negative magnetic pole in a single plane, each of the four electromagnets creating a magnetic flux field when energized by the power means Therapeutic device.

  The therapeutic electromagnetic treatment apparatus described above is also embodied, and each of the four electromagnets includes a cast iron core that is electrically wound with a conductor wire.

  Further, the electrically conductive wires of the therapeutic electromagnetic therapy device may be copper or aluminum wires.

  Furthermore, the quadrilateral shape of the therapeutic electromagnetic treatment device may be a parallelogram shape.

  Further, the shape of the parallelogram may be a rectangular shape or a square shape.

  Further, the power means of the therapeutic electromagnetic therapy device may comprise a direct current generator, and the power means can be electrically connected to each of the four electromagnets.

  The therapeutic electromagnetic therapy device is a power control means for controlling the amount of electric power applied to each of the four electromagnets so that the magnetic flux field created by each of the four electromagnets can be adjusted. Also equipped.

  In a preferred embodiment, the therapeutic electromagnetic therapy device can be mounted on a support structure adapted to align the four electromagnets with the body of a living animal.

  The support structure of the therapeutic electromagnetic therapy device is an elongated planar platform having a first two-dimensional surface, with the first two-dimensional surface of the platform having four electromagnets on its back A platform adapted to support the body of a living animal, a containment means mounted so that it can be moved to a planar platform for movable alignment with selected parts of the live animal, and four electromagnets It also includes a magnetic flux field created by each of the four electromagnets that spread on the first two-dimensional surface of the platform when energized by the power means.

  Furthermore, the planar platform of the therapeutic electromagnetic therapy device may have a cavity in which the containment means can be moved. Also, the planar platform of the therapeutic electromagnetic therapy device may have a second two-dimensional surface facing the first surface, and the containment means is mounted for movement on the second two-dimensional surface. .

  The support structure of the therapeutic electromagnetic therapy device is a chair having a substantially horizontal pedestal surface and a substantially vertical back support surface, the pedestal support surface and the back support surface having four support surfaces. An electromagnet is mounted so that it can be moved to the chair for movable alignment with a chair adapted to support the body of a living animal placed against it and a selected part of the body of the living animal It may comprise a containment means and a magnetic flux field created by each of the four electromagnets extending from a substantially vertical back support surface when the electromagnet is energized by the power means.

  The chair of a therapeutic electromagnetic therapy device may have a vertically extending cavity behind a vertical back surface, and a containment means is attached for vertical movement within the cavity.

  Furthermore, the therapeutic electromagnetic therapy device may further comprise electrically powered means for moving the containment means vertically and horizontally within the vertically extending cavity.

  Further, in a preferred embodiment, a method of deploying a therapeutically electromagnetic treatment device to a human body to relieve pain may include the following steps. Assembling at least one group of electromagnetic bodies having at least two positive magnetic poles substantially in a single plane and having at least two negative magnetic poles in a substantially single plane; Directing two anodes and two cathodes of a plurality of magnetic bodies in a single plane so as to define four vertices of the shape, opposite diagonals of the two cathodes, the two anodes defining opposing ellipses of rectangular shape Each of the magnetic bodies is magnetic, the step of fixing the orientation of the plurality of magnetic bodies of the single confined body, the step of selecting and arranging the confined body at an arbitrary position with respect to the human body, Energizing the magnetic body with electric power to create a magnetic field.

  Further, a method of therapeutically placing an electromagnetic therapy device relative to the human body to improve blood circulation includes the following steps. Assembling at least one group of electromagnetic bodies having at least two positive poles substantially in a single plane and having at least two negative poles substantially in a single plane; In a plane, two anodes and two cathodes of a plurality of magnetic bodies are oriented to define four vertices of a rectangular shape, the two anodes define diagonal vertices facing each other, and the two cathodes have a rectangular shape. Defining opposing vertices, fixing the orientation of multiple magnetic bodies within a single confinement body, and selecting the confinement body at an arbitrary position relative to the human body on a region that causes pain sensation Arranging and energizing the magnetic body with electric power so that each of the magnetic bodies creates a magnetic flux field.

  It will be apparent to those skilled in the art that modifications and variations can be made in the electromagnetic therapy device and the method for applying the electromagnetic therapy device of the present invention. Accordingly, in its broadest aspects, the invention is not limited to the specific details, representative methods and apparatus, and illustrative examples shown and described above. Accordingly, all matter set forth in the foregoing description or illustrated in the accompanying drawings is to be interpreted in an illustrative rather than a restrictive sense.

B. Magnetic Therapy Device for Cardiac Dysfunction Static Magnetic Stabilizer-(SMS-C)
The electromagnetic flux generator head and circuit of the present invention is illustrated schematically in FIG. The treatment device 10 includes a magnetic flux generator 12 and a power source 14. In accordance with the present invention, the magnetic flux generator 12 comprises a plurality of electromagnetic bodies having at least four magnetic poles in substantially a single plane, the magnetic poles being oriented to define four vertices of a quadrilateral shape. . Preferably, the four magnetic poles comprise two anodes and two cathodes, the two anodes defining opposite diagonal vertices and the two cathodes defining opposite shapes. Each of the magnetic poles is magnetically attracted to two oppositely charged poles and is magnetically repelled by the similarly charged poles. The confinement means holds the magnetic pole of the magnetic material in the configuration described above.

  As embodied herein and represented schematically in FIG. 2, the magnetic flux generator 12 comprises four substantially identical electromagnetic bodies 18, 20, 22, and 24 on a containment structure. The containment structure may comprise a mounting plate, a flux return ring (made from a ferroconductor), a casing, or any other structure that holds the electromagnetic bodies 18, 20, 22 and 24 in the desired configuration. is there. The structure is then held in place for proper alignment of the field and best covers the area of the myocardium, as shown in FIG. In the preferred embodiment, electromagnetic bodies 18 and 22 each form a negative magnetic pole, while electromagnetic bodies 20 and 24 each form a positive magnetic pole. The positive and negative magnetic poles of the magnetic bodies 18, 20, 22, and 24 are substantially aligned in a single plane and oriented in a quadrilateral configuration, the anodes are diagonally opposite one another, and the cathodes are opposite one another. Facing at the corner. The electromagnetic bodies 18, 20, 22 and 24 preferably comprise electromagnetic heads, as best shown in FIGS. Each electromagnetic head includes a conductor wire 26 that is wrapped around a cast iron case 28. The wire 26 may be composed of any conductive material such as copper or aluminum. For example, FIG. 3 has a 2 inch (5.08 centimeter) central core 28, a 1.5 inch (3.81 centimeter) coil space with 3200 turns of # 22 copper wire, 5 Figure 3 shows a suitable electromagnet made using an inch outside diameter. As shown in FIG. 2, the coils 19, 21, 23 and 25 of the electromagnetic heads 18, 20, 22 and 24, respectively, are connected to a power source by wires 30 and 32, respectively. The conductor wire 26 is wound around a porous cast iron core (or laminated steel) 28 so that the magnetic flux is centered on the geometric center of the iron core. The current flow in the electrical conductor radiates the magnetic side at right angles to the current flow. Therefore, it is preferable that the heart is circular. Attached to the containment means are three (3) important functional change components of the technology. The flux return ring 16a is attached to the bottom of the four electromagnetic heads described and this ring strengthens the flux field and controls not only the stray flux from the opposite pole, but also the unwanted stray induced current. The flux focusing ring 16 is placed around the flux head adjacent to the insulated wire coil, which is approximately 2.5 inches (6.35 cm) wide and 1/4 to 1/2 inches (6 inches) thick. .35 mm-12.7 mm). The attachment means holds the focus ring in place for maximum benefit. Attached to the flux focusing ring are focusing coils 18a, 20a, 22a and 24a. These focus coils are attached to the flux focus ring at an angle of 45 ° to 90 ° with respect to the main flux pole, close to a similarly charged head. In this position, the flux focusing coil, along with the focus ring, flux return ring, and new iron core of the present invention, make the gradient steeper, further increase the field strength, and reduce the healing and stray high currents. The flux return ring and flux focus ring are grounded to reduce stray induced currents and the variables they add to the therapeutic magnetic field.

  In accordance with the present invention, power means for magnetically energizing the electromagnetic bodies are provided such that the energized electromagnetic bodies can each create a magnetic flux field. As implemented herein, the power supply 14 includes a controller 34, a direct current generator 36, and an alternating current power supply 38. The DC generator 36 is preferably a bridge rectifier and a series of filters. Preferably, the alternating current to the power source 38 is a 120 volt AC power source. The direct current generator 36 is preferably capable of producing a 30 amp, 120 volt DC current. Furthermore, it is also preferred that the capacitor 51 can store a DC current of 8000 volts when the switch 53 is closed as in FIG. An auxiliary requirement of the present invention is that the pulse discharge switch 52 depresses the switch and thereby discharges the capacitor voltage into the flux generator 12, thereby depolarizing the myocardium and consequently the heart. The discharge circuit can be closed through the poles b and c when the fibrillation is stopped. When the switch 52 is depressed, the switch pole a opens, thus interrupting the circuit through ab. It is a further requirement of the present invention that the circuit be closed through poles ab when the discharge switch 52 is not depressed. The controller 34 includes an on / off power switch 40 to control the flow of direct current (battery grade) to the magnetic flux generator 12. The controller 34 also includes a voltmeter 42 and an ammeter 44 for monitoring the power and current supplied by the direct current generator 36 to the magnetic flux generator 12. Fuses 46 and 48 protect the magnetic flux generator 12 from power surges. The adjusting resistor 50 allows adjustment of the direct current supplied to the magnetic flux generator 12 at any specified time. The rectifying resistor 50 is preferably embodied as a conventional rectifying resistor having a capacity of 50 amps and 120 volts. As illustrated in FIGS. 1 and 2, each of the magnetic heads 18, 20, 22, and 24 may be electrically connected to the power controller 34 by a single set of wires 30 and 32. Preferably, each of the magnetic poles 18, 20, 22, and 24 that make up the flux generator head is individually adjusted so that the symmetrical magnetic force is balanced among all the heads. Each of the four therapy resistors 34 in the controller 34 is such that the current supplied to each of the four individual therapy heads or poles can be individually adjusted by a computer driven servomechanism. It is expected to be individually connected to one of these.

  The electromagnetic coils 19 and 23 of the electromagnetic heads 18 and 22 and the electromagnetic coils 21 and 25 of the electromagnetic heads 20 and 24 have a magnetic flux field on the opposite side from the magnetic magnetic field generated by the heads 20 and 24. It is preferably connected to a DC generator to generate. As can be seen in FIG. 2, coils 19 and 23 are connected to a DC power source to create a negative magnetic field, while coils 21 and 25 are connected to a DC power source to create a positive magnetic field. . In an alternative embodiment of the invention, the electromagnetic coils 19, 21, 23 and 25 are connected to a DC power source such that each creates a positive magnetic field, a negative magnetic field, or a combination thereof.

  In accordance with the present invention, the therapeutic electromagnetic therapy device of the present invention may be mounted on a support structure adapted to align four electromagnets with respect to the body of a living animal. As embodied herein, the support structure may comprise a treatment table, bed, or other similar assembly. FIG. 5 shows an elongated treatment table support structure 62 on which the magnetic flux generator 12 of the present invention is attached to its bottom surface. A similar embodiment of the present invention is applied to a hospital intensive care unit bed as an alternative embodiment of the present invention. The magnetic flux generator 12 is preferably powered by a power source illustrated in FIG. 8 (not shown) as described above. The magnetic flux generator 12 moves laterally along the bottom surface of the platform 62 on the rails 64 and 65. The flux generator 12 may be operated manually or by power driven actuation so that the flux generator 12 is in line with the desired portion of the human body to which pulsed or steady state flux is to be applied. It may be moved by the mechanism 58. A magnetic flux field is created by each of the electromagnetic heads on the flux generator 12 when the electromagnetic head is energized. The magnetic flux field thus created by the electromagnetic head is the top of the table 62 so that the magnetic flux strikes the body on the table surface and places a very steep three-dimensional field gradient on the tissue being treated. Spread over the two-dimensional surface 60.

  The therapeutic electromagnetic therapy device of the present invention is otherwise supported by a number of different support means to allow portability.

  In a preferred embodiment, a therapeutic electromagnetic therapy device adapted for placement relative to the body of a living animal comprises: A plurality of electromagnetic bodies having at least four electrodes in a single plane and magnetic poles oriented to define four vertices of a quadrilateral shape, each of the magnetic poles being electrically charged With a ferromagnetic focus ring, which includes a magnetic pole that sometimes magnetizes the other three poles, and an electromagnet of the same polarity as the pole attached to the ferroconductor metal ring and the focus ring adjacent to the quadrilateral four poles, To confine the ferroconductor flux return ring bolted to the end of the pole away from the animal or human body, confinement means to hold the magnetic pole in that orientation, and to magnetically energize the electromagnetic body Power means, wherein the energized electromagnetic bodies each generate a magnetic flux field. In addition, the four poles, when energized, together create a flux field with a steep three-dimensional gradient and are equipped with a flux generator head.

  A further embodiment further comprises a therapeutic electromagnetic therapy device as described above, wherein the magnetic flux generator head is adapted for the myocardium as the quadrupole magnetic flux changes intensity from steady state to high voltage pulse capacitor discharge. Supported by the support means as applied to the body region. This discharge is applied to stop fibrillation of the myocardium and prevent recurrent fibrillation, pain, and coronary spasm.

  In a preferred embodiment, the four magnetic poles of the magnetic flux generator head of the therapeutic electromagnetic therapy device have two anodes defining opposite diagonal vertices and two opposite diagonal vertices of a quadrilateral shape. It contains two cathodes, each of which is an oppositely charged pole and is repelled by a magnetically similar strip electrode.

  Further, the plurality of electromagnetic bodies of the therapeutic electromagnetic therapy device may comprise four substantially identical electromagnets, two of which are positive in a substantially single plane. Two of the electromagnets have one negative pole in a substantially single plane, and each of the four electromagnets, when energized by power means, has a magnetic flux field. To produce.

  Further, each of the four electromagnets of the therapeutic electromagnetic therapy device may comprise a cast iron core around which an electrically conductive wire is wound, and the wire may be a copper wire or an aluminum wire. .

  In a preferred embodiment of the therapeutic therapeutic electromagnetic treatment device, the quadrilateral shape is a parallelogram shape, a rectangular shape or a square shape.

  Further, the therapeutic power device for the electromagnetic therapy device may comprise a direct current generator, the power means being electrically connected to each of the four electromagnets of a single magnetic flux generator head. There is.

  Another embodiment of a therapeutic electromagnetic therapy device is further provided for each of the four electromagnets so that the magnetic flux field created by each of the four electromagnets in the flux generator head can be adjusted. There may be provided a power control means for controlling the amount of power.

  In addition, the confinement means of the therapeutic electromagnetic therapy device has four electromagnetic flux generator heads in the appropriate orientation in the treatment structure so that the myocardium can properly accept the desired flux field. It may be mounted on a support structure that is adapted to align.

  Further, the support structure of the therapeutic electromagnetic therapy device may comprise a mounting means for the support of the magnetic flux generator head in the hospital intensive care unit, the hospital bed supporting the body of a living animal This is because the magnetic flux field created by the four electromagnets of the magnetic flux generator head causes the human or animal to energize about 200 millitesla with a steep three-dimensional field gradient when the electromagnet is energized by the power means. Expose to.

  Furthermore, in a further embodiment of the present invention, a therapeutic electromagnetic therapy device is placed at the chest and myocardium tightly, with myocardial fissure fractures such as arrhythmia, chest pain, and decreased myocardial blood flow. A method for controlling a pathological process may include the following steps. That is, assembling at least one group of electromagnetic bodies having at least two positive poles substantially within a single plane within each group and having at least two negative poles substantially within a single plane. Steps of two or more magnetic bodies in a single plane so as to define four vertices of a rectangle, two anodes defining opposite vertices and two cathodes defining opposite vertices of a rectangular shape Directing the two anodes and the two cathodes, fixing the orientation of the magnetic bodies in the single containment, and selecting and placing the containment in a position facing the human breast in the back, thereby Subjecting the layer to a steep field gradient penetrating the human or animal heart and energizing the magnetic bodies with power such that each of the magnetic bodies creates a magnetic flux field.

  Further embodiments of the invention include at least one group of electromagnetics having at least two positive poles substantially in a single plane and at least two negative poles substantially in a single plane. Assembling the body, two anodes and two cathodes of a plurality of magnetic bodies in a single plane, defining the opposite vertices of the two anodes and the two cathodes defining the opposite vertices of the rectangular shape Directing to define four vertices of a rectangular shape; fixing each orientation of the plurality of magnetic bodies within the single confinement body; and fixing each orientation of the plurality of magnetic bodies of the single containment body Place the confinement body in a position relative to the human or animal heart to treat the complications of myocardial fissure fractures, and to ensure that each of the magnetic bodies creates a magnetic flux field. Ri and a step of biasing the magnetic, therapeutically on, an electromagnetic treatment device disposed in proximity to the animal's heart, including the method of controlling the pathophysiology of heart undergoing cracking fracture of the myocardium.

C. Magnetic therapy device for drug resistance seizures and cerebral edema-Static magnetic stabilizer (SMS-E)
One of two identical electromagnetic heads and circuits of the present invention is shown schematically in FIG. The treatment device 10 includes a magnetic flux generator 12 and a power source 14. In accordance with the present invention, the magnetic flux generator comprises a plurality of electromagnetic bodies having at least four magnetic poles in a substantially single plane, the magnetic poles being oriented to define four vertices of a quadrilateral shape. Preferably, the four magnetic poles comprise two anodes and two cathodes, the two anodes defining diagonal vertices facing each other, and the two cathodes defining opposite shapes. Each of the magnetic poles is magnetically attracted to two oppositely charged poles and is magnetically repelled by the similarly charged poles. The confinement means holds the magnetic poles in the configuration described above. Attached to the containment means are three (3) important and functionally changing components of the technology. The flux return ring 16a is attached to the bottom of the four electromagnetic heads described and this ring strengthens the flux field and controls unwanted stray induced currents as well as stray flux from the opposite pole. . The flux focusing ring 16 is placed around the flux head adjacent to the insulated wire coil, which is about 2.5 inches (6.35 cm) wide and 1/4 to 1/2 inches (6.35) thick. Mm-12.7 mm). The attachment means holds the focus ring in the proper position for maximum benefit. Attached to the flux focusing ring are focusing coils 18a, 20a, 22a and 24a. These focus coils are mounted on a flux focus ring proximate to a similarly charged head at an angle of 45 ° to 90 ° to the long axis of the main flux pole. In this position, the flux focusing coil, along with the focus ring, flux return ring, and the novel core of the present invention, makes the gradient more steep, increases the field strength, and weakens the healing and stray currents. The flux return ring and flux focus ring are grounded to reduce stray induced currents and the variables they add to the therapeutic magnetic field.

  As embodied herein, the magnetic flux generator 12 comprises four substantially identical electromagnetic bodies 18, 20, 22 and 24 on the containment structure. The containment structure comprises a mounting plate, a magnetic flux return ring (made from a ferroconductor), a casing or any other structure that holds the electromagnetic bodies 18, 20, 22, and 24 in the desired configuration. The structure must then be held in place to properly align the attracting fields of the two heads of the present invention, as illustrated in FIG. In the preferred embodiment, electromagnetic bodies 18 and 22 each form a negative magnetic pole, while electromagnetic bodies 20 and 24 form a positive magnetic pole. The positive and negative magnetic poles of the magnetic bodies 18, 20, 22 and 24 are substantially aligned in a single plane with the anode oriented diagonally opposite each other and the cathode oriented diagonally opposite each other. Directed in a quadrilateral configuration. The electromagnetic bodies 18, 20, 22 and 24 preferably comprise electromagnetic heads as best shown in FIGS. Each electromagnetic head includes a conductor wire 26 wound around a cast iron core 28. The wire 26 may be composed of any conductive material such as, for example, copper or aluminum. For example, FIG. 3 shows a 5 inch outer diameter with a 2 inch central core 28 and a 1.5 inch (3.81 cm) coil space of 3200 turns of # 22 copper wire. A suitable electromagnet made using As shown in FIG. 2, the coils 19, 21, 23, and 25 of each of the electromagnetic heads 18, 20, 22, and 24 are connected to a power source by wires 30 and 32, respectively. The conductor wire 26 is wound around a porous cast iron core (or laminated steel 28) so that the magnetic flux can be centered in the geometric center of the iron core. Current flow in the electrical conductor radiates magnetic flux perpendicular to the current flow. Thus, the magnetic flux is centered in the heart. Therefore, it is preferable that the heart is circular.

  In accordance with the present invention, power means for magnetically energizing the electromagnetic bodies are provided so that each of the energized electromagnetic bodies can create a magnetic flux field. As embodied herein, the power supply 14 includes a controller 34, a direct current generator 36, and an alternating current power supply 38. The DC generator 36 is preferably a bridge rectifier and a series of filters. The AC power supply 38 is preferably a 120 volt AC power supply. The direct current generator 36 is preferably capable of producing a 30 amp, 120 volt DC current. The controller 34 includes an on / off power switch 40 for controlling the flow of direct current (battery grade) to the magnetic flux generator 12. The controller 34 includes a voltmeter 42 and an ammeter 44 for monitoring the power and current supplied to the magnetic flux generator 12 by the DC generator 36. Fuses 46 and 48 protect the magnetic flux generator 12 from power surges. Fuses 46 and 48 may be, for example, 30 amp electrical fuses. The negative resistor 50 allows adjustment of the direct current supplied to the magnetic flux generator 12 at any specified time. Rheostat 50 is preferably embodied as any conventional rheostat having a capacity of 50 amps and 120 volts. As shown in FIGS. 1 and 2, each of the magnetic heads 18, 20, 22, and 24 may be electrically connected to the power controller 34 by a single set of wires 30 and 32. Each of the magnetic poles 18, 20, 22 and 24 comprising the head is preferably individually adjusted so that a symmetrical magnetic force is balanced among all the heads. Each magnetic therapy head is expected to be individually connected to one of the four rectifying resistors in the controller 34 so that the current supplied to each individual therapy head can be individually adjusted. Is done. These rectifying resistors could be held at a constant and stable flux by driving the rectifying resistors by a servo controller driven by a computer. The computer keeps the head in perfect balance, allowing the best biological effect when reduced to practice.

  Electromagnetic coils 19 and 23 of electromagnetic heads 18 and 22, and electromagnetic coils 21 and 25 of electromagnetic heads 20 and 24, heads 18 and 22 create opposite magnetic flux fields from the magnetic flux field created by heads 20 and 24. As such, it is preferably connected to a DC generator. As can be seen in FIG. 2, coils 19 and 23 are connected to a DC power source so that a negative magnetic field can be created, while coils 21 and 25 are DC so that a positive magnetic field can be created. Connected to the power supply opposite. In alternative embodiments of the invention, the electromagnetic coils 19, 21, 23, and 25 may be connected to a DC power source such that each creates a positive magnetic field, a negative magnetic field, or a combination thereof.

  In accordance with the present invention, the therapeutic electromagnetic therapy device of the present invention comprises four electromagnets, the other heads so that they meet the opposite poles where the heads face each other and the central axis of each electromagnet faces in the center. And may be attached to a support structure adapted to align. With this configuration, the peak power at each pole is increased and the slope is further steep. Both this increased peak power and the increased slope of the slope improve the biological effect. FIG. 5 shows the means for supporting the two heads and fixing them together. The two heads are magnetic flux generators. The magnetic flux generator 12 is preferably powered by a power source (not shown) such as that described above. The flux generator 12 moves in the x, y, and z axes to obtain the appropriate peak flux and peak magnetic gradient. The magnetic flux generator 12 may be manually or power driven actuated so that the magnetic flux generator 12 is aligned with the desired position of the human or animal head and upper spine to which the magnetic flux is to be applied. 54 may be moved. A magnetic flux field is created by each of the electromagnetic poles on the flux generator 12 when the electromagnetic poles are energized. The magnetic flux field thus created by the electromagnetic head is transverse from the two-dimensional surface so that the magnetic flux strikes the body head and / or upper cervical spine region located between the two flux generators 12. Spread in the direction. The magnetic flux field is managed and operated by a magnetic flux return ring and a magnetic flux focusing ring that hold the focusing magnet.

  Support means 56 allows both the left and right sections to be rolled into a forward position and secured by lock bars 52 and 53. The lock bar 53 is under the bed. The indicating means 56 comprises a DC power source 14 and provides support to the quadrupole magnetic flux generator 12. The support means 56 includes a controller 58, a pole selector 60, and a voltage regulator (DC) 61. Castor roller 63 provides the ability to move support means 56 to the side of the bed.

  The patient's head 66 is placed in a static quadrupole field between the two flux generators 12.

  The electromagnetic therapy device of the present invention is beneficially applied to the body and head of laboratory animals and humans to suppress brain seizures and delay and / or reverse brain swelling (cerebral edema). Laboratory data supporting practicality is presented below.

Laboratory data The beneficial effect of the electromagnetic therapy device of the present invention at least in part is that it is charged with quadrupoles, alternating currents, centers and symmetrical, static (flux return) that collide with cell walls of animal and human brain cells. Caused by the magnetic field (which is maximized by the flux focusing ring and focusing magnet). The steep slopes of these fields cause the cell wall lipoprotein substrate to polarize so that the sodium and calcium pathways are blocked to block the flux of these ions. The impedance of the ion flux prevents uncontrolled depolarization of brain neurons, thereby preventing the spread of electrical activity caused by the focus of the seizure. The ion flux impedance also prevents the pacemaker effect of the seizure focus (ie, prevents the onset of sudden depolarization). Regulating sudden depolarization of neurons in the brain results in suppression of seizure focus and suppression of irregular depolarization of adjacent neurons. In addition, stabilization of the cell wall suppresses edema of the brain and subsequent cell death in order to suppress transplantation of fluid outside the cell.

  It will be apparent to those skilled in the art that modifications and variations can be made in the method for applying the electromagnetic therapy device and the electromagnetic therapy device of the present invention. Accordingly, the invention in its broader aspects is not limited to the specific details, representative methods and apparatus, and illustrative examples shown and described above. Accordingly, all matters set forth in the foregoing description as illustrated in the accompanying drawings are to be interpreted in an illustrative and not restrictive sense.

Design of the invention-supporting data The purpose of this data is to support the design of the invention. The biological effects of the present invention depend on the field gradient and field strength. Both the slope and strength are enhanced by approaching one of the flux generator heads in the present invention with a second flux generator with the opposite poles being oppositely charged. FIG. 6 shows the change in the slope of the line d as the peak magnetic flux intensity is enhanced as in the sloped line e. Evidence supporting the claim for increased energy or peak energy arising from the attracting flux generator is noted in Table # 1 (see FIG. 4, flux generator 12, poles A, B, C, D).

Table 1. Table # 1 shows the magnetic flux density at the center of each magnetic pole of the magnetic flux generator # 1: a) the value in the insulation state; b) the attracting position where the magnetic flux generator # 2 varies in distance from the generator # 1 Is the sum of the values when facing toward # 1 with its magnetic poles. Note that the peak flux increases when the opposing attracting pole is close to a certain pole. As can be seen from Figure # 6, this effect of increasing the magnetic field force causes the gradient to change simultaneously.

  In a preferred embodiment, the therapeutic electromagnetic treatment device as positioned against the body of a living animal is: a plurality of electromagnetic bodies having at least four magnetic poles that lie on substantially one plane; Each magnetic pole, when it is charged, attaches a plurality of electromagnetic bodies that exert a magnetic force on the other three magnetic poles; and a ferroconductor metal ring and an electromagnet of the same polarity on a focal ring adjacent to the four magnetic poles of the quadrilateral shape A confinement means for a ferroconductor flux return ring bolted to the end of a pole separated from an animal or human with a ferromagnetic focus ring included as a magnetic pole; for holding the magnetic body's magnetic pole in an appropriate orientation Confinement means; power means for energizing the electromagnetic body magnetically, each of the energized electromagnetic bodies generates a magnetic flux field, The four poles, when energized, a power unit having a generates a flux field with a sharp three dimensional gradient magnetic flux generator head; comprises a.

  Further embodiments are further described above, wherein the two flux generator heads are supported by support means such that when the two flux heads are energized, the planar surface faces the poles of each face in an attractive mode. An electromagnetic treatment apparatus for treatment.

  In addition, the four magnetic poles of each magnetic flux generator of the therapeutic electromagnetic treatment device include two positive magnetic poles defining opposite diagonal vertices and two negative magnetic poles defining opposite diagonal vertices of the quadrilateral shape; Each of the magnetic poles is charged with opposite polarities and magnetically repels from the poles charged with the same polarity.

  In a further embodiment of the invention, the plurality of electromagnetic bodies of the therapeutic electromagnetic treatment device comprises four substantially identical electromagnets, two of the four electromagnets being substantially on one plane. The other two have a negative polarity magnetic pole substantially in one plane, and each of these four electromagnets generates a magnetic flux field when energized by power means. .

  Each of the four electromagnets of the therapeutic electromagnetic treatment device comprises a cast iron core wrapped with a conductive wire such as a copper or aluminum wire.

  Further, the quadrilateral shape of the therapeutic electromagnetic treatment device may be a parallelogram, a rectangle or a square.

  Further, the power means of the therapeutic electromagnetic treatment device comprises a direct current generator, which is electrically connected to each of the four electromagnets of the single flux generator head.

  Furthermore, the therapeutic electromagnetic treatment device according to the present invention further provides the amount of power supplied to each of the four electromagnets to adjust the magnetic flux field that can be generated by each of the four electromagnets in both flux generator heads. A power control device for controlling is provided.

  Moreover, the confinement means of the therapeutic electromagnetic treatment device aligns the four electromagnets of the magnetic flux generator head in the same orientation as the second magnetic flux generator head so that the two heads are facing and parallel. Can be mounted on a support structure.

  The support structure of the therapeutic electromagnetic treatment device may further comprise a housing for supporting each magnetic flux generator head, but the support structure is mounted on the coaster for easy movement. Means for securing two flux generator heads together once they are placed on a bed or table, the bed having a head or neck placed between the two flux generator heads It is intended to support the body of a living animal, and when the electromagnet is energized by the power means, the magnetic flux field generated by each of the four electromagnets of each flux generator head causes the human or animal to The head. It is exposed to energy from 50 up to 500 millitesla and a sharp three-dimensional magnetic field gradient.

  In a further embodiment according to the present invention, a method of placing an electromagnetic therapy device in the vicinity of the animal's head and cervical vertebrae for medical purposes to control seizure excretion and brain edema is substantially: Assembling at least two groups of electromagnetic bodies having at least two positive magnetic poles on one plane and further having at least two negative magnetic poles substantially on one plane; Orient two positive poles and 21 negative poles of the body on one plane to define four vertices of one rectangular shape, define the opposite vertices of the two positive poles, The two negative magnetic poles of the substrate defining a rectangular vertex of each other; fixing the direction of a plurality of electromagnetic bodies in one confinement body; and facing the confinement body to the confinement body of the table 2 Placing a quadrupolar, sharply gradient magnetic field into the brain of the seizing animal; energizing the electromagnetic body with power and Each generating a magnetic flux field.

D. Magnetic therapy instrument static magnetic stabilizer (SMS-B) to control pain and edema in severe burns
One schematic diagram of an electromagnet head and circuit according to the present invention is shown in FIG. The treatment instrument 10 includes a magnetic flux generator 12 and a power source 14. According to the present invention, the magnetic flux generator 12 comprises a plurality of electromagnetic bodies having at least four magnetic poles placed on substantially one plane, the magnetic poles defining four vertices of a quadrilateral. Is oriented. These four magnetic poles are composed of two positive magnetic poles and two negative magnetic poles, the two positive magnetic poles define the opposite diagonal vertices, and the two negative magnetic poles define the opposite shapes. Yes. Each of these magnetic poles is magnetically attracted to two oppositely charged magnetic poles and is magnetically repelled by similarly charged magnetic poles. The confinement means holds the magnetic pole of the electromagnetic body in the above configuration.

  The magnetic flux generator 12 as implemented herein comprises four substantially identical electromagnetic bodies 18, 20, 22 and 24 on a confinement structure 16. The containment structure 16 may comprise a mounting board, a magnetic flux return ring (manufactured by ferroconductor), and a casing or other structure for holding the electromagnetic bodies 18, 20, 22 and 24 in a desired configuration. . Next, the structures 16 are placed at different positions and properly aligned so as to generate the magnetic flux according to the present invention as shown in FIG. In the preferred embodiment, the electromagnetic bodies 18 and 22 each form a negative magnetic pole, while the electromagnetic bodies 20 and 24 each form a positive magnetic pole. The positive and negative magnetic poles of the electromagnetic bodies 18, 20, 22 and 24 are substantially aligned in one plane and oriented to form a quadrilateral pattern, with the positive magnetic poles diagonally opposite each other. And the negative magnetic poles are also oriented diagonally opposite to each other. The electromagnetic bodies 18, 20, 22 and 24 preferably comprise electromagnetic heads as best shown in FIGS. The electromagnetic heads each include a conductive wire 26 wound around a cast iron case 28. The wire 26 is made of some conductive material such as copper or aluminum. For example, FIG. 3 shows a 2 inch (5.08 cm) central core 28 and a 5 inch (12.7 cm) outer diameter wire coil with a 1.5 inch (3.81 cm) coil spacing and # 22 copper. A suitable electromagnet using 3200 turns of wire is shown. As shown in FIG. 2, the coils 19, 21, 23, and 25 of the electromagnetic heads 18, 20, 22, and 24 are each connected to a power source by wires 30 and 32. A conductive wire 26 is wound around a porous cast iron core (or laminated steel) 28 so that the magnetic flux is at the geometric center of the iron core. The current flowing through the electrical conductor causes a magnetic flux to be generated perpendicular to the current flow. Therefore, the center of the magnetic flux comes into the core. Therefore, the core is preferably circular. The containment means is fitted with three important and functionally changing components according to the present technology. The magnetic flux return ring 16a is attached to the bottom of the above four electromagnetic heads, and this ring enhances the magnetic flux field and suppresses unwanted stray induction current and stray magnetic flux from the opposite magnetic poles. The flux focusing ring 16 is placed around the magnetic flux head adjacent to the insulated wire coil and is approximately 2.5 inches (6.35 cm) wide and 1/4 to 1/2 inches (6.35 mm-12.7 mm). With a thickness of The attachment means holds the focus ring in an appropriate position so that the greatest benefit of the present invention is obtained. Focus coils 18a, 20a, 22a and 24a are attached to the magnetic flux focus ring. These focus coils are attached to the head or adjacent flux focus rings charged to the same polarity at a 45 to 90 degree angle to the major axis of the primary flux pole. In this position, the flux focusing coil, together with the focus ring, flux return ring and new iron core according to the present invention, makes steep slopes, increases the effective magnetic field strength, and strays high currents to heal. Decrease. The flux return ring and flux focus ring are grouped together to reduce stray induction currents and variables added to the therapeutic magnetic field.

  According to the present invention, the power means for magnetically energizing the electromagnetic bodies is provided so that each of the energized electromagnetic bodies can generate a magnetic flux field. As implemented herein, the power supply 14 includes a control unit 34, a DC generator 36 and an AC power supply 38. The direct current generator 36 preferably comprises a bridge rectifier and a series of filters. The AC power supply 38 is preferably a 12 volt AC power supply. The DC generator 36 is preferably capable of generating a direct current of 30 amps and 120 volts. The control unit 34 includes an on / off power switch 40 for controlling the flow of direct current (battery grade) to the magnetic flux generator 12. The control unit 34 also includes a voltmeter 42 and an ammeter 44 for monitoring the power and current, respectively, supplied to the magnetic flux generator 12 by the DC generator 36. Fuses 46 and 48 protect the magnetic flux generator 12 from power surges. The fuses 46 and 48 may be, for example, 30 amp electric fuses. A rheostat (variable resistor) 50 can always adjust the direct current supplied to the magnetic flux generator 12. Rheostat 50 is preferably implemented as a conventional rheostat having a 50 amp, 120 volt capacity. As shown in FIGS. 1 and 2, each of the magnetic heads 18, 20, 22 and 24 is electrically connected to a power controller 34 by a pair of wires 30 and 32. Each of the magnetic poles 18, 20, 22 and 24 forming the head is individually adjusted so that a symmetrical magnetic force is provided in balance between all the heads. Alternatively, each magnetic treatment head can be individually connected to one of the four rheostats in the control unit 34 so that the current supplied to each individual treatment head can be individually adjusted. Considered good. These rheostats may also be maintained at a constant and stable flux level by being driven by a computer driven servo controller. The computer keeps the head in perfect equilibrium, which allows the best biological effect.

  The electromagnetic coils 19 and 23 of the electromagnetic heads 18 and 22 and the electromagnetic coils 21 and 25 of the electromagnetic heads 20 and 24 have a magnetic flux field having a polarity opposite to that of the magnetic magnetic field generated by the heads 20 and 24. It is preferably connected to a direct current generator so that it is generated. As can be seen from FIG. 2, coils 19 and 23 are connected to a DC power supply to generate a negative magnetic field, while coils 21 and 25 are connected to a DC power supply oppositely to generate a positive magnetic field. Yes. In this alternative embodiment of the present invention, the electromagnetic coils 19, 21, 23, and 25 are connected to a DC power source such that each generates a manufactured magnetic field, a negative magnetic field, or a composite magnetic field thereof.

  In accordance with the present invention, the medical electromagnetic therapy device of the present invention is mounted on a support structure adapted to align four electromagnets with respect to the body of a living animal having a large burn. Also good. As realized herein, the support structure may comprise a treatment table, bed, or other similar assembly. FIG. 5 shows an elongate treatment table support structure 62 having a magnetic flux generator 12 according to the present invention and two movable arms secured to the bottom surface. According to the present invention, each bank of flux generator heads (12) is composed of three flux generator heads in each bank of generator heads. A similar embodiment of the present invention is secured to a hospital burn unit bed as an alternative embodiment of the present invention. The magnetic flux generator 12 is preferably supplied with power from a power source as described with reference to FIG. 4 (not shown) as already described. The magnetic flux generator 12 is contained at the bottom of the bed and moves laterally along rails 64 and 66 along the bottom surface of the platform 62. The magnetic flux generator 12 is moved by a motorized activation mechanism 58 so that the magnetic flux generator 12 is aligned with a desired portion of the human body to which a steady magnetic flux is to be applied. A magnetic flux field is generated when it is energized by each of the electromagnetic heads of the flux generator 12. The support arm (71) is balanced by the magnetic flux thus generated by the electromagnetic head. Each of the magnetic flux generator heads 12 is such that the magnetic flux is applied to the human body on the surface of the table and exerts a very sharp three-dimensional magnetic field gradient on the tissue damaged by the burn being treated. Controlled by a servo motor mechanism 70 designed to maintain the gradient of the magnetic flux field as the counter-support arm rotates 30 to 45 degrees above the top planar surface 60. The scattered support arm 71 is rotated every 10 minutes by the servo motor and the gear 72. As the flux generator head 67 or 68 moves away from the surface 60 of the pedestal 62, the flux generator head 12 in the bottom of the pedestal or bed is turned off by the microswitch in the motor and gear 72. When the flux generator banks 67 and 68 are lowered to a level below the surface 60 of the pedestal 62, the microswitch turns the flux generator bank in the bottom to the on position, thereby charging the flux head with DC current and A magnetic field with a sharp gradient of the electric field is generated, and this is irradiated again on the human body. When the flux generator bank in the bottom of the table or bed is in the off position, the flux generators 67 and 68 are in the on position and generate the desired magnetic flux field with a sharp three-dimensional gradient.

  The therapeutic electromagnetic treatment device according to the present invention may have another structure as long as the basic functional mechanism is not infringed.

  In a preferred embodiment, the therapeutic electromagnetic treatment device placed against the body of a living animal is: a plurality of electromagnetic bodies having at least four magnetic poles substantially on one plane, the magnetic poles having four sides Oriented so as to define four vertices of the shape, each of which has a plurality of electromagnetic bodies that, when charged, exert a magnetic force on the other three magnetic poles; Confinement of a ferroconductor flux return ring bolted to the end of the pole away from an animal or human, with a ferromagnetic focus ring that includes an electromagnet and ferroconductor metal ring of the same polarity as the pole attached to the focus ring close to the pole A confinement means for holding the magnetic pole of the electromagnetic body in a corresponding orientation; and a power means for magnetically energizing the electromagnetic body. The generated electromagnetic bodies each generate magnetic flux, and when the four magnetic poles are energized, together generate a magnetic flux field having a sharp three-dimensional gradient, and power means comprising a magnetic generator head; Comprising

  In a further embodiment, the magnetic flux generator head is further supported by a support device such that a quadrupole magnetic flux is applied in varying intensity to a severely burned human body part and discharged to the burned tissue, This reduces pain and edema so that it can be recovered quickly.

  In a further embodiment of the present invention, the four magnetic poles of the magnetic flux generator head of the therapeutic electromagnetic treatment device define two positive magnetic poles defining opposite diagonal vertices and opposite diagonal vertices of the quadrilateral shape. Although it includes two negative magnetic poles, each of the magnetic poles is a magnetic pole charged to the opposite polarity, and is repelled from the magnetic pole charged to the same polarity.

  In addition, the plurality of electromagnetic bodies of the therapeutic electromagnetic treatment device comprise four substantially identical electromagnets, two of which have a positive magnetic pole substantially in one plane. The other two have negative poles in substantially one plane, and each of these four electromagnets generates a magnetic flux field when energized by power means.

  Moreover, each of the four electromagnets of the therapeutic electromagnetic treatment device comprises a cast iron core wound with a conductive wire, which may be further made of copper or aluminum.

  Furthermore, the quadrilateral shape of the therapeutic electromagnetic treatment device may be a parallelogram, a rectangle, or a square.

  In another embodiment of the invention, the power means of the therapeutic electromagnetic treatment device comprises a direct current generator, the power means being electrically connected to each of the four electromagnets of one magnetic flux generator head.

  In addition, the therapeutic electromagnetic treatment device is further supplied to each of the four electromagnets to adjust the magnetic flux field generated by each of the four electromagnets in each of the nine flux generator heads. Power control means for controlling the amount of power is provided.

  In addition, the containment means of the therapeutic electromagnetic treatment device can be used to ensure that the magnetic flux generator is oriented in the proper orientation within the treatment structure so that the burned body can receive the desired magnetic field. It can be mounted on a support structure such as. The support structure further comprises an attachment device for supporting the magnetic flux generator head in the burn unit within the hospital, while the hospital bed is for supporting the body of a living animal, When the electromagnet is energized by the power means, the magnetic flux field generated by the four electromagnets in the magnetic flux generator head exposes humans and animals to about 200 millitesla of energy and a sharp three-dimensional magnetic field gradient.

  In another embodiment according to the present invention, a method for placing an electromagnetic therapy device in the vicinity of the body of a human or other animal for medical purposes to control pathological processes associated with severe burns includes: Assembling at least one group of electromagnetic bodies having at least two positive magnetic poles on substantially one plane and at least two negative magnetic poles on substantially one plane; 2 of the plurality of electromagnetic bodies; Orienting two positive poles and two negative poles on a plane to define four vertices of a rectangular shape, wherein the two positive poles define opposite diagonal vertices of a rectangular shape Defining a vertex at which the two negative magnetic poles oppose each other; fixing an orientation of the plurality of electromagnetic bodies in one confinement body; and Selectively placing it in the vessel head, thereby exposing the body to a sharp magnetic field gradient penetrating the human or animal body; powering the electromagnetic bodies such that each of the electromagnetic bodies generates a magnetic flux field And energizing.

  In another embodiment of the present invention, a method of placing an electromagnetic therapy device in the vicinity of a human or animal for medical purposes to control the pathophysiology of a severe burn: substantially two positive on one plane. Assembling at least one group of electromagnetic bodies having at least two negative magnetic poles on substantially one plane and at least two negative magnetic poles on substantially one plane; Orienting the two positive poles and the two negative poles of a body on a plane to define four vertices of a rectangular shape, wherein the two positive poles are rectangularly opposed Defining diagonal vertices and defining opposite vertices of the two negative poles; fixing the orientation of each of the plurality of electromagnetic bodies in a writer body; and complications of severe burns Treat To selectively place the containment body at a position relative to a human or animal body; energizing the electromagnetic bodies such that each of the electromagnetic bodies generates a magnetic flux field; including.

E. Reference will now be made in detail to the preferred embodiments of the invention, examples of which are illustrated in the accompanying drawings. Like reference numerals refer to like parts throughout the drawings.

  A schematic of one of the two magnetic heads and circuits of the present invention is shown in FIG. The treatment instrument 10 includes a magnetic flux generator 12 and a power source 14. According to the present invention, the magnetic flux generator 12 comprises a plurality of electromagnetic bodies having at least four magnetic poles in substantially one plane, wherein the magnetic poles are oriented so as to define four vertices of a quadrilateral shape. It is attached. The four magnetic poles are composed of two positive magnetic poles and two negative magnetic poles, the two positive magnetic poles define opposite vertices, and the two negative magnetic poles define opposite shapes. Is preferred. Each of the magnetic poles is attracted to two oppositely charged magnetic poles and repels from the same charged polarity. The confinement means holds the magnetic poles of the electromagnetic body in the above configuration. Three important functional components according to the present technology are mounted in the containment means. A magnetic flux return ring 16a is attached to the bottom of the four magnetic heads described above, and this ring enhances the magnetic flux field and suppresses undesired stray magnetic flux from the opposing self. A flux focusing ring 16 is placed around the flux head, which is approximately 2.5 inches (6.35 cm) wide and 1/4 to 1/2 inches (6.35 mm-12.7 mm). Have a thickness of The attachment means places the focus ring in a suitable position to maximize the benefits of the present invention. Focus coils 18a, 20a, 22a and 24a are attached to the flux focusing ring. These focusing coils are attached to the flux focusing ring at an angle of 45 to 90 degrees with respect to the major axis of the primary magnetic flux pole in the vicinity of the head charged to the same polarity. In this position, the flux focusing coil, along with the focus ring, has a steep slope, thereby increasing the effective magnetic field strength. The flux return ring and flux focus ring are grounded to reduce stray induced currents and variables added to the medical magnetic field.

  As realized herein, the magnetic flux generator 12 comprises four substantially identical electromagnetic bodies on the confinement means. The confinement means comprises a mounting body, a magnetic flux return ring 16a (manufactured by Ferroconductor) and a casing or other structure for holding the electromagnetic bodies 18, 20, 22 and 24 in the above configuration. The magnetic field focus ring 16 is attached to the outer surface of the coils 18, 20, 22 and 24, which hold the focus electromagnetic poles 18a, 20a, 22a and 24a. This structure is then placed in its original position to properly align the attracting magnetic fields of the two heads according to the invention shown in FIG. In the preferred embodiment, the electromagnetic bodies 18 and 222 each constitute a negative magnetic pole, while the electromagnetic bodies 20 and 24 each constitute a positive magnetic pole. The positive and negative magnetic poles of the electromagnetic bodies 18, 20, 22 and 24 are substantially aligned on one plane and oriented in a quadrilateral configuration, but the positive magnetic poles are diagonally aligned with each other. The magnetic poles are oriented so as to face each other, and the negative magnetic poles are oriented so as to face each other diagonally. Electromagnetic bodies 18, 20, 22 and 24 having a flux return ring and a focus ring with a focus magnet comprise a magnetic head as best shown in FIGS.

  Each magnetic head includes a conductive wire 26 wound around a cast iron case 28. The wire 26 may be made of any conductive material such as copper or aluminum. For example, FIG. 3 shows 3200 turns of # 22 copper wire around a 2 inch (5.08 cm) central core 28 and a 5 inch (12.7 cm) outer diameter coil with a 2 inch (5.08 cm) coil spacing. A suitable electromagnet using the existing one is shown. 2 and 3, the coils 19, 21, 23, and 25 of the magnetic heads (shown in a broken view) 18, 20, 22, and 24, respectively, are connected to a power source by wires 30 and 32, respectively. The conductive wire 26 is wound around a porous cast iron core (or laminated steel) 28 so that the center of the magnetic flux is at the geometric center of the iron core. The current flowing in the electrical conductor generates a magnetic flux in a direction perpendicular to the current flow picture. Therefore, the center of magnetic flux comes inside the core. Therefore, the core is preferably circular. FIG. 3 shows a cutaway view in which the insulator 29 is broken and the wire coil 26 is exposed.

  According to the present invention, power means for energizing the electromagnetic bodies magnetically is provided so that each of the energized electromagnetic bodies can generate a magnetic flux field. As implemented herein, the power supply 14 includes a control unit 34, a DC generator 36 and an AC power supply 38. The direct current generator 36 preferably comprises a bridge rectifier and a series of filters. The AC power supply 38 is preferably a 120 volt AC power supply. The direct current generator 36 is preferably capable of generating a direct current of 30 amps and 120 volts. The control unit 34 includes an on / off power switch 40 for controlling the flow of direct current (battery grade) to the magnetic flux generator 12. The control unit 34 also includes a voltmeter 42 and an ammeter 44 for monitoring the power and current supplied to the magnetic flux generator 12 by the DC generator 36. Fuses 46 and 48 protect the magnetic flux generator 12 from power surges. The rheostat 50 can always adjust the direct current supplied to the magnetic flux generator 12. The electromagnetic focusing magnets 18a, 20a, 22a and 24a may be placed on separate rheostats to better balance the magnetic field. Rheostat 50 is preferably implemented as any conventional rheostat with a 50 amp, 120 volt capacity. As shown in FIGS. 1 and 2, each of the magnetic heads 18, 2022, and 24 may be electrically connected to the power controller 34 by a pair of wires 30 and 32. Each of the magnetic poles 18, 20, 22 and 24 forming the head can be individually adjusted so that the symmetrical magnetic force is balanced among all the heads. Instead, each magnetic treatment head can be individually connected to one of the four rheostats in the control unit 34 so that the current supplied to each individual treatment head can be individually adjusted. Be considered.

  The electromagnetic coils 19 and 23 of the magnetic heads 18 and 22 and the electromagnetic coils 21 and 25 of the magnetic heads 20 and 24 generate a magnetic flux field in the direction opposite to the magnetic flux field generated by the heads 20 and 24. As such, it is preferably connected to a DC generator. As can be seen from FIG. 2, coils 19 and 23 are connected to a DC power source to generate a negative magnetic field, while coils 21 and 25 are connected to the DC power source in the opposite polarity direction to generate a positive magnetic field. ing. In an alternative embodiment of the invention, the electromagnetic coils 19, 21, 23, and 25 are connected to a DC power source such that each generates a positive magnetic field, a negative magnetic field, or a composite magnetic field thereof.

  In accordance with the present invention, the therapeutic electromagnetic treatment device according to the present invention comprises four electromagnets that meet each other in such a way that the heads face each other and the central axis of each electromagnet is centered with the opposite magnetic pole. It may be mounted on a support structure that is aligned with the head. This configuration increases the peak output of each magnetic pole and makes the gradient steeper. By increasing both the peak power and the slope of the slope, the biological effect is improved. FIG. 11 shows the means for supporting the two heads and fixing them together. These two heads are magnetic flux generators. The magnetic flux generator 12 is preferably supplied with power from a power source (not shown) similar to that described above. The magnetic flux generator 12 moves on the x, y, and z axes to provide an appropriate peak magnetic flux and peak magnetic gradient. The magnetic flux generator 12 is moved by a manual or motorized activation mechanism 54 to align itself with the desired position of the human or animal head, upper spine or other body part to which the magnetic flux is irradiated. May be. A magnetic flux field is generated by each of the magnetic poles of the magnetic flux generator 12 when the magnetic poles are energized. The magnetic flux field thus generated by the magnetic head is such that the magnetic flux is applied to the body's head and / or upper spine or other body part site placed between the two flux generators 12. Extends laterally from a planar surface. Such flexible positioning makes it possible to maximize the synergistic effect of the drug.

  By means of the support means 56 both the right section and the left section can be rolled in place in front and fixed by means of lock bars 52 and 53. The lock bar 53 is under the bed. Support means 56 includes DC power supply 14 and is a support for quadrupole magnetic flux generator 12. Support means 56 also includes a control meter 58, a magnetic pole selector 60 and a voltage regulator (DC) 61. The lead balance weight 62 functions to balance the magnetic flux generator 12. The caster roller 63 provides a function of moving the support means 56 at the bed.

  The patient is placed in a static quadrupole field between the two flux generators 12.

  The electromagnetic therapeutic device according to the present invention has been applied to the body and head of a laboratory animal or human being, taking advantage of the advantages, and synergizes the medical effect of the drug.

  In one preferred embodiment, the therapeutic electromagnetic treatment device as placed against the body of a living animal is: a plurality of electromagnetic bodies having at least four magnetic poles in substantially one plane, the magnetic poles being A plurality of electromagnetic bodies that are oriented to define four vertices of a quadrilateral shape, and each of the magnetic poles, when charged, exerts a magnetic force on the other three magnetic poles; Four magnetic poles in shape are bolted to the end of the pole away from animals and humans together with a ferromagnetic focus ring that includes an electromagnet and ferroconductor metal ring of the same polarity as the pole attached to the focus ring. The ferroconductor flux return ring confinement means; the confinement means for holding the magnetic poles in the appropriate orientation; and the power to magnetically energize the electromagnetic Each of the energized electromagnetic bodies generates a magnetic flux field, and when the four magnetic poles are energized, a magnetic field having a steep three-dimensional gradient is generated. Power means comprising a head;

  Further embodiments, as described above, may further comprise two magnetic flux generator heads by means of support so that when the two magnetic flux heads are energized, the planar surface faces each face pole in an attractive mode. A supported therapeutic electromagnetic treatment device is provided.

  Further, the four magnetic poles of each magnetic flux generator of the therapeutic electromagnetic treatment device have two positive magnetic poles defining opposite vertices on a diagonal and two negative magnetic poles defining opposite vertices on a quadrilateral diagonal. Each of these magnetic poles is a magnetic pole charged to the opposite polarity, so that the magnetic poles charged to the same polarity are magnetically repelled. A flux return ring may be attached to the bottom of the four magnetic heads described above, but this ring enhances the magnetic flux field and suppresses unwanted stray flux from the opposite polarity. The flux focusing ring may further be positioned around the flux head. A focusing coil is attached to the flux focusing ring, which may cause the focusing ring to maximize the benefits of the present invention in an appropriate position by the mounting device. These focusing electromagnetic coils are attached to a flux focusing ring adjacent to the same polarity charged flux head at an angle of 45 to 90 degrees with respect to the major axis of the primary flux pole. In this position, the flux focusing coil, together with the focus ring, generates a steeper magnetic field gradient and increases the effective magnetic field strength.

  The flux return ring and flux focus ring may be further grounded to reduce stray induced currents and variables added to the medical magnetic field.

  In addition, the four magnetic poles will be referred to as the “medical head” along with the flux return ring, focus ring, and focus coil.

  In another embodiment of the invention, the plurality of electromagnetic bodies for medical electromagnetic therapy comprises four substantially identical electromagnetic flux heads, two of which are substantially one. One of the four electromagnets has a positive magnetic pole on one plane and the other two have a negative magnetic pole on substantially one plane, each of which is magnetic when energized by power means. Generate magnetic field.

  In addition, each of the four electromagnets of the therapeutic electromagnetic treatment device comprises a cast iron core wound with a copper or aluminum conductive wire.

  Still further, the quadrilateral shape of the therapeutic electromagnetic treatment device may be a parallelogram, particularly a rectangle or square.

  In yet another embodiment of the present invention, the power means of the therapeutic electromagnetic treatment device comprises a direct current generator, and the power means further comprises four electromagnets of one flux generator head with a connection to the flux focusing magnet. Each is electrically connected. In addition, the power control means is adjusted to control the amount of power supplied to each of the four electromagnets, thereby adjusting the magnetic flux field generated by each of the four electromagnets in both flux generator heads. You can do that.

  Also, a support structure in which the four electromagnets of the magnetic flux generator head are aligned in the same orientation as the magnetic flux generator head of the table 2 so that the confinement means of the electromagnetic treatment instrument is in a position facing and parallel to the two. Mounted on the body. In addition, the support structure further comprises a housing for supporting each magnetic flux generator head, and the support structure is mounted on a coaster so that it can be easily moved. The head has means to lock it together when they are in place on the bed or table, but this bed places the head, brain region or other body part between the two flux generators. It is intended to support the body of a living animal, and when the electromagnet is energized by the power means, the magnetic flux field generated by each of the four electromagnets of each magnetic flux generator head causes the human or animal to The head is exposed to 50 to 500 millitesla of energy and a steep 3D magnetic field gradient adjustable by the flux return ring and flux focus ring of the flux focus head.

  In another embodiment of the present invention, a method of synthesizing drug effects by placing a medical head for electromagnetic therapy near the head, brain region or other region of itself for medical purposes includes: At least two positive magnetic poles on one plane, and at least two negative magnetic poles on substantially one plane together with a flux return ring, a flux focusing ring and a focusing magnet Assembling a group of electromagnetic bodies; orienting the two positive and two negative magnetic poles of the plurality of electromagnetic bodies on a plane to define four vertices of rectangular shape; The two positive magnetic poles define diagonally opposite vertices, and the two negative magnetic poles define rectangular opposite vertices; Selectively placing the confinement body in a position facing the second confinement body such that a quadrupole steep magnetic field penetrates the animal body; and each of the electromagnetic bodies is a magnetic magnetic flux field. Energizing the electromagnetic body with electrical power to generate.

  In another embodiment of the present invention, a method of synthesizing the effects of a drug by placing an electromagnetic therapeutic device in the vicinity of an animal for medical purposes includes: in each body at least two positive on substantially one plane. And at least two negative magnetic poles in substantially one plane, together with at least a magnetic flux return ring, a focus ring, and a focus electromagnet attached to the focus ring. Assembling two groups of electromagnetic bodies; orienting two positive and two negative magnetic poles of the plurality of electromagnetic bodies on one plane to define four vertices of rectangular shape Two positive magnetic poles defining opposite vertices on a diagonal; two negative magnetic poles defining rectangular opposite vertices; each of the orientations of the plurality of electromagnetic bodies as one confinement body; A step of selectively placing the containment body at a position relative to the body part of the animal to treat the animal, in order to synergize the effects of the drugs; and Energizing the electromagnetic body with direct current power to generate the electromagnetic body.

F. Stroke medical magnetic therapy device (SMS-S) to protect against cell death due to hypoxia damage
Reference will now be made in detail to the preferred embodiments of the invention, examples of which are illustrated in the accompanying drawings. Throughout the drawings, like reference numerals are used to indicate like parts.

  A schematic diagram of one of two magnetic heads and circuits according to the present invention is shown in FIG. The treatment instrument 10 includes a magnetic flux generator 12 and a power source 14. According to the present invention, the magnetic flux generator 12 comprises a plurality of electromagnetic bodies having at least four magnetic poles that are substantially on a single plane, such that these magnetic poles define four vertices of a quadrilateral shape. Is oriented. The four magnetic poles are composed of two positive magnetic poles and two negative magnetic poles so that the two positive magnetic poles define opposite vertices on a diagonal line and the two negative magnetic poles define a desired shape. It is preferable to do this. Each of these magnetic poles is attracted to two oppositely charged magnetic poles and repels from the same charged magnetic pole. The confinement means holds the magnetic poles in the configuration. This containment means is fitted with three important and functional components according to the present technology. A magnetic flux return ring 16 is attached to the bottom of the four magnetic heads described above, which enhances the magnetic flux field and suppresses unwanted stray magnetic flux from oppositely charged magnetic poles. The flux focusing ring 16 is placed around the flux head, but has a width of 2.5 inches (6.35 cm) and a thickness of 1/4 to 1/2 inches (6.35 cm-12.7 cm). ing. The attachment means holds the focus ring in a proper position to maximize the benefits of the present invention. Focus coils 18a, 20a, 22a and 24a are attached to the magnetic flux focus ring. These focusing coils are attached to a magnetic flux focusing ring near the head charged to the same polarity at an angle of 45 to 90 degrees with respect to the major axis of the primary magnetic flux pole. In this position, the flux focusing coil, together with the focus ring, makes the gradient steeper and increases the effective magnetic field strength. The flux return ring and flux focus ring are grounded to reduce stray induced currents and variables added to the medical magnetic field.

  As realized herein, the magnetic flux generator 12 comprises four substantially identical electromagnetic bodies on the confinement means. The containment means comprises a mounting board, a magnetic flux return ring 16a (manufactured by ferroconductor), and a casing or some other structure that holds the electromagnetic bodies 18, 20, 22 and 24 in the desired configuration. The magnetic field focus ring 16 is attached to the outer surface of the coils 18, 20, 22 and 24, which hold the focus poles 18a, 20a, 22a and 24a. The structure is then placed in place to properly align the attracting magnetic fields of the two heads according to the present invention as shown in FIG. In the preferred embodiment, the electromagnetic bodies 18 and 22 each form a negative magnetic pole, while the electromagnetic bodies 20 and 24 each form a positive magnetic pole. The positive and negative magnetic poles of the electromagnetic bodies 18, 20, 22 and 24 are substantially aligned on one plane and oriented to form a quadrilateral configuration, with the two positive magnetic poles facing each other diagonally. The negative magnetic poles are also oriented so as to face each other diagonally. Electromagnetic bodies 18, 20, 22 and 24 with flux return and focus rings and focus magnets comprise a magnetic head as best shown in FIGS.

  Each magnetic head includes a conductive wire 26 wound around a cast iron core 28. The wire 26 is made of some conductive material such as copper or aluminum. For example, FIG. 3 shows a suitable electromagnet in which a # 22 copper wire is wound 3200 times around a 5 inch (12.7 cm) outer diameter wire coil with a 2 inch (5.08 cm) central iron core 28. Yes. 2 and 3, the coils 19, 21, 23, and 25 of the magnetic heads (shown in a broken view) 18, 20, 22, and 24, respectively, are connected to a power source by wires 30 and 32, respectively. The conductive wire 26 is wound around a porous cast iron core (or laminated steel) so that the center of the magnetic flux is at the geometric center of the iron core. The current flowing through the conduction band generates a magnetic flux perpendicular to the current flow. Therefore, the center of the magnetic flux is in the core. Therefore, the core is preferably circular. FIG. 3 shows a cutaway view in which the insulator 29 is broken and the wire coil 26 is exposed.

  According to the present invention, power means for magnetically energizing the electromagnetic bodies is provided so that each electromagnetic body generates a magnetic flux field when energized. As implemented herein, the power supply 14 includes a control unit 34, a DC current generator 36 and an AC power supply 38. The direct current generator 36 preferably comprises a bridge rectifier and a series of filters. The AC power supply 38 is preferably a 120 volt AC power supply. The direct current generator 36 is preferably capable of generating a direct current of 30 amps and 120 volts. The control unit 34 includes an on / off power switch 40 for controlling the flow of direct current (battery grade) to the magnetic flux generator 12. The control unit 34 also includes a voltmeter 42 and an ammeter 44 for monitoring the power and current supplied to the magnetic flux generator 12 by the DC current generator 36. Fuses 46 and 48 protect the magnetic flux generator 12 from power surges. The fuses 46 and 48 may be, for example, 30 amp electrical fuses. The rheostat 50 can always adjust the direct current supplied to the magnetic flux generator 12. The electromagnetic focusing magnets 18a, 20a, 22a and 24a may each be mounted on separate rheostats to better balance the magnetic field. Rheostat 50 is preferably implemented as any conventional rheostat having a 50 amp, 120 volt capacity. As shown in FIGS. 1 and 2, each of the magnetic heads 18, 20, 22 and 24 is electrically connected to the power controller 34 by a pair of wires 30 and 32. Each of the magnetic poles 18, 20, 22 and 24 forming the head is individually adjusted so that a symmetrical magnetic force is provided in balance between all the heads. Instead, each magnetic therapy head is individually connected to one of the four rheostats in the control unit 34 so that the current supplied to each individual therapy head can be individually adjusted.

  The electromagnetic coils 19 and 23 of the magnetic heads 18 and 22 and the electromagnetic coils 21 and 25 of the magnetic heads 20 and 24 cause the heads 18 and 22 to generate a magnetic flux field opposite to the magnetic flux field generated by the heads 20 and 24. It is preferable to connect to a direct current generator. As can be seen from FIG. 2, coils 19 and 23 are connected to a DC power source to generate a negative magnetic field, while coils 21 and 25 are connected to a DC power source with opposite polarity to generate a positive magnetic field. Yes. In an alternative embodiment of the invention, the electromagnetic coils 19, 21, 23, and 25 are connected to a DC power source such that each generates a positive magnetic field, a negative magnetic field, or a composite magnetic field thereof.

  According to the present invention, a medical electromagnetic therapy device according to the present invention comprises four electromagnets, which are properly aligned with each other so that the heads face each other and the central axis of each electromagnet faces each other. It is mounted on a support structure that is aligned so as to meet at the center of the magnetic pole. This configuration increases the peak output of each magnetic pole and makes the gradient steeper. Both the increased peak power and the increased slope of the slope improve the biological effect. FIG. 9 shows the means for supporting the two heads and fixing them together. These two heads are magnetic flux generators. The magnetic flux generator 12 is preferably supplied with power from a power source (not shown) as described above. The magnetic flux generator 12 moves on the x, y and z axes to obtain the appropriate peak magnetic flux and peak magnetic field gradient. The magnetic flux generator 12 is operated by a manual or motorized activation mechanism 54 so that it is aligned to a desired position on the head, spine or other body part of a human or animal that is to be irradiated with magnetic flux. Moving. A magnetic flux field is generated by each of the magnetic poles of the magnetic flux generator 12 when the magnetic poles are energized. The magnetic flux field thus generated by the magnetic head is planar so that the magnetic flux is applied to the head and / or upper brain spine or other part of the body placed between the two flux generators 12. Stretch laterally from the surface.

  By means of the support means 56 both the right and left sections are rolled into their forward original position and secured together by lock bars 52 and 53. The lock bar 53 is under the bed. The support means 56 includes the DC power supply 14 and serves as a support for the quadrupole magnetic flux generator 12. Support means 56 also includes a control meter 58, a magnetic pole selector 60 and a voltage regulator (DC) 61. The lead balance weight 62 functions to balance the magnetic flux generator 12. The caster roller 63 has a function of moving the support means 56 at the bed.

  The patient is placed in a static quadrupole field between the two flux generators 12.

  The electromagnetic therapeutic device according to the present invention can be applied to the body and head of a laboratory animal, taking advantage of the present invention, to prevent oxygen deprivation and / or cell death due to harmful excitatory neurotransmitters. Has been used.

  In one preferred embodiment, the therapeutic electromagnetic treatment device as placed against the body of a living animal is: a plurality of electromagnetic bodies having at least four magnetic poles in substantially one plane, the magnetic poles Are oriented to define four vertices of a quadrilateral shape, each of which has a plurality of electromagnetic bodies that, when charged, exert a magnetic force on the other three magnetic poles; Ferroconductor flux return ring bolted to the end of the pole away from animals and humans with a ferromagnetic focus ring containing an electromagnet and ferroconductor metal ring with the same polarity as the pole attached to the focus ring close to the pole A confinement means for holding the magnetic poles of the electromagnetic body in a corresponding orientation; and a power means for magnetically energizing the electromagnetic body. Each of the electromagnetic bodies generates a magnetic flux field, and the four magnetic poles, when energized, together generate a magnetic field with a steep three-dimensional gradient, and include a magnetic flux generator head. Power means.

  One further embodiment, as described above, further supports two magnetic flux generator heads such that when the two magnetic flux heads are energized, the planar surface faces the poles of each face in an attracting mode. A medical electromagnetic therapy device as supported by the means;

  Further, the four magnetic poles of each magnetic flux generator of the therapeutic electromagnetic treatment device have two positive magnetic poles defining opposite vertices on a diagonal and two negative magnetic poles defining opposite vertices on a quadrilateral diagonal. These magnetic poles are magnetic poles charged to opposite polarities, and are repelled from the magnetic poles charged to the same polarity. A flux return ring is also attached to the bottom of the four magnetic heads described above, but this ring enhances the flux field and suppresses unwanted stray flux from opposite polarity poles. In addition, a flux focusing ring is placed around the flux head and the mounting means holds the focusing ring in place to maximize the benefits of the present invention. A focusing coil is attached to the flux focusing ring. These focusing electromagnetic coils are attached to a magnetic flux focusing ring adjacent to a magnetic flux head charged to the same polarity at an angle of 45 to 90 degrees with respect to the major axis of the primary magnetic flux pole. In this position, the flux focusing coil, together with the focus ring, generates a steeper magnetic field gradient and increases the effective magnetic field strength. The flux return ring and flux focus ring may further be grounded to reduce stray induced currents and variables added to the medical magnetic field. Moreover, the four magnetic poles may be referred to as a “medical head” together with the flux return ring, the focus ring and the focus coil.

  In another preferred embodiment of the present invention, the plurality of electromagnetic bodies of the therapeutic electromagnetic treatment device comprises four substantially identical flux heads, but two of the electromagnets are positive on substantially one plane. And the other two magnets have negative poles in substantially one plane, but each of the four magnets generates a magnetic flux field when energized by power means. .

  In addition, the four electromagnets of the therapeutic electromagnetic treatment device each comprise a cast iron core wound with a conductive wire, which is in particular made of copper or aluminum.

  Also, in certain other embodiments of the invention, the quadrilateral shape is, among other things, a parallelogram, a rectangle or a square.

  Further, the power means of the electromagnetic treatment apparatus for treatment includes a direct current generator and is electrically connected to each of the four electromagnets of one magnetic flux generator head together with the connection to the magnetic flux focusing magnet. The power means further includes a power control for controlling the amount of power supplied to each of the four electromagnets to adjust the magnetic flux field generated by each of the four electromagnets in both flux generator heads. Means.

  Moreover, the confinement means or therapeutic electromagnetic treatment device aligns the four electromagnets of the flux generator head in the same orientation as the second flux generator head so that the two heads face each other and are in a balanced position. It may be mounted on a simple support structure. In addition, the support structure includes a housing that supports each magnetic flux generator head, but the support structure is mounted on a coaster for easy movement, and the two magnetic flux generator heads are When it comes to its original position on the bed or second, it has means to fix it together to support the body of a living animal where the head or brain part is placed between the two magnetic flux generators When the electromagnet is energized by the power means, the magnetic flux field generated by each of the four electromagnets of each flux generator head causes the human or animal head to cause the flux return ring and flux focus to The head is exposed to 50 to 500 millitesla of energy and a steep 3D magnetic field gradient that can be manipulated by the magnetic flux focusing ring of the head.

  In another embodiment of the present invention, an electromagnetic therapeutic medical head is placed for medical purposes in the vicinity of the head and brain spine or near the body of the flag to prevent cell death due to seizures or other hypoxic damage. The method includes: within each group, having at least two positive magnetic poles on substantially one plane, having at least two negative magnetic poles on substantially one plane, and a magnetic flux return ring Assembling at least two groups of electromagnetic bodies having a flux focusing ring and a focusing magnet; orienting two magnetic poles and two negative magnetic poles of the plurality of electromagnetic bodies together in a plane; Defining four vertices of rectangular shape, wherein the two positive magnetic poles define diagonally opposite vertices, and the two negative magnetic poles define rectangular rectangular opposing vertices; Electromagnetic Securing in one containment; selectively placing the containment in a position facing a second containment such that a quadrupole steep magnetic field penetrates into the animal's body; Energizing the electromagnetic body with electrical power such that the electromagnetic body generates a magnetic flux field.

  In yet another embodiment of the present invention, a method for suppressing cell death due to seizures or oxygen-deficient nervous system damage by placing an electromagnetic therapeutic device near the head and neck of an animal for medical purposes: Each body has at least two positive magnetic poles that are substantially planar in one, has at least two negative magnetic poles on substantially one plane, and further includes a magnetic flux return ring, a focus Assembling at least two groups of electromagnetic bodies having a ring and a focusing electromagnet attached to the focusing ring; and the two positive poles and the two negative poles of the plurality of electromagnetic bodies in one plane Orienting to define four vertices of a rectangular shape, wherein two positive poles define opposite vertices on a diagonal, and two negative poles define opposite vertices of a rectangular shape; Fixing each of the orientations of a number of electromagnetic bodies in one confinement body; selectively placing the confinement body in a position relative to the head and neck to treat neural tissue to cause seizures or other Protecting against secondary cell death against oxygen deficiency damage; and energizing the electromagnetic bodies with DC power such that each of the electromagnetic bodies generates a magnetic flux field.

G. Magnetic therapy device according to the present invention for accelerating healing speed after surgical procedures and increasing the healing rate of edema and pain and chronic non-healing injuries. Reference is made to the details of the preferred embodiments according to the invention. Like reference numerals refer to like parts throughout the drawings.

  A schematic diagram of one of two magnetic heads and circuits according to the present invention is shown in FIG. The treatment instrument 10 includes a magnetic flux generator 12 and a power source 14. According to the present invention, the magnetic flux generator 12 comprises a plurality of electromagnetic bodies having at least four magnetic poles in substantially one plane, the magnetic poles being oriented to define four vertices of a quadrilateral shape. It is attached. The four magnetic poles are composed of two positive magnetic poles and two negative magnetic poles, the two positive magnetic poles define opposite vertices on a diagonal line, and the two negative magnetic poles define opposite shapes. Is preferred. This magnetic pole is magnetically attracted to two magnetic poles, each charged to the opposite polarity, and repelled by a magnetic pole charged to the same polarity. The confinement means holds the magnetic poles in the configuration. The containment body is fitted with three important functional components according to the present technology. The flux return ring 16 is attached to the bottom of the four magnetic heads described above, but this ring enhances the flux field and suppresses unwanted stray flux from opposite polarity poles. The flux focusing ring 16 is placed around the flux head, but this ring 16 is approximately 2.5 inches (6.35 cm) wide and 1/4 to 1/2 inches (6.35 mm-12.7 mm). ) Have a thickness of. The attachment means holds the focus ring in an appropriate position such that the benefits of the present invention are maximized. Focus coils 18a, 20a, 22a and 24a are attached to the magnetic flux focus ring. These focusing coils are attached at an angle of 45 to 90 degrees to the major axis of the primary magnetic flux pole with respect to the magnetic flux focusing ring near the head charged to the same polarity. In this position, the flux focusing coil, together with the focus ring, makes the gradient steeper and increases the effective magnetic field strength. The flux return ring and flux focus ring are grounded to reduce stray induced currents and variables added to the medical magnetic field.

  As realized here, the magnetic flux generator 12 comprises four substantially identical electromagnetic bodies on the confinement means. The containment means comprises a mounting board, a magnetic flux return ring 16a (manufactured by ferroconductor) and a casing or other structure that holds the electromagnetic bodies 18, 20, 22 and 24 in the desired configuration. The magnetic field focus ring 16 is attached to the outer surface of the coils 18, 20, 22 and 24, which hold the focus poles 18a, 20a, 22a and 24a. This structure is then placed in place to properly align the attracting magnetic fields of the two heads according to the present invention as shown in FIG. In the preferred embodiment, the electromagnetic bodies 18 and 22 each form a negative magnetic pole, while the electromagnetic bodies 20 and 24 each form a positive magnetic pole. The positive and negative magnetic poles of the electromagnetic bodies 18, 20, 22 and 24 are oriented so that they are substantially aligned on one plane to form a quadrilateral configuration, so that the positive magnetic poles are diagonally opposed. And the negative pole is also oriented diagonally opposite. Electromagnetic bodies 18, 20, 22 and 24 having a flux return ring and a focus ring with a focus magnet comprise a magnetic head as best shown in FIGS.

  Each magnetic head includes a conductive wire 26 wound around a cast iron core 28. The wire 26 is made of some conductive material such as copper or aluminum. For example, FIG. 3 shows a # 22 copper wire on a 2 inch (5.08 cm) central iron core 28 and a 5 inch (12.7 cm) outer diameter wire coil with a 2 inch (5.08 cm) coil spacing. A suitable electromagnet using 3200 turns of is shown. 2, 3 and 11, coils 19, 21, 23 and 25, respectively, of magnetic heads (shown in a broken view) 18, 20, 22 and 24 are each connected to a power source by wires 30 and 32. Yes. The conductive wire 26 is wound around a porous cast iron core (or laminated steel) so that the magnetic flux is centered at the geometric center of the iron core. Magnetic flux is radiated in a direction perpendicular to the current flow by the current flowing in the conductor. Therefore, the center of the magnetic flux exists in the core vegetable. Therefore, the core is preferably circular. FIG. 3 shows a state where the insulator 29 is broken and the wire coil 26 is exposed.

  According to the present invention, power means for magnetically energizing the electromagnetic body is provided so that each of the energized electromagnetic bodies can generate a magnetic flux field. As implemented herein, the power supply 14 includes a control unit 34, a DC current generator 36 and an AC power supply 38. The direct current generator 36 preferably comprises a bridge rectifier and a series of filters. The AC power supply 38 is preferably a 120 volt AC power supply. The direct current generator 36 is preferably capable of generating a direct current of 30 amps and 120 volts. The control unit 34 includes an on / off power switch 40 for controlling the flow of the direct current Z (battery grade) to the magnetic flux generator 12. The control unit 34 also includes a voltmeter 42 and an ammeter 44 for monitoring the power and current supplied to the magnetic flux generator 12 by the DC current generator 36. Fuses 46 and 48 protect the magnetic flux generator 12 from power surges. The fuses 46 and 48 are, for example, 30 amp capacity electric fuses. The rheostat 50 can always adjust the direct current supplied to the magnetic flux generator 12. The electromagnetic focusing magnets 18a, 20a, 22a and 24a may be on separate rheostats to better maintain magnetic field balance. Rheostat 50 is preferably implemented as any conventional rheostat with a 50 amp, 120 volt capacity. As shown in FIGS. 1 and 2, each of the magnetic heads 18, 20, 22 and 24 is connected to the power controller 34 by a pair of wires 30 and 32. Each of the magnetic poles 18, 20, 22 and 24 forming the head may be individually adjusted so that a symmetric magnetic force is provided in equilibrium in all the heads. Instead, each magnetic therapy head is individually connected to one of the four rheostats in the control unit 34 so that the current supplied to each individual therapy head can be individually adjusted. May be.

  The electromagnetic coils 19 and 23 of the magnetic heads 18 and 22 and the electromagnetic coils 21 and 25 of the magnetic heads 20 and 24 generate a magnetic flux field opposite to the magnetic flux field generated by the heads 20 and 24. Thus, it is connected to a direct current generator. As can be seen from FIG. 2, coils 19 and 23 are connected to a DC power source to generate a negative magnetic field, while coils 21 and 25 are connected to a DC power source in the opposite direction to generate a positive magnetic field. Yes. In one alternative embodiment of the present invention, the electromagnetic coils 19, 21, 23, and 25 may each be connected to a DC power source to generate a positive magnetic field, a negative magnetic field, or a composite magnetic field thereof.

  According to the present invention, the therapeutic electromagnetic treatment device of the present invention comprises four electromagnets, which are aligned with the other head, so that the heads face each other, each magnet facing opposite magnetic poles. And mounted on a support structure that aligns to meet at the center. This configuration increases the peak output of each magnetic pole and makes the gradient steeper. Both this increased power and the slope of the gradient improve the biological effect. FIG. 11 shows a means for supporting and fixing two heads together. These two heads are magnetic flux generators. The magnetic flux generator 12 is preferably supplied with power from a power source (not shown) as described above. The real generator 12 moves on the x, y and z axes to obtain the appropriate peak magnetic flux and peak magnetic gradient. The magnetic flux generator 12 may be moved manually or by a motorized activation mechanism so that it is aligned with the desired position of the head, spine or other body part of the person or animal to which the magnetic flux is irradiated. May be. A magnetic flux field is generated by each of the magnetic poles of the magnetic flux generator 12 when the magnetic poles are energized. The magnetic flux field generated in this way by the magnetic head is such that the magnetic flux is applied to the head and / or upper brain spine or other parts of the body placed between the two magnetic flux generators 12. , Extending laterally from the planar surface.

  By means of the support means 56, both the right and left sections are rolled to their original positions in front and fixed by lock bars 52 and 53. The lock bar 53 is under the bed. The support means 56 includes a DC power supply 14 and serves as a support for the quadrupole magnetic flux generator 12. Support means 56 also includes a control meter 58, a magnetic pole selector 60 and a voltage regulator (DC) 61. The lead balance weight 62 functions to balance the magnetic flux generator 12. The caster roller 63 provides a function of moving the support means 56 at the bed.

  The patient is placed in a static quadrupole magnetic flux between the two magnetic flux generators 12. Alternatively, a single head may be operated to treat a surgical site or less healing wound with a dual or single flux head according to the present invention.

  In one preferred embodiment, the therapeutic electromagnetic treatment device as placed against the body of a living animal is: a plurality of electromagnetic bodies having at least four magnetic poles in substantially one plane, the magnetic poles Are oriented to define four vertices of a quadrilateral shape, each of which has a plurality of electromagnetic bodies that, when charged, exert a magnetic force on the other three magnetic poles; Ferroconductor flux return ring bolted to the end of the pole away from animals and humans, along with a ferromagnetic focus ring that includes an electromagnet and ferroconductor metal ring of the same polarity as the pole attached to the focus ring in close proximity to the pole A confinement means for holding the magnetic poles of the electromagnetic body in a corresponding direction; and a power means for magnetically energizing the electromagnetic body. Each of the bodies generates a magnetic flux field, and the four magnetic poles together generate a magnetic field with a steep three-dimensional gradient when it is energized, and further comprise a flux generator Power means.

  A further embodiment is a treatment as described above, further supported by support means such that when the two magnetic flux heads are energized, the planar surface faces the magnetic pole of each face in the attraction mode. An electromagnetic treatment device is provided.

  In addition, the four magnetic poles of each magnetic flux generator of the therapeutic electromagnetic treatment device include two positive magnetic poles defining diagonally opposite vertices and two negative magnetic poles defining opposite vertices on a quadrilateral diagonal. However, each of these magnetic poles is a magnetic pole charged to the opposite polarity, and is repelled from the same polarity charged magnetic pole. A flux return ring is attached to the bottom of the four magnetic heads described above, but this ring enhances the flux field and suppresses unwanted stray flux from the opposite magnetic pole. Further, the flux focusing ring is placed around the flux head so that the benefits of the present invention are maximized when the mounting means is in proper position of the focusing ring. A focusing coil is attached to the magnetic flux focusing ring. These focusing electromagnetic coils are attached at an angle of 45 to 90 degrees with the major axis of the primary magnetic flux pole, with respect to the magnetic flux focusing ring adjacent to the magnetic flux head charged to the intended polarity. In this position, the flux focusing coil, together with the focus ring, generates a steeper magnetic field gradient and increases the effective magnetic field strength. The flux return ring and flux focus ring are grounded to reduce stray induced currents and variables added to the medical magnetic field. The four magnetic poles, together with the flux return ring, the focus ring and the focus coil, may be referred to as the “medical head”.

  In another embodiment of the present invention, the plurality of electromagnetic bodies of the therapeutic electromagnetic treatment device comprises four substantially identical flux heads, two of which are positive on substantially one plane. And the other two electromagnets have a negative magnetic pole substantially in one plane, and each of the four electromagnets, when energized by power means, creates a magnetic flux field. generate. Each of the four electromagnets also comprises a cast iron core wound with a conductive wire made especially of copper or aluminum.

  Moreover, the quadrilateral shape of the therapeutic electromagnetic treatment device may be, inter alia, a balanced quadrilateral shape, a rectangular shape or a square shape.

  The power means also comprises a direct current generator and is electrically connected to each of the four electromagnets of one flux generator head, with a connection to the flux focusing magnet. There is also a power control means for controlling the amount of power supplied to each of the four electromagnets to adjust the magnetic flux field generated by each of the four electromagnets in both flux generator heads. .

  In another embodiment of the invention, the confinement means aligns the four electromagnets of the magnetic flux generator in the same orientation as the second magnetic flux generator so that the two heads face each other and are in a parallel position. It is mounted on such a support structure. The support structure also includes a cabinet for supporting each flux generator head, but the support structure is mounted on a coaster for easy movement, and the two flux generator heads are connected to each other. Has a means to fix together when in place on the bed or platform, this bed supports the body of a living animal where the intended body part is placed between the two flux generator heads When the electromagnet is energized by the power means by a magnetic flux field generated by each of the four electromagnets of each flux generator head, the flux return ring and the flux focus of the flux focus head A human or animal body part is exposed to 50 to 500 millitesla of energy that can be manipulated by a ring and a steep 3D magnetic field

  In another embodiment of the present invention, a method of placing an electromagnetic therapeutic medical head for medical purposes proximate to a body part to be treated includes: for each group, at least two positive on substantially one plane. Assembling at least two groups of electromagnetic bodies having at least two negative magnetic poles on substantially one plane, and further comprising a magnetic flux return ring, a magnetic flux focusing ring and a focusing magnet; Orienting the two positive magnetic poles and the two negative magnetic poles of a plurality of electromagnetic bodies on one plane to define four vertices of a rectangular shape, the two positive magnetic poles being diagonally Defining opposite vertices, two negative poles defining rectangular opposite vertices; fixing the orientation of the plurality of electromagnetic bodies in one confinement body; and Selectively placing the steep magnetic field in a position facing the second containment body so that it penetrates the animal body; and energizing the electromagnetic bodies with power such that each generates a magnetic flux field And a step of.

  Moreover, in one embodiment of the instant invention, a method for placing an electromagnetic therapeutic device for medical purposes in proximity to a body part of an animal to be treated is: at least 2 on each body, substantially on one plane. At least two groups of electromagnetics having one magnetic pole, at least two negative magnetic poles in substantially one plane, and further comprising a magnetic flux return ring, a focus ring, and a focus electromagnet attached to the focus ring Assembling a body; orienting the two positive magnetic poles and two negative magnetic poles of the plurality of electromagnetic bodies on a single plane to define four rectangular vertices; Defining opposite vertices on a diagonal and two negative poles defining opposite vertices of a rectangle; each of the plurality of electromagnetic body orientations in one confinement body; Selectively placing the containment body in a position relative to the body part to treat an area where emergency surgery is performed to suppress pain and swelling and promote healing. A similar treatment is applied to the chronic incurable wound for healing; and energizing the electromagnetic bodies with direct current power such that each generates a magnetic flux field; .

H. Magnetic therapy device (SMS-SC) according to the invention for suppressing pain and coagulating and precipitating sickled cells in sickness of cells with red blood cells sickled (SMS-SC)
Reference will now be made to the present preferred embodiments, examples of which are illustrated in the accompanying drawings. Like reference numerals refer to like parts throughout the drawings.

  A schematic diagram of one of two magnetic heads and circuits according to the present invention is shown in FIG. The treatment instrument 10 includes a magnetic flux generator 12 and a power source 14. According to the present invention, the magnetic flux generator 12 comprises a plurality of electromagnetic bodies having at least four magnetic poles in substantially one plane, and the magnetic poles are oriented so as to define four vertices of a quadrilateral shape. Attached. The four magnetic poles are preferably composed of two positive magnetic poles and two negative magnetic poles. The two positive magnetic poles define opposite vertices on a diagonal line, and the negative magnetic poles preferably define opposite shapes. Each of these magnetic poles is magnetically attracted to two oppositely charged magnetic poles and repels from the same charged polarity. The confinement means holds the magnetic poles in the above configuration. Three functional components according to the present technology are attached to the confinement means. A flux return ring 16 is attached to the bottom of the four magnetic heads described above, but this ring enhances the flux field and suppresses unwanted stray flux from the opposite pole. The flux focusing ring 16 is placed around the flux head, which is approximately 2.5 inches (6.35 cm) wide and 1/4 to 1/2 inches (6.35 mm-12.7 mm) thick. Have. The mounting means ensures that the focus of the present invention is maximized in the proper position of the focus ring. Focus coils 18a, 20a, 22a and 24a are attached to the flux focusing ring. These focus coils are mounted at an angle of 45 to 90 degrees to the major axis of the primary flux pole with respect to the flux focus ring close to the head charged to the same polarity. In this position, the flux focusing coil, together with the focus ring, makes the gradient steeper and increases the effective magnetic field strength. The flux return ring and flux focus ring are grounded to reduce stray induced currents and variables added to the medical magnetic field.

  As realized herein, the magnetic flux generator 12 comprises four substantially identical electromagnetic bodies on the confinement means. The containment means comprises a mounting board, a magnetic flux return ring 16a (manufactured by Ferroconductor) and a casing or some other structure that holds the electromagnetic bodies 18, 20, 22 and 24 in the desired configuration. The magnetic field focus ring 16 is attached to the outer surface of the coils 18, 20, 22 and 24, which hold the focus poles 18a, 20a, 22a and 24a. This structure is then held in position on the body to properly align the attracting magnetic fields of the two heads according to the invention as shown in FIG. In this preferred embodiment, the electromagnetic bodies 18 and 22 each form a negative magnetic pole, while the electromagnetic bodies 20 and 24 each form a positive magnetic pole. The positive and negative magnetic poles of the electromagnetic bodies 18, 20, 22 and 24 are substantially aligned on one plane and oriented in a quadrilateral configuration, while the positive magnetic poles are oriented diagonally relative to each other. And the negative poles are oriented diagonally opposite each other. The electromagnetic bodies 18, 20, 22 and 24 have a magnetic flux return ring, a focus ring and a focus magnet, and have a magnetic head as best shown in FIGS.

  The magnetic head includes a conductive wire 26 each wound around a cast iron core 28. The wire 26 is made of some conductive material such as copper or aluminum. For example, in FIG. 3, a 2 inch (5.08 cm) central iron core 28 and a 2 inch (5.08 cm) coil spacing of 5 inch (12.7 cm) outer diameter wire core 3200 times # 22 copper wire. A suitable electromagnet using a roll is shown. 2 and 3, the coils 19, 21, 23, and 25 of the magnetic heads (shown in cutaway views) 18, 20, 22, and 24, respectively, are connected to a power source by wires 30 and 32, respectively. The conductive wire 26 is wound around a porous cast iron core (or laminated steel) so that the center of the magnetic flux is at the geometric center of the iron core. Current flowing in the conductor radiates magnetic flux at right angles to the current flow. Therefore, the center of magnetic flux comes in the core. Therefore, the core is preferably circular. FIG. 3 shows a state where the insulator 29 is broken and the wire coil 26 is exposed.

  According to the present invention, power means for biasing the electromagnetic body to the magnetic liquid is provided so that each of the biased electromagnetic bodies can generate a magnetic flux field. As implemented herein, the power supply 14 includes a control unit 34, a DC current generator 36 and an AC power supply 38. The direct current generator 36 preferably comprises a bridge rectifier and a series of filters. The AC power supply 38 is preferably a 120 volt AC power supply. The direct current generator 36 is preferably capable of generating a direct current of 30 amps and 120 volts. The control unit 34 includes an on / off power switch 40 for controlling a direct current (battery grade) to the magnetic flux generator 12. The control unit 34 also includes a voltmeter 42 and an ammeter 44 for monitoring the power and current supplied to the magnetic flux generator 12 by the DC current generator 36. Fuses 46 and 48 protect the magnetic flux generator 12 from power surges. The fuses 46 and 48 are, for example, 30 amp electric fuses. The rheostat 50 can always adjust the direct current supplied to the magnetic flux generator 12. Electromagnetic focusing magnets 18a, 20a22a and 24a may be on separate rheostats to better maintain magnetic field balance. Rheostat 50 is preferably implemented as any conventional rheostat having a 50 amp, 120 volt capacity. As shown in FIGS. 1 and 2, each of the magnetic heads 18, 20, 22 and 24 is electrically connected to a power controller 34 by a pair of wires 30 and 32. Each of the magnetic poles 18, 20, 22 and 24 forming the head is individually adjusted so that a symmetric magnetic force is imparted in equilibrium between all the heads. Instead of this, each magnetic therapy head is individually connected to any one of the four rheostats in the control unit 34 so that the current supplied to each individual therapy head can be adjusted individually. Consider connecting.

  The magnetic coils 19 and 23 of the magnetic heads 18 and 22 and the magnetic coils 21 and 25 of the magnetic heads 20 and 24 cause the heads 18 and 22 to generate a magnetic flux field opposite to the magnetic flux field generated by the heads 20 and 24. It is preferable to connect to a direct current generator. As can be seen from FIG. 2, coils 19 and 23 are connected to a DC power source to generate a negative magnetic field, while coils 21 and 25 are connected oppositely to the DC power source to generate a positive magnetic field. In an alternative embodiment of the invention, the electromagnetic coils 19, 21, 23, and 25 are connected to a DC power source such that each generates a positive magnetic field, a negative magnetic field, and a combined magnetic field thereof.

  According to the present invention, the therapeutic electromagnetic treatment device of the present invention comprises four electromagnets, which are properly aligned with the other head, so that the heads face each other and at the same time the central axis of each electromagnet is , Mounted on a support structure that is aligned to meet in the center with the opposing magnetic poles facing each other. This configuration increases the peak output of each magnetic pole and makes the gradient steeper. This increased peak power and gradient slope both improve biological effects. FIG. 11 shows the means for supporting the two heads and fixing them together. These two heads are magnetic flux generators. The magnetic flux generator 12 is preferably supplied with power by a power source (not shown) similar to the above. The flux generator 12 moves on the x, y, and x axes to obtain the appropriate peak flux and peak magnetic gradient. The magnetic flux generator 12 is moved by a manual or motorized activation mechanism 54 so that it is aligned with the desired position of the head, spine or other body part of the person or animal to be irradiated with the magnetic flux. A magnetic flux field is generated by each of the magnetic poles of the magnetic flux generator 12 when the magnetic poles are energized. The magnetic flux field generated in this way by the magnetic head is such that the magnetic flux is applied to the body head and / or upper brain spine or other part of the body placed between the two flux generators 12. Stretch laterally from a planar surface. FIG. 6 shows another embodiment of the present technology for the crisis of cells in which the red blood cells that affect large parts of the body become sickle.

  By means of the support means 56 both the right and left sections can be rolled to their original positions in front and fixed together with lock bars 52 and 53. The lock bar 53 is under the bed. The support means 56 includes the DC power supply 14 and is a support for the quadrupole magnetic flux generator 12. The support means 65 also includes a control meter 58, a magnetic pole selector 60 and a voltage regulator (DC) 61. The lead balance weight 62 functions to keep the flux generator 12 balanced. The caster roller 63 provides a function of moving the support means 56 at the bed.

  The patient is placed in a static quadrupole field between the two flux generators 12. Alternatively, a single head may be operated so that the site to be operated on or a wound that is difficult to heal is properly treated with a double or single flux head according to the present invention.

  In a preferred embodiment, the therapeutic electromagnetic treatment device adapted to be placed against the body of a living animal is: a plurality of electromagnetic bodies having at least four magnetic poles in substantially one plane. These magnetic poles are oriented to define four vertices of the quadrilateral shape, and each of the magnetic poles, when it is charged, a plurality of electromagnetic bodies that exert a magnetic force on the other three magnetic poles; Ferroconductor flux return bolted to the end of the pole away from animals and humans with a ferromagnetic focus ring that includes an electromagnet and ferroconductor metal ring with the same polarity as the pole attached to the focus ring in close proximity to one pole A confinement of the ring; a confinement means for holding the magnetic pole of the electromagnetic body in a corresponding direction; and a power means for magnetically energizing the electromagnetic body. Each generating a magnetic flux field, and when energized, the four magnetic poles together generate a magnetic field with a steep three-dimensional gradient, with power means comprising a flux generator head; It comprises.

  A further embodiment is that, as already mentioned, the two flux heads are supported by the support means such that when the two flux heads are energized, the planar surface faces the poles of each face in the attraction mode. A therapeutic electromagnetic treatment device as supported is provided.

  In another embodiment of the invention, the four magnetic poles of each flux generator have two positive poles that define diagonal opposite vertices and two negative poles that define the quadrilateral diagonal vertices. Each of these magnetic poles is a magnetic pole charged to the opposite polarity, and is magnetically repelled from the magnetic pole charged to the same polarity. A flux return ring is attached to the bottom of the four magnetic heads described above, but this ring enhances the flux field and suppresses unwanted stray flux from opposite magnetic poles. A flux focusing ring is placed around the flux head. The mounting means also maximizes the benefits of the present invention with the focus ring in place. A focusing coil is attached to the magnetic flux focusing ring. These focal magnet coils are attached at an angle of 45 to 90 degrees to the major axis of the primary magnetic flux pole with respect to the flux focal ring adjacent to the magnetic pole head charged to the same polarity. In this position, the flux focusing coil, together with the focus ring, generates a steeper magnetic field gradient and increases the effective magnetic field strength. The flux return ring and flux focus ring are grounded to reduce stray induced currents and variables added to the medical magnetic field. The four magnetic poles may be referred to as the “medical head” together with the flux return ring, focus ring and focus coil.

  In another embodiment, the plurality of electromagnetic bodies of the therapeutic electromagnetic treatment device comprises four substantially identical flux heads, two of which are substantially positive on one plane. And the other two are negative magnetic poles in substantially one plane, and each of the four electromagnets generates a magnetic flux field when energized by power means.

  Further, each of the four electromagnets has a cast iron core wound with a conductive wire made of copper or aluminum.

  The quadrilateral shape of the therapeutic electromagnetic treatment device may also be a parallelogram shape, a rectangular shape or a square shape, among others.

  The power means of the therapeutic electromagnetic treatment device comprises a direct current generator and is to be electrically connected to each of the four electromagnets of one magnetic flux generator together with a connection to the flux focusing magnet. The therapeutic electromagnetic treatment device is for controlling the amount of power supplied to each of the four electromagnets to adjust the magnetic flux field generated by each of the four electromagnets in both flux generator heads. Power control means is provided.

  The confinement means of the medical electromagnetic therapy device aligns the four electromagnets of the magnetic flux generator having the same orientation as the second magnetic flux generator so that the two heads face each other and are in parallel positions. Is mounted on the support structure. The support structure includes a housing for supporting each flux generator head, but the support structure is mounted on a coaster so that it can be easily moved, and the two flux generators are connected to a bed. This bed is intended to support the body of a living animal where the head or brain part is placed between the two magnetic flux generator heads. Yes, when the electromagnet is energized by the power means by the magnetic flux field generated by each of the four electromagnets of each flux generator head, by the flux return ring and flux focus ring of the flux focus head. Human and animal body parts are exposed to maneuverable energy of up to 500 millitesla and steep three-dimensional magnetic field gradients.

  In another embodiment of the present invention, a method of placing a medical head for electromagnetic therapy for medical purposes in proximity to a body part of an animal or human affected by sickle cell red blood cells: Within at least two positive magnetic poles in substantially one plane, at least two negative magnetic poles in substantially one plane, and a magnetic flux return ring, magnetic flux focus ring and focus Assembling at least two groups of electromagnetic bodies having magnets; orienting two positive magnetic poles and two negative magnetic poles of the plurality of electromagnetic bodies on one plane to define four vertices of a rectangular shape Two positive poles defining opposite vertices on a diagonal; two negative poles also defining opposite vertices on a diagonal; and fixing the orientation of a plurality of electromagnetic bodies in one confinement Selectively placing the confinement body in a position facing the second confinement body such that a quadrupole steep magnetic field penetrates the animal body; each of the electromagnetic bodies generates a magnetic flux field; And energizing the electromagnetic body with electric power.

  In one embodiment of the present invention, the method of placing an electromagnetic therapeutic device for medical purposes in close proximity to a human body having a sickle cell crisis, pain and coagulation sedimentation with sickle cell sickling of cells: Each body has at least two positive magnetic poles in substantially one plane, has at least two negative magnetic poles in substantially two planes, and further includes a magnetic flux return ring, a focus ring And assembling at least two groups of electromagnetic bodies having a focusing electromagnet attached to the focusing ring; and rectangular shape with two positive and two negative poles of the plurality of electromagnetic bodies oriented on one plane Each of a plurality of electromagnetic bodies, wherein two positive magnetic poles define diagonally opposite vertices and two negative magnetic poles define rectangular opposing vertices; Fixing the orientation in one confinement body; a steep three-dimensional magnetic field gradient that prevents the sickle cell crisis from agglomerating and precipitating red blood cells, thereby suppressing pain in the sickle crisis Selectively placing the confinement body in a position relative to the portion; and energizing the electromagnetic bodies under direct current so that each of the electromagnetic bodies generates a magnetic flux field.

  Many changes and different embodiments may be made within the scope of the invention taught herein, and many modifications may be made to the embodiments detailed herein in accordance with the requirements of the law described. It should be understood that the details described above are for illustrative purposes and are not intended to be limiting.

FIG. 1 is a schematic diagram of various components of the electromagnetic therapy device of the present invention, including a magnetic flux focusing component. FIG. 2 is a plan view of four electromagnets of one preferred embodiment of the electromagnetic therapy device of the present invention, along with a magnetic flux focusing component. FIG. 3 is a perspective view of one of the electromagnets shown in FIG. 2 with the insulation cut away to better view the wire coil. FIG. 4 is a schematic diagram showing electrical connections between components of the electromagnetic therapy device of the present invention. FIG. 5 is a perspective view of a preferred embodiment of the electromagnetic therapy device of the present invention. FIG. 6 is a perspective view of another preferred embodiment of the electromagnetic therapy device of the present invention. FIG. 7 is a positive field diagram of the present invention where line ee reveals a more steep slope of the field on dd by simply increasing the magnitude of the peak flux. It reveals the field strength required by scanning in a tissue parallel plane 0.3 cm above the surface of a MagnaBlock ™ TMNS instrument with a “Hall Effect” probe and a standard Gauss meter A graphical depiction of the data. It further reveals an increase in the slope of the gradient as the field strength increases. This field is identical to the electromagnetic field of the present invention. FIG. 8 is a schematic diagram showing electrical connections between components of the electromagnetic therapy device of the present invention along with a defibrillator. FIG. 9 is a perspective view of a preferred embodiment of the electromagnetic therapy device of the present invention. FIG. 10 is a perspective view of a preferred embodiment of the electromagnetic therapy device of the present invention. FIG. 11 is a perspective view of a preferred embodiment of the electromagnetic therapy device of the present invention.

Claims (28)

A therapeutic electromagnetic treatment device that is placed against a living animal or human body,
A plurality of electromagnetic bodies comprising at least four electromagnetic bodies, and that electric magnet body having a least one magnetic pole located each of said electromagnetic body is the same single plane on the pole of the other electromagnetic bodies,
Confining means for holding the magnetic pole in the plane including four vertices of a quadrilateral defined by the magnetic pole, wherein each of the magnetic poles exerts a magnetic force on the other three magnetic poles when the magnetic pole is charged ; ,
Wherein the device is an iron conductor flux return ring that is fixed to the end of the pole facing away from the animal or human when used in conjunction with a ferromagnetic focusing ring (16) (16a),
Wherein each of said electromagnetic body is a power supply for energizing said electromagnetic body to generate a magnetic field, the magnetic pole are both energized, power that form a magnetic flux generator head which generates a magnetic flux having a three-dimensional gradient When,
Including
The ferromagnetic focus ring (16) includes one iron conductor metal ring and a plurality of ferromagnetic focus coils (18a, 20a, 22a, corresponding to the number and position of the electromagnetic bodies attached to the iron conductor metal ring. 24a), wherein each of the ferromagnetic focus coils has the same polarity as the corresponding electromagnetic pole defining one of the four vertices of the quadrilateral .   The four magnetic poles have two positive electrodes and two negative electrodes, the two positive electrodes form diagonally opposite vertices of the quadrilateral, and the two negative electrodes are the quadrilateral pair. Each of the magnetic poles is magnetically attracted by the two oppositely charged magnetic poles and magnetically repelled by the same-polarized magnetic poles. The therapeutic electromagnetic treatment device according to claim 1. Wherein the plurality of electromagnetic bodies comprise four of the same electromagnet, two of said electromagnets having a positive magnetic pole before Kitan one plane, two of said electromagnets before Kitan one The therapeutic electromagnetic treatment device according to claim 2, further comprising a negative magnetic pole in a plane, wherein each of the four electromagnets is excited by the power supply unit to generate a magnetic field . 4. The therapeutic electromagnetic treatment device according to claim 3, wherein each of the four electromagnets includes a cast iron core around which a conductive wire is wound. Before Kishirube conductive wires are copper wire, the therapeutic electromagnetic treatment device of claim 4. Before Kishirube conductive wires are aluminum wires, the therapeutic electromagnetic treatment device of claim 4.   The therapeutic electromagnetic treatment device according to claim 3, wherein the quadrilateral is a parallelogram. It said parallelogram is a rectangle, the therapeutic electromagnetic treatment device of claim 7.   The therapeutic electromagnetic treatment device according to claim 8, wherein the rectangle is a square. Wherein the power source comprises a DC generator, wherein the power source is electrically connected to the four electromagnets, the therapeutic electromagnetic treatment device of claim 3. Furthermore, the comprises four electromagnets the four power control means that controls the amount of power supplied to each of the electromagnets so as to adjust the magnetic field, each generated in the therapeutic electromagnetic treatment device of claim 10 . Said containment means, said four attached to supporting lifting structure on for alignment with respect to the live animal electromagnet, the therapeutic electromagnetic treatment device of claim 3. The support structure comprises an elongate flat table having a first flat surface, the first flat surface of the table being alive with the four electromagnets facing each other. Applied to support an animal body, the containment means movably attached to the flat table for movable alignment with a selected portion of the living animal body, the four electromagnets 13. The therapeutic electromagnetic treatment device of claim 12, wherein when activated by the power source, the magnetic field generated by each of the four electromagnets extends above the first flat surface of the table.   The therapeutic electromagnetic treatment device of claim 13, wherein the flat table comprises a cavity movably attached to the containment means.   14. The therapeutic device of claim 13, wherein the flat table comprises a second flat surface opposite the first surface, and the containment means is movably attached to the second flat surface. Electromagnetic treatment device. The support structure has a chair and a water flat seat and vertical dorsal support surface, wherein the back support surface and said bearing surface, living the four electromagnets are disposed opposite Applied to support an animal body, the containment means is movably attached to the chair for movably alignment with a selected portion of the living animal body, and the electromagnet is powered by the power source. When excited by Ru, the four magnetic fields, each generated by the electromagnet extend from front Kishide straight dorsal support surface, the therapeutic electromagnetic treatment device of claim 12.   16. The therapeutic electromagnetic procedure according to claim 15, wherein the chair has a cavity extending vertically behind the vertical back support surface, and the containment means is mounted to move vertically into the cavity. apparatus.   18. The therapeutic electromagnetic treatment device of claim 17, further comprising electrical power means for moving the confinement means vertically and horizontally within the vertically extending cavity. Said magnetic flux generator head is supported by the support means, defibrillation of the heart muscle, and recurrence of fibrillation, pain, and the quadrupole magnetic flux myocardial body in the presence of a pulse capacitor discharge for preventing coronary artery spasm The therapeutic electromagnetic treatment device according to claim 1, which can be applied to a surface . The confinement means is mounted on a support structure to align the four electromagnets of the flux generator head in the proper orientation of the treatment structure so that the myocardium can accurately receive the desired magnetic field , and the support structure. Includes attachment means for supporting a bed magnetic flux generator head for supporting a living animal or human in a hospital intensive care unit, and when the electromagnet is activated by the power source, the magnetic flux generator head The therapeutic electromagnetic treatment device according to claim 19, wherein a magnetic field is generated by the four electromagnets, and the animal or human is exposed to a three-dimensional gradient of 200 millitesla of energy. When the two flux generator heads are energized, as plane trigger mode is directed to the magnetic pole of each surface, the two flux generator heads are supported by support means, for the treatment according to claim 1 Electromagnetic treatment device. It said containment means, mounted as a second magnetic flux generator head to be parallel opposite the two heads, in the same direction of the magnetic flux generator heads of the four adapted to align the electromagnet support structure on The therapeutic electromagnetic treatment device according to claim 21. Includes cabinet for the supporting structure for supporting the respective magnetic flux generator head, said cabinet is moved on coasters for means for fixing the two flux generator heads in a position to cover the bed or table with attached purposes, the bed, the head and neck support an animal or human body alive to be located between two flux generator heads, the electromagnet is excited by the power supply magnetic field is generated by each of said four electromagnets of each flux generator head, 50 from the animal or human to the energy of up to 500 mT head of the three-dimensional gradient is exposed, electromagnetic therapeutic of claim 22 Treatment device. The flux generator head is supported by the support means for applying quadrupole magnetic flux at various intensities to the body surface of severe burns, the therapeutic electromagnetic treatment device of claim 1. Said containment means is mounted on a support structure of a table or beds de, the four electromagnets of the flux generator head such body burns can receive precisely the desired magnetic field in the appropriate direction of the treatment structure Aligned, the support structure includes attachment means for supporting a bed magnetic flux generator head for supporting a living animal or human in a hospital burn room, and the electromagnet is activated by the power source. 21. The therapeutic electromagnetic treatment device of claim 19, wherein when applied, a magnetic field is generated by four electromagnets of a magnetic flux generator head and the animal or human is exposed to a three-dimensional gradient of 200 millitesla energy. Wherein the power source comprises a DC generator, wherein the power source is electrically connected to each of the four electromagnets of the flux generator head along with the focus coil, the therapeutic electromagnetic treatment device of claim 25. When the electromagnet is energized by the power source, wherein the magnetic field is the magnetic flux return ring, and operable by said focus coil, a therapeutic electromagnetic treatment device of claim 26. In order to adjust the magnetic field generated by each of said four electromagnets of the flux generator head, further comprising said four respective to that control means controlling the amount of power supplied to the electromagnet, according to claim 26 A therapeutic electromagnetic treatment device.

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