Abnormal value voltage and current release and supplement conductor

Abstract

The invention discloses an abnormal value voltage and current release and supplement conductor, belongs to a medical drug product, and relates to treatment of epilepsy diseases caused by abnormal discharge of a human brain and treatment of muscle contraction caused by long-term too strong muscle tension by using a physical method. The invention also solves the problems of muscle atrophy treatment caused by poor long-term neural signals or no muscular relaxation, physical release of too strong muscle tension of muscular tissues caused by too strong voltage and too high current generated by abnormal discharge of the brain, and muscle atrophy caused by long-term low-current or no-current signal stimulation of the muscular tissues. The invention aims to solve the problem that the disease is treated only by chemical medicines or operations in the prior art, and provides a new treatment mode and method, so that the problem that the disease is treated only by chemical medicines or operations in the prior art is solved.

Description

Technical Field

[0001] The present invention relates to the medical field and provides a new physical treatment method for the problems of epileptic seizures caused by the inability to release the voltage of the whole or local brain normally, resulting in muscle spasms and loss of consciousness, pain and limb deformation caused by excessive contraction of muscle tissue due to long-term excessive muscle tension, and muscle atrophy caused by muscle weakness caused by poor or no electric current signals for a long time. Technical Background

[0002] Problems such as overall or local voltage on the surface of the brain being too high can cause epileptic seizures, excessive muscle tension causing muscle contraction, and weak or no muscle electrical signals causing muscle atrophy are all caused by electrical signals, that is, voltage and current that are too high or too low, or absent or missing. Chemical drugs and surgical treatments are currently used, where physical methods are used to release abnormal current and voltage and supplement conductors. One or more conductive devices are placed in the body for a long time or permanently to release excess voltage and current to other places or release them out, or the missing voltage and current is input from the outside through conductors fixed in the body using exogenous voltage and current, in order to solve problems such as muscle atrophy caused by low current and lack of current. Contents of the invention

[0003] The abnormal value voltage current release and supplement conductor is made of gold or conductive rubber or copper or steel or other metals or synthetic materials, etc., and is made into a spiral or linear conductor middle body, and the two ends of the middle body are connected to the sheet electrode contact surface, and the sheet electrode is divided into a flat surface, a rough surface or a coating. Plating coating, coating or film, veneer, etc., a resistor is installed in the middle of the spiral body or the linear body to prevent excessive discharge and charging. If the brain is to release ultra-high voltage, one end of the conductor is installed on the surface of the abnormal discharge part of the brain, and the other end is installed in the scalp, so that the excess voltage and current are released from the brain inside the skull to the muscle, subcutaneous and other tissues. A tube can be covered on the outside of the conductor body to prevent the conductor body from being adhered and fixed to other external tissues or parts and losing elasticity. The conductor is used in the muscle tissue part, the inner electrode can be fixed or attached to the required muscle inside or on the surface, the outer electrode can be installed under the skin or on the skin surface, and connected to the external power supply electrode. The external power supply can be set up separately to provide a set voltage and current, and connected to it to provide power. A battery can also be installed in the body to connect to the conductor to provide power. To achieve the above purpose, the present invention provides the following technical solutions

[0004] The middle body of the abnormal voltage and current release and supplement conductor can be divided into spiral and linear shapes to prevent the pulling and displacement changes caused by position changes due to movement and stillness, different postures, different times or different states between the body. The spiral body is made to be elastic to facilitate different movements and changes between the body or tissues. The spiral body has the same diameter throughout the body, a small concave waist in the middle, and a spindle-like bulging convex waist in the middle. When the spiral body is erected, the front of the spiral has a horizontal flat strip shape, a flat flat strip shape, a round strip shape, a square strip shape, etc. The middle body also has a linear shape, which is further divided into a round strip shape, a flat strip shape, a square strip shape, etc.

[0005] The two ends of the main body are used for connecting electrodes. The inside of the electrode is connected to the two ends of the middle main body. The outer surface of the electrode can be divided into flat surface, rough surface, or plated surface, or coated surface, coated surface, or film, veneer, etc., which are connected to the inside and outside of the body.

[0006] The resistor in the middle of the main body prevents complete or excessive release of voltage and current when releasing them outwards, and prevents excessive current and voltage when charging. A resistor is added to the middle of the main body to limit the amount of current and voltage.

[0007] The outer side of the middle body is covered with a barrel. The middle body can be provided with a sleeve or not. The middle body can be provided with a sleeve or not. The sleeve is covered on the outer side of the middle body to prevent the body from being adhered and fixed to external tissues or parts and losing elasticity or deteriorating elasticity. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] Figure 1 , the middle body with sleeve is a horizontal flat shape profile with the same diameter of the spiral abnormal value voltage and current release and supplementary conductor schematic diagram,

[0009] Figure 2 , the middle body with sleeve is a horizontally flat profile with concave waist spiral abnormal constant voltage current release and supplementary conductor schematic diagram,

[0010] Figure 3 , the schematic diagram of the spiral abnormal value voltage and current release and supplementary conductor with a sleeve having a convex waist and a horizontally flat profile,

[0011] Figure 4 , the middle body with sleeve is a flat and circular shape with the same diameter of abnormal value voltage and current release and compensation conductor schematic diagram,

[0012] Figure 5 , the middle body with sleeve is flat and circular, the waist-concave spiral abnormal voltage and current release and supplement conductor is schematically shown in the general diagram,

[0013] Figure 6 , the middle body with sleeve is flat and round, the convex waist spiral abnormal voltage current release and supplement conductor schematic diagram,

[0014] Figure 7 , the middle body is a horizontally flattened profile with the same diameter as the spiral abnormal value voltage and current release and supplementary conductor schematic diagram,

[0015] Figure 8 The main body in the middle is a horizontally flattened profile with a concave waist and a spiral abnormal value voltage and current release and supplementary conductor schematic diagram.

[0016] Fig. 9 The main body in the middle is a horizontally flat profile with a convex waist and a spiral abnormal value voltage and current release and supplementary conductor schematic diagram.

[0017] Fig.10 , the middle body is a flat shape and a circular shape with the same diameter spiral abnormal value voltage and current release and supplement conductor schematic diagram,

[0018] Fig.11 , the middle body is a flat and circular shape, the waist-concave spiral abnormal value voltage and current release and supplement conductor schematic diagram,

[0019] Fig.12 , the middle body is a flat and circular shape, the convex waist spiral abnormal value voltage and current release and supplement conductor schematic diagram,

[0020] Fig.13 , the schematic diagram of the abnormal voltage and current release and supplementary conductor with a circular profile in the middle,

[0021] Fig.14 , Abnormal value voltage and current release and supplement conductor spiral body horizontal flat shape profile body part, horizontal flat front diagram,

[0022] Fig.15 , abnormal value voltage and current release and supplement conductor spiral body horizontal flat shape profile body part, horizontal flat side schematic diagram,

[0023] Fig.16 , Partial schematic diagram of the circular shape of the abnormal value voltage and current release and supplement conductor body,

[0024] Fig.17 , Schematic diagram of the plane electrodes outside the electrodes at both ends of the abnormal voltage and current release and supplement conductor,

[0025] Fig.18, abnormal value voltage and current release and supplement conductor ends electrode plane. Rough surface or plated film. Plated layer. Coated surface. Painted surface or film. Veneer and other types of contact surface schematic diagram,

[0026] Fig.19 , abnormal value voltage and current release and supplement conductor body horizontal flat shape profile and flat flat shape profile and flat shape profile and two end electrodes connection diagram,

[0027] Fig. 20 , Schematic diagram of the connection between the circular shape of the conductor body and the electrodes at both ends,

[0028] Fig.21 , Schematic diagram of the resistor on the conductor body for releasing and supplementing abnormal voltage and current,

[0029] Fig. 22 , Schematic diagram of the sleeve outside the middle body of the abnormal value voltage and current release and supplement conductor,

[0030] Fig.23 , the abnormal voltage and current release and supplement conductor has a flat spiral shape with half convex waist and a top-down view.

[0031] Fig.24 , schematic diagram of abnormal voltage and current release and supplementary conductor with circular profile and sleeve,

[0032] Fig.25 , a partial front view of the flat profile of the spiral main body of the abnormal value voltage and current release and supplement transmitter,

[0033] Fig.26 , a schematic diagram of the partial side view of the flat profile of the spiral main body of the abnormal value voltage and current release and supplement conductor,

[0034] Fig. 27 , schematic diagram of the abnormal value voltage and current release and supplementary conductor of a flat profile body with a sleeve. Description of symbols

[0035] 1Horizontal flat spiral body,

[0036] 2. Schematic diagram of the electrodes at both ends and the flat surface, rough surface, plated surface, coated surface, painted surface, film, veneer, etc. on the conductor body.

[0037] 3 Schematic diagram of the plane electrode connected to the conductor,

[0038] 4 Schematic diagram of the resistor on the conductor body,

[0039] 5 The outer sleeve of the conductor,

[0040] 6 Schematic diagram of the conductor body flat shape and round shape spiral shape,

[0041] 7 Schematic diagram of the circular profile of the conductor body,

[0042] 8 Schematic diagram of the flat spiral of the middle body of the convex waist conductor from top to bottom,

[0043] 9 Schematic diagram of the flat shape of the conductor body. The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. The present invention may have various modifications, changes and combination methods. Any modifications, equivalent substitutions and improvements made within the spirit or principles of the basic characteristics of the present invention should be included in the protection scope of the present invention. The embodiments of the present invention are regarded as exemplary rather than restrictive. The claims attached to the present invention are not limited to the above description, and any drawings and marks in the claims should not be regarded as limiting the claims involved.

Claims

1. Abnormal value current and voltage release and supplementary conductor, belonging to the category of medical drugs, is used to treat epilepsy caused by abnormal discharge of the whole or part of the human brain, muscle contraction caused by long-term excessive muscle tension, and muscle relaxation and atrophy caused by poor or no nerve signals for a long time. It is characterized by include: The intermediate body made of horizontally flat profiles, flat profiles, round profiles, square profiles, etc. has a flat-waisted spiral shape with the same diameter throughout the body, a concave-waisted spiral shape with a small depression in the middle of the body, and a spindle-like convex-waisted spiral shape in the middle of the body. It also includes an intermediate body that is a flat or round line-like shape, with both ends of the body connected to electrode sheets, a resistor added to the intermediate body, and the intermediate body is divided into a sleeve and a sleeveless shape.

2. According to claim 1, the abnormal value voltage and current release and supplementary conductor includes the electrode sheets at both ends of the middle body having a flat surface, a rough surface, or a coating, a plating layer, a coating layer, or a film, a veneer, etc.

3. According to claim 1, the abnormal value current and voltage release and supplementary conductor includes a resistor installed on the middle body to prevent the release or input voltage and current from being too strong or too much to limit the device.

4. The abnormal current and voltage release and supplementary conductor according to claim 1, comprising a sleeve covering the outer surface of the intermediate body.

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