JP6337409B1 - Static eliminator that can neutralize static electricity - Google Patents

Abstract

【Task】
An object of the present invention is to provide a static eliminator that can neutralize static electricity while pressing various parts of the body.
[Solution]
The present invention includes a pressing tool capable of pressing the body, and a covering covering at least the surface of the pressing tool or the pressing tool constitutes a conductive part capable of discharging static electricity in various parts of the body, and the conductive part is discharged. The present invention relates to a static eliminator configured to be connectable to a discharge unit that discharges static electricity. Furthermore, it is preferable that the present invention is a static eliminator provided with a connection line that can be connected at one end to a ground terminal or a discharge member that is a discharge part, and the other end of the connection line is connected to the conductive part.
[Selection] Figure 4

Description

  The present invention relates to a static eliminator that can neutralize static electricity of a body by pressing.

  Static electricity is generated when an object is rubbed, when an object in contact is separated, or when a gas or liquid passes through a pipe or hose. It is known that in the human body, it is generated not only by friction of clothes, friction between blood and other fluids and blood vessels, but also by respiration, that is, friction between trachea and air, and is accumulated in the body. There is a concern that static electricity accumulated in the body may have a negative effect on health, such as causing body stiffness and swelling.

  For example, if static electricity in the body accumulates in the fat on the blood vessel wall, water molecules tend to adhere to the inner wall of the blood vessel. The more static electricity accumulates, the more water molecules will adhere to the inner wall of the blood vessel. When the blood vessel wall is positively charged, the oxygen side (minus pole) of the water molecule is attached to the blood vessel, and when the blood vessel wall is negatively charged, the hydrogen side (plus electrode) of the water molecule is attached to the blood vessel.

  As a result, the substantial diameter of the blood vessel is reduced, but at that time, blood enters a ball-throwing state as it tries to pass through the blood vessel having a reduced inner diameter, and the blood vessel swells. When the blood vessel swells, the gap between the vascular endothelial cells increases, and the water in the blood tends to come out. At that time, since the opposite charge is charged outside the blood vessel due to electrostatic induction, the water that has flowed out adheres to the blood vessel outside the blood vessel. This is the cause of poor circulation and swelling.

  On the other hand, changes occur in blood due to static electricity. Due to static electricity in the body, charge disturbance occurs on the surface of red blood cells, and red blood cells having a negative charge and red blood cells having a positive charge are combined to form beaded or clumped red blood cells. This is the cause of blood becoming muddy.

  In addition, changes occur in muscles due to static electricity. The stiff muscles are in a state of being kept in tension with the muscles still contracted by static electricity. When calcium ions are released from the sarcoplasmic reticulum, the muscles contract, and when calcium ions return to the sarcoplasmic reticulum, the muscles stretch. Calcium ions have a divalent charge, and if the body is charged with static electricity, calcium ions do not move smoothly into the muscles, making it difficult to return to the original state while the muscles are contracted. This is the cause of chronic stiffness.

  When muscles shrink due to stiffness, blood vessels shrink. When blood vessels shrink, the friction between blood vessels and blood increases, increasing static electricity. As static electricity increases, muscles shrink. Hereinafter, this vicious cycle is repeated.

  On the other hand, just doing a general massage will not remove static electricity from the body, but will only disperse the static electricity throughout the body. Therefore, the effect of improving blood flow and relaxing muscles is low, and even if temporary stiffness, swelling, or blood flow is resolved, static electricity gathers around the blood vessels again, causing stiffness and swelling to recur. There was a problem that it was easy to make.

  Therefore, techniques have been developed to allow the static electricity accumulated in the body to escape from the body and maintain health. For example, Patent Document 1 proposes a method in which a conductive rubber member is provided so as to penetrate a shoe sole, and the sole is pressed and stimulated while grounding static electricity accumulated in the body to the ground.

JP 2004-344464 A

  However, in the method described in Patent Document 1, only one part of the sole can be pressed. Even if you remove the static electricity by pressing the sole of the foot, you cannot remove the static electricity that has accumulated in the areas where the stiffness has occurred, such as the muscles of your shoulders and back. This is due to fat in the blood vessels, intestinal and cell walls, visceral fat, fat around the abdomen and around the arms, in the sagging of each part of the body, muscle and mottled body fat like marbled meat, nerves Cholesterol, neutral fat in the blood and liver, lipids occupying most of the brain, hair, and other parts of the body have fat and other insulators, and all parts of the body This is because it does not have complete conductivity. Earthing is only effective for conductors. For this reason, the method described in Patent Document 1 cannot sufficiently eliminate static electricity and cannot solve stiffness and pain in various parts of the body such as the shoulder, back, and waist.

  The present invention solves the above problems. That is, an object of the present invention is to improve a malfunctioning part of the body by discharging static electricity while pressing various parts of the body.

  The above problems can be solved by the following means [1] to [6].

  [1] A pressing tool that can press the body, and at least a surface of the pressing tool or a covering that covers the pressing tool constitutes a conductive portion that can remove static electricity at various locations on the body, and the conductive portion is static electricity that has been discharged. The static elimination apparatus comprised in the aspect which can be connected to the discharge part which discharges.

[2] A connecting wire capable of connecting one end to a ground terminal or a discharging member which is a discharging portion,
The static eliminator according to [1], wherein the other end of the connection line is connected to the conductive portion.

  [3] The static eliminator according to [2], wherein the electrical resistance of the connection line is 100 to 300 kΩ.

  [4] The static eliminator according to any one of [1] to [3], wherein the pressing tool has a structure capable of rotating and moving a position while pressing the body at at least two points.

  [5] The static elimination device according to [4], wherein the pressing tool includes at least two circumferential structures that rotate while pressing the body, and the circumferential structures are provided in parallel to each other. Instruments.

  [6] The static eliminator according to [5], wherein the pressing tool includes at least two ball-shaped structures that rotate while pressing the body, and the ball-shaped structures are connected.

  According to the present invention, it is possible to obtain a massage effect by removing static electricity while pressing various parts of the body.

The schematic diagram of the pressing tool 10. FIG. The schematic diagram of the pressing tool 20. FIG. The schematic diagram of the pressing tool 30. FIG. The schematic diagram of the static elimination instrument A. FIG. The schematic diagram which shows static elimination method A1. The schematic diagram which shows static elimination method A2. The schematic diagram of the static elimination apparatus B. FIG. The schematic diagram of the static elimination instrument C. FIG. The schematic diagram which shows the static elimination method B. FIG. The schematic diagram which shows the static elimination method C. FIG.

  Hereinafter, although explained using a drawing, the present invention is not limited to a drawing or an embodiment.

  The static eliminator includes a pressing tool capable of pressing the body, and at least a surface of the pressing tool or a covering covering the pressing tool constitutes a conductive part capable of discharging static electricity in various parts of the body, and the conductive part is neutralized. It is comprised in the aspect connectable to the discharge part which discharges static electricity. By performing massage with such a static eliminator, static electricity in various parts of the body is eliminated, and symptoms such as stiffness, swelling or pain in various parts of the body can be improved.

  The massage experience and the effect of the massage change depending on whether the massage is performed without removing static electricity or the massage is performed while removing static electricity. Compared to massage without removing static electricity, if you massage with static electricity removed, the pain felt during the massage will be slightly stronger, but the treatment area will tend to soften during the massage, The stiffness is easily reduced. Further, by performing massage while removing electricity, the force required for massage can be reduced, and a sufficient massage effect can be obtained in less than half the time of normal massage. In addition, when a massage is performed while removing electricity, it is difficult for the back-up to occur after receiving a massage with a strong force, and pain and stiffness are less likely to recur even after several days have passed since the massage.

  The static eliminator can eliminate various symptoms such as muscle stiffness, pain, and blood flow reduction by eliminating static electricity from the body. If the large muscles on the back etc. are stiff, normal physical massage will take a very long time to loosen the stiff part of the hard part even if you push or stiffen it. . Moreover, although a strong force is required for the physical massage of a part with a strong stiffness, this strong force may induce a so-called stirrer. For this reason, it is often difficult for normal physical massage to eliminate various symptoms such as muscle stiffness, pain, and decreased blood flow. The static eliminator can solve the above-mentioned symptoms instead of physical massage, stretching, bathing, or the like.

  When the body is directly pressed by the conductive portion by the static eliminator, the distance from the deep portion of the body where static electricity is accumulated to the conductive portion is physically shortened, and the deep portion of the body can be effectively discharged. On the other hand, it is difficult to remove electricity to the deep part of the body simply by bringing the conductive part into contact with the surface of the body without pressing the body. This is because the body includes a part having low conductivity such as fat and the distance from the deep part of the body where static electricity is accumulated to the conductive part is increased. Also, the force that presses the body does not necessarily have to be a strong force, but when large muscles such as the buttocks and thighs are stiff, in order to physically bring the conductive part closer to the deep part of the muscle, As a result, it is possible that a stronger force is required.

  Below, the member which comprises a static elimination instrument, the static elimination instrument, and the static elimination method using a static elimination instrument are demonstrated.

<Pressing tool>
The pressing tool is a member for pressing the body. Although it is possible to adopt a mode in which the body is pressed by hand through the conductive fiber connected to the ground terminal or the discharge member without using the pressing tool, in that case, the force or pressing by the hand Although there is an advantage of being able to massage while freely changing the way, the hands that press the body get tired, or depending on the part to be pressed, it may be necessary to have other people press the body etc. There are not a few drawbacks. The pressing tool overcomes such drawbacks, and has the advantage that even if the body is pressed, the user does not get tired and there is no need to have another person press the body.

  The pressing tool can be rotated and rolled while using the user's own weight to press each part of the body without omission with uniform force, so even if there is no subjective symptom such as stiffness, other parts of the body can be charged You can be aware of the difference in pressing sensation and the pain.

  There is no pain in the parts that do not require static elimination, and there is a feeling of pain and tsunami in the parts that require static elimination. This sensation is not limited to muscle stiffness. For example, there is an acupuncture point that is said to be effective in restoring vision around the eyes, but when you press a certain point, you feel pain, but other points may not have such pain. In such a case, if the pressing tool is used on a part where the pain is felt, the pain is eliminated. Vision has recovered when the pain disappeared.

  Even if it is used on a part where pain is not felt, there is no such effect, and even if it is pressed on a part where pain is felt without neutralizing, there is almost no effect.

  In addition, if you feel pain in the liver, the swelling or swelling of the liver part is improved by pressing the part near the liver with a pressing tool from the body surface for about several minutes. Pressing the part near the intestine from the surface of the body with a pressing tool is effective for constipation and abdominal pain. Such a portion where the effect of the pressing tool of the present invention can be obtained is the sole of the foot, the portion from the hard portion of the bone just below the throat to the top of the groove, the armpit, immediately behind the earlobe, the temple and the surrounding portion, There are countless numbers in the body, almost all around the head except for the front of the neck.

  In particular, the effect when the static electricity is removed around the head and neck using the pressing tool of the present invention is enormous. The main causes of drowsiness, fatigue, and decreased concentration are due to decreased blood flow due to electrostatic charge. By neutralizing and pressing with a pressing tool for several minutes, these symptoms disappear completely, and at least the state persists for several hours. When you can remove the static electricity, the pain disappears, so you can easily realize how long you should use the pressing tool.

  It is difficult to obtain a feeling of pain or tingling even if it is pressed without removing electricity, and it is impossible to remove pain or improve malfunction in a short time. The reason why the present invention has novelty / inventive step is, for example, the effect of diagnosing these places where neutralization is necessary and the improvement of malfunctions by static neutralization.

  As the pressing tool, there can be used various shapes such as a spherical shape, a cylindrical shape, a shape obtained by connecting spherical shapes, and a shape that does not roll. Moreover, you may use what provided the groove | channel or the unevenness | corrugation in the surface of the pressing tool.

  FIG. 1 is a schematic diagram of the pressing tool 10. The pressing tool 10 includes a flat columnar portion (hereinafter referred to as a columnar portion) 11, a columnar portion 12, a pipe-shaped connecting portion 13, and the like. The columnar portion 11 and the columnar portion 12 are connected by a pipe-shaped connecting portion 13. The pipe-shaped connecting portion 13 may be adjusted in length as appropriate. By adjusting the length of the pipe-like connecting portion 13, the pressing location can be adjusted as appropriate, or the pressing tool 10 can be deformed according to the body shape. The pressing tool 10 can be massaged while rolling. A straight line passing through the centers of the columnar part 11 and the columnar part 12 can be rotated as a rotation axis. The columnar side surface portion of the columnar portion 11 is a place that presses the body. The part where the cylindrical part 12 presses the body is determined in the same manner as in the cylindrical part 11. The pressing tool 10 may include a ground wire 14. In this case, a conductive material is used for the pressing tool 10.

  FIG. 2 is a schematic diagram of the pressing tool 20. The pressing tool 20 includes a spherical portion 21, a spherical portion 22, a connecting portion 23, and the like. The spherical portion 21 and the spherical portion 22 have a spherical shape and are connected by a bar-shaped connecting portion 23. You may enable it to adjust the length of the bar-shaped connection part 23 suitably. By adjusting the length of the bar-shaped connecting portion 23, the pressing location can be adjusted appropriately, or the pressing tool 20 can be deformed according to the body shape. The pressing tool 20 can rotate with a straight line passing through the centers of the spherical portion 21 and the spherical portion 22 as a rotation axis. A circumferential portion where the cross section passing through the center of the spherical portion 21 and perpendicular to the rotation axis intersects with the surface of the spherical portion 21 is a place where the body is pressed. The location where the spherical portion 22 presses the body is determined in the same manner as in the spherical portion 21. Note that the pressing tool 20 may include a ground wire 24. In this case, a conductive material is used for the pressing tool 20.

  FIG. 3 is a schematic diagram of the pressing tool 30. The pressing tool 30 includes a spherical portion 31, a spherical portion 32, a connecting portion 33, and the like. The spherical portion 31 and the spherical portion 32 have a spherical shape and are connected by a connecting portion 33. The spherical portion 31 and the spherical portion 32 are integrally configured so that a part of the spherical shape is shared with each other. The pressing tool 30 is rotatable about a straight line passing through the centers of the spherical portion 31 and the spherical portion 32 as a rotation axis. A circumferential portion where the cross section passing through the center of the spherical portion 31 and perpendicular to the rotation axis intersects with the surface of the spherical portion 31 is a place that presses the body. The location where the spherical portion 32 presses the body is determined in the same manner as in the spherical portion 31. The pressing tool 30 may include a ground wire 34. In this case, a conductive material is used for the pressing tool 30.

  Since the pressing tool 30 is connected to at least two rotating spherical structures, it can be massaged while rolling. Therefore, the body and the pressing tool 30 are less likely to shake from side to side, and a stable massage can be performed.

  Like the pressing tool 10, the pressing tool 20, or the pressing tool 30, it is preferable to have a configuration that can be used while grounding at least two points and pressing the body at two points and rolling in parallel. Thereby, the location which can be massaged always becomes two or more places, and it becomes easy to stabilize the body when the pressing tool is rolled under the body. Since it becomes easy to reciprocate and press a strong part, a high massage effect can be obtained. In addition, since at least two circumferential structures that rotate while pressing the body are provided and the circumferential structures are provided in parallel, the pressing tool can be used while reciprocating in a certain direction. . Therefore, the body and the pressing tool are less likely to shake from side to side, and a stable massage can be performed. In addition, since the pressing tool moves linearly on the body, it is possible to find a part with a solid shape as if painting with a roller or brush.

  Moreover, the pressing tool 10 can also perform massage by pressing only one of the cylindrical portions against the body. Similarly, the pressing tool 20 or the pressing tool 30 can perform massage by pressing only one of the spherical portions against the body.

  The material which comprises a pressing tool is not specifically limited. When the pressing tool is covered with a conductive covering as will be described later, the pressing tool may be a material having a predetermined hardness. For example, wood, metal, or resin can be used. When using resin, it is preferable that the rubber hardness of resin is 40 or more. If the rubber hardness of the resin is less than 40, the pressing tool becomes too soft, the massage effect is weakened, and it tends to be difficult to remove static electricity in the deep part of the body. The rubber hardness of the resin can be measured according to JIS K 6253.

  As a conductive material constituting at least the surface of the pressing tool, for example, a conductive metal or a conductive resin can be used. Examples of the conductive metal include silver, iron, aluminum, copper, brass, and stainless steel. Examples of the resin having conductivity include a conductive polymer or a resin composition containing carbon. When using the resin composition containing carbon, it is preferable that content of carbon is 0.1-50 mass%. If the carbon content is less than 0.1% by mass, it will be difficult to obtain sufficient conductivity for eliminating static electricity. If the carbon content exceeds 50% by mass, various physical properties of the resin will be exhibited. It tends to be difficult. As the resin composition containing carbon, specifically, a resin containing carbon can be used. Moreover, you may comprise not only the surface of a pressing tool but the whole pressing tool with the material which has electroconductivity.

<Conductive part>
The conductive portion has conductivity that can neutralize static electricity of the body. The electrical resistance of the conductive part is not particularly limited, but considering that the electrical resistance of the skin is about 4 to 5 kΩ when dry, it is preferably 1 kΩ or lower, which is lower than that. When the electrical resistance of the conductive part exceeds 1 MΩ, it tends to be difficult to obtain sufficient conductivity for eliminating static electricity.

  The conductive portion may be provided on the surface of the pressing tool as described above, or may be provided on a covering that covers the pressing tool as described later.

  As a covering covering the pressing tool, a covering using conductive fibers can be used. Conductive fibers are woven into the covering using the conductive fibers. The amount of conductive fibers knitted into the covering is preferably 1 to 50% by mass. When the amount of the conductive fiber is less than 1% by mass, sufficient conductivity tends to be hardly obtained. When the amount of the conductive fiber exceeds 50% by mass, the touch and cost tend to be problematic.

  The kind of conductive fiber is not particularly limited. A conductive metal fiber, a conductive resin fiber, or the like can be used. Examples of conductive metal fibers include fibers using silver, iron, aluminum, copper, brass, or stainless steel. Examples of the fiber of the resin having conductivity include a fiber using a conductive polymer or a resin composition containing carbon. When using the fiber using the resin composition containing carbon, it is preferable that content of carbon is 0.1-50 mass%. When the carbon content is less than 0.1% by mass, sufficient conductivity tends to be hardly obtained, and when the carbon content exceeds 50% by mass, various physical properties of the resin tend not to be exhibited. It is in.

  When using a static eliminator, sebum or the like adheres to the covering. The attached sebum may make it difficult to remove static electricity from the body. Even if it becomes difficult to remove electricity, the effect of removing electricity is recovered by washing the covering, but the effect of removing electricity tends to decrease as washing is repeated. Therefore, it is preferable to adopt a configuration in which the static eliminator can be repeatedly used as a configuration in which the contact portion between the covering and the pressing tool can be appropriately changed without repeating washing of the covering.

  In order to make it possible to replace the contact portion between the cover and the pressing tool as needed, it is preferable that the contact surface can be changed by shifting the position of the cover relative to the pressing tool.

  Such a configuration can be realized by, for example, putting a pressing tool in a large bag-shaped covering, or wrapping the pressing tool with a large covering. Although what kind of thing is used is not particularly limited, for example, a covering having a larger area than the surface area of the pressing tool or a bag-shaped covering having a capacity larger than the volume of the pressing tool is used. Can be.

<Connection line>
One end of the connection line can be connected to a ground terminal or a discharge member as a discharge part. The other end of the connection line can be connected to the conductive portion. As the connection line, a conductor such as a general ground line can be used.

  Although the aspect which connects the other end of a connection line to a coating body is not specifically limited, From a viewpoint which makes a covering body easy to wash, a metal button etc. which have conductivity in a covering body are provided, and the other end of a connection line is provided. It is preferable that the button or the like is sandwiched by a configured clip or the like.

  The length of the connecting wire is preferably 3 m or more from the viewpoint of enabling massage at a location some distance from the ground terminal and preventing the connecting wire from being twisted and deformed.

  Also, without connecting the connecting wire directly to the conductive part of the static eliminator, use a pressing tool covered with a conductive covering on the conductive sheet connected to the discharge part, or connect the conductive line to the discharge part. The sheet can be used as a conductive portion with a pressing tool placed under the sheet. Moreover, it can also press a body with a pressing tool through the said clothing using clothes, such as a conductive shirt connected to the discharge part, as a conductive part.

  The electrical resistance of the connection line is not particularly limited, but it is preferable that the electrical resistance of the connection line is 100 to 300 kΩ in consideration of safety when grounding from a household outlet.

  100V and 200V are adopted for household power supplies. Since current (A) = voltage (V) / resistance (Ω), for example, when the resistance is 100 kΩ, 100 V / 100000Ω = 0.001 A = 1 mA. Similarly, in the case of 200 V, the current is 2 mA with a resistance of 100 kΩ.

The effects of current on the body are as follows.
1 mA: Feeling 5 mA: Pain 10 mA: Unbearable 20 mA: Convulsions, unable to move

<Discharge part>
As the discharge part, a ground terminal or a discharge member can be used. The discharging member is a member that uses corona discharge to release static electricity into the air, and is a member that contains metal thin and short fibers. Corona discharge is a phenomenon in which when there is a conductive fiber in the immediate vicinity of an object that has accumulated static electricity, electricity is positively discharged into the air or the like through the conductive fiber. The form of the discharging member is not particularly limited, but may be, for example, a piece of paper, a rope, or a bracelet. The ground terminal has an advantage that the discharge effect is higher than that of the discharge member. Further, the discharging member has an advantage that massage can be performed even in a place where there is no ground terminal or a place far from the ground terminal.

<Static removal equipment A>
The static eliminator can be configured, for example, as the static eliminator A40 shown in FIG. 4 or the static eliminator B60 shown in FIG.

  FIG. 4 is a schematic diagram of the static eliminator A40. The static eliminator A40 includes a spherical portion 41, a spherical portion 42, a covering 43, a rubber band 44, a ground wire 45, a clip 46, and the like. As will be described later, the back or the like can be massaged by placing the back or the like on the static eliminator A40 with the bare skin. Note that a back or the like may be placed on the static eliminator A40 via the conductive clothing while wearing the conductive clothing. The pressing tool is the same as the pressing tool 30 shown in FIG.

  The diameter of the spherical portion 41 and the spherical portion 42 is not particularly limited, but is preferably 4 to 30 cm. If the diameter is less than 4 cm, the spherical portion 41 and the spherical portion 42 are too small to roll, and the effect tends to be reduced. On the other hand, when the diameter exceeds 30 cm, the spherical portion 41 and the spherical portion 42 are too large, making it difficult to locally press the body, and the effect tends to be reduced. The diameters of the spherical portion 41 and the spherical portion 42 are not necessarily the same.

  The pressing tool is covered with a large covering 43. In order to prevent the static elimination performance from being deteriorated due to sebum, dirt, etc., for example, it is possible to always press at a new portion while shifting the contact position of the covering every day and every week. As the conductor, conductive silver fiber or the like can be used.

  The rubber band 44 binds and fixes the pressing tool and the covering body 43 at the connecting portion between the spherical portion 41 and the spherical portion 42. Since the covering body 43 has a larger bag shape than the pressing tool, the covering body 43 is bound by a rubber band 44 or the like in a folded state.

  By sandwiching the covering 43 with the clip 46 provided at the other end of the ground wire 45, the covering 43 and the ground wire 45 can be connected. One end of the ground wire 45 can be connected to a ground terminal or a discharge member. The covering 43 has a bag shape larger than that of the pressing tool (for example, has a width of twice or more the entire length of the pressing tool) and is connected to the ground wire 45 near the position farthest from the pressing tool. By doing so, the damage by the weight of the clip 46 at the time of pressing a body can be prevented.

<Static elimination method A1>
FIG. 5 is a schematic diagram of a static elimination method A1 using the static elimination appliance A40. The static elimination method A1 is a static elimination method using the static eliminator A40 shown in FIG. In the static elimination method A1, first, one end of the ground wire 45 of the static eliminator A40 is connected to an earth terminal or a discharge member. Next, the other end of the ground wire 45 is connected to the covering 43. Then, the user 48 lies on the static eliminator A40 with his / her back without wearing clothes. If it is cold, you can put a futon or bath towel on it.

  The static eliminator A40 has a spherical portion 41 and a spherical portion 42 covered with a covering 43. Therefore, for example, the rotation axis passing through the centers of the spherical part 41 and the spherical part 42 is perpendicular to the direction of the back muscles of the body, and the position of the connecting part of the spherical part 41 and the spherical part 42 is the position of the spine of the body. The static eliminator A40 is arranged so as to overlap, and the back can be pressed while moving the body in the back muscle direction. As a result, the left and right sides of the body can be massaged evenly with the posture stabilized.

  The pressing step of pressing the back with a pressing tool as described above is useful not only for massaging the back, but also for removing static electricity accumulated in the deep part of the back by the pressure when pressing. In addition, by applying at least two points of the pressing tool to the back and pressing the back while rotating the pressing tool, there are always two or more places where neutralization massage can be performed, and a high massage effect not obtained by normal massage can be obtained. . Furthermore, since the back can be pressed while removing electricity at at least two points, static electricity in the vicinity of the pressed portion can easily move, and the electricity can be easily removed by repeating massage.

  The back of the bare skin is pressed and discharged through the covering 43. As a result, static electricity in various places on the back is removed, and it is easy to remove back stiffness, swelling and pain.

  The discharged static electricity passes through the ground wire 45 and is discharged at the ground terminal or the discharging member. In this way, by providing a discharging step of discharging the static electricity that has been eliminated by the ground terminal or the discharging member connected to the covering 43, it is possible to prevent the static electricity that has been eliminated from being taken into the body again, and massage. The effect can be enhanced and the massage effect can be sustained.

  In the static elimination method A1, the method of massaging the back of the bare skin has been described, but it is also effective to massage the neck, shoulders, waist, thighs, etc. of the bare skin with the static elimination device A40.

<Static elimination method A2>
FIG. 6 shows the static elimination method A2. The static elimination method A2 is a static elimination method using the static eliminator A40 shown in FIG. In the static elimination method A2, the conductive sheet 47 serves as a cord connected to the ground wire. One end of the ground wire 45 is connected to a ground terminal or a discharge member, and the other end of the ground wire 45 is connected to the conductive sheet 47 by a clip 46. As a result, the ground wire is not disturbed, and there is no risk of damage to the clip. The user 48 lies on the static eliminator A40 on the conductive sheet 47 with his / her bare skin without wearing clothes.

  The static eliminator A40 has a spherical portion 41 and a spherical portion 42 covered with a covering 43. Therefore, for example, the rotation axis passing through the centers of the spherical part 41 and the spherical part 42 is perpendicular to the direction of the back muscles of the body, and the position of the connecting part of the spherical part 41 and the spherical part 42 is the position of the spine of the body. In a state where the static eliminator A40 is arranged so as to overlap, it is possible to sleep without moving the body. At this time, since there are two places where the pressing tool hits the body, the posture is less likely to collapse than in the case where there is only one place hitting the body, and a moderate pressure is applied to the back. However, the left and right sides of the body can be pressed evenly without effort.

  The pressing step of pressing the back with a pressing tool as described above is useful not only for massaging the back, but also for removing static electricity accumulated in the deep part of the back by the pressure when pressing. In addition, by sleeping with at least two points of the pressing tool on the back, there are always two or more places where static elimination massage can be performed, and a high massage effect not obtained in normal massage can be obtained. In addition, since the back can be pressed while performing static elimination at at least two points, static electricity in the vicinity of the pressed location is likely to move, and static elimination is facilitated.

  In addition, while sleeping, the body muscles tend to become loose. The ability to press the back while the body muscles are relaxed makes it easier to remove static electricity in the deep part of the body. In addition, static electricity generated from appliances or the like used on a daily basis and induced in the human body may accumulate in the human body. Such static electricity may interfere with deep sleep, but neutralization also has the effect of supporting deep sleep, so sleeping while neutralizing creates a deep sleep state with the muscles relaxed, deep in the body Static electricity can be removed. Furthermore, static elimination also has the effect of arranging the body clock, and by eliminating static electricity when moving to a place with a time difference, it is possible to prevent time difference blur and to adapt to new time zones at an early stage. . If the pressing tool of the present invention is used, it is possible to efficiently remove static electricity from the whole body, and thus it is possible to ensure better quality sleep.

  When the back of the bare skin is pressed through the covering 43, static electricity accumulated on the back is discharged through the covering 43. The discharged static electricity is conducted from the covering 43 to the conductive sheet 47 and is discharged through the ground wire 45 at the ground terminal or the discharge member. In the static elimination method A2, in addition to the back of the bare skin, the neck, shoulders, waist, thighs, etc. of the bare skin can be massaged.

<Static removal equipment B>
FIG. 7 is a schematic diagram of the static eliminator B60. B60 includes a roller 61, a roller 62, a connecting portion 63, a gripping portion 64, a ground wire 65, and the like.

  The roller 61 and the roller 62 are pressing tools that press the body, and have the same structure as the pressing tool 10 illustrated in FIG. The roller 61 and the roller 62 have a flat cylindrical shape and are connected to the connecting portion 63 in a manner that allows rotation. Each roller 61 and roller 62 rotate around a straight line passing through the center of each cylinder. Further, when a face or the like is pressed while rotating each roller 61 and roller 62, the face or the like is pressed by the side surface portion of each column.

  Although the diameter of the roller 61 and the roller 62 is not specifically limited, It is preferable that it is 1-4 cm. If the diameter of the roller is too large or too small, the effect tends to be reduced. In addition, the diameter of the roller 61 and the roller 62 does not need to be the same.

  The ground wire 65 is provided at the end of the grip portion 64. The static electricity removed by each roller passes through the inside of the grip portion 64 via the connecting portion 63 and is conducted to the ground wire 65.

  The roller 61 and the roller 62 may be made of an insulating material. In that case, each roller is covered with a conductive covering, or a conductive fiber or the like is placed on the massage portion and grounded ( Static electricity from the face, etc. can be removed by using a device.

<Static removal equipment C>
FIG. 8 is a schematic diagram of the static eliminator C70. The static eliminator C70 includes a roller 71, a roller 72, a connecting portion 73, a gripping portion 74, a ground wire 75, and the like.

  The roller 71 and the roller 72 are pressing tools that press the body. The roller 71 and the roller 72 have a spherical shape and are connected to the connecting portion 73, and rotate around a straight line passing through the center of the sphere and the connecting portion 73. Further, when the face or the like is pressed while rotating each roller, the face or the like is pressed by the spherical surface.

  Although the diameter of the roller 71 and the roller 72 is not specifically limited for the same reason as FIG. 7, it is preferable that it is 1-4 cm.

  The ground wire 75 is provided at the end of the grip portion 74. The static electricity removed by the rollers 71 and 72 passes through the inside of the gripping part 74 via the connecting part 73 and is conducted to the ground wire 75. The manner of joining the inside of the gripping portion 74 and the ground wire 75 is not particularly limited as long as static electricity conducted inside the gripping portion 74 can be conducted to the ground wire 75. In FIG. 8, the ground wire 75 is provided at the end of the gripping portion 74, but the position to which the ground wire is connected is not particularly limited as long as static electricity is conducted to the ground wire 75.

  The rollers 71 and 72 can also be made of an insulating material. The usage method in that case is the same as in FIG.

<Static elimination method B>
FIG. 9 is a schematic diagram of the static elimination method B. The static elimination method B is a method using the static eliminator C70 shown in FIG. In the static elimination method B, first, the ground wire 75 of the static eliminator C70 is connected to a ground terminal or a discharge member. And the user 76 rotates the roller 71 and the roller 72, pressing the face of a bare skin etc. with the roller 71 and the roller 72 of the static elimination apparatus C70.

  Pressing the face with a pressing tool as described above is useful not only for massaging the face but also for eliminating static electricity accumulated in the deep part of the face. Further, by applying at least two points of the pressing tool to the face and pressing the face while rotating the pressing tool, a high massage effect can be obtained. Furthermore, since the face can be pressed while removing electricity at at least two points, static electricity in the vicinity of the pressed point is likely to move, and it is easier to remove electricity by repeating massage.

  The rollers 71 and 72 have conductivity. Therefore, when the bare skin face is pressed by each roller, static electricity accumulated on the face is removed through each roller. In this way, by removing the static electricity by pressing various parts of the face with the pressing tool, it is possible to obtain a facial effect such as massaging facial muscles such as napped muscles and facial expression muscles and removing facial swelling. In addition, by neutralizing each part of the face with the pressing tool, effects such as small pores, no sebum, soft face and small face can be obtained. Even after one or more days have passed since the massage, the state of good blood circulation can be maintained. Furthermore, by removing electricity while pressing the nose with the pressing tool, the effect that the nose becomes smaller and softer, the nose becomes higher and the nose muscles pass through can be obtained. The effect of restoring visual acuity can also be obtained by neutralizing the acupuncture points around the eyes with a pressing tool (the part that feels pain and irritation compared to other parts when pressed with a static eliminator). The effect is enhanced by performing the massage regularly, for example, once a day or a plurality of times every day.

  In the static elimination method B, the method of massaging the face has been described, but it is also effective to massage the neck, shoulders, arms, legs, etc. of the bare skin with the static eliminator C70.

<Static elimination method C>
FIG. 10 is a schematic diagram of the static elimination method C. The static elimination method C is a method using a commercially available massager. A product obtained by covering the pressing portion of a commercially available massager 81 with a conductive cloth 82 and connecting a ground wire 84 to the conductive cloth 82 is used as the static eliminator D80. The rubber band 83 binds the conductive cloth 82 and fixes the pressing portion. In FIG. 10, the conductive cloth 82 is used as the conductive portion. However, the conductive portion may have a sheet shape, a mesh shape, a thin belt shape, or other shapes as long as it has conductivity. The user 85 massages various parts of the face while pressing the bare skin face or the like with the static eliminator D80. In this way, by pressing each part of the face with the pressing portion to remove electricity, a facial effect such as massaging the facial muscles or removing swelling of the face can be obtained. In addition, effects such as small pores, no sebum, soft face and small face can be obtained. The effect is enhanced by performing the massage regularly, for example, once a day or a plurality of times every day.

  In the static elimination method C, the method of massaging the face has been described, but it is also effective to massage the neck, shoulders, arms, legs, etc. of the bare skin with the static eliminator D80.

(Comparative Example 1)
The subject M lies on his back without wearing the upper body, and presses the pressing tool having the same shape as the pressing tool shown in FIG. While rotating, the position of the pressing tool was moved. The pressing tool continued to move until the entire area of the back was pressed once. As a result, the subject M did not particularly feel pain.

Example 1
After finishing the experiment according to Comparative Example 1, the same subject M turned upside down without wearing clothes on the upper body, and rotated the static elimination device A shown in FIG. The position of the instrument A was moved. The static eliminator A was used after one end of the ground wire of the static eliminator A was connected to the ground terminal. When the subject M felt pain in the middle of moving the static eliminator A, the movement of the static eliminator A was temporarily stopped and the pressing at the same position was continued. When the subject M felt pain, when the pressing by the static eliminator A was continued, the pain gradually eased and the pain was not felt about 30 seconds after the pressing at the same position was started. When the subject M no longer feels pain, the static eliminator A is rotated again while pressing against the back, and the movement of the static eliminator A is continued until the entire range of the back is pressed once. As a result, subject M felt pain at one location on his back, but was able to remove the pain.

  From the results of these experiments, it was confirmed that pain could not be found only by pressing without neutralizing, but it was possible to find pain in the body by pressing while neutralizing using the static eliminator A. It was also confirmed that the pain that was found could be removed by continuing to press the area where body pain was felt while removing electricity.

(Example 2)
The static eliminator D shown in FIG. 10 was rotated while being pressed against the face of the subject M, and the position of the static eliminator D was moved. The static eliminator D was used after one end of the ground wire was connected to the ground terminal. It is possible to confirm the effect that the pores of the face of the subject M become smaller, the sebum becomes difficult to come out, the face becomes softer, the face becomes smaller by repeating the massage for about 5 minutes once a day for 2 days. did it. Moreover, even after 24 hours had passed since the end of the massage on the second day, it was found that the face was reddish and the condition of good circulation continued.

DESCRIPTION OF SYMBOLS 10 Pressing tool, 11 Flat cylindrical part, 12 Flat cylindrical part, 13 Pipe-shaped connection part,
14 Grounding wire 20 Pressing tool, 21 Spherical part, 22 Spherical part, 23 Connecting part, 24 Grounding wire 30 Pressing tool, 31 Spherical part, 32 Spherical part, 33 Connecting part, 34 Grounding wire 40 Static eliminator A, 41 Spherical part, 42 spherical portion, 43 covering, 44 rubber band,
45 ground wire, 46 clips, 47 conductive sheets, 48 users,
60 Static eliminator B, 61 roller, 62 roller, 63 connection part, 64 grip part,
65 Ground wire,
70 Static eliminator C, 71 roller, 72 roller, 73 connecting part, 74 gripping part,
75 ground wire, 76 user, 80 static eliminator D,
81 Massager, 82 Conductive cloth, 83 Rubber band, 84 Ground wire, 85 User

Claims (5)

It has a pressing tool that can press the body,
The covering that covers at least the surface of the pressing tool or the pressing tool constitutes a conductive part that can neutralize static electricity in various parts of the body,
The conductive part is configured in a manner that can be connected to a discharge part that discharges static electricity that has been neutralized,
A static eliminator having a structure in which the pressing tool can rotate and move its position while pressing the body at at least two points. Provided with a connecting wire that can connect one end to a grounding terminal or discharging member that is a discharging part,
The static elimination apparatus of Claim 1 with which the other end of the connection line is connected to the electroconductive part. The static elimination apparatus of Claim 2 whose electrical resistance of a connection line is 100-300 kohm. The pressing tool includes at least two circumferential structures that rotate while pressing the body, and the circumferential structures are provided to be parallel to each other. Static neutralizer. The static eliminator according to any one of claims 1 to 3 , wherein the pressing tool includes at least two ball-like structures that rotate while pressing the body, and the ball-like structures are connected.

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