JP2007097847A - Necklace having magnetic therapy function - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a necklace having a magnetic therapy function capable of accurately applying a magnetic force to an affected part to be treated by adjusting the position of a magnetism generating portion in wearing, effectively exerting the magnetic force and treating the affected part while retaining its superior ornamental property, and being used while sufficiently exerting its function as a medical appliance. <P>SOLUTION: This necklace having a magnetic therapy function is so formed that a long member 11 having an appropriate length is molded of a magnetic body, a cross-sectionally divided face 13 along the length direction of the long member 11 is magnetized into an S pole and an N pole respectively to form a rope body 12, a retaining body 16 movable along the length direction of the rope body 12 is provided, a magnetic member 20 formed of a spherical body whose polarity is divided into the S pole and the N pole at the semispherical division face is disposed in the retaining body 16, and the magnetic member 20 rotationally moves to attract a magnetic attraction face having the opposite polarity to a magnetic attraction face of the rope body 12 so that a part generating the maximum magnetic flux density F of the magnetic member 20 face inward the necklace body 10. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a necklace having a magnetic therapy function capable of performing magnetic therapy such as releasing a stiff shoulder or promoting blood circulation using magnetism of a permanent magnet.

  2. Description of the Related Art Conventionally, for example, there is a so-called magnetic necklace called a magnetic necklace in which a long necklace is provided with a magnet and a shoulder is released by a magnetic force generated from the magnet to promote blood circulation.

  As this type of necklace, for example, there is a necklace using a magnetized perforated ball ball of Patent Document 1. The ball ball in this necklace has a hole penetrating the ball portion, and a shaft tube is fixed to the hole, and a magnet is fixed to the shaft tube to fix the positional relationship of the magnet with respect to the ball portion. This makes it easy to pass the string through the magnet so that the necklace can be easily manufactured, and the manufactured necklace can also be used as a health device.

In addition, there is a magnetic necklace in which a columnar permanent magnet body is housed in a part of a capsule provided in a cylindrical shape, and the capsule is connected with a string-like member to form an annular shape (see, for example, Patent Document 2).
In this magnetic necklace, the permanent magnet body is held by a spacer so that the permanent magnet body and the axis of the capsule are coaxial, and even if the posture of the capsule changes when the magnetic necklace is mounted on the body, Variations in magnetic flux density can be suppressed, and variations in magnetic flux density on the capsule surface are suppressed.
JP 2004-81342 A JP 2005-131120 A

However, since the necklaces of Patent Document 1 and Patent Document 2 are necklaces of a type in which ball balls or capsules equipped with magnets are connected with strings, the positional relationship of the magnets is fixed with respect to the necklace body. It was. When these necklaces were worn, the position of the magnet on the body was almost fixed, and it was not possible to move the magnet with respect to the string to treat it according to the position of the specific affected part. Furthermore, the interval between the magnets was also fixed.
In addition, if the necklace shakes during wearing, the necklace easily shifts or rotates with respect to the body, so it is difficult to concentrate and treat the affected area, and the function as a medical device cannot be maintained. There wasn't.

  In addition, these necklaces have a structure in which a magnet is completely housed in a ball part or a capsule, so there may be restrictions on the design. For example, when the magnet is enlarged to increase magnetism, The entire capsule becomes large, which may cause the decoration of the entire necklace to be lost.

Furthermore, these necklaces have a structure in which a magnet is simply mounted inside a ball part or a capsule, and there is a problem that the direction and size of the magnetic force are not considered when the interior is mounted.
Here, the permanent magnet has a magnetic pole composed of an S pole and an N pole, and the magnetic flux is concentrated on the S pole and the N pole. In particular, the magnetic force on the tip side of the magnetic pole is the largest.
For example, in the ball ball of Patent Document 1, when determining the polarity of the magnet, if the S pole and the N pole are separated at right angles to the direction of the magnet hole, the S pole and the N pole are passed through the magnet hole. Therefore, the maximum magnetic flux density portion cannot be set to the direction of the affected part when a necklace equipped with this magnet is attached. For this reason, it cannot be said that the function as a magnetic necklace is fully exhibited in this case.

On the other hand, when the S pole and the N pole are separated in parallel to the direction of the hole, the S pole and the N pole can be set to the direction of the affected part, but each ball ball is rotatable with respect to the string. Therefore, in reality, the orientation of the magnetic poles of the ball ball is not constant, and the maximum magnetic flux density portion of the S pole and the N pole is not always in a direction in contact with the affected part.
As described above, it is difficult to say that the necklace can be attached to the affected part in a state where the strength of the magnetic force is sufficiently exerted, and when viewed as a medical instrument, the therapeutic effect is low.

  The present invention has been developed in view of the conventional problems, and its purpose is to accurately apply a magnetic force to the affected area to be treated by adjusting the position of the magnetic generation site at the time of wearing, In addition, a necklace having a magnetic treatment function that can treat an affected part by effectively exerting a magnetic force while maintaining excellent decorativeness and that can be used while sufficiently exhibiting its function as a medical instrument is provided. There is.

  In order to achieve the above object, the invention according to claim 1 is to form a long member having an appropriate length, and to provide a holding body movably in the length direction of the long member. It is a necklace having a magnetic therapy function in which a magnetic member that generates a maximum magnetic flux density is disposed inward of the necklace body.

  According to the second aspect of the present invention, a long member having an appropriate length is formed of a magnetic material, and a south pole and a north pole are magnetized on a cross-section plane along the length direction of the long member. A rope body is formed, a holding body movable along the length of the rope body is provided, and a magnetic member made of a spherical body in which the magnetic pole is divided into the S pole and the N pole on the hemispherical dividing surface is arranged in the holding body. The magnetic member is pivoted so as to magnetize the magnetized surface of the rope body and the magnetized surface of a different polarity, so that the portion of the magnetic member generating the maximum magnetic flux density is generated inward of the necklace body. A necklace having a magnetic therapy function.

  The invention according to claim 3 has a magnetic therapy function in which a fastening member is fixed to one end of a free end portion of a long member, and a fastening member that can be fixed by inserting a fastening member into the other end is fixed. It has a necklace.

  In the invention according to claim 4, the free end portion of the long member is covered with a cap, the free end portion is wound and the different poles positioned in the length direction of the long member are adsorbed to each other to have an appropriate diameter. It is a necklace having a magnetic therapy function that constitutes an annular body that can be adjusted.

  The invention which concerns on Claim 5 is the necklace which has the magnetic therapy function which integrated the magnet in the holding member holding the adsorption | suction of annular bodies in the middle of the adsorption | suction site | part of an annular body.

According to the first aspect of the present invention, it is possible to provide a magnetic generating part having a magnetic therapeutic effect on the elongated necklace, and at the time of wearing, the position of the magnetic generating part is adjusted to accurately adjust the affected part to be treated. As a medical instrument, it can be applied with magnetic force and can be worn while maintaining the decoration of the necklace body. A necklace having a magnetic therapy function that can be used while sufficiently exhibiting the function can be provided.
In addition, it can be used by any user, can be worn while adjusting the location of the magnetism corresponding to the affected part of each user, and anyone can easily use it while demonstrating the magnetic treatment function. This necklace has a magnetic therapy function.

According to the second aspect of the present invention, the position of the magnetic generation site can be adjusted at the time of wearing to accurately apply a magnetic force to the affected area, and even when the magnetic generation site is adjusted, the maximum magnetic member is always on the affected area side. Since the part which generates magnetic flux density can be arranged, it is a necklace having a magnetic treatment function that can always treat the affected part most effectively by maximizing the magnetic force.
Further, not only does the decorativeness of the necklace body not be impaired, but also the decorativeness of the necklace body can be enhanced by forming the necklace body with ferrite powder, rare earth / cobalt alloy powder, or the like.
Furthermore, even for the affected part position that is different for each user, it can be attached to the affected part position by moving and adjusting to the magnetic generation site, and it prevents the whole necklace from fitting and fitting naturally to the body. The necklace that can maintain a pressed state at a pinpoint is a necklace that can exhibit a more excellent therapeutic effect, and these can provide a necklace having a magnetic therapeutic function with extremely high commercial value.

  According to the invention of claim 3, the necklace having a magnetic therapy function that can be easily attached and detached and can be worn while maintaining the position of the magnetism generation site with respect to the affected area while maintaining excellent decorativeness. Can provide. In addition to normal wearing, it has a decorative property as a so-called pendant top, in which a fastening member and a fastening cylinder are placed in front of the body. Can also be demonstrated.

  According to the invention of claim 4, magnetic therapy that can be mounted while adjusting the mounting state for each user by arbitrarily changing the ring diameter, and can exhibit a therapeutic function while improving functional beauty as a necklace A necklace having a function can be provided.

  According to the invention which concerns on Claim 5, even if it is a rope body of a thin diameter, adsorption | suction performance can be maintained, the decoration function as a necklace can be exhibited effectively, and the annular diameter of an annular body is suitably set according to a user's liking. It is possible to provide a necklace having a magnetic therapy function that can be adjusted.

Hereinafter, embodiments and actions of a necklace having a magnetic therapy function according to the present invention will be described in detail with reference to the drawings.
FIG. 1 shows an example of a necklace having a magnetic therapy function in the present invention. The long member 11 in the necklace body 10 is formed to have an appropriate length corresponding to the length of the necklace body 10. In the present embodiment, the long member 11 is made of a magnetic material and is roped. The body 12 is configured.
Examples of the magnetic material of the rope body 12 include calcining and pulverizing Fe ₃ O ₄ as a raw material, molding and firing, and forming an anisotropic ferrite magnet into a flexible linear shape, or ferrite powder or A rare earth / cobalt alloy powder is mixed with a resin as a binder and formed into a flexible linear shape by extrusion. In addition, various materials can be mentioned as this magnetic material. For example, a thermoplastic resin or a thermosetting resin and ferrite powder or rare earth magnet powder are mixed and kneaded to be uniform, and then molded by injection molding. Plastic magnets or rubber magnets.

  The rope body 12 may be magnetized by a magnetizer after the thin film 14 is coated as will be described later. However, the rope body 12 may be preliminarily magnetized when the rope body 12 is extruded. A single pole of S and N poles is magnetized on the cross-section surface 13 along the length direction of the rope body 12. Moreover, you may give the process which memorize | stores a shape beforehand at the time of extrusion molding so that the shape of the rope body 12 may become a ring shape as a necklace.

A thin film 14 is provided on the outer surface of the rope body 12 so as to be covered with a resin heat-shrinkable cylindrical film that shrinks when heated. The thin film 14 can also have shape memory so that the rope body 12 has a shape memory in an annular shape. In this case, the rope body 12 is bent in a predetermined shape such as an arc shape in this state. The thin film 14 can be stored in shape by heating the thin film portion in a heated atmosphere. Further, the heating at the time of shape memory to the thin film 14 may be other than the heating in the heating atmosphere. For example, the thin film 14 may be immersed in warm water or hot water, or placed on a heating plate and heated. May be.
In this way, the shape of the rope body 12 can be imparted with a shape memory so that the necklace-like annular shape can be maintained, and a certain side surface of the rope body 12 is always disposed on the skin S side when worn on the neck. To be.
The rope body 12 has a flexible property so that it can be bent, and its cross-sectional shape is substantially circular as shown in FIG.

When the rope body 12 is coated with a silicon resin or acrylic resin having an appropriate color or gloss, and then covered with the thin film 14, an appropriate color can be applied. Alternatively, the thin film 14 may be formed by coating the rope body 12 only with silicon resin or acrylic resin having appropriate color and gloss. Moreover, although the thin film 14 can be made transparent or semi-transparent, the thin film 14 itself can also be colored to make the rope body 12 of black or chromatic color. In addition to this, the thin film 14 may be provided by coating gold or the like with a vapor deposition means such as coating or sputtering.
When the rope body 12 is covered with the thin film 14, the shape memory property can be imparted as described above or the decorative value can be enhanced. In addition, the magnetic material is protected to prevent deterioration. Alternatively, it is possible to protect the skin by preventing the magnetic material from directly contacting the skin S.

  After the thin film 14 is coated on the rope body 12, the S pole and the N pole are formed on the cross section dividing plane 13 as shown in FIGS. 3 and 4 along the length direction of the rope body 12 by an appropriate magnetizer (not shown). Magnetize a single pole. As described above, the rope body 12 has a substantially circular cross section, and the S pole and the N pole are magnetized in a state of being divided into semicircles. Any one of the magnetic poles is arranged inside the neck skin S side, and the remaining magnetic poles are divided so as to be outside the neck. When the necklace body 10 is attached, the annular necklace body 10 faces inward (inner side). And so that the magnetic poles are arranged outward (outer peripheral side).

  The holding body 16 shown in FIG. 2 is formed in a cylindrical shape with a noble metal such as gold. In this cylindrical holding body 16, the storage portion 17 is formed on the inner side of the holding body 16 by being formed so as to bulge in the vicinity of the substantially central portion. A perforated hole 18 is provided near the top of the bulging site. The insertion hole 16a is formed so that the inner diameter is slightly larger than the outer diameter of the long member 11 (rope body 12), and the rope body 12 can be inserted. After the rope body 12 is inserted, the holding body 16 is movable in the length direction of the rope body 12.

The magnetic member 20 is formed in a spherical shape, and as shown in FIGS. 3 and 4, the magnetic pole is divided into S and N poles and magnetized on the hemispherical dividing surface of the sphere. The magnetic member 20 uses a strong magnet and is formed in a small size. Further, since the magnetic member 20 is disposed inside the holding body 16, the portion protruding from the perforated hole 18 is extremely small.
The magnetic member 20 can be processed by, for example, forming an appropriate alloy into the same material as the holding body 16 to form a magnetic alloy, or processing the appropriate magnetic material by gold plating. It can be magnetized and at the same time has decorative properties.

The magnetic member 20 is loosely stored in the storage portion 17 of the holding body 16 in a free state. Further, the magnetic member 20 is magnetized by inserting the rope body 12 into the insertion hole 16a of the holding body 16 in this state. The rope body 12 is attracted to the surface of the rope body 12, and a part of the opposite side of the attracting surface protrudes from the perforated hole 18. Accordingly, when the holding body 16 is moved with respect to the rope body 12, the magnetic member 20 can be turned with respect to the rope body 12. This turning is performed around the central axis passing through the contact portion of the magnetic member with the rope body (not shown). In this state, the magnetic member 20 is always attracted to the rope body 12. That is, the magnetic member 20 revolves along the axial direction of the ring-shaped rope body 12 while rotating due to the spherical shape, and performs a swiveling movement.
At the time of adsorption, the maximum magnetic flux density part of the magnetic member 20 is adsorbed by point contact with respect to the maximum magnetic flux density part of the rope body 12, and this synergistic effect positions the maximum magnetic flux density part at the apex part on the counter electrode side of the magnetic member 20. And can be swung in this state.

At this time, any one of the magnetic poles (for example, the N pole) of the rope body 12 is disposed on the skin S side of the neck in FIGS. 3 and 4, and the other magnetic pole (for example, the S pole) is disposed outside the neck. Therefore, when the holding body 16 is attached so that the magnetic member 20 is positioned inside the rope body 12, the magnetic member 20 is different from the magnetized surface (N pole) inside the rope body 12. The magnetized surface (S pole) rotates while being attracted, and the apex side of this magnetized surface (S pole) and the magnetized surface (N pole) of a different polarity protrudes from the hole 18.
The apex portion that generates the maximum magnetic flux density F of the magnetic member 20 moves while drawing a linear locus along the maximum magnetic flux density portion of the rope body 12 when the holding body 16 is moved with respect to the rope body 12. The holding body 16 can be moved and adjusted in a state in which the maximum magnetic flux density F is always generated at the portion of the rope body 12 that is in contact with the human body, and the magnetic therapy effect can be exhibited most effectively. The maximum magnetic flux density F of the magnetic member 20 is preferably about 1500 gauss, for example.

In FIG. 1, a fastening member 21 formed in a cap shape is fixed to one end side of the free end portion of the rope body 12 to protect the free end portion. Further, the fastening cylinder 22 is provided on the other end side of the free end of the rope body 12 to protect the free end, and an insertion hole (not shown) is formed inside. By inserting the fastening member 21 into the insertion hole of the fastening cylinder 22, these can be fastened.
Although not shown, for example, a screwing method, a latching method, a magnet adsorption method, or a permanent magnet repulsive force can be used as this fastening means, and any fastening means can be used as a fastening member. 21 and the fixing cylinder 22 may be provided outside or outside.
In addition, a magnetic material body 23 such as a magnet may be provided in either one or both of the fastening member 21 and the fastening cylinder 22, and in this case, as a member that generates a magnetic force other than the magnetic member 20. Can exert magnetic therapy function.

Next, the operation of the above embodiment of the necklace having a magnetic therapy function in the present invention will be described.
When attaching the necklace body 10 to the body, the magnetic member 20 is adjusted to the free position by moving the holding body 16 in the length direction of the rope body 12 according to the position of the affected part or the point of the user. Can be combined, thereby treating the desired location. At this time, the inner peripheral surface of the holding body 16 is in surface contact with the thin film 14 of the rope body 12, and the magnetic member 20 is temporarily fixed to the rope body 12 even when shaking occurs during mounting. There is no slippage. Moreover, since this rope body 12 is given shape memory, it fits to the body when worn and prevents the necklace body 10 from shifting, so that the function as a medical instrument is maintained.

  In addition, the magnetic member 20 is formed in a spherical shape, and the magnetic member 20 can be formed in a small size, and since the magnetic member 20 is disposed inside the holding body 16, the holding body 16 does not increase in size. The decorativeness of the necklace body 10 is not lost.

  The rope body 12 is magnetized with a south pole and a north pole along the length direction, and the rope body 12 is provided with a magnetic member 20 in which the magnetic pole 20 is divided into a south pole and a north pole by a hemispherical dividing surface. When the holding member 16 is disposed and the magnetic member 20 is moved, the magnetic member 20 is different from the magnetized surface (for example, N pole) of the S pole or the N pole of the rope body 12 (for example, S pole). In a state where the magnetic flux intensity F is sufficiently exerted, and the portion where the maximum magnetic flux density F of the N pole that is different from the S pole can be arranged on the apex side. Can be worn on the body.

Moreover, since the portion where the maximum magnetic flux density F of the magnetic member 20 is generated is generated inward of the necklace body 10, the apex side of the inward magnetic member 20 comes into contact with the skin S around the neck, The affected part can be always treated with the maximum magnetic force and the pressure point can be pressed, and it has excellent functionality as a medical instrument and can exhibit a high therapeutic effect.
At this time, since the magnetic member 20 is attached to the holding body 16 in a state where a part protrudes from the perforation hole 18 of the holding body 16, the magnetic member 20 is pinpointed when the projecting portion contacts the skin S. By pressing the affected part or acupoint, the shoulder can be effectively lifted or the blood circulation can be improved, and the weight of the necklace body 10 can be transmitted from this point contact part to give the skin S an appropriate stimulus. An excellent massage function can also be demonstrated.

FIG. 5 shows another embodiment of a necklace having a magnetic therapy function according to the present invention. Each free end of the long member 25 (rope body 26) is covered with a cap 27, and this free An annular body 28 that can be adjusted to an appropriate diameter by winding different ends and adsorbing different poles positioned in the length direction of the rope body 26 is configured. In this case, as shown in FIG. 6, the magnetic member 20 can be reliably disposed on the skin S side by moving the holding body 16 to the inner position of the wound rope body 26.
The rope body 26 can obtain an optimal wearing state for each user by appropriately changing the ring diameter. Further, if a magnetic material body 29 such as a magnet is provided in the cap 27, the rope body 26 can be freed up. The position of the end portion can also have a magnetic therapy function, and the position of the cap 27 can be changed by changing the ring diameter of the annular body 28. Therefore, the position of magnetism generated by the cap 27 is arbitrarily changed. be able to.

FIG. 7 shows still another embodiment of the necklace having a magnetic therapy function according to the present invention, and holds the adsorption of the annular bodies 28 in the middle of the adsorption site of the annular body 28 of FIG. The member 30 is provided. Although not shown, this holding member 30 is formed to have an approximately eight-shaped cross section, and is provided with a rope body 26 inserted into its inner diameter side so that it can be temporarily fixed. The adsorption | suction of 28 can be hold | maintained reliably. Further, the position of the holding member 30 can be arbitrarily changed.
Similarly to the case of the cap 27, the holding member 30 can be integrated by incorporating a magnetic material body 31 such as a magnet therein, and can have a magnetic therapy function.
Moreover, you may make it mount | wear with the suitable decoration body 32 which has a decorative property in the center lower part of the annular body 28. FIG. The decorative body 32 is suspended while being passed through the rope body 26 via the ring portion 32a. However, the decorative body 32 may be an attachment means other than the ring portion 32a, and may have various decorative properties. It is good to make it.

  In addition to the above-described embodiment, the necklace having a magnetic therapy function in the present invention is provided with a magnetic member 20 for a long member that does not have magnetic force, such as a long member made of a string-like member. The magnetic treatment function can be exhibited, and the magnetic member 20 can be attached to the long member of various aspects other than these, and the shape of the magnetic member is provided in various shapes other than the spherical shape. For example, when it is provided in a cylindrical shape, it can be treated by pressing while touching the skin in line contact, and thus necklaces having various magnetic treatment functions can be provided. .

It is a front view which shows one Embodiment of the necklace which has a magnetic therapy function of this invention. FIG. 2 is a partially enlarged perspective view of FIG. 1. It is a partially expanded longitudinal cross-sectional view of FIG. FIG. 4 is a partially cutaway side view of FIG. 3. It is a front view which shows other embodiment of the necklace which has a magnetic therapy function in this invention. It is an AA line expanded sectional view of FIG. It is a front view which shows other embodiment of the necklace which has a magnetic therapy function in this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Necklace main body 11 Long member 12 Rope body 13 Section surface 16 Holding body 20 Magnetic member 21 Fastening member 22 Fastening cylinder 23 Magnetic material body 27 Cap 28 Annular body 30 Holding member F Maximum magnetic flux density S Skin

Claims (5)

  A long member having an appropriate length is formed, a holding body is provided so as to be movable in the length direction of the long member, and a magnetic member that generates a maximum magnetic flux density inward of the necklace body is disposed on the holding body. A necklace having a magnetic therapy function.   A long member having an appropriate length is formed of a magnetic material, and a rope body is formed by magnetizing an S pole and an N pole on the cross-section plane along the length direction of the long member, and this rope A holding body movable along the length of the body is provided, and a magnetic member made of a sphere in which the magnetic pole is divided into the S pole and the N pole on the hemispherical dividing surface is disposed in the holding body. It is characterized in that a portion that generates the maximum magnetic flux density of the magnetic member is generated inwardly of the necklace body by pivoting so as to magnetize the magnetized surface of the rope body and the magnetized surface of a different polarity. Necklace with magnetic therapy function.   The magnetic therapy function according to claim 1 or 2, wherein a fastening member is fixed to one end of the free end portion of the long member, and a fastening cylinder body that can be fastened by inserting the fastening member is fixed to the other end. With necklace.   An annular body that covers the free end portion of the long member with a cap, winds the free end portion, adsorbs the different polarities positioned in the length direction of the long member, and adjusts to an appropriate diameter The necklace which has the magnetic therapy function of Claim 1 or 2 which comprised these. The necklace having a magnetic therapy function according to claim 4, wherein a magnet is provided integrally with a holding member that holds adsorption between the annular bodies in the middle of the adsorption site of the annular body.

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