JP3112140U - Foot supporter and magnetic supporter - Google Patents

Abstract

Provided is a magnetic supporter that can provide a blood circulation promoting effect by applying a large magnetic force to the sole of the foot even when the foot is rested simply by wearing.
A magnetic supporter 30 includes a foot supporter 31 and a magnet card 10 which is removably inserted into a pocket 41 of the supporter. In the foot supporter, the pocket is provided on the inner surface side of a generally frustoconical belt-shaped body made of a stretchable knitted fabric, and at a position corresponding to the sole. A magnet card is configured by inserting and arranging a plurality of permanent magnets between two sheet-like base materials made of plastic with an appropriate interval between the magnets, and sealing them in an airtight state. The entire structure is constrained to a card shape, and the permanent magnet is a cylindrical magnet magnetized in the radial direction. In use, this is inserted into the foot 100 from the longer diameter side and is worn while being stretched in the radial direction.
[Selection] Figure 6

Description

  The present invention relates to a foot supporter and a magnetic supporter, and more particularly, to a stretchable band-like foot supporter and a magnetic supporter having a pocket. The magnetic supporter includes the above-mentioned foot supporter and a magnetic card that can be inserted into and removed from the pocket. It consists of, and stimulates the soles to bring about a blood circulation promoting effect.

  Magnetic force emitted from magnets promotes blood circulation and has the effect of improving stiff shoulders and lower back pain. Therefore, various magnets that combine health and fashion, such as rings, bracelets, watch bands, health equipment, and magnetic necklaces and pendants. Products have been developed and marketed. Among these, there is a therapeutic instrument that attempts to eliminate stiff shoulders or the like by directly attaching a magnet having a desired magnetic force to the skin such as a shoulder portion with an adhesive tape (for example, a bandage).

  However, in the case of a therapeutic device attached directly to the skin, the symptoms of “rash” may occur due to an adhesive tape or the like used for attachment, and it has been difficult for some people to use. Also, when the adhesive tape was peeled off, marks were easily left and tended to be avoided. In addition, there is a problem of giving a very unpleasant impression when bathing or when exposed from clothes. In view of this, a therapeutic device has been developed that does not directly stick to the skin but tries to obtain its effectiveness in a state where it is attached to clothing or bedding, such as a supporter or a pillow cover.

  By the way, the following Patent Documents 1 and 2 disclose magnetic therapy devices that act on the soles of the feet and bring about a blood circulation promoting effect. This will be described below.

  The invention described in Patent Document 1 relates to an insole for a shoe having a blood circulation promoting effect on a sole by magnetic energy and a massage effect by a protrusion. This insole is a flat and foot-shaped bag made of synthetic resin, in which a gel-like liquid in which magnetized magnetic powder is dispersed is encapsulated, walking with shoes with this insole inserted, Alternatively, by applying a load to the insole by standing up and pressing the gel-like liquid against the sole, a blood circulation promoting effect and a massage effect by stimulating acupoints on the sole are obtained.

  The invention described in Patent Document 2 relates to a magnetic therapy device that acts on the sole and promotes blood circulation, and is composed of a synthetic resin main body and a permanent magnet, and the insole of the shoe, that is, the sole is in contact. It is a small, thin-walled magnetic therapy device that is attached to the surface to be used.

JP-A-11-155606 Japanese Patent Laid-Open No. 2003-310771

  However, in order to obtain the blood circulation promotion effect using the insole of the shoe described in Patent Document 1, it is necessary to put on the insole by putting on the shoe with the insole inserted and walking. . Moreover, when it is going to acquire the blood circulation promotion effect described in patent document 2 with a magnetic therapy device, it will be necessary to apply weight to the said permanent magnet similarly. In other words, in the insole and the magnetic therapy device according to the inventions of Patent Documents 1 and 2, it is necessary to wear shoes, for example, to walk, otherwise the desired blood circulation promotion effect cannot be obtained. There is a problem that.

  Therefore, the object of the present invention is to eliminate the above-mentioned problems in the prior art, and to provide a blood circulation promoting effect by stimulating the sole even in a state where the foot is rested by simply wearing it. It is providing the supporter and the foot supporter which comprises this.

The invention described in claim 1 is characterized in that a pocket in which a magnet card can be taken in and out is provided on the inner surface side or outer surface side of the endless belt-like stretchable belt-like body and on the portion corresponding to the sole. It is a foot supporter.
The invention according to claim 2 is characterized in that the belt-like body is formed in a frustoconical shape, a pocket is provided on the inner surface side of the belt-like body, and a magnet card can be taken in and out of the pocket in a direction parallel to the axial direction of the belt-like body. The foot supporter according to claim 1.
The invention according to claim 3 is such that the magnet card can be taken out and accommodated with respect to the telescopic bag, and the magnet card can be accommodated in the pocket both in a bare state and in a state accommodated in the bag. The foot supporter according to claim 1, wherein:

  In the foot support according to claim 1, the pocket has a magnet card insertion / extraction opening formed of a stretchable fabric, and the magnet card accommodated in the pocket is removed from the pocket by squeezing (reducing the diameter) of the insertion / extraction opening. It is preferable to make it difficult to escape. Also in the telescopic bag according to claim 3, it is desirable to narrow down the slot for the magnet card for the same purpose.

A conventionally known stretchable fabric (stretchable knitted fabric) can be used as the fabric for forming the belt-like body according to claim 1 or the bag according to claim 3.
Specific examples of this stretchable fabric include the following.
(1) Those using elastic fibers (fibers made of a thermoplastic elastomer such as polyurethane),
(2) using a crimped synthetic fiber,
(3) Using natural rubber or synthetic rubber processed into a thread.
In these cases, it is also possible to make an elastic fabric that is woven with natural fibers or ordinary synthetic fibers that are not crimped.
Moreover, it is preferable that substantially the whole of the said strip | belt-shaped body and a bag is elastic.

  Invention of Claim 4 consists of the foot supporter in any one of Claims 1-3, and the magnet card which can be put in and taken out in the pocket of this supporter, and this magnet card is two sheet form which consists of plastics or rubber | gum. A plurality of permanent magnets are inserted between the base materials at appropriate intervals between the magnets and sealed in an airtight state, and the movement of these permanent magnets is constrained to form a card type as a whole. And the permanent magnet is a columnar magnet magnetized in the radial direction.

  The invention of claim 5 comprises the foot supporter according to any one of claims 1 to 3 and a magnet card that can be inserted into and removed from the pocket of the supporter, and the magnet card is formed of two sheets made of plastic or rubber. A plurality of permanent magnets are inserted and arranged between the base materials with appropriate intervals between the base materials, and the outer peripheral portions of these sheet-like base materials and the portions near the permanent magnets are thermally welded, and these sheet-like base materials The permanent magnet is sandwiched and fixed between two sheet-like base materials by exhausting the air between them, and the whole is configured in a card shape, and the permanent magnet is a cylindrical magnet magnetized in the radial direction. It is a magnetic supporter characterized by the above.

  In the magnet card according to the invention of claim 5, (1) a through hole for ventilation is formed in a predetermined portion of the two sheet-like base materials avoiding the heat welded portion, and in the vicinity of the through hole. (2) The two sheet-like base materials are rectangular in shape, and the plurality of permanent magnets are rod-like magnets magnetized in the diameter direction. (3) In the rod-shaped magnets, the rod-shaped magnets and the through-holes are alternately arranged between the two sheet-like base materials in a grid pattern and with an appropriate interval between them. It is preferable that the arrangement direction is the same and the upper end and the lower end are aligned.

  In the magnetic card according to the fourth and fifth aspects of the invention, a plastic sheet (in a narrow sense), a film (in a narrow sense), a nonwoven fabric, or a rubber sheet can be used as the sheet-like substrate. As the plastic for the sheet-like base material, a soft and flexible plastic is preferable, but even an engineering plastic such as a polyester resin or a polyamide resin is formed with a film (molded thinner than the sheet). If there is, it can be adopted as desired. As the rubber sheet, natural rubber or synthetic rubber (silicone rubber, polyurethane rubber, etc.) can be used. It is particularly preferable that the sheet-like substrate is composed of soft polyvinyl chloride, soft polyethylene or a thermoplastic elastomer, and that the sheet-like substrate is transparent or translucent.

  As a means for sealing the permanent magnet in an airtight state between the two sheet-like substrates, adhesion (using an adhesive) or sticking (using an adhesive) can be employed in addition to heat welding. Furthermore, the “permanent magnet movement restriction” includes “fixing” in addition to the case where there is some movement. That is, as means for restraining the movement of the permanent magnet, (a) a permanent magnet is sandwiched between two sheet-like base materials, (b) a recess is formed in at least one of the two sheet-like base materials, (C) a permanent magnet fixed to at least one of two sheet-like base materials with an adhesive or a fixing agent.

  The sheet-like base material preferably has a rectangular shape (including a square), and the arrangement mode of the permanent magnets in the magnet card can be easily set, and the convenience when using the magnet card is increased. Further, by using a transparent or translucent substrate as the sheet-like substrate, it becomes possible to easily confirm the shape / dimension and the arrangement state of the permanent magnet in the magnet card. Note that the magnetic force can be increased by using a cylindrical permanent magnet such as a cylindrical or capsule type as the permanent magnet.

  In the present invention, as a mode in which a permanent magnet is inserted between two sheet-like substrates, a typical example is one in which a permanent magnet is inserted between one upper and lower sheet-like substrate. By attaching a snap-type hook on one or both sides of the two sheet-like base materials constituting the magnetic card according to the example, and attaching another sheet-like base material by overlapping with this hook, the human body It is also possible to reduce the magnetic force of the permanent magnet to the appropriate value (adjustment of the magnetic force applied to the human body).

  In order to manufacture the magnetic card according to the present invention, for example, the following method, that is, on a sheet-like base material made of a soft synthetic resin (for example, soft polyvinyl chloride, soft polyethylene, or a thermoplastic elastomer such as a polyester elastomer). A plurality of permanent magnets are arranged at an appropriate interval between each other, and these permanent magnets are covered with the other sheet-like base material made of the same soft synthetic resin, and the two sheet-like base materials are used under reduced pressure conditions. It is possible to employ a method in which the outer peripheral portions are welded by pressing while appropriately heating at a temperature, adhered with an adhesive, or adhered with an adhesive.

  Further, in the magnet card of the present invention, by laminating (welding, adhering or sticking) the outer peripheral portions of the two sheet-like base materials and the vicinity of the permanent magnet clamping portion in the two sheet-like base materials. It is desirable to have a structure in which a close contact portion is formed. Further, in the two sheet-like base materials, it is desirable to form a through-hole for ventilation in a predetermined portion that avoids the outer peripheral portion and the permanent magnet among the close contact portions.

  In the magnetic supporter of the present invention, by setting the shape and dimensions of the permanent magnets constituting the predetermined magnet card and the arrangement manner in the magnet card to an appropriate one, the blood circulation promoting effect and the massage effect by stimulating the acupuncture points of the sole Can be obtained simultaneously. Further, the permanent magnet and the projection for stimulating the pot on the sole can be arranged in an appropriate manner (for example, the permanent magnet and the projection are alternately arranged).

  In addition, if desired, the stretchable belt-like body may be a first trapezoidal elastic sheet made of a thermoplastic elastomer such as polyurethane, and a second elastic sheet made of a thermoplastic elastomer that is substantially rectangular and smaller than the first elastic sheet. It can also be composed of an elastic sheet. In this case, a number of through holes for ventilation are formed at appropriate positions on the first elastic sheet, and a second elastic sheet is attached to a portion avoiding the through hole on one side to form a pocket, and then the first The ends of the elastic sheet are joined together by means such as an adhesive to form a generally frustoconical shape, thereby forming a foot supporter.

  Furthermore, if desired, the following magnetic supporter can be configured. This is because Velcro tape (registered trademark) is provided on the part corresponding to the sole on the inner surface side of the belt-like body and one side of the bag, and the bag containing the magnetic card is attached to these Velcro tape (registered trademark). It is the magnetic supporter latched in the above-mentioned foot corresponding part of a beltlike object via.

  In this specification, “two sheet-like base materials ...” is described, but this means the same as “a pair of sheet-like base materials ...”, and the sheet-like base materials are 2 in total. It is not limited when it is a sheet. That is, at least one of the pair of sheet-like base materials may be one sheet or may be a laminate of a plurality of materials. For example, when a two-layer laminated type sheet-like substrate is used for both of the paired sheet-like substrates, the total number of sheet-like substrates is four.

In the foot supporter of claim 1, the belt-like body is extendable, so when the supporter is inserted into the foot (attached from the sole of the foot to the back of the foot) and the foot is bent, stretched or walked As a result of deforming and expanding / contracting in conformity with the shape of the foot, there is almost no inconvenience such as wrinkles, bulkiness, or slippage.
In the foot supporter according to the second aspect, since the belt-like body is formed in a truncated cone shape, in addition to being able to be easily inserted and attached to the foot from the long diameter side of the belt-like body with one touch, When worn in this way, it is very convenient because the longer diameter side is located at the upper part of the foot and the shorter diameter side is located at the lower part of the foot. Further, since the pocket is provided in a predetermined manner, it is convenient for taking in and out the magnet card with respect to the pocket.
In the foot supporter according to the third aspect, the whole magnet card in the bag becomes compact by accommodating the magnet card in the telescopic bag.
In particular, by using a known elastic knitted fabric as a fabric for constituting the belt-like body and the bag according to claims 1 to 3, the air permeability of the belt-like body and the bag can be ensured.

  Since the magnetic supporter according to claims 4 and 5 includes the foot supporter according to any one of claims 1 to 3 and a magnetic card having a predetermined configuration that can be inserted into and removed from the pocket of the supporter, the advantages of these foot supporters alone In addition to the advantages of the magnetic card alone (the above-mentioned advantages described in the claims) and the combination of the foot supporter and the magnetic card, a synergistic effect is obtained. In the present invention, since the permanent magnet is a cylindrical magnet magnetized in the radial direction, the magnetic force can be increased and the effect of imparting health is great.

  In particular, the magnetic supporter according to claims 4 and 5 is configured so that the magnet card is indirectly pressed against the sole of the foot by the elastic force of the stretchable belt-like body. But the soles are stimulated with a magnetic card. Therefore, when this magnetic supporter is used while sleeping or at home, it can have a significant blood circulation promoting effect. In this case, since the weight is not applied to the magnet card or the foot supporter, even if there are some protrusions such as a stitched portion in the pocket, there is no sense of incongruity.

  Further, for example, in the magnetic supporter according to the combination of the foot supporter of claim 3 and the magnet card, the magnet card is relatively strong by using it in a pocket without being put in the bag. An effect of promoting blood circulation by magnetic force can be obtained. Further, if the magnet card is used in a pocket in the state of being put in the bag, an effect of promoting blood circulation by a relatively weak magnetic force of the magnet card can be obtained. Thus, by switching the use of the bag to use / non-use, the influence of the magnetic force by the magnet card can be set to weak / strong.

  In addition, the magnet card is convenient to pack and transport, and when the magnet card is handled, the position of the permanent magnet is not greatly shifted in the card, and the arrangement position of the plurality of magnets is the same as the initial manufacture of the magnet card. Or can be constrained to almost the same state, and thus it is a highly convenient blood circulation promoting device. Furthermore, since the permanent magnet is sealed between the two sheet-like base materials, the influence of dirt on the outer surface of the magnet card does not reach the inside of the magnet card. If the outer surface of the magnet card becomes dirty, it can be washed, and if it is covered with water, it can be dried, and there is no concern that the internal permanent magnets become dirty or water adheres.

  Furthermore, in the magnetic card according to the fourth and fifth aspects of the invention, the sheet-like base material is made of soft polyvinyl chloride, soft polyethylene or thermoplastic elastomer, so that it is highly flexible and has a bending force during handling. Even if added, there is no problem that the magnet card is damaged or creased. In addition, when the magnetic supporter according to the present invention is configured using this magnetic card, it easily deforms following the curved surface of the sole. Does not get worse. Moreover, in the said magnet card | curd, by making a sheet-like base material transparent or semi-transparent, an internal permanent magnet can be observed and inspected easily, and the abnormality which arose in the permanent magnet can be discovered at an early stage. .

  In particular, in the magnet card constituting the magnetic supporter according to claim 5, since the permanent magnet is vacuum-packed with two sheet-like base materials, the magnet card can be manufactured at a low cost by a simple process. In addition to this, the magnet card can be made very thin. Further, the structure for fixing the permanent magnet to the sheet-like substrate is simplified.

The magnet card according to claim 5 can achieve the following effects.
(1) A through-hole for ventilation is formed in a predetermined portion of the two sheet-like base materials avoiding the heat-welded portion, and the two sheet-like base materials are thermally welded in the vicinity of the through-hole. By adopting the structure, the air permeability is increased. Therefore, by using this magnet card, it is possible to configure a magnetic supporter having a high air permeability. Also,
(2) The magnetic force of the magnet card is set to a desired value by making the two sheet-like base materials into a rectangular shape and using a bar magnet magnetized in the diametrical direction as the plurality of permanent magnets. In addition, it is easy to make this magnet card compact and it can be provided at low cost. further,
(3) The rod-shaped magnets and the through-holes are alternately arranged in a grid pattern between the two sheet-like base materials and at an appropriate interval between each other. In addition, by arranging the upper end portion and the lower end portion to be the same, a high magnetic force can be obtained even if a low magnetic force magnet is used. That is, it is possible to apply a magnetic force having a higher strength to the sole than the sum of the magnetic forces of the individual permanent magnets. Moreover, the magnet card can be easily bent in both the vertical and horizontal directions without causing any damage to the magnetic card.

  Hereinafter, a magnetic supporter according to an embodiment of the present invention will be described with reference to the drawings. The magnetic supporter 30 (FIG. 6) includes an elastic band-shaped foot supporter 31 having a pocket 41 and a magnet card 10 (FIG. 5) that can be inserted into and removed from the pocket 41 of the supporter shown in FIGS. Become.

  Referring to the drawings, FIG. 1 is a schematic front view of a foot supporter, FIG. 2 is a plan view thereof, and FIG. 3 is a development view thereof. FIG. 4 is an explanatory view showing the shape of a bag made of stretchable fabric and the state in which the magnet card of FIG. 5 is put in this bag. FIGS. 5A and 5B relate to a magnet card constituting the magnetic supporter in combination with the foot supporter of FIG. 1, wherein FIG. 5A is a plan view and FIG. 5B is a cross-sectional view taken along the line AA. FIG. 6 is a side view showing a state in which the magnetic supporter is applied to a foot, and FIG. 7 is a bottom view thereof.

  The foot supporter 31 is manufactured using a known stretchable fabric (stretchable knitted fabric) 32, for example, according to the following procedure. That is, the fabric 32 is cut and formed into a generally trapezoidal shape as shown in FIG. 3, and the upper and lower bottom portions are reinforced by folding and stitching. Reference numerals 33 and 34 denote this reinforcing portion. Next, a pocket 41 made of a stretchable cloth is provided by sewing at the center in the longitudinal direction of the fabric 32. Reference numeral 42 denotes a stitched portion. Next, as shown in FIG. 1 and FIG. 2, the trapezoidal fabric 32 is rolled so that the pocket 41 is located on the inner surface side, and the ends in the longitudinal direction are joined and reinforced by stitching (reference numeral 35 denotes this coupling The reinforcing part is shown), and the entire structure is endless and substantially in the shape of a frustoconical shape, and substantially the entire leg supporter is stretchable. Similarly, substantially the entire fabric piece forming the pocket 41 is made stretchable. 2 and 3, reference numeral 43 denotes a mouth portion of the pocket 41.

  The pocket 41 of the foot supporter 31 has the magnet card 10 shown in FIG. 5 as it is (bare), or, if desired, a substantially entire case shown in FIG. It is configured so that it can be taken in and out in the direction parallel to the axial direction of 31 (the vertical direction in FIGS. 1 and 3) (FIG. 3). The foot supporter 31 is used by inserting the magnetic card 10 into the pocket 41 to form the magnetic supporter 30 and inserting and mounting the magnetic card 10 on the foot while being stretched in the diameter direction. The position of the pocket 41 is set so that the supporter is stretched as it is and the pocket 41 can be positioned at the position where the magnetic card 10 faces the sole (FIGS. 6 and 7).

  As shown in FIG. 4, the stretchable bag 51 is made of stretchable fabric (stretchable knitted fabric) like the foot supporter 31. In this case, for example, a knit product using elastic fibers and having no stitched portion is used. It is preferable to squeeze (reduce the diameter of) the magnetic card accommodation opening 52 so that the accommodated magnetic card is less likely to be removed from the bag 51 (reference numeral 52a is a restriction portion). In the bag 51 without the stitched portion, since the uneven portion can be kept to a minimum, when the magnet card containing the bag 51 is inserted into the pocket 41 of the foot supporter 31 and used, the weight is applied to the magnet card. Even at times, there is an advantage that a feeling of strangeness caused by the bag 51 does not occur on the soles.

  Further, the pocket 41 is made of elastic fiber knitted fabric, and the mouth portion 43 is squeezed in the same manner as described above, thereby preventing the magnet card from coming out of the pocket 41. Furthermore, although the said pocket 41 normally opens an upper end part and uses it as the entrance / exit of a magnetic card | curd, it is good also as opening and closing this. In order to make it openable and closable, for example, locking pieces made of Velcro tape (registered trademark) are provided at the upper end portion of the pocket body and the corresponding foot supporter 31, and these locking pieces can be engaged and disengaged with each other. That's fine. If desired, the pocket 41 may be provided on the outer surface side of the foot supporter 31, but in this case, in order to prevent the magnetic card from escaping from the pocket, it is desirable to have the same configuration as described above.

  A magnet card 10 shown in FIG. 5 includes a plurality of cylindrical (or capsule) permanent magnets 11 having the same shape, dimensions, and magnetic force, and two upper and lower sheet-like base materials 21 having a rectangular shape and dimensions. 22 is sealed in an airtight state by vacuum packing, and the whole is configured in a card shape. Further, in this magnet card, in the plan view of FIG. 5A, the permanent magnets 11 (11A to 11E) and the circular through holes 25 are formed in a grid pattern, that is, in the longitudinal and lateral directions of the sheet-like base materials 21 and 22. The structure is arranged alternately.

  In this magnet card 10, a plurality of permanent magnets 11 are formed on one of upper and lower two sheet-like base materials 21 and 22 which are made of soft synthetic resin such as soft polyvinyl chloride and soft polyethylene, and are transparent and sufficiently flexible. The two upper and lower sheet materials are brought into close contact with each other by a pressure reducing operation except for the arrangement portion of these permanent magnets (adhesion portion 23), and heat welding (welding portion 24) is performed with a heating press at a predetermined portion. By holding the permanent magnet 11 between the sheet-like base materials 21 and 22, the movement of these magnets is restrained, and at the same time, among the welded portions of the sheet-like base materials 21 and 22, A through-hole 25 for ventilation is formed at a predetermined site avoiding the permanent magnet 11.

  When the magnet card 10 is manufactured, a heating press machine (not shown) having a predetermined structure provided with a heating press projection (welding projection) and a punching blade portion is prepared, and one sheet-like substrate 21 is prepared. The permanent magnets 11 are arranged one by one at a predetermined position above, the other sheet material 21 is stacked on the sheet-like base material 21, and the outer peripheral portions of these sheet-like base materials 21 and 22 and the vicinity of the permanent magnet 11 are arranged. Welding is performed by pressing while heating at an appropriate temperature. At the same time, the through-hole 25 is formed by the drilling blade portion, and the upper and lower two sheet-like base materials are welded in a ring shape in the immediate vicinity of the through-hole.

More specifically, the magnet card 10 may be manufactured according to the following steps, for example.
(1) One of two sheet-like base materials made of soft synthetic resin having the same shape and dimensions in the container, in which the inside of the container that can be switched between a reduced pressure state and an open state is opened to the open state. The first step of setting
(2) a second step of arranging a plurality of permanent magnets on the sheet-like base material with appropriate intervals between each other,
(3) a third step of positioning the other sheet-like base material on the one sheet-like base material so that the two sheet-like base materials can overlap with each other;
(4) a fourth step of covering the permanent magnet with the other sheet-like base material;
(5) a fifth step of maintaining the inside of the container in a decompressed state by a decompression operation;
(6) A sixth step (laminating and through-hole forming step) of pressing predetermined portions of the two sheet-like base materials while heating at a suitable temperature,
(7) A seventh step in which the inside of the container is returned to the atmospheric pressure condition by an air release operation, and the produced magnet card is taken out.

  In the magnet card of FIG. 5, the five permanent magnets 11A-11E are magnetized in the diameter direction and have the same size, shape, and magnetic force. Further, the magnets 11A and 11B and the magnets 11C and 11D are arranged in parallel in the same direction, in parallel with the upper end and the lower end, and are arranged at appropriate intervals in the diametrical direction. A high magnetic force can be obtained using the magnet.

  In addition, it can replace with the welding by the said heat press, and the method of adhere | attaching the predetermined site | part of two sheet-like base materials with an adhesive agent, or the method of sticking with an adhesive agent can also be employ | adopted. The permanent magnet 11 may be a rare earth magnet having a surface plated with gold, rhodium or titanium, or a button-type permanent magnet 11 may be used.

  The permanent magnet 11 is not particularly limited in magnetic force, but a magnet having a magnetic force of 230 to 250 millitesla is usually used. As a medical device, 30 to 200 millitesla is preferable, and it is also possible to use the device with a magnetic force reduced appropriately by a shield. If the magnetic force is too small, the blood circulation promoting effect is reduced.

  In the present embodiment, the magnet card 10 is placed in the pocket 43 of the foot supporter 31 as it is or in a state of being accommodated in the bag 51 as shown in FIG. 4 to be a magnetic supporter, and this is inserted into the foot from the longer diameter side. It is mounted as shown in FIGS. In this case, the foot supporter 31 is attached to the foot 100 in a stretched state (in other words, the diameter of the foot supporter 31 is made smaller than the diameter of the foot 100). The permanent magnet in the magnet card 10 is in close contact with the sole 101 via the sheet-like base material (21 or 22) and the pocket 41.

As is apparent from the above description, the magnetic supporter according to the present embodiment provides the following effects.
(1) The sole 101 is stimulated by the magnetic card 10 even when the human body is kept quiet simply by wearing as shown in FIGS. Therefore, this magnetic supporter can bring about a significant blood circulation promoting effect when it is used at bedtime or when relaxing at home.
(2) Since this magnetic supporter can be finished relatively thin as a whole, (a) walking between plates or on a tatami with the magnetic supporter mounted, (b) Even when walking with shoes on while wearing, there is almost no sense of incongruity. Further, (b) even when wearing socks or tabi with the magnetic supporter attached, the appearance hardly deteriorates.
(3) By setting the shape and dimensions of the permanent magnets constituting the magnet card and the arrangement mode of the magnet card to an appropriate one, a blood circulation promoting effect and a massage effect by stimulating acupoints on the sole can be obtained at the same time. It is also possible to configure. Further, the permanent magnet and the projection for stimulating the pot on the sole can be arranged in an appropriate manner (for example, the permanent magnet and the projection are alternately arranged). In order to obtain such a blood circulation promoting effect and a massage effect at the same time, it is only necessary to walk with the magnetic supporter configured as described above on the foot or to apply the weight to the magnet card 10.

(4) By removing the magnetic card 10 from the pocket 41, the foot supporter 31 can be washed in the same manner as ordinary clothing. Therefore, unlike conventional medical clothes, the magnet card 10 can be used for a long period of time without causing damage to the permanent magnet or the clothes part to which it is attached by washing.
(5) Prepare various magnet cards with different number of permanent magnets, number of arrangements, magnitude of magnetic force, etc., and preferable magnetic force and physical strength according to the physical strength and physical condition of the person to be used, and further target blood circulation promotion effect A magnetic card having a magnetic distribution can be selected.
(6) In conventional medical clothing, since permanent magnets are fixed to a base material with, for example, a bandage, “itching” and “swelling” may occur. Even if it is a large magnet card, it is convenient that it can be used by adjusting the magnetic force to a preferred size by wrapping it in an appropriate cloth and putting it in a pocket.
(7) As described above, the magnetic supporter is attached to the foot in a state where the stretchable fabric of the foot supporter 31 is stretched, and in the magnet card, through holes are formed at appropriate places. Therefore, even if it is mounted for a relatively long time, “swell” and “itch” are unlikely to occur.

  The magnetic supporter according to the present invention can be applied to various parts of the human body such as legs (calves, thighs), arms, and wrists as desired. In this case, the shape and dimensions of the supporter part and the magnet card may be appropriately determined according to the application site of the magnetic supporter.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic front view showing an example of a foot supporter constituting a magnetic supporter according to an embodiment of the present invention. It is a top view of the foot supporter of FIG. It is an expanded view of the foot supporter of FIG. It is explanatory drawing which shows the shape of the bag which consists of elastic cloth, and the state which put the magnetic card | curd of FIG. 5 in this bag. An example of the magnet card | curd which comprises the magnetic supporter which concerns on embodiment of this invention is shown, (a) is a top view, (b) is the sectional view on the AA line. It is a side view which shows the state which applied the magnetic supporter of FIG. 5 to the leg | foot. FIG. 7 is a bottom view of FIG. 6.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Magnet card 11 Permanent magnet 11A-11E Permanent magnet 21,22 Sheet-like base material 23 Close_contact | adherence part 24 Welding part 25 Through-hole 30 Magnetic supporter 31 Foot supporter 32 Trapezoid cloth (elastic cloth)
33, 34 Reinforcement part 35 Coupling / reinforcement part 41 Pocket 42 Stitching part 43 Mouth part 51 Bag 52 Receiving port 52a Restriction part 100 Foot 101 Foot

Claims (5)

  A foot supporter characterized in that a pocket in which a magnetic card can be inserted and removed is provided on an inner surface side or an outer surface side of an endless belt-like stretchable belt-like body and on a portion corresponding to a sole.   The said strip | belt-shaped body is formed in the frustoconical shape substantially, a pocket is provided in the inner surface side of the strip | belt-shaped body, and a magnetic card can be taken in / out in the direction parallel to the axial direction of a strip | belt-shaped body. Foot supporter.   The magnet card can be taken out and accommodated in a telescopic bag, and the magnet card can be accommodated in the pocket both in a naked state and in a bag. The foot supporter according to 1 or 2. The leg supporter according to any one of claims 1 to 3, and a magnet card that can be inserted into and removed from the pocket of the supporter.
In the magnet card, a plurality of permanent magnets are inserted and arranged between two sheet-like base materials made of plastic or rubber with an appropriate space between the magnets, and sealed in an airtight state. , And the permanent magnet is a cylindrical magnet magnetized in the radial direction.
Magnetic supporter characterized by that. The leg supporter according to any one of claims 1 to 3, and a magnet card that can be taken in and out of the pocket of the supporter,
In the magnet card, a plurality of permanent magnets are inserted and arranged between two sheet-like base materials made of plastic or rubber with an appropriate space between the magnets. The parts near the magnet are thermally welded together, and the air between these sheet-like base materials is exhausted, so that the permanent magnet is sandwiched and fixed between the two sheet-like base materials, and the whole is configured in a card shape. The permanent magnet is a cylindrical magnet magnetized in the radial direction.
Magnetic supporter characterized by that.

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