KR940006557B1 - Magnetic shank for soles - Google Patents

Abstract

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Description

Magnetization shank of shoe midsole and its magnetization method and magnetization device

1 shows a reflector of a sole.

2 is a diagram showing a path of the human body.

3 (a) to 6 (b) are a plan view and a front view of the midsole substrate used in the present invention.

7 and 8 are a plan view and a side view of the midsole material used in the present invention.

9 (a) to 13 (b) are front and side views of the shank used in the present invention.

14 and 15 are cross-sectional views and plan views of the magnetization apparatus used in the second invention.

Fig. 16 is a side view showing the magnetic flux of the magnetization shank according to the second invention.

17 is a side view of a shoe equipped with a magnetization shank of the second invention;

* Explanation of symbols for main parts of the drawings

3a: metal shank 6: magnetic screen

16: female coil 19: concave points

20: magnetization frame

The present invention relates to a magnetization shank of a shoe midsole material, a magnetization method and a magnetization device thereof. In detail, the first invention is attached to the midsole material 2 of a shoe, for example, a shank that is an original accessory of a shoe. A magnetization shank of a shoe midsole material characterized by being magnetized. The second invention relates to a shank attached to the midsole material 2 of a shoe, wherein the number of magnetic poles of the magnetized shank is an odd number, The magnetization shank of the shoe midsole material, characterized in that the polarity of the same pole and the polarity of the adjacent poles are different poles, the third invention is that the adjacent poles are different poles, the poles of both ends are the same The magnetizable shank is placed on the pole magnetizer 5, the metal piece is placed thereon and then energized to magnetize the shank to the odd pole in response to the magnetic pole. The fourth aspect of the present invention relates to a magnetization method of a shoe midsole, characterized in that the concave portion 19 of the upper surface opening of the magnetization frame 20 is concave and installed in an odd number in a row, and the upper surface thereof becomes the magnetic screen 6. In the comb partition magnetization frame 20 and the concave portion 19, the magnetization apparatus is provided in which an excitation coil 16, which is adjacent to one another and is excited to the same pole, is provided.

In ancient medicine, it was thought that there was a reflector 9 in which the organs of the whole body were projected on the sole of the foot, and by stimulating the reflector 9, the rehabilitation period associated with the reflector 9 was strengthened. Research has demonstrated that disagreements can be raised.

The outline of the sole 9 of the sole associated with the organs of the body is shown in FIG. And in Figure 2 shows the relationship between the path of the human body and acupuncture points (18). In the figure, the longitudinal double line is the meridians 10, the transverse double line is the fallen vein 11, the thick solid line is the vein 17, and these connection points (circle part of the broken line) are the acupuncture points 18.

As a method of stimulating this reflector 9 before, a method by a manpower such as a massage or acupressure, the brightness of raw bamboo, the health slipper which installed many protrusions on the surface, the health socks which provided the protrusion on the back, the massage of the sole A method of using various apparatus such as shoe insoles has been proposed.

However, if you rely on manpower, if you do it 10 times, you will not be able to continue for a long time due to severe fatigue on each part of the arm, and it takes extra time even if you use health equipment. It was a common case that the product was purchased but left unattended in the corner of the room due to the severe irritation of the protruding part of the health equipment, which is comfortable for short-term use but unpleasant for long-term use.

By the way, as the stimulation method of the reflector 9, there is a self-use method in addition to the aforementioned manpower and health apparatus.

The human body is a very weak magnetic substance of about 0.1 to 0.3 gauss in relation to the geomagnetism. The magnetic balance is called "gi" (blood, lymphatic fluid, and energy of life in Oriental medicine). ) Is flowing smoothly to maintain a healthy health, if the body's self-balance is not maintained, you will lose health.

Therefore, "self-treatment" which applies magnetism for the adjustment of this body's self-balance is currently implemented.

The present invention has been made in view of these conventional embodiments and experiences, and the object of the first and second inventions is that the magnetic lines of force are concentrated at approximately the middle side of the shoe, stimulating the soles of the soles of the soles without any feeling of wearing. It is to provide a magnetized shank, which is an original accessory of the shoe sole material, which can be used for recovery of fatigue, strengthening of organs, etc., and a third object of the present invention is to provide a method of magnetizing such magnetized shank. The fourth invention is to provide a magnetization apparatus for implementing the method.

EMBODIMENT OF THE INVENTION Hereinafter, it demonstrates according to the Example which shows this invention on drawing.

Shoes include (1) family shoes such as men's shoes and women's shoes, (2) slippers and sandals, (3) boots, (4) sports shoes such as hiking boots, baseball and rugby, golf, (5) specialty for work such as freezers, and (6) special shoes for hospitals and medical institutions. There is this. Of these, ①②③④⑤⑥ is generally composed of a midsole material (2), leather (8) (or upper), shoe sole (7) and the like. This section focuses on gentleman or lady's shoes. First, the midsole member 2 will be described.

The material of the midsole 2 includes press boards, various synthetic leathers, soft skins, resin-based raw material boards, rubber midsoles (hubs), and the like.

In addition, the midsole 2 is divided into ① shank attached midsole material 2 and ② shank unattached midsole material 2 according to the method of assembling the material, the material and the use method thereof.

(A) There are three types of midsole member 2 with shank (Also, in this case, the back surface of midsole member 2 has a gauze, that is, a cold yarn).

(1) A midsole material (2) cut by l-ply of compressed paper, ② A midsole material (2) assembled and cut by a combination of compressed cardboard, and ③ A combination of compressed cardboard Such is the midsole Yongjae cut together in combination.

Next, the property which the midsole member 2 should have is demonstrated.

① Good ventilation

② Good flexibility

③ Good moisture absorption

④ Good elasticity

The higher quality shoes are, the more strictly required.

Next, the metal shank 3a which is one of the original accessories of the midsole member 2 is demonstrated. As the material of the metal shank 3a, a magnetizable metal material is used. Hereinafter, a material that can be magnetized by quenching such as high carbon steel or tungsten steel will be described. As shown in FIGS. 9A to 13B, the metal shank 3a is punched into a plate spring shape by press working, and has various shapes depending on the application.

(A) and (b) of FIG. 9, the flat metal shank 3a has a general arc shape, the other end is bifurcated, and a long hole is provided at the end side of the arc shape. The round hole is provided in the end side formed by the. From the side, it can be seen that the bow is made to fit the sole of the foot.

Furthermore, the tip of the two-way member 5 may be left in the cut state as shown in the drawing, but the tip may be pointed as indicated by the broken line.

10 (a) and 10 (b) are examples of the one-way metal shank 3a, and the protrusions protruding along the central longitudinal direction are provided. In this example, the end is not bisected in the incision state, but may be bisected as shown in Fig. 9 (a).

(A) and (b) of FIG. 11 are narrow for high heels, but the elasticity is increased by increasing the protrusion. 12 (a) and 12 (b) are examples of the two-way metal shank 3a, and the protrusions are provided in two rows in parallel. Fig. 13 (a) and (b) are different from the planar metal shank 3a, and are one of the types embedded in the inside of the midsole 2.

In addition, the metal shank 3a has two types: a quenched metal shank 3a that requires high elasticity in relation to elasticity, and a metal shank 3a that does not require a high repulsive force and is not quenched. There is.

The metal shank 3a is categorized as a gentleman's shoe, a lady's shoe, a sandal, a boots, a sports specialty (such as hiking boots or various spikes), and the like. Whether or not to quench is determined. In the case where the metal shank 3a is magnetized, magnetic force is applied on the basis of 610 to 680 gauss for gentle shoes and 620 to 710 gauss for female shoes.

Next, the shank magnetization apparatus 5 and the method of magnetizing the shank using this magnetization apparatus 5 are demonstrated. Referring first to the case of the first invention, the metal shank 3a is placed on the female coil as a conventional magnetic attachment method, and when energized, the shank becomes magnetic and is divided into two poles of N and S to generate magnetic lines. do. When the magnetized metal shank 3a is buried and installed in the midsole material 2, the menstrual blood of the sole is stimulated by the action of the magnetic force line passing through the shoe.

The magnetization apparatus 5 used for the second invention is as shown in FIG. 14 and FIG. That is, by using a ferromagnetic metal material such as a magnetizable silicon steel sheet or a pure iron sheet, the concave portion 19 having an open upper surface is formed in an odd number of concave portions in a row, and the upper surface is the magnetic screen 6 so as to have its cross section shape. Is comb-shaped.

This is referred to as magnetization frame 20. In the recess 19 of the magnetization frame 20, the excitation coil 16 is provided, the adjacent excitation coil 16 is excited by the other pole, and the excitation coil 16 of both ends is excited by the same pole. .

A plurality of metal shanks 3a (for example, about 100 to 400 sheets) are placed in a plane on the magnetic screen 6 of the magnetization frame 20, energized by the excitation coil 16 to correspond to the excitation coil 16, The metal shank 3a is magnetized. FIG. 16 shows the magnetic flux density of the magnetized metal shank 3a, where the surface adjacent to the sole is strongly magnetized and the surface on the opposite side is very weakly magnetized.

The number of poles of the magnetized metal shank 3a is an odd number (more preferably three or five poles) corresponding to the excitation coil 16 of the magnetizing device 5, and as shown in the figure, the polarity of adjacent magnetic poles is shown. Are different poles, and both ends are the same pole.

In the drawings, the polarities at both ends are N poles, but the polarity is not limited to this and may be S poles. If you have three stimuli,

N: S: N (or S: N: S) = 1: 2: 1

It is magnetized as the ratio of.

The midsole substrate 1 for making the midsole material of the shoe on which the magnetization shank is provided includes a basic type and a composite type of a single-ply press-board of various materials. The basic midsole substrate la is bonded to the cutting division of the operating member 13 (material for the toe of teeth) having a thickness of 1.3 to 4 mm to the cutting division of the intermediate material 12 having a thickness of 1.3 to 2 mm. .

The composite midsole substrate lb is a combination of the composite material 15 at a predetermined position of the basic midsole substrate la, and the starting end composite material 15 is placed at the center of the intermediate material 12 of the basic midsole substrate 1a. There are various kinds of things such as bonding the engraving member 13 on the intermediate material 12, which is adhesive or one-ply, and combining the composite material 15 on the engraving member 13, and all of them are classified according to the use. do. The ceramic paper 4 emitting far-infrared rays at room temperature may be adhered to the surface of the intermediate member 12 of the midsole substrate 1, and the midsole sheet 14 may be further adhered thereto.

The midsole sheet 14 includes, for example, a woven fabric such as gauze, vinyl sheet, cold yarn, or a nonwoven fabric such as felt.

The midsole material 2 is formed by punching out the midsole substrate 1, and the metal shank 3a is picked up inside the midsole material 2 as shown in FIG. 7 (a) and (b). It is also used to put, not shown, but is used to secure the bonding to the lower surface does not directly contact the sole.

Next, the manufacturing method of the shoe which concerns on this invention is demonstrated.

First, the midsole member 2 is fixed to the bottom of a shoe mold (including a plastic type) to which leather 8 (upper) is not deposited. The leather 8 (upper) is then hand-coated and pulled in, and then the leather 8 (upper) is pulled out as an assembly raster, the dressing is finished, and the finish is checked. An adhesive paste (such as a latex pressure sensitive adhesive) is applied to the lower surface of the midsole 2 to the cloth, and then dried in a drier. Subsequently, the sole 7 is attached to the bottom of the midsole 2 (flooring work) to firmly adhere the sole 7 as a bottom press, and the mold is pulled out to be completed by nailing to the bottom.

When the shoes made in this way are worn, the sole reflector 9, unlike the physical stimulus as in the prior art, is stimulated in secret and seeks to strengthen the organ and relieve stress.

The first invention, as described above, by magnetizing the shank which is the original accessory attached to the midsole of the shoe, there is no stimulus projections as in the conventional health equipment, so the appearance of the shoe itself is not at all normal. It can be used comfortably without any discomfort to the user, and it is a self-stimulating stimulus rather than a physical stimulus like the conventional one, so there is no foreign object feeling, and there is an advantage that it does not cause discomfort even for long-term continuous use. Since the original accessory shank is magnetized, it is stimulated by simply wearing shoes, and there is no need for extra effort for continuous use.

In the second invention, the magnetic field of the magnetized shank adhering to the midsole of the shoe is an odd number and the magnetic effect is superior to that of the even number of the magnetic poles. That is, in the magnetic hysteresis curve, the magnitude of magnetization radiated over time, that is, the residual magnetic value is odd is higher than that of even-numbered poles. As an experimental example, the magnitude of the magnetic field in the opposite direction, that is, the coercive force, required to zero the size of the magnetization is also higher than that of the even pole.

In addition, as described above, the magnetic flux density generated from the sole of the shoe is very weak due to the difference in the magnetic flux density of the front and back surfaces of the shank, so that the iron scraps in the soil adhere to the sole of the shoe so that the shoes are not soiled.

In the third invention, the adjacent magnetic poles are different poles, and the magnetic poles on both ends are mounted with magnetizable shanks on a magnetizer, and the metal pieces are placed on the shank again, and then energized to correspond to the magnetic poles. Since the magnets are attached with an odd number of poles, the surface in contact with the magnetizer is strongly magnetized and the opposite surface is weakly magnetized.Therefore, the surface and back surface of the accessory have a large difference in magnetic flux density. When attached, it is possible to generate magnetic lines of force concentrated in the center of the shoe.

In the fourth invention, the concave portions of the upper surface opening are concave in odd places, and the comb-shaped magnetized frame in which the upper surface becomes the magnetic screen is provided with a female coil in the concave portion, and the adjacent ones are excited by different poles. And both ends are excited with the same pole, the shank is magnetized corresponding to the excitation coil, and further, as described above, the surface contacting the magnetizing device is strongly magnetized, and the opposite surface is weakly magnetized. There is a large difference in magnetic flux density between them, and as a result, attaching this accessory to the midsole makes it possible to generate magnetic lines of force intensively in the center of the shoe.

Claims (6)

A magnetized metal shank of a shoe midsole material, characterized in that the magnetizable metal shank is integrally mounted to the midsole material constituting the bottom of the shoe. In the metal magnetization shank mounted on the shoe midsole, the number of magnetic poles of the magnetized metal shank is odd, the polarity of the magnetic poles on both ends of the magnetic metallization shank is the same pole, and the polarity of the adjacent magnetic poles is different. Metal magnetized shank of the shoe sole sole, characterized in that the configuration. The magnetic sole density of a shoe sole according to claim 2, wherein the magnetic flux density of the magnetic force line radiated from the surface near the sole of the metal magnetization shank is greater than the magnetic flux density of the magnetic force line radiated from the surface farther from the sole. Magnetized shank. The magnetizable metal shank is placed on the magnetizing device in which the adjacent magnetic poles are different poles, and the magnetic poles of the opposite poles are the same pole, and the metal pieces are placed on the metal shank again. Magnetizing method of a metal shank for shoe soles, characterized in that the magnetization to the pole. The concave portion with the upper surface opened is formed in an odd number of lines, and the upper surface is installed in the comb-shaped magnetization frame and the concave portion, which become the magnetic screen, and adjacent ones are excited by different poles, and both ends are excited by the same pole. Magnetizer of metal shank for shoe midsole consisting of coils. The magnetization apparatus for shoe midsole according to claim 5, wherein a metal piece for holding on to the pizza cargo provided on the magnetic screen is held.

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