Clothes and equipment

Abstract

To provide clothing capable of generating an improvement effect of a motor function and the body trunk by clothing by changing the magnetic field intensity as clothing and the influence on the body by imparting polarity.SOLUTION: A magnetic print consisting of a belt-like region is formed of a first polar magnetic print obtained by making it into a belt-like region by arranging a magnetic spot of an S pole polarity at equal intervals, and a second polar magnetic print obtained by making it into a belt-like region by arranging a magnetic spot of an N pole polarity at equal intervals. The magnetic print is formed by fixing one of the first polar magnetic print and the second polar magnetic print on a specific front area including a front body in a belt shape, and fixing the other of the first polar magnetic print and the second polar magnetic print on a specific back area including a back body in a belt shape.SELECTED DRAWING: Figure 3

Description

Technical Field

[0001] The present invention relates to clothing worn on the upper or lower body of the body, such as underwear or outerwear, shirts, pants, etc., and equipment worn on a part of the body, and particularly to those with a magnetic print having a magnetic body.

[0002] The clothing in the present invention and the above includes, in addition to underwear such as T-shirts, long-sleeved shirts, long pants, shorts, half pants, shorts, bras, etc., sports clothing such as training shirts, spats, etc. Furthermore, it includes clothing for animals or living organisms as well as for humans.

[0003] The equipment for the body in the present invention and the above includes clothing that covers at least a part of the upper body, such as the shoulders, arms, hands, or at least a part of the lower body, such as the waist, legs, feet, and partial equipment for the body such as a supporter that protects or fixes a part of the body. For example, it includes supporters such as wristbands, neckbands, armbands, leg bands, knee supporters, ankle supporters, leg supporters, waist supporters, shoulder supporters, arm supporters, wrist supporters, posture correction bands, or gloves, fingerless gloves, finger covers that cover only the fingers. In addition to the above-mentioned clothing and partial equipment for the body, the equipment also includes small items of underwear, protective gear, or cold protection gear such as shorts, socks, leggings, hats that are worn or attached to a part of the body.

Background Art

[0004] Conventionally, as clothing that covers the body of the wearer, by coating various characters, patterns, etc. on clothing items such as shirts, sheets, pillowcases, etc., the design of the product is enhanced to increase the purchasing desire of consumers, Clothing items that can promote health are disclosed.

[0005] For example, the health promotion sheet of Patent Document 1 includes an upper body part that covers at least a part of the upper body, and an upper body support part formed on the upper body part. The upper body support part includes an upper body first support part located at a position along at least a part of the iliopsoas muscle, an upper body second support part located at a position along the erector spinae muscle, and an upper body third support part located at a position along the teres major muscle.

[0006] In addition, the functional clothing of Patent Document 2 is such that a printing agent containing functional powders such as germanium, ceramics, tourmaline, and magnets is printed on the back surface of clothing such as underwear and T-shirts, and the printed part is brought into contact with the skin.

Prior Art Documents

Patent Documents

[0007]

Patent Document 1

Patent Document 2

Summary of the Invention

Problems to be Solved by the Invention

[0008] However, the above-mentioned various sheets or clothing mainly focus only on the fixing of the functional powder, and are not specified in terms of their polarity or arrangement on the body.

[0009] That is, even if the functional powder itself has magnetism, the magnetic field strength during clothing changes depending on the polarity, and the degree of influence on the body also changes. As a result, there is a possibility that the movement function of the body and the effect of improving the trunk by the clothing may not occur, or in some cases, it may cause a load on the body.

[0010] In view of the above, an object of the present invention is to provide clothing that can cause the movement function of the body and the effect of improving the trunk by the clothing, by changing the magnetic field strength during clothing and the degree of influence on the body depending on the polarity.​

Means for Solving the Problem

[0011] To solve the above problems, the following means [1] to

[10] are taken.

[0012] [1] The clothing with magnetic printing of the present invention is a piece of clothing made of a stretchable fabric with magnetic printing formed of a strip-shaped region body, wherein the magnetic printing is composed of a first-polarity magnetic printing in which magnetic spots of S-pole polarity are arranged at equal intervals to form a strip-shaped region body, and a second-polarity magnetic printing in which magnetic spots of N-pole polarity are arranged at equal intervals to form a strip-shaped region body, either one of the first-polarity magnetic printing and the second-polarity magnetic printing is fixedly formed in a strip shape on a specific front region including the front body part of the stretchable fabric, and the other of the first-polarity magnetic printing and the second-polarity magnetic printing is fixedly formed in a strip shape on a specific back region including the back body part of the stretchable fabric, and the specific front region and the back region are arranged in pairs on the front side and the back side of the clothing part of the body in a clothing state, which is characterized in that.

[0013] 〔2〕Symmetrical (line-symmetrical) paired arrangement The specific front region and the back region are arranged in pairs at symmetrical positions (line-symmetrical positions) on the front side and the back side with the axial skeletons of the spine, upper limbs (humerus or the like), and lower limbs (femur or the like) of the body at the wearing position as the boundary in the wearing state, which is characterized in that. Also, by arranging them in pairs, when the clothing is stored, the front body part and the back body part overlap, so that the permeability can be maintained at a high level, and a decrease in magnetic force over time or due to aging can be prevented.

[0014] 〔3〕Point-symmetrical paired arrangement The specific front region and back region are arranged at point-symmetrical positions on the front side and the back side, centered on the axial skeleton of the body at the wearing location, namely the spine, upper limbs (from the humerus), and lower limbs (from the femur), in the wearing state.

[0015] 〔4〕In any of the above, it is characterized by having a linear region along the blood flow direction. That is, The region group composed of partial regions of the specific front region and back region is composed of a curved linear or straight linear region with a predetermined width along the blood flow direction (artery or vein direction) of the body at the wearing location in the wearing state. For example, the magnetic belt in the following-described embodiment is a region group having a shape composed of the direction along the blood flow direction and the skeletal muscle. By forming a specific phase magnetic field along the blood flow

[0016] 〔5〕A linear region surrounding the axial skeletal muscle in an annular or partial annular shape The region group composed of partial regions of the specific front region and back region is composed of a curved linear or straight linear region with a predetermined width surrounding the axial skeletal muscle (e.g., around the wrist, ankle, neck) in an annular or partial annular shape at the wearing location in the wearing state.

[0017] 〔6〕As a linear region surrounding the axial skeletal muscle in an annular or partial annular shape, The magnetic print is A first-polarity magnetic print 1A formed by arranging magnetic spots of S-pole polarity at equal intervals to form a belt-shaped region body, A second-polarity magnetic print 1B formed by arranging magnetic spots of N-pole polarity at equal intervals to form a belt-shaped region body, Composed of a mixed-polarity magnetic print 1C formed by alternately arranging magnetic spots of S-pole polarity and N-pole polarity at equal intervals to form a belt-shaped region body, Either one of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a belt shape on a specific front region including the front body part of the stretchable clothing, While either the other of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a belt shape on a specific back region including the back body part of the stretchable clothing, The mixed-polarity magnetic print 1C is fixedly formed in a strip shape on the boundary region between the specific front region and the back region. The area of the region of the mixed-polarity magnetic print 1C is smaller than any of the areas of the regions of the first-polarity magnetic print and the second-polarity magnetic print.

[0018] 〔7〕As the configuration of each polarity magnetic print, The first-polarity magnetic print, the second-polarity magnetic print, and the multi-polarity magnetic print are composed of a large number of magnetic body fabrics of a predetermined shape, which are fixedly printed on the raw ground in a predetermined linear or curved orientation pattern as a strip-shaped region body having a strip-shaped region of a predetermined width. Each magnetic body fabric is composed of a heat-set printing of kneaded ink obtained by kneading magnetic powder having an S-pole polarity or an N-pole polarity with a non-polar oil-based solvent or a non-polar PVC-based solvent. Each magnetic body fabric fixedly printed in pairs on one strip-shaped region body is characterized in that each pair has substantially the same width.

[0019] 〔8〕Also, as a fixing form by double printing of the magnetic print, The first-polarity magnetic print, the second-polarity magnetic print, and the multi-polarity magnetic print a magnetic body group fixed in a first strip-shaped region 10MA shape that is linearly or curvedly oriented with a first predetermined width, and an ore-containing binder fixedly printed in a second strip-shaped region shape larger than the first strip-shaped region 10MA shape of the magnetic body group and oriented with a second predetermined width larger than the first predetermined width, covering the first strip-shaped region 10MA shape of the magnetic body group, are formed by overlapping and double printing. Double printing can improve the fixing property and enhance the electromagnetic field generation effect by the magnetic body.

[0020] 〔9〕Also, as a swimming or underwater activity clothing, It is made of a wet suit fabric for swimming or underwater activities, and is characterized in that an electromagnetic field is formed in water by magnetic printing. By forming an electromagnetic field, it is possible to improve motor functions and obtain the effects of shark repellent and fish repellent.

[0021] 〔10〕As an equipment of the present invention, The equipment of the present invention is an equipment that consists of a stretchable clothing with a magnetic print formed on a belt-shaped area body, and at least annularly surrounds a part of the body for wearing. The magnetic print is composed of a first-polarity magnetic print that forms a belt-shaped area body by arranging magnetic spots of S pole polarity at equal intervals, and a second-polarity magnetic print that forms a belt-shaped area body by arranging magnetic spots of N pole polarity at equal intervals. One of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a belt shape on a specific front area including the front part of the stretchable clothing, and the other of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a belt shape on a specific back area including the back part of the stretchable clothing, and the specific front area and the back area are characterized in that they are arranged in pairs on the front side and the back side of the clothing part of the body in a clothing state.

Effects of the Invention

[0022] According to the above means, the present invention provides a clothing with a magnetic print and a consent / witness assistance system that can create a valid contract with the content of the agreement desired by the parties even by a simple operation using their respective information terminals.

Brief Explanation of Drawings

[0023]

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

Figure 6

Figure 7

Figure 8

Mode for Carrying Out the Invention

[0024] It consists of clothing made of stretchable fabric with a magnetic print applied in a strip-shaped region body, or equipment made of stretchable fabric with a magnetic print applied in a strip-shaped region body. However, the clothing referred to in the present invention includes, in addition to sportswear, underwear, undershirts, outerwear, cold protection gear, swimsuits, wet suits, and body suits. As the form of each piece of clothing, it includes long-sleeved or short-sleeved upper garments, T-shirts, bras, and other undergarments worn on body parts, as well as long or short lower garments. It refers to something worn on a part of the human body or an animal's body, and is characterized by having a fabric with a magnetic print in the shape of a strip-shaped region on the front or back surface of the stretchable fabric of the clothing.

[0025] In addition, the equipment includes hats, armbands, leg bands, ankle bands, wrist bands, neck bands, as well as gloves, finger covers, various masks for hygiene, medical, and work use, and glasses or eye covers.

[0026] The clothing of Example 1 shown in FIGS. 1 to 3 is a long-sleeved shirt with two second strip-shaped region bodies at the intersection of horizontal and slightly diagonal directions connected to the horizontal part on the left and right of the chest printed internally, an X-shaped vertical first strip-shaped region body group printed on the abdomen, two second strip-shaped region bodies at the intersection of horizontal and slightly diagonal directions connected to the horizontal part printed on the left and right of the middle of the back, one first strip-shaped region body printed from the shoulder opening on the front of each arm to the vicinity of the inner side of the wrist, and one second strip-shaped region body printed from the shoulder opening on the back of the arm to the outer side of the wrist.

[0027] The clothes of Example 2 shown in FIGS. 4 to 5 are made of a long-sleeved shirt with an X-shaped vertical strip region body printed on the abdomen and two strip region bodies each of horizontal + horizontal and slightly diagonal directions printed on the left and right of the middle of the back.

[0028] (Printed surface) The printed surface of the magnetic print may be the back surface of the stretchable fabric or the front surface of the stretchable fabric. In all of the examples, the back surface of the stretchable fabric is used as the printed surface.

[0029] (Magnetic print) The magnetic material dispersed and fixed in the magnetic print is composed of an alloy magnet of a ferromagnetic material having polarity or a magnetized metal. It may be made to have a specific polarity by fixing the direction of the magnetic pole in a specific direction after print fixing, or it may be composed of a strip region body having a specific polarity or a raw fabric of the strip region body magnetized before print fixing.

[0030] Specifically, one or more are selected and used from among alloy magnets such as Fe-Al-Ni-Co magnets (iron-aluminum-nickel-cobalt, alnico magnets), Fe-Cr-Co magnets (iron-chromium-cobalt magnets), ferrite magnets mainly composed of iron oxide (ferrite), rare earth magnets such as Sm-Co magnets and Nd-Fe-B magnets (neodymium magnets).

[0031] (Two polarities of magnetic print) Each magnetic print is configured to have at least two types of fixed polarities. That is, it is composed of a first-polarity magnetic print in which magnetic spots of S-pole polarity are arranged at equal intervals to form a strip region body, and a second-polarity magnetic print in which magnetic spots of N-pole polarity are arranged at equal intervals to form a strip region body. Then, either the first-polarity magnetic print or the second-polarity magnetic print is fixedly formed in a strip shape on a specific front region including the front body part of the stretchable clothing, and the other of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a strip shape on a specific back region including the back body part of the stretchable clothing.

[0032] (Counter arrangement) And the specific front region and the back region are arranged in pairs on the front side and the back side of the clothing part of the body in the clothing state. In Examples 1 and 2, a region group composed of a partial region of each of the specific front region and the back region is arranged in a front-back symmetric position on the front side and the back side with the axial skeleton of the wearing position, such as the spine, upper limbs, or lower limbs, as a boundary in the wearing state.

[0033] Alternatively, as another form, a region group composed of a partial region of each of the specific front region and the back region is arranged in a point-symmetric position on the front side and the back side with the axial skeleton of the wearing position, such as the spine, upper limbs, or lower limbs, as a center in the wearing state. For example, in the horizontal cross-sectional view shown in FIG. 3 (in FIG. 3, it is a cross-sectional view taken along line A-A), the first-polarity magnetic print and the second-polarity magnetic print are arranged in a point-symmetric position with the axial skeleton, that is, the central point CP of the body axis, as the center. For example, when the first-polarity magnetic print is arranged closer to the right half of the front body part, a paired second-polarity magnetic print is arranged closer to the left half of the back body part.

[0034] Alternatively, as another form, the region group composed of a partial region of each of the specific front region and the back region is characterized in that it consists of a curved or linear linear region with a predetermined width along the skeletal muscle of the wearing position in the wearing state.

[0035] (Linear region of an annular body) Also, in an annular part that surrounds the axial skeletal muscle around the wearing position (for example, around the wrist, ankle, or neck) in a ring shape or a partial ring shape among the region group composed of a partial region of the specific front region and the back region, it is assumed to be composed of an annular body in which linear regions with a predetermined width in a curved or linear shape are connected in a ring shape (FIGS. 1 and 2).

[0036] (Non-polar or mixed-polar part between two polarities) As another form example, the magnetic print is composed of three types: a first-polarity magnetic print in which magnetic spots of S-pole polarity are arranged at equal intervals to form a strip-shaped region body, a second-polarity magnetic print in which magnetic spots of N-pole polarity are arranged at equal intervals to form a strip-shaped region body, and a mixed-polarity magnetic print in which magnetic spots of S-pole polarity and N-pole polarity are arranged alternately at equal intervals to form a strip-shaped region body. One of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a strip shape on a specific front region including the front body part of the stretchable clothing, while the other of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a strip shape on a specific back region including the back body part of the stretchable clothing, and the mixed-polarity magnetic print 1C is fixedly formed in a strip shape on the boundary region between the specific front region and the back region. However, the area of the region of the mixed-polarity magnetic print 1C is smaller than either of the area of the region of the first-polarity magnetic print and the area of the region of the second-polarity magnetic print.

[0037] (Form example of magnetic tape) Each of the first-polarity magnetic print, the second-polarity magnetic print, and the multi-polarity magnetic print may be composed of a stretchable magnetic material fabric having an adhesive layer on the lower surface, which is fixedly attached to the stretchable clothing as a strip-shaped region body having a predetermined width extending linearly or curvilinearly in the predetermined direction. Each magnetic material fabric is, for example, a magnetic tape in which magnetic powder having S-pole polarity or N-pole polarity, tourmaline powder, and germanium powder are dispersed and fixed on a stretchable table base material.

[0038] (Design of magnetic print) The design of the magnetic material fabric, that is, the magnetic print, which is composed of strip-shaped region bodies is such that each magnetic material fabric fixedly printed in a pair in the form of one strip-shaped region body has substantially the same width in each corresponding pair. In the front body part and the back body part, it may be in a form where a print design is symmetric in the left - right direction from the vertical central axis CL1, and symmetric in the front - back direction from the front - back central axis CL2 which is the boundary between the front and the back, so that each of the front body part and the back body part has the same design shape.

[0039] The magnetic print of Example 1 is composed of a first - polarity magnetic print in which magnetic spots of S - pole polarity are arranged at equal intervals to form a strip - shaped region body, and a second - polarity magnetic print in which magnetic spots of N - pole polarity are arranged at equal intervals to form a strip - shaped region body. These two types are configured for each pair of the front body part and the back body part as a set, and are composed of a large number of pairs. However, the strip - shaped region body of Example 1 has a design obtained by projecting the hand - working muscle artery among the skeletal muscles of the human body onto the front body part and the back body part respectively.

[0040] For example, the first - polarity magnetic print 2A in FIG. 1 includes a clavicle - part first - polarity magnetic print 211A that is horizontally linearly oriented at each of the left - right positions of the chest along the subclavian artery or the clavicle, and a mid - part first - polarity magnetic print 212A that is connected from the inner ends of the left - right clavicle - part first - polarity magnetic prints 211A, bends obliquely downward, crosses each other on the left and right, and further bends obliquely toward the abdomen and is linearly oriented. The intersection of the intersecting left - right mid - part first - polarity magnetic prints 212A is the first - polarity magnetic - print intersection part 210A, and this position is arranged approximately at the center of the upper body and is located near the superior mesenteric artery or the aorta during wearing. At the center and left - right of the abdomen, three print bands composed of a mid - abdomen first - polarity magnetic print 213A and left - right ventral - side first - polarity magnetic prints 214A are linearly oriented in the vertical direction.

[0041] Around the neck, a neck - part first - polarity magnetic print 215A and a neck - part second - polarity magnetic print 215B are arranged in an annular shape with switching in the front - half part and the back - half part respectively. These are annular print bands that cross the carotid artery.

[0042] On the wrist, the first-polarity magnetic print 221A of the upper limb is arranged in a curved line along the upper limb artery when worn. Also, around each of the left and right wrists, the first-polarity magnetic print 222A of the wrist and the second-polarity magnetic print 222B of the wrist are respectively arranged in an annular shape with switching to the front half and the rear half. These are annular print bands that cross the upper limb artery of the wrist.

[0043] The second-polarity magnetic print 2B in FIG. 2 is designed on the back side of the wearing vehicle with substantially the same design and the same arrangement as the first-polarity magnetic print 2A. Specifically, It consists of the second-polarity magnetic print intersection 210B, the second-polarity magnetic print 211B of the clavicle part, the second-polarity magnetic print 212B of the midline part, the second-polarity magnetic print 213B of the mid-abdominal part, the second-polarity magnetic print 214B of the ventral part, the second-polarity magnetic print 215B of the neck part, the second-polarity magnetic print 221B of the upper limb part, and the second-polarity magnetic print 222B of the wrist part.

[0044] The belt-shaped region body of the magnetic print is preferably designed to be oriented linearly or curvilinearly along the arteries and veins running within the body part when worn. Furthermore, it is preferably designed such that the belt-shaped region body is housed within the region surrounded by the virtual projection lines to the front of the arteries and veins when worn.

[0045] The magnetic print of the embodiment is formed by sequentially performing a first fixing step of fixing a group of magnetic bodies within a first belt-shaped region on the back surface of the stretch fabric as shown in FIG. 6(a), and a second fixing step of printing and fixing an ore-containing binder within a second belt-shaped region overlapping the first belt-shaped region on the back surface of the stretch fabric as shown in FIG. 6(b), so that the group of magnetic body prints within the first belt-shaped region and the ore-containing binder within the second belt-shaped region are double-fixed by overlapping. In FIG. 6(a), a print region of a group of magnetic bodies 20M printed and fixed within a shape of a first belt-shaped region 10MA that is oriented linearly or curvilinearly while maintaining a first predetermined width is shown. Both side edges 20ML of the first belt-shaped region extend slightly outward from the magnetic bodies 20M, and a solvent-based fixing binder for fixing a thin plate circular magnetic body is applied to this first belt-shaped region for fixing. In Fig. 6(b), a binder containing ore printed and fixed within a second strip-shaped region larger than a strip-shaped region oriented with a second predetermined width larger than the first predetermined width is shown, covering the shape of the first strip-shaped region 10MA of the magnetic material. By double-printing within the larger region, the fixing property of the magnetic material group printing is improved.

[0046] The magnetic print of Example 3 shown in Figs. 7 and 8 is made of a wet-suit fabric for swimming or underwater activities, and is characterized in that an electromagnetic field is formed in water by the magnetic print. Specifically, a first-polarity magnetic print in which magnetic spots of S-pole polarity are arranged at equal intervals to form a strip-shaped region body, and a second-polarity magnetic print in which magnetic spots of N-pole polarity are arranged at equal intervals to form a strip-shaped region body, are each configured in a number of pairs, with a set of the front body and the back body as one pair. However, the strip-shaped region body of Example 3 has a design in which the arteries of the human body are projected onto the front body and the back body respectively. Also, the front body consists of an upper body part made of chest fabric 11F, shoulder fabrics 12F·12R, and wrist fabric 15F, a hat part made of neck fabric and hood fabric, and a lower body part made of leg fabrics 14F·14R and below-knee fabrics 16F·16R, and the three parts are sewn together so as to be integrated with each other. Further, an opening is formed by a fastener 4 from the neck fabric to the chest fabric, and the fastener operating spatula 4F is operated to put on clothes through the individual openings.

[0047] (Other modifications) The stretchable clothing with a magnetic print made of a strip-shaped region body is not limited to the above embodiments, and the shape of the clothing can be changed or a part of the configuration can be extracted. For example, it may be in the form of any modification of a short-sleeved shirt, T-shirt, tank top, half-length shorts, shorts, underwear, etc. obtained by cutting the sleeves or the length of the above embodiments.

[0048] (Equipment) An equipment made of a stretchable clothing with a magnetic print made of the strip-shaped region body of the present invention, which is worn by surrounding a part of the part of the body where there is blood flow inside in a circular shape, The magnetic print is composed of a first-polarity magnetic print in which magnetic spots of S-pole polarity are arranged at equal intervals to form a strip-shaped region body, and a second-polarity magnetic print in which magnetic spots of N-pole polarity are arranged at equal intervals to form a strip-shaped region body, either the first-polarity magnetic print or the second-polarity magnetic print is fixedly formed in a strip shape on a specific front region including the front body part of the stretchable clothing, and either the other of the first-polarity magnetic print or the second-polarity magnetic print is fixedly formed in a strip shape on a specific back region including the back body part of the stretchable clothing, the specific front region and the back region are arranged in pairs on the front side and the back side of the clothing part of the body in the clothing state. The equipment referred to in the present invention refers to something worn on a part of the human body or an animal body, and it only needs to have a fabric with a magnetic print on the front or back surface.

[0049] Regarding the paired configuration of the polarities of the magnetic print, a flexibility confirmation test was conducted by wearing on the human body. As a result, it was confirmed that Samples A and B with specific polarities arranged in pairs had higher physical abilities than Samples C and D. Nine adults (6 adult males and 3 adult females) (Sample A) A clothing sample consisting of a long-sleeved shirt and long pants, in which the magnetic print on the front body part side is the first polarity of the S-pole, the magnetic print on the back body part side is the second polarity of the N-pole, and the printing is fixed in a symmetric front-back arrangement so that the front and back body parts have substantially the same design. (Sample B) A clothing sample consisting of a long-sleeved shirt and long pants, in which the magnetic print on the front body part side is the second polarity of the N-pole, the magnetic print on the back body part side is the first polarity of the S-pole, and the printing is fixed in a symmetric front-back arrangement so that the front and back body parts have substantially the same design. (Sample C) A clothing sample consisting of a long-sleeved shirt and long pants, in which the magnetic prints on both the front body part side and the back body part side are the first polarity of the S-pole, and the printing is fixed in a symmetric front-back arrangement so that the front and back body parts have substantially the same design. Clothing sample consisting of a long-sleeved shirt and long spats, with all magnetic prints on the front and back body sides set to the second polarity of the N pole and printed and fixed in a symmetric arrangement so that the front and back body sides have substantially the same design. Clothing sample consisting of a long-sleeved shirt and long spats, with all prints on the front and back body sides being non-conductive printed bodies without polarity and printed and fixed in a symmetric arrangement so that the front and back body sides have substantially the same design.

[0050] (Test results of the forward bending test) Sample A: Measurement ratio with Sample N: Average 4.0 cm up Sample B: Measurement ratio with Sample N: Average 2.5 cm up Sample C: Measurement ratio with Sample N: Average 2.0 cm up Sample D: Measurement ratio with Sample N: Average 2.0 cm up Furthermore, Sample A showed a higher value than Sample B. In particular, it was confirmed that the combination with the front body side as the S pole and the back body side as the N pole was most effective in improving physical ability (flexibility).

[0051] In addition, the present invention is not limited to the above-described embodiments or forms in the description. Without departing from the spirit of the present invention, various forms of modification, extraction or omission of some components, substitution with known configurations, or combination of parts, combination of each design element and material, and modification of the form of the equipment are possible.

Explanation of symbols

[0052] 1 Clothing 1F Front body side 11F Upper body front body side 12F Arm front body side 1B Back body side 11B Upper body back body side 12B Arm back body side 2A First polarity magnetic print 210A First polarity magnetic print intersection 211A Clavicle part first polarity magnetic print First-polarity magnetic print in the central part of 212A First-polarity magnetic print in the middle part of the abdomen of 213A First-polarity magnetic print in the ventral part of 214A First-polarity magnetic print in the neck part of 215A First-polarity magnetic print in the upper limb part of 221A First-polarity magnetic print in the wrist part of 222A Second-polarity magnetic print of 2B Intersection of the second-polarity magnetic print of 210B Second-polarity magnetic print in the clavicle part of 211B Second-polarity magnetic print in the central part of 212B Second-polarity magnetic print in the middle part of the abdomen of 213B Second-polarity magnetic print in the ventral part of 214B Second-polarity magnetic print in the neck part of 215B Second-polarity magnetic print in the upper limb part of 221B Second-polarity magnetic print in the wrist part of 222B Central axis in the up-down direction of CL1 Central axis in the front-back direction of CL2 Axis skeleton, central of the body axis of CP

Claims

1. A piece of clothing made of a stretchable fabric with a magnetic print consisting of a strip-shaped area body, The magnetic print is A first-polarity magnetic print in which magnetic spots of S-pole polarity are arranged at equal intervals to form a strip-shaped area body, A second-polarity magnetic print in which magnetic spots of N-pole polarity are arranged at equal intervals to form a strip-shaped area body, It is composed of a mixed-polarity magnetic print in which magnetic spots of S-pole polarity and N-pole polarity are arranged alternately at equal intervals to form a strip-shaped area body, One of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a strip shape on a specific front area including the front part of the stretchable fabric, While the other of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a strip shape on a specific back area including the back part of the stretchable fabric, The mixed-polarity magnetic print is fixedly formed in a strip shape on the boundary area between the specific front area and the back area, The area of the mixed-polarity magnetic print is smaller than either of the areas of the first-polarity magnetic print and the second-polarity magnetic print, and The specific front area and the back area are arranged in pairs on the front side and the back side of the clothing part of the body in a clothing state. A piece of clothing characterized by this.

2. The area group composed of a partial area of each of the specific front area and the back area is The one magnetic print in the front area and the other magnetic print in the back area are designed on the front side and the back side of the wearer with substantially the same design and the same arrangement, Around the neck, the one magnetic print in the front area and the other magnetic print in the back area are respectively switched to the front half and the back half and arranged in a ring shape, and are designed as a ring-shaped print band that crosses the carotid artery. The clothing according to claim 1, characterized by this.

3. The first-polarity magnetic print and the second-polarity magnetic print are formed by sequentially performing a first fixing step of fixing a solvent-based magnetic body group for fixing a thin plate circular magnetic body in a first strip-shaped area on the back surface of the stretchable fabric at a predetermined first predetermined width, and a second fixing step of printing and fixing an ore-containing binder containing ore in a second strip-shaped area at a second predetermined width larger than the first predetermined width while overlapping the first strip-shaped area on the back surface of the stretchable fabric. The clothing according to claim 2, characterized in that it is double-fixed in areas of different sizes while overlapping the magnetic body group print in the first strip-shaped area and the ore-containing binder in the second strip-shaped area. **Claim 4**: The group of regions consisting of partial regions of the specific front region and the back region is, in the worn state, symmetrically positioned front and back with respect to the axial skeleton of the spine, upper limbs, or lower limbs at the wearing location as a boundary, and is arranged at point-symmetric positions on the front and back sides centered on the axial skeleton of the spine, upper limbs, or lower limbs at the wearing location. The clothing according to claim 3, characterized in that. **Claim 5** The group of regions consisting of partial regions of the specific front region and the back region is, in the worn state, composed of a curved or linear strip-shaped region with a predetermined width along the skeletal muscles at the wearing location, and is also composed of a curved or linear strip-shaped region with a predetermined width surrounding the axial skeletal muscles at the wearing location in an annular or partially annular shape. The clothing according to claim 4, characterized in that. **Claim 6** The first-polarity magnetic print, the second-polarity magnetic print, and the mixed-polarity magnetic print are composed of a plurality of magnetic body fabrics printed and fixed in a strip-shaped region that is linearly or curvedly oriented while maintaining a predetermined width, each magnetic body fabric is formed by heat-printing kneaded ink obtained by kneading magnetic powder with an S-pole polarity or an N-pole polarity with a non-polar oil-based solvent or a non-polar PVC-based solvent, The clothing according to claim 5, characterized in that each magnetic body fabric printed and fixed in a paired strip-shaped region body has substantially the same width in each corresponding pair. **Claim 7** The first-polarity magnetic print, the second-polarity magnetic print, and the mixed-polarity magnetic print are composed of a plurality of magnetic body fabrics printed and fixed in a strip-shaped region that is linearly or curvedly oriented while maintaining a predetermined width, each magnetic body fabric is formed by heat-printing kneaded ink obtained by kneading magnetic powder with an S-pole polarity or an N-pole polarity with a non-polar oil-based solvent or a non-polar PVC-based solvent, The clothing according to claim 5, characterized in that each magnetic body fabric printed and fixed in a paired strip-shaped region body has substantially the same width in each corresponding pair. **Claim 8** The first-polarity magnetic print, the second-polarity magnetic print, and the mixed-polarity magnetic print are formed by double-printing by overlapping a magnetic body printed and fixed within a first strip-shaped region 10MA shape that is linearly or curvedly oriented while maintaining a first predetermined width, and an ore-containing binder printed and fixed within a second strip-shaped region shape that is larger than the first strip-shaped region 10MA shape of the magnetic body and is oriented with a second predetermined width larger than the first predetermined width and covers the first strip-shaped region 10MA shape of the magnetic body. The clothing according to claim 7, characterized in that. Claim 9. The one magnetic print in the front area and the other magnetic print in the back area are magnetic prints fixed to a wet suit fabric for swimming or underwater activities, a first-polarity magnetic print in which magnetic spots of S-pole polarity are arranged at equal intervals to form a strip-shaped area body, a second-polarity magnetic print in which magnetic spots of N-pole polarity are arranged at equal intervals to form a strip-shaped area body, are configured in multiple pairs, with each pair consisting of one set for the front body and one set for the back body, so as to form an electromagnetic field in water. The clothing according to claim 2, characterized in that.

10. It is a device made of a stretchable fabric with a magnetic print consisting of a strip-shaped area body, and is worn by at least annularly surrounding a part of the body. The magnetic print is a first-polarity magnetic print in which magnetic spots of S-pole polarity are arranged at equal intervals to form a strip-shaped area body, a second-polarity magnetic print in which magnetic spots of N-pole polarity are arranged at equal intervals to form a strip-shaped area body, and a mixed-polarity magnetic print in which magnetic spots of S-pole polarity and N-pole polarity are alternately arranged at equal intervals to form a strip-shaped area body. One of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a strip shape on a specific front area including the front body of the stretchable fabric. The other of the first-polarity magnetic print and the second-polarity magnetic print is fixedly formed in a strip shape on a specific back area including the back body of the stretchable fabric, and the mixed-polarity magnetic print is fixedly formed in a strip shape on the boundary area between the specific front area and the back area. The area of the mixed-polarity magnetic print area is smaller than either of the areas of the first-polarity magnetic print and the second-polarity magnetic print areas, and the specific front area and the back area are arranged in pairs on the front side and the back side of the clothing part of the body in a clothing state. A device characterized by this.

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