CN213704742U - Composite fabric layer and magnetic therapy vest comprising same - Google Patents

Abstract

The utility model relates to the field of health-care wearing articles, in particular to a composite fabric layer and a magnetic therapy vest comprising the same. The composite fabric layer is divided into an inner layer fabric and an outer layer fabric, and a magnet is clamped between the inner layer fabric and the outer layer fabric; the magnet is fixed by covering the fixing piece on the outer side of the magnet and sewing the fixing piece and the inner fabric along the outer edge of the magnet to form a first sewing ring; cover outer surface fabric in stationary blade one side, follow the outer edge of first sewing up the circle is sewed up lining surface fabric, outer surface fabric and stationary blade simultaneously, further carries out spacing fixed to inside magnetite under the effect of playing lining surface fabric and outer surface fabric interconnect fixed, prevents that the magnetite from taking place to slide and drops. The magnetic therapy vest comprising the composite fabric layer is also internally provided with a supporting reinforced layer for preventing the magnets from approaching each other in magnetic field force or generating the condition of drooping and pulling the fabric in long-term use, and effectively fixing and limiting the positions of the magnets.

Description

Composite fabric layer and magnetic therapy vest comprising same

Technical Field

The utility model relates to the field of health-care wearing articles, in particular to a composite fabric layer and a magnetic therapy vest comprising the same.

Background

At present, a large number of experimental researches and clinical practices show that after the magnetic field acts on a human body, a series of biological effects in the body can be caused, so that a therapeutic effect is generated. For example, the magnetic field acts on the acupuncture points to generate obvious analgesic effect and increase pain threshold, and the magnetic field acts on the acupuncture points of the meridian sensitive people to generate meridian sensory effect, similar to the meridian sensory effect generated after acupuncture of the acupuncture points, and generate cool, hot, numb and other feelings. When the magnetic field acts on the skin receptors stimulated by the body, the receptors are excited, impulses are transmitted to corresponding spinal cord segments and cerebral cortex, and then centrifugal impulses are sent by central nerves and are transmitted to tissues such as viscera, bodies, glands, blood vessels and the like to generate corresponding reactions. When a magnetic field is applied to a certain part or acupoint, it can reflexively cause vasodilation, accelerate blood flow or cause secretion of certain glands. Meanwhile, when a magnetic field with certain intensity acts on an organism, the organism can generate brain waves similar to those in sleeping or anaesthesia, the cerebral cortex is inhibited, and the sedative effect is generated. Under the action of magnetic field, these endocrine hormones can increase the surface charge of cells and increase the mutual repulsion of red blood cells, thus reducing the viscosity of blood and accelerating the blood flow. In addition, the body fluid contains various metal ions and non-metal ions, such as K +, Na +, Ca2+, Mg2+, Cl-and the like, and trace elements, such as iron, copper, zinc and the like, which cause physiological and biochemical reactions under the action of a magnetic field to enhance the permeability of cell membranes. The human tissue is a good conductor, and the blood vessel moves through relaxation under the action of the magnetic field to cut the magnetic force lines of the magnetic field, so that inductive micro-current is formed in the body, the speed and distribution of the electric ions are changed, the electric potential of the cell membrane is changed, the permeability of the cell membrane is enhanced, the exchange of substances inside and outside the cell is promoted, the nerve ending is stimulated, and the nerve function is adjusted. The therapeutic action mechanisms of the magnetic fields are not independent of each other, and generally, all parts are mutually linked and act simultaneously, such as the nerve reflex action and the body fluid regulation also act therapeutically, or the therapeutic action is exerted through various ways of regulating the biological electromagnetic process in a body, forming micro current and the like.

In summary, the magnetic particles capable of forming a magnetic field are arranged in the daily worn clothes, so that various beneficial effects can be brought to the human body. The utility model discloses a far infrared analgesia shoulder pad function jacket as disclosed in utility model patent document with grant bulletin number CN204969585U, including three-dimensionally tailor on, make up at the inboard health care magnetite and the tuo malin of jacket, the distribution position of health care magnetite corresponds with the position of human neck and shoulder, utilizes health care magnetite and tuo malin to improve human blood circulation to the effect of human body, plays the effect of dredging the meridian and promoting blood circulation. At present, the magnetic particles are fixed on the clothes in a mode of directly bonding the magnetic particles with a fabric layer of the clothes or utilizing fabrics at two sides to sew up so as to limit the magnetic particles inside; the manner in which the magnetic particles are fixed directly by the adhesive often causes hard lumps in the production and use of the clothing, causing inconvenience in wearing or discomfort to the wearer; the other side of the magnetic particle fixing device can cause the problem that the magnetic particles cannot be effectively limited or are easily damaged and fall off in a sewing and mounting mode.

SUMMERY OF THE UTILITY MODEL

The technical problem is as follows:

the utility model aims at providing a can effectively fix the composite bed of inside magnetic particle and include the magnetotherapy undershirt of this composite bed.

Technical scheme

The above technical purpose of the present invention can be achieved by the following technical solutions:

a composite fabric layer comprises an inner layer fabric and an outer layer fabric, and is characterized in that: arranging and installing magnets between the inner layer fabric and the outer layer fabric, covering a layer of fixing sheet for limiting the positions of the magnets on the surface of the magnets, sewing a region of the fixing sheet, which is 0.5-1mm away from the edges of the magnets, to form an inner sewing ring, connecting the fixing sheet and the inner layer fabric through the inner sewing ring, and coating the inner layer fabric and the fixing sheet outside the magnets and fixing the positions of the magnets; the outer layer fabric covers one side of the fixing piece and is connected with the inner layer fabric through sewing

Preferably, the magnet, the fixing piece and the lining fabric are pre-fixed in a hot pressing mode.

As right the utility model discloses a preferably, will outer surface fabric with when the nexine surface fabric sews up, follow the outer edge of the mounted position of magnetite is sewed up, forms one kind and is used for restricting the magnetite position and prevent after it drops the outer seam circle that moves about in the compound precoat.

As a preference for the present invention, the lining fabric is a sanded fabric layer formed by a process treatment.

As to the utility model discloses a preferred, outer surface fabric adopts the cotton surface fabric of screw thread.

As the optimization of the utility model, the inside of the magnetic therapy vest is provided with a supporting reinforced layer for further strengthening and fixing the magnet.

As the optimization of the utility model, the magnetic therapy vest forms a functional layer on the surface of the magnetic therapy vest after being treated by one or more functional additives.

As the optimization of the utility model, the fabric layer used at the chest of the magnetic therapy vest does not contain a magnet.

Preferably, the neckline of the magnetic therapy vest is in a V shape, the magnets above the front side of the magnetic therapy vest are symmetrically arranged at the positions corresponding to the shoulders on the two sides of the user and the clavicle in an inverted Y shape, wherein the magnets close to the shoulder direction are in a single row, and the magnets below the front side of the magnetic therapy vest are arranged at the positions corresponding to the abdomen of the user in an inverted T shape; the magnets at the rear side of the magnetic therapy vest are arranged and fixed in an I shape.

Preferably, the neckline of the magnetic therapy vest is U-shaped, the magnets above the front side of the magnetic therapy vest are symmetrically arranged at positions corresponding to shoulders on two sides of a user and reaching the clavicle in a trapezoidal manner, wherein the magnets close to the shoulder direction are in double rows, and the magnets below the front side of the magnetic therapy vest are arranged at positions corresponding to the abdomen of the user in an inverted T shape; the magnets at the rear side of the magnetic therapy vest are arranged and fixed in an I shape.

Has the advantages that:

1. the magnet and the fixed article are bonded in advance in the composite bed, the magnet is fixed in the composite bed through the inner and outer sewing rings, the requirement for accurate fixing of the position of the magnet is met, the phenomenon that the clothes are hardened and caked due to the fact that the magnet is fixed by using an adhesive is avoided, the comfortable feeling of the product when the product is worn and used is improved, meanwhile, the fixed connection of the magnet is strengthened through the double sewing structure, and falling and moving of the magnet inside can be effectively prevented.

2. The inner layer fabric in the composite layer adopts a frosted fabric layer formed by process treatment, and the frosted fabric layer is arranged between a human body and the magnet; the magnetic field generated by the magnets has the functions of promoting blood circulation to remove blood stasis and accelerating blood flow, promotes heat generation of a human body, and meanwhile, the frosted fabric layer can effectively limit heat dissipation, so that the heat preservation characteristic of clothes using the fabric is further improved after the frosted fabric layer is combined with the magnets arranged on the fabric layer.

3. The short and dense fluff layer on the surface of the sanded fabric layer on the inner side of the magnetic therapy vest can obviously improve the uncomfortable feeling of clothes provided with magnets when the clothes are worn, and can effectively prevent the damage to the skin of a human body caused by the repeated friction of the magnets when the clothes are worn next to the skin.

4. The fabric layer outside the magnetic therapy vest is made of threaded cotton, has good ductility, can effectively hide and cover bulges generated by the magnets on clothes when covering the outside of the magnetic therapy vest, avoids damage caused by friction between the magnet jacking fabric and outer clothes, and simultaneously enables the magnetic therapy vest to have an attractive and elegant appearance.

5. The magnet therapy vest is internally provided with a supporting reinforcing layer for further reinforcing and fixing the magnets, and the reinforcing layer can prevent the magnets from drooping under the action of gravity and pulling downwards a composite fabric layer of the magnet therapy vest to cause deformation and damage of the magnet therapy vest in the long-term use process of the magnet therapy vest; the supporting reinforcing layer can also reduce the effect that the magnets close to each other pull the joint mutually under the action of the magnetic field force, and avoid the occurrence of serious wrinkle deformation of the magnetic therapy vest caused by the mutual joint of the magnets in the magnetic therapy vest.

6. The functional additive is added in the frosted fabric layer of the magnetic therapy vest, so that the magnetic therapy vest has good antibacterial and insect-proof effects.

7. The magnet position in the magnetic therapy back core corresponds to the acupuncture point on the body of a user, can stimulate each key position, and can promote the blood circulation in the human body; meanwhile, the composite fabric layer at the position of the magnetic therapy vest close to the chest does not contain magnets, so that the adverse effects that the magnets inside the magnetic therapy vest are tightly attached to the skin at the chest when the magnetic therapy vest is worn next to the skin, and the user feels uncomfortable or the skin at the chest is damaged due to transitional friction during the movement of the user are avoided.

Drawings

FIG. 1 is a schematic view of an expanded structure of a composite fabric layer;

FIG. 2 is a schematic view of the composite fabric layer after being sewn and fixed;

FIG. 3 is a schematic view showing the structure of the composite fabric layer after a support reinforcing layer is added in the magnetic therapy vest;

FIG. 4 shows a first arrangement of magnets in the magnetic vest;

FIG. 5 shows a second arrangement of magnets in the magnetic vest;

in the figure:

1-composite shell fabric layer;

2-inner layer fabric;

3-outer layer fabric;

4, fixing a sheet;

5-magnet;

6-inner sewing ring;

7-outer sewing ring;

and 8, supporting the reinforcing layer.

Detailed Description

The following specific embodiments are merely illustrative of the present invention, and are not intended to limit the present invention, and those skilled in the art can make modifications of the present embodiments without inventive contribution as required after reading the present specification, but all the embodiments are protected by patent laws and protection within the scope of the present invention.

The scheme is realized by the following technical means:

example 1: a composite fabric layer 1 comprises an inner layer fabric 2 and an outer layer fabric 3, wherein a magnet 5 and a fixing piece 4 are clamped between the inner layer fabric 1 and the outer layer fabric 2, specifically, the fixing piece 4 is a gluing piece which is extremely thin and has good air permeability, one side of the gluing piece has adhesiveness at high temperature, and the shape and size of the fixing piece 4 are slightly larger than the size of the magnet 5. Covering the surface of the magnet 5 with the fixing piece 4, then attaching the other side of the magnet 5 to the inner layer fabric, and sewing the fixing piece 4 and the inner layer fabric 2 along the outer edge of the magnet at a distance of 0.5-1mm to form an inner sewing ring 6; and covering the outer layer fabric 3 on the upper side of the fixing piece 4, and sewing the outer layer fabric 3 and the inner layer fabric 2 along the outer edge of the inner sewing ring 6 to form an outer sewing ring 7. The position of the magnet 5 is fixed through the structure of the inner and outer sewing rings, so that the magnet 5 is prevented from shaking inside the magnetic therapy vest to cause the situation that the magnet does not correspond to the body surface position of a user during design, meanwhile, the outer sewing ring 7 can prevent the continuous expansion of the activity range of the wrapped magnet 5 under the situation that the inner sewing ring 6 is damaged and loses the fixed limiting effect, the magnet 5 is prevented from shaking or wandering inside the composite fabric layer 1, and the working procedures and time for repairing the magnetic therapy vest are effectively saved. Preferably, the fixing piece 4 is a bonding piece having good adhesion on one side under high temperature, the fixing piece 4, the magnet 5 and the lining fabric 2 are pre-fixed by a hot pressing process before the sewing process, the relative positions among the fixing piece 4, the magnet 5 and the lining fabric 2 are limited by the way, and the position of the magnet 5 can be more accurately positioned when the subsequent sewing is performed, so that the magnet position in the product comprising the composite fabric layer 1 can be more accurately matched with the timing requirement.

Example 2: a magnetic therapy vest comprises the composite fabric layer 1 in the embodiment 1, wherein the inner fabric 2 of the magnetic therapy vest is a frosted fabric layer which is obtained by frosting the surface of common fabric and has fine fluff on the surface, the frosted fabric layer can effectively improve the uncomfortable feeling of clothes provided with magnets 5 when the clothes are worn, and the damage to the skin of a human body caused by repeated friction of the magnets 5 when the clothes are worn next to the skin can be greatly reduced. The outer fabric of the magnetic therapy vest is made of 3 threaded cotton fabric, the fabric layer of the structure has good ductility, and when the fabric layer covers the outer side of the magnetic therapy vest, bulges generated by the magnets 5 installed on the clothes can be effectively hidden, so that the damage caused by the friction between the fabric jacked up by the magnets 5 and the outer clothes is avoided, and the magnetic therapy vest is attractive in appearance. The magnetic therapy vest is internally provided with a supporting and reinforcing layer 8 for further reinforcing and fixing the magnets 5, and the supporting and reinforcing layer 8 is a grid-shaped structure layer formed by mutually staggering strip-shaped cloth made of the same material as the lining fabric 2. The support can prevent the magnet 5 from drooping under the action of gravity and pulling the composite fabric layer of the magnetic therapy vest downwards to cause deformation and damage of the magnetic therapy vest in the long-term use process of the magnetic therapy vest; the supporting reinforcing layer 8 can also reduce the influence of mutual pulling of the magnets 5 close to each other under the action of the magnetic field force, and avoid the situation that the magnet therapy vest is seriously wrinkled and deformed or inconvenient to wear due to the mutual attachment of the magnets 5 in the magnet therapy vest. The composite fabric layer 1 in the magnetic therapy vest is processed by one or more common functional additives on the market to form a functional layer on the surface of the magnetic therapy vest, so that the magnetic therapy vest can effectively control the breeding of microorganisms or the generation of odor, and meanwhile, the product has light and heat stability and more excellent water washing resistance, and the durability of the magnetic therapy vest is greatly improved.

The arrangement positions of the magnets 5 in the magnetic therapy back core are optimized, the magnets 5 correspond to acupuncture points on the body of a user, the effect of stimulating each key part is achieved, and blood circulation inside the human body is effectively promoted; meanwhile, the magnet 5 is not contained in the fabric layer of the magnetic therapy vest close to the chest, so that the adverse effects that the magnet 5 is attached to the skin of the chest too tightly when the magnetic therapy vest is worn next to the skin, and the discomfort of a user or the skin at the chest is damaged due to transitional friction in the movement of the user are avoided. The specific modeling structure of the magnetic therapy vest and the preferred arrangement mode of the magnets 5 are as follows:

the first method is as follows: the neckline of the magnetic therapy vest is V-shaped, the magnets 5 above the front side of the magnetic therapy vest are symmetrically arranged at the positions corresponding to the shoulders of the user and the clavicles of the user in an inverted Y shape, wherein the magnets 5 close to the shoulders are in single row, and the magnets below the front side of the magnetic therapy vest are arranged at the positions corresponding to the abdomen of the user in an inverted T shape; the magnets at the rear side of the magnetic therapy vest are arranged and fixed in an I shape;

the second method comprises the following steps: the neckline of the magnetic therapy vest is U-shaped, the magnets 5 above the front side of the magnetic therapy vest are symmetrically arranged at the positions corresponding to the shoulders of the user and the clavicles, wherein the magnets 5 close to the shoulders are in double rows, and the magnets 5 below the front side of the magnetic therapy vest are arranged at the positions corresponding to the abdomen of the user in an inverted T shape; the magnets 5 at the rear side of the magnetic therapy vest are arranged and fixed in an I shape.

The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily think of various equivalent modifications or replacements within the technical scope of the present invention, and these modifications or replacements should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims (10)

1. A composite fabric layer comprises an inner layer fabric and an outer layer fabric, and is characterized in that: arranging and installing magnets between the inner layer fabric and the outer layer fabric, covering a layer of fixing sheet for limiting the positions of the magnets on the surface of the magnets, sewing a region of the fixing sheet, which is 0.5-1mm away from the edges of the magnets, to form an inner sewing ring, connecting the fixing sheet and the inner layer fabric through the inner sewing ring, and coating the inner layer fabric and the fixing sheet outside the magnets and fixing the positions of the magnets; the outer layer fabric covers one side of the fixing piece and is connected with the inner layer fabric through sewing.

2. The composite facestock layer of claim 1, wherein: the magnets, the fixing pieces and the lining fabric are pre-fixed in a hot pressing mode.

3. The composite facestock layer of claim 1, wherein: when the outer layer fabric and the inner layer fabric are sewn, the outer edge of the mounting position of the magnet is sewn, and an outer sewing ring used for limiting the position of the magnet and preventing the magnet from moving away in the composite fabric layer after falling off is formed.

4. A magnetic therapy vest comprising the composite fabric layer of claim 1, wherein: the inner layer fabric is a frosted fabric layer formed through process treatment.

5. A magnetic therapy vest according to claim 4, wherein: the outer layer fabric is made of thread cotton fabric.

6. A magnetic therapy vest according to claim 4, wherein: the magnetic therapy vest is internally provided with a supporting reinforcing layer for further reinforcing and fixing the magnets.

7. A magnetic therapy vest according to claim 6, wherein: the magnetic therapy vest is processed by one or more functional additives to form a functional layer on the surface of the magnetic therapy vest.

8. A magnetic therapy vest according to claim 7, wherein: the fabric layer used at the chest of the magnetic therapy vest does not contain magnets.

9. The magnetic therapy vest of claim 8, wherein: the neckline of the magnetic therapy vest is V-shaped, the magnets above the front side of the magnetic therapy vest are symmetrically arranged at the positions corresponding to the shoulders of the user and the clavicles of the user in an inverted Y shape, wherein the magnets close to the shoulders are in a single row, and the magnets below the front side of the magnetic therapy vest are arranged at the positions corresponding to the abdomen of the user in an inverted T shape; the magnets at the rear side of the magnetic therapy vest are arranged and fixed in an I shape.

10. The magnetic therapy vest of claim 8, wherein: the neckline of the magnetic therapy vest is U-shaped, the magnets above the front side of the magnetic therapy vest are symmetrically arranged at the positions corresponding to the shoulders of the user and the clavicles, wherein the magnets close to the shoulders are in double rows, and the magnets below the front side of the magnetic therapy vest are arranged at the positions corresponding to the abdomen of the user in an inverted T shape; the magnets at the rear side of the magnetic therapy vest are arranged and fixed in an I shape.

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