CN210869910U

CN210869910U - Underclothes containing magnetic conductive fabric of silver, nickel and cobalt

Info

Publication number: CN210869910U
Application number: CN201921677265.XU
Authority: CN
Inventors: 卜庆革
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-10-09
Filing date: 2019-10-09
Publication date: 2020-06-30
Anticipated expiration: 2029-10-09

Abstract

The utility model provides a personal clothing who contains magnetic conductance fabric of metallized silver, nickel, cobalt, it includes the bottom, and the bottom constitutes personal clothing's main part, sets up the inner liner on at least some of bottom to constitute bilayer structure, further be provided with the magnetic conductance fabric layer between bottom and inner liner. The utility model discloses a next-to-skin clothing has higher antibacterial rate, makes the better magnetic conductivity of clothing utensil simultaneously to promote the microcirculation, and have antistatic action.

Description

Underclothes containing magnetic conductive fabric of silver, nickel and cobalt

Technical Field

The present invention relates to a garment, and more particularly to a garment made of fibers containing silver, nickel and cobalt, such as bras or underpants.

Background

The underwear absorbs more excreta such as sweat due to direct contact with the body, especially during strenuous activities, the metabolism of the human body is accelerated, the generation of excreta such as sweat is enhanced, which provides a suitable living environment for bacteria, not only generates odor, but also easily causes infection.

At present, the design aiming at the underwear mainly focuses on improving the sexy degree when the underwear is worn and highlighting the figure. For example, CN 104968227A discloses a brassiere and it comprises a pair of self-supporting cups, shoulder straps connected to each cup, a chicken heart connecting the inboard end of each cup, and a band extending from the outboard end of each cup and configured to extend around the back of the wearer of the brassiere. Each cup is foldable along a fold line between an extended position in which the cup covers a nipple of a wearer and a folded position in which the cup exposes the nipple of the wearer, wherein each cup is stable in both the extended position and the folded position when the brassiere is worn by the wearer. In another embodiment, a brassiere is provided having non-self-supporting cups that are stable in both a folded position and an unfolded position. However, such designs often require closer contact with the body, which further increases their adherence to the body, resulting in increased discomfort.

In addition, some functional clothes are disclosed in the prior art, for example, CN105661673A discloses a health bra cup, which comprises an outer surface anti-skid coating layer, a far infrared marking knitted fabric layer, a thin hot melt lining fabric layer, a hot melt fabric layer, a magnetite layer, a stone needle layer and a far infrared negative ion knitted fabric layer. The far infrared knitted fabric has the beneficial effects that the far infrared knitted fabric is refined by adopting high-quality far infrared functional knitted fabric, and the permanent magnets and the stone needles are placed at the same time, so that a magnetic field effect beneficial to a human body and a far infrared warming effect are generated. The bra cup added in the bra can effectively improve the blood circulation of the chest, promote the metabolism and strengthen the nutrition and oxygen supply of local tissues.

For another example, CN107467723A discloses a novel magnetotherapy bra, which comprises a first cup and a second cup, wherein the first cup and the second cup are respectively connected with a first sideband and a second sideband, the sidebands are provided with magnetic massage grains, the upper ends of the first cup and the second cup are respectively connected with a first shoulder belt and a second shoulder belt, the shoulder belts are provided with magnetic massage grains, the first shoulder belt and the second shoulder belt are respectively connected with the first sideband and the second sideband, and the lower half edge of the first cup and the second cup is provided with a magnetotherapy steel bar for supporting breasts. The magnetic therapy bra has health care function, and the side bands and the shoulder bands with the massage particles can massage the shoulders and the back, thereby preventing some diseases of the female chest.

As described above, although the conventional functional clothing has a certain health function, it is inconvenient to use and clean and has a high production cost. In addition, the current functional clothes have relatively single functions and cannot meet the increasing demands of people.

SUMMERY OF THE UTILITY MODEL

In order to solve at least part of the technical problem, the utility model discloses a thereby structural design provides a comfort and functional enhancement and simple structure, the convenient underwear of production. Specifically, the present invention includes the following.

The utility model provides a personal clothing who contains magnetic conductance fabric of silver-colored, nickel, cobalt, personal clothing includes the bottom, and the bottom constitutes personal clothing's main part sets up the inner liner on at least partly of bottom to constitute bilayer structure the bottom with further be provided with the magnetic conductance fabric layer between the inner liner.

In certain exemplary embodiments, the magnetically permeable fabric layer of the undergarment is a cloth woven from fibers having surfaces coated with silver, nickel, and cobalt, or a cloth woven from both wood pulp fibers and fibers having surfaces coated with silver, nickel, and cobalt.

In certain exemplary embodiments, the magnetic conductive fabric layer of the undergarment comprises a double-layer structure composed of two layers having a magnetic conductive function, each layer being woven of fibers having silver, nickel and cobalt plated on the surface thereof, respectively; the inner liner contacts with the skin to avoid the magnetic conductance fabric layer is direct and skin contact, the inner liner is by material or the non-woven fabrics that natural fiber such as cotton, flax, wool, bamboo fibre formed.

In certain exemplary embodiments, the undergarment comprising a magnetically permeable fabric comprising silver, nickel, or cobalt is a brassiere.

In certain exemplary embodiments, the inner liner of the underwear bra comprising the magnetic conductive fabric containing silver, nickel and cobalt is sewn and connected with the bottom layer at the edge thereof, so as to fix the magnetic conductive fabric layer, the magnetic conductive fabric layer further comprises an elastic inner cover and a shaping outer cover which are combined into a whole, the elastic inner cover is arranged on one side of the inner liner, and the shaping outer cover is arranged on one side of the bottom layer.

In certain exemplary embodiments, the elastic inner cover is made of a magnetically conductive fabric layer wrapped in a sponge or silica gel and has a shape adapted to the breast; the shaped outer cover is made of a hard material and has a shape to accommodate the elastic inner cover.

In certain exemplary embodiments, the magnetically permeable fabric layer in the elastic inner cover of the magnetically permeable fabric containing silver, nickel, or cobalt is a multilayer structure.

In certain exemplary embodiments, the brassiere comprising the magnetically permeable fabric containing silver, nickel, and cobalt further comprises a sling and a back strap, wherein the sling and the back strap respectively comprise a rubber elastic band and a cloth wrapping the rubber elastic band, and the cloth is a cloth woven by fibers with silver, nickel, and cobalt plated on the surface, or a cloth woven by fibers with silver, nickel, and cobalt plated on the surface and wood pulp fibers.

In certain exemplary embodiments, the undergarment comprising a magnetically permeable fabric comprising silver, nickel, and cobalt is an undergarment, and the inner liner and the magnetically permeable fabric layer are disposed at least at the bottom, front, and waist of the undergarment, and the inner liner is adapted to be in direct contact with the body.

The utility model discloses a close-fitting clothing has higher antibacterial rate. Meanwhile, due to the existence of nickel and cobalt in the magnetic conductive layer, the clothes have better magnetic conductivity, so that microcirculation is promoted, and the clothes have an antistatic effect. In addition, because the magnetic conduction layer has no adhesiveness, when the magnetic conduction layer is tightly attached to the inner liner layer, the adhesion of the inner liner layer in direct contact with the body is reduced, and the comfort is greatly enhanced.

Drawings

Fig. 1 is a schematic view of an exemplary underwear brassiere according to the present invention.

Fig. 2 is a schematic structural view of an exemplary underwear of the present invention.

Description of the reference numerals

100-inner liner layer, 200-bottom layer, 300-magnetic conductive fabric layer, 310-elastic inner cover, 311-silica gel, 320-shaping outer cover, 400-shoulder strap and 500-sling.

Detailed Description

Reference will now be made in detail to various exemplary embodiments of the invention, which should not be considered limiting of the invention, but rather should be understood to be a more detailed description of certain aspects, features and embodiments of the invention.

The present invention provides an undergarment comprising a magnetically permeable fabric of silver, nickel and cobalt compounds, also referred to herein as an "undergarment comprising a magnetically permeable layer". The underwear of the present invention is not particularly limited, and examples thereof include, but are not limited to, bras and underpants.

Herein, the magnetically permeable fabric layer comprises a magnetically permeable fabric. Also contained within the elastic inner cover is a magnetically permeable fabric. It is within the scope of this disclosure that the magnetically permeable fabric within the elastic inner cover may be directly as the magnetically permeable fabric in the magnetically permeable fabric layer. It should be noted that, as is readily understood by those skilled in the art, the magnetic conductive fabric in the elastic inner cover may not be the magnetic conductive fabric in the magnetic conductive fabric layer at all, and the effect of the present invention is not affected.

The utility model discloses a personal clothing includes the bottom, and the bottom constitutes personal clothing's main part, sets up the inner liner on at least partly of bottom to constitute bilayer structure the bottom with be provided with the magnetic conductance fabric layer between the inner liner. Unlike existing garments, the present invention uses a magnetically conductive fabric layer to replace the magnets and uses them as at least a portion of the inner layer of the undergarment.

The bottom layer of the utility model is a main body part of underwear. The bottom layer is made of materials known in the art, and generally, the bottom layer is made of flexible natural fiber materials, examples of which include, but are not limited to, materials formed by processing natural fibers such as cotton, flax, wool, bamboo fibers, etc., or non-woven fabrics such as natural fiber non-woven fabrics, which are natural hydrophilic fibers and have strong hydrophilicity. Therefore, the fabric has the functions of moisture absorption and sweat releasing and has good air permeability.

The inner liner is provided on at least a portion of the inner side of the bottom sheet (i.e., the side closer to the body) so as to constitute a two-layer structure with the bottom sheet. The inner liner is designed for direct contact with the skin, avoiding contact of the magnetically conductive fabric layer with the skin. The inner liner layer uses a layer of a known material, and a known product can be used. For example, materials currently available on the market may be used. Preferably a layer of hydrophilic fibrous material with a better flexibility. Examples of such materials include, but are not limited to, materials or nonwoven fabrics formed from processed natural fibers such as cotton, linen, wool, bamboo fibers, and the like, such as natural fiber nonwoven fabrics.

A magnetically permeable fabric layer is arranged between the bottom layer and the inner liner layer, and the magnetically permeable fabric layer comprises a layer consisting of a magnetically permeable fabric containing silver, nickel and cobalt. Known materials may be used for the magnetically permeable fabric. Preferably, the magnetically permeable fabric layer comprises a cloth woven from fibres having surfaces coated with silver, nickel and cobalt, or a cloth woven from fibres having surfaces coated with silver, nickel and cobalt and wood pulp fibres. More preferably, the metallized magnetically permeable fabric of the present invention has a maximum magnetic field H (A/M)200 amplitude permeability in the range of 10 to 50 from 1KHZ to 1000 KHZ. Examples of such products are exemplified by the product number KYLXG-1 from Qingdao Tianyin textile technology Co., Ltd. The utility model discloses in, the magnetic conductance fabric layer is the functional layer, and the silver in the magnetic conductance fabric can play antibiotic antibacterial effect effectively on the one hand. On the other hand, the utility model discloses a have nickel and cobalt to provide magnetic conductance ability in the clothing, not only can prevent static and electromagnetic radiation, be favorable to human microcirculation moreover.

It should be noted that the present invention uses a cloth made of fibers coated with silver, nickel and cobalt as a part of the magnetically conductive fabric layer. The magnetic-layer fabric layer may be a one-layer fabric structure or may be in the form of a multilayer structure. In the case of a multilayer, the number of layers is not particularly limited, and may be 2, 3 or 4 layers. In certain embodiments, the magnetically permeable fabric layer comprises a double layer magnetically permeable fabric, thereby providing better permeability while promoting microcirculation.

The specific form of the undergarment is not particularly limited and may be of any type. In certain embodiments, the present invention provides a brassiere that includes a bottom layer, an inner liner, and a magnetically permeable fabric layer. Besides the magnetic conductive fabric layer, the magnetic conductive fabric layer further comprises an elastic inner cover and a shaping outer cover which are combined into a whole, the elastic inner cover and the shaping outer cover are positioned between the bottom layer and the inner lining layer, and the edge of the inner lining layer is connected with the bottom layer to fix the magnetic conductive fabric layer. The connection here can be made by means known in the art, for example, the connection between the inner liner and the bottom layer can be made by sewing or pressing. Preferably, the direct attachment is made by sewing. Wherein the elastic inner cover is arranged at one side close to the inner liner, and the shaping outer cover is arranged at one side close to the bottom layer.

The elastic inner cover is made of known materials or materials prepared by known methods, and in certain embodiments, the elastic inner cover is formed by wrapping sponge or silica gel with a magnetic conductive fabric with a multi-layer structure, and has a shape suitable for breasts, so that the magnetic conductive function is provided, and the comfort of the skin is increased. The same magnetically permeable fabric as in the magnetically permeable fabric layer can be used for the magnetically permeable fabric constituting the elastic inner cover, the composition and the function of which are not described in detail here. The shaped outer cover is made of a known hard material or a material synthesized by a known method and has a shape to accommodate the elastic inner cover, for example, a breathable hard knitted fabric layer or a breathable cloth synthesized by thermoforming is used to provide support for the breast against deformation.

The brassiere of the present invention may further comprise straps and braces, the straps and braces being made of known materials or known methods, in some embodiments, the straps and braces comprise rubber elastic and cloth wrapping the same, the rubber elastic being known products and elastic webbing synthesized by known methods. The cloth is made of fiber with silver, nickel and cobalt plated on the surface, or made of fiber with silver, nickel and cobalt plated on the surface and wood pulp fiber.

In certain embodiments, the undergarment of the present invention is an undergarment that is provided with a structure at least at the bottom, front and waist portion that includes an inner liner portion for direct contact with the body.

It should be noted that the underwear of the present invention does not depend on the specific shape or style of the garment itself, but rather on the layered structure of the garment, in particular using magnetically conductive fabric layers.

Example 1

Fig. 1 is a schematic view of an exemplary undergarment (i.e., a brassiere) of the present invention. As shown in fig. 1, the brassiere of this embodiment includes an inner liner 100, a bottom layer 200, a magnetically permeable fabric layer 300, a back band 400, and a sling 500. Specifically, use flexible hydrophilic bottom 200 to constitute the main part of this brassiere, inner liner 100 is the natural fibre non-woven fabrics, is provided with magnetic conductance fabric layer 300 between bottom 200 and inner liner 100, the edge of inner liner 100 is sewed up with bottom 200 and is connected the constitution bilayer structure to fixed magnetic conductance fabric layer 300 between bilayer structure. The magnetically permeable fabric layer 300 comprises an elastic inner cover 310 wrapped by a cloth (product number KYLXG-1) woven by fibers coated with silver, nickel and cobalt, and a shaped outer cover 320 made of a hard material. It should be noted that in another embodiment, the magnetically permeable fabric layer 300 comprises a layer of fabric woven from fibers coated with silver, nickel, and cobalt, an inner resilient cover 310, and a shaped outer cover 320. In which, unlike the first embodiment, the inner elastic cover 310 is formed by wrapping 2 magnetically conductive fabric layers with silicone, so that the magnetically conductive fabric layers comprise a plurality of magnetically conductive fabrics.

In this embodiment, the elastic inner cover 310 has a shape adapted to the breast. The design outer cover 320 has a structure for accommodating the elastic inner cover 310, and the elastic inner cover 310 and the design outer cover 320 made of hard material are combined into a whole, the elastic inner cover 310 is arranged on one side of the inner liner 100, and the design outer cover 320 is arranged on one side of the bottom layer 200. As shown in fig. 1, the brassiere of this embodiment further includes a back band 400 and a hanging band 500, wherein the back band 400 and the hanging band 500 are composed of a rubber elastic band (not shown) and a fabric (product number is KYLXG-1) woven by coating silver, nickel and cobalt on the surface thereof.

Example 2

Fig. 2 is a schematic view of an exemplary undergarment (i.e., underpants) of the present invention. As shown in fig. 2, the bottom, front, back and waist portions of the fabric have a three-layer structure including a bottom layer 200, an inner liner layer 100 and a magnetically permeable fabric layer 300, wherein the magnetically permeable fabric layer 300 is a fabric made of fibers with silver, nickel and cobalt plated on the surface. The inner liner 100 is in direct contact with the body.

Example 3

This example shows the antibacterial test results of the underwear of example 1. The detection is carried out by entrusting Intertek testing Services (Tianjin) Ltd according to a GB/T20944.3-2008 oscillation method, and the results are shown in Table 1, and the results show that the bacteriostasis rate of the antibacterial agent to candida albicans, escherichia coli and staphylococcus aureus reaches 93%, and the antibacterial agent has a good antibacterial and bacteriostatic effect.

TABLE 1 antimicrobial test results for underwear of magnetically permeable fabric containing silver, nickel, cobalt

Note: c₀: average viable count for 3 blank controls "0" contact time;

C_t: average viable count after contacting and oscillating for 18h by 3 blank controls;

W₀: average viable count for 3 control "0" contact times;

W_t: average value of viable count after 18h of 3 control contact oscillation;

Q_t: average value of viable count of 3 antibacterial treated samples after contact oscillation for 18 h;

the formula: y ═ W_t-Q_t)/W_t×100

Example 4

This example shows the magnetic permeability detection results of the underwear of example 1. The detection is carried out by the Shanghai city measurement and test technology research institute according to GB/T3658-2008 within the frequency range of 50Hz-1MHz, and the result is shown in Table 2, so that the magnetic permeability is better.

TABLE 2 magnetic permeability test results of magnetically permeable fabric clothes containing silver, nickel and cobalt

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Various modifications or changes may be made to the exemplary embodiments of the description without departing from the scope or spirit of the present invention. The scope of the following claims is to be accorded the broadest interpretation so as to encompass all modifications and equivalent structures and functions.

Claims

1. An undergarment comprising a magnetically permeable fabric of silver, nickel or cobalt compounds, characterized in that it comprises a bottom layer constituting the main body of the undergarment, an inner liner being provided on at least a part of the bottom layer, so as to constitute a double-layer structure, the bottom layer and the magnetically permeable fabric layer being provided between the inner liners.

2. A magnetically permeable fabric garment according to claim 1 comprising silver, nickel and cobalt metallised, wherein the magnetically permeable fabric layer comprises a cloth woven from fibres coated with silver, nickel and cobalt or a cloth woven from wood pulp fibres and fibres coated with silver, nickel and cobalt and one side of the magnetic fabric layer is bonded to the inner liner in a snug fit.

3. A magnetically permeable fabric garment according to claim 1, comprising silver, nickel and cobalt metallised, wherein the magnetically permeable fabric layer comprises a double layer structure of two magnetically permeable fabrics, each layer being woven from fibres having surfaces coated with silver, nickel and cobalt; the inner liner contacts with the skin to avoid the magnetic conductance fabric layer direct and skin contact, the inner liner is the material or the non-woven fabrics that form by natural fibre such as cotton, flax, wool, bamboo fibre.

4. A magnetically permeable fabric garment according to claim 3, comprising silver, nickel or cobalt compounds, wherein the garment is a brassiere.

5. A magnetically permeable fabric underwear as claimed in claim 4 comprising silver, nickel and cobalt compounds, wherein the bra has an inner lining sewn to the bottom layer at the edge of the inner lining, to secure the magnetically permeable fabric, and further comprising an elastic inner cover and a shaped outer cover integrated between the two layers, the elastic inner cover being disposed on one side of the inner lining and the shaped outer cover being disposed on one side of the bottom layer.

6. A magnetically permeable fabric undergarment according to claim 5 containing silver, nickel or cobalt oxides, wherein the inner resilient cover is formed from a magnetically permeable fabric wrapped sponge or silicone and has a shape adapted to the breast; the shaped outer cover is made of a hard material and has a shape to accommodate the elastic inner cover.

7. A magnetically permeable fabric garment according to claim 5, comprising silver, nickel or cobalt oxides, wherein the layer of magnetically permeable fabric in the inner resilient cover is a multilayer structure.

8. A magnetically permeable fabric undergarment according to claim 4 and comprising silver, nickel or cobalt compounds, wherein the bra further comprises a sling and a back strap, the sling and the back strap each comprising a rubber elastic band and a cloth wrapped around them, and the cloth being woven from fibres coated with silver, nickel and cobalt on their surfaces or from wood pulp fibres and fibres coated with silver, nickel and cobalt on their surfaces.

9. A magnetically permeable fabric garment comprising silver, nickel or cobalt carbides according to any of claims 1 to 3, wherein said garment is a pair of underpants.

10. A magnetically permeable fabric garment according to claim 9, comprising silver, nickel or cobalt compounds, wherein the inner liner and the magnetically permeable fabric layer are provided at least at the bottom, front and waist of the undergarment, and wherein the inner liner is adapted to be in direct contact with the body.