CN204812253U

CN204812253U - Ultra -thin cold -proof surface fabric and clothing

Info

Publication number: CN204812253U
Application number: CN201520548808.3U
Authority: CN
Inventors: 华倩
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-21
Filing date: 2015-07-21
Publication date: 2015-12-02
Anticipated expiration: 2025-07-21

Abstract

The utility model discloses an ultra -thin cold -proof surface fabric, including elastic layer and heat -retaining layer, the elastic layer is all woven by the yarn with the heat -retaining layer and is formed, yarn on the heat -retaining layer wear the cover in on the yarn of elastic layer, just in elastic layer and heat -retaining layer are not in the coplanar, so that form cavity porous structure on the heat -retaining layer. The utility model also discloses an ultra -thin cold -proof clothing. Consequently, adopt the utility model discloses not only can make this surface fabric or the frivolous softness of making with this surface fabric of clothing, have better breathable moisture and constant temperature warmth retention property, and still have better effect next to the shin and comfort level and pleasing to the eye degree.

Description

A kind of ultra-thin thermal fabric and clothes

Technical field

The utility model relates to clothes making technology for making field, particularly relates to a kind of ultra-thin thermal fabric and clothes.

Background technology

Clothes are products indispensable in people's daily life, and the height of clothes quality depends on the quality of garment material to a great extent; In recent years, heating clothes (comprising clothes, trousers and socks etc.) is deeply by the favor of consumers in general.Existing heating clothes is mainly divided into following a few class on the market: 1, textile clothing: the most traditional individual layer clothing, and it is softly breathed freely, but due to quality thinner, warming effect is limited, be relatively applicable to spring and autumn wear, the cold in winter cannot be resisted; 2, Sandwich filling type heating clothes: its skin adopts the fabrics such as cotton, hair, acrylic fibers, terylene more, interlayer adopts the flocculus such as cotton, wool, camel's hair as filler, its warming effect is better, but it is ventilative and wet guilding is poor, dress seems too fat to move thick and heavy, do not like by youthful, be generally only suitable for the elderly's dressing; 3, space wadding heating clothes: its fabric adopts cotton, lousiness, chemical fibre etc., and plate metallic film at intraformational bed flocculus, it has warming and anti-radiation preferably, but it is ventilative and wet guilding is poor, and have scroop sound when it is worn, comfort level is general.

Utility model content

Technical problem to be solved in the utility model is, provides a kind of ultra-thin thermal fabric and clothes, with the frivolous softness of the clothes taking into account fabric and make with this fabric simultaneously, ventilatively leads wet and constant-temperature warm-keeping performance.

In order to solve the problems of the technologies described above, the utility model provides a kind of ultra-thin thermal fabric, comprise elastic layer and reservoir, described elastic layer and reservoir are all woven by yarn and form, yarn on described reservoir is set on the yarn of described elastic layer, and described elastic layer and reservoir are not in same plane, to make described reservoir forms hollow loose structure.

As the improvement of such scheme, described elastic layer is worn by yarn weft knitting and forms.

As the improvement of such scheme, described elastic layer and reservoir are mutually vertical to be connected.

As the improvement of such scheme, each layer yarn on described reservoir adopts interval to arrange, the yarn between its adjacent layer yarn on the described elastic layer in 2 ~ 5 layers, interval.

As the improvement of such scheme, the yarn on described elastic layer and reservoir forms with polyamide fibre doubling twisting primarily of cotton.

As the improvement of such scheme, the yarn on described elastic layer and reservoir forms primarily of the cotton of 20% ~ 50% and the polyamide fibre doubling twisting of 50% ~ 80%.

Correspondingly, the utility model additionally provides a kind of ultra-thin insulation garment, and these clothes are made primarily of any one ultra-thin thermal fabric above-mentioned.

As the improvement of such scheme, these clothes are made by seamless annular integral molding techniques.

Enforcement the beneficial effects of the utility model are: because the yarn on described reservoir is set on the yarn of described elastic layer, and described elastic layer and reservoir are not in same plane, to make described reservoir forms hollow loose structure, this hollow loose structure can store a large amount of air, thus prevent distributing of heat, and then make this fabric or the clothes be made up of this fabric have good warmth retention property; Meanwhile, described elastic layer is worn by yarn weft knitting and forms, and the yarn on described elastic layer and reservoir forms with polyamide fibre doubling twisting primarily of cotton, and it makes this fabric soft frivolous and have good telescopic resilience, and then has good effect next to the skin and gas permeability.In addition, ultra-thin thermal fabric is made by seamless annular integral molding techniques by ultra-thin insulation garment (comprising clothes, trousers etc.), and it makes these clothes have few number of sutures, improves comfort level and the aesthetics of these clothes.

Accompanying drawing explanation

Fig. 1 is the planar structure schematic diagram of a kind of ultra-thin thermal fabric of the utility model;

Fig. 2 is the cross-sectional view of a kind of ultra-thin thermal fabric of the utility model.

Detailed description of the invention

For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, the utility model is described in further detail.

Shown in complex chart 1 and Fig. 2, a kind of ultra-thin thermal fabric of the utility model, comprise elastic layer 1 and reservoir 2, described elastic layer 1 is all woven by yarn with reservoir 2 and forms, yarn on described reservoir 2 is set on the yarn of described elastic layer 1, and described elastic layer 1 is not in same plane with reservoir 2, to make described reservoir 2 forms hollow loose structure 22.

It should be noted that, described elastic layer 1 is worn by yarn weft knitting and forms; Yarn on described elastic layer 1 and reservoir 2 forms with polyamide fibre doubling twisting primarily of cotton; Each layer yarn on described reservoir 2 adopts interval to arrange, yarn between its adjacent layer yarn on the described elastic layer 1 in 2 ~ 5 layers, interval, when elastic layer 1 is in contraction state, namely each layer yarn on elastic layer 1 can shrink close very smoothly each other, and then make each layer yarn on reservoir 2 also shrink close each other, so that take into account the shrinkage of this fabric, ventilative wet guilding and constant-temperature warm-keeping simultaneously, preferably, the yarn between its adjacent layer yarn on the described elastic layer 1 in 3 layers, interval.

More preferably, described elastic layer 1 is connected with reservoir 2 is mutually vertical.

It should be noted that, described elastic layer 1 is connected with reservoir 2 is mutually vertical, can guarantee that the hollow loose structure 22 on reservoir 2 has maximum accommodation space, so that storage air as much as possible, and then improves the warmth retention property of fabric.

More preferably, the yarn on described elastic layer 1 and reservoir 2 forms primarily of the cotton of 20% ~ 50% and the polyamide fibre doubling twisting of 50% ~ 80%.

It should be noted that, the spandex that also can add 2% ~ 10% according to the actual requirements forms the yarn on described elastic layer 1 and reservoir 2 with cotton and polyamide fibre one piece of doubling twisting, to improve the telescopic resilience of yarn.

As from the foregoing, because the yarn on described reservoir 2 is set on the yarn of described elastic layer 1, and described elastic layer 1 is not in same plane with reservoir 2, to make described reservoir 2 forms hollow loose structure 22, this hollow loose structure 22 can store a large amount of air, thus prevent distributing of heat, and then this fabric is made to have good warmth retention property; Simultaneously, described elastic layer 1 is worn by yarn weft knitting and forms, yarn on described elastic layer 1 and reservoir 2 forms with polyamide fibre doubling twisting primarily of cotton, and it makes this fabric soft frivolous and have good telescopic resilience, and then has good effect next to the skin and gas permeability.

Needs illustrate, described ultra-thin insulation garment can be cold-proof underwear, heat insulation trousers and socks etc.; Wherein require higher position at the leg opening of the neckline of cold-proof underwear or cuff, heat insulation trousers or the telescopic resilience that needs to fabric such as trousers mouth, stocking blank, the spandex of appropriate percentage can be added in the fabric at this position, to improve the telescopic resilience of fabric.

More preferably, these clothes are made by seamless annular integral molding techniques.

It should be noted that, these clothes are made by seamless annular integral molding techniques, it not only can make the frivolous softness of these clothes, have to breathe freely preferably and lead wet and constant-temperature warm-keeping performance, and these clothes also can be made to have few number of sutures, greatly improves comfort level and the aesthetics of these clothes.

The above is preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications are also considered as protection domain of the present utility model.

Claims

1. a ultra-thin thermal fabric, it is characterized in that, comprise elastic layer and reservoir, described elastic layer and reservoir are all woven by yarn and form, yarn on described reservoir is set on the yarn of described elastic layer, and described elastic layer and reservoir are not in same plane, to make described reservoir forms hollow loose structure.

2. ultra-thin thermal fabric as claimed in claim 1, is characterized in that, described elastic layer is worn by yarn weft knitting and forms.

3. ultra-thin thermal fabric as claimed in claim 2, is characterized in that, described elastic layer and reservoir are mutually vertical to be connected.

4. ultra-thin thermal fabric as claimed in claim 2, is characterized in that, each layer yarn on described reservoir adopts interval to arrange, the yarn between its adjacent layer yarn on the described elastic layer in 2 ~ 5 layers, interval.

5. the ultra-thin thermal fabric as described in any one of Claims 1 to 4, is characterized in that, the yarn on described elastic layer and reservoir forms with polyamide fibre doubling twisting primarily of cotton.

6. ultra-thin thermal fabric as claimed in claim 5, is characterized in that, the yarn on described elastic layer and reservoir forms primarily of the cotton of 20% ~ 50% and the polyamide fibre doubling twisting of 50% ~ 80%.

7. a ultra-thin insulation garment, is characterized in that, these clothes are made primarily of the ultra-thin thermal fabric as described in any one of claim 1 ~ 6.

8. ultra-thin insulation garment as claimed in claim 7, is characterized in that, these clothes are made by seamless annular integral molding techniques.