CN206106501U - Compound super fine material of moisture absorbable and breathable high performance - Google Patents
Compound super fine material of moisture absorbable and breathable high performance Download PDFInfo
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- CN206106501U CN206106501U CN201621015763.4U CN201621015763U CN206106501U CN 206106501 U CN206106501 U CN 206106501U CN 201621015763 U CN201621015763 U CN 201621015763U CN 206106501 U CN206106501 U CN 206106501U
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Abstract
The utility model discloses a compound super fine material of moisture absorbable and breathable high performance, including the outer and fibre nexine of fibre, still be equipped with the fibre intermediate layer between fibre skin and the fibre nexine, the fibre intermediate layer is the substrate, has laid unsmooth microcavity in the substrate, and the surface of unsmooth microcavity covers there is little scale, the fibre intermediate layer with between the fibre nexine, outside -in is equipped with ventilative layer and temperature -control coating in proper order, just the biological fibrous layer of the outer and ventilative layer of fibre for having nanometer micropore, the temperature -control coating is for evenly laying the cavity nanoparticle layer between ventilative layer and fibre nexine. The utility model relates to a sports shoes, at the in -process of motion, densely covered unsmooth microcavity is ceaselessly extrudeed, utilizes the little scale on it can carry out effectual moisture absorbable and breathable. When outside temperature change, nano hollow microspheres has high ventilative characteristic, the characteristic that adjusts the temperature certainly, can keep in the relative equilibrium with the ambient humidity with continuouslying, plays effect ventilative, automatic temperature adjustment, comfort level when guaranteeing as dresses such as sports shoes, use.
Description
Technical field
This utility model is related to a kind of woven fabric material, the compound woven fabric material of more particularly to a kind of moisture absorbing and sweat releasing high-performance.
Background technology
The continuous development of raising and woven fabric material now with environmental consciousness, everybody already, it is realized that equivalent environment,
Under the conditions of, woven fabric material already possesses the feature for surmounting corium.Just because of this, can just emerge in large numbers some functional woven fabric materials
Material.Although current woven fabric material has breakthrough in technique, the product of woven fabric material still lags behind technological development, city
On face it is many with it is common, conventional, even based on the woven fabric material of single performance, characteristic, this cannot meet increasingly individual at present
The market demand of property.
In particular with current big data, the arriving of information age, greatly to network, it is little to circle of friends, wechat this all
Interaction platform, display platform that existing continuous go from strength to strength are become, this also further creates people and constantly pursues high life
Level, more differentiation of high aesthetic level, personalized demand.Particularly, for this kind of material of sport shoess, it is proposed that should
The requirements at the higher level that moisture absorption can be perspired again.
Therefore, it is necessary to research and develop a kind of woven fabric material that can meet the demand, woven fabric product, to adapt to above-mentioned accordingly wear
Environment, use environment, use occasion, application target.
Utility model content
In view of this, the purpose of this utility model be provide it is a kind of should the moisture absorbing and sweat releasing high-performance that can perspire again of moisture absorption
Compound woven fabric material.
In order to reach above-mentioned purpose, solution of the present utility model is：
The compound woven fabric material of moisture absorbing and sweat releasing high-performance, including fibrous outer and fiber nexine, fibrous outer and fiber nexine
Between be additionally provided with fibrous interlayer, the fibrous interlayer is to be laid with concavo-convex microcavity on base material, and base material；The fibrous interlayer and institute
State between fiber nexine, ecto-entad is sequentially provided with air-permeable layer and temperature-control coating, and the fibrous outer and air-permeable layer respectively have
There is the biological fiber layer of nanometer micropore, temperature-control coating is the Nano microsphere being uniformly laid between air-permeable layer and the fiber nexine
Layer, Nano microsphere is hollow particle.
The concavo-convex microcavity is arranged or is arranged on the outer surface of the base material near the outer surface of the base material.
The composite fibre outer layer that the fibrous outer is composited for macromolecular fibre, the fiber nexine are various biologies
Fibrous layer in the composite fibre of fiber composite.
The fibrous outer and the fiber nexine respectively in core-spun fiber, drafting fiber and winding fiber one
Plant or various conjugate fiber layers.
Microvilluss are formed with the top layer of the fibrous outer.
In the fibrous outer, the microvilluss of adjacent two fibers each other along cant to.
After such scheme, this utility model has the advantages that：
First, the fibrous interlayer is to be laid with concavo-convex microcavity on base material, and base material, and the outer surface of concavo-convex microcavity is coated with
Micro- scale, used as sport shoess, during wearer moves, these densely covered concavo-convex microcavitys ceaselessly can be extruded, and utilize
Micro- scale on its surface can carry out effective moisture absorbing and sweat releasing.
Temperature-control coating can conduct heat by hollow nano microsphere when ambient temperature is raised.When ambient temperature declines, and
Heat can be discharged, so that woven fabric material internal temperature remains certain relatively stable.The particularly top layer of fibrous outer
On microvilluss, may also function as the effect similar to fin, further can increase in temperature-control coating heat conduction.
2nd, when ambient temperature changes, said structure has high ventilation feature, self-regulated temperature characteristics, can be with temperature around
Degree is continuously maintained in the comfortable scope of relative equilibrium, plays the effect of automatic temperature-control, it is ensured that wear, make as sport shoess etc.
The comfort level of used time.
Description of the drawings
Fig. 1 is structural representation of the present utility model.
In figure：
Fibrous outer 11, fibrous interlayer 12, air-permeable layer 13, temperature-control coating 14, fiber nexine 15.
Specific embodiment
In order to the technical solution of the utility model is explained further, this utility model is entered below by specific embodiment
Row is elaborated.
Embodiment one
As shown in figure 1, the compound woven fabric material abbreviation woven fabric material of moisture absorbing and sweat releasing high-performance of the present utility model, which mainly wraps
Include fibrous outer 11, fiber nexine 15, fibrous interlayer 12.Here each fibrous layer can be carried out using existing woven fabric material technology
Prepare, will not be described here as prior art.
Fibrous outer 11 may be selected from the combination of one or more fiber composite in biological fiber and macromolecular fibre
Fibrous layer.
Fiber nexine 15 also selected from biological fiber and macromolecular fibre in one or more fiber composite group
Condensating fiber layer.
Fibrous interlayer 12 is located between fibrous outer 11 and fiber nexine 15.Fibrous interlayer 12 mainly plays support, glues
The effect of condensating fiber outer layer 11 and fiber nexine 15.Fibrous interlayer 12 is to be laid with concavo-convex microcavity on base material, and base material, and these are close
The concavo-convex microcavity of cloth can carry out effective moisture absorbing and sweat releasing.It is preferred that concavo-convex microcavity can be arranged near the outer surface of base material or straight
Connect and be arranged on the outer surface of base material, and the outer surface of concavo-convex microcavity is coated with micro- scale, as sport shoess, move in wearer
During, these densely covered concavo-convex microcavitys ceaselessly can be extruded, and effectively can be inhaled using the micro- scale on its surface
It is wet to perspire.
It is preferred that fibrous outer 11 and fiber nexine 15 are respectively in core-spun fiber, drafting fiber and winding fiber
One or more of conjugate fiber layer.Core-spun fiber referred to by interior core fibre is wrapped with surface fibre, can be combined several functions
Fiber.Drafting fiber is by two or more pieces fiber and sth. made by twisting is formed, and core-spun fiber and drafting fiber all have extremely strong intensity,
Made woven fabric material has wear-resisting superior function.Winding fiber is different from drafting fiber, mutually a plurality of fiber of winding
Loosely it is intertwined, made woven fabric material has the flexibility of pole handss, or even with super soft feel.Here simultaneously
Bar, winding process can adopt existing woven fabric technique, will not be described here.
It is preferred that being formed with microvilluss on the top layer of fibrous outer 11.In fibrous outer 11, micro- floss of adjacent two fibers
Hair each other along cant to.
It is preferred that between fibrous interlayer 12 and fiber nexine 15, ecto-entad is sequentially provided with air-permeable layer 13 and temperature-control coating 14.
State fibrous outer 11 and air-permeable layer 13 is the biological fiber layer with nanometer micropore, temperature-control coating 14 is uniformly to be laid in air-permeable layer
Nano microsphere layer between 13 and fiber nexine 15, Nano microsphere are hollow particle.Arrange ventilative under fibrous interlayer 12
Layer 13 and temperature-control coating 14, can also effectively protect air-permeable layer 13 and temperature-control coating 14.
Temperature-control coating 14 can conduct heat by hollow nano microsphere when ambient temperature is raised.When ambient temperature declines,
Heat can be discharged again, so that woven fabric material internal temperature remains certain relatively stable.Particularly fibrous outer 11
Microvilluss on top layer, may also function as the effect similar to fin, can further increase the heat conduction in temperature-control coating 14.
When ambient temperature changes, said structure has high ventilation feature, self-regulated temperature characteristics, can hold with environment temperature
It is continuous to be maintained at the comfortable scope of relative equilibrium, play the effect of automatic temperature-control, it is ensured that when wearing as sport shoess etc., using
Comfort level.
Above-described embodiment and accompanying drawing non-limiting product form of the present utility model and style, any art
Appropriate change or modification that those of ordinary skill is done to which, all should be regarded as without departing from patent category of the present utility model.
Claims (5)
1. the compound woven fabric material of moisture absorbing and sweat releasing high-performance, including fibrous outer and fiber nexine, fibrous outer and fiber nexine it
Between be additionally provided with fibrous interlayer, it is characterised in that：The fibrous interlayer is to be laid with concavo-convex microcavity on base material, and base material, and concavo-convex
The outer surface of microcavity is coated with micro- scale；Between the fibrous interlayer and the fiber nexine, ecto-entad is sequentially provided with ventilative
Layer and temperature-control coating, and the fibrous outer and air-permeable layer respectively biological fiber layer with nanometer micropore, temperature-control coating is uniform
The Nano microsphere layer being laid between air-permeable layer and the fiber nexine, Nano microsphere are hollow particle.
2. moisture absorbing and sweat releasing high-performance as claimed in claim 1 is combined woven fabric material, it is characterised in that：The concavo-convex microcavity is close
The outer surface of the base material is arranged or is arranged on the outer surface of the base material.
3. moisture absorbing and sweat releasing high-performance as claimed in claim 1 is combined woven fabric material, it is characterised in that：The fibrous outer is height
The composite fibre outer layer that molecular fiber is composited, the fiber nexine are in the composite fibre that various biological fibers are composited
Fibrous layer.
4. moisture absorbing and sweat releasing high-performance as claimed in claim 1 is combined woven fabric material, it is characterised in that：The table of the fibrous outer
Microvilluss are formed with layer.
5. moisture absorbing and sweat releasing high-performance as claimed in claim 4 is combined woven fabric material, it is characterised in that：In the fibrous outer,
The microvilluss of adjacent two fibers each other along cant to.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621015763.4U CN206106501U (en) | 2016-08-31 | 2016-08-31 | Compound super fine material of moisture absorbable and breathable high performance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621015763.4U CN206106501U (en) | 2016-08-31 | 2016-08-31 | Compound super fine material of moisture absorbable and breathable high performance |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206106501U true CN206106501U (en) | 2017-04-19 |
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ID=58516761
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621015763.4U Active CN206106501U (en) | 2016-08-31 | 2016-08-31 | Compound super fine material of moisture absorbable and breathable high performance |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206106501U (en) |
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2016
- 2016-08-31 CN CN201621015763.4U patent/CN206106501U/en active Active
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