CN103287041A

CN103287041A - Fabric structure and manufacturing method thereof

Info

Publication number: CN103287041A
Application number: CN2012100471176A
Authority: CN
Inventors: 吴石艮
Original assignee: Jinuosi Xiamen Light Industry Product Co Ltd
Current assignee: Jinuosi Xiamen Light Industry Product Co Ltd
Priority date: 2012-02-28
Filing date: 2012-02-28
Publication date: 2013-09-11

Abstract

The invention discloses a fabric structure and a manufacturing method thereof. A gel layer is arranged on one surface of a fabric layer, and a protective layer is compounded on the gel layer. According to the fabric structure, the gel layer is compounded on the surface of the fabric, gel has ice-cold touch and certain fluidity and is effectively attached to the surface of the fabric by virtue of the porosity of fabric fibers, the sticky flow of the gel is prevented by virtue of the protective layer, and the gel is formed on the surface of the fabric. Therefore, when being used for manufacturing household articles such as a bed cover, a cushion cover and even clothing, the formed composite fabric has the ice-cold touch, has a cooling effect when being used in a hot environment, and also has the soft touch of common fabrics, thus enabling a user to feel more comfortable.

Description

A kind of fabric construction and preparation method thereof

Technical field

The relevant a kind of cloth method for making of the present invention refers to a kind of fabric construction with ice-cold sense of touch and preparation method thereof especially.

Background technology

The household articles that the tradition cloth is made, all can't reach the effect of cooling as mattress, cushion etc., in the higher environment of some temperature, people adopt on original mattress or cushion cushioning one deck to have the porcelain bead pad of the sense of touch of cooling or bamboo mat, straw mat to bring feel cool again.Though these porcelain bead pads, bamboo mat, straw mat have feel cool, level of comfort but can't directly contact with cloth and compare favourably.This case just produces thus.

Summary of the invention

The purpose of this invention is to provide a kind of fabric construction with ice-cold sense of touch and preparation method thereof.

For achieving the above object, solution of the present invention is:

A kind of fabric construction, wherein: a surface at bed of cloth is provided with gel layer, is compounded with protective layer on this gel layer.

Be compounded with thin layer on another surface of described bed of cloth.

Described protective layer is thin layer.

Described protective layer is PU layer, PVE layer or EVA layer.

Described protective layer is layer of cloth.

Described layer of cloth is non-woven cloth layer or nonwoven fabric layer.

Described bed of cloth is nonwoven fabric layer or non-woven cloth layer.

A kind of preparation method of fabric construction, its concrete steps are:

Step 1, the moulding cloth;

Step 2 is compounded with gel layer on a surface of cloth;

Step 3, compound thin film layer again on the gel layer after step 2 again.

Gel layer is to adopt the mode that sprays to be incorporated into the bed of cloth surface in the described step 2.

Gel layer is to adopt the running roller roller to cover or scraper and the mode that applies is incorporated into the bed of cloth surface in the described step 2.

After adopting such scheme; since the present invention in the surface recombination of cloth the layer of gel layer; gel is a kind of ice-cold sense of touch that has; the material that has certain flowability again; it utilizes the porous of fabric fibre and effectively is attached to the cloth surface; recycling layer protective layer and reaching prevents that the sticking viscosity flow of gel is moving, and it is formed on the effect on cloth surface.So the composite material-feeding that forms is at bedcover, the cushion cover made as household, or even clothes have ice-cold sense of touch when using etc. articles for use, when the environment of comparatively tight heat uses, can bring ice-cold cool effect, have the flexible touch of cloth simultaneously again, it is more comfortable to make the user use.

Description of drawings

Fig. 1 is fabric construction schematic diagram of the present invention;

Fig. 2 is the partial enlarged drawing of Fig. 1;

Fig. 3 is the local enlarged diagram of another embodiment of fabric construction of the present invention.

The specific embodiment

As shown in Figure 1 to Figure 3, the present invention has disclosed a kind of fabric construction and preparation method thereof, and its concrete steps are:

Step 1, moulding bed of cloth 1;

Step 2, plural gel (GEL) layer 2 on a surface of bed of cloth 1; This gel layer 2 can adopt and spray, the running roller roller covers or scraper and the mode that applies is incorporated into bed of cloth 1 surface;

Step 3, compound layer protective layer 3 again on the gel layer after step 22 again, this protective layer 3 can adopt film, immersion coating or layer of cloth, and immersion coating is PU (polyurethanes), PVE (polyvinyl ethyl ether) or EVA (ethene vinyl acetate resin) etc.; And layer of cloth can be and weaves cotton cloth or adhesive-bonded fabric, and its effect is to make gel surface solidify.

As shown in Figure 3, for thinner bed of cloth 1, for preventing the gel seepage, be not compounded with compound thin film 4 on the another side of gel layer 2 at bed of cloth 1.

So just formed the multi-functional sponge with ice-cold sense of touch.

Since the present invention in the surface recombination of bed of cloth 1 layer of gel layer 2; gel is a kind of ice-cold sense of touch that has; the material that has certain flowability again; it utilizes bed of cloth 1 fibre porosity and effectively is attached to the continuous surface of cloth; recycling layer protective layer 3 and reaching prevents that the sticking viscosity flow of gel is moving, and it is formed on the effect on bed of cloth 1 surface.So the composite material-feeding that forms is at bedcover, the cushion cover made as household, or even clothes have ice-cold sense of touch when using etc. articles for use, when the environment of comparatively tight heat uses, can bring ice-cold cool effect, have the flexible touch of cloth simultaneously again, it is more comfortable to make the user use.

Claims

1. fabric construction, it is characterized in that: a surface at bed of cloth is provided with gel layer, is compounded with protective layer on this gel layer.

2. a kind of fabric construction as claimed in claim 1, it is characterized in that: another surface at bed of cloth is compounded with thin layer.

3. a kind of fabric construction as claimed in claim 1 or 2, it is characterized in that: described protective layer is thin layer.

4. a kind of fabric construction as claimed in claim 1 or 2, it is characterized in that: described protective layer is PU layer, PVE layer or EVA layer.

5. a kind of fabric construction as claimed in claim 1 or 2, it is characterized in that: described protective layer is layer of cloth.

6. a kind of fabric construction as claimed in claim 5, it is characterized in that: described layer of cloth is non-woven cloth layer or nonwoven fabric layer.

7. a kind of fabric construction as claimed in claim 1 or 2, it is characterized in that: described bed of cloth is nonwoven fabric layer or non-woven cloth layer.

8. the preparation method of a fabric construction, its concrete steps are:

Step 1, the moulding cloth;

Step 2 is compounded with gel layer on a surface of cloth;

Step 3, compound thin film layer again on the gel layer after step 2 again.

9. the preparation method of fabric construction as claimed in claim 8 is characterized in that: gel layer is to adopt the mode that sprays to be incorporated into the bed of cloth surface in the described step 2.

10. the preparation method of fabric construction as claimed in claim 8 is characterized in that: gel layer is to adopt the running roller roller to cover or scraper and the mode that applies is incorporated into the bed of cloth surface in the described step 2.