CN203600712U

CN203600712U - Heat-preservation fabric

Info

Publication number: CN203600712U
Application number: CN201320731647.2U
Authority: CN
Inventors: 燕建新
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-11-19
Filing date: 2013-11-19
Publication date: 2014-05-21
Anticipated expiration: 2023-11-19

Abstract

The utility model relates to the field of fabric, and particularly relates to heat-preservation fabric. The heat-preservation fabric comprises five layers, namely an upper surface layer, a first filling layer, a middle layer, a second filling layer and a lower surface layer which are orderly distributed, wherein the upper surface layer, the first filling layer and the middle layer are orderly sewed together in a penetrating manner; a first sew point is formed by sewing once; the middle layer, the second filling layer and the lower surface layer are orderly sewed together in the penetrating manner; a second sew point is formed by the sewing once; the first sew point and the second sew point are distributed at an interval. The insulated fabric disclosed by the utility model adopts a staggered sewing mode, so that each sew point which is thorough from inside to outside is not formed on the insulated fabric. Thus, the insulating effect is improved.

Description

Heat-preservation clothing material

Technical field

The utility model relates to cloth field, in particular to heat-preservation clothing material.

Background technology

In correlation technique, heat-preservation clothing material comprises three layers: upper epidermis, one deck packed layer and lower top layer.Its suture way is: as shown in Figure 1, sew up through above-mentioned three shell fabrics successively, every stitching once will press together three shell fabrics and form a stitch points 1, this stitch points 1 is kept apart the heat-preservation clothing material of both sides to form a narrow and small gap, and making the inside and outside penetrating of heat-preservation clothing material, these penetrating gaps can reduce the heat insulation effect of heat-preservation clothing material.

Utility model content

The purpose of this utility model is to provide heat-preservation clothing material, to solve the above problems.

A kind of heat-preservation clothing material is provided in embodiment of the present utility model, has comprised five layers that distribute successively: upper epidermis, the first packed layer, middle level, the second packed layer and lower top layer; Wherein, upper epidermis, the first packed layer and middle level are through and are stitched together successively, and every stitching once forms first stitch points; Middle level, the second packed layer and lower top layer are through and are stitched together successively, and every stitching once forms second stitch points; And the first stitch points and the second stitch points are spaced apart.

The mode that the heat-preservation clothing material of the utility model above-described embodiment adopts dislocation to sew up, thereby on heat-preservation clothing material, can not form and make its inside and outside penetrating stitch points, thereby improve heat insulation effect, specific as follows:

In above-mentioned heat-preservation clothing material, packed layer is divided into two layers, in the time sewing up, through upper epidermis, the first packed layer and middle level, this three layered suture is combined successively, and every stitching has once formed first stitch points; The stitching adjacent with the first stitch points is: through middle level, the second packed layer and lower top layer, this three layered suture is combined successively, and every stitching once forms second stitch points.By above-mentioned the first stitch points and the second stitch points mode spaced apart, can guarantee: the first stitch points and the second stitch points can not make the inside and outside penetrating of heat-preservation clothing material, for example, at the first stitch points place, the second packed layer and lower top layer be the inside and outside isolation of heat-preservation clothing material, thereby avoided the stitch points of pass-through type can reduce the problem of heat insulation effect.In addition, because the first stitch points and the second stitch points have all been sewed up middle level, therefore the first adjacent stitch points and the second stitch points match and upper epidermis, the first packed layer, middle level, the second packed layer and lower top layer can be linked together, and therefore there will not be certain shell fabric problem that causes heat-preservation clothing material normally to use that offsets.

Accompanying drawing explanation

The structural representation of a kind of heat-preservation clothing material providing in background technology is provided Fig. 1;

Fig. 2 shows the structural representation of the heat-preservation clothing material that embodiment of the present utility model provides.

The specific embodiment

Also by reference to the accompanying drawings the utility model is described in further detail below by specific embodiment.

An embodiment of the present utility model provides a kind of heat-preservation clothing material, and as shown in Figure 2, it comprises five layers that distribute successively: upper epidermis 2, the first packed layer 3, middle level 4, the second packed layer 5 and lower top layer 6; Wherein, upper epidermis 2, the first packed layer 3 and middle level 4 are through and are stitched together successively, and every stitching once forms first stitch points 7; Middle level 4, the second packed layer 5 and lower top layer 6 are through and are stitched together successively, and every stitching once forms second stitch points 8; And the first stitch points 7 and the second stitch points 8 are spaced apart.

The mode that above-mentioned heat-preservation clothing material adopts dislocation to sew up, thereby on heat-preservation clothing material, can not form and make its inside and outside penetrating stitch points, thereby improve heat insulation effect, specific as follows.

In above-mentioned heat-preservation clothing material, packed layer has been divided into two-layer, sew up time, upper epidermis 2, the first packed layer 3 and middle level 4 is through and is stitched together successively, and every stitching once forms first stitch points 7; The stitching adjacent with the first stitch points 7 is: middle level 4, the second packed layer 5 and lower top layer 6 are through and are stitched together successively, and every stitching once forms second stitch points 8.By above-mentioned the first stitch points 7 and the second stitch points 8 mode spaced apart, can guarantee: the first stitch points 7 and the second stitch points 8 can not make the inside and outside penetrating of heat-preservation clothing material, thereby avoid the stitch points (making the inside and outside penetrating stitch points of heat-preservation clothing material) of pass-through type can reduce the problem of heat insulation effect.For example, at the first stitch points place, the second packed layer and lower top layer are by the inside and outside isolation of heat-preservation clothing material.

In addition, because the first stitch points 7 and the second stitch points 8 have all been sewed up middle level 4, therefore the first adjacent stitch points 7 and the second stitch points 8 match and upper epidermis 2, the first packed layer 3, middle level 4, the second packed layer 5 and lower top layer 6 can be linked together, and therefore there will not be certain shell fabric problem that causes heat-preservation clothing material normally to use that offsets.

In addition, when in above-described embodiment, when the first packed layer filling total amount used with the second packed layer amount used with the packed layer of the heat-preservation clothing material in correlation technique is identical, and when the material of use is identical, because above-described embodiment does not have the stitch points of pass-through type, therefore its heat insulation effect is than the high insulating effect of the heat-preservation clothing material in correlation technique.

Wherein, middle level 4 can adopt the fabric identical with upper epidermis 2, lower top layer 6.

In addition, above-mentioned heat-preservation clothing material can also further improve, to reach more technique effect, as shown in Figure 2, for example:

Preferably, the first stitch points 7 and the second stitch points 8 equidistantly distribute.Adopt this equally distributed design, can make heat-preservation clothing material heat insulation effect everywhere be uniformly distributed, more comfortable when use.Certainly,, for reaching same effect, the first stitch points 7 and the second stitch points 8 also can adopt other regular distribution mode, for example, be array distribution.

Preferably, upper epidermis 2 is waterproof fabrics layer.Can anti-sealing or human sweat enter after the packed layer of heat-preservation clothing material, the problem that the heat insulation effect of fabric can reduce.In like manner, lower top layer 6 also can adopt waterproof fabrics layer equally.

In addition, in above-described embodiment, the first packed layer 3 and the second packed layer 5 can adopt multiple insulation material, for example cotton layer or down layer, and the heat insulation effect of these materials is all better.Wherein, cotton layer can adopt gum sprayed cotton, its have pine, soft, process simple advantage.

All heat-preservation clothing materials mentioned above can be used for making the various products such as clothes, bed clothes.

The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.

Claims

1. heat-preservation clothing material, is characterized in that, comprises five layers that distribute successively: upper epidermis, the first packed layer, middle level, the second packed layer and lower top layer; Wherein, described upper epidermis, described the first packed layer and described middle level are through and are stitched together successively, and every stitching once forms first stitch points; Described middle level, described the second packed layer and described lower top layer are through and are stitched together successively, and every stitching once forms second stitch points; And described the first stitch points and described the second stitch points are spaced apart.

2. heat-preservation clothing material according to claim 1, is characterized in that, described the first stitch points and described the second stitch points equidistantly distribute.

3. heat-preservation clothing material according to claim 1, is characterized in that, described the first stitch points and described the second stitch points are array distribution.