CN205368630U - Lining cloth cloth and silk - Google Patents
Lining cloth cloth and silk Download PDFInfo
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- CN205368630U CN205368630U CN201620087027.3U CN201620087027U CN205368630U CN 205368630 U CN205368630 U CN 205368630U CN 201620087027 U CN201620087027 U CN 201620087027U CN 205368630 U CN205368630 U CN 205368630U
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- cloth
- lining cloth
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- lining
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Abstract
The utility model provides a lining cloth cloth and silk. This lining cloth cloth and silk constitutes through warp and the weft who is formed by polyester processing line. Weft comprises 2 kinds of weft that the rugosity is different. A rugosity is more than 22 fens tekes 56 minutes below the tekes that weft's rugosity is greater than 56 fens tekes and 330 minutes below the tekes, another kind of weft.
Description
Technical field
This utility model relates to making clothing and the dress material lining cloth cloth and silk that uses and lining cloth.
Background technology
When making clothing, generally it is widely used in surface and expects the adhesion lining cloth of bonding lining cloth.By using adhesion lining cloth can obtain multiple Expected Results.
Such as, if using adhesion lining cloth, then can give the surface material etc. of softness with shear rigidity and flexural rigidity, thus the operability that can improve in sewing operation.Specifically, sewing property can be improved.
Additionally, clothing are the profile keeping grace, existence and the effect of lining cloth are just critically important.By using adhesion lining cloth, it is possible to produce the profile of grace, and formability and/or taste can be improved.
And adhesion lining cloth has the function out of shape suppressing to cause because of dress and/or washing etc..That is, by using adhesion lining cloth, conformality and/or morphological stability can be improved.
So, adhesion lining cloth is just very useful, as adhesion lining cloth, uses position and/or purpose etc. according to it, develops various lining cloth.For such adhesion lining cloth, as improving its conformality method further, propose there is following method, that is, the method making the rugosity overstriking of the line of composition lining cloth and/or the method that by medicine processing etc., lining cloth entirety is carried out stiffening processing etc. (referring for example to Japan Patent 3181214).
Utility model content
But, if improving conformality and making line overstriking, the weight (such as, the weight of lining cloth per unit area) of single lining cloth can become weight.If using such lining cloth in clothing, then clothing can become the clothing with weight sense.Additionally, when making lining cloth endure with all one's will by medicine processing etc., surface material can be suppressed together movable with lining cloth, therefore, it is possible to feeling of making that clothing put on becomes uncomfortable.
About this on the one hand, in the market from fashion, to the pursuit of dress sensation or warm up the various viewpoints such as countermeasure, occur in that the demand to the lining cloth and clothing with the thin texture of light weight.
As realizing the light-weighted method of lining cloth, it is known to make method that the rugosity of the line of composition lining cloth attenuates and reduce the method etc. of bar number of the line constituting lining cloth.But, although this method is capable of lightweight, but there is the doubt ignoring conformality.
The purpose of this utility model be in that to provide a kind of not only will not ignore conformality, but also have more the lining cloth cloth and silk of the more soft style of light weight and lining cloth.
Lining cloth cloth and silk of the present utility model is consisted of the warp and the parallel that are formed by polyester processing line, it is characterized in that, parallel is made up of 2 kinds of parallels that rugosity is different, wherein, the rugosity of a kind of parallel is more than 56 points of Tekes and below 330 points of Tekes, and the rugosity of another kind of parallel is below 56 points of Tekes of more than 22 points of Tekes.
In lining cloth cloth and silk of the present utility model, the rugosity of warp can be below 56 points of Tekes of more than 22 points of Tekes.
Additionally, in lining cloth cloth and silk of the present utility model, weft density can be below more than 30/inch 70/inch, warp density can be below more than 50/inch 80/inch.
Lining cloth cloth and silk of the present utility model is configured to, and makes parallel possess diverse 2 kinds of parallels, thus, both will not ignore conformality, and can produce again the lining cloth cloth and silk with the more soft style of more light weight.
As the combination of 2 kinds of parallels, as shown in feature of the present utility model, it is most preferred that for following combination, i.e. the rugosity of a kind of parallel is more than 56 points of Tekes and below 330 points of Tekes, and the rugosity of another kind of parallel is below 56 points of Tekes of more than 22 points of Tekes.
For a kind of parallel, when its rugosity is below 56 points of Tekes, it is possible to make conformality become insufficient.And work as its rugosity more than 330 dtexs gram at this moment, it is possible to make lining cloth cloth and silk (or lining cloth) overall hardening, and it is possible to make the weight sense of lining cloth cloth and silk (or lining cloth) increase.
For another kind of parallel, when its rugosity less than 22 dtexs gram at this moment, it is possible to make conformality become insufficient.When its rugosity more than 56 dtexs gram at this moment, it is possible to make lining cloth cloth and silk (or lining cloth) overall hardening, and it is possible to make the weight sense of lining cloth cloth and silk (or lining cloth) increase.
Additionally, in order to balancedly realize maintaining or improving conformality, improve lightweight and style (raising soft feeling), it is most preferred that the rugosity making warp is below 56 points of Tekes of more than 22 points of Tekes.And, it is most preferred that the density making parallel is below more than 30/inch 70/inch, and the density making warp is below more than 50/inch 80/inch.
Referring to accompanying drawing, embodiment of the present utility model is illustrated.
Accompanying drawing explanation
Fig. 1 indicates that the figure that lining cloth cloth and silk of the present utility model constructs.
Fig. 2 indicates that the figure of the lining cloth cloth and silk structure of comparative example.
Detailed description of the invention
In the present embodiment, as parallel, it is provisioned with the polyester processing line (hereinafter referred to as parallel A) of 33 points of Tekes/12 monofilament and the polyester processing line (hereinafter referred to as parallel B) of 84 points of Tekes/36 monofilament.
As warp, it is provisioned with the polyester processing line of 30 points of Tekes/24 monofilament.
Further, use air-jet loom, the plain weave grey cloth being made up of parallel (parallel A, parallel B) and warp is weaved.Transversely alternately inweave parallel A and parallel B.Grey cloth density is set as through 57/inch, latitude 42/inch.
Furthermore it is possible to the density of parallel is set to any density by regulating the setting of air-jet loom side.
After weaving operation, carry out arranging processing.As arranging processing, carrying out desizing, liquid stream operation and heat-setting process, wherein, desizing is the process removing sizing agent；Liquid stream operation be find curling, carry out the operation that dyes；Heat-setting process is for improving the dimensional stability of polyester material.
Lining cloth cloth and silk density after processing is set as, through 70/inch, latitude 52/inch.In lining cloth cloth and silk, warp density is preferably below more than 50/inch 80/inch, and weft density is preferably below more than 30/inch 70/inch.
Afterwards, carry out coating bonding agent point-like the processing of lining cloth cloth and silk, to make adhesion lining cloth.
[comparative example]
Fig. 2 represents the structure of the lining cloth cloth and silk of conventional product.
In the lining cloth cloth and silk of conventional product, warp and parallel are made up of 56 points of Tekes/48 monofilament.
The grey cloth density being used for making lining cloth cloth and silk is set as, through 70/inch, latitude 50/inch.
After weaving operation, carry out arranging processing.As arranging processing, carrying out desizing, liquid stream operation and heat-setting process, wherein, desizing is the process removing sizing agent；Liquid stream operation be find curling, carry out the operation that dyes；Heat-setting process is for improving the dimensional stability of polyester material.
The density of the lining cloth cloth and silk after grey cloth is processed is set as, through 85/inch, latitude 60/inch.
Afterwards, carry out coating bonding agent point-like the processing of lining cloth cloth and silk, to make adhesion lining cloth.
Effect of the present utility model
In order to confirm different (effects of the present utility model) between the lining cloth cloth and silk of the present embodiment and the lining cloth cloth and silk of comparative example, the lining cloth cloth and silk to the lining cloth cloth and silk of the present embodiment and comparative example, carry out following items 1～3 measuring and having evaluated.
1. the weight of single lining cloth
2. the flexural rigidity of transverse direction
(horizontal flexural rigidity is big, then conformality is high)
3. shear rigidity
(shear rigidity is little, then style is more soft)
About project 2 and project 3, lining cloth cloth and silk is adhered to surface material (hair 100%) to make conjugant, this conjugant has been measured.
Utilize KES (KAWABATA ' SEVALUATIONSYSTEM) that flexural rigidity and shear rigidity have been measured.KES be by the tensile properties of grey cloth, flexural rigidity (flexural property), shear rigidity (shear property), compression property, surface characteristic (friction, concavo-convex), thickness, weight measurement it is thus possible to the system that the mechanical characteristic of grey cloth is calculated.The numerical value obtained can be processed by this system, and the base style (stiffness, soft glutinous degree, pliability etc.) of grey cloth is quantized and it is calculated.
Table 1 illustrates the contrast between lining cloth cloth and silk (embodiment) of the present utility model and conventional product (comparative example).
[table 1]
According to KES, flexural rigidity is measured as follows.
(1) test portion of long 2.5cm, wide 1cm is prepared.
(2) for reducing the impact of gravity, in the way of making length direction consistent with vertical direction, test portion is vertically arranged.
(3) at-2.5～+2.5 (cm-1) curvature range in, carry out the bending of uniform velocity curvature.Making deformation velocity is 0.5 (cm-1)/sec。
(4) flexural rigidity is made to be: to make curvature from 0.5 changing to 1.5, the mean change amount of the bending moment of per unit length when changing to-1.5 from-0.5.
According to KES, shear rigidity is measured as follows.
(1) test portion of long 20cm, wide 5cm is prepared.
(2) to width to test portion apply 10gf/cm power (stretchings), while apply detrusion in the longitudinal direction.Making shearing slip speed is 0.417mm/sec.
(3) make the shear rigidity be: to be between 0.5 ° to 5 ° at the angle of shear, make the angle of shear carry out shearing force required during 1 ° of deformation.
As shown in table 1, lining cloth cloth and silk of the present utility model is compared with the lining cloth cloth and silk of conventional product, it is achieved that the lightweight of about 20%.
Further, lining cloth cloth and silk of the present utility model is compared with conventional product, and horizontal flexural rigidity is high.This represents that its conformality is more superior.
Additionally, lining cloth cloth and silk of the present utility model is compared with conventional product, shear rigidity is little.This represents that its style is more soft.
So, compared with conventional product, lining cloth cloth and silk light weight more of the present utility model and style are superior, and meanwhile, its conformality is also more superior, and comprehensive quality is higher.In other words, lining cloth cloth and silk of the present utility model balancedly makes the aspects such as conformality, lightweight and style reach high level.
Claims (3)
1. a lining cloth cloth and silk, is consisted of the warp and the parallel that are formed by polyester processing line, wherein,
Described parallel is made up of 2 kinds of parallels that rugosity is different, and the rugosity of a kind of parallel is more than 56 points of Tekes and below 330 points of Tekes, and the rugosity of another kind of parallel is below 56 points of Tekes of more than 22 points of Tekes.
2. lining cloth cloth and silk according to claim 1, wherein,
The rugosity of described warp is below 56 points of Tekes of more than 22 points of Tekes.
3. lining cloth cloth and silk according to claim 1 and 2, wherein,
The density of described parallel is below more than 30/inch 70/inch,
The density of described warp is below more than 50/inch 80/inch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620087027.3U CN205368630U (en) | 2016-01-28 | 2016-01-28 | Lining cloth cloth and silk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620087027.3U CN205368630U (en) | 2016-01-28 | 2016-01-28 | Lining cloth cloth and silk |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205368630U true CN205368630U (en) | 2016-07-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620087027.3U Active CN205368630U (en) | 2016-01-28 | 2016-01-28 | Lining cloth cloth and silk |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205368630U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112109408A (en) * | 2019-06-20 | 2020-12-22 | 世联株式会社 | Composite material for vehicle |
-
2016
- 2016-01-28 CN CN201620087027.3U patent/CN205368630U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112109408A (en) * | 2019-06-20 | 2020-12-22 | 世联株式会社 | Composite material for vehicle |
| US11597180B2 (en) | 2019-06-20 | 2023-03-07 | Seiren Co., Ltd. | Composite material for vehicles |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |