CN105568654B - Elasticity performance difference authentication method - Google Patents
Elasticity performance difference authentication method Download PDFInfo
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- CN105568654B CN105568654B CN201510919281.5A CN201510919281A CN105568654B CN 105568654 B CN105568654 B CN 105568654B CN 201510919281 A CN201510919281 A CN 201510919281A CN 105568654 B CN105568654 B CN 105568654B
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06H—MARKING, INSPECTING, SEAMING OR SEVERING TEXTILE MATERIALS
- D06H3/00—Inspecting textile materials
Abstract
The invention discloses a kind of elasticity performance difference authentication method.The elasticity performance difference authentication method comprises the following steps：The yarn of two different batches is coiled into reeled yarn formation reeled yarn a and reeled yarn b, reeled yarn a and reeled yarn b initial tension Ts is calculated；Reeled yarn a one end and reeled yarn b one end are fixed respectively, and apply pulling force in other end difference gradient, and pulling force is kept to preset time, apply pulling force size to reeled yarn a and reeled yarn b with applying the length of reeled yarn a and reeled yarn b under pulling force time all same, measurement different size pulling force effect；Calculate reeled yarn a and reeled yarn a and reeled yarn b under reeled yarn b flexible standard difference SD and/or the different pulling force of calculating elongation, according to reeled yarn a and reeled yarn b flexible standard difference SD and/or drafting stretched in tension figure and/or drafting stretched in tension rate figure elongation, reeled yarn a and reeled yarn b elastic difference are drawn.A variety of elastic force composite yarn elastic performance difference tests can be conveniently used for.
Description
Technical field
The present invention relates to field of textiles, more particularly to a kind of elasticity performance difference authentication method.
Background technology
In textile industry, elastic force composite yarn is stronger due to its elasticity, and it is certain special to have during dyeing, weaving cotton cloth
Property, when such as being dyed using cheese form, elastic force composite yarn is after preceding processing, dyeing contour warm and humid processing procedure, bobbin
The elasticity of yarn ectonexine can produce larger difference.To avoid the uneven caused fabric quality problem of elasticity, it is necessary to choose except elasticity
The part yarn excessive with overall difference, and very big waste can be caused by choosing to remove.In addition, stretch yarn natural resiliency is essentially from spandex
Core, and the spandex core of different batches production, its elasticity may have different, when weaving cotton cloth (weft yarn uses elastic force composite yarn), if
Elastic force composite yarn elasticity is variant, then the problems such as causing the uneven door of the cloth cover after weaving cotton cloth, barre, or even in ready-made clothes
Afterwards, there is cloth cover bubble problem in wash water.
It there is no test, the assessment method of elasticity in the industry at present, therefore, to avoid cloth cover problem, production stretch fabric
Enterprise's majority can strictly control the raw yarn batch weaved cotton cloth consistent, including the refuse yarn chosen after dyeing and the residue used of being unstained
A small amount of yarn, all can not be mixed with the yarn of other batches, can directly scrap processing, causes more losses and wastes.
The content of the invention
Based on this, it is necessary to which a variety of elastic force composite yarn elastic performance difference tests can be conveniently used for subtract by providing one kind
The elasticity performance difference authentication method of few wasting of resources.
A kind of elasticity performance difference authentication method, comprises the following steps：
The yarn of two different batches is coiled into reeled yarn, reeled yarn a and reeled yarn b, the reeled yarn a and the reeled yarn is formed respectively
B girth C and number of turns N all sames, calculate the initial tension Ts, Ts=N*S/100, Ts of the reeled yarn a and reeled yarn b list
Position：Newton, wherein S are yarn number, unit：Tekes；
One end of one end of the reeled yarn a and the reeled yarn b is fixed respectively, and the other end in the reeled yarn a and institute
The other end difference gradient for stating reeled yarn b applies pulling force, and keeps the pulling force to preset time, to the reeled yarn a and the strand
Yarn b applies time all same of the size of the pulling force with applying the pulling force；Measurement is in the different size of pulling force effect
Under the reeled yarn a length and the length of the reeled yarn b, gradient apply the pulling force when, in the base of the initial tension Ts
On plinth, the pulling force size is converted by predetermined amplitude X；
Calculate the reeled yarn a and reeled yarn b flexible standard difference SD and/or draw described under the different pulling force
Reeled yarn a and the reeled yarn b pulling force-stretch scheme and/or pulling force-elongation figure：
Wherein：N on the basis of initial tension Ts plus or amount of decrease degree X number of times,
L-na,L(1-n)a,L(2-n)a,…Lsa,L1a,L2a,L3a…LnaRespectively reeled yarn a application the pulling force size by
Length when low to high；
L-nb,L(1-n)b,L(2-n)b,…Lsb,L1b,L2b,L3b…LnbRespectively reeled yarn b application the pulling force size by
Length when low to high；
Elongation=(2Ln-C)/C*100%, wherein：Ln is the reeled yarn a or reeled yarn b under some pulling force
Length, unit is rice, and C is twists girth when shape stretch yarn is just wound, and unit is rice；
According to the reeled yarn a and the reeled yarn b flexible standard difference SD and/or pulling force-stretch scheme and/or pulling force-elongation
Rate figure, draws the reeled yarn a and the reeled yarn b elastic difference.
In one of the embodiments, when judging the reeled yarn a and reeled yarn b elastic difference, SD values are smaller, then table
Show that the reeled yarn a and the reeled yarn b elastic difference are smaller, otherwise, it means that the reeled yarn a and reeled yarn b poor flexibility
It is different bigger.
In one of the embodiments, the reeled yarn a and the reeled yarn b girth C are 0.3-2m.
In one of the embodiments, the reeled yarn a and the reeled yarn b number of turns N enclose for 5-500.
In one of the embodiments, the conversion amplitude x of the pulling force of application is initial tension Ts 2%-40%, is applied
Plus the pulling force gradient be：
... .Ts* (1-3x) %, Ts* (1-2x) %, Ts* (1-x) %, Ts, Ts* (1+x) %, Ts* (1+2x) %, Ts*
Wherein, each described pulling force of application is all higher than or equal to 0 (1+3x) %.....
In one of the embodiments, the pulling force conversion amplitude x of application is the 20% of initial tension Ts.
In one of the embodiments, under the pulling force of every kind of gradient, keep apply the corresponding pulling force when
Between be 5s-40min.
In one of the embodiments, also comprise the following steps：
The reeled yarn a and reeled yarn b pulling force-extensograph and/or pulling force-extension curve figure are drawn respectively,
Pulling force-the extensograph is drawn using pulling force as abscissa by ordinate of the corresponding elongation of each pulling force, described to draw
Power-extension curve figure is drawn using pulling force as abscissa by ordinate of the corresponding elongation of each pulling force；
According to the reeled yarn a and the reeled yarn b pulling force-extensograph and/or pulling force-extension curve figure, draw
The reeled yarn a and the reeled yarn b elastic difference.
In one of the embodiments, by the reeled yarn a and the reeled yarn b pulling force-extension curve and/or pulling force-
The registration of extension curve or close to degree, and according to the registration or it is described close to degree come judge the reeled yarn a and
The reeled yarn b elastic differences.
Elasticity performance difference authentication method of the present invention, can be poor by comparing the flexible standard of two kinds of yarns
SD and/or draw the reeled yarn a under different pulling force and reeled yarn b pulling force-stretch scheme and/or draw different
Pulling force-elongation figure of the reeled yarn a and the reeled yarn b under the pulling force, come the difference of the elastic performance that judges two kinds of yarns
It is different.The specific quality requirement of actual production kind can be combined in production, whether the yarn of assessment different batches, which can mutually be used with, is knitted
Cloth.By elasticity performance difference authentication method of the present invention, the bullet between two kinds of yarns of different batches is identified
The difference of property performance, when the difference of the elastic performance between two kinds of yarns is smaller, then when weaving cotton cloth, can use two kinds of yarns with
Line；When the elastic performance between two kinds of yarns is when differing greatly, then when weaving cotton cloth, it is not possible to use two kinds of yarns with.By this
The bright elasticity performance difference authentication method being related to, the difference of the elastic performance between two kinds of yarns, energy can be identified in advance
Make in stock to be complementary to one another with the yarn of surplus a small amount of yarn and other kinds, and be fully used.Meanwhile, after dyeing, lead to
The flexibility test contrast to bobbin ectonexine yarn is crossed, can be made whether to choose cylinder, choose any part, choose how many specific judgements.
In addition, the raw yarn of the cheese of each batch is dyed to behind workshop, can taking out the raw yarn of choosing 2-3 cheese in advance, and survey
Raw yarn ectonexine elastic difference after trial dyeing color,, can be according to test when subsequently producing bulk production with this batch yarn by this test value
As a result corresponding addition is carried out in advance throw yarn dyeing amount, it is to avoid wasting of resources during dyeing.
Brief description of the drawings
Fig. 1 is the length curve figure of reeled yarn a, reeled yarn b from reeled yarn c under different pulling force in one embodiment of the invention；
Fig. 2 is pulling force-extension curve figure of reeled yarn a, reeled yarn b and reeled yarn c in one embodiment of the invention.
Embodiment
Present embodiments provide a kind of elasticity performance difference authentication method.
A kind of elasticity performance difference authentication method, comprises the following steps：
(1) two kinds of yarns of different batches are coiled into reeled yarn, form reeled yarn a and reeled yarn b, reeled yarn a and reeled yarn b girth C
With number of turns N all sames.Reeled yarn a and reeled yarn b girth C is 0.3-2m.Reeled yarn a and reeled yarn b number of turns N encloses for 5-500.
Calculate reeled yarn a and reeled yarn b initial tension Ts, Ts=N*S/100, Ts unit：Newton, wherein S are yarn number
Number, unit：Tekes；
(2) reeled yarn a and reeled yarn b one end are fixed respectively, and applied in reeled yarn a and reeled yarn b other end difference gradient
Pulling force, and under every kind of pulling force, the time for keeping the pulling force applied accordingly is 5s-40min.Reeled yarn a and reeled yarn b is applied and drawn
The size of power and the time all same for applying pulling force, measure the length and reeled yarn b of reeled yarn a under different size of pulling force effect
Length；
When gradient applies pulling force, on the basis of initial tension Ts, pulling force size is converted by predetermined amplitude x；The drawing of application
The conversion amplitude x of power is initial tension Ts 2%-40%, and the pulling force gradient of application is：
... .Ts* (1-3x) %, Ts* (1-2x) %, Ts* (1-x) %, Ts, Ts* (1+x) %, Ts* (1+2x) %, Ts*
Wherein, each described pulling force of application is all higher than or equal to 0 (1+3x) %.....
(3) reeled yarn a and reeled yarn b flexible standard difference SD is calculated,
Wherein：N on the basis of initial tension Ts plus or amount of decrease degree X number of times, apply pulling force total gradient number be
2n+1；
L-na,L(1-n)a,L(2-n)a,…Lsa,L1a,L2a,L3a…LnaRespectively reeled yarn a application pulling force size by it is low to
Length when high；
L-nb,L(1-n)b,L(2-n)b,…Lsb,L1b,L2b,L3b…LnbRespectively reeled yarn b application pulling force size by it is low to
Length when high；
(4) according to reeled yarn a and reeled yarn b flexible standard difference SD, reeled yarn a and reeled yarn b elastic difference are drawn.Judge reeled yarn
When a and reeled yarn b elastic difference, SD values are smaller, then it represents that reeled yarn a and reeled yarn b elastic difference are smaller；Otherwise, it means that twisting
Yarn a and reeled yarn b elastic difference are bigger.
(5) elongation of the reeled yarn a and reeled yarn b under different pulling force are calculated：
Elongation=(2Ln-C)/C*100%, wherein：Ln is the length of reeled yarn a or reeled yarn b under some pulling force.
(6) reeled yarn a and reeled yarn b pulling force-stretch scheme and/or pulling force-elongation figure is drawn respectively：
Pulling force-extensograph is drawn using pulling force as abscissa by ordinate of the corresponding elongation of each pulling force；Draw
Power-extension curve figure is drawn using pulling force as abscissa by ordinate of the corresponding elongation of each pulling force；
By the registration of reeled yarn a and reeled yarn b pulling force-extension curve or close to degree and/or pulling force-extension curve
Registration or close to degree, judge reeled yarn a and reeled yarn b elastic differences.
Workshop prepares a collection of order cloth of production.
Weave/structure of order cloth：Plain weave, warp thread：50 English branch (11.81 Tekes), weft yarn：(11.81 special grams of 50/40D
This), warp count：144, weft count：76,56.6 inches of fabric breadth.Order cloth length 5000m, Weftwise stretch yarn 50/
40D, needs 281.55kg altogether.
And the stock of workshop has the Weftwise stretch yarn of 3 batches of 50/40D yarns at present：A, 500kg；B, 19kg；C,
42kg.The Weftwise stretch yarn of wherein b, c batch postpartum in previous existence remaining Weftwise stretch yarn for it.It is now ready for by testing checking b,
The Weftwise stretch yarn of c batches is used in the feasibility of this current kind order.
By the elasticity performance difference authentication method in the present embodiment, for identifying b, the Weftwise stretch yarn of c batches
Elastic difference, to judge b, the Weftwise stretch yarn of c batches is used in the feasibility of this current kind order.The broadwise of b, c batch
The elastic difference qualification process of stretch yarn is as follows：
(1) a is taken, b, the Weftwise stretch yarn of c batches is coiled into girth 1m reeled yarn, tension force is set in measuring reel respectively
For 0N, stop after the circle of yarn 300, remove, form reeled yarn a, reeled yarn b, reeled yarn c respectively.Calculate initial tension, initial tension Ts=
300*11.81/100=35.43N.
(2) initial tension Ts=300*11.81/100=35.43N, takes 5 gradient pulling force points altogether, and gradient applies
During pulling force, on the basis of initial tension Ts=35.43N, pulling force size is converted by amplitude 20%；Apply
Pulling force gradient be：T-2=21.26N (35.43N*60%)
T-1=28.34N (35.43N*80%)
Ts=35.43N
T1=42.52N (35.43N*120%)
T2=49.60N (35.43N*140%)
Prepare 5 buckle pallets, mass is held in pallet, adjust mass weight, distinguish integrated pallet weight
For (note:Acceleration of gravity is 9.8m/s2)：
K-2=2.17kg (21.26/9.8)
K-1=2.89kg (28.34/9.8)
Ks=3.62kg (35.43/9.8)
K1=4.33kg (42.52/9.8)
K2=5.06kg (49.60/9.8).
Reeled yarn a one end is hung over into hook housing upper (other end is at least liftoff 1.0m), and K is hung up in the reeled yarn a other end-2
Pallet, keep 5min.Reeled yarn a length is measured, L is designated as-2a.By pallet K-2After removing, rapidly again by pallet K-1Hang over strand
Yarn a identical end, is kept for 5 minutes, measurement reeled yarn a length, is designated as L-1a；By pallet K-1After removing, rapidly again by pallet
Ks hangs over reeled yarn a identical end, is kept for 5 minutes, measurement reeled yarn a length, is designated as Lsa；After pallet Ks is removed, rapidly
Again by pallet K1Reeled yarn a identical end is hung over, is kept for 5 minutes, measurement reeled yarn a length is designated as L1a；By pallet K1Remove
Afterwards, rapidly again by pallet K2Reeled yarn a identical end is hung over, is kept for 5 minutes, measurement reeled yarn a length is designated as L2a。
(3) the reeled yarn a of step 2 method of testing is pressed, measurement reeled yarn b, reeled yarn c are in K-2, K-1, Ks, K1, K2Under pulling force stretching
Length.
Reeled yarn b length is designated as L respectively-2b, L-1b, Lsb, L1b, L2b。
Reeled yarn c length is designated as L respectively-2c, L-1c, Lsc, L1c, L2c。
(4) mapping is compared the elastic elongation performance for judging reeled yarn b, reeled yarn c and reeled yarn a
The length of A, reeled yarn b, reeled yarn c from reeled yarn a under different pulling force, referring to table 1.
The length of table 1, reeled yarn b, reeled yarn c from reeled yarn a under different pulling force
It is shown in Figure 1, pulling force-stretch scheme is drawn according to the length of reeled yarn b, reeled yarn c from reeled yarn a under different pulling force.
B, the elongation for calculating reeled yarn b, reeled yarn c and reeled yarn a under different pulling force：
Elongation=(2Ln-C)/C*100%, wherein：Ln is the length of reeled yarn a and reeled yarn b under some pulling force.Referring to
Table 2.
Reeled yarn b, reeled yarn c and reeled yarn a elongation under table 2, different pulling force
C, drafting reeled yarn a, reeled yarn b, reeled yarn c pulling force-elongation figure
Reeled yarn a, reeled yarn b, reeled yarn c pulling force-extension curve figure, it is shown in Figure 2.
It is shown in Figure 2, it can be seen that reeled yarn c and reeled yarn a elastic curve close to, registration is high, reeled yarn b then with
Reeled yarn a elastic difference is larger.
(5) reeled yarn b and reeled yarn a, reeled yarn c reeled yarns a flexible standard's difference SD are calculated
By the above results, SD (ba) is significantly greater than SD (ca), it can be seen that the poor flexibility between reeled yarn b, reeled yarn a
It is different larger, and the elastic difference between reeled yarn a and reeled yarn c is smaller.
(6) according to the result of step (4) and the result of step (5), it can be seen that reeled yarn c elastic performance is with reeled yarn a's
Elastic performance is approached, and the elastic performance of reeled yarn b elastic performance and reeled yarn a differs greatly.It can draw, the production in workshop
In, typically can be mixed with the Weftwise stretch yarn of a batches by the Weftwise stretch yarn of c batches, the production for order cloth.Specific
Can be according to the quality requirement level of client in production, the yarn identified with reference to the present embodiment elasticity performance difference authentication method
The elastic performance difference between a, yarn crowd b and yarn batch c is criticized, progress judges yarn batch c criticizes b whether can be mixed with yarn batch a with yarn.
The elasticity performance difference authentication method of the present embodiment, can be by comparing flexible standard's difference SD of two kinds of yarns
And/or draw pulling force-stretch scheme and/or the different institutes of drafting of the reeled yarn a and the reeled yarn b under the different pulling force
Pulling force-elongation figure of the reeled yarn a and the reeled yarn b under pulling force are stated, come the difference of the elastic performance that judges two kinds of yarns.
The specific quality requirement of actual production kind can be combined in production, whether the yarn of assessment different batches, which can mutually be used with, is weaved cotton cloth.
By elasticity performance difference authentication method of the present invention, the elasticity between two kinds of yarns of different batches is identified
The difference of energy, when the difference of the elastic performance between two kinds of yarns is smaller, then when weaving cotton cloth, can use two kinds of yarns with；When
When differing greatly of elastic performance between two kinds of yarns, then when weaving cotton cloth, it is not possible to use two kinds of yarns with.It is related to by originally bright
Elasticity performance difference authentication method, the difference of the elastic performance between two kinds of yarns can be identified in advance, stock can be made
The middle yarn with surplus a small amount of yarn and other kinds is complementary to one another, and is fully used.Meanwhile, after dyeing, by cylinder
The flexibility test contrast of sub- ectonexine yarn, can be made whether to choose cylinder, choose which part, choose how many specific judgements.In addition, every
The raw yarn of the cheese of individual batch is dyed to behind workshop, can taking out the raw yarn of choosing 2-3 cheese in advance, and is tested after dyeing
Raw yarn ectonexine elastic difference,, can be advance according to test result when subsequently producing bulk production with this batch yarn by this test value
Carry out corresponding addition and throw yarn dyeing amount, it is to avoid wasting of resources during dyeing.
Embodiment described above only expresses the several embodiments of the present invention, and it describes more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the guarantor of the present invention
Protect scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (9)
1. a kind of elasticity performance difference authentication method, it is characterised in that comprise the following steps：
Two kinds of yarns of different batches are coiled into reeled yarn, reeled yarn a and reeled yarn b, the reeled yarn a and the reeled yarn b is formed respectively
Girth C and number of turns N all sames, calculate the initial tension Ts, Ts=N*S/100, Ts of the reeled yarn a and reeled yarn b unit：
Newton, wherein S are yarn number, unit：Tekes；
One end of one end of the reeled yarn a and the reeled yarn b is fixed respectively, and in the other end and the strand of the reeled yarn a
Yarn b other end difference gradient applies pulling force, and keeps the pulling force to preset time, and the reeled yarn a and the reeled yarn b are applied
Plus time all same of the size of the pulling force with applying the pulling force；Measure the institute under the different size of pulling force effect
Reeled yarn a length and the length of the reeled yarn b are stated, when gradient applies the pulling force, on the basis of the initial tension Ts, is pressed
Predetermined amplitude X converts the pulling force size；
Calculate the reeled yarn under the reeled yarn a and reeled yarn b flexible standard difference SD and/or the different pulling force of drafting
A and the reeled yarn b pulling force-stretch scheme and/or pulling force-elongation figure：
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Wherein：N on the basis of initial tension Ts plus or amount of decrease degree X number of times,
L-na,L(1-n)a,L(2-n)a,…Lsa,L1a,L2a,L3a…LnaRespectively reeled yarn a application the pulling force size from low to high
When length；
L-nb,L(1-n)b,L(2-n)b,…Lsb,L1b,L2b,L3b…LnbRespectively reeled yarn b application the pulling force size from low to high
When length；
Elongation=(2Ln-C)/C*100%, wherein：Ln is the length of the reeled yarn a or the reeled yarn b under some pulling force
Degree, unit is rice, and C is twists girth when shape stretch yarn is just wound, and unit is rice；
According to the reeled yarn a and the reeled yarn b flexible standard difference SD and/or pulling force-stretch scheme and/or pulling force-elongation figure,
Draw the reeled yarn a and the reeled yarn b elastic difference.
2. elasticity performance difference authentication method according to claim 1, it is characterised in that judge the reeled yarn a and
During the elastic difference of the reeled yarn b, SD values are smaller, then it represents that the reeled yarn a and the reeled yarn b elastic difference are smaller, conversely,
Then represent that the reeled yarn a and the reeled yarn b elastic difference are bigger.
3. elasticity performance difference authentication method according to claim 1, it is characterised in that the reeled yarn a and described
Reeled yarn b girth C is 0.3-2m.
4. elasticity performance difference authentication method according to claim 1, it is characterised in that the reeled yarn a and described
Reeled yarn b number of turns N encloses for 5-500.
5. the elasticity performance difference authentication method according to claim 1-4 any one, it is characterised in that application
The conversion amplitude x of the pulling force is initial tension Ts 2%-40%, and the pulling force gradient of application is：
... .Ts* (1-3x) %, Ts* (1-2x) %, Ts* (1-x) %, Ts, Ts* (1+x) %, Ts* (1+2x) %, Ts* (1+
3x) %...., wherein, each described pulling force of application is all higher than or equal to 0.
6. elasticity performance difference authentication method according to claim 5, it is characterised in that the pulling force of application becomes
It is the 20% of initial tension Ts to change amplitude x.
7. the elasticity performance difference authentication method according to claim 1-4 any one, it is characterised in that every kind of
Under the pulling force of gradient, the time for keeping the corresponding pulling force applied is 5s-40min.
8. the elasticity performance difference authentication method according to claim 1-4 any one, it is characterised in that also include
Following steps：
Draw the reeled yarn a and the reeled yarn b pulling force-extensograph respectively, the pulling force-extensograph using pulling force as
Abscissa, draws by ordinate of the corresponding elongation of each pulling force；
Draw the reeled yarn a and the reeled yarn b pulling force-extension curve figure respectively, the pulling force-extension curve figure is to draw
Power is abscissa, is drawn by ordinate of the corresponding elongation of each pulling force；
According to the reeled yarn a and the reeled yarn b pulling force-extensograph and/or pulling force-extension curve figure, draw described
Reeled yarn a and the reeled yarn b elastic difference.
9. elasticity performance difference authentication method according to claim 8, it is characterised in that by the reeled yarn a and
The registration of pulling force-extension curve of the reeled yarn b or close to degree, and/or the reeled yarn a and the reeled yarn b pulling force-stretch
The registration of long rate curve judges the reeled yarn a and institute close to degree, and according to the registration or the close degree
State reeled yarn b elastic differences.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2177943Y (en) * | 1993-10-07 | 1994-09-21 | 邹理国 | Tester for tension change of yarn |
| DE4426405C1 (en) * | 1994-07-26 | 1995-08-31 | Freudenberg Carl Fa | Textile wear resistance measuring device |
| KR100658090B1 (en) * | 2000-08-25 | 2006-12-14 | 주식회사 코오롱 | A measuring method for crimp properties of sea-island type staple, and a nonwoven fabric for artificial leather |
| DE102005023992A1 (en) * | 2005-05-20 | 2006-11-23 | TRüTZSCHLER GMBH & CO. KG | Device on a spinning preparation machine, e.g. Carding, carding, track, combing machine or the like, for determining the mass and / or mass variations of a fiber material, e.g. at least one sliver, non-woven fabric or the like., Of cotton, chemical fibers o. The like. |
| CN102262015B (en) * | 2010-05-27 | 2013-07-31 | 北京服装学院 | Elastic fabric fatigue testing method |
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