JPS5947445A - Raised product and production thereof - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

Wood-made fur-like products refer to raised products and their tM manufacturing method. Raised products with long cut piles have a fur-like appearance and are useful. However, artificial fur-like products have a disadvantage compared to natural products. Natural high-quality fur has a double structure of thin, short 551 hairs and thick, long handles.In human products, quite a number of improvements have been made to the φ hair, but fluff. However, there are few suggestions for improvement of fluff.However, fluff has good insulation, bulk,
TJL is essential in terms of appearance, feel, etc. The object of the present invention is to provide a product having 6 degree Jfi1 hair and a method for producing the same. 5'1 hair product of dud 1, (R,l +A-,l
j rt' ”a saJt fr force/do pilellll
It is a 12-year grade item, lbH 50, 1 and above)
-1 fiber (average Hayabusa I of fluff from 1,5 to 5 d)! , tree t!
<(A+ or 1[) to ・115 tree, (C) wood, density (8) or I 1) 11 ・= I ll II +
One piece is 15 r / cd, and 14 pieces (d) (4 + 1 hair (y) il' average N'e IQ (DJ, i' + <
6i (- Higashihonkazu (A) and Ueagemachi 7B (Bi no sei ([)
to F3 is 51111 +1~5 [1,000 lines/d
/ On CD A) Ruko Shichikinchisan and Aromono, and O.
11 direction υ, light, middle thread -jq Hr(i [1,5-5
Contains fibers of F+ and/or multilayer fibers with a fineness of 1.5 to 5 (l of fineness);

[1.5 to 5 d medium threads and/or fibrils I + 1 to 75 14 ru keno+, 4 ru threads K IIJ 1! f5)<17
i t, must')'jV(-1' then ψ-,: 71
i'x-I'll bring it down, Uegami-cho 1 Hikin I 11 [1-=
+ 111+ 1111. 'il l position/C-Kichizeshime, [ttsushihika1: 1'ru+:s4>Contains this seven. Unexploded lJl Nifu・itesen X4 18 yen, iPj l1
jQ l-&, 1. n2 B'Q, A44 materials, non-woven fabrics, leather-like materials, and their J+i (1', /material f< F
2 Contains a large number of focused fibers, such as full 1,000 filament yarn, doubling yarn, mixed yarn, 4 natural yarn, spinning, and bond. Ito and Ito are also examples of convergence. Figure 1 shows a specific example of the 1y1 crystal produced by the present invention.It is a schematic diagram of a section 1IIJ of a 1/(ile fabric. It is a short and relatively large number of 11 fibers, (5) is a medium c+++ fiber, 1 Jli 11 capillary 1 y, and is a bundled pile yarn, and (4) and (5) are ground yarns. If it is a fabric of SI 1 or warp noil, (5), (4) is the warp and (5) is the weft.If it is a warp/noil, (5), (4) is the weft and (5) or It is called 485 cloth in the warp thread (parts other than the raised pile) 1 skin 1 = equivalent to 485 cloth. However, of course, the base fabric may be a +4- material or a non-woven fabric.The base fabric may also contain polyurethane, IJIII polymers such as rubber, acrylic tM1lfi, polyamide FA Jib, and other resins. 1 product r is raised or 4i east 411 hair is 7. U [as a method of making 4It hair by concentrating the fibers]
Examples include pile looms, pile knitting machines, and tufted jig methods. Pile products for fur include Flyper m machine and Shiz'r.
The above-mentioned focused hair transplantation method is better than the iL hair transplantation method, which produces products in a planned and intentional manner! ! Stab to the purpose of building. Of course, the focused flocking method is also superior in terms of uniformity of horn products. Wood k ”'l rrJ product 'l, comparison f6J small 4
) II B III i't (4f or east jl, te, and ll-1+density lVj I', then Jlte Z
) is a thing. C, fine]: No. 1i uniform 1f - bundle K (plant 1, 1i it'111 "average IJ per hit) knee L ≦ ni no 11) ~ 85 Motoyoshi less, tlit accuracy is + +] 11-1000 pieces 1 pack
t-1j'lii, ko'/ l f
Poor A'! Is it uniformity with l ”+su・,′?:+(,
1. Excellent 7L for soft touch and U-L spreadability.
There is ζ. Contrary to this H
*",!, jp- using thick yarn k and pile yarn τ, 11i hair density 911 +4.: l/ to Φ with degree F or more
If it is hairy, it is a product or coarse! , Fuyg-C
It has poor hair tackiness. The product has 6 degrees of crystal 'f45C Rieruta d) to Q', ff+1 hair'F je'J Focus *
k Kasho 1 Ili To, 17t Kamimachi 19-Ka J'
The thinner the 7', the better, in fact -1-tq
It is difficult to implant fiber threads with areal density, and eyebrows are difficult to implant.
The average number of quadrants of lj is +
M I fl D 11 pieces) zu[/C-(Itcho, 1 sho is omitted l 11 [] 0 According to /cj, the length is controlled from 尼ノ to F~ Product quality and manufacturing. Difficulty 1: Thinking 1st section 4- Then, the paddle.The average number of bundles of bristles is 15-75. Trees are preferred [7 Ku, 20-6
0 or acid is also good. Similarly, hair transplant density change): t150 ~
800/・ノ is good! 200-60 rl/c-
is the most preferable. The average tA degree of N111 hair is in the range of 1.5 to -5 d, preferably 06 to 6 d, most preferably 0.8 to 2 d. It is necessary to have a pile with a diameter of 15 mm or more, and it is often between 7 and 50 years old.
In many cases, O = 50 mm. In order to have sufficient bulk and heat insulation properties as fluff, Vζ is the average sincerity of fluff (1), average number of convergence (8), and 1/(
Hair density (8) JR (D A B ) is 5.0011 ~
There is a decoration that is 50.00 + 1 piece d/'r),
8. (l OO-oo, o o o knee 1z-a/d
is preferably IO,000 to 25. OLl 0 books-d
/d is most preferred. Figure 1 & 21 Two flocked side wigs are gathered up and the fluff is concentrated V (
In this example, there are about 18 trees, and the 6 flocked areas in Figure 2 #-i are combed into 4, and the number of bundles of fluff is about 10. The fluff may be rolled or not, but it is of course preferable that it be curled. Number of windings (1 maximum force 1
The number of peaks in ~/d) is preferably t~2~'I11/25, and ro~20/25 is the most l/f1. Volume ((Medium/R conversion rate t-'150% or more F1, especially IJ, 5-
,? '1% is the most likely, and 1 to 1[]% is the most likely. This (-) is the length el and () 1i tortoise 50tsu/d tusk is 1?In the vine at ℃, 65% RH, the weight resistance is 2+"il/c1 and the length is 1i. Measure 2 σe, [(
e2g+)/ (+1.IXI(In(%J4: L
``'C water melt. If the crimp is weak'i] ``Thermal, 1'1''IJ l! ”
＋ (・I'm inferior, strong 4 is flexible, hair-spinning ability・)・Ude. fluff noke i lfn h l'J
1] 1 hit is fine. Although it has many irregularities, it is lacking in insulation and l'k. Two or more types (pc) having different properties such as fineness, length, winding properties, dyeing TJ, coloring, and other properties may be used in combination. The fineness and length of the fluff is 1', 1
If 1 is increased, the shock rate is (＜lf-1fMfnoy/゛1・
average)
) It's amazing. When the fineness and length are distributed 2) & - + 4 (j j value above 12 and the average value is used. Holimer h constituting the fluff is not particularly limited as long as it is fiber-forming, polyamide, polyethyl, d <Reacrylonitrile threads, polyvinyl-based and Cerone-based polymers, etc. are often used. Unexploded F11.1 products include those consisting only of fluff and those containing both fine and fine hair. 4III:
The fineness of the hair is more than 5D, which is on average at least 2 degrees thicker than the regular M1 hair. The average length of the stinging hair is 7-7
(200 mm), preferably 10 to 60 mm, most preferably 15 to 5 mm.The average length of the barbed hair is preferably 2 mm or more, especially 5 to 50 mm longer than the average length of fluff. , 5 to 20 mo long is the most fantastic 1. The hair is in a roll;
J! Also suitable are those that reduce excess crimping by more than a degree. Similarly to fluff, fibers made of a mixture of multiple types, and fibers with a distribution of length σ and fineness are also suitable. Medium 1" hair cross-sectional shape, yc sag, polymer, etc. ki (1
; , you can choose Kokichi in your body. It is preferable that the tips of the weight bristles are thinned at 1". In particular, it is preferable that the tips of the weight bristles be gradually thinned over a length of 20 to 20 mm. The cutting edge is 5 to 25μ in diameter, especially about 7 to 15μ, and is sharply cut or reno cut (long IJ, 3
within n-r, especially within 0.1 morning) 11'J diameter decreases/
J> To prevent the tip from crossing trk, tl, ff
L, yes. ljI It is not necessary that the tip of L is narrowed by 11], but it is often thinned over 0.5 to 5 gates. However, if the narrow part is too long, Because confounding noise is likely to occur, the leading edge should be 5 to 5 mm in diameter.
It is preferable to cut at μ culm. tJ, 1-1 special [[J, 5 floor plan F or more is preferred. Kokichi is advantageous because it is a mixture of Kasu 1 hair, fine hair and t1 hair, and the price increases due to convergence. Mixing methods include doubling, blending, cross-bale marking, spinning mixed fibers (same 1" gold to knot, etc.), and composite spinning (later separated into phase 1 hair and φ hair). An effective way to mix fibers is to use an air jet nozzle.
The flocked structure, which can be used in a wide variety of ways, such as spreading by air, may be a focused type, but it is not particularly determined, but empty, W-type, and similar types are Qf. Ka\'3 @1 Figure is an example of W pear.For 3 wefts (5), η(7 -
It is N~. Figure 2 shows an example of a V-type, with one weft (5) and seven clays in one place, and the density of flocking is five times that of W''N in the fJ'lI diagram.In this way, the V-type Either it is preferable in terms of flocking density, or the bond between the raised naps and the base fabric is weak and hair loss is likely to occur, so it is preferable to combine them with the base fabric using an elastic material or adhesive resin. Number of eaves per pool (
Average) #''I6 or more, preferably VC'y or more,
One tree or more than one tree is most preferred. l+]: e standing density 1ulflO ~ 5000 wood/cj, special VC2D
O~2000/d&n31 is preferable, 500
-1000 trees is the best! If-FL. The quality of the product (flexibility, uniformity, hair handling, appearance, feel) is better when the flocking density is higher and the number of stinging hairs (i1 number of bundled hairs) per flocking area is higher.1.Yamuzenshozuφ The convergent bundle tree number (
When the average number is 2 or more, it is desirable that the φ hair is separated (dispersed) by the fluff at the root gathering part 1 (pile yarn) of the standing pile.Figure 1 is an example of a case where the number of bundles is 2. , second
This is an example of a one-cause tree. The back side of the base fabric, knitted fabrics, non-woven fabrics, etc. may be used, but resin impregnation, fat coating, raising, and other sheet coatings may be used.
amM*, 'fDR(;y E −Y, ))t, R
This is Ninhiro. Next, the unexploded 1 column) “/, 1s product’kl +f’i
iノ、%'ti'i、'月11；、、、、This issue]
Method 11 9 threads for phase 1 top 115・-5d fiber and υ/
Or 'N& degree [], 5-5d fin rill gold 14, including multi-layer 1 W fibers, fineness 0.5 = 5 d) 1 river medium thread Tsukuge / or fibril gold 10-85 wood 1zuZ
, gather the yarn once a month (6 hairs, keep in mind the core and collect 41 pieces). 11 degrees 1 hair density 'kloO~I
Ofl/('d and V tightening/:), multi-layered fibers and t', consisting of multiple components, 111! continuous in the length direction, glued together into one. and multiple components are 4 rods, including JIA male i!l!n゛C mixed fiber m, whose partial fiber layer is called ``p'' fibril.Multi-NFM fiber and M synthetic fiber k+14.1 material. The fibrils are divided by chemical means: 1', Z)
(This is true. Layer Zunawa 51 7 (fibrillation 1, non-explosion 191 shows fibrillation) before sorting.
C゛,=155Fig.'#i 4 triangular IP4 (61 is separated by 7 in radial layer (7) example of radial multilayer edge x+f, 41st>:I) + 7 cores (6) is an example of a multi-filamentary multi-W4 fiber that is composite with a sheath (8). 3. The fibers of No. 5 and 1 can be separated by mechanically attempting to bond the layers (6) and (7) together (for example, by false twisting or twisting to cause peeling at the bulges, etc.). The fibers are divided into sheaths (81 pieces) by removing them or phantom decomposition.
It is. In this way, by splitting and fibrillating by any suitable means, a large number of thin fibers are formed from the multilayer fibers. +)
, it can be used for this purpose to make Fiberkura Hosai hair. Focused flocked pile weave 4I1. (i+lJ is 211 (
] (This can be done using a 1F re-pile knitting machine, tufting method, etc. As mentioned above, use a thin pile yarn to
Flocking at t15 density is preferable in terms of product quality, but
Due to mechanical constraints, it is not possible to implant fibers with very thin threads at a density of +j%. For example, in a normal pile loom, when using yarn with a fineness of about 550 d, the average density of warp and weft yarns is around 26 pieces/m, and in the case of a W type as shown in Figure 1, the flocking density is approximately g s n~ It is 70/d. Synthetic fiber '+ 511 d pile yarn, 6° d single wool single fiber 5 jl + 50 d, 1 d fluff single fiber 20
0 trees ranari,! 71-1 Ichiban・1; If the pull is 7fl/d, Watakami-cho rtz 1114n n n o/f i,
Φ) 1 density lj f-2550550 trees, -l
('fr t'/-c, dense area, and fzle, but because of the flocking density I O(] Lj, F) ←' I/i
Is it wool ■〈The ground texture is easy to see, the weaving thread is A: 15 + lJ
Φ items are IN! <, when the standing t is #11, the uniform -f'l and the dense 1zu I are close to each other, and there is also the disadvantage that it is only 1,11 when it is pushed or opened.On the other hand, using the same pile yarn, the J of ffj 3 +i'l is Ui? V If, !1 r/i hair ligation, hair transplant M
'+ +5 or quality (to W+'j's compensation 4 or 210
/ d) for 111 hairs +++ Jt;, A 2
．． Dnn wood/cd, tpH hairy il! : +
II. +: 5 It's a disadvantage of becoming 7 (first Z).So, for example, fluff 1 cl X 7
0 pieces, Sen 1X7)n dX 2 pieces? Focused ryag +
Use Od yarn for pile system and create v! 'j'-type jVi
Mao k fj now, Takakamicho jllJ + 4.7011
Book/d, medium hair density 42 [J wood, ←゛厘 tr-Kamimachi no 9゜I1, softness ("1, tactile feel, outer ν11. j) F is done. However, 1 character 11" (so 9 hairs are easy to pull out, pile thread)
IIJ yarn [Roll rl d J to <C] All yarns are easy to break due to friction and ironing during the weaving process, and have a small total fineness (e.g. 2 rl rl d and above, especially 150
With the tonneau below d, the trouble of thread UJ is more likely to occur. The single filament fineness of the fluff fiber is small, and 1. (This is an important point in practice to improve problems such as thread breakage due to the small total fineness of the yarn itself, and will be discussed below.) The method is to attach wI to the pile yarn, glue it with a suitable polymer, etc. to make it into a reinforced unit, and then cut it out in the same way as above.As the adhesive polymer, there are many ordinary glue resins, such as V
iI'VA type, polyacrylic type, polyamide type, polyurethane type, polyester type and cellulose type and those of fine powder yarn, especially those which are water-soluble or water-dispersible, are conveniently used. Of course, solvents such as chlorides (triclene, perchlorene, etc.)
Also useful are those that are soluble in. The reinforcing effect #- is greater as the amount of glue adhered is large, but if the amount is too large, the yarn becomes hard and the coefficient of friction becomes large, so there is a degree of lq+, which is similar to twisted yarn, and Urasuke's ■: Step 1)'. Funeral 2 r) < tJ, multilayer (21 (41;, i, I
) re fiber k, t 4 It is not used for all of the A-threads. The fineness of the multilayer fiber is 5 to 2 +] d Culm tree 7, thick f easy to thread (hard to get knotted. 'I'r 21k<) C
5 Methods for splitting multilayer fibers 1.
The multi-layer fiber kA j-lj tit is converted into an actual product for use on a monthly basis without any loss. i(1)
Department is lost. For example, if the radial part (7) of the multilayer fiber 11 of the tith cow/1 is removed, it will be 40tj6 or 1f. This Lost Me'tj (Layer) 1, Pile 4-woven LI'd, etc. with flF+ as a reinforcing component, prevents thread breakage, and is made of pile knitted fabrics, etc., with thick, strong yarn. j'j L, then remove part of the 1'/upper component to make it thin and soft <119 light 1+. The fifth method is -1, minute + -i in the culm? 1. Mixed fibers, doubled yarns, plied twists, and other methods are used to fully reinforce the fibers, eliminating the need to remove them in the post-processing process.
Fourth method d% Thick (strong) fiber as fluff fiber? Is the surface layer of the fluff fiber used in post-processing? It can be decomposed or dissolved and removed to give it a desirable fineness as fluff. For example, a relatively easy-to-handle single yarn of about 2 to 8 d is used as fluff fiber, and after processing, the -Ak4? By removing ll-, it is possible to obtain about 1 to 24 of the I11 series, which is the most preferable for fine hair. Partial (superficial) removal of b′iN + may or may not be performed using this method. The above four methods can be used in combination of two or more of them. For example, If fJ< i, i, second
- It can be used as an auxiliary method in combination with the fourth method. Among these four methods, the mJ agent, the multilayer fiber removed portion, the outer chest removed portion, and the reinforcing fibers are removed in a subsequent process. II for the 81st portion of pile yarn to be removed
The amount ratio is, for example, about 0.1 to 50% of the glue, especially IC0,
It is about 5 to 10%, and is a multilayer fiber. II] In the case of removing the fiber layer for strong and delicate use, it is preferably about 5 to 75%, particularly about 10 to 50%. This kind of loss of pile yarn weight paper seems to be wasteful at first glance, but in the knitting and weaving process, etc., the yarn UJ value: c tu+ <'r'e Wj, and thereby the product's wool・Town 1tt ('J, ll1
T fever properties, bulk, 11 properties, etc. are improved (+s v(-
1-Kunnobu till white threat) 4 guys are the first to use it =
(,1-1'; + Shiba Iruko's cloud it, bi, I
ll loss% is piloerection cut λ゛f, tip 1 (I V1 root 11
The thinning of 15 does not include the loss due to any local addition L, and the (・te d direction rotation r ko yuri rt Usuri Gin 2) is ＼′ −
etc.> General E1. Ichino, which represents J-slimming. It is easy to select the components to be removed in the subsequent process.For example, for example, forvinyl alcohol,
;1. Liethylene A oxide and water l) i I'lr
Polyester % I f Na, D The method of dissolving thread polymer in dimethylformamide is also applicable to the combination of poly-1- and solvents or agents. .Of course, soluble and degradable i6 total interest 11-I
L-c, remove only the desired components and leave the remaining 4-
This is easy for experts. For example, Ai of a multi-gobo polyester having a polyamide component of 11% and a polyester component can be removed by using an aqueous alkali solution, and only the polyamide can be removed by not being treated with an acid. In addition, regarding the separation and fibrillation of multilayer fibers, there is a method to take advantage of the difference in solubility as described above, and to take advantage of the difference in volume. The radial multilayer fiber T'i is easily divided by swelling the polyamide with benzyl alcohol and kneading it.The Fuhatu '41 product is made of pile yarn with a relatively small total fineness and is flocked at a high density. As a result, it has the characteristics of excellent density, uniformity, flexibility, and shear.However, in practice, it is mechanical; w!l+!!deke) inner cone.In normal raised products, it is about 50 to 60/cd due to flocking.An excellent way to obtain a delicious product with flocking density is to compare normal Low flocking density (10o/c
This is a method in which the fabric is made to have a texture of d or less, particularly 70/i or less, and the base fabric is shrunk in a subsequent process. In the normal method, post-processing (finishing process)
Although it is more than %, ``2nd article [1st fr #: 12
+1% or more, 0% or more 1- is θrt, and 411~7591) is the most br, here ill
l'+° (yield ~ i rate n') % formula % surface contraction skewer = −'−□−−−x + no c4
ノSt :'IK 4 AfternoIll (((r clause like this 111 + t7?-r
j, j'l. Small, congruent 7 by central 1-2t E) 1-1, do I'1! + 'l'J. rt rQ J(l', e.g. l, , [I 1111'
(Two Water Bu!1+, Hill +11ton'A, I-1
41J L, 7t It! ! If the darkness convergence rate is 15LA0 or more, t, i is 211≦ゎE day of the week) □... How to use f
13, polyamide fiber cord, p, L hori/'mil'%
T no + minutes (7 ifril) and the carpet fibers are Benzirno”
Goo with Lecole, immediately' (1b evil) 1, Japanese tile 21]%
There are several methods of shrinking. X'7. E; Product J, (: 1 misfire 191 people's eyes on how to reduce nr for 1 hour), special@(1v+56-162177
'J kc tit Thin K AQ, "'l L-f(
]'v, I will omit the details here. In any case, it is 1, and the group is (1's) i'+III'J. By NT, there is an easy C for 4A. For example, hair transplant density 70/c-, i? If the hair is shrunk at a product shrinkage rate of 5 1%, the flocking density will be +40/cj, and if +i Gt shrinkage rate is 75%, the yield will be 61% → the upper value hair density will be 280/c-. It is often said that the first hour is favorable for the density and insulation properties of the fabric.Fiber structures that have been made into bundles using pile looms, pile N machines, tufting knob machines, etc. Becomes a product.An example of the second step is piloe-no-kiri R7I.
(Something to make the length even, or to cut only the open hair and make it shorter than the stinging hair, etc.), light? ri W Mata-n 1 Thinning of other parts, average thinning of the entire nap, (17 Splitting of composite fibers, removal of the same material and supplementary gIpjl#lt, Volume M or collection 6d1 Dyeing, bleaching, brush jig, hair opening , heat setting, various finishing treatments-T
i (e.g. antifouling, drainage, bending, antistatic, flame retardant, gloss, adding slip agents, etc.); storage of hanging fabrics; heat treatment, resin impregnation, reverse brushing, back coating or lamination, and any of the above. There are many similar processes. The selection and connection order of these points can be arbitrarily determined depending on the cutoff point tiJVc. Since the method and product of the present invention generally have improved hair handling properties, the method and product of the present invention generally have improved hair handling properties.
(Heavy and heavy, it disperses uniformly from a concentrated state, becomes inebriated) k'cr's, and can be carried out in a young way, evening (watching,, (senkoku,...+'l) : 1i'j;('
i・I'] "i-+(-sex, hair-sawaki, uniform-piece) lJi: Rebuhiu□, 1 item 71 can be repaired. In this, 7・IL multicolored one river < tit L, ta811
T, for example, 1 to 2d phase 1 hair 10 (] wood or higher, special work 20
(] ``'(i'') ζ il system is M11 <
, CI4 at f 60/cd
Hair'l! )' Out, T Ko, East fit t L rc, poor hair handling, fun 7 and 1111 r
, Keyo-+': (It's more difficult to actually do hli)・1
7, □111↓I1 The final product is inferior. Uninvented product metal structure 1 missing fiber Q, 1, special(・te11<;
Natural and human fibers can be used at will without interruption. Special ((Polyamiji, Horicosral, H-lyacrylonitrile) Polymer Ichiban, 1 bottle [
Product information is good as distribution:,
. ,\4, White! 1-e Lulose, cellulose acetate, 1
,1. Y Mi] Mol 7 C] Yen Jl & also #1 group 7 for raising hair
1i 11 K for right hand use (Chikurano) - In the following examples, parts, %O2l 4; '1 indicate the heavy paper ratio of 1:Ll, not indicated. Example 1 Polyethylene glycol (PEG) with molecular ink filter 000
) 15% copolymerized polyethylene 7-talate (PET) containing 15% particles, ZdIi11! T-thread, No. 51 medium, Heat heat section Nl5
fl'C no shiten (1fc / 5 d, / 721
Fino〆note 2 y, , J-4゛ru. ￥1 Ohikui purity 200 'C,) natural number 5400'l''/!t1
Temporarily make a coffin at a feed rate of 2%, heat it with a non-contact heater at 220'C, and wind it at a second feed rate of 5% to wind the thread. FY, ? Tension-free - Treated with C100C water for 20 minutes, air-dried, and the winding rate was 46%.
51rijL1 hour) h + 7/25 am. 'riu2i u, 5'/6 containing PgTii outside, II containing 15% Ti0' E T ? r inside 1i11
The cross-section of 50d/1q placed at j is as shown in Figure 5, obtained by composite spinning (composite ratio 5/2) and heat treatment (160°C).
Let it be the fikmenot k Yl of If. Molecule - Modified PE with 20% copolymerization of 5non PEG
T k 18W'dUj Ito, Tainaka, Msa Ri (+51
1'C) of 75d/24f (hii small 1.11
1 nofishime/toIy, then sojL? c Peak-1Jul II, I 90 C/2 + o”C:r
IOY, and 1 "1j-sama, Ino <lf6's 册し冑7~ (ke'3 zutako is to: Y3. FY, 1 koto,
Y, ♀roki and F'Y, 6-2, air jet/sl
+TE mixed fiber-J-) I n II 17M 0 go 1. Then, Il 111's y1-mountain (I was. T LOI f 0.7% containing lrρ [G 'I' and C'
Heat power (6) and (71VC) are used to make the 5th cow υ different cross section of each of the yarns (composite product 5 / I 1.61j-pl+, ?::h% L'l
j (15II G) and obtained 7 5 d/' +
d f (1), -ino/shitoga, beak-on) 5
1 B n℃ / 2 fl l) ``C-(F'Y2 and IIIJ column F (Me) 2 slings with 11 J of weak twisting (day day) ``J', 'M The consonant with J is FY. Yl, r ``Iru thread (warp) ni, l' P? 'J' To the spun yarn of short hand 71 (L gd) [] Bancho-/double thread (')
54 d equivalent) as the warp (base thread), FY, tie bar type ('C-cut pile fabric cp, Zenzensho, eF□
1. A finale (13 force type shows 1 picture of funeral) t eel W shape, hair transplant 1
+, ノ*llJ 79, /', rust, pile 1. There are 9 birds to i. CPI f Na0II + % water soluble - 415 forces 1. %? The hawk fiber FYzk for l'j '744 was completely disassembled and removed. With this alkali treatment, the surface of the hair fiber FY was decomposed and removed by 17% (uniform thinning). Next, water t'Al was removed, and benzyl alcohol was added to
Water dispersion RI K 1'RL, :'i
<r, 98'c tD water, -1, treated in air for 20 minutes 1!
1! L, water o, dry Mj L 7t. This benzyl alcohol treatment causes the fibers in the rod FY to shrink into a round shape [1,
Base cloth Id tb'i direction Vc45 ('/y yield, moe,
Combined with the same vertical direction Vl'*I7%, the surface is 11 as a whole.
4 Yield hj 4; approx. 51%, (ri(hair density: 12-3)
．． t, or 158/l. . Alkaline +'& Jul! and benzyl alcohol-treated cp, 2, unexploded LV] person'? Japanese Unexamined Patent Publication No. 56-15
486 'jJ[lJlUsing the method shown, centrifugal force is used to precisely process the raised hair. Ta. Zunajcchi napped fabric ligature is placed in a cylinder with a diameter of 1m and rotated, the napped fabric is erected outward by centrifugal force, and the four axes rotate at the same speed.
Ill outside of tit! Processing fluid in 1% Niu (outer cylinder)? We perform a variety of additions. First, the rotation speed was set to 600 rpm, and water at 98°C was
All of the condensate that was treated for 50 minutes after reaching zero was removed. ξThis is a heat treatment for evenly raising the piloerection. Next, the rotation speed 'Th5
60rpIn (centrifugal force approx. 70G), 5% at 95℃
Add Na, OH aqueous solution until it reaches a point 20 m from the liquid level or the base layer.
Yarn F'Y+) K was cut to a length of 20 threads from the base fabric. Then drain into alkali (&, 15% 1aOf (95℃)
Fill the aqueous solution up to 1[J] from the base fabric to the 25th position, treat at that position for 10 minutes, drain one part of the alkaline solution, and reduce the liquid level to the 721) position E! from the base fabric. 10 minutes at low F with indigo, 15 minutes at 29 position, 20 minutes at 51 position,
'+5B position for 20 minutes, 55 rm I) position 2
In the direction of 0 minutes, the 57th fin was extensively treated with 161 minutes of 'iO, and the hairs (thread YIJ and length 67B were cut off, and the tips were gradually thinned (tapered VC) over about +2II. Alkali. After draining the liquid and washing with water, fill the cloth with an aqueous solution of a gray-brown disperse dye to a depth of about 10 m and leave it at 98°C for 15 minutes.
The fluff was treated at 0.degree. C., and at least 10 parts of the fluff were dyed pale gray-brown. Add a black disperse dye aqueous solution (containing carrier) to IX at about 21 tF from the base fabric! 11, treated at 98°C for 50 minutes, the upper part of the stinging hair was colored black, C9 color,
Wash with water for 1 hour. 8U% water γi of dinonalformamide
, Kamedehi 1-Rodal 7-t-() (Decolorizer) 'k
2 Fill the material containing Sin up to the 52nd place from the base fabric, and at 80℃ 11] Molecule ii J lij, Fill L Te U
PR(I L, same placej!i!'s: 2 times &l2j
l< L Te:il Lee-tL/) destination f44t;I 5
w %jVa (f- then gray E21i'+, kc
L) and . Next, 7 pieces of 111 threads (Q 4+1.Water, waste oil, antifouling agent water dispersion moth total 11 (from city to I tz place 1〆/f
The solution was filled with filtrate, treated for 11 minutes, drained, and collected from a napped fabric centrifugation device. Initial tlj compound of hocklet body 911 dormant fat on the surface of erect rice.
Give 1 to the dispersion of E with the jet u1, and give 15 at +50'c.
Minute 171, 'tjg poppy-cr = made fca last busy raised it & thing about 10 ym in length, about 0.7 t in diameter
The tip of en is pointed, and the tip of the letter ku is ~ yl of l or ta l'(&
+ Era Ha Teru Ki FIXIII! 1 city > 4B it
Gradually IVIi (
12th transmission e41c, open 15th, final product API tt
-＋ lko. Hese°＋? -L Qs I cause VC
The fluff has been fully opened, and it has colored raised hairs in terms of sieving degree, @KL flexibility, -1'# high quality, hair handling 4I [, tree property and appearance quality 1]. Excellent, anti-natural, comparable to +l'li grade mink fur +F11
) Piece of piece ``C, 7t0 and AF, ``Making'' two presses tl, pile and warping of yarn, ``jis weaving t'' Smoothly and without any trouble, 15 slags were cut, and after 71t. +S is also I
J: It's relatively easy to do 1t class and actually 1. It turns out that i+-54, which is 1-. AF,'s 3'Z seventh degree is fine hair (NIL)
l, 9 att) approx. 1 + 5 II IJ book/d,
The center t (about '+Od) is about 48 cJ pieces/r11. (Hook-shaped) Hair opening due to needle cloth, (1゛ Line-shaped psishire?
51114 fruits are sifted). However, the fluff's fluff is !p'', and it becomes 1 cloth G (by opening = B #J difficult. Opening hair gfj
It is preferable to use a ni r cutting agent (silicon compound, fluorine compound, etc.). However, after the woven fabric (l1if of 11, 1 + -1), after the base fabric 11 soi, 1 (raised tip processing 111), -t, when there is 1 other material, 1 IK I 1ull or ti can be done two or more times. Instead of pile yarn Y++ for comparison: il
Child 1"Y for i strong. Does not include (ry, + wood and y, 3 wood is one 7)) child 4', (ru yarn and similarly raised fabric 5C series 1; , 1 is ζ0, and the thread is cut by 1 tithe in the weaving process, so the old yarn is 1; 1.IJL is '+(/1(, and the weaving efficiency is
1 weave 4 tl) F) - Gender is also omitted. 111 stitches of base fabric by benzyl alcohol and heat treatment
II (rt rate V) approximately 52%, hk 14 product [
Chang, 11 degrees 1't I + 6/-11, S'), Kamimachi) - f (kl lit '1: about 8,400 pieces/cd, 30 pieces/t4 to the middle 11 hairs, a little X less,] - notes left b11
It must be of lower quality than the 5th case. For the length, for another comparison, use F (instead of Y11 yarn)
4 Y yarns and 12 Y2 yarns are mixed and twisted together) (Used for Iru type, cotton yarn 0 count/double yarn PεT spinning thread 11), (straight t/wax/kj 40/d In W Ifi! 4, the production of cut pile fabric CP, all J (Sta. CP, Care AF) is similar to 1 (removal of the reinforcing system, base collection with benzyl alcohol). , during the manufacturing process of the #4 product (comparative example) ΔF2 Zentoku Zensho AP, which was subjected to finishing processing, there was no problem. However, there were no problems with the #t product, but it may be due to the cotton opening due to the clothing or AF.
It was more difficult than in the case of , that a part of the fluff was cut off at LjJ and fell off. Flock density of A to °2 t to 43 / d, total 1
1-Rainbow has a fluff density of about 12,100/d, but the actual value is 105,007 cd, and the base fabric is ll (Ii!). 1. Example 2 Modified PET copolymerized with 5% PEG of Example 1 and nylon 6 were used as shown in Figure 3. Fitzment Y of 75d/14f was melt-spun, stretched, and heat treated (150°C) at a composite ratio of 4/1 (with nylon 6 as a radial layer) in a cross section of 75d/14f.
I got it. , Y5 was prepared in the same manner as ry in Example 1, except that one FM, in which fibrillation had partially progressed by giving weak crimping due to false twisting at a heater temperature of 180°C/200°C, was used in Example 1. Yarn Y, all 5 wood, same (F'Y, all 2 wood mixed, yarn Y obtained by combining and twisting (+00T/M), used for 1? pile yarn, T: same as CP1 of Example 1 A cut and rolled fabric CP was obtained. There were no troubles in the production of CP. Next, 4 finishing processes similar to AF in Example 1 were performed on CP, and a final product A was obtained.
F.? Obtained. The hair opening with the clothing during the finishing process of AF was also smooth. The quality and appearance of the AF were excellent, the same as the AF. The hair transplant density of 2AF3 is 16
0/d, fluff (1, Da) density: 11,200 wood/14, fine hair (50 dJ density: 480 pieces/cj).

[Brief explanation of the drawing]

Claims (1)

[Scope of Claims] (+l) (a) A cut and rolled fiber structure with flocked fibers, (b) Number of bundles (A) of fluff with a length of 5 txm or more, fineness U, and 5 to 5 d. is 10-85 trees, and (cH/hair density tB) is 100-1000 pieces rjr/c-d
and (d11i1 hair average fineness (Dl, average focusing, number (Δ)
and the product of flocking density (B) (DABJ is 5,000 to 51
It is 1.000 lines・d/d. A piloerection product characterized by: (2) Average length of fluff is 7 to 50, average fineness (Dl
o, 7-2d, average number of convergence (A) + 5-75 trees,
Hair planting density (B) + 5 n ~ 800 locations/i,
Average fineness, average number of bundled strands (product of Al and flocking density (DA)
B) is 8.000 to 50.000. The product according to claim @1, which is a book/a7'i. (5) The average length is at least 2 mm longer than the average length of the fluff.
The product according to claim 1, wherein the fineness of the fluff exceeds 5 d and the fluff density/flocking density is 03 to 6 wood/piece. Makitsugumasa 2-4[]/25mon, volume Rrt
The product according to claim 1, having a crimping ratio of PTI of 0.5 to 211%. (5) Contains fibers with a single yarn fineness of 0.5 to 5 d and/or multilayer fibers having fibrils of 0.5 to 5 d, l
Cotton with a hardness of 11.5 to 5 d "C, m medium thread and / father -" fibrils of 1 () to 80 wood 1 are used as pile threads and bundled and flocked, and as needed! A method for producing a raised product, characterized by reducing the hair loss by 1σ and reducing the flocking density from 100 to +00 +1 location/c+4 →t. (6) Flock density: 100 points/C-
fr, ilj, base fabric has a shrinkage rate of 20% or more! Convergence at 2; 1 V, η1 multiple density tlIO−+001) pieces rf'
6. The method according to claim 5, in particular in the range of 1) and 2.r/rd. (7) Multi-layer IQ in the finishing process
'rll nruf! rII' i! +'+water range 5th
The method described in section. (8) ・(The method according to claim 5, in which the pile fibers are adhesively reinforced by applying a glue, and the napping glue is removed by post-processing. (9) Pile fibers The method according to claim 5, wherein the method comprises reinforcing fibers and/or multilayer fibers having reinforcing components, and the reinforcing fibers and/or reinforcing components are removed by post-processing.