JPH06299451A - Prodcuction of recovered wool product - Google Patents
Prodcuction of recovered wool productInfo
- Publication number
- JPH06299451A JPH06299451A JP10993193A JP10993193A JPH06299451A JP H06299451 A JPH06299451 A JP H06299451A JP 10993193 A JP10993193 A JP 10993193A JP 10993193 A JP10993193 A JP 10993193A JP H06299451 A JPH06299451 A JP H06299451A
- Authority
- JP
- Japan
- Prior art keywords
- defibration
- opening
- preliminary
- rate
- defibrating
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Nonwoven Fabrics (AREA)
Abstract
Description
【0001】[0001]
【産業上の利用分野】この発明は反毛品の製造方法に関
し、特には、従来反毛材料として使用されなかった解繊
率の低い繊維材料または合成樹脂発泡体の裏打ち層を含
む繊維材料を使用して反毛品を製造する方法に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for producing anti-wool articles, and more particularly to a fibrous material having a low defibration rate or a fibrous material containing a synthetic resin foam backing layer, which has not been conventionally used as an anti-wool material. It relates to a method for producing anti-wool articles.
【0002】[0002]
【従来の技術】従来から、古着やぼろ布あるいは布切れ
等の繊維材料を解繊して綿状の反毛品を製造することが
行われている。このようにして得られた反毛品はフェル
ト等に使用される。2. Description of the Related Art Conventionally, it has been practiced to defibrate fiber materials such as used clothes, rags, and pieces of cloth to produce cotton-like anti-wool articles. The anti-wool product thus obtained is used for felt or the like.
【0003】従来のこの種反毛材料としては、化学繊
維、綿、ウール、麻など各種の繊維材料が使用される
が、しかしながら、繊維長の短いモケットあるいは解繊
時に短く切れやすいトリコット等の解繊率の低い繊維材
料は、解繊が困難で反毛材料として使用されなかった。Various kinds of fiber materials such as chemical fiber, cotton, wool, and hemp are used as the conventional anti-wool material, however, however, such as moquette having a short fiber length or tricot which is short and easy to be cut at the time of defibration. A fiber material having a low fineness was difficult to be defibrated and was not used as a fluff material.
【0004】しかるに、近年、資源のリサイクル化等の
要請が強まり、できるだけ広い範囲の繊維材料の再利用
化が望まれている。また、例えば自動車用座席シート等
にあっては、モケット等の繊維材料に合成樹脂発泡層が
裏打ちされた、いわゆるフレームラミネート繊維製品が
多用されているが、これらの合成樹脂発泡体の裏打ち層
を有する繊維製品のリサイクル化も急務である。In recent years, however, demands for recycling of resources have increased, and it has been desired to reuse fiber materials in as wide a range as possible. Further, for example, in automobile seats and the like, so-called frame laminated fiber products in which a synthetic resin foam layer is lined with a fibrous material such as a moquette are often used, but a backing layer of these synthetic resin foams is used. It is also an urgent task to recycle the textile products we have.
【0005】[0005]
【発明が解決しようとする課題】本発明者は、このよう
な状況に鑑みて、従来反毛材料として使用されなかった
繊維長の短いまたは解繊時に短く切れやすいモケットあ
るいはトリコット等の解繊率の低い繊維材料、さらに自
動車の内装品材料として多用されているが再利用される
ことのなかった合成樹脂発泡体の裏打ち層を有する繊維
材料を、効果的に解繊して反毛品として利用することが
できる新規な製造方法を提案しようとするものである。DISCLOSURE OF THE INVENTION In view of the above situation, the present inventor has found that the defibration rate of moquette or tricot, which has not been conventionally used as a fluff material, has a short fiber length or is easily cut during defibration. Low fibrous material, and a fibrous material with a synthetic resin foam lining layer that has been widely used as an interior material for automobiles but has not been reused, and is effectively defibrated to be used as an anti-fluffing product. It is intended to propose a new manufacturing method that can be performed.
【0006】[0006]
【課題を解決するための手段】すなわち、この発明は、
繊維長の短い繊維または解繊時に短く切断されやすい繊
維を含む第1材料を使用して反毛品を製造する方法であ
って、前記第1材料を所定大きさに切断して解繊機によ
って、一定の解繊率に予備解繊する第1材料予備解繊工
程と、通常の反毛材料からなる第2材料を所定大きさに
切断して解繊機によって前記第1材料と略同等の解繊率
まで予備解繊する第2材料予備解繊工程と、前記第1材
料予備解繊工程および第2材料予備解繊工程によって略
同等の解繊率に解繊された第1材料および第2材料を混
合して混合解繊する混合解繊工程とからなることを特徴
とする。That is, the present invention is
A method for producing an anti-wool article using a first material containing a fiber having a short fiber length or a fiber which is short and easily cut during defibration, wherein the first material is cut into a predetermined size by a defibration machine, First material preliminary defibration step for pre-defibration at a constant defibration rate, and defibration that is approximately the same as the first material by a defibration machine by cutting a second material composed of normal fluff material into a predetermined size Second material preliminary defibration step for pre-defibration to a predetermined rate, and the first material and second material defibrated by the first material preliminary defibration step and the second material preliminary defibration step to substantially the same defibration rate And a mixed defibration step of mixing and defibrating the mixture.
【0007】[0007]
【実施例】以下添付の図面に従ってこの発明の実施例を
説明する。図1はこの発明による反毛品の製造方法の一
例を示す全体工程図、図2はその材料定量送り装置の概
略断面図、図3は同じくその解繊装置を示す断面図、図
4はその要部の拡大断面図、図5は混合部の断面図であ
る。Embodiments of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is an overall process diagram showing an example of a method for producing anti-wool products according to the present invention, FIG. 2 is a schematic cross-sectional view of a material quantitative feeding device, FIG. 3 is a cross-sectional view showing the defibrating device, and FIG. FIG. 5 is an enlarged cross-sectional view of the main part, and FIG. 5 is a cross-sectional view of the mixing part.
【0008】この発明は、前述したように、従来反毛材
料として使用されなかったモケットあるいはトリコット
等の繊維材料、あるいは自動車の内装品材料として多用
されているが再利用されることのなかった合成樹脂発泡
体の裏打ち層を有する繊維材料を、効果的に解繊して反
毛品となす方法に係る。すなわち、これらの繊維材料は
繊維長が短くまた解繊時に短く切れやすいので、従来使
用されている通常の反毛材料に比して解繊率が低く、従
来の通常の方法では、ほこり状の微細片となって、反毛
品として使用できないばかりか、解繊機および周辺設備
のつまりや各種トラブルの因となるばかりであった。As described above, the present invention is widely used as a fiber material such as a moquette or tricot that has not been conventionally used as a fluff material, or as a material for interior parts of automobiles, but has never been reused. The present invention relates to a method for effectively defibrating a fibrous material having a resin foam lining layer into a fluffy product. That is, since these fiber materials have a short fiber length and tend to be cut short at the time of defibration, the defibration rate is low as compared with the conventionally used fluff material, and in the conventional ordinary method, the It became a fine piece and could not be used as an anti-wool product, and it was a cause of clogging of the defibrating machine and peripheral equipment and various troubles.
【0009】この発明では、このような解繊率の低い繊
維材料を含むものを第1材料として、従来使用している
第2材料と混合することによって、効果的な反毛製品を
得るものであって、第1材料予備解繊工程と、第2材料
予備解繊工程と、混合解繊工程よりなる。以下、図とと
もに詳細に説明する。According to the present invention, an effective anti-wool product can be obtained by mixing a material containing such a fiber material having a low defibration rate as a first material and a second material which has been conventionally used. Therefore, it comprises a first material preliminary defibration step, a second material preliminary defibration step, and a mixed defibration step. The details will be described below with reference to the drawings.
【0010】図1はこの発明による反毛品の製造方法の
一例を示す全体工程図である。まず、解繊率の低い繊維
材料を含む第1材料Sの予備解繊工程について説明す
る。図1の工程図のうち右側列に示した第1材料Sは、
従来公知のロータリカッタ11等によって、概ね5〜1
0cm角程度(形状は不定)の大きさに切断された後、
ファンFによって一旦材料タンク12に送り込まれる。FIG. 1 is an overall process diagram showing an example of a method for manufacturing a refurbished article according to the present invention. First, the preliminary defibration step of the first material S containing a fiber material having a low defibration rate will be described. The first material S shown in the right column of the process chart of FIG.
With a conventionally known rotary cutter 11 or the like, it is approximately 5 to 1
After being cut to a size of about 0 cm square (the shape is indefinite),
The material is once sent to the material tank 12 by the fan F.
【0011】材料タンク12に一旦収納された第1材料
Sの切断片Saは、ファンFによって適宜材料定量供給
装置13へ空気輸送される。図の符号14は切替弁装置
で、15は戻りダクトである。材料定量供給装置13
は、図2に図示したように、タンク部60およびホッパ
部61ならびに供給ダクト62を有し、タンク部60内
の材料を移動羽根部材63によってコンベア64に送
り、該コンベア64を介してホッパ部61に送り込む。
このコンベア64のコンベア速度によって所定量の材料
を供給することができる。符号65は材料落としロー
ル、66は材料の絡み取り兼分量調整ロールである。The cut pieces Sa of the first material S once stored in the material tank 12 are appropriately pneumatically transported to the material quantitative supply device 13 by the fan F. Reference numeral 14 in the drawing is a switching valve device, and 15 is a return duct. Material quantitative supply device 13
As shown in FIG. 2, it has a tank portion 60, a hopper portion 61, and a supply duct 62. The material in the tank portion 60 is sent to a conveyor 64 by a moving blade member 63, and the hopper portion is passed through the conveyor 64. Send to 61.
A predetermined amount of material can be supplied by the conveyor speed of the conveyor 64. Reference numeral 65 is a material dropping roll, and 66 is a material entanglement / quantity adjusting roll.
【0012】材料定量供給装置13からの第1材料Sの
切断片Saは、ファンFによって供給ダクト62から予
備解繊装置20に送られ、ここで一定の解繊率に予備解
繊される。この予備解繊装置20は、解繊率の低い第1
材料の切断片Saを解繊機21によって予備的に(つま
り完全にではなく)解繊するものであって、当該材料S
aを解繊機21に一回ないし数回通過することによって
行なわれる。The cut piece Sa of the first material S from the material quantitative supply device 13 is sent from the supply duct 62 to the preliminary defibration device 20 by the fan F, and is pre-defibrated to a predetermined defibration rate here. This preliminary defibration device 20 has a first defibration rate that is low.
The material Sa is to be preliminarily (ie, not completely) defibrated by the defibration machine 21 for the cut pieces Sa of the material.
It is carried out by passing a through the defibrating machine 21 once or several times.
【0013】ここで、解繊装置20について説明する
と、図3に示すように、解繊装置20は解繊機21が一
または複数連結されて構成されている。この解繊機は、
基本的には、円周面に多数の爪部71を突設した解繊ド
ラム70と、材料をスプリング73等の一定の圧力でつ
かみながら回転するつかみロール72からなる。繊維材
料の切断片Saは、つかみロール72によってつかまれ
ながら解繊ドラム70の爪部71に引張られ引き裂かれ
て糸状に細かく砕片化され、これを繰り返すことによっ
て最終的に綿状に形成されていく。Here, the defibrating device 20 will be described. As shown in FIG. 3, the defibrating device 20 is constructed by connecting one or more defibrating machines 21. This defibrator is
Basically, it consists of a defibrating drum 70 having a large number of claws 71 projecting from its circumferential surface, and a gripping roll 72 that rotates while gripping the material with a constant pressure such as a spring 73. The cut piece Sa of the fibrous material is pulled by the claw portion 71 of the defibrating drum 70 while being gripped by the gripping roll 72, is torn, and is finely crushed into thread-like pieces. By repeating this, it is finally formed into a cotton-like shape. .
【0014】なお、図3の右側に示したように、編籠形
状の圧縮ドラム74によって材料を圧縮し、これを木製
の角型形状の押えロール75によって押えつつ送りロー
ル76に送り、この送りロール76から前記のつかみロ
ール72に材料を送り込むようにすると、解繊ドラム7
0のつまりやスリップが防止され、効果的な解繊を行な
うことができる。つかみロール72および押えロール7
5はスプライン歯形状を有する。また、図4に示すよう
に、押えロール75、送りロール76、つかみロール7
2の各ロール径を、この順に小さくなるように構成する
と、材料の安定供給が可能となりつまり等のトラブルが
減少して解繊効果および効率が上がる。図3において、
符号67は供給ダクトの吐出口、69は材料を解繊機に
送り込むコンベア、77は各解繊機の送りコンベア、7
8はリターンダクト、79は切替弁である。As shown on the right side of FIG. 3, the material is compressed by the knitting basket-shaped compression drum 74, and is sent to the feed roll 76 while being held by the wooden square-shaped press roll 75. When the material is fed from the roll 76 to the gripping roll 72, the defibrating drum 7
Clogs and slips of 0 are prevented, and effective defibration can be performed. Grab roll 72 and press roll 7
5 has a spline tooth shape. Further, as shown in FIG. 4, the press roll 75, the feed roll 76, the grip roll 7
If the roll diameters of No. 2 are made smaller in this order, stable supply of the material becomes possible, and troubles such as clogging are reduced and the defibration effect and efficiency are improved. In FIG.
Reference numeral 67 is a discharge port of the supply duct, 69 is a conveyor for feeding the material to the defibrating machine, 77 is a feed conveyor for each defibrating machine, 7
Reference numeral 8 is a return duct, and 79 is a switching valve.
【0015】次に、通常の反毛材料からなる第2材料N
の予備解繊工程について説明する。この第2材料Nと
は、従来からこの種反毛製品の材料として使用されてい
るもので、この発明では、前記の解繊率の低い第1材料
Sのつなぎ材として使用される。Next, the second material N made of a normal anti-wool material.
The preliminary defibration step of will be described. The second material N has been conventionally used as a material for this kind of anti-wool product, and is used as a binder for the first material S having a low defibration rate in the present invention.
【0016】図1の工程図のうち左側列に示した第2材
料Nは、前記した第1材料Sと同様に、従来公知のロー
タリカッタ31等によって、概ね5〜10cm角程度
(形状は不定)の大きさに切断された後、ファンFによ
って一旦材料タンク32に送り込まれる。そして、材料
タンク12内の第2材料Nの切断片Naは、ファンFに
よって適宜材料定量供給装置33へ空気輸送される。図
の符号34は切替弁装置で、35は戻りダクトである。The second material N shown in the left column of the process diagram of FIG. 1 is approximately 5 to 10 cm square (the shape is indefinite) by the conventionally known rotary cutter 31, etc., like the first material S described above. After being cut into a size of), the material is once fed into the material tank 32 by the fan F. Then, the cut pieces Na of the second material N in the material tank 12 are appropriately pneumatically transported to the material quantitative supply device 33 by the fan F. Reference numeral 34 in the drawing is a switching valve device, and 35 is a return duct.
【0017】材料定量供給装置33の構成は、第1材料
Sについて図2で説明した材料定量供給装置13と同様
である。この第2材料Nについても、その所定量をコン
ベア64のコンベア速度によって供給することができ
る。従って、第1材料Sの材料定量供給装置13におけ
るコンベア速度と、第2材料Nの材料定量供給装置33
におけるコンベア速度とをしかるべくコントロールする
ことによって、第1材料Sと第2材料Nとの混合比率を
制御することができるのである。The structure of the material constant amount supply device 33 is the same as that of the material constant amount supply device 13 described for the first material S in FIG. A predetermined amount of the second material N can also be supplied at the conveyor speed of the conveyor 64. Therefore, the conveyor speed in the material quantitative supply device 13 for the first material S and the material quantitative supply device 33 for the second material N
It is possible to control the mixing ratio of the first material S and the second material N by appropriately controlling the conveyor speed in.
【0018】第2材料Nの切断片Naは、材料定量供給
装置33からファンFによってその予備解繊装置40に
送られ、ここで前記の第1材料Sの予備解繊率とほぼ同
等の解繊率まで予備解繊される。第2材料Nは、前記の
第1材料Sに比して解繊率が高い(つまり解繊しにく
い)ものであるから、第1材料Sの予備解繊率とほぼ同
等の解繊率まで予備解繊するためには、数次の解繊機4
1,42,43,44,45,46によって解繊が繰り
返される。この第2材料Nの予備解繊装置40における
各解繊機の構成は、前記した第1材料Sの解繊機につい
て図3および図4とともに説明した所と同様であるの
で、説明を省略する。The cut pieces Na of the second material N are sent from the material constant amount supply device 33 to the preliminary defibration device 40 by the fan F, where the defibration ratio of the first material S is almost equal to the defibration ratio. Pre-defibration is performed up to the fineness. Since the second material N has a higher defibration rate than the first material S (that is, it is difficult to defibrate), the second material N has a defibration rate almost equal to the preliminary defibration rate of the first material S. In order to carry out preliminary defibration, defibration machine 4 of several orders
The disentanglement is repeated by 1, 42, 43, 44, 45, 46. The configuration of each defibrating machine in the preliminary defibrating device 40 for the second material N is the same as that of the defibrating machine for the first material S described above with reference to FIGS.
【0019】このように、第1材料予備解繊工程および
第2材料予備解繊工程によって略同等の解繊率に解繊さ
れた第1材料S(Sb)および第2材料N(Nb)は、
次いで、図1のように、各ファンFによって、混合部5
0へ空気輸送される。図5は、この混合部の断面図で、
予備解繊された第1材料Sbおよび第2材料Nbは、混
合部50の混合バルブ54で合流され、ホッパ55内に
導入される。ホッパ55にはコンベア56が装置されて
いて、ホッパ55内の第1材料Sbおよび第2材料Nb
を次工程へ移送する。図5の符号57はコロコンベア
で、58はラバーガイドである。As described above, the first material S (Sb) and the second material N (Nb) defibrated by the first material preliminary defibration step and the second material preliminary defibration step to substantially the same defibration rate are ,
Then, as shown in FIG.
Pneumatically transported to 0. FIG. 5 is a cross-sectional view of this mixing section,
The first material Sb and the second material Nb that have been pre-defibrated are merged by the mixing valve 54 of the mixing section 50 and introduced into the hopper 55. A conveyor 56 is installed in the hopper 55, and the first material Sb and the second material Nb in the hopper 55 are installed.
Is transferred to the next step. Reference numeral 57 in FIG. 5 is a roller conveyor, and 58 is a rubber guide.
【0020】前記混合部50で合流された第1材料Sb
および第2材料Nbは、次いで、混合解繊装置51へ移
送されて、ここで混合解繊される。混合解繊装置51
は、前記した各予備解繊工程によって略同等の解繊率に
解繊された第1材料S(Sb)および第2材料N(N
b)を混合して、最終的な反毛品となるまで解繊するも
ので、一または複数の解繊機52,53によってなされ
る。The first material Sb merged in the mixing section 50
Then, the second material Nb is transferred to the mixing and defibrating device 51 where it is mixed and defibrated. Mixing and disintegrating device 51
Is the first material S (Sb) and the second material N (N) that have been defibrated by the preliminary defibration steps to have substantially the same defibration rate.
b) is mixed and defibrated until a final anti-wool product is obtained, which is performed by one or a plurality of defibrating machines 52 and 53.
【0021】混合解繊装置51で用いられる各解繊機5
2,53の構成は、前記した第1材料Sの解繊機につい
て図3および図4とともに説明したものと同様である。
この混合解繊装置51によって、予備解繊された第1材
料Sbおよび第2材料Nbは、混合攪拌されつつ最終的
に解繊され、第1材料および第2材料の混合解繊品Mx
となる。図1の符号59は混合解繊品Mxの圧縮袋詰め
装置である。Each defibrating machine 5 used in the mixed defibrating device 51
The configurations of 2, 53 are the same as those described with reference to FIGS. 3 and 4 for the defibrator of the first material S described above.
By this mixing and defibrating device 51, the first material Sb and the second material Nb preliminarily defibrated are finally defibrated while being mixed and stirred, and a mixed defibrated product Mx of the first material and the second material is obtained.
Becomes Reference numeral 59 in FIG. 1 denotes a compression bagging device for the mixed defibrated product Mx.
【0022】なお、第1材料と第2材料との混合比率
は、この方法によれば重量比で半々から6対4ぐらいま
では、従来の反毛品と同等のものが得られ、物性上もほ
とんど問題がないことがわかった。According to this method, the mixing ratio of the first material and the second material is about half to about 6 to 4 by weight, and the same thing as that of the conventional anti-hair product can be obtained. It turned out that there was almost no problem.
【0023】[0023]
【発明の効果】以上図示し説明したように、この発明に
よれば、通常の反毛材料に比して低い解繊率の繊維材料
を含む第1材料と、通常の反毛材料からなる第2材料と
を、それぞれの解繊率に応じて、両材料が略同等の解繊
率となるように、別個に予備解繊し、この予備解繊され
た第1材料と第2材料を混合して再度解繊して最終的な
反毛品となすようにしたものであるから、従来反毛材料
として使用されなかったあるいは使用できなかった材料
についても、効果的な再利用が可能となった。As shown and described above, according to the present invention, a first material containing a fiber material having a defibration rate lower than that of an ordinary fluff material and a normal fluff material are used. The two materials are separately defibrated according to their defibration rates so that the two materials have substantially the same defibration rate, and the pre-defibrated first and second materials are mixed. Since it is defibrated again to form the final anti-wool product, it is possible to effectively reuse materials that were not or could not be used as conventional anti-wool materials. It was
【0024】特に、解繊率の低い第1材料をその解繊率
に応じて独立して予備解繊することによって、解繊のし
すぎによるホコリの発生を防ぎ、また、第1材料と略同
等の解繊率まで予備解繊した第2材料と混合解繊するこ
とによって、第2材料がつなぎ材となって効果的な解繊
ができるようになった。Particularly, by preliminarily defibrating the first material having a low defibration rate independently according to the defibration rate, generation of dust due to excessive defibration is prevented, and the first material is substantially By performing mixed defibration with the second material preliminarily defibrated to the same defibration rate, the second material became a binder and effective defibration became possible.
【0025】また、この発明によれば、従来再利用され
ることがなかった合成樹脂発泡体の裏打ち層を有する繊
維材料も、該発泡体ともども細分化して反毛品として利
用することができ、資源の再利用化に大きく寄与するこ
とができるようになった。Further, according to the present invention, a fibrous material having a synthetic resin foam backing layer, which has not been reused in the past, can be subdivided together with the foam and used as an anti-hair product. It has become possible to greatly contribute to the reuse of resources.
【図1】この発明による反毛品の製造方法の一例を示す
全体工程図である。FIG. 1 is an overall process diagram showing an example of a method for manufacturing a refurbished article according to the present invention.
【図2】その材料定量送り装置の概略断面図である。FIG. 2 is a schematic cross-sectional view of the material constant quantity feeding device.
【図3】同じくその解繊装置を示す断面図である。FIG. 3 is a sectional view showing the defibrating device of the same.
【図4】その要部の拡大断面図である。FIG. 4 is an enlarged cross-sectional view of the main part.
【図5】混合部の断面図である。FIG. 5 is a cross-sectional view of a mixing unit.
11 カッタ 12 材料タンク 13 材料定量供給装置 20 予備解繊装置 32 材料タンク 33 材料定量供給装置 40 予備解繊装置 50 混合部 51 混合解繊装置 59 袋詰め装置 64 供給コンベア 70 解繊ドラム 72 つかみロール 74 圧縮ドラム 75 押えロール 76 送りロール S 第1材料 N 第2材料 11 cutter 12 material tank 13 material quantitative supply device 20 preliminary defibration device 32 material tank 33 material quantitative supply device 40 preliminary defibration device 50 mixing section 51 mixing defibration device 59 bagging device 64 supply conveyor 70 defibration drum 72 gripping roll 74 compression drum 75 pressing roll 76 feeding roll S first material N second material
Claims (3)
断されやすい繊維を含む第1材料を使用して反毛品を製
造する方法であって、 前記第1材料を所定大きさに切断して解繊機によって、
一定の解繊率に予備解繊する第1材料予備解繊工程と、 通常の反毛材料からなる第2材料を所定大きさに切断し
て解繊機によって前記第1材料と略同等の解繊率まで予
備解繊する第2材料予備解繊工程と、 前記第1材料予備解繊工程および第2材料予備解繊工程
によって略同等の解繊率に解繊された第1材料および第
2材料を混合して混合解繊する混合解繊工程とからなる
ことを特徴とする反毛品の製造方法。1. A method for producing a fluffy article using a first material containing fibers having a short fiber length or fibers that are short and easily cut during defibration, wherein the first material is cut into a predetermined size. By the defibration machine,
A first material preliminary defibration step of pre-defibration to a constant defibration rate, and a defibration device that cuts a second material, which is a normal fluff material, to a predetermined size and then uses a defibrating machine to substantially equalize the first material Second material preliminary defibration step of preliminary defibration to a predetermined rate, and first and second materials defibrated by the first material preliminary defibration step and the second material preliminary defibration step to substantially the same defibration rate A method for producing anti-wool articles, which comprises:
発泡体の裏打ち層を含む材料からなる反毛品の製造方
法。2. The method for manufacturing a fluff article according to claim 1, wherein the first material is a material including a backing layer of a synthetic resin foam.
第1材料および第2材料が所定分量比率で混合されるよ
うに、それらの予備解繊工程に所定分量の材料を送入す
る工程を含む反毛品の製造方法。3. The method according to claim 1, wherein
A method for manufacturing a fluffy article, which comprises a step of feeding a predetermined amount of material into the preliminary defibration process so that the first material and the second material are mixed in a predetermined proportion.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP10993193A JP3190167B2 (en) | 1993-04-12 | 1993-04-12 | Anti-hair product manufacturing method |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP10993193A JP3190167B2 (en) | 1993-04-12 | 1993-04-12 | Anti-hair product manufacturing method |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH06299451A true JPH06299451A (en) | 1994-10-25 |
JP3190167B2 JP3190167B2 (en) | 2001-07-23 |
Family
ID=14522745
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP10993193A Expired - Fee Related JP3190167B2 (en) | 1993-04-12 | 1993-04-12 | Anti-hair product manufacturing method |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP3190167B2 (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2002129460A (en) * | 2000-10-23 | 2002-05-09 | Tosco Co Ltd | Method for roughly opening inorganic staple fiber and apparatus for rough opening |
-
1993
- 1993-04-12 JP JP10993193A patent/JP3190167B2/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2002129460A (en) * | 2000-10-23 | 2002-05-09 | Tosco Co Ltd | Method for roughly opening inorganic staple fiber and apparatus for rough opening |
Also Published As
Publication number | Publication date |
---|---|
JP3190167B2 (en) | 2001-07-23 |
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