JP3114389U - Cool clothing using polyphenylene sulfide monofilament yarn - Google Patents

Cool clothing using polyphenylene sulfide monofilament yarn Download PDF

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JP3114389U
JP3114389U JP2005005186U JP2005005186U JP3114389U JP 3114389 U JP3114389 U JP 3114389U JP 2005005186 U JP2005005186 U JP 2005005186U JP 2005005186 U JP2005005186 U JP 2005005186U JP 3114389 U JP3114389 U JP 3114389U
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garment
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正明 古田
敏彦 板津
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Aichi Prefecture
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Abstract

【課題】夏季に高い清涼効果があり、着心地良く、ファッション性に優れ、取り扱いやすいという条件すべてを満たす衣服を提供する。
【解決手段】ポリフェニレンサルファイドモノフィラメント2糸を使用したハリ・コシのある編織物1を縫製副資材として用い、身体と表地との間隔を空けて、衣服内換気を促進し、また表地から身体への熱伝達を低下させ、さらに首筋から両肩にかけて衣服重量が分散してかかるような衣服構造にすることで、高い清涼効果があり、着心地良く身体の動きに合わせて衣服内換気を促進できる衣服。3は、肩パット形状のスポンジ素材である。
【選択図】図1
[PROBLEMS] To provide a garment that satisfies all the conditions of having a high cooling effect in summer, being comfortable, excellent in fashionability and easy to handle.
SOLUTION: A knitted woven fabric 1 using two polyphenylene sulfide monofilament yarns is used as an auxiliary material for sewing, and a space between the body and the outer surface is provided to promote ventilation in the clothes, and from the outer surface to the body. A garment structure that reduces heat transfer and further disperses the weight of clothing from the neck to both shoulders, and has a high cooling effect. . 3 is a shoulder pad-shaped sponge material.
[Selection] Figure 1

Description

本考案は、衣服内換気を促進させるとともに表地から身体への熱伝達を低下させる構造とした衣服に関するものである。 The present invention relates to a garment having a structure that promotes ventilation in the garment and reduces heat transfer from the outer surface to the body.

高温多湿の日本では、高齢者の増加、環境保護などの社会的背景もあり、身体を涼しく保つ機能の衣服開発が求められている。真夏に屋外を歩いたり、作業する人にとって、ビル冷房の熱風排気や道路の照り返しは厳しく、また体温調節機能の衰えた高齢者にとっても、こうした機能衣服が必要となっている。 In Japan, which is hot and humid, there is a demand for the development of clothing that keeps the body cool due to social backgrounds such as an increase in the elderly and environmental protection. For those who walk or work outdoors in midsummer, hot air exhaust from the building cooling and the reflection of the road are severe, and these functional clothes are also necessary for the elderly with weak body temperature regulation.

しかし成熟化した消費ニーズに対応するためには、機能性とともにファッション性に優れた衣服でなければならない。 However, in order to meet mature consumer needs, it must be a fashionable and fashionable garment.

このような中で、涼しさを追求した衣服としては、次のようなものがある。 Under such circumstances, there are the following items as clothing pursuing coolness.

肩と胴に通気性の高いメッシュ地を表地として用いて、風通しを良くした衣
服構造で清涼効果をねらったものがあるが、肌が透けて見えるためテーラード(仕立て風)の衣料に適さず、またファッション衣料として用いる際にデザイン面の制約がある(特許文献1)。
There is a breathable mesh structure on the shoulders and torso as the outer material, and there is something that aims for a refreshing effect with a well-ventilated clothing structure, but it is not suitable for tailored clothing because the skin can be seen through, In addition, there is a design limitation when used as fashion clothing (Patent Document 1).

汗ばむ状況で、べたつかない、ムレない、良い肌触りをねらったセルロース、ポリウレタン等の繊維を組み合わせ、構造を工夫した表地があるが、汗ばんだ状況で効果を発揮するが、発汗に至るまでは高い清涼効果が得られない(特許文献2)。 In sweaty conditions, there is a surface that has been devised with a combination of fibers such as cellulose, polyurethane, etc. that are not sticky, stuffy, and good touch, but it is effective in sweaty conditions, but it is cool until sweating An effect is not acquired (patent document 2).

紫外線吸収剤を含有する複合繊維からなる細幅テープ状物を多段に重ねた構造の表地を用いた衣料があるが、多段に重ねることで表面形状が凹凸となるためテーラードの衣料に適さず、ファッション衣料として用いる際にもデザイン面の制約がある(特許文献3)。
実用新案3058060号 特開平9-324313号 特開平5-148703号
Although there is clothing using a surface material with a structure in which narrow tapes made of composite fibers containing UV absorbers are stacked in multiple stages, the surface shape becomes uneven by stacking in multiple stages, so it is not suitable for tailored clothing, There are restrictions on the design when used as fashion clothing (Patent Document 3).
Utility model 3058060 JP-A-9-324313 JP 5-148703

このように、これまで高い清涼効果があり、着心地良く、ファッション性に優れ、取り扱いやすいといった条件すべてを満たす衣服は得られていない。 Thus, until now, no garment has been obtained that has a high cooling effect, is comfortable to wear, is fashionable, and is easy to handle.

解決しようとする問題点は、衣服内換気を促進させる構造にして、夏季に高い清涼効果があり、着心地良く、ファッション性に優れ、取り扱いやすいという条件を満たすことである。 The problem to be solved is to make it a structure that promotes ventilation in clothes, satisfying the condition that it has a high cooling effect in summer, is comfortable, fashionable, and easy to handle.

本考案はポリフェニレンサルファイド(以下PPS)モノフィラメント糸を使用したハリ・コシがあり通気性の非常に高い編織物(以下特殊編織物)を縫製副資材として用いて、身体と表地との間隔を空けて、身体の動きに合わせて衣服内換気を促進できる衣服構造とすることを主要な特徴とする。 The present invention uses a knitted fabric (hereinafter referred to as a special knitted fabric) that uses polyphenylene sulfide (PPS) monofilament yarn and has a very high breathability as a secondary material for sewing, with a gap between the body and the outer material. The main feature is to have a garment structure that can promote ventilation in the clothes according to the movement of the body.

本考案の衣服は、衣服内換気を促進し、また表地から身体への熱伝達を低下させ、首筋から両肩にかけて衣服重量が分散してかかるような衣服構造にすることで、高い清涼効果があり、着心地良く、ファッション性に優れ、取り扱いやすいといった条件すべてを満たすものである。 The garment of the present invention promotes ventilation in the garment, reduces heat transfer from the outer surface to the body, and has a garment structure in which the weight of the garment is distributed from the neck to both shoulders. Yes, it meets all the conditions of comfort, good fashion, and easy handling.

通気性の高い表地を用い、前身頃から後身頃まで一体となった特殊編織物で、市販の通気性の高いスポンジ状フィルター素材(スポンジの穴径2〜5mm、厚さ7mm、193g/cm2、以下スポンジ素材)から成る左右肩パットを挟んで縫合したものを胸部においては胸増芯として、背中部は肩のやや下まで用い、そのハリ・コシにより身体と表地との間隔を拡げるとともに、身体の動きに合わせて衣服形状が変形しやすいようにし、衣服内換気を促進させる。 A specially knitted woven fabric with a breathable outer material integrated from the front to the back, and a commercially available highly breathable sponge-like filter material (sponge hole diameter 2-5mm, thickness 7mm, 193g / cm 2 In the chest, what is stitched between the left and right shoulder pads made of sponge material), the back part is used to slightly below the shoulder, and the gap between the body and the outer surface is widened by its elasticity, The shape of the clothes is easily deformed according to the movement of the body, and ventilation in the clothes is promoted.

また、左右増芯と特殊編織物とを繋ぐように縫合し、首筋から両肩の表地を身体から持ち上げるようにして間隔を空けるとともに、首筋から両肩にかけて衣服重量が分散してかかるようにする。 In addition, stitches are made so that the right and left cores are connected to the special knitted fabric, and the outer material of the shoulders is lifted from the neck and spaced from the body, and the clothes weight is spread from the neck to both shoulders. .

具体的には、図1に示すように、前身頃から後身頃まで一体となった特殊編織物(1)2枚で、スポンジ素材製の左右肩パット(3)を挟んで縫合することで左右胸増芯としても用い、そのハリ・コシにより身体と表地との間隔を拡げるとともに、身体の動きに合わせて衣服形状が変形しやすいようにして衣服内換気を促進させる。この特殊編織物にはPPSモノフィラメント糸(2)を用いている。 Specifically, as shown in Fig. 1, two special knitted fabrics (1) integrated from the front to the back are sewn with a sponge material left and right shoulder pad (3) sandwiched between them. It is also used as a breast core, and the space between the body and the outer surface is widened by its elasticity, and ventilation in the clothes is promoted by making the shape of the clothes easily deform according to the movement of the body. A PPS monofilament yarn (2) is used for this special knitted fabric.

また首周辺部にも特殊編織物(1)を用い、スポンジ素材製左右肩パット(3)を挟んで縫合した胸増芯とを繋ぐように縫合し、首筋から両肩の表地を身体から持ち上げるようにして間隔を空けるとともに、首筋から両肩にかけて衣服重量が分散してかかるようにする。 In addition, a special knitted fabric (1) is also used around the neck, and it is sewn so as to connect the breast cores that are sewn with the left and right shoulder pads (3) made of sponge material. In this way, the clothes are spaced apart and the clothing weight is distributed from the neck to both shoulders.

また図2に示すように、首周辺部に用いる特殊編織物の代わりに、特殊編織物(1)2枚で細い角柱状のスポンジ素材(4)を挟んで縫合したものを用いることもできる。縫製品の外観を良好に保つことが課題となるが、首周辺部の表地は身体からさらに持ち上がり、身体と表地との間隔が大きくなり、清涼効果は増加する。 Further, as shown in FIG. 2, instead of the special knitted fabric used for the neck peripheral portion, two special knitted fabrics (1) stitched with a thin prismatic sponge material (4) sandwiched between them can be used. Maintaining the appearance of the sewn product is a problem, but the outer surface of the neck area is further lifted from the body, the distance between the body and the outer surface is increased, and the refreshing effect is increased.

上記衣服構造で通気性の良い表地と裏地を用いると、図3に示すように身体を動かしたり微風が吹いたりすることで、衣服内換気が促進される。また直射日光のあたる戸外においても、温度上昇した表地の熱が伝わりにくくなり、涼しさが実現でき、着心地も良好となる。 When the outer structure and lining with good air permeability are used in the clothes structure, ventilation in the clothes is promoted by moving the body or blowing a breeze as shown in FIG. In addition, it is difficult to transmit heat from the outer surface where the temperature has risen even in the outdoors exposed to direct sunlight, so that coolness can be realized and comfort is also good.

PPS樹脂チップを原料として、試験用熱溶融紡糸機を用い、350デニールと483デニールのモノフィラメントを紡糸した。 Using a PPS resin chip as a raw material, 350 denier and 483 denier monofilaments were spun using a test hot melt spinning machine.

PPSモノフィラメント糸はこれまで衣料用には用いられていないもので、粘り強い硬さと弾力性、耐薬品性を特徴とし、主に産業資材用としてブラシ素材、フィルター素材に用いられている。PPSモノフィラメント糸の物性は、性能の良さから高級衣服に用いられている馬のしっぽの毛と同様のハリ・コシ、粘り強い弾力性、しわになりにくい性質がある。 PPS monofilament yarn has not been used for clothing so far and is characterized by tenacious hardness, elasticity and chemical resistance. It is mainly used for brush materials and filter materials for industrial materials. The physical properties of PPS monofilament yarns are the same as the tail hair of horses used in high-end clothing due to their good performance, and they have tenacity, tenacity, and resistance to wrinkles.

また馬のしっぽの毛は、1均一に細くすることや太くすることができない、2毛長が60〜80cmと短く、端と端を繋いで糸として用いるのに手間がかかる、3熱可塑性がなく、これを用いて製造した芯地を衣服に用いるためには様々な型紙パターンを工夫して安定した曲面を形成するなど製造面で手間がかる、4高価である等の問題があった。それに対しPPSモノフィラメント糸は、1均一に細くすることや太くすることができる、2フィラメント糸として容易に紡糸できる、3熱可塑性があり160℃以上で容易に熱セットできるため、曲面形成が容易にできる、4馬のしっぽの毛に比べ安価である等の優れた点がある。 In addition, horsetail hair cannot be uniformly thinned or thickened. 2 hair length is as short as 60 to 80 cm, and it takes time and effort to connect ends to end. However, in order to use the interlining manufactured using this for clothes, there are problems such as being expensive in terms of manufacturing, such as forming a stable curved surface by devising various pattern patterns, and being expensive. In contrast, PPS monofilament yarns can be uniformly thinned and thickened, can be easily spun as 2-filament yarns, have 3 thermoplastics, and can be easily heat-set at 160 ° C or higher, making it easy to form curved surfaces There are excellent points such as being cheaper than the tail hair of 4 horses.

このPPSモノフィラメント糸を経糸に、ポリエステル紡績糸を緯糸にして、図4に示すとおりカラミ組織で製織した。 The PPS monofilament yarn was used as a warp, and the polyester spun yarn was used as a weft to weave with a calami structure as shown in FIG.

製織後は、ハリ・コシ、粘り強い弾力性、しわになりにくい性質を得るため、190℃、30秒間、押さえ圧0.35kg/cmの条件で芯地接着プレス機を用いて熱セットして特殊なカラミ織物(以下特殊カラミ織物)を得た。 After weaving, Hari waist, tenacious elasticity, to obtain a hard nature wrinkle, 190 ° C., 30 seconds, specialized and heat-set using the interlining adhesive press under the conditions of a pressing pressure of 0.35 kg / cm 2 A good calami fabric (hereinafter referred to as a special calami fabric)

熱セット条件を定めるため、JIS L 1059-1(モンサント法)を準用し、セット方法のみを変え、図4-1の規格の特殊カラミ織物を温度、時間を変えて熱セットし、それらのしわ回復率を測定して評価した。セット方法は、カラミ織物のハリ・コシが強いため、試料を強く引っ張って、試料を挟む金具に折り曲げてセットした。 To determine the heat setting conditions, JIS L 1059-1 (Monsanto method) is applied mutatis mutandis, only the setting method is changed, the special calami fabric of the standard in Fig. 4-1 is heat set at different temperatures and times, and the wrinkles The recovery rate was measured and evaluated. As the setting method, the tension and stiffness of the calami fabric is strong, so the sample was pulled strongly and bent and set to a metal fitting that sandwiched the sample.

その結果、熱セットが未処理の場合は同デニールのポリエステルフィラメントを用いた織物と同程度のしわ回復率だが、図5に示すとおり処理時間30秒で処理温度を変えて熱セットすると、190℃で約80%と高いしわ回復率を示した(熱セット条件は芯地接着プレス機で押さえ圧0.4kg/cm2)。また図6に示すとおり処理温度190℃で処理時間を変えて熱セットすると、処理時間30秒で約80%のしわ回復率を示し、それ以上の処理時間では横ばいとなった。以上より、190℃、30秒間で高いしわ回復率を得られることを明らかとした。 As a result, when the heat set is untreated, the wrinkle recovery rate is about the same as that of the woven fabric using the same denier polyester filament, but as shown in FIG. Showed a high wrinkle recovery rate of about 80% (heat setting conditions were a pressing pressure of 0.4 kg / cm 2 with an interlining bonding press). Further, as shown in FIG. 6, when heat treatment was performed at a treatment temperature of 190 ° C. and changing the heat treatment time, the wrinkle recovery rate was about 80% after a treatment time of 30 seconds. From the above, it was clarified that a high wrinkle recovery rate can be obtained at 190 ° C. for 30 seconds.

この特殊カラミ織物を用いて、衣服内換気が促進できる衣服構造となるよう次のとおり試作衣服1、2を試作した。1試作衣服1は通気性の高い表地(130cm/cm・秒)、通気性の非常に高い裏地(通気度大のため測定不可)を用いた。試作衣服2は普通衣服と同一の表地、裏地を用いた。2肩部分には従来の肩パットを使用せず、特殊カラミ織物とスポンジ素材とを組み合わせて、身体から肩部分の生地を浮かせる構造とした。3特殊カラミ織物を肩から前後に用い(前方向は胸増芯のように用い)、そのハリ・コシにより背中部、胸部において表地と身体との間に間隔が空きやすいようにした。4特殊カラミ織物による表地表面形状の悪化を防止するとともに、衣服全体の通気性の低下を避けるため、必要最少限度の接着芯地を用いた。5特殊カラミ織物と表地との伸長挙動を合わせるため特殊カラミ織物をイセながら(少し多めに縫い込む)縫製し、縫い目付近の凹凸発生を防止した。6特殊カラミ織物のPPSフィラメント糸の飛び出しを防止するため、端部にパイピングテープ使用、オーバーロック処理、接着芯地テープ両面処理、本縫いによる補強等で対応した。 Using this special calami fabric, trial clothes 1 and 2 were made as follows so as to have a clothes structure that can promote ventilation in the clothes. 1 Prototype garment 1 used a highly breathable surface (130 cm 3 / cm 2 · sec) and a very breathable lining (not measurable due to high air permeability). Prototype clothing 2 used the same surface and lining as regular clothing. The conventional shoulder pad was not used for the two shoulder parts, but a special calami fabric and a sponge material were combined to float the shoulder part fabric from the body. Three special calami fabrics were used from the shoulder to the front and back (the front direction was used as a breast core), and the gap between the outer surface and the body was made easier on the back and chest due to its elasticity. 4 Adhesive interlining of the minimum necessary was used in order to prevent deterioration of the surface shape of the outer surface due to the special calami fabric and to avoid a decrease in air permeability of the entire clothing. 5 Special calami fabrics were sewn while sewing (sew a little more) to match the elongation behavior of the special calami fabrics and the outer material, thereby preventing irregularities near the seams. In order to prevent the PPS filament yarn of 6 special calami fabrics from jumping out, we used piping tape at the end, overlock treatment, double-sided adhesive interlining tape treatment, and reinforcement by lock stitching.

また図7に示すようにスポンジ素材を角柱状(4)、丸パンチ状(5)、タンザク状(6)などに変形加工して特殊カラミ織物で縫合して用いると、より風通しが良くなり、軽くなる。 In addition, as shown in Fig. 7, if the sponge material is deformed into a prismatic shape (4), round punch shape (5), tanzania shape (6), etc. and stitched with a special calami fabric, the ventilation becomes better. Lighten.

試作した衣服の性能を評価するため、人体形状の熱損失量計測装置により、環境試験室内で温度30℃、湿度25%RH、白熱灯照度5,600ルクス、風速0.8m/秒の測定条件で、熱損失量(W/m)を測定した。ここに示した熱損失量(W/m)とは、人体形状の装置を温度調節ヒーターで36℃に設定して、これに衣服を着用させて、設定した36℃を維持するのに必要な単位面積当たりの消費電力量である。大きい数値となった衣服ほど涼しい。 In order to evaluate the performance of the prototyped clothing, a human body-shaped heat loss measuring device was used to measure heat in an environmental test room under conditions of temperature 30 ° C, humidity 25% RH, incandescent lamp illuminance 5,600 lux, and wind speed 0.8 m / sec. The loss amount (W / m 2 ) was measured. The amount of heat loss (W / m 2 ) shown here is necessary to maintain a set temperature of 36 ° C by setting a human-shaped device to 36 ° C with a temperature-controlled heater and wearing clothes on it. Power consumption per unit area. The larger the clothes, the cooler.

その結果、図7の表に示すとおり、試作衣服1、2ともほとんど全ての測定部分で普通衣服より大きな熱損失量があった。 As a result, as shown in the table of FIG. 7, both of the trial clothes 1 and 2 had a larger heat loss than the normal clothes in almost all the measurement parts.

試作衣服1は、表地、裏地を通気性の高い織物を用い、特殊カラミ織物とスポンジ素材で衣服構造を工夫して試作したものである。試作衣服2は、表地、裏地とも普通衣服と同一の織物を用い、特殊カラミ織物とスポンジ素材で衣服構造を工夫して試作したものである。 Prototype garment 1 is a trial garment made of a highly breathable fabric for the outer and lining and devised the garment structure with special calami fabric and sponge material. Prototype garment 2 was made using the same fabric as the normal garment for both the outer and lining, and devised the garment structure with special calami fabric and sponge material.

各部位毎に比較した結果は普通衣服の熱損失量:13.8〜64.7W/m、試作衣服1:22.3〜83.8W/m、試作衣服2:15.6〜74.1W/m、となり涼しさの効果が確認できた。 The results of comparison for each part are as follows: heat loss of normal clothing: 13.8 to 64.7 W / m 2 , prototype clothing 1: 22.3 to 83.8 W / m 2 , prototype clothing 2: 15.6 to 74.1 W / m 2 The effect of was confirmed.

また図9に示すとおり、各部位における衣服なしの場合の熱損失量を100%としたときの熱損失量率で比較すると、普通衣服の熱損失量率:18.4〜59.8%、試作衣服1の熱損失量率:49.2〜73.0%、試作衣服2の熱損失量率:20.8〜63.5%となり、涼しさの効果が確認できた。特に試作衣服1において高い効果を得た。 In addition, as shown in FIG. 9, when compared with the heat loss rate when the amount of heat loss without clothing at each part is 100%, the heat loss rate of normal clothing: 18.4-59.8%, The heat loss rate was 49.2-73.0%, and the heat loss rate of prototype clothing 2 was 20.8-63.5%, confirming the effect of coolness. In particular, a high effect was obtained in prototype clothing 1.

この考案は、PPSモノフィラメント糸を使用したハリ・コシのある編織物を縫製副資材として用いて、夏季に涼しい衣服をつくることに関するものである。高温多湿の日本では、体を涼しく保つ機能の衣服開発に対する業界の関心は非常に高い。夏季に高い清涼効果があり、着心地良く、ファッション性に優れ、取り扱いやすいという条件を満たす衣服として活用される可能性は高い。 This invention relates to making cool clothing in the summer using a knitted and knitted fabric using PPS monofilament yarn as a secondary material for sewing. In hot and humid Japan, the industry is very interested in developing clothing that keeps the body cool. It has a high refreshing effect in the summer, and is highly likely to be used as a garment that satisfies the requirements of being comfortable, fashionable and easy to handle.

考案を実施するための最良の形態を説明する斜視図。The perspective view explaining the best form for implementing invention. 考案を実施するための最良の形態を説明する斜視図。The perspective view explaining the best form for implementing invention. 考案を実施するための最良の形態を説明する図。The figure explaining the best form for implementing invention. 実施例を説明する図表。The figure explaining an Example. 実施例を説明するグラフ。The graph explaining an Example. 実施例を説明するグラフ。The graph explaining an Example. 実施例を説明する斜視図。The perspective view explaining an Example. 実施例を説明する表。The table | surface explaining an Example. 実施例を説明するグラフ。The graph explaining an Example.

符号の説明Explanation of symbols

1 特殊編織物
2 PPSモノフィラメント糸
3 肩パット形状のスポンジ素材
4 角柱状のスポンジ素材
5 丸パンチ状のスポンジ素材
6 タンザク状のスポンジ素材
DESCRIPTION OF SYMBOLS 1 Special knitted fabric 2 PPS monofilament thread 3 Sponge material of shoulder pad shape 4 Sponge material of prismatic shape 5 Sponge material of round punch shape 6 Sponge material of tanzania

Claims (4)

経・緯方向の一方または両方に50〜800デニールのポリフェニレンサルファイドモノフィラメント糸1〜10本で構成された糸を、糸密度が2〜35本/インチに配置したハリ・コシのある編織物を縫製副資材として用いた衣服。 Sewing a knitted fabric with a firmness and stiffness that consists of 1 to 10 polyphenylene sulfide monofilament yarns of 50 to 800 deniers in one or both of the warp and weft directions, arranged at a yarn density of 2 to 35 yarns / inch Clothing used as a secondary material. 請求項1に記載の編織物を縫製副資材として用い、身体と表地との間隔を空けて衣服内換気を促進させる衣服。 A garment that uses the knitted fabric according to claim 1 as a sewing auxiliary material, and promotes ventilation in the garment by keeping a space between the body and the outer material. 請求項1に記載の編織物を縫製副資材として用い、身体と表地との間隔を空けて表地から身体への熱伝達を低下させる衣服。 A garment that uses the knitted fabric according to claim 1 as a sewing auxiliary material, and reduces heat transfer from the outer material to the body with a gap between the body and the outer material. 請求項1に記載の編織物を縫製副資材として用い、首筋から両肩にかけて衣服重量が分散してかかるようにした衣服。
A garment in which the knitted fabric according to claim 1 is used as a secondary sewing material, and the garment weight is distributed from the neck to both shoulders.
JP2005005186U 2005-07-04 2005-07-04 Cool clothing using polyphenylene sulfide monofilament yarn Expired - Fee Related JP3114389U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2009087901A1 (en) * 2008-01-09 2009-07-16 Toray Industries, Inc. Polyphenylene sulfide fiber and process for producing the same

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2009087901A1 (en) * 2008-01-09 2009-07-16 Toray Industries, Inc. Polyphenylene sulfide fiber and process for producing the same

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