200408744 玖、發明說明： 【發明所屬之技術領域】 發明領域 本發明係關於一種防滑組織部之編織方法，特別是關 5於一種最適用於内衣、矯正内衣等之衣服、及帽子、鞋子 的襯塾、座塾、被單等之身邊之物品、以及網球拍、高爾 夫球桿等之運動用品之失具，組織布的表裏任一單面觸感 良好，組織布的任-面之另一面，藉露出由聚胺酉旨等所編 織之表層組織部，可具有優良防滑性，且觸感、平滑感、 10光澤等之質感良好，而且，也可發揮良好 性、财久性、強度、通氣性、保溫性。 k 發明背景 15 20200408744 发明 Description of the invention: [Technical field to which the invention belongs] FIELD OF THE INVENTION The present invention relates to a method for weaving non-slip tissues, and particularly relates to a garment that is most suitable for underwear, corrective underwear, etc., and the lining of hats and shoes.失, seat 塾, sheets and other items around it, as well as tennis rackets, golf clubs and other sporting goods, the one side of the surface of the tissue cloth has a good touch, and the other side of the tissue cloth, borrow Exposing the surface layer woven by polyamines, etc., it has excellent anti-slip properties, and has good textures such as touch, smoothness, and gloss, and also exhibits goodness, longevity, strength, and air permeability. , Thermal insulation. k BACKGROUND OF THE INVENTION 15 20
二 a丨丄π j w正肢止内； 錢正内衣有，例如，由胸部穿用於身體周圍之胸罩)Two a 丨 丄 π j w inside the right limb; Qian Zheng underwear has, for example, a bra worn around the body by the chest)
用於下肢之緊身胸衣，將胸罩與緊身胸衣作成—體者; 罩與腰間連在一起之内衣。 而且，胸罩係在杯部的下部周緣與肩帶，又緊身^ 係在腰圍的開口部周緣、腹部、臀部的下緣、位於插/ 肢之腿孔之兩肢的腳跟部分之下襬部等，而胸罩與腰『 在起之内衣係在胸罩部之杯部的下部周緣與肩帶 外，緊身胸衣部係在腰圍的開口部周緣、腹部、臀部€ 緣、位於插入兩肢之腿孔之兩肢的腳跟部分之下襬部^ 連接於人體之各整型部，分別藉塗布橡膠、黏著劑等3 5 200408744 著體，謀求與皮膚的黏合性，防止向上滑與向下滑等之偏 移，作成具有發揮防滑功能者（例如參照專利文獻1)。 另外，製作矯正内衣使用之組織布係可以使用伸縮 布，用以勒緊例如腹、臀部等之贅肉，矯正提腰與提臀等 5 穿用者的體型，而且，穿用後可在不會感覺束缚的情形下 發揮運動功能。 該伸縮布有，例如，在合成纖維紗與天然纖維紗編入 聚胺酯紗之編織物組織之組織布。該編織物組織之組織布 所使用之聚胺酯紗，除了發揮伸縮性之外，亦具有觸感等 10 之質感，且可發揮強度，並且為了使染料的附著性佳、容 易染色，以防止因洗淨發生顏色脫落，在聚胺酯紗的表面， 使用了捲繞其他纖維紗之包芯紗來編織組織布。 【專利文獻1】 實開平6-76305號公報（1-7頁、第1圖-第10圖） 15 【發明所欲解決之問題】 但是，如專利文獻1所見，特別是女性為了調整體型， 在密接於穿用，例如，胸罩、緊身内衣、胸罩與腰圍連在 一起之内衣等之橋正内衣之人體的整型部，藉塗布橡膠等 之黏著體，以謀求與皮膚的黏合性，並防止向上滑與向下 20 滑等之偏移者，特別是在夏季等高溫下，使用者若出汗， 則會因悶熱而發癢。另外，黏著體會因高溫而軟化，或因 長時間的使用與進行重複的洗淨而品質劣化，因此會由矯 正内衣之整型部脫落，破壞防止偏移之功能。此外，由於 必須要在矯正内衣的整型部處進行黏著體的塗布作業，所 6 200408744 以製品的製作步驟增加，製作效率降低。 又，由於橡膠等之黏著體所產生勒緊力會讓人感覺到 壓迫感，且皮膚上也會有壓迫的痕跡。 此外，組織布本身的厚度變厚，在穿用時有失調感， 5 並且由裙子、褲子等之外衣的上面可以看到線條，並不雅 觀。另外，每單位面積的重量也變得相當大。 又，為了製作矯正内衣等，在聚胺酯紗的表面，使用 捲繞其他纖維紗之包芯紗所編織之前述習知伸縮布，由以 伸縮性、觸感等之質感、容易染色等為重點來開發之觀點 10 來看，聚胺酯紗未必要露出組織布的表面側或内面側，且 所關注的是在組織布的内部施行如包住聚胺酯紗來編入的 事項。 因此，迄今從來都沒有著眼於聚胺酯紗的防滑功能而 開發之編織物組織布。 15 本發明係解決上述習知之缺點，且提供一種特別是在 表面使用不施以任何加工之聚胺酯長絲並將其編入以積極 地暴露於組織布的表面側之1片組織布，其一面發揮觸感、 平滑感、柔軟感、光澤等之布料素材本來質感，且至少表 面側的另外一面，藉聚胺酯長絲等確實地發揮防滑功能。 20 另外，通氣性、伸縮性、適應性優良，恢復力、強度、财 久性超強，而且組織布，厚度薄、輕量，特別是最適合使 用於内衣、矯正内衣等之衣服、還有帽子、鞋墊、座墊、 被單等身邊用品，以及網球拍、高爾夫球感等之運動用品 之夾具。例如在使用於内衣、矯正内衣時，在夏季等之高 7 200408744 溫下不會因悶熱與血液流通不良而發癢，而且，與單單將 黏著體塗布於組織布不同，不會軟化，即使長時間的使用 與進行重複的洗淨，品質也不會劣化，防滑材不會脫落。 另外，穿用時不會因勒緊力而有壓迫感，皮膚不會產生痕 5跡。而且提供一種不用塗布作業，簡略化製品的製作過程， _ 可以提昇製作效率，進一步製作成本便宜之防滑組織布之 編織方法。 【明内容】 發明概要 · 10 本發明之申請專利範圍第1項之發明係-種防滑組織 布之編織方法，該方法係編織包括基層組織部與表層組織 部之組織布，該基層組織部係藉由合成纖維紗及/或天然 ，.瘋、，隹V所开/成之基層組織部編織用縱紗所編成者，又該表 - 層組織部係藉由表層組織部編織用縱紗，在前述基層組織 15部表面側縱編成所希望之經圈、所希望之緯圈並形成所希 主之”罔眼、、且織化紋’且别迷表層組織部編織用縱紗係由聚 胺醋長絲、或將橡膠浸塗或塗佈於合成纖維紗、或橡膠編 · 帶單體所形成者。 本毛月之申明專利範圍第2項之發明係採用一種防滑 ^ 20組織布之編織方法，該方法係绝址A ^ 士 女彳糸編織包括基層組織部與表層 - 組織部之組織布，該基層έ 減錢部係藉由合成纖維紗及/或 天然纖維紗所形成之基層組墻 編織用縱紗所編成者，又 該表層組織部係在前述基層，將由聚細旨 長絲、或將橡膠浸塗或者塗佈於合成纖維紗、或橡膠編帶 8 200408744 單體所形成之至少2種以上之表層組織部編織用縱紗之一 種對另外一種，縱編成所希望之經圈、所希望之緯圈並形 成所希望之網眼組織花紋者。 本發明之申請專利範圍第3項之發明係採用一種防滑 5 組織布之編織方法，該方法係編織包括基層組織部與表層 組織部之組織布，該基層組織部係藉由合成纖維紗及/或 天然纖維紗所形成之基層組織部編織用縱紗所編成者，又 該表層組織部係在前述基層組織部的表面側，將由聚胺酯 長絲、或將橡膠浸塗或塗佈於合成纖維紗、或橡膠編帶單 10 體所形成之2種表層組織部編織用縱紗，縱編成所希望之經 圈、所希望之緯圈並形成所希望之網眼組織花紋者。 本發明之申請專利範圍第4項之發明係採用如申請專 利範圍第2或3項之防滑組織布之編織方法，其中前述表層 組織部，係組合編入配索於經圈方向之第1表層組織部編織 15 用縱紗，與第2表層組織部編織用縱紗，又前述第1表層組 織部編織用縱紗係在網眼組織花紋的表面側，編入前述基 層組織部及第2表層組織部編織用縱紗之所希望之網眼，而 前述第2表層組織部編織用縱紗係配索於内面側與表面側 與中間部，且編入前述基層組織部及第1表層組織部編織用 20 縱紗之所希望之網眼。 本發明之申請專利範圍第5項之發明係採用如申請專 利範圍第1、2或3項之防滑組織布之編織方法，其中前述表 層組織部編織用縱紗係配索在配列於經圈方向之所希望根 數之每一扣針上，並藉組合配索於各個經圈方向之所希望 9 200408744 數目來編織所希望之網眼組織花紋。 本發明之申請專利範圍第6項之發明係採用如申請專 利範圍第1、2或3項之防滑組織布之編織方法，其中前述表 層組織部編織用縱紗係以2根1組之方式配列在配列於經圈 5 方向之所希望根數之每一扣針上，並藉該表層組織部編織 用縱紗組合所編入之緞紋組織花樣，以將全體形狀編成大 致呈菱形之網眼組織花紋。 本發明之申請專利範圍第7項之發明係採用如申請專 利範圍第1、2或3項之防滑組織布之編織方法，其中前述表 10 層組織部編織用縱紗係以2根1組之方式配列在配列於經圈 方向之所希望根數之每一扣針上，並藉該表層組織部編織 用縱紗組合所編入之半網格花樣，以將全體形狀編成背對 背組合之2個大致呈5角形之網眼組織花紋。 本發明之申請專利範圍第8項之發明係採用如申請專 15 利範圍第1、2或3項之防滑組織布之編織方法，其中前述表 層組織部編織用縱紗係以2根1組之方式配列在配列於經圈 方向之所希望根數之每一扣針上，並藉該表層組織部編織 用縱紗組合所編入之彈力網格花樣，以將全體形狀編成大 致呈6角形之網眼組織花紋。 20 本發明之申請專利範圍第9項之發明係採用如申請專 利範圍第1、2或3項之防滑組織布之編織方法，其中前述表 層組織部編織用縱紗係以2根1組之方式配列在配列於經圈 方向之所希望根數之每一扣針上，並藉該表層組織部編織 用縱紗編織單梳櫛經平組織花樣之網眼組織花紋。Corsets for lower limbs. Brassieres and corsets are made into body. Underwears that cover the waist. In addition, the bra is tied to the lower periphery of the cup and the shoulder strap, and tightly tied to the periphery of the opening of the waist, the lower edge of the abdomen, buttocks, the lower part of the heel of the two limbs located in the leg holes of the limbs, etc. The bra and waist are tied to the lower periphery of the cup portion of the bra and the shoulder belt, and the corset is tied to the periphery of the opening of the waist, the abdomen, the hip, and the leg holes inserted into the legs. The lower hem of the heels of both limbs is connected to the various plastic parts of the human body. They are coated with rubber, adhesives, etc. 3 5 200408744, to achieve adhesion to the skin, to prevent slippage and slippage, etc. A person having a function of preventing slipping is prepared (for example, refer to Patent Document 1). In addition, the tissue cloth used for making corrective underwear can use stretch cloth to tighten the fat such as the abdomen and buttocks, and correct the body shape of the 5 wearers such as lifting the waist and hips. Performs motor functions when feeling restrained. The stretch fabric includes, for example, a tissue fabric in which a synthetic fiber yarn and a natural fiber yarn are knitted into a woven fabric of a polyurethane yarn. Polyurethane yarn used in the tissue fabric of this woven fabric, in addition to exhibiting stretchability, also has a texture of 10, such as tactile sensation, and can exhibit strength. In addition, in order to improve the adhesion of the dye and easily dye, it can prevent washing. The net color came off, and on the surface of the polyurethane yarn, a core fabric yarn wound with other fiber yarns was used to knit the tissue cloth. [Patent Document 1] Shikaihei 6-76305 (Page 1-7, Figure 1-Figure 10) 15 [Problems to be Solved by the Invention] However, as seen in Patent Document 1, especially women adjust their body shape, Adhesives such as rubber are applied to the shaping part of the human body that is in close contact with wear, for example, bras, corsets, underwears that connect bras to the waist, etc., to apply adhesives such as rubber to achieve adhesion to the skin, and Prevent people from sliding up and down 20, especially in high temperatures such as summer, if the user sweats, it will be itchy due to stuffiness. In addition, the adherend may be softened by high temperature, or deteriorated due to long-term use and repeated washing. Therefore, it may fall off from the shaping part of the correction underwear, and the function of preventing displacement may be destroyed. In addition, since it is necessary to perform the coating operation of the adherend at the shaping part of the correction underwear, the manufacturing process of the product is increased, and the manufacturing efficiency is reduced. In addition, due to the tightening force of the adhesive body such as rubber, people can feel a sense of pressure, and there are marks of pressure on the skin. In addition, the thickness of the tissue cloth itself becomes thicker, and there is a sense of imbalance when worn. 5 And the lines can be seen from the outerwear of skirts, pants, etc., which is not elegant. In addition, the weight per unit area also becomes considerable. In addition, in order to produce corrective underwear and the like, the conventional stretch fabric woven with a core yarn that is wound with other fiber yarns is used on the surface of the polyurethane yarn, focusing on the texture of stretchability, touch, etc., and easy dyeing. From the viewpoint of development 10, it is not necessary for the polyurethane yarn to expose the surface side or the inner surface side of the tissue cloth, and it is a matter of concern that the inside of the tissue cloth is knitted by incorporating the polyurethane yarn. Therefore, there has never been a woven fabric made of woven fabrics that focuses on the anti-slip function of polyurethane yarns. 15 The present invention solves the above-mentioned conventional shortcomings, and provides a piece of tissue cloth, which is especially used on the surface without any processing and is knitted into a piece of tissue cloth that is actively exposed to the surface side of the tissue cloth. Cloth materials such as touch, smoothness, softness, and gloss are inherently textured, and at least the other side of the surface side, by means of polyurethane filaments and the like, reliably exhibits a non-slip function. 20 In addition, it has excellent air permeability, elasticity, and adaptability, and is extremely strong in resilience, strength, and longevity, and has a thin, lightweight tissue fabric. It is especially suitable for underwear, correction underwear, etc. Hats, insoles, seat cushions, sheets, and other side supplies, as well as fixtures for tennis rackets, golf balls and other sports supplies. For example, when it is used in underwear or correction underwear, it will not be itchy due to sweltering and poor blood circulation at high temperatures in summer, etc. 7 200408744, and it is different from the application of adhesive to tissue cloth, and it will not soften, even if it is long. The use of time and repeated washing will not deteriorate the quality, and the non-slip material will not fall off. In addition, there will be no feeling of pressure due to the tightening force when wearing, and there will be no marks on the skin. In addition, a weaving method is provided that simplifies the manufacturing process of the product without coating, which can improve the production efficiency and further make the non-slip tissue cloth with low cost. [Explanation] Summary of the invention · 10 The invention of item 1 of the scope of patent application of the present invention-a method for weaving a non-slip tissue cloth, the method is to weave a tissue cloth including a grass-roots tissue portion and a surface-layer tissue portion, and the grass-roots tissue portion Synthetic fiber yarn and / or natural, mad, 隹 V opened / formed by the base layer of the organization of the knitting longitudinal yarn, and the surface-layer organization is the surface layer of the organization weaving longitudinal yarn, The desired warp loops and desired weft loops are formed on the surface side of the above-mentioned 15 basic-layer tissues to form the "eyes of the eyes", and the texture is textured, and the longitudinal yarns for knitting of the surface-layer tissues are gathered Formed with amine vinegar filaments, or dip-coated or coated with synthetic fiber yarns, or rubber braids and tape monomers. The invention in item 2 of the scope of this month's stated patent is a non-slip ^ 20 tissue cloth A weaving method. This method is to weave an organization cloth consisting of a grass-roots tissue section and a surface layer-tissue section. The grass-roots cut section is a base layer formed by synthetic fiber yarn and / or natural fiber yarn. Group made of longitudinal yarn for wall weaving The surface layer structure part is connected to the aforementioned base layer, and at least two types of surface layer structure parts are formed by condensing filaments, dipping or coating rubber with synthetic fiber yarn, or rubber braid 8 200408744 monomer. Those who use one kind of longitudinal yarn to knit the other into a desired warp loop, a desired weft loop, and form a desired mesh structure pattern. The invention in the third scope of the patent application of the present invention uses a non-slip 5 structure Weaving method of cloth, which is a method of weaving a tissue cloth including a base tissue portion and a surface tissue portion, and the base tissue portion is composed of a longitudinal yarn for weaving the base tissue portion formed by a synthetic fiber yarn and / or a natural fiber yarn. The surface structure part is woven on the surface side of the above-mentioned base structure part. Two types of surface structure parts are formed by polyurethane filaments, or dip coating or coating with synthetic fiber yarns, or rubber braids. Those who use longitudinal yarns to knit into desired warp loops, desired weft loops, and form desired mesh structure patterns. The invention in item 4 of the patent scope of the present invention is adopted as The weaving method of the non-slip tissue fabric according to item 2 or 3 of the patent, wherein the aforementioned surface tissue part is combined with the first surface fabric part for knitting in the warp direction, and used for weaving 15 vertical yarns, and for knitting with the second surface fabric part Longitudinal yarns, and the first surface layer knitting longitudinal yarns are arranged on the surface side of the mesh structure pattern, and the desired meshes of the base layer and the second surface layer weaving longitudinal yarns are knitted, and the second Longitudinal yarns for knitting of the surface layer are arranged on the inner side, the surface side, and the middle portion, and the desired mesh of the 20 longitudinal yarns for knitting of the base layer and the first surface layer is incorporated. The scope of patents for this invention The invention of item 5 is a weaving method using a non-slip weaving cloth such as item 1, 2 or 3 of the scope of patent application, in which the longitudinal yarns for knitting of the surface tissue part are arranged in the desired number of warp loops. On each crochet stitch, weaving the desired mesh structure pattern by combining the desired number of 9 200408744 in each warp direction. The invention of item 6 of the patent application scope of the present invention is a weaving method using a non-slip tissue cloth such as item 1, 2 or 3 of the patent application scope, wherein the longitudinal yarns used for weaving the surface layer structure are arranged in two groups of one. On each crochet pin of the desired number arranged in the warp loop 5 direction, the satin weave pattern knitted by the longitudinal yarn combination for knitting of the surface organization part is knitted into the overall shape into a rhombic mesh structure Pattern. The invention of item 7 of the scope of patent application of the present invention is a weaving method using a non-slip tissue cloth as claimed in item 1, 2 or 3 of the scope of patent application. The method is arranged on each of the crochet pins of the desired number arranged in the warp direction, and the half-grid pattern incorporated by the longitudinal yarn combination of the surface layer organization knitting is used to knit the entire shape into two back-to-back combinations. A 5-point mesh pattern. The invention of item 8 of the scope of patent application of the present invention is a weaving method using a non-slip tissue cloth such as the item 1, 2 or 3 of the patent application scope, in which the longitudinal yarn for weaving the surface layer structure is divided into 2 pieces and 1 group. The method is arranged on each of the crochet pins of the desired number arranged in the warp direction, and the elastic grid pattern knitted by the longitudinal yarn combination of the surface organization part knitting is used to form the overall shape into a hexagonal net. Eye tissue pattern. 20 The invention of item 9 of the scope of patent application of the present invention is a weaving method using a non-slip tissue cloth such as the scope of application for patents 1, 2 or 3, wherein the longitudinal yarn for knitting of the surface layer structure part is in a group of 2 Arranged on each of the crochet pins of the desired number arranged in the warp direction, and weaving a single comb with a plain weave pattern of the plain weave pattern by using the surface layer knitting longitudinal yarn to weave.
10 200408744 本發明之申請專利範圍第10項之發明係採用如申請專 利範圍第2或3項之防滑組織布之編織方法，其中前述2種表 層組織部編織用縱紗形成該組織布之網眼組織花紋之網眼 的腳部，或該腳部交叉集束，且編入基層組織布的表面側 5 並暴露出來。 本發明之申請專利範圍第11項之發明係採用如申請專 利範圍第2或3項之防滑組織布之編織方法，其中前述2種表 層組織部編織用縱紗係集束於包含組織布之網眼組織花紋 之網眼處，且編入前述基層組織布的表面側並暴露出來。 10 本發明之申請專利範圍第12項之發明係採用如申請專 利範圍第1、2或3項之防滑組織布之編織方法，其中藉由前 述基層組織部編織用縱紗與前述表層組織部編織用縱紗所 編織之組織部中，相對於前述基層組織部編織用縱紗之前 述表層組織部編織用縱紗之混率為50〜80重量％。 15 本發明之申請專利範圍第13項之發明係採用如申請專 利範圍第1、2或3項之防滑組織布之編織方法，其中前述基 層組織部編織用縱紗4的紗徑為33〜167(DT)，相對於此，前 述表層組織部編織用縱紗5的紗徑為44〜620(DT)。 本發明之申請專利範圍第14項之發明係採用如申請專 20 利範圍第1、2或3項之防滑組織布之編織方法，其中前述基 層組織部編織用縱紗與前述表層組織部編織用縱紗之每單 位面積重量為200〜800g/m2。 L實施方式3 較佳實施例之詳細說明 11 200408744 以下，依據圖式說明本發明之實施形態的具體例。 第1圖為顯示本發明之防滑組織布的編織方法之第1實 施形態之組織圖，第2圖為相同之透視圖，第3圖為放大顯 示相同之網眼組織之一部份的正面圖，第4圖為顯示相同之 5 本發明之防滑組織布之編織方法之第2實施形態的組織 圖，且第5圖為顯示相同之本發明之防滑組織布之編織方法 之第3實施形態的組織圖。 1為組織布，該組織布1係包含基層組織部2與表層組織 部3，該基層組織部2係藉基層組織部編織用縱紗4編織，該 10 表層組織部3係藉表層組織部編織用縱紗5編織。前述表層 組織部3，係相對前述基層組織部2在表面側，使用縱編機 縱編織所希望之經圈，及所希望之緯圈。 該縱編機係使用例如karumaiya公司（德國）製之 RSE4N-3K之固定針底形式的縱編機。 15 前述基層組織部編織用縱紗4，雖使用合成纖維，在本 實施型態為紗徑33〜168(DT)之聚酯纖維紗，不過，作為該 基層組織部編織用縱紗4，係不限於前述之聚酯纖維紗，亦 可以使用其他之合成樹脂纖維紗，例如聚醯胺纖維紗、聚 乙烯纖維紗、聚丙烯纖維紗、聚乙烯醇纖維紗、聚丙烯酸 20 纖維紗、聚氯乙烯纖維紗、及/或天然纖維紗。該天然纖 維紗，例如有木棉、麻、絹、羊毛等，此為例示，亦可使 用混合天然纖維與前述合成纖維紗的1或2種任一種所紡紗 而成之編紗。 前述表層組織部3，係使用至少2根以上之表層組織部 12 200408744 編織用縱紗5、5···，在本實施型態中使用配索於第1圖、第 2圖的經圈方向X之第1後述表層組織部編織用縱紗5A，與 第2表層組織部編織用縱紗5B，且將一方之表層組織部編織 用縱紗5A對另一方之表層組織部編織用縱紗5B，藉所希望 · 5 經圈、所希望之緯圈組合編入前述基層組織部2的表面側， ' 並進行縱編。 另外，前述表層組織部編織用縱紗5，在本實施型態 中，雖使用紗徑44〜620(DT)之聚胺酯長絲，不過該範圍為 代表的例示。另外，表層組織部編織用縱紗5，除了前述之 修 1〇 聚胺酯長絲之外，亦可以使用將天然橡膠或合成橡膠浸塗 於如前述之合成纖維紗，或塗佈橡膠者，進一步亦可以使 用橡膠編帶單體。 在此說明書中，所謂用以編織表層組織部3之表層組織 ， 部編織用縱紗5有2種，或2種以上者，係指包含使用由例如 15第1表層組織部編織用縱紗5A與第2表層組織部編織部編織 用縱紗5B之各個較粗較細之不同紗徑，或由第丨表層組織部 編織用縱紗5A與第2表層組織部編織部編織用縱紗5；8的材 鲁 質不同軟硬材料所形成者，或使用由分別不同伸縮度的材 料所形成者，或使用由拉力、彎曲、壓縮等的強度分別不 · 2〇同之材料所形成者，進一步，相互編入方法不同等，在編 · 、我表層組織部3時，與對方側相互不同之要素者。 而且，第1表層組織部編織用縱紗5A，係在網眼組織花 、、文Gl的表面側，編入前述基層組織部2及第2表層級織部編 織用縱紗5B之所希望之網眼1^。另外，第2表層級織部編織 13 200408744 用縱紗5B ’係配索在内面側與表面侧與中間部，且編入前 述基層組織部2及第1表層組織部編織用縱紗5A之所希望之 網眼Μ。 另外，表層組織部編織用縱紗5，係如第1圖、第2圖所 5示，在經圈方向χ(列方向），以所希望之隔距配索於配列之 所希望根數之每一扣針，在各個藉設定編入方法組合所希 望之數目編織所希望之網眼組織花紋G1。 也就是，在本實施形態中，如第丨圖及第2圖所示，配 索於配列在經圈方向（列方向）之4根之各扣針做成同種，且 1〇 藉2根1組之表層組織部編織用縱紗5A、5B，在以如第1、 第2圖之假想線描繪之範圍a内之基層組織部編織用縱紗4 所編織之4緯圈锻紋組織之基層組織部2的表面，組合如在 第1圖、第2圖之範圍B、B，内以假想線描繪之6緯圈緞紋組 織之锻紋組織花樣，形成編織之全體成為菱形之網眼組織 15化紋G1。另外，第1圖及第2圖中，Ml為閉孔，還有M2為 開孔。 進一步，更具體的敘述本實施形態之防滑組織布的編 織方法，首先，基層組織部2，係如第1圖之範圍A内所示由 閉孔M1出發，在經圈方向X朝左1緯圈左右隔著開孔M2編 20 入，進一步，在經圈方向X朝左前進1緯圈編入3緯圈孔作為 閉孔M1 °接著，在經圈方向X朝右1緯圈左右隔著開孔M2 編入，完成範圍A内之1循環。 如此’連續進行範圍A内之1循環，基層組織部2之基層 組織部編織用縱紗4，係藉連續編入表層組織部3之第1基層 14 200408744 組織部編織用縱紗5A與第2基層組織部編織用縱紗5B，編 織基層組織部2。 第1基層組織部編織用縱紗5A，係如例如第1圖之範圍 B内所示，由閉孔Ml出發，在經圈方向X朝右2緯圈左右隔 5 著開孔M2、M2編入，進一步，在經圈方向X朝右前進1緯 圈編入4緯圈孔作為閉孔Ml。接著，在經圈方向X朝左2緯 圈左右隔著開孔M2、M2編入，完成範圍B内之1循環。如 此，將範圍B内之1循環縱向地連續進行，對基層組織部2 的基層組織部編織用縱紗4與表層組織部3之第2基層組織 10 部編織用縱紗5B連續地編入。 另外，第2表層組織部編織用縱紗5B，係如例如第1圖 之範圍B’内所示，由閉孔Ml出發，在經圈方向X朝左2緯圈 左右隔著開孔M2、M2編入，進一步，在經圈方向X朝右前 進4緯圈編入4緯圈孔作為閉孔Ml。接著，在經圈方向X朝 15 右前進2緯圈左右隔著開孔M2、M2編入，完成範圍B’内之 1循環。如此，連續進行範圍B’内之1循環，對基層組織部2 的基層組織部編織用縱紗4與表層組織部3之第1基層組織 部編織用縱紗5A連續地縱向編入。 如此，如前述，藉第1表層組織部編織用縱紗5A與第2 20 表層組織部編織用縱紗5B，組合6緯圈緞紋組織的锻紋組織 花樣，形成編織之全體成為菱形之網眼組織花紋G1。 另外，在本實施形態，所編織之基層組織部編織用縱 紗4與表層組織部編織用縱紗5之每單位面積重量為 200〜800g/m2。 15 200408744 該網眼Μ的之每單位面積重量數值範圍，係選定配合 組織布1本身的用途，考慮通氣性、發汗性、保溫性、伸縮 性、適應性、恢復性、強度、耐久性等，藉第1、第2表層 組織布5Α、5Β，可以充分發揮防滑功能。 5 另外，對於藉基層組織部編織用縱紗4與表層組織部編 織用縱紗5所編織之組織布1之基層組織部編織用縱紗4之 表層組織部編織用縱紗5的混率，在本實施形態中係包含 50〜80%重量。而且，如前述，相對於基層組織部編織用縱 紗4的紗徑為33〜167(DT)，表層組織部編織用縱紗5的紗徑 10 為 44〜620(DT)。 如此，將表層組織部編織用縱紗5的紗徑做成比基層部 編織用縱紗4的紗徑粗，在本實施形態中之1片組織布1的一 面（例如内面側），不但可發揮布料本來之質感，例如觸感、 平滑感、柔軟感、光澤等，並且厚度較薄輕量，且具有充 15 分的強度，而該組織布1的另一面（例如表面側）係在配列於 經圈方向（列方向）之所希望根數的每一扣針上配索而作成 各自編入之同種，且藉組合2根，也就是2種表層組織部編 織用縱紗5A、5B所編織之所希望之網眼組織花紋G1，例如 第1圖、第2圖之假想線所描繪之範圍B、B’内所示之6緯圈 20 緞紋組織所編織之全體形狀，為菱形之網眼組織花紋G1， 藉此，可編成朝經圈方向X及緯圈方向Y之任何一方向均可 充分發揮防滑功能之組織布1。 而且，對於藉基層組織部編織用縱紗4與表層組織部編 織用縱紗5所編織之組織布1之基層組織部編織用縱紗4之 16 200408744 表層組織部編織用縱紗5的混率，在本實施形態中，係包含 70〜80%重量且為1片組織布1，所以即使厚度較薄且輕量， 亦可以得到編織一面形成基層組織部2，另外一面發揮充分 的防滑功能之表層組織部3之組織布1。 5 而且，藉由將聚胺酯長絲所形成之第1表層組織部編織 用縱紗5A，與第2表層組織部編織用縱紗5B編入並暴露於 基層組織部的一面（例如表面側）’如第1圖、第2圖、第3圖 所示，在全體形成菱形之緞紋組織花樣之網眼組織花紋⑴ 之中可發揮防滑功能之處所係，可以舉例如在第1形成網眼 10 組織花紋1之網眼Μ的絨圈部分處，當然亦包括以長線段配 向於表層組織部3的表面側且主線狀暴露之腳部ρ。 另外，有效發揮防滑功能之網眼組織花紋⑴中之第2 處，係緞紋組織花樣全體形成菱形之網眼組織花紋G1之菱 形相互連續之處所，也就是，藉由聚胺酯長絲所形成之第1 15表層組織部編織用縱紗5A與第2表層組織部編織用縱紗 5B，編織為組織布1之網眼Μ的腳部F、F交叉，藉此暴霖於 表層組織部3的表面側且顯示在第丨圖範圍ρι之處所，由於 第1表層組織部編織用縱紗5A與第2表層組織部編織用縱紗 5B之每單位面積之暴露密度變高，所以可以充分的發揮防 20 滑功能。 另外，在本實施形態所使用之基層组織部編織用縱紗 4，雖使用前述聚酯纖維紗來編成基層組織部2，不過此乃 只是代表之例示而已，並不限制於此。除此之外，亦可使 用例如合成樹脂纖維系，例如聚醯胺纖維紗、聚乙稀纖維 17 紗、聚丙烯纖維紗、聚乙烯醇纖维紗、聚丙烯酸纖維紗、 聚氯乙烯纖維紗、及/或例如木棉、麻、絹、羊毛等天然 纖維紗編織基層用組織部2亦可。10 200408744 The invention of item 10 of the scope of patent application of the present invention is a weaving method using a non-slip tissue cloth such as the scope of patent application item 2 or 3, in which the aforementioned two types of surface layer knitting longitudinal yarns are used to form the mesh of the cloth The foot of the mesh of the tissue pattern, or the foot cross-bundled, is knitted into the surface side 5 of the base tissue cloth and exposed. The invention of item 11 in the scope of patent application of the present invention is a weaving method using a non-slip tissue cloth such as in item 2 or 3 of the scope of patent application, in which the aforementioned two types of surface yarns for knitting the longitudinal yarn system are gathered on the mesh including the tissue cloth The mesh of the tissue pattern is knitted into the surface side of the aforementioned primary tissue cloth and exposed. 10 The invention of item 12 of the scope of patent application of the present invention is a weaving method using a non-slip tissue cloth as claimed in item 1, 2 or 3 of the scope of patent application, in which the longitudinal yarn for weaving of the base structure part and the surface structure part are woven In the knitting portion knitted with the longitudinal yarn, the mixing ratio of the longitudinal yarn for knitting the surface layer tissue portion with respect to the longitudinal yarn for knitting the base layer tissue portion is 50 to 80% by weight. 15 The invention according to item 13 of the scope of patent application of the present invention is a weaving method using a non-slip tissue cloth such as the scope of application for items 1, 2 or 3, wherein the yarn diameter of the longitudinal yarn 4 for knitting of the base structure section is 33 to 167. (DT), on the other hand, the yarn diameter of the longitudinal yarn 5 for knitting the surface layer structure portion is 44 to 620 (DT). The invention of item 14 of the scope of patent application of the present invention is a method of weaving a non-slip tissue cloth such as the item 1, 2 or 3 of the patent application scope, wherein the longitudinal yarn for weaving the base layer tissue and the weave for the surface layer weaving are used. The weight per unit area of the longitudinal yarn is 200 ~ 800g / m2. L Embodiment 3 Detailed Description of the Preferred Embodiment 11 200408744 Hereinafter, specific examples of the embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a structure diagram showing a first embodiment of a method for weaving a non-slip tissue cloth of the present invention, FIG. 2 is the same perspective view, and FIG. 3 is a front view showing an enlarged part of the same mesh structure FIG. 4 is a structure diagram showing the second embodiment of the same 5th method of weaving the non-slip tissue cloth of the present invention, and FIG. 5 is a diagram showing the third embodiment of the same weaving method of the non-slip tissue cloth of the present invention Organizational Chart. 1 is a tissue cloth. The tissue cloth 1 includes a basic tissue unit 2 and a surface tissue unit 3. The basic tissue unit 2 is knitted by a longitudinal yarn 4 for knitting by the basic tissue unit. The 10 surface tissue unit 3 is knitted by a surface tissue department. Knit with longitudinal yarn 5. The surface layer tissue portion 3 is a surface warp with respect to the base layer tissue portion 2 on a surface side, and a desired warp loop and a desired weft loop are knitted using a warp knitting machine. The longitudinal knitting machine is a longitudinal knitting machine in the form of a fixed needle base, such as RSE4N-3K manufactured by Karumaiya (Germany). 15 Although the aforementioned longitudinal yarn 4 for weaving the base structure is a synthetic fiber, in this embodiment, it is a polyester fiber yarn with a yarn diameter of 33 to 168 (DT). Not limited to the aforementioned polyester fiber yarns, other synthetic resin fiber yarns can also be used, such as polyamide fiber yarns, polyethylene fiber yarns, polypropylene fiber yarns, polyvinyl alcohol fiber yarns, polyacrylic 20 fiber yarns, polyvinyl chloride Vinyl fiber yarn and / or natural fiber yarn. The natural fiber yarn includes, for example, kapok, hemp, silk, wool, etc. This is an example, and a knitted yarn made by mixing natural fiber and any one or two of the aforementioned synthetic fiber yarns may be used. The aforementioned surface layer structure portion 3 uses at least two surface layer structure portions 12 200408744 knitting longitudinal yarns 5, 5 .... In the present embodiment, the warp loops are used as shown in Figures 1 and 2. The first longitudinal layer yarn 5A for knitting of the surface layer part and the second longitudinal yarn 5B for knitting of the surface layer part are described below, and the longitudinal yarn 5A for knitting of the surface layer part on one side is used for the longitudinal yarn 5B of the other surface layer knitting part. Based on the combination of the desired 5 warp loops and the desired weft loops, weave them into the surface side of the grass-roots tissue unit 2, and perform longitudinal weaving. In addition, the longitudinal yarn 5 for knitting the surface layer structure portion uses polyurethane filaments with a yarn diameter of 44 to 620 (DT) in this embodiment, but this range is a representative example. In addition, the longitudinal yarn 5 for knitting of the surface layer part can be used in addition to the above-mentioned trimmed 10 polyurethane filaments, or a natural fiber or synthetic rubber can be dip-coated with the aforementioned synthetic fiber yarn, or coated with rubber, and further A rubber braid alone can be used. In this description, there are two or more types of longitudinal knitting yarns 5 used to knit the surface structure of the surface knitting portion 3, which refers to the use of, for example, 15 first surface knitting longitudinal yarns 5A. Thicker and thinner yarn diameters than the longitudinal yarns 5B for knitting of the second surface layer knitting section, or the longitudinal yarns 5A for knitting of the second surface layer knitting section and the longitudinal yarns 5 for knitting of the second surface layer knitting section; 8 materials are made of different soft and hard materials, or are made of materials with different degrees of elasticity, or are made of materials with different strengths such as tensile, bending, and compression. The methods of mutual programming are different. When editing the superficial organization department 3, the elements that are different from the other side are different. Furthermore, the first surface layer knitting longitudinal yarn 5A is formed on the surface side of the mesh structure flower and the text G1, and the desired mesh of the base layer tissue portion 2 and the second surface layer weaving longitudinal yarn 5B is knitted. 1 ^. In addition, the second surface-level knitting part 13 200408744 uses the longitudinal yarn 5B 'system to distribute the inner side, the front side, and the middle portion of the longitudinal yarn, and incorporates the above-mentioned base layer organization portion 2 and the first surface layer organization portion knitting longitudinal yarn 5A. Mesh M. In addition, as shown in Fig. 1 and Fig. 5, the longitudinal yarn 5 for knitting of the surface layer is arranged in the warp direction χ (column direction) at a desired distance and arranged at the desired number of rows arranged. For each stitch, weave the desired mesh structure pattern G1 in the desired number by combining the setting methods. That is, in this embodiment, as shown in FIG. 丨 and FIG. 2, each of the crochet pins arranged in the four warp loop directions (column direction) is made into the same kind, and 10 borrows 2 1 The surface layer of the group is knitted with the longitudinal yarns 5A and 5B, and the base layer of the 4-weft loop weaving structure knitted with the longitudinal yarn 4 knitted with the longitudinal yarn 4 within the range a depicted by the imaginary lines in Figs. 1 and 2 The surface of the tissue part 2 combines the forged texture pattern of the 6-weft circle satin texture drawn in an imaginary line as shown in the ranges B and B of Figs. 1 and 2 to form a knitting mesh structure. 15 化 纹 G1. In Figs. 1 and 2, M1 is a closed hole, and M2 is an open hole. Further, the weaving method of the non-slip tissue cloth of this embodiment will be described more specifically. First, the base tissue portion 2 starts from the closed hole M1 as shown in the range A of FIG. 20 left and right stitches are separated by an opening M2, and further advance in the warp direction X to the left 1 weft stitches are inserted into a 3 weft loop as a closed hole M1 ° Then, in the warp direction X is left and right apart 1 weft loop Hole M2 is programmed to complete one cycle in range A. In this way, one cycle in the range A is continuously performed, and the weaving yarn 4 for the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving of the weaving yarn 4 The weaving longitudinal yarn 5B is used for weaving the weave, and the base weave 2 is knitted. The longitudinal yarn 5A for the knitting of the first base layer is, for example, as shown in the range B in the first figure. Starting from the closed hole M1, the warp direction X is to the right, and the left and right wefts are separated by 5 openings M2 and M2. Further, in the warp direction X, one weft is advanced to the right and a four-weft loop hole is knitted as the closed hole M1. Next, weave the left and right wefts in the warp direction X to the left and 2 wefts through the holes M2 and M2 to complete one cycle in the range B. In this way, one cycle in the range B is performed continuously in a longitudinal direction, and the longitudinal yarns 4 for knitting of the base tissue portion 2 of the base structure portion 2 and the ten longitudinal knitting yarns 5B of the second base layer of the surface tissue portion 3 are continuously knitted. In addition, the longitudinal yarn 5B for knitting of the second surface layer is, for example, as shown in the range B ′ in FIG. 1, starting from the closed hole M1, and opening in the warp direction X to the left and 2 left and right weft openings M2, M2 is incorporated, and further, the weft loop advances in the warp direction X to the right by 4 weft loops and the 4 weft loop holes are knitted as the closed hole M1. Next, move forward in the warp direction X towards 15 and 2 weft loops are inserted around the holes M2 and M2 to complete one cycle in the range B '. In this way, one cycle in the range B 'is continuously performed, and the longitudinal yarn 4 for knitting the base layer tissue portion of the base layer organization portion 2 and the longitudinal yarn 5A for the knitting of the first base layer portion surface portion 3 are continuously longitudinally knitted. In this way, as described above, the longitudinal yarn 5A for the knitting of the first surface layer and the longitudinal yarn 5B for the knitting of the 20th surface layer are combined with a 6-weft loop satin weave pattern to form a weaving net. Eye tissue pattern G1. Further, in this embodiment, the basis weight of the knitted longitudinal yarn 4 for the knitting of the base layer structure portion and the longitudinal yarn 5 for the knitting of the surface layer portion is 200 to 800 g / m2. 15 200408744 The range of weight per unit area of the mesh M is selected to match the use of the tissue cloth 1 itself, taking into account air permeability, sweating, thermal insulation, stretchability, adaptability, recovery, strength, durability, etc. By using the first and second surface tissue cloths 5A and 5B, the anti-slip function can be fully exerted. 5 In addition, the mixing ratio of the knitting longitudinal yarn 5 of the surface layer of the base fabric portion knitting longitudinal yarn 4 of the knitting cloth 1 knitted by the longitudinal yarn 4 of the base layer tissue knitting and the longitudinal yarn 5 of the surface layer knitting component is as follows: In this embodiment, it contains 50 to 80% by weight. Further, as mentioned above, the yarn diameter of the longitudinal yarn 4 for knitting in the base layer structure is 33 to 167 (DT), and the yarn diameter 10 of the longitudinal yarn 5 for knitting in the surface layer is 44 to 620 (DT). In this way, the yarn diameter of the longitudinal yarn 5 for knitting of the surface layer portion is made thicker than that of the longitudinal yarn 4 for knitting of the base layer portion. In this embodiment, one surface (for example, the inner surface side) of one piece of tissue cloth 1 is not only Make use of the original texture of the cloth, such as touch, smoothness, softness, gloss, etc., and the thickness is thin and light, and it has 15 points of strength. The other side (such as the surface side) of the tissue cloth 1 is arranged Each crochet pin of the desired number in the warp direction (column direction) is matched with each other to make the same kind of knitting, and by combining two, that is, two kinds of surface layer knitting longitudinal yarns 5A and 5B are knitted The desired mesh structure pattern G1, for example, the entire shape woven by the 6-weft loop 20 satin texture shown in the range B and B 'shown by the imaginary lines in Figures 1 and 2 is a diamond-shaped mesh. The eye tissue pattern G1 can be knitted into a tissue fabric 1 that can fully exert the anti-slip function in either of the warp direction X and the weft direction Y. In addition, for the knitting longitudinal yarn 4 of the base fabric portion knitting of the weaving fabric 1 knitted with the longitudinal yarn 4 of the base layer weaving and the longitudinal yarn 5 of the surface layer weaving, 200408744 the knitting longitudinal yarn 5 of the surface layer weaving, In this embodiment, since it is 70 to 80% by weight and is a piece of tissue cloth 1, even if the thickness is thin and light, we can obtain a surface layer that weaves on one side to form the base tissue portion 2, and the other side plays a sufficient non-slip function. Organizational organization 3 organization cloth 1. 5 Furthermore, the first surface layer knitting longitudinal yarn 5A formed by the polyurethane filaments and the second surface layer knitting longitudinal yarn 5B are knitted and exposed on one side (for example, the surface side) of the base layer tissue portion. As shown in Fig. 1, Fig. 2, and Fig. 3, the mesh structure pattern ⑴ of the rhombus-shaped satin weave pattern can play an anti-slip function. For example, the first mesh 10 structure is formed. Of course, the loop portion of the mesh M of the pattern 1 also includes a foot portion ρ that is aligned in a long line on the surface side of the surface layer tissue portion 3 and is exposed in a main line. In addition, the second place in the mesh structure pattern that effectively exerts the anti-slip function is the place where the rhombuses of the mesh structure pattern G1 are continuous with each other, that is, the satin pattern is formed by the polyurethane filaments. The first 15th surface layer knitting longitudinal yarn 5A and the second surface layer knitting longitudinal yarn 5B are knitted to intersect the feet F and F of the mesh M of the tissue cloth 1, thereby storming the surface layer 3 On the surface side, it is shown in the range of the figure, because the exposure density per unit area of the first surface layer knitting longitudinal yarn 5A and the second surface layer knitting longitudinal yarn 5B becomes higher, so it can be fully utilized. Anti-slip function. It should be noted that although the base fabric portion knitting longitudinal yarn 4 used in this embodiment is formed by using the polyester fiber yarn as the base fabric portion 2, this is merely a representative example and is not limited thereto. In addition, for example, synthetic resin fiber systems such as polyamide fiber yarn, polyethylene fiber 17 yarn, polypropylene fiber yarn, polyvinyl alcohol fiber yarn, polyacrylic fiber yarn, and polyvinyl chloride fiber yarn can also be used. And / or, for example, knitting of natural fiber yarns such as kapok, hemp, silk, wool, and the like, the knitting base portion 2 may be used.
另外，表層組織部3，係如前述地將配索於經圈方向X 之第1表層組織部編織用縱紗5A，與第2表層組織部編織用 縱紗5B組合編入。其中，由於第丨表層組織部編織用縱紗5八 係在網眼組織花紋G1的表面側編入前述基層組織部2及第2 表層組織部編織用縱紗5B之所希望之網眼μ，而且，第2表 層組織部編織用縱紗5Β係配索於内面側與表面側與中間 邛，且編入别述基層組織部2及第1表層組織部編織用縱紗 5Α之所希望之網眼Μ，所以表層組織部3係編織成朝經圈方 向X、緯圈方向Υ、及厚度方向Τ之3度空間網眼構造（參照 弟3圖）。 如此，組織布1由於在表面側呈現出由聚胺酯長絲所形 成之第1表層組織部編織用縱紗5Α，與第2表層組織部編織 用縱紗5Β，所以組織布1本身富有伸縮性，恢復性也優良。 而且，在長時間與重複使用組織布丨進行洗淨的情形下，由 於由聚胺酯長絲所形成之第1表層組織部編織用縱紗5八與 第2表層組織部編織用縱紗5；8係可發揮伸縮性者，且基層組 織部2係可發揮拉力、_曲、壓縮等之強度，所以不會變形 與形狀潰散，耐久性優良。 如此，由於表層組織部3，係編織成朝經圈方向X、緯 圈方向Υ、及厚度方向Τ之3度空間網眼構造，所以組織布工 本身，通氣性、發汗性、保溫性也優良。 200408744 因此，本實施形態之組織布丨，若使用在黏合於人體之 整型部，例如特別疋女性為了調整體型穿用之例如胸罩之 杯部的下緣、側面、與肩編帶，還有緊身胸衣之腰圍開口 部、腹部、臀部的下緣、位置於插入兩肢之腿孔的兩肢之 5根部分之下襬部，還有在胸罩和腰間連在一起的内衣，胸 罩部之杯部的下部周緣、側面、肩編帶，還有在緊身胸衣 部，腹部、臀部的下緣、插入兩肢之腿孔與位置於插入兩 肢之兩肢之根部分之下襬部，進一步，如在女短上衣，胸 罩的左右杯部之下部周緣、該杯部的左右側面、肩編帶、 10腰圍部的下緣等之矯正内衣，隨著使用者運動，富有伸縮 性、恢復性，另外，由於呈現於組織部的表面侧之第i表層 組織部編織用縱紗5 A與第2表層組織部編織用縱紗5B所產 生之防滑功能，可藉此消除矯正内衣不小心的偏移移動與 捲起，且通氣性、發汗性優良，所以特別在夏季等之高溫 15下，使用者在出汗等情形，不會因悶熱而發癢。而且，與 專利文獻1所述之藉塗布橡膠等之黏著体謀求與肌膚的密 閉性之習知創作之黏著体因高溫而軟化不同。此外，由於 組織布1富有伸縮性，恢復性優良，所以不會因進行長期的 使用與重複的洗淨，品質因而劣化而使矯正内衣由整型部 20脫落，以及損及防止偏移之功能。再者，由於不需要朝矯 正内衣之整型部處所做黏著体的塗布作業，所以不會增加 製品的製作過程，可提昇製作效率。 另外，本實施形態之組織布1，除了適合於人體穿用之 例如前述之緊身胸衣之外，若使用於例如具有鞋罩、運動 19 200408744 用之緊身衣等之股部之下半身用衣類之腰圍部分的内側， 與安裝於腿孔的兩股之根部分的内側，則防滑方式與安裝 橡膠絕緣帶不同，不會產生因橡膠絕緣帶的鎖緊力感覺壓 迫感、皮膚不會有橡膠絕緣帶印入的痕跡，不會因悶熱與 5 血液循環不良而發癢。而且，不需要為了覆蓋隱蔽橡膠絕 緣帶而做摺邊處理與縫製作業，不必增加製品的製作過 程，製作效率提高，並且橡膠絕緣帶之安裝處所的厚度變 厚，不會在穿用時感覺失調，還有橡膠絕緣帶的敷設處所 之線不會由裙子、褲子等之外衣的上面顯現，形成不雅觀， 10 即使在夏季等之高溫下不會產生悶熱，不會感覺癢。 另外，第4圖顯示本發明之第2實施形態。 在該實施形態中，編入基層組織部2的表面侧之表層組 織部3的表層組織部編織用縱紗5，其配置於配列在經圈方 向X之所希望之根數之每一扣針之聚胺酯長絲所形成之2種 15 表層組織部編織用縱紗5A、5B所形成之2根1組之點，雖與 前述第1實施形態同樣之構造，不過，在本實施形態中，係 藉該表層組織部編織用縱紗5A、5B，組合編入半網格花 樣，再將全體形狀編織背對背地組合成2個大致呈5角形之 網眼組織花紋G2之構造。 20 也就是，第1表層組織部編織用縱紗5A，係例如第4圖 之範圍C内所示，由閉孔Ml出發，在經圈方向X朝右前進1 緯圈，其次，朝左退回1緯圈，再朝右前進2經圈，編入各 個閉孔Ml、Ml、Ml且前進3緯圈。其後，朝左1經圈、1 緯圈，再朝右前進1經圈、1緯圈左右，編入閉孔Ml、Ml， 20 2〇〇4〇8744 完成範圍c内之1循環。如此，縱向地連續進行範圍c内之1 循環，連續地編入基層組織部2與表層組織部3之基層組織 部編織用縱紗4與第2基層組織部編織用縱紗5^。 另外，第2表層組織部編織用縱紗5B，係例如第4圖之 5範圍C，内所示，由閉孔Ml出發，在經圈方向χ朝左前進1 緯圈，接著朝右退回1緯圈，再朝左前進2經圈，編入閉孔 Ml、Ml、Ml且前進3緯圈。其後，朝右丨經圈、丨緯圈，再 朝左前進1經圈、1緯圈左右，編入閉孔Ml、Ml，完成範圍 C，内之1循環。如此，連續進行範圍C，内之1循環，連續地 10編入基層組織部2之基層組織部編織用縱紗4與表層組織部 3之弟1基層組織部編織用縱紗5 A。 而且，如別述，藉第1表層組織部編織用縱紗5入與第2 表層組織部編織用縱紗5B，編織6緯圈半網格之全體形狀背 對背地組合成2個大致呈5角形之網眼組織花紋G2。 15 如此所編織之1片組織布1的一面（例如内面側），可發揮 布料本來之質感’例如觸感、平滑感、柔軟感、光澤等， 並且厚度較薄輕量，具有充分的強度，而該組織布丨的另一 面(例如表面側）’係在配索於配列在經圈方向（列方向）之所 希望根數的每-扣針上將各個取緯圈作成同種，且藉組合2 20根之表層組織部編織用縱紗5A、5B所編織成之所希望之網 眼組織花紋G2,例如編織成如以第4圖之假想線所描繪之範 圍C、C’内所示之6緯圈半網格所編織之全體形狀背對背地 組合2個大致呈5角形之網眼組 織花紋G2，藉此在朝經圈方 向X及緯圈方向γ之任何一方向，均可以編織充分的發揮防 21 200408744 滑功能之組織布1。除此以外，與前述實施形態具有同樣之 構造、作用。 另外，第5圖顯示本發明之第3實施形態。 在該實施形態中，編入基層組織部2的表面側之表層組 5 織部3之表層組織部編織用縱紗5，其在配列於配列在經圈 方向X之所希望之根數之每一扣針上之聚胺酯長絲所形成 之2種表層組織部編織用縱紗5A、5B所形成之2根1組之 點，與前述第1實施形態、第2實施形態同樣之構造，不過， 在本實施形態中，係組合藉該表層組織部編織用縱紗5A、 10 5B編入之彈力網格花樣，編織成全體形狀為大致呈6角形之 網眼組織花紋G3之構造。 也就是，第1表層組織部編織用縱紗5A，係例如以第5 圖之假想線所示範圍D内，由閉孔Ml出發，在經圈方向X 朝右僅前進1緯圈編入開孔M2。其次，朝縱向前進1緯圈 15 份，編織閉孔Ml。其後，在經圈方向朝右前進1緯圈，編 織閉孔Ml，接著在經圈方向X朝左前進1緯圈，編織開孔 M2，再朝1緯圈份縱向前進，編織閉孔Ml，完成範圍D内 之1循環。如此，連續進行範圍D内之1循環，連續編入基層 組織部2之基層組織部編織用縱紗4與表層組織部3之第2基 20 層組織部編織用縱紗5B。 另外，第2表層組織部編織用縱紗5B，係例如第5圖之 範圍D’内所示，由閉孔Ml出發，在經圈方向X朝左前進1 緯圈，編入開孔M2。其次，朝縱向前進1緯圈份，編織閉 孔Ml。其後，在經圈方向X朝左前進1緯圈，編織閉孔Ml， 22 200408744 接著在經圈方向朝右前進丨緯圈，編織開孔M2，再朝丨緯圈 份縱向前進，編織閉孔M1，完成範圍D，内之丨循環。如此， 連續進行範圍D’内之1循環，連續編入基層組織部2之基層 組織部編織用縱紗4與表層組織部3之第丨基層組織部編織 5 用縱紗5A。 如此’如前述’藉第1表層組織部編織用縱紗5八與第2 表層組織部編織用縱紗53，編織6緯圈彈力網格之全體形狀 為大致呈6角形之網眼組織花紋G3。 如此所編織之1片組織布丨也與前述第1實施形態、第2 ⑺貫施形態同樣，其一面，可發揮布料本來之質感，例如觸 感、平滑感、柔軟感、光澤等，並且厚度較薄輕量，具有 充分的強度，而該組織布丨的另一面，也就是表面側，係在 配索於配列在經圈方向（列方向）之所希望根數的每一扣針 Μ上將各個取緯圈作成_，且藉組合2根之表層組織部編織 用縱‘5A、SB，編織所希望之網眼組織花紋⑺，例如編織 成如以第5圖之假想線所描繪之範圍D、D，内所示之$緯圈彈 力網格所編織之全體形狀大致呈6角形之網眼組織花紋 G3，藉此，在朝經圈方向又及緯圈方向γ之任何一方向，均 、扁織充分地發揮防滑功能之組織布1。除此以外，與前述第 0 1實施形態及第2實施形態具有同樣之構造、作用。 另外，在前述第1實施形態、第2實施形態、第3實施形 態中，雖代表性地說明僅在組織部k表面側的一面編織表 層組織部2之網眼組織花紋G1、G2、g3的情形，不過並不 限於此，例如亦可僅在組織布1的内面側之另外一面，進一 23 200408744 步在表面側及内面側的兩面，形成表層組織部2之網眼組織 花紋Gl 、G2、G3 。 另外，在前述第1實施形態、第2實施形態、第3實施形 態中，表層組織部編織用縱紗5,雖使用了紗徑44〜620(DT) 5 之聚胺酯長絲’不過此乃是代表性的例示，紗徑可以自由 增減變更。 另外，所使用之表層組織部編織用縱紗5，並不限制於 如本實施形態之聚胺酯長絲，亦可以使用例如在合成纖維 浸塗天然橡膠或合成橡膠等之橡膠者，或使用塗佈橡膠 10 者，進一步，使用橡膠編帶單体編織表層組織部3。 另外，在上述各實施形態所使用之組織布1，係如上述 說明並不限於使用在矯正内衣之情形，亦可以有效的使用 作為例如外套、外衣等之外面、内衣、生理用内褲等之内 面、睡衣、褲子、睡衣褲、泳褲等之衣服；帽子、鞋墊、 15拖鞋、座墊、座墊蓋、被單、手套等之隨身用品；網球拍、 南爾夫球桿等之運動用品之夾具的防滑，用途相當廣泛。 另外，在上述各實施形態為了形成基層組織部2，所使 用之基層組織部編織用縱紗4，雖使用前述聚酯纖維紗編織 基層用組織部2，不過此乃代表性的例示，並不限於此等， 20除此之外亦可使用例如合成樹脂纖維紗，例如聚醯胺纖維 紗、聚乙烯纖維紗、聚丙烯纖維紗、聚己烯醇纖維紗、聚 丙烯酸纖維紗、聚氯乙烯纖維紗、及/或例如木棉、麻、 絹、羊毛等天然纖維紗編織基層用組織部2。 另外，在上述各實施形態中，為了編織表層組織部3 24 200408744 之前述表層組織部編織用縱紗5，雖以代表的例示說明了組 合!^44〜62G (DT)之2根聚胺g旨長絲，藉所使用之锻紋 織物編、半網格編、彈力網格編之所編織之網眼組織花紋 ίο G卜G2、G3，有效地_防滑功能的情形，不過紗的粗細、 紗的數目可以自由增減變更，用以編織於表層組織部3的組 織圖化紋，也不限於圖示之圖花紋，圖雖未顯示，不過亦 可具有例如單㈣經平組織花樣（鋸#花樣），除此之外之 組織花紋’進-步，編織方法並不限於上述各實施形態， 例如縱平編、縱橡膠編、斜紋網格編、網眼編、特里特經 編、锻紋編、或其組合之縱編亦可。重要的是，在基層組 織部2的單面’制所希望多數根之表層組織部編織用縱紗 5 ’形成2層職構造之表層組織部的情形， 適用範圍。 發明之效果In addition, as described above, the surface layer structure portion 3 is a combination of the first surface layer structure knitting longitudinal yarn 5A, which is distributed in the warp direction X, in combination with the second surface layer structure knitting longitudinal yarn 5B. Among them, the longitudinal yarn 5 for the knitting of the surface layer knitting portion is knitted into the desired mesh μ of the base layer 2 and the longitudinal yarn 5B for knitting the second surface layer on the surface side of the mesh pattern G1, and , The second surface layer weaving longitudinal yarn 5B is attached to the inner surface side and the surface side and the middle reed, and is incorporated into the other desired base meshes 2 and the first surface layer weaving longitudinal yarn 5A. Therefore, the surface layer 3 is woven into a 3 degree spatial mesh structure toward the warp direction X, the weft direction Υ, and the thickness direction T (refer to FIG. 3). In this way, the tissue cloth 1 exhibits a first surface layer weaving longitudinal yarn 5A formed of polyurethane filaments on the surface side and a second surface layer weaving longitudinal yarn 5B formed on the surface side. Therefore, the tissue cloth 1 itself is flexible, The recoverability is also excellent. Furthermore, in the case where the tissue cloth is washed for a long time with repeated use, the first surface layer knitting longitudinal yarn 5 and the second surface layer knitting longitudinal yarn 5 made of polyurethane filaments are formed from polyurethane filaments; 8 The system can exhibit elasticity, and the base structure unit 2 can exert strength such as tensile force, flexure, compression, etc., so it does not deform and collapse, and has excellent durability. In this way, since the surface tissue portion 3 is woven into a 3-degree spatial mesh structure toward the warp direction X, the weft direction Υ, and the thickness direction T, the fabric weaver itself has excellent breathability, sweatiness, and heat retention. . 200408744 Therefore, if the tissue cloth of this embodiment is used on the shaping part that is adhered to the human body, for example, the lower edge, side, and shoulder strap of the cup part of a bra for females to adjust the figure, and The waist opening of the corset, the lower edge of the abdomen, buttocks, the hem of the five parts of the limbs inserted into the leg holes of the limbs, and the underwear connected to the bra and waist. The lower perimeter, side, and shoulder straps of the cup, and the lower part of the corset, the abdomen, the lower edge of the buttocks, the leg holes inserted into the limbs, and the lower part of the limbs inserted into the limbs For example, corrective underwear for women's tops, the lower peripheral edges of the left and right cups of the bra, the left and right sides of the cup, shoulder straps, and the lower edge of the waistline 10, are flexible and recoverable as the user moves. In addition, due to the anti-skid function of the i-th surface layer weaving longitudinal yarn 5A and the second surface-level weaving longitudinal yarn 5B appearing on the surface side of the tissue portion, the careless correction of underwear can be eliminated by this Move and roll And air permeability, excellent sweating, especially in the summer, and the like so that the temperature 15, sweaty like in the case of a user, will not be hot itching. Further, the adhesive body which is conventionally created to adhere to the skin by applying an adhesive body such as a rubber as described in Patent Document 1 to skin tightness is different from softening due to high temperature. In addition, because the tissue cloth 1 is flexible and has excellent recoverability, it will not cause the quality of the correction underwear to fall off from the shaping unit 20 due to long-term use and repeated washing, and the function of preventing displacement will be impaired. . Furthermore, since it is not necessary to apply the adhesive to the shaping part of the correction underwear, the production process of the product is not increased, and the production efficiency can be improved. In addition, the tissue cloth 1 of this embodiment is suitable for wearing on the human body, such as the aforementioned bodice, and if it is used in, for example, a lower body part of a thigh with a shoe cover, a sports corset, etc. The inner side of the waist is different from the inner side of the two roots installed in the leg holes. The anti-slip method is different from the installation of the rubber insulating tape. There is no feeling of pressure due to the locking force of the rubber insulating tape, and the skin does not have rubber insulation. With printed marks, it will not be itchy due to sweltering and 5 poor blood circulation. In addition, there is no need to perform hemming and sewing operations in order to cover the hidden rubber insulating tape, it is not necessary to increase the production process of the product, and the production efficiency is improved. The thickness of the installation place of the rubber insulating tape is thickened, and it will not feel unbalanced when worn. Also, the line of the laying place with rubber insulation tape will not appear from the tops of outerwear such as skirts and trousers, forming an unsightly view. 10 Even in high temperatures such as summer, it will not produce sweltering and itching. Fig. 4 shows a second embodiment of the present invention. In this embodiment, the longitudinal weaving yarn 5 for the surface layer weaving incorporated in the surface layer weaving section 3 on the surface side of the base layer weaving section 2 is arranged at each of the crochet pins of the desired number arranged in the warp direction X. The two sets of two 15-layer knitting longitudinal yarns 5A and 5B formed from polyurethane filaments have the same structure as the first embodiment described above. However, in this embodiment, it is borrowed The surface layer weaving longitudinal yarns 5A and 5B are combined into a half-mesh pattern, and the entire shape is knitted back-to-back to form a structure of two approximately pentagonal mesh structure patterns G2. 20 That is, the longitudinal yarn 5A for knitting of the first surface layer is, for example, as shown in the range C of FIG. 4, starting from the closed hole M1, it advances in the warp direction X to the right by 1 weft, and secondly, it retracts to the left 1 weft loop, then advance 2 warp loops to the right, weave each closed hole Ml, Ml, Ml and advance 3 weft loops. After that, 1 warp and 1 weft to the left, and then 1 warp and 1 weft to the right, are programmed into the closed holes Ml, Ml, 20,200,408,874 to complete one cycle in the range c. In this way, one cycle in the range c is performed continuously in the longitudinal direction, and the longitudinal yarns 4 for knitting the base tissues 2 and the longitudinal yarns 5 for knitting the second base tissues are continuously incorporated. In addition, the longitudinal yarn 5B for knitting of the second surface layer is, for example, within the range C in FIG. 4, and starts from the closed hole M1, advances in the warp direction χ to the left by 1 weft, and then returns to the right by 1 Weft loop, advance 2 warp loops to the left, weave into closed holes Ml, Ml, Ml and advance 3 weft loops. After that, go to the right 丨 warp circle, 丨 weft circle, and then go to the left 1 warp circle, about 1 weft circle, weave it into the closed holes Ml, Ml, and complete the range C, one cycle inside. In this way, one cycle in the range C is performed continuously, and the tenth yarn for knitting of the base layer weave 4 and the first knitting yarn 5 for the first layer of the weave 3 of the surface tissue portion 3 are successively incorporated. Furthermore, as mentioned above, the entire shape of the first surface layer weaving longitudinal yarn 5B and the second surface layer weaving longitudinal yarn 5B are knitted back to back to form two approximately pentagonal shapes. Mesh pattern G2. 15 One side (such as the inner surface side) of a piece of tissue cloth 1 woven in this way can exert the original texture of the cloth, such as touch, smoothness, softness, gloss, etc., and it is thin and lightweight, and has sufficient strength. And the other side (such as the surface side) of the tissue cloth is made of the same kind of weft loops on each of the needles that are arranged in the desired number of warp loops (column direction). 2 The desired mesh structure pattern G2 woven by weaving longitudinal yarns 5A and 5B of the surface tissue part of 20 pieces is knitted, for example, as shown in the ranges C and C 'depicted by the imaginary lines in FIG. 4 The entire shape woven by the 6-weft circle half-mesh is combined back to back with two approximately 5-angled mesh tissue patterns G2, so that weaving can be fully woven in either of the warp direction X and the weft direction γ. Organizational cloth with anti-skid function of 21 200408744 1. Other than that, it has the same structure and function as those of the aforementioned embodiment. Fig. 5 shows a third embodiment of the present invention. In this embodiment, the surface layer group 5 of the surface side of the base structure portion 2 is knitted with the longitudinal yarn 5 for knitting of the surface structure portion of the weave portion 3, which is arranged at each buckle of the desired number of yarns arranged in the warp direction X. The two points and one set of two kinds of surface layer knitting longitudinal yarns 5A and 5B formed by the polyurethane filaments on the needle have the same structure as the first and second embodiments described above, but in this case, In the embodiment, the elastic mesh pattern knitted with the longitudinal yarns 5A and 105B used for knitting of the surface tissue part is combined into a structure having a mesh shape G3 having a substantially hexagonal shape as a whole. That is, the longitudinal yarn 5A for knitting of the first surface layer is, for example, within the range D shown by the imaginary line in FIG. 5, starting from the closed hole M1 and advancing to the right in the warp direction X by only one weft. M2. Next, 15 portions of the weft loop are advanced in the longitudinal direction, and the closed hole M1 is knitted. After that, advance one weft in the warp direction to the right to weave the closed hole M1, then advance one weft in the warp direction X to the left, weave the open hole M2, and then advance longitudinally toward one weft to weave the closed hole Ml. , Complete 1 cycle in range D. In this way, one cycle in the range D is continuously performed, and the longitudinal yarns 4 for knitting of the base layer tissue portion 2 of the base layer tissue portion 2 and the longitudinal yarns 5B of knitting of the second base 20 layer portion tissue portion of the surface layer 3 are continuously knitted. The longitudinal yarn 5B for knitting of the second surface layer is, for example, shown in the range D 'in Fig. 5, starting from the closed hole M1, advancing to the left in the warp direction X by a weft, and weaving into the opening M2. Next, one weft is advanced in the longitudinal direction, and the closed cell M1 is knitted. After that, advance in the warp direction X to the left by 1 weft, and weave the closed hole M1, 22 200408744, then advance in the warp direction to the right, weft, weave the opening M2, and then advance longitudinally toward the weft. Hole M1, completes the range D, and circulates within it. In this way, one cycle in the range D 'is continuously performed, and the longitudinal yarns 5A for the knitting of the base layer tissue portion 4 of the base layer tissue portion 2 and the 5th of the base layer tissue portion knitting 5 of the surface layer portion 3 are continuously knitted. In this way, by using the first surface layer knitting longitudinal yarn 58 and the second surface layer knitting longitudinal yarn 53, the overall shape of the 6-weft elastic grid is a substantially hexagonal mesh pattern G3. . One piece of tissue cloth woven in this way is also the same as the first embodiment and the second embodiment. The one side can give play to the original texture of the cloth, such as touch, smoothness, softness, gloss, and thickness. It is thin and light, with sufficient strength, and the other side of the tissue cloth, that is, the surface side, is attached to each pin M that is arranged in a desired number arranged in the warp direction (column direction). Each weft picking circle is made into _, and by combining 2 pieces of surface layer weaving lengths' 5A, SB, weaving a desired mesh structure pattern ⑺, for example, weaving into a range as depicted by the imaginary line in FIG. 5 D, D, The overall shape woven by the $ weft loop elastic grid shown in FIG. 6 is a hexagonal mesh pattern G3, so that in any direction of the warp direction and the weft direction γ, 2. Flat weaving fabric with full anti-slip function1. Other than that, it has the same structure and function as those of the first and second embodiments. In addition, in the aforementioned first embodiment, second embodiment, and third embodiment, although the mesh structure patterns G1, G2, and g3 of the surface layer tissue portion 2 are woven only on one side of the k surface side of the tissue portion, it will be representatively explained. However, it is not limited to this. For example, only on the other side of the inner surface side of the tissue cloth 1 can be further step 2004200444 on both the surface side and the inner surface side to form the mesh structure patterns G1, G2 of the surface tissue portion 2. G3. In addition, in the first embodiment, the second embodiment, and the third embodiment, the longitudinal yarn 5 for knitting the surface tissue portion uses polyurethane filaments having a yarn diameter of 44 to 620 (DT) 5 'but this is As a representative example, the yarn diameter can be freely increased or decreased. In addition, the longitudinal yarn 5 for knitting of the surface layer part is not limited to the polyurethane filaments as in this embodiment. For example, a synthetic fiber may be dip-coated with rubber such as natural rubber or synthetic rubber, or coated. In the case of the rubber 10, the surface tissue portion 3 is knitted using a rubber braid alone. In addition, the tissue cloth 1 used in each of the above embodiments is not limited to the case of correcting underwear as described above, and can also be effectively used as, for example, outer surfaces of outerwear, outerwear, underwear, physiological underwear, etc. Underwear, pajamas, pants, pajamas, swimming trunks, etc .; hats, insoles, 15 slippers, seat cushions, seat covers, sheets, gloves, etc .; articles for daily use; tennis rackets, golf clubs, etc. The non-slip of the fixture is quite versatile. In addition, in the above embodiments, in order to form the base layer structure portion 2, the base layer structure portion knitting longitudinal yarn 4 is used. Although the polyester fiber yarn is used to knit the base layer structure portion 2, the above is a representative example and is not In addition to this, 20 can also use synthetic resin fiber yarns, such as polyamide fiber yarns, polyethylene fiber yarns, polypropylene fiber yarns, polyhexenol fiber yarns, polyacrylic fiber yarns, polyvinyl chloride Fiber yarns and / or natural fiber yarns such as kapok, hemp, silk, wool, etc. are woven into the base tissue portion 2. In addition, in each of the above-mentioned embodiments, in order to knit the surface layer weaving longitudinal yarn 5 of the surface layer weaving section 3 24 200408744, the combination is described as a representative example! ^ 44 to 62G (DT) of two polyamines g The purpose filament is a woven mesh structure pattern made of forged fabric, half-mesh, and stretch-mesh woven fabrics, such as G, G2, and G3, which effectively prevent slippage, but the thickness of the yarn, The number of yarns can be freely increased or decreased, and is used to knit the texture of the surface texture of the surface tissue portion 3, and is not limited to the illustrated pattern. Although the figure is not shown, it can also have, for example, a single warp flat pattern (saw # 花样), in addition to the organization pattern 'step-by-step, the weaving method is not limited to the above embodiments, such as longitudinal flat knitting, longitudinal rubber knitting, twill mesh knitting, mesh knitting, Trit warp knitting, Swarm knitting, or a combination of longitudinal knitting is also possible. It is important that the single-layered surface system of the base fabric unit 2 has a large number of root surface tissues for knitting, and a longitudinal yarn 5 'is used to form a two-layered surface structure. Effect of the invention
15 20 如上所述，本發明之巾請專鄉圍第㈣之發明 在於係編織包括基層組織部、 1 層組織部係藉由合成纖維紗及部之組織布，該^ 層組織部編織用縱紗所編 二所形成之基層組織部編織騎紗，在前絲層組 希望之《、所希望之相 扁成所 紋，且前述表·織部編織網眼組織花橡膠浸塗或塗佈於合成纖維紗、或橡 長絲、或將者，另外，本發明之申請專利範圍第2項乡之帶單體所形成 係編織包括基層_部與表層、=之特徵在於 <、'且織布，該基層組 徵15 20 As mentioned above, the invention of the towel of the present invention requires that the first invention is to weave a tissue cloth including a basic tissue portion, and a 1-layer tissue portion using a synthetic fiber yarn and a tissue cloth. The knitting yarn of the basic structure formed by the knitting of the yarn is woven in the front silk layer group, and the desired phase is flattened into a pattern, and the aforementioned table and the weaving department knitted mesh structure flower rubber is dip-coated or coated in synthetic Fiber yarns, or rubber filaments, or woven fabrics. In addition, the knitting system formed by the belt monomers in the second patent application scope of the present invention includes the base layer and the surface layer, and is characterized by <, and , The grassroots group sign
25 織部係藉由合成纖維紗及々 織部編織用縱紗所蝙、/或天然纖維紗所形成之基層組 組織部的表面側，將者又5亥表層組織部係在前述基層 佈於合成纖維紗、^聚胺賴長絲、或將橡膠浸塗或者塗 表層組織部編膠㈣單體娜狀至少2種以上之 之經圈、所希望之/之—種對另外一種，縱編成所希望 另外，本發明二二圈並形成所希望之網眼組織花紋者， 10 織包括基層組^圍第3項之發明之特徵在於係編 係藉由合成纖維M =組織部之組織布’該基層組織部 編織用縱紗所編成天然纖維紗所形成之基層組織部 部的表面側，將又該表層組織部係在前述基層組織 灿、^ 忒胺酯長絲、或將橡膠浸塗或塗佈於合 縱沙，H #編帶單體卿成之2種表層_部編織用 〜…成所希望之_、所希望之 之網眼組織花紋去^ 15 ，又，本發明之申請專利範圍第4項之發 20 明之特徵在於，在申請專利範圍第如項中，前述表層組 ，我^係組—合編入配索於經圈方向之第1表層組織部編織用 縱紗’與第2表層組織部編織用縱紗，又前述第！表層組織 部編織用縱紗係在網眼組織花紋的表面側，編入前述基層 組織部及第2表層組織部編織舰紗之所希望之網眼，而前 述第2表層組織部編織用縱紗係配索於内面側與表面側與 中間部’且編入前述基層組織部及第1表層組織部編織用縱 紗之所希望之網眼’因此，可一面發揮布料素材的本來之 I感，另一方面，可確實地發揮防滑功能，另外，通氣性、 伸縮性、適應性優良，恢復力、耐久性也超強。 26 200408744 因此，特別是最適合使用於内衣、矯正内衣等之衣服、 還有帽子、鞋墊、座墊、被單等身邊用品，以及網球拍、 高爾夫球桿等之運動用品之夾具，例如在適用於内衣、矯 正内衣的情形中，在夏季等之高溫下不會因悶熱與血液流 5 通不良而發癢，而且，與單單將黏著體塗布於組織布不同， 不會軟化，即使長時間的使用與進行重複的洗淨，品質也 不會劣化，防滑材不會脫落，另外，與橡膠編帶等不同穿 用時不會因勒緊力而有壓迫感，皮膚不會產生痕跡，而且 不用塗布作業，簡化製品的製作過程，可以謀求製作效率 10 的提昇，進一步可以便宜地取得。 另外，本發明之申請專利範圍第5項之發明之特徵在 於，在申請專利範圍第1、2或3項中，前述表層組織部編織 用縱紗係配索在配列於經圈方向之所希望根數之每一扣針 上，並藉組合配索於各個經圈方向之所希望數目來編織所 15 希望之網眼組織花紋，另外，本發明之申請專利範圍第6項 之發明之特徵在於，在申請專利範圍第1、2或3項中，前述 表層組織部編織用縱紗係以2根1組之方式配列在配列於經 圈方向之所希望根數之每一扣針上，並藉該表層組織部編 織用縱紗組合所編入之緞紋組織花樣，以將全體形狀編成 20 大致呈菱形之網眼組織花紋，又，本發明之申請專利範圍 第7項之發明之特徵在於，在申請專利範圍第1、2或3項中， 前述表層組織部編織用縱紗係以2根1組之方式配列在配列 於經圈方向之所希望根數之每一扣針上，並藉該表層組織 部編織用縱紗組合所編入之半網格花樣，以將全體形狀編 27 200408744 成背對背組合之2個大致呈5角形之網眼組織花紋，另外， 本發明之申請專利範圍第8項之發明之特徵在於，在申請專 利範圍第1、2或3項中，前述表層組織部編織用縱紗係以2 根1組之方式配列在配列於經圈方向之所希望根數之每一 5 扣針上，並藉該表層組織部編織用縱紗組合所編入之彈力 網格花樣，以將全體形狀編成大致呈6角形之網眼組織花 紋，另外，本發明之申請專利範圍第9項之發明之特徵在 於，在申請專利範圍第1、2或3項中，前述表層組織部編織 用縱紗係以2根1組之方式配列在配列於經圈方向之所希望 10 根數之每一扣針上，並藉該表層組織部編織用縱紗編織單 梳櫛經平組織花樣之網眼組織花紋，因此，在組織布的一 面，可以容易且確實的編織確實發揮防滑功能之表層組織 部° 另外，本發明之申請專利範圍第10項之發明之特徵在 15 於，在申請專利範圍第2或3項中，前述2種表層組織部編織 用縱紗形成該組織布之網眼組織花紋之網眼的腳部，或該 腳部交叉集束，且編入基層組織布的表面側並暴露出來， 另外，本發明之申請專利範圍第11項之發明之特徵在於， 在申請專利範圍第2或3項中，前述2種表層組織部編織用縱 20 紗係集束於包含組織布之網眼組織花紋之網眼處，且編入 前述基層組織布的表面側並暴露出來，因此，編織於組織 布的一面之表層組織部的防滑功能優良。 另外，本發明之申請專利範圍第12項之發明之特徵在 於，在申請專利範圍第1、2或3項中，藉由前述基層組織部 28 200408744 編織用縱紗與前述表層組織部編織用縱紗所編織之組織部 中，相對於前述基層組織部編織用縱紗之前述表層組織部 編織用縱紗之混率為50〜80重量％，因此，1片組織布為輕 量又有強度者。 5 另外，本發明之申請專利範圍第13項之發明之特徵在 於，在申請專利範圍第1、2或3項中，前述基層組織部編織 用縱紗4的紗徑為33〜167(DT)，相對於此，前述表層組織部 編織用縱紗5的紗徑為44〜620(DT)，所以即使為1片之組織 布1，一面（内面側）可藉基層組織部2發揮布料本來之質感， 10 另外，藉由在單一之1片組織布的另外一面（表面側）所編織 之聚胺酯紗所形成之所希望之網眼組織花紋之表層組織 部，可以確實地發揮防滑功能。 另外，本發明之申請專利範圍第14項之發明之特徵在 於，在申請專利範圍第1、2或3項中，前述基層組織部編織 15 用縱紗與前述表層組織部編織用縱紗之每單位面積重量為 200〜800g/m2，因此，形成1片其一面形成基層組織部，另 外一面形成表層組織部之具有強度編織密實之組織布。 【圖式簡單說明3 第1圖為顯示本發明之防滑組織布的編織方法之第1實 20 施形態之組織圖， 第2圖為相同之透視圖， 第3圖為放大顯示相同之網眼組織之一部份的正面圖， 第4圖為顯示相同之本發明之防滑組織布之編織方法 之第2實施形態的組織圖，且 29 200408744 第5圖為顯示相同之本發明之防滑組織布之編織方法 之第3實施形態的組織圖。 【圖式之主要元件代表符號表】 G2...網眼組織花紋 G3...網眼組織花紋 Ml...閉孔 M2...開孔 T...厚度方向 X·..經圈方向 Y...緯圈方向 1···組織布 2···縣組織部 3···表層組織部 4.. .基層組織部編織用縱紗 5.. .表層組織部編織用縱紗 5A...第1表層組織部編織用縱紗 5B...第2表層組織部編織用縱紗 G1...網眼組織花紋 3025 The weaving department is the surface side of the base layer group structure portion formed by synthetic fiber yarn and batten weaving longitudinal yarn, and / or natural fiber yarn, and the surface layer structure portion is tied to the aforementioned base layer to cover the synthetic fiber. At least two kinds of warp loops, such as yarn, polyamine filaments, or dip-coated rubber or coated with surface tissue, and the desired / of one kind—the other kind is knitted into the desired type In addition, those who make two or two turns of the present invention and form the desired mesh structure pattern, the tenth invention including the base layer group ^ The third invention is characterized in that the knitting system is made of synthetic fiber M = weave cloth of the tissue portion. Tissue part knitting longitudinal yarns made of natural fiber yarns are formed on the surface side of the base tissue part on the surface side, and the surface tissue part is tied to the above-mentioned base tissue, can be made of urethane filaments, or rubber can be dip-coated or coated. Yu Hezongsha, H #Taping single element Cheng Cheng's two kinds of surface layers _ for weaving ~ ... into desired _, desired mesh structure pattern ^ 15, and the scope of patent application for the present invention The issue of the 20th issue of 4 items is characterized by the scope of patent application As items, the surface layer group, I ^ based group - eds tissue portion into the first surface layer to the meridional direction of the cord with the longitudinal threads woven with 'longitudinal threads with the surface structure and the second weave section, and the first! The longitudinal yarn for knitting of the surface layer is knitted on the surface side of the mesh structure pattern, and the desired mesh for weaving the warp yarn in the base layer and the second surface layer is knitted, and the longitudinal yarn for knitting the second surface layer is It is attached to the inner surface side, the front surface side, and the middle portion, and the desired mesh of the longitudinal yarn for knitting of the base layer and the first surface layer is incorporated. Therefore, the original I feeling of the cloth material can be displayed on one side, and the other In terms of anti-slip function, it has excellent air permeability, stretchability, and adaptability, and it is also extremely resilient and durable. 26 200408744 Therefore, it is especially suitable for clothes used for underwear, correction underwear, etc., as well as hats, insoles, seat cushions, sheets, and other side supplies, as well as jigs for tennis rackets and golf clubs. In the case of underwear and correction underwear, it does not itch due to sweltering and poor blood flow at high temperatures such as in summer, and it is different from the application of adhesive to tissue cloth alone, and does not soften, even if used for a long time. After repeated washing, the quality will not deteriorate, and the non-slip material will not fall off. In addition, unlike rubber braids, it will not feel pressure due to tightening force when worn, and will not cause marks on the skin. The operation can simplify the production process of the product, and the production efficiency can be improved by 10, which can be further obtained cheaply. In addition, the invention of claim 5 in the scope of patent application of the present invention is characterized in that, in the scope of claims 1, 2 or 3, the longitudinal yarns for knitting of the surface structure part are arranged in the warp direction as desired The number of each stitch is counted, and the desired number of mesh structure patterns is knitted by combining the desired number matched in each warp loop direction. In addition, the invention of item 6 of the scope of patent application of the present invention is characterized in that In item 1, 2, or 3 of the scope of the patent application, the longitudinal yarns for knitting of the surface layer structure are arranged in two groups of one on each of the crochet pins arranged in the desired number in the warp direction, and Based on the satin weave pattern incorporated in the longitudinal yarn combination for knitting of the surface tissue portion, the overall shape is knitted into a net-shaped weave pattern of approximately 20 rhombuses. In addition, the invention of item 7 of the scope of patent application of the present invention is characterized in that: In item 1, 2 or 3 of the scope of patent application, the aforementioned longitudinal yarns for knitting of the surface layer structure are arranged in two groups of one on each of the crochet pins arranged in the desired number in the warp direction, and borrowed The surface tissue department for weaving The half-mesh pattern incorporated in the yarn combination is used to knit the entire shape 27 200408744 into two roughly pentagonal mesh structure patterns of the back-to-back combination. In addition, the eighth invention of the patent scope of the present invention is characterized in that: In item 1, 2 or 3 of the scope of the patent application, the aforementioned longitudinal yarns for knitting of the surface structure part are arranged in two groups of one on each of the five needles arranged in the desired number in the warp direction, and The elastic mesh pattern incorporated by the longitudinal yarn combination for knitting of the surface tissue part is used to weave the overall shape into a hexagonal mesh pattern. In addition, the invention of item 9 of the scope of patent application of the present invention is characterized in that: In item 1, 2 or 3 of the scope of patent application, the aforementioned longitudinal yarns for knitting of the surface layer structure are arranged in two groups of one on each of the ten needles arranged in the warp direction, and By using the longitudinal yarn for knitting the surface layer of the surface layer, weaving the mesh structure of the single-knitted fabric with a plain weave pattern. Therefore, on the side of the tissue cloth, it is possible to easily and surely knit the surface layer of the surface with a non-slip function. The invention of claim 10 of the scope of application of the invention has the features of 15. In the scope of the scope of application of the patent, the aforementioned two types of surface layer weaving longitudinal yarns are used to form the mesh of the weave pattern of the weave. The feet, or the feet are cross-bundled, are knitted into the surface side of the underlying tissue cloth and exposed. In addition, the invention of claim 11 in the scope of patent application of the present invention is characterized in that, in the scope of claims 2 or 3, The aforementioned two kinds of surface layer knitting longitudinal 20 yarn systems are bundled at the meshes including the mesh tissue pattern of the tissue cloth, and are knitted into the surface side of the base tissue cloth and exposed. Therefore, the surface layer of the tissue cloth is knitted on the surface layer The anti-slip function of the tissue section is excellent. In addition, the invention of claim 12 in the scope of patent application of the present invention is characterized in that in the scope of claims 1, 2 or 3 of the patent application, the base layer weaving section 28 200408744 knitting longitudinal yarn and the surface layer weaving longitudinal section are characterized in that The knitting portion of the yarn has a mixing ratio of 50 to 80% by weight with respect to the longitudinal layer yarn for knitting of the surface layer knitting portion of the longitudinal yarn for knitting of the base layer knitting portion. Therefore, one piece of tissue cloth is light and strong. 5 In addition, the invention of claim 13 in the scope of patent application of the present invention is characterized in that, in the scope of patent application in terms of scope 1, 2, or 3, the yarn diameter of the longitudinal yarn 4 for knitting of the base structure is 33 to 167 (DT). In contrast, the yarn diameter of the longitudinal yarn 5 used for knitting the surface layer is 44 to 620 (DT), so even if it is a single piece of tissue cloth 1, one side (inner side) can be used as the original fabric by the base tissue section 2 Texture, 10 In addition, the surface layer structure part of the desired mesh structure pattern formed by the polyurethane yarn woven on the other side (surface side) of a single piece of tissue cloth can surely exert the anti-slip function. In addition, the invention of claim 14 in the scope of patent application of the present invention is characterized in that, in the claims 1, 2 or 3 of the scope of patent application, each of the longitudinal yarns for knitting 15 of the base structure part and the longitudinal yarns for knitting of the surface layer part is characterized in that The weight per unit area is 200 ~ 800g / m2. Therefore, one piece is formed on one side to form a base layer tissue portion and the other side to form a surface layer tissue portion with a strong weave and dense tissue cloth. [Simplified description of the drawing 3] The first diagram is an organization chart showing the first embodiment and the 20th embodiment of the method for weaving the non-slip tissue cloth of the present invention, the second diagram is the same perspective view, and the third diagram is an enlarged display of the same mesh. A front view of a part of the structure, FIG. 4 is a structure diagram showing a second embodiment of the weaving method of the same non-slip tissue cloth of the present invention, and 29 200408744 FIG. 5 is a diagram showing the same non-slip tissue cloth of the present invention Organization chart of the third embodiment of the knitting method. [Representative symbol table of the main elements of the drawing] G2 ... Mesh structure pattern G3 ... Mesh structure pattern Ml ... Closed hole M2 ... Open hole T ... Thickness direction X ... Warp loop Direction Y ... Weft loop direction 1 ... Weaving cloth 2 ... County organization department 3 ... Surface organization department 4 .... Weaving yarn for basic tissue organization 5 .... Weaving yarn for surface organization department 5A ... 1st surface layer knitting longitudinal yarn 5B ... 2nd surface layer knitting longitudinal yarn G1 ... mesh pattern 30