464706 、發明説明（ 經 濟 部 智 慧 財 產 局 員 X 消 費 合 作 社 印 製 螢明領域 本發明係關於一種遠紅外W /钟t ‘制+ 。更明砝女、士饮 卜4不織布又製造方法及其製品 之，天明係關於一種於不織布製造過程中， 於纖Π潮：時’將遠紅外線礦物粉末配合液體擴散黏固 而製造遠紅外線不織布之製造方法及以此 万法所製成之遠紅外線不織布。 I明之背景 :外線係-種電磁波，其波長大於可見光，為一種1有 3作用之放射線，依據光學測定將㈣晴米之電磁波 長界足為运紅外線.。醫學界已證實遠紅外線具有活化細胞 m其㈣種有益人體醫療保健療效，例如：昇高下 f皮層深部之溫度、擴張毛細血管、促進血液循環及新陳 代謝、鬆弛感覺神經及調節自主神經系統等等。經査，自 然界有許多種礦物可發散遠紅外線（如：火山岩石之—之 珍珠岩）’故而陸續有人將遠紅外線礦物粉末運用^衣^ 織物或人體醫療保健。 有關運用遠紅線粉末之中華民國專利已知有第八五一一 三四一二號「遠紅外線藥用貼布组成與製程」專利申請案 ’其係將遠紅外線粉末加入具有黏性之藥膏中均勻撥:後 二再將藥膏塗抹黏著於透氣棉質貼布上，以製成遠紅外線 藥膏貼布。該種將遠紅外線粉末黏著於可撓性布科表面之 方式僅適於膏藥布之製作，且妨礙該布科之可撓性，而益 法再作其他運用。 $ 其他亦有以類似前述方式將遠紅外線粉末混合於顏料， (請先閱讀背面之注意事項再填寫本頁) 」訂 0------—---- __ __·____ - 4 - 本紙張尺及適用中國國家標準（CNS ) A4说格（210X297公釐） -I · 164706 A7 B7 五、發明説明（ 而一起印刷塗佈於不键龙士主二 ^蜾邛乏表面，以提供具有遠紅外線特 座之不織彳$，⑨種印刷塗佈於不織布表面之遠紅外線 粉末及顏料因係較大面積塗覆，故容易造成不織布表面堅 硬粗链，而不❹與人體皮膚直接接觸；再者，該印刷塗 覆於不織布表面之遠紅外線粉末因僅能薄層塗佈且不織布 本身即為可撓性片故所印刷塗覆之遠紅外線粉末非常 容易脫落而減損所擬附加於不織布之遠紅外線優點及特性 :尤其’該種將遠紅外線粉末塗佈印刷於不織布表面之加 工過程必須在不織布已製造完成後，另以其它增設之複雜 設備’才可進行印.刷加工’不但增加設備製造成本，亦增 加整體製造流程所需時間’而不利於生產。 因此’本發明之主要目的乃為提供一種遠紅外線不織布 I製造万法及其製品’其紅料粉末㈣散分佈於不 織布深層I㈣著而不易脫落，且不會影響不織布之可换 性，而使所製成之遠紅外線不織布可廣範適用於所有一般 不織布所可適用之範園α 本發月之另目的係為提供一種遠紅外線不織布之製造 方法及其製品’其可直接併合運料現有不織布製造設備 ，而不增加其他複雜設備及整體製造時間，即可生產高品 質之遠紅外線不織布。 發明之概诚 本發明係關於一種遠紅外線不織布之製丨方法及其製品 ，王要係在不織布製造過程中，在纖維網尚且潤溼含浸水 份時，將含有遠紅外線礦物粉末之液體或黏合劑施加於該 1紙張尺度適历中國國家標準（CNS > Α4規格（210Χ297公釐） f請先閲讀背面之注意事項再填寫本頁) 1'訂. 經濟部智慧財產局員工消費合作社印製 -5. A7 B7 46470b 五、發明説明（ 纖’准網’使遠紅外線粉末擴散 /V,, 做吹於邊纖维網又深層纖維均勻 刀佈’再予以乾燥而固荖 ^ 纖維，以製造遠紅外線粉末分 ::且不易脫落之而品質遠紅外線不織布。 根據本發明之遠紅外線残布之製造方法，可直接運用 =知不織布之製造方法及时設備，而不需增設其它複 ，、 低成本ι造间品質之遠紅外線不 織布；其可在纖維網鋪疊迠所 ®风所需厚度並以水柱噴注潤濕後 ，以第一組輥輪輥壓纖維網以瀝出部份水份，再以第二组 輥輪或其他裝置將混含有遠紅外線粉末之黏合劑或其它液 體施加於該纖維網.，使遠紅外線粉末均勾深入分佈於纖維 各處，再將該纖維網乾燥，即可於原有不織布製造流程完 成時’同時完成遠紅外線不織布之製造。 本發明之技術内容、特徵及其他特性，將配合如下附圖 所示之較佳實施例之說明，而應可有更深入之瞭解。 圖式簡單說明 圖1A~1D係顯示一種根據習知不織布喷流噴網成布法（ spun laced process ;或稱不織布水針織造法）之習知排 列及黏著法（Card and Binding，C&B)之既有設備及生產 流孝玉TF意圖， 圖2 A ~ 2 D係顯示一種根據習知不織布噴流噴網成布法（ spun laced process ;或稱不織布水針織造法）之習知交 錯式纖維編織法（Modified Entangled Fibres，MEF)之 既有設備及生產流程示意圖； -6 - 本紙張尺度適用中_國家標準（CNS ) A4规格（2! 0 X 297公釐） --------；---|----^----訂------線. (請先閱讀背面之注意事項再填寫本頁} 經濟部智慧財產局員工消費合作社印製 46 47 0 6 A7 B7____ 五、發明説明（） 4 f 圖3係根據本發明之遠紅外線不織布製造方法之第—i 實施例’顯示遠紅外線粉末係混合於黏合劑並以輕輪施加 於潮濕之纖維網； .第二實施 圖4係根據本發明之遠紅外線不織布製造方法& 4 t u以噴灑$ 例’顯示遠紅外線粉末係混合於液體中，iil及 ’在潮溼纖維網被施加黏合劑之前噴灑於孅維·網上 參考圖號說明 1 1 輸送帶 12 梳棉機 13 管路 14 鋪柿機 15 具有噴灑水柱孔洞之輥筒 16 第一組輕輪 17 第二纽輥輪 18 輥筒 19 大捲筒 24 高速空氣導管 25 細小高壓水拄 26 第一組輥輪 27 第二組輥輪 28 輥筒 29 大捲筒 3 1 已噴水潤濕之纖維網 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） {¾¾背面·S意事項存填寫本貰〕464706 、 Explanation of invention (member of the Intellectual Property Bureau of the Ministry of Economic Affairs, X Consumer Cooperative, printing field of bright light) The present invention relates to a far-infrared W / Zhong t 'system +. Mingming weight girl, Shiyinbu 4 non-woven fabric manufacturing method and its products Tianming is about a method for manufacturing a far-infrared non-woven fabric by combining the far-infrared mineral powder with a liquid in a non-woven fabric during the manufacturing process of non-woven fabrics, and a far-infrared non-woven fabric made by this method. Bright background: Outer line system-an electromagnetic wave whose wavelength is greater than visible light. It is a kind of radiation with 1 effect and 3 effects. According to optical measurement, the electromagnetic wavelength range of Qing Qingmi is sufficient to transport infrared rays. The medical field has confirmed that far infrared rays have activated cells m. Its various types are beneficial to human health care, such as: increasing the temperature in the deep cortex, expanding capillaries, promoting blood circulation and metabolism, relaxing sensory nerves and regulating the autonomic nervous system, etc. According to investigations, there are many kinds of minerals in nature. Emitting far-infrared rays (such as: volcanic rocks-pearlite) Application of outer mineral powder ^ clothing ^ fabric or human health care. The Republic of China patent concerning the use of far red line powder is known as the patent application No. 8511 1312 "Far Infrared Medical Patch Composition and Process" It is made by adding far-infrared powder to the viscous ointment and spreading it uniformly: the second and then applying the ointment to a breathable cotton patch to make a far-infrared ointment patch. This kind of far-infrared powder is adhered to a flexible The method of the surface of sexual cloth is only suitable for the production of plaster cloth, and it hinders the flexibility of the cloth, and Yifa uses it for other applications. $ Others also mix far-infrared powder with pigments in a similar way as above (please Please read the notes on the back before filling this page) "Order 0 -------------- __ __ · ____-4-This paper ruler and applicable Chinese National Standard (CNS) A4 scale (210X297 mm) ） -I · 164706 A7 B7 V. Description of the invention (and printed and coated on the surface of the non-key Long Shizhu ^ 蜾 邛, to provide a non-woven fabric with far-infrared special seat, and a variety of printing and coating on non-woven fabric Far-infrared powder and pigment on the surface Due to the large-area coating, it is easy to cause a hard rough chain on the surface of the nonwoven without direct contact with human skin; furthermore, the far-infrared powder printed on the surface of the nonwoven can only be applied in a thin layer and the nonwoven itself It is a flexible sheet, so the printed and coated far-infrared powder is very easy to fall off and detract from the advantages and characteristics of the far-infrared that is intended to be added to the non-woven fabric. In particular, the process of coating and printing the far-infrared powder on the surface of the non-woven fabric must be After the non-woven fabric has been manufactured, printing can be performed with other additional complex equipment. Brush processing not only increases the equipment manufacturing cost, but also increases the time required for the overall manufacturing process, which is not conducive to production. Therefore, the main purpose of the present invention It is to provide a far-infrared nonwoven fabric I manufacturing method and its products. Its red material powder is scattered in the deep layer of the nonwoven fabric and is not easy to fall off, and it will not affect the interchangeability of the nonwoven fabric, so that the manufactured far-infrared nonwoven fabric is made. Can be applied to all general non-woven fabrics A method of manufacturing a non-woven fabric and its products outside 'it can be directly and close haul conventional nonwoven manufacturing apparatus, without increasing the complexity of other equipment and the overall production time, the production of high quality can be far-infrared non-woven fabric. Sincerity of the invention The present invention relates to a method for manufacturing a far-infrared non-woven fabric and its products. Wang Yao is to use a liquid or adhesive that contains far-infrared mineral powder while the fiber web is still wet with impregnated water during the manufacturing of the non-woven fabric. The agent is applied to the 1-paper scale that complies with Chinese national standards (CNS > A4 specification (210 × 297 mm) f, please read the precautions on the back before filling out this page) 1 'order. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs -5. A7 B7 46470b V. Description of the invention (The fiber 'quasi-net' diffuses the far-infrared powder / V, and makes it evenly cut to the edge of the fiber web and deep fiber uniform knife cloth ', and then dries and solidifies the fiber to manufacture Far-infrared powder: Non-woven fabric with high quality and far-infrared. According to the manufacturing method of far-infrared residual cloth according to the present invention, it can be directly used = know the manufacturing method and equipment of non-woven fabric, without the need to add other complex, low cost The quality of the far-infrared non-woven fabric; it can be laid on the fiber web with the thickness required by the wind and wet with water jet injection, and then the fiber web is rolled with the first set of rollers. Leak out part of the water, and then use a second set of rollers or other devices to apply a binder or other liquid containing far-infrared powder to the fiber web, so that the far-infrared powder is evenly distributed throughout the fiber, and then Drying the fiber web can complete the manufacture of the far-infrared nonwoven fabric at the same time when the original nonwoven fabric manufacturing process is completed. The technical content, features and other characteristics of the present invention will be matched with the description of the preferred embodiment shown in the following drawings It should be able to have a deeper understanding. The diagram is briefly explained. Figures 1A ~ 1D show a conventional arrangement and spun laced process (also known as non-woven water-knitting method) of the conventional non-woven fabric. Adhesive method (Card and Binding (C & B)) existing equipment and production flow TF TF intention, Figure 2 A ~ 2 D shows a conventional non-woven spun laced fabric (spun laced process; or non-woven fabric) Conventional equipment and production process of Modified Entangled Fibres (MEF); -6-Applicable to this paper standard_National Standard (CNS) A4 specifications (2! 0 X 297 mm) --------; --- | ---- ^ ---- order ------ line. (Please read the precautions on the back first Refill this page} Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 46 47 0 6 A7 B7____ V. Description of the invention () 4 f Figure 3 shows the first-i embodiment of the method for manufacturing a far-infrared non-woven fabric according to the present invention. Infrared powder is mixed with the adhesive and applied to the wet fiber web with a light wheel; Second Embodiment FIG. 4 is a method for manufacturing a far-infrared non-woven fabric according to the present invention & 4 tu shows that the far-infrared powder is mixed with In the liquid, iil and 'spray on the wet fiber web before the adhesive is applied to the web. Reference figure description 1 1 Conveyor belt 12 Card 13 Pipe 14 Spreader 15 Roller with spraying holes 16 The first group of light wheels 17 The second button roller 18 The roller 19 The large roller 24 The high-speed air duct 25 The small high-pressure water jet 26 The first group of rollers 27 The second group of rollers 28 The rollers 29 The large rollers 3 1 Water sprayed The paper size of the moistened fiber mesh is applicable to the Chinese National Standard (CNS) A4 (210X297 mm) {¾¾ Please fill in this note on the back and S.]
tT 經濟部智慧財產局8工消費合作社印製 A7 經濟部智慧財產局員工消費合作社印製 .6 47 0 ^_五、發明説明（5 ) 32 第一組輥輪 33 已瀝出部份水份之纖維網 34 第二組輥輪 3 5 混含有遠紅外線粉末之黏合劑 36 已施加混含有遠紅外線粉末之黏合劑之纖維網 4 1 已噴水潤濕之纖維網 4 2 第一組輥輪 4 3 已瀝出部份水份之纖維網 4 4 第二組辕輪 4 5 黏合劑 46 已施加遠紅外線粉末及黏合劑之纖維網 47 噴灑裝置 η 1纖維塊 12 1疏鬆狀纖維 1 4 1固定厚度且纖維大致同向排列之纖維網 142適當層數鋪疊之纖維網 1 5 1已交織噴濕之纖維網 I 6 1已瀝出部份水份之纖維網 17 1黏合劑或染料 172已施加黏合劑或染料之潮濕纖維網 1 8 1逐漸乾燥中之纖維網 182已乾燥之不織布 22 1疏鬆狀纖維 242適當層數鋪疊之纖維網 __ 本紙張尺度適用中國國家標準（CNS ) Α4規格（210Χ297公釐） (請先聞讀背面之注意事項再填寫本頁) 丁 *-° μ..tT Printed by the 8th Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. A7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. 6 47 0 ^ _V. Invention Description (5) 32 The first group of rollers 33 has drained some water Fiber web 34 Second group of rollers 3 5 Adhesive containing far-infrared powder 36 Fiber web to which far-infrared powder-containing binder has been applied 4 1 Water-wetted fiber web 4 2 First group of rollers 4 3 Fibrous web with part of the water drained 4 4 Second group of wheels 4 5 Adhesive 46 Fibre web with far-infrared powder and adhesive applied 47 Spraying device η 1 Fiber block 12 1 Loose fiber 1 4 1 Fixed Thickness and fibers arranged in the same direction of the web 142 Appropriate number of stacked webs 1 5 1 Weaved and woven wet webs I 6 1 Webs that have drained part of the water 17 1 Adhesive or dye 172 Wet fibrous web with adhesive or dye applied 1 8 1 Gradually drying fibrous web 182 Dried nonwoven fabric 22 1 Loose fibers 242 Appropriate number of laminated fibrous webs __ This paper size applies to Chinese National Standard (CNS) Α4 Specifications (210 × 297 mm) (Please read and read first Note again fill the page) butoxy * - ° μ ..
6 4 7 0b 五、發明説明（ 243已吹亂加強連結之纖維網 2 51已交織之潮濕纖維網 2 6 1已瀝出部份水份之纖維網 271黏合劑或染料 272已施加黏合劑或染料之纖維網 2 8 1逐漸乾燥中之纖維網 2 8 2不織布 4 7 1混含有遠紅外線粉末之液體 472已噴灌含有遠紅外線粉末之液體之纖維網 丝'隹具體會例 > 神明. 按，不織布U〇nwoven fabnc)係一種具有類似織物特 性但非經織造所製成之可撓性片狀物料；尤其以喷流喷網 成布法（（spun laced process)所製成之不織布，其材質 非常接近一般紡織布料；惟至今仍未有任何習知不織布於 製造兀成時即具有遠紅外線特性β 一般不織布之生產過程 基本上可分為三個步驟‘·（])將纖維製作成纖維網；（2)將纖 維接合固定；及（3)後續處理，使其具有特定之性質。而前 述之喷流喷網成布法則係在將纖維接合固定上，利用水的 特性，使不同種類的纖維能夠結合在一起。 已知兩種較常見之不織布噴流噴網成布法為排列黏著法 (Card and Bind, C&B)及交錯式纖維編織法（Modified Entangled Fibres, MEF)。習知用以製造不織布之排列黏 著法之流程設備，大致如圖1 1 D所示，主要包含下列流 本紙張尺度適用中國固家標準（CNS ) A4規格（210X297公釐} (請先鬩讀背面之注意事項再填寫本頁) '訂 經濟部智慧財產局員工消費合作社印製 46 47 0 6 A7 ----B7 五、發明説明（) ' ~ 7 1 紅1.纖維整理階段（如圖1 A所示）’利用輸送帶（π )將 纖維塊（111)(按，纖維之包裝一般為減小運輸 體積均予以 壓縮成密實纖維塊）輸送至梳棉機（1 2)打散成疏鬆狀纖維 (12 1)，再以空氣經管路（13)吹送至下績纖維網鋪疊階段； 2.纖維網鋪疊階段（如圖1B所示）’將前階段處理後之疏 鬆纖維（1 2 1)經由鋪棉機（丨4)整理成固定厚度且纖維大致同 向排列之纖維網（14 1 )，並依所需製造厚度，將適當層數之 纖維網（14 1)鋪疊成纖維網（ϊ42) ’再輸向下續纖維聯結固 定階段；3.纖維聯結固定階段（如圖ic所示），將前一階 段所鋪疊完成之纖雒網（i42)繞經一具有許多特殊形狀孔洞 (未示）之輥筒（1 5 )’利用自該輥筒（1 5)之孔洞噴出之水柱（ 未示）噴射該纖維網（142)，使各層相疊纖維網（14丨）之纖維 交織連結以固定’再利用第一組輥輪（1 6 )輥壓該已交織噴 濕之纖維網（1 5 1)’以瀝出邵份水份’再以第二組輥輪（1 7) 將黏合劑或染料（1 7 1)施加於已瀝出部份水份之纖維網 (1 6 1)’使黏合劑或染料（1 7 1)分佈於潮濕纖維網（i 7 2 )之 纖維，再輸向下績乾燥階段；4.乾燥階段（如圖id所示） ’將前階段已施加黏合劑或染料（171)之潮濕纖維網（172) 繞經複數輥筒（18)使纖維網（18 1)在適當壓力下逐漸乾燥成 不織布（182)並捲繞於一大捲筒（19)。 習知用以製造不織布之交錯式纖維編織法之流程設備， 大致如圖2 A ~ 2 D所示，其製造流程大致與前述排列黏著法 相仿，均在如圖2 A所示之纖維整理階段先將纖維整理成疏 鬆狀纖維（221)，在如圖2B所示之纖維網鋪疊階段將纖維鋪 ___________-10-______ 本紙張尺度適用中關家標準（CNS ) A4^ ( 210X297公釐)' ' (請先閲讀背面之注意事項再填寫本頁) i 經濟部智慧財產局員工消費合作社印製 A7 B7 五、發明説明（β ) 〇 疊成纖維網（2 4 2)’並在如圖2D所示之乾燥階段將潮濕之 纖維網（28 1)乾燥成不織布（282)(詳參前述配合圖ία、 及1 D所述之排列黏著法之纖維整理階段、纖維網鋪疊階段 及乾燥階段）；惟該種交錯式纖維編織法在其纖維聯結固 疋階段（如圖2C所示）係先以一高速空氣導管（24)將纖維 網（2 4 2)之纖維稍微吹亂以增加纖維間之橫向連結，另以數 萬道細小高壓水柱（25)噴射已吹亂加強連結之纖維網（243) 使之交織連結，再利用第一輥輪（2 6 )輥壓潮濕纖維網（2 5 i) 以瀝出部份水份，再以第二组輥輪（27)對纖維網（261)施加 黏合劑或染料（2 7 1 )，以方便纖維網（2 7 2 )在下續之乾燥階 段（如圖2D所示）繞經複數個輥筒逐漸乾燥成纖維網 (281)再乾燥成不織布（282)而捲繞於一大捲筒（29)= 如圖3所示為本發明之遠紅外線不織布製造方法之第—較 佳實施例’主要係將已噴水潤濕之纖維網（3丨）先以第一组 幸昆輪（3 2 )輥壓以瀝出邵份水份’再將該已瀝出部份水份但 仍潮濕之纖维網（3 3 )以第二組較輪（3 4 )棍譽；其中該第二 组輥輪（3 4)可將一混含有遠紅外線粉末之黏合劑（3 5 )施加 於潮濕之纖維網（3 3 )’利用纖維網（3 3 )所含之水份配合黏 合劑（3 5 )使遠紅外線粉末均勻深入擴散分佈於纖維網（3 6) 之纖維各處，故當該已施加含有遠紅外線粉末之黏合劑之 纖維網（3 6)被乾燥後’即可製成遠紅外線粉末分佈均句且 不易脫落之高品質遠紅外線不織布- 如圖4所示為本發明之遠紅外線不織布製造方法之另一較 佳具體實施例，主要係將已喷水潤濕之纖維網（4 1)先以第 ___-11 本紙張尺度適用中國國家標準（CNS > A4規格（210X297公釐) ' ： -- (讀先閱讀背面之注意事項再填寫本頁) 訂 經濟部智慧財產局員工消費合作社印製 經濟部智慧財產局員工消費合作社印製 46 47 0 6 A7 __B7 五、發明説明（9 ) ―‘且輥輪（42)輥壓以瀝出部份水份，再對該已瀝出部份水 份但仍潮濕之纖維網（43)以噴灑裝置（47)噴灑混含有遠紅 外線粉末之液體（4 7 1)(例如水），再以第二组輥輪（4 4 )輥 壓該已噴灑含有遠紅外線粉末之液體之纖維網（472)並將黏 合劑（45)施加於該纖維網（472)上，利用水的特性協助遠紅 外線粉末及黏合劑均勻分佈擴散於纖維網（46)之纖維各處 ，故於該纖維網（46)被乾燥後即可製成高品質之遠紅外線 不織布。 參考比較圖1 C及圖3所示，本發明之遠紅外線不織布製造 方法之一實施例可.直接運用於習知排列黏著法用以製造不 織布之方法及流程設備，而不需增設其他任何設備。更詳 f之，在如圖1 A至1 D所示之習知用以製造不織布之排列黏 著法製造流程設備中，因纖維網（丨5丨）在其纖維聯結固定 階段（如圖1C所示）經輥筒（15)喷濕後已富含水份，故只 要在其纖維聯結固定階段（如圖i c所示）將遠紅外線粉末 加入黏合劑（17 1)中，即可於原有設備製造完成不織布時， 對該不織布赋予遠紅外線特性及優點（亦即製造完成高品 質^遠紅外線不織布），而且該遠紅外線粉末分佈均勻且 不易脫落；尤其，該製造遠紅外線不織布之製造方法及流 程不會增加原有製造不織布之時間。 參考比較圖1C及圖4所示，本發明之另一實施例亦可直接 運用於習知用以製造不織布之排列黏著法之流程設備，惟 需在第一及第二组輥輪之間增設一組噴灑裝置 (47)(如圖4所示）。該噴灑裝置（47)只要可將混含遠紅外線 _^^ϋ· 1^1^1 ^^^^1 ^^^^1 ^1—ΒΙ —^ϋ >l^iv n eww I - .>"，-，"· (請先閱讀背面之注意事項再填寫本頁) 本紙張认賴巾關家轉（CNS ) 2lGx2^^~y 464706 A7 ------- - B7 五、發明説明（） 10 / 粉末4液體（471)噴灑於纖維網之簡單設備即可，不需增設 其他複雜設備。將本發明之該實施例運用於習知排列黏著 法之流程設備亦可於該習知不織布製造流程完成製造不織 布時，同時製造冗成高品質遠紅外線不織布。 參考比較圖2 C及圖3所示，本發明之第一實施例亦可運用 '於如圖2A至2D所示之習知用以製造不織布之交錯式纖維編 織法流程設備。在該習知不織布製造流程中，因纖維網 (251)在其纖維聯結固定階段（如圖2(：所示）經高壓水柱 (25)噴濕後已富含水份，故只要在其纖維聯結固定階段（ 如圖2C所示）將遠.紅外線粉末加入黏合劑（271)中，即可於 原有設備製造完成不織布時，對該不織布賦予遠紅外線特 性及優點（亦即製造完成高品質之遠紅外線不織布）。 參考比較圖2C及圖4所示，本發明之第二實施例亦可運用 於如圖2A至2D所示之習知用以製造不織布之交錯式纖維編 織法流程設備。因纖維網（251)在如圖2C所示之纖維聯結固 定階段，經高壓水柱（25)喷濕後已富含水份，故可將如圖4 所示之第二實施例運用於如圖2〇所示之第—輥輪（26)與第 二輥輪（27)之間，而可於該習知不織布製造流程完成製造 不織布時，同時完成製造高品質遠紅外線不織布。 本發明如圖4所示之第二實施例亦可運用於纖維網之乾燥 燥階段，惟可能略微增加原不織布製造時間。此外，本發 明之第二實施例亦可於不織布製造完成後，再對不織布= 予喷麗混含遠紅外線液體’並另行乾燥之，以對不織布力 工使其具有这紅外線特性及優點；如此雖將增加較多成本 —--------- 13- 本紙張尺度適用中國國家標準《CNS)八4触_ (210><297公慶^~~ — ---________ f諳先聞讀背面之注意事項再填寫本頁} -訂- 經濟部智慧財產局員工消費合作社印製 464706 五 、發明説明（ 11 A7 B7 十隹仍可提供遠紅外線粉末分佈均勻且不脫落之高品質遠 紅外線不織布。 雖然本發明之特定實施例已加以顯示及說明，然而對於 習於此1員技藝者應可明瞭，在不脫離本發明之精神及範圍 下’其仍可以有許多不同之變化及修飾。所有本發明範圍 内之變化及修飾’因此便皆涵蓋在所附之申請專利範圍中 丨. 1 _ •钉 坡 (請先閲讀背面之注意事項再填寫本頁} 經濟部智慧財產局員工消費合作社印製 張I搞 準 標 家 國 國 中 用 I適 I釐一祕 296 4 7 0b V. Description of the invention (243 The fibrous web that has been strengthened and connected 2 51 The wet fibrous web that has been interwoven 2 6 1 The fibrous web that has drained part of the water 271 Adhesive or dye 272 Adhesive or Dye web 2 8 1 web gradually drying 2 8 2 non-woven fabric 4 7 1 mixed with liquid containing far-infrared powder 472 fiber web containing liquid containing far-infrared powder has been sprayed '隹 Specific examples > Shenming. Press Nonwoven fabnc) is a flexible sheet-like material with similar fabric characteristics but not woven; in particular, a non-woven fabric made by the spun laced process. The material is very close to ordinary textile fabrics; however, there is still no custom that non-woven fabrics have far-infrared characteristics when they are manufactured. Generally, the production process of non-woven fabrics can be basically divided into three steps. Net; (2) fixing and bonding the fibers; and (3) subsequent processing to make it have specific properties. The above-mentioned spraying and spraying net forming method is based on fixing and bonding the fibers, using the characteristics of water to make different The two types of fibers can be combined together. The two more common non-woven spunlacing methods are known as the Card and Bind (C & B) method and the Modified Entangled Fibres (MEF) method. Know the process equipment used to make the non-woven array of adhesives, as shown in Figure 1 1 D, which mainly includes the following streamlined paper standards that apply to the Chinese solid standard (CNS) A4 specification (210X297 mm) (please read the back first) Please note this page and fill in this page again) 'Order printed by the Intellectual Property Bureau of the Ministry of Economic Affairs' Consumer Cooperatives 46 47 0 6 A7 ---- B7 V. Invention Description ()' ~ 7 1 Red 1. Fiber finishing stage (see Figure 1) (Shown in A) 'Using the conveyor belt (π), the fiber block (111) (press, the fiber packaging is generally compressed to reduce the transport volume to be compacted into dense fiber blocks) is transported to the carding machine (1 2) to be broken into loose Fiber (12 1), and then air is blown through the pipeline (13) to the lower stage of the fiber web layup stage; 2. the fiber web layup stage (as shown in Figure 1B) 'Loose fibers (1 2 1) Finished by cotton spreader (丨 4) to a fixed thickness and the fibers are roughly the same Lay the fiber web (14 1) in the direction, and make the appropriate number of layers of the fiber web (14 1) into the fiber web (ϊ42) according to the required manufacturing thickness; Attach the fixing stage (as shown in Figure ic). The fiber web (i42) completed in the previous stage is wound around a roller (1 5) with many special shaped holes (not shown). A water column (not shown) spouting from the hole of the cylinder (1 5) sprays the fiber web (142), so that the fibers of each layer of the overlapped fiber web (14 丨) are intertwined to fix 'reuse the first set of rollers (1 6) Roll the wet and wet web (1 5 1) 'to drain out the moisture' and then use a second set of rollers (1 7) to apply the adhesive or dye (1 7 1) to the leachate Partial moisture in the fiber web (1 6 1) 'causes the adhesive or dye (1 7 1) to be distributed on the fibers of the wet fiber web (i 7 2), and then is sent to the lower drying stage; 4. The drying stage (such as (Shown in id)) 'The wet fiber web (172) to which the adhesive or dye (171) has been applied in the previous stage is passed through a plurality of rollers (18) to gradually make the fiber web (18 1) under appropriate pressure. It is dried into a non-woven fabric (182) and wound on a large roll (19). The conventional process equipment used to make non-woven interlaced fiber weaving methods is roughly shown in Figures 2A to 2D. The manufacturing process is roughly similar to the aforementioned array and adhesion method, and they are all in the fiber finishing stage shown in Figure 2A. First arrange the fibers into loose fibers (221), and spread the fibers at the stage of fiber web layup as shown in Figure 2B. ___________- 10 -______ This paper size applies CNS A4 ^ (210X297 mm ) '' (Please read the notes on the back before filling out this page) i Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 B7 V. Invention Description (β) 〇 Stacked into a fiber web (2 4 2) 'and In the drying stage shown in FIG. 2D, the wet fiber web (28 1) is dried into a non-woven fabric (282) (for details, refer to the fiber finishing stage of the array and adhesion method described in the foregoing diagrams ία and 1D, and the fiber net laying stage and (Drying stage); however, in this interlaced fiber weaving method (as shown in Fig. 2C), the fibers of the fiber web (2 4 2) are slightly blown by a high-speed air duct (24). Increase the horizontal connection between fibers, and tens of thousands of channels The pressurized water column (25) sprays the fibrous web (243) which has been blown up and strengthened to interweave, and then uses the first roller (2 6) to roll the wet fibrous web (2 5 i) to drain part of the water. Then, a second group of rollers (27) is used to apply an adhesive or a dye (2 7 1) to the fiber web (261), so that the fiber web (2 7 2) can be wound around in the subsequent drying stage (as shown in FIG. 2D). The plurality of rollers are gradually dried into a fiber web (281), and then dried into a non-woven fabric (282) and wound on a large roll (29). As shown in FIG. 3, the first-best method of the far-infrared non-woven fabric manufacturing method of the present invention is shown in FIG. The embodiment 'mainly rolls the wetted fiber web (3 丨) with the first group of Xingkun wheels (3 2) to drain out the water content', and then drains out some of the water content but The still-wet fiber web (3 3) is better known as the second group of wheels (3 4); wherein the second group of rollers (3 4) can be applied with a binder (3 5) containing far-infrared powder In the wet fiber web (3 3) 'use the moisture contained in the fiber web (3 3) with the binder (3 5) to make the far-infrared powder spread evenly and deeply in the fibers of the fiber web (3 6) Therefore, when the fiber web (36) to which the binder containing far-infrared powder has been applied is dried, it can be made into a high-quality far-infrared non-woven fabric with uniform far-infrared powder distribution and difficult to fall off-as shown in Figure 4 This is another preferred embodiment of the manufacturing method of the far-infrared nonwoven fabric of the present invention, which is mainly a fiber web (4 1) that has been wetted with water spray. The Chinese paper standard (CNS >.; A4 specification (210X297 mm) ':-(Read the precautions on the back before filling out this page) Order printed by the Intellectual Property Bureau employee consumer cooperative of the Ministry of Economic Affairs Printed by the Intellectual Property Bureau employee consumer cooperative printed by the Ministry of Economic Affairs 46 47 0 6 A7 __B7 V. Description of the invention (9) ― 'and the roller (42) is rolled to drain part of the water, and the fiber web (43) that has drained part of the water but still wet is sprayed with a device ( 47) Spray the liquid containing far-infrared powder (4 7 1) (such as water), and then press the second group of rollers (4 4) to roll the fiber web (472) sprayed with the liquid containing far-infrared powder and apply An adhesive (45) is applied to the fiber web (472), using Assist features far infrared ray powder binder uniformly distributed and diffused in the web (46) around the fiber, so that after the web (46) is made of high-quality dried to a far-infrared non-woven fabric. Referring to FIG. 1C and FIG. 3, one embodiment of the far-infrared non-woven fabric manufacturing method of the present invention can be directly applied to the conventional method and process equipment for manufacturing non-woven fabrics without the need to add any other equipment. . In more detail, in the conventional process for manufacturing a non-woven fabric by an array and adhesion method as shown in FIGS. 1A to 1D, the fiber web (丨 5 丨) is in its fiber connection and fixing stage (as shown in FIG. 1C). (Shown) After the roller (15) has been sprayed with moisture, it is rich in moisture, so as long as the far-infrared powder is added to the adhesive (17 1) during the fiber bonding and fixing stage (as shown in Figure ic), the original When the equipment is manufactured, the non-woven fabric is given far-infrared characteristics and advantages (that is, the high-quality ^ far-infrared non-woven fabric is manufactured), and the far-infrared powder is uniformly distributed and not easy to fall off. In particular, the manufacturing method of the far-infrared non-woven fabric and The process does not increase the time it takes to make nonwovens. Referring to FIG. 1C and FIG. 4, another embodiment of the present invention can also be directly applied to the process equipment used in the conventional array and adhesion method for manufacturing non-woven fabrics, but it is necessary to add between the first and second sets of rollers. A set of spraying devices (47) (as shown in Figure 4). As long as the spraying device (47) can mix far-infrared rays _ ^^ ϋ · 1 ^ 1 ^ 1 ^^^^ 1 ^^^^ 1 ^ 1—ΒΙ — ^ ϋ > l ^ iv n eww I-. > ",-, " (Please read the precautions on the back before filling in this page) This paper recognizes the towel Guanjiazhuan (CNS) 2lGx2 ^^ ~ y 464706 A7 --------B7 V. Description of the invention () 10 / Powder 4 liquid (471) Simple equipment for spraying on the fiber web, no additional complicated equipment is needed. Applying this embodiment of the present invention to the process equipment of the conventional arrangement and adhesion method can also produce redundant high-quality far-infrared non-woven fabrics at the same time when the conventional non-woven fabric manufacturing process completes the production of non-woven fabrics. Referring to Fig. 2C and Fig. 3, the first embodiment of the present invention can also be applied to the conventional interlaced fiber weaving process equipment shown in Figs. 2A to 2D for manufacturing a non-woven fabric. In the conventional non-woven fabric manufacturing process, since the fiber web (251) has been rich in moisture after being sprayed and wetted by a high-pressure water column (25) at the stage of fiber connection and fixing (as shown in FIG. 2 (:)), as long as the fiber At the stage of coupling and fixing (as shown in FIG. 2C), adding far infrared powder to the adhesive (271), when the original equipment manufactures the non-woven fabric, the non-woven fabric can be given far-infrared characteristics and advantages (that is, high quality after completion of manufacturing) The far-infrared non-woven fabric). Referring to FIG. 2C and FIG. 4, the second embodiment of the present invention can also be applied to the conventional interlaced fiber weaving process equipment shown in FIGS. 2A to 2D for manufacturing non-woven fabrics. Because the fiber web (251) is in the fiber connection and fixing stage as shown in FIG. 2C, after the high pressure water column (25) is sprayed and wet, the fiber web (251) is rich in moisture. Therefore, the second embodiment shown in FIG. Between the first roller (26) and the second roller (27) shown in FIG. 20, the high-quality far-infrared non-woven can be manufactured at the same time when the conventional non-woven manufacturing process is completed to manufacture the non-woven. The second embodiment shown in 4 can also be used The drying stage of the fiber web may only slightly increase the manufacturing time of the original nonwoven fabric. In addition, the second embodiment of the present invention may also be used for the non-woven fabric after the nonwoven fabric manufacturing is completed. In order to make the non-woven fabric work with this infrared characteristics and advantages; although it will increase more costs ---------- 13- This paper standard applies the Chinese national standard "CNS" 8 4 touch _ (210 > < 297 public celebration ^ ~~ — ---________ f 谙 First read and read the notes on the back before filling out this page} -Order-Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Consumer Cooperatives 464706 V. Description of Invention (11 A7 B7 Shizumi can still provide high-quality far-infrared non-woven fabrics with uniform far-infrared powder distribution and no shedding. Although specific embodiments of the present invention have been shown and explained, it should be clear to those skilled in the art without departing from the present. Under the spirit and scope of the invention, 'it can still have many different changes and modifications. All the changes and modifications within the scope of the invention' are therefore included in the scope of the attached patent application 丨. 1 _ • nail (Please read the back issues of note on this page and then fill in} Ministry of Economic Affairs Intellectual Property Office employees consumer cooperatives of prints I engage in quasi-standard in a country home country I fit I 29 cm First Secretary