201231760 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種印花布及色布製造方法，主要係在一透濕防水 薄膜以數位喷印方法喷印印花圖案然後再貼合一不經染色或印花之布 種的印花布及色布製造方法。 【先前技術】 在第-圖中揭露了傳統印花布的製造方法，主妓將印花圖案製 版後，再進行調漿，並藉由網板印花將印花圖案印製於布種上，再經 蒸氣處理及水洗後製成印花布。 在此網版印花技術中，必需製作印花網版，其係由緊繃在木制或 金屬框架上的具有細網眼的尼龍、聚酯纖維或金屬絲織物製成；另， 在網版織物上要塗上-層不透明的無孔賴，有花紋處，要除去不透 明薄膜，留下有細網眼的網版，這-區域就是將要印制圖案的部位。 大部分網版織物先被塗上-層綠㈣膜，然後再通贼光法除去花 紋部位的薄膜而顯現圖案。紐在要印花的織物上放置網版進行印 花。並將印花毁倒入印花框β，通過刮顺使其從篩網的網眼處透過。 而一般較常見的網版印花方法有三種：平版印花、圓網印花、以 及滾筒印花。 其中，平版印花係透過平版印花機將印花織物通過寬橡膠帶輸送 到網版處’織物移至網版下面，然後停下，網版上刮刀進行刮印刮 印以後，網版繼續移至下—個纟同框下面。 圓網印花係採連續X序’印花酿通過寬橡膠帶被輪送到不斷運 動中的圓網花筒下面，並將圖案印在織物上。 201231760 ，滚筒印花同樣也係採用連續工序，其係類似報紙印刷圖案係通 過雕刻銅滚筒而印在織物上。 惟，前述技術雖都可達到將圖案印製在織物上的目的，但均需採 用製版工程複雜的網版，其不但製作時間長、打版費用高、且作業* 間需求大。_，财，近恃來印奸縣钟單把錢年降低^ 主要原因是現代财市場瓶輯，触率高，料時_長以及成 本尚昂的網版印花已逐漸跟不上時代的腳步。201231760 VI. Description of the Invention: [Technical Field] The present invention relates to a method for manufacturing a printed cloth and a colored cloth, mainly for printing a printed pattern by a digital printing method on a moisture-permeable waterproof film and then attaching it to another A printed cloth and a method for producing a colored cloth of a dyed or printed cloth. [Prior Art] In the first figure, the manufacturing method of the traditional printed cloth is disclosed. After the printing is made, the printing is further processed, and the printing pattern is printed on the cloth by the screen printing, and then the steam is applied. After treatment and washing, it is made into a printed cloth. In this screen printing technology, it is necessary to make a printing screen which is made of a fine mesh nylon, polyester or metal fabric which is tightly stretched on a wooden or metal frame; It should be coated with a layer of opaque, non-porous, with a pattern, to remove the opaque film, leaving a screen with fine mesh, this area is the part where the pattern will be printed. Most of the screen fabrics are first coated with a layer of green (four) film, and then the film is removed by the thief light method to remove the film. New placed a screen on the fabric to be printed for printing. The print is smashed into the print frame β and passed through the mesh of the screen by scraping. Generally, there are three common types of screen printing methods: lithographic printing, rotary screen printing, and roller printing. Among them, the lithographic printing system conveys the printed fabric to the screen through a wide rubber belt through a lithographic printing machine. The fabric is moved to the bottom of the screen, and then stopped. After the screen is scraped and scraped, the screen continues to move to the lower portion. - One below the box. The rotary screen printing is carried out in a continuous X-sequence print by a wide rubber belt which is fed underneath the circular cylinder of continuous motion and printed on the fabric. In 201231760, the drum printing is also a continuous process, which is similar to a newspaper printing pattern printed on a fabric by engraving a copper cylinder. However, although the foregoing techniques can achieve the purpose of printing a pattern on a fabric, it is necessary to use a screen-making complicated screen, which has a long production time, a high printing cost, and a large demand between jobs*. _, Cai, near 印 印 印 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县.
此外’直接印在織物上的_其較不耐水洗，並常常會有 情況發生。 此皆為傳統印花布製造之問題點，有待改善。 【發明内容】 有鑑於上述的問題，本發明主要目的在於提供_種可加強印花布 的耐水洗染色堅牢度、耐水純堅牢度、耐統色堅牢度、以及耐摩 擦染色堅牢度，並可減少製程時間織作成本之酬印花布及色布製 造方法。 為達上述目的，本發明係提供—種印花布及色布製造方法其步 驟為： 、 設計一圖案； 提供一透濕防水薄膜； 以數位喷墨技術將設計的印花圖案或顏色噴印至該透濕防水薄膜 之其中一面； 校對該印花圖案或顏色； 提供—布種’該布種不經染色或印花之布，其係為細丹尼數或具 201231760 有可透視性質；及 將噴印有印花圖案或顏色的該透濕防水薄膜之喷印面與該布種貼 合’使該印花圖案穿透過該布種而呈現。 依據本發明所提供的印花布及色布製造方法製成之印花布，達到 加強耐水洗染色堅牢度、耐水染色堅牢度、耐光染色堅牢度以及耐 摩擦染色堅牢度，並可縮短製程時間與減少製作成本，且無污染。 本發明所提供的印花布及色布製造方法相較於傳統的網版印花方 φ 法至少具有以下之優點： L徹底淘汰印花網版’免除複雜之製版工程 2·印花圖案不受限制 3·色域廣（基本色4-8色），套色不受限制 4.完全實現打樣與生產樣之再現性 5·大幅縮短換花版圖案及換配色等滞機時間 6·具有少量、多樣、快速之環保清潔生產特性 7.極適合於1，〇〇0碼以下之快速反應生產模式 % 8.漸層（Half-Tone)圖案呈現效果佳 9. 具環保，無廢棄物產生 10. 克服細丹尼染色或印花技術之瓶頸 以上關於本發’容之說明及以下之實施方式之說明，係用以示 範與解釋本創作之精神與原理，並且提供本發明之專利範圍更進一步 解釋。 【實施方式】 下係藉的具體實施例說明本發明之實施方式，所屬技術 201231760 7頁域中具有通常知識者可由本說明書所揭示之内容輕易地瞭解本發明 之其他優點與功效。 叫參閱第2圖係為依本發明之印花布及色布製造方法一實施例所 繪製之示意圖。 如第2圖所示，本實施例之印花布及色布製造方法，包括下列步 驟： 步驟一101，設計一圖案； 步驟二102，提供一透濕防水薄膜，該薄膜可為一無孔質親水性薄 膜、微多孔疏水性薄膜或兩者複合之薄膜其中一者； 步驟三103,以數位喷墨技術將設計的印花圖案喷印至該透濕防水 薄膜之其中一面； 步驟四104,校對該印花圖案或顏色； 步驟五105，提供—布種，該布種不經染色或印花之布，其係為細 丹尼數或具有可透視性質；及 步驟六106 ’將喷印有印花圖案的該透濕防水薄膜之喷印面與該布 種貼合，使該印花圖案穿透過該布種而呈現。 於步驟一 101中，該圖案可為一影像或色彩； 於步驟二1G2巾，該透祕水薄麟透明或不透明，具有—防水 功能’其可係為-選自聚氨醋（p〇lyurethane，pu)無孔質親水性薄膜、 聚對笨二曱酸乙二醇8旨⑽yethylene terephthalate，ΡΕτ)無孔質親水 性薄膜、聚四氟乙烯（p〇lytetl*aflU()1Oethylene，pTFE)微多孔疏水性薄 膜、聚氨醋（polyurethane，PU)微多孔疏水性薄膜、以及聚乙烤 (Polyethylene，PE)微多孔疏水性薄膜、或兩者複合之薄膜（一面親水 性薄膜，另-面微多孔疏水性薄膜)其中一者;該兩者複合之薄膜组合如 201231760 下: 一、 一面為聚氨g旨（polyurethane，PU)無孔質親水性，另一面為 聚四氟*乙稀（polytetrafluoroethylene，PTFE )微多孔疏水性之複合薄膜。 二、 一面為聚氧g旨（polyurethane, PU)無孔質親水性，另一面為 聚氨酯（polyurethane，PU)微多孔疏水性之複合薄膜》 三、 一面為聚氨醋（polyurethane, PU)無孔質親水性，另一面為 聚乙烯（Polyethylene，PE)微多孔疏水性之複合薄膜。 四、 一面聚對苯二甲酸乙二醇醋（Polyethylene terephthalate，PET) 無孔質親水性，另一面為聚四氟乙稀（polytetrafluoroethylene，PTFE) 微多孔疏水性之複合薄膜。 五、 一面聚對笨二曱酸乙二醇酯（P〇lyethyieneterephthaiate，PET) 無孔質親水性’另一面為聚氨酯（polyurethane, PU)微多孔疏水性之 複合薄膜。 六、 一面聚對笨二曱酸乙二醇酯（Polyethyiene terephthaiate，PET) 無孔質親水性，另一面為聚乙烯（Polyethylene，PE)微多孔疏水性之 複合薄膜》 於步驟三1G3巾，在進行喷紐，紐㈣墨麟係制數位噴 印機，s玄數位喷印機係為氣泡式喷頭或壓電式喷頭之其中一者。其中， 該數位喷印機舰由數位化影像將顺計_花圖时印至前述透濕 防水薄膜之-面，亦可將設計的印花圖案雙面喷印至透齡水薄膜， 該數位喷印機至少雜用為-選自水性顏料墨水以及環保型低溶劑顏 料墨水(Ec。s〇lvent ink)之其中—者，該喷墨程序所需的作業空間小、 時間短’以每小時1G〜8G公尺的速度喷印，噴印時印花_尺寸不受 限制’且不需接觸透濕防水薄膜’喷印完成後的印花圖案色調表現性 201231760 2再現性優、且解析度可達每英忖_〜i44〇點。本發明對印花圖案 采用喷印方法完成，與f知的網版印花技術相比 版，可省去增吻。糾，靖咖終可採 或雙面喷印’使透濕防水薄膜兩面都具有印花圖案。 3驟四104中’校對喷印在透猶水_上之Μ，與設計圖 '色I疋否和相同，如果該印花圖案或顏色為正確繼續步驟五1〇5，如 果不正確則回到步驟三1〇3。 於步驟五105巾’該布種係為__選自可透視的梭織布以或可透視 的針織布之其中一者 :步驟✓、106中，係採用反應型熱炼膠或反應型接著劑將經過該 喷印程序後並具有印花圖案的透獅水_與細丹尼數或具可透視的 布種貼合’使印彳b圖案可穿透過可透視布種而完整呈現。在貼合時， 並了依布麵$選擇採用點狀貼合或是全面貼合而形成—印花布或 色布。 依據本發’製成之印花布或色布，不但具有透濕防水的功能， 還具有高耐水洗染色堅牢度、高耐杨色堅牢度、高耐絲色堅牢度' 以及尚耐摩擦染色堅牢度，並可減少製程時間與製作成本。進者製 成之印花布可另再搭配施予撥水處理107，使其防水效果更佳。 在實際製造時，當透濕防水薄膜製作成型後’首先得設計出所需 要的印花圖案，以及計算喷印該印花圖案所需的墨水量，再對該透濕 防水薄膜進行數位喷印，並對喷印完成後的透濕防水薄膜進行檢測評 估，測試其是否具有尚耐水洗染色堅牢度、高耐水染色堅牢度、高对 光染色堅牢度、以及高耐摩擦染色堅牢度等。 經過檢測後的透濕防水薄膜接著則需要根據產品或是客戶的需求 201231760 來選擇布種，並依布種的不同來選擇接著劑，以及接著劑的覆蓋率評 估，來進一步將透濕防水薄膜與一布種貼合，形成一印花布，最後依 花布之使用’來評估是否需要加入撥水劑。 製成之印花布應再一次進行檢測評估，測試其是否具有高耐水洗 染色堅牢度、尚耐水染色堅牢度、高耐光染色堅牢度、以及高耐摩擦 染色堅牢度等。經檢測合格後的印花布將會依據其功能而被製成各種 具有流行性的紡織商品。 在第3圖至第5圖說明本發明所製成之印花布結構圖。如圖所示， 本發明製成之印花布20包括了具有印花圖案2〇3的透濕防水薄膜 201，以及細丹尼數或有可透視且不經染色或印花之布種2〇2。 如第6圖所示，係依據本發明所製成之印花布試驗結果圖。其中 製成ασ 1的透濕防水薄膜係採用材質為聚氛g旨（p〇lyUrethane，pu)微 多孔疏水性薄膜，厚度為30// ;而布種為尼龍15丹尼的梭織布；印花 圖案採用環保型低溶劑顏料墨水(Eco solvent ink)，解析度為每英n寸720 點。製成βα 2的透濕防水薄膜係採用材質為聚氨g旨（p〇丨yUrethane,卩口） 無孔質親水性薄膜，厚度為20/z ;而布種為尼龍2〇丹尼的經編織布； 印化圖案採用％保型低溶劑顏料墨水(Eco solvent ink)，解析度為每英 吋720點。製成品3的透濕防水薄膜係採用材質為一面為聚氨酯 (polyurethane，PU)無孔質親水性薄膜，另一面為聚四氟乙稀 (polytetrafluoroethylene，PTFE)微多孔疏水性兩者複合之薄膜，厚度 為40";而布種為聚酯20丹尼的針織布；印花圖案採用環保型低溶劑 顏料墨水(Eco solvent ink)，解析度為每英b寸720點。 圖中顯示由本發明之製成品1至3三種不同印花圖案的印花布， 進行各項美國紡織化學家和染色家協會(AATCC)各項色牢度試驗的結 201231760 果。其中第一項係採用AATCC試驗方法編號AATCC 61-Πα 2006對其 印花布的耐水洗染色堅牢度騎測試，並依其變色情絲確定其等 級，等級分1-5級，變色越小，等級越高，試驗結果顯示三種印花 布於單獨試驗時以及與其他;^布種，進行試驗時，均得到 4-5級的高評比。第二項係採用ΑΑΤ(χ試驗方法編號aatcc ι〇7_2〇〇2 對其印花布的耐水染色堅牢度進行測試，並依其變色情況來確定其 等級，等級分m變色越小，等級越高，試驗結果顯示三種印 花布於單獨额時以及與其他不隨f布種—起進賴驗時，均得 到4-5級的高評比。第三項係採用MTCC試驗方法編號aatcc 16 3-2004對其印花布進行2〇小時的耐光染色堅牢度進行測試並 依其變色情況來確定其等級，等級分〗_5級，變色越小，等級越高’ 試驗結果顯示三種印花布均得到4_5級的高評比。第四項係採用 AATCC試驗方法編號AATCC 8-2005對其印花布進行耐摩擦染色堅牢 度進行測試，並依其變色情況來確定其等級，等級分1-5級，變色 越小’荨級越尚，試驗結果顯示三種印花布均得到4-5級的高評比。 綜上所述，本發明經實施後確可達到加強印花布的耐水洗染色堅牢 度'耐水染色堅牢度、耐光染色堅牢度、以及耐摩擦染色堅牢度並 可減少製程時間與製作成本之效。 本發明所提供的印花布及色布製造方法相較於傳統的網版印花方 法至少具有以下之優點： 1. 徹底淘汰印花網版，免除複雜之製版工程 2. 印花圖案不受限制 3. 色域廣（基本色4〜8色）’套色不受限制 4. 完全實現打樣與生產樣之再現性 201231760 5. 大幅縮短換花版圖案及換配色等滯機時間 6. 具有少量、多樣、快速之環保清潔生產特性 7. 極適合於1，〇〇〇碼以下之快速反應生產模式 8. 漸層（Half-Tone)圖案呈現效果佳 9，具環保，無廢棄物產生 10.克服細丹尼染色或印花技術之瓶頸 唯，以上所述者，僅為本發明之較佳之實施例而已，、，In addition, 'directly printed on fabrics' is less resistant to water washing and often happens. This is a problem in the manufacture of traditional printed fabrics and needs to be improved. SUMMARY OF THE INVENTION In view of the above problems, the main object of the present invention is to provide a washable dyeing fastness, water fastness, fastness, fastness, and rubbing fastness, and can be reduced. The processing time is woven into the cost of printing cloth and color cloth manufacturing methods. In order to achieve the above object, the present invention provides a method for manufacturing a printed cloth and a colored cloth, the steps of: designing a pattern; providing a moisture-permeable waterproof film; and printing the printed pattern or color to the design by digital inkjet technology. One side of the moisture permeable waterproof film; proof of the print pattern or color; provide - cloth type 'the cloth is not dyed or printed cloth, which is a fine Danny number or has a see-through property of 201231760; and will print A print surface of the moisture-permeable waterproof film having a print or color is attached to the cloth type to cause the print pattern to pass through the cloth. The printed cloth made by the printing cloth and the color cloth manufacturing method provided by the invention can enhance the fastness of washing and dyeing fastness, the fastness of water dyeing, the fastness of light fastness and the fastness of rubbing dyeing, and can shorten the process time and reduce the process time. Production costs, and no pollution. The printing cloth and the color cloth manufacturing method provided by the invention have at least the following advantages compared with the conventional screen printing method φ method: L completely eliminates the printing screen version 'except for the complicated plate making engineering 2 · the printing pattern is not limited 3· Wide color gamut (basic color 4-8 colors), color registration is not limited 4. Fully achieve the reproducibility of proofing and production samples 5. Significantly shorten the time of changing the pattern and changing colors, etc. 6·have a small amount, variety and fast Environmentally friendly clean production characteristics 7. Very suitable for fast response production mode below 1, 〇〇0 yards % 8. Half-Tone pattern is good. 9. Environmentally friendly, no waste generation 10. Overcome fine dan Bottlenecks of the dyeing or printing technique The above description of the present invention and the following description of the embodiments are intended to demonstrate and explain the spirit and principles of the present invention, and to provide further explanation of the scope of the invention. [Embodiment] Embodiments of the present invention will be described with reference to the specific embodiments of the present invention. The present invention can be easily understood from the contents disclosed in the present specification. Referring to Fig. 2, there is shown a schematic view of an embodiment of a method for producing a printed cloth and a colored cloth according to the present invention. As shown in FIG. 2, the printing cloth and the color cloth manufacturing method of the embodiment include the following steps: Step one 101, designing a pattern; Step 2102, providing a moisture-permeable waterproof film, the film may be a non-porous material. a hydrophilic film, a microporous hydrophobic film or a composite film of the two; Step 3103, printing a designed printing pattern onto one side of the moisture permeable waterproof film by digital inkjet technology; Step 4104, proofreading The printing pattern or color; step 5105, providing a cloth type, the cloth is not dyed or printed cloth, which is a fine denier number or has a see-through property; and step 6 106' will be printed with a print pattern The printing surface of the moisture permeable waterproof film is adhered to the cloth, so that the printing pattern is penetrated through the cloth. In step 101, the pattern may be an image or a color; in step 2, the 1G2 towel, the transparent water thin or transparent, has a waterproof function, which may be selected from the group consisting of polyacetic acid (p〇lyurethane). , pu) non-porous hydrophilic film, poly(p-diethylene terephthalate), non-porous hydrophilic film, polytetrafluoroethylene (p〇lytetl*aflU()1Oethylene, pTFE) micro Porous hydrophobic film, polyurethane (PU) microporous hydrophobic film, and Polyethylene (PE) microporous hydrophobic film, or a composite film of the same (one hydrophilic film, another surface One of the porous hydrophobic films; the composite film combination of the two is as follows: 201231760: 1. One side is polyurethane (PU) non-porous hydrophilic, and the other side is polytetrafluoroethylene (polytetrafluoroethylene) , PTFE) microporous hydrophobic composite film. Second, one side is polyurethane (PU) non-porous hydrophilic, the other side is polyurethane (PU) microporous hydrophobic composite film. Third, one side of polyurethane (PU) non-porous The hydrophilic surface and the other side are polyethylene (PE) microporous hydrophobic composite film. 4. Polyethylene terephthalate (PET) has a non-porous hydrophilicity, and the other side is a polytetrafluoroethylene (PTFE) microporous hydrophobic composite film. 5. Polyurethane (P〇lyethyieneterephthaiate, PET) non-porous hydrophilicity on one side. The other side is a composite film of polyurethane (PU) microporous hydrophobicity. Sixth, Polyethyiene terephthaiate (PET) is non-porous hydrophilic, and the other side is polyethylene (PE) microporous hydrophobic composite film. In step 3, 1G3 towel, in For the spray button, New Zealand (4) Molin system digital printer, s Xuan digital printer is one of the bubble nozzle or piezoelectric nozzle. Wherein, the digital printer ship is printed by the digital image to the surface of the moisture-permeable waterproof film, and the printed pattern can be printed on both sides to the water-permeable film. At least the miscellaneous use of the printing machine is selected from the group consisting of water-based pigment inks and environmentally-friendly low-solvent pigment inks (Ec.), which requires a small working space and a short time of '1G per hour. ~ 8G meters speed printing, printing _ size is not limited 'and no need to contact moisture-permeable waterproof film' printing after the printing pattern tone expression 201231760 2 excellent reproducibility, and resolution up to each Miles _~i44〇. The invention adopts the printing method for the printing pattern, and the version of the screen printing technology can eliminate the kiss. Correction, Jing coffee can be used at the end or double-sided printing 'The water-permeable waterproof film has a printed pattern on both sides. 3 In step 4104, 'the proofreading is printed on the 犹 水 _ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Step three 1〇3. In step 5, 105, the cloth is __ selected from one of a see-through woven fabric or a fluoroscopic knitted fabric: in steps ✓ and 106, a reactive hot melt or a reactive type is used. The agent will pass through the printing process and has a printed pattern of lion water_with a fine denier number or a permeable fabric type' to make the neem b pattern penetrate through the fluoroscopic cloth to be fully presented. At the time of fitting, it is selected according to the cloth surface to adopt a dot-like fit or a full fit to form a printed cloth or a color cloth. According to the hair print or color cloth made by the hair, it not only has the function of moisture permeability and waterproof, but also has high wash fastness, high fastness to yellow, high fastness to silk fastness, and strong anti-friction dyeing. Degree, and can reduce process time and production costs. The printed fabric made by the entrant can be further matched with the water treatment 107 to make it more waterproof. In actual manufacturing, when the moisture-permeable waterproof film is formed, the first necessary design is to design the desired printing pattern, and the amount of ink required for printing the printing pattern is calculated, and the moisture-permeable waterproof film is digitally printed and The moisture-permeable waterproof film after printing is tested and evaluated to test whether it has the resistance to washing dyeing fastness, high water-resistant dyeing fastness, high light-dyeing fastness, and high anti-friction dyeing fastness. After the test, the moisture-permeable waterproof film needs to be selected according to the product or the customer's demand 201231760, and the adhesive is selected according to the different types of the cloth, and the coverage evaluation of the adhesive is further applied to further penetrate the moisture-permeable waterproof film. Fit with a cloth to form a printed cloth, and finally use the use of the flower cloth to assess whether it is necessary to add a water-repellent agent. The printed fabric should be tested and evaluated again for high wash fastness, water fastness, high light fastness, and high fastness to rubbing. The printed fabrics that have passed the test will be made into a variety of popular textile products according to their functions. Fig. 3 to Fig. 5 are views showing the structure of the printed cloth produced by the present invention. As shown, the printed fabric 20 of the present invention comprises a moisture-permeable waterproof film 201 having a printed pattern 2〇3, and a fine denier number or a cloth type 2〇2 which is fluoroscopic and undyed or printed. As shown in Fig. 6, a test result chart of a printed cloth produced in accordance with the present invention is shown. The moisture-permeable waterproof film prepared as ασ 1 is a woven fabric of a nylon 15 denier having a thickness of 30//; and a micro-porous hydrophobic film of a thickness of 30//; The print pattern uses an eco-friendly solvent solvent with an resolution of 720 dots per inch. The moisture-permeable waterproof film made of βα 2 is made of a polyurethane-free (p〇丨yUrethane) non-porous hydrophilic film with a thickness of 20/z, and the cloth is made of nylon 2〇Danny. Woven cloth; The printed pattern uses a % solvent-protected Eco solvent ink with a resolution of 720 dots per inch. The moisture-permeable waterproof film of the finished product 3 is made of a non-porous hydrophilic film made of polyurethane (PU) on one side and a microporous hydrophobic composite film of polytetrafluoroethylene (PTFE) on the other side. The thickness is 40"; and the fabric is a polyester 20 denier knitted fabric; the print pattern uses an eco-friendly solvent solvent (Eco solvent ink) with a resolution of 720 dots per inch. The figure shows the printed fabrics of the three different printed patterns of the finished articles 1 to 3 of the present invention, and the results of various color fastness tests of the American Textile Chemists and Dyers Association (AATCC) were carried out 201231760. The first item is tested by the AATCC test method number AATCC 61-Πα 2006 for the washable dye fastness of the printed cloth, and its grade is determined according to its erotic silk. The grade is divided into 1-5 grades, the smaller the color change, the grade The higher the test results, the higher the ratio of the four types of printed fabrics in the single test and the other; The second item is tested by the test method No. aatcc ι〇7_2〇〇2 for the water-resistant dyeing fastness of the printed fabric, and its grade is determined according to its discoloration. The smaller the grade is, the smaller the grade is. The test results show that the three types of printed fabrics have a high rating of 4-5 when they are used in separate amounts and with other types of fabrics that do not follow the f-type. The third item uses the MTCC test method number aatcc 16 3-2004. The printed fabric was tested for light fastness for 2 hours, and its grade was determined according to its discoloration. The grade was _5 grade, the smaller the color change, the higher the grade. The test results showed that all three prints were graded 4_5. The fourth item is tested by AATCC test method No. AATCC 8-2005 for the rubbing resistance fastness of the printed cloth, and its grade is determined according to its discoloration. The grade is divided into 1-5 grades, and the discoloration is smaller. The more the grade is, the test results show that all the three kinds of printed fabrics have a high rating of 4-5. In summary, the invention can achieve the fastness of the washable dyeing of the printed cloth after the implementation of the water-resistant dyeing fastness, The light dyeing fastness and the rubbing dyeing fastness can reduce the process time and the production cost. The printed cloth and the color cloth manufacturing method provided by the invention have at least the following advantages compared with the conventional screen printing method: 1 Completely eliminate the printing screen, eliminating the complicated plate making process 2. The printing pattern is not limited 3. The color gamut is wide (basic color 4~8 colors) 'The color of the color is not limited 4. Fully realize the reproducibility of proofing and production samples 201231760 5 Significantly shorten the time of the change of the pattern and the matching color. 6. Has a small, diverse and fast environmentally friendly clean production characteristics. 7. Very suitable for the rapid reaction production mode of 1, the weight below 8. Gradient (Half -Tone) pattern rendering effect is good 9, environmentally friendly, no waste generation 10. Overcoming the bottleneck of fine denier dyeing or printing technology, the above is only a preferred embodiment of the present invention,
定本發明實獻範® ;任何Μ此浦者，林雌本發^非用以限 範圍下所狀均等變化齡飾，皆細摘作之專相^之内精神與 綜上所述’本發明之功效，係具有發明之「產業可_性」、「新 賴性」與「進步性」等專利要件；申請人爰依專利法之規定，向鈎 局提起新型專利之申請。 201231760 【圖式簡單說明】 第1圖係為傳統印花布的製造流程圖， 第2圖係為本發明一實施例中印花布及色布製造方法的流程圖， 第3圖係為依據本發明製成印花布之分解圖， 第4圖係為依據本發明製成印花布之組合圖， 第5圖係為依據本發明製成印花布之剖視圖， 第6圖係為依據本發明製成印花布的試驗結果圖。The invention is based on the invention of the invention; any of the sputum, the forest female and the female are not used to limit the scope of the gradual change of the age decoration, all of the fine-grained specials within the spirit and the above-mentioned The effect is to have the patent requirements such as “industry _ sex”, “new reliance” and “progressiveness”; the applicant filed a new patent application with the hook office in accordance with the provisions of the Patent Law. 201231760 [Simple description of the drawings] Fig. 1 is a flow chart for manufacturing a conventional printed cloth, and Fig. 2 is a flow chart for manufacturing a printed cloth and a colored cloth according to an embodiment of the present invention, and Fig. 3 is a diagram of the present invention. An exploded view of the printed cloth, Figure 4 is a combination view of the printed cloth according to the present invention, Figure 5 is a cross-sectional view of the printed cloth according to the present invention, and Figure 6 is a printed form according to the present invention. The test results of the cloth.
【主要元件符號說明】 步驟一 101 步驟二102 步驟三103 步驟四104 步驟五105 步驟六106 撥水處理107 12[Main component symbol description] Step one 101 Step two 102 Step three 103 Step four 104 Step five 105 Step six 106 Water treatment 107 12