200800615 九、發明說明· 【發明所屬之技術領域】 .^種連續枝點曲 潤、定位、活化及物料押入過程來完成連續定；，漏 V:V :【先前技術】200800615 IX. INSTRUCTIONS · [Technical field to which the invention belongs] ^ Continuous spurs, positioning, activation, and material intrusion processes to complete continuous determination; leakage V: V: [prior art]
按，一般將薄膜上的圖文採用相應的 力、溫度⑽洲承印物上的印刷方法，稱為t 根據採狀介質的;^，轉印分:為：熱轉及水p。 熱轉又區分為以圖案之接著層印於薄膜上’而 度、壓力軟化接著層將圖案層轉移於承印物上2溫 印；及另一將圖案層印於紙張，利用較高溫'圖^ 層中不安定㈣轉移於承印物上之熱昇華，而敎^ 與熱轉印的不同之處即為所承載圖案之載體不Ϊ相對 地，另一種水轉技術則分為水轉貼及水轉印（水彼 覆）’前者係湘圖㈣印胁經水溶性處理之紙張 上，於貼附於承印物上，再從紙張背面喷水溶解水溶 性處理層，將紙張與圖案層分離，此時圖案層已貼附 在承印物上，再經由烘乾、及塗上一層金油保護而得； 後者則為將圖案層印置於水溶性薄膜載體上，再塗佈 一層油性樹脂利用水來濕潤、軟化薄膜及配合喷塗活 化劑使圖案層之油墨的花紋活化，當被加壓物於紋路 200800615Press, generally the film on the film uses the corresponding force, temperature (10) printing method on the substrate, called t according to the medium; ^, transfer points: heat transfer and water p. The heat transfer is further divided into a pattern of the next layer printed on the film 'degree, pressure softening, then the layer is transferred to the substrate on the substrate 2 printing; and the other layer is printed on the paper, using a higher temperature 'Fig. The layer is unstable (4) is transferred to the sublimation of the substrate, and the difference between 敎^ and thermal transfer is that the carrier of the carried pattern is not opposite, and the other water transfer technology is divided into water transfer and water transfer. Printing (water is covered) 'The former is Xiangtu (4) printed on the water-soluble paper, attached to the substrate, and then sprayed from the back of the paper to dissolve the water-soluble treatment layer, separating the paper from the pattern layer. The pattern layer has been attached to the substrate and then protected by drying and coating with a layer of gold oil; the latter is to apply the pattern layer on the water-soluble film carrier, and then apply a layer of oily resin to utilize water. Moistening, softening the film and cooperating with the spray activator to activate the pattern of the ink of the pattern layer, when the pressed object is on the texture 200800615
上方向下壓入水中，藉水的壓力及適當軟化薄膜的延 展性，來使其花紋圖案轉移於承印物上。 然，於業界中有彼覆轉印技術（Cubic Transfer) 使用一種容易溶解於水中的水性薄膜來承載圖文（即 又稱為水轉印技術）；由於水披覆薄膜張力極佳，很 容易纏繞於產品表面形成圖文層，產品表面就像喷漆 一樣得到截然不同的外觀。披覆轉印技術可將彩色圖 紋彼覆在任何形狀之工件上，為生產商解決立體產品 印刷的問題。該水轉印技術的製作方法大約分為兩 種，一種是桌上喷轉印技術，另一種是水上喷轉印技 術，二者均可連續式作業，而前者之作業係先於單張 水轉印紙上喷塗活化劑，在將其置入水中濕潤溶解水 溶性薄膜，然因油性層已被活化，以致水表面張力將、 其圖案層過度擴張游離，使紋路尺寸擴大顏色濃度下 降，轉移後圖案效果與原稿相差甚遠，所以，通常都 應用在木紋、石紋等天然紋路上，因此類紋路較無比 對問題，但圖案受限。而後者即反之，係先將水轉印 紙置於水中濕潤溶解水溶性薄膜，再喷塗活化劑，雖 其效果比前者佳，但是單張水溶性薄膜要順利放置在 水面，容易被水滲入膜面或膜與水面之間殘留氣泡， 所以，更使其加工尺寸受限，無法達到業界普遍化的 需求。 有鑑於此，本發明者藉多年從事研究水轉印技術 之經驗，乃萌思設計一種可自動佑製作適用於大'、小 型物件且物件圖案可達高度一致性的水轉印技術，且 200800615 經不斷試作及加以改良，於是 【發明内容】 疋逐有本發明之產生。 H，本發明係有關—種連續式定點曲轉 霜其裝置，主要藉由水轉膜濕潤、定位、活J ^押人過絲完錢續定料的水轉印，其中 :有捲收水轉狀置難，再經動力輸送組將水轉膜 、_ ^作用槽，接續由作用槽内之帶動輪組中的鍵條橫 隔板拖行帶動水轉膜進行濕潤，同時到達預定點，^ 貝塗i置作限定區域的活化過程，且於活化過 中：時驅動物料押入裝置進行物件轉印，如此，經由 作業可達到製作大型物件及自動化的水轉印生產 【實施方式】 有關本發明藉以達致上述目的之技術手段，茲兴 較佳可行實施例於下文做—詳細之㈣，首先將圖i 及其圖式中之參照號數說明，俾使審查委員有—呈 且充分瞭解本發明之產生。 八篮 〜首先明參閱第一圖所示，係本發明一種連續式 疋點曲面水轉印製程之流程示意圖，該水轉印製程係 利^依序以水溶性薄膜a、圖案層b及脂溶性塗層c、 所合成之水轉膜進行濕潤過程1、定位過程2、活化 過程一3及物料押人過程4而得成品5，其步驟·· 。，丄ί潤過程1 ··由置放捲收水轉膜的置膜座1 作用η冑运組1 1連續導送水軸至承裝液體之 9 0内，以帶動輪組2 1中之鏈條橫隔板2 ! 200800615 3頂撐水轉膜略為向出作 -面高度，來進行遠病内所承裳液體之液 性薄膜a。 、祠水轉胺中之水溶 (二）定位過程2:利用作用样？ 1中之飩伙i生旧化〇 1 3 2 ▼動輪組2 膜，:鏈麻板213頂撐水轉膜，顺隨拉動水轉 ::f，且^ -正位置之縱向隔板2 2，來限劍、、日 宫许 η 、、+ Ρ 然，閏後之轉膜擴張 、又，而在上述進行的同時將 ’、 料d大小而定之預定位置處樹入依欲轉印物 Λ三入)士活化過程3:於水轉膜到達預定位置處後， ★貝置3 0進行噴塗介面劑3 1，其噴塗 、::::則大小的限定區域’如此即達水ί膜之脂 /合陡塗層C活化的過程； :_(四）物料押入過程4 :當進行活化過程時，可同 f動固設欲轉印物料d之押人裝置4 Q，進行將 /物料d押人作用槽2㈣與活化之水轉膜貼合轉 卜而於欲轉印物㈣押入貼合時，該水轉斷於所 頂撐之鏈條橫隔板2 1 3處斷裂，使水轉膜可藉由下 押及水中浮力而將水轉膜服貼轉印於欲轉印物料d 上，於完成後，其押入裝置4 〇即上升退離作用槽2 〇，如此即得成品5。 〃 曰 ，藉此，經由上述一連貫的作業，可於進行製作大 型物件的轉印時，以自動化的生產製造過程完^水轉. =技術’同時利用該間歇性之連續式定點曲面水轉印 分別對水轉膜之水溶性薄膜a作適當的限位擴張、及 8 ,200800615The top is pressed down into the water, and the pattern is transferred to the substrate by the pressure of the water and the flexibility of the softened film. However, in the industry, there is a transfer printing technology (Cubic Transfer) using an aqueous film that is easily dissolved in water to carry graphics (also known as water transfer technology); because the water coating film tension is excellent, it is easy Wrapped around the surface of the product to form a graphic layer, the surface of the product has a completely different appearance as a paint. Draping transfer technology can apply color patterns to any shape of the workpiece, solving the problem of stereoscopic product printing for manufacturers. The water transfer printing technology is divided into two types, one is a desktop spray transfer technology, and the other is a water spray transfer technology, both of which can be operated continuously, while the former operates before a single water. The activator is sprayed on the transfer paper, and the water-soluble film is wetted and dissolved in the water. However, since the oily layer has been activated, the surface tension of the water will be excessively expanded and freed, and the color of the grain will be decreased. The post-pattern effect is far from the original, so it is usually applied to natural lines such as wood grain and stone grain. Therefore, the grain-like road is incomparable, but the pattern is limited. The latter is the opposite. The water transfer paper is first placed in water to dissolve the water-soluble film, and then the activator is sprayed. Although the effect is better than the former, the single water-soluble film should be placed on the water surface easily and easily penetrated into the film by water. Bubbles remain between the surface or the membrane and the water surface, so the processing size is limited, and the general needs of the industry cannot be met. In view of this, the inventors have been engaged in the research of water transfer technology for many years, and have designed a water transfer printing technology that can automatically produce a high-consistency and high-conformity of objects, and 200800615 Continuous trial and improvement, and then [invention] The invention has been produced. H, the present invention relates to a continuous type of fixed-point curved frosting device, which is mainly used for water transfer by wet filming, positioning, and living, and the water transfer of the material is continued. It is difficult to turn, and then the water transfer film, _ ^ action tank, and then the drag of the key strips in the driven wheel set in the action tank to drive the water transfer film to wet, and reach the predetermined point, ^ Be coated i is used as the activation process of the defined area, and when the activation is over: the material is pushed into the device for transfer of the object, so that the production of large objects and automated water transfer printing can be achieved through the operation [Embodiment] The invention is based on the technical means to achieve the above objectives. The preferred embodiment of ZTE is made below - in detail (4), firstly, the reference number in Figure i and its drawings is explained, so that the review committee has a good understanding. The invention is produced. Eight baskets ~ first of all, as shown in the first figure, is a schematic flow chart of a continuous water-jet transfer process of the present invention, the water-transfer process is followed by a water-soluble film a, a pattern layer b and a fat The soluble coating c, the synthesized water transfer film is subjected to a wetting process 1, a positioning process 2, an activation process 3, and a material abatement process 4 to obtain a finished product 5, the steps of which are. , 丄ί Run process 1 ··The film holder 1 by the roll-to-roll transfer film acts η胄运组1 1 continuously guides the water shaft to within 90% of the liquid to drive the chain in the wheel set 2 1 Horizontal partition 2 ! 200800615 3 The top support water transfer film is slightly oriented to the surface height, to carry out the liquid film a of the liquid in the far disease. Water-soluble in hydrophobic amines (2) Positioning process 2: Using the action? 1 饨 饨 i i raw old 〇 1 3 2 ▼ moving wheel set 2 membrane,: chain slab 213 top support water transfer film, follow the pull water turn:: f, and ^ - the vertical position of the positive partition 2 2 To limit the sword, the Japanese palace, the η, and the + Ρ 闰, after the 转 之 转 转 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张 转 转 转 扩张 转 转 转 转 转 转 转 转 转 扩张 转 扩张 扩张 扩张 扩张 扩张 扩张 扩张 扩张Three-in-one) activation process 3: After the water transfer film reaches the predetermined position, ★Bei set 3 0 to spray the interface agent 3 1, its spraying, :::: the size of the limited area 'so that the water reaches the film The process of activation of the fat/steep coating C; : _ (4) Material infusion process 4: When the activation process is carried out, the device 4 4 of the material to be transferred d can be fixed with f, and the material / material d The stagnation tank 2 (4) is bonded to the activated water transfer film, and when the object to be transferred (4) is pasted and fitted, the water is broken at the erector of the chain slab 2 1 3 to break the water, and the water is transferred to the film. The water transfer film can be transferred onto the material to be transferred d by the buoyancy and buoyancy in the water. After completion, the device 4 is lifted and retracted from the action tank 2, so that the finished product 5 is obtained. 〃 曰 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Printed the water-soluble film a of the water transfer film for appropriate limit expansion, and 8 , 200800615
於水轉膜之脂溶性塗層c在最佳、最適當的活化時間l 與欲轉印物料d貼黏，達到圖案層1)有相同游離擴張 的面積，使轉印後之成品5到具一致性之圖案。 睛再參閱第二圖所示，配合上述連續式定點水轉 印製程其係具備有置膜座1 0、作用槽2 0、帶動輪 組2 1、縱向隔板2 2、喷塗裝置3 〇及押入裝置4 0，其中： 忒置膜座1 〇，係為置設捲收水轉膜之座體，且 於座體之出口處設有動力輸送組1 1將水轉膜導出，‘；： 該作用槽2 0，為供水轉膜導入濕潤水溶性薄膜 a的液體盛置槽； 、、 該帶動輪組2 1，係設於作用槽2 〇之内部，其 :以數動力輪2 1 1套設傳動鏈條2 ! 2，且傳動鏈 如2 1 2上等距設有鏈條橫隔板2 ]_ 3，該鏈條橫隔: 板2 1 3可作間歇連續式導送行程的控制，將水轉膜 頂杈導达至預定位置處，另該鏈條橫隔板2 1 3上分 別設有數溝槽2 1 4，俾可對應嵌設縱向隔板2 2 ;· 一该縱向隔板2 2，係設於作用槽2 〇内部，其令 對應嵌入於鏈條橫隔板213上所設之溝槽2I4 内，令縱向隔板2 2與鏈條橫隔板2 ]_ 3呈垂直方卢 汉置，且兩相對應之縱向隔板2 2可於鏈條橫隔板2 1 3上之數溝槽2 1 4内作相對距離的寬度調整，女 此俾可達調整及限制水轉膜之擴張寬度； 该噴塗裝置3 〇，係架設在作用槽2 〇上方，為 以預疋行程作前後位移來對欲轉印物料d大小區域噴 200800615 塗介面劑3 1的機台； 該押入裝置4 0，係架設在噴塗裝置3 〇之上 方’其係為固设欲轉印物料d及押入欲轉印物料d於 作用槽2 0之機台’其係可設有一組以上的押入裝置 4 0，以可作連貫性的替換運作； 请再參閱第三〜十圖所示，於水轉印進行一貫自 動化作業時，係先將盛置液體之作用槽2 〇内注入濕 潤液體，其注入液體之高度約含蓋過鏈條橫隔板2 l 3之二分之二處，再將置設組裝於置膜座1 〇内的水 轉膜，利用置膜座1 〇前端之動力輸送組i丄將水轉 膜導入作用槽2 0，以作用槽2 0内帶動輪組2丄之 動力輪2 1 1帶動傳動鏈條2 2上之鏈條横隔板2 1 3將水轉膜頂掣拖拉於作用槽2 〇内，如此在拖拉 導送的過程，該鏈條橫隔板2 1 3係將水轉膜頂撐略 為高出作用槽2 0内所承裝液體之液面高度，使其形 成一三角區域未浸置液體（如第四圖所示），其餘受 拖拉而行之水轉膜部位均浸置於作用槽2 〇内^液i 中，進行將水轉膜上的水溶性薄膜a濕潤溶化，而在 ，水轉膜受絲導㈣義观巾，其水轉難依循兩 ，，從向反2 2所形成之見度而行（該縱向隔板2 2係 可於導达片2 1 3之數溝槽2 1 4内作位移調整兩縱 向，板2 2相對的寬度’以可對應限位水轉膜濕潤後 之覓度擴張，而該寬度之調整係依水轉膜之大小而作 比例調整，如第九、十圖·所示），藉此該帶動輪組2: 1係可順由將水轉膜導送至預定位置處，當水轉膜到 200800615 f預定位置處時，該作用槽2 0上之喷塗裝置3 〇係 刖進至適當的行程距離，該行程距離係依欲轉印物料 d之大小而定，於喷塗裝置3 〇到達預定之行程距離 後，即開始進行喷塗介面劑3】於作用槽2 〇内水轉 膜之艏溶性塗層c上（如第六圖所示），當水轉膜之 脂溶性塗層c噴塗介面劑3 1而進行活化作用時，該 縱向隔板2 2同樣具有限位的功能，防止水轉膜之脂 :谷丨生文層c在活化時過度擴張，爾後，喷塗裝置3 〇 上方之押入裝置4 〇即將固設有欲轉印物料廿往下方 作用槽2 Q導送押人，而該押人裝置4 Q的導送係可 採用斜向方式或垂直方式導送押入作用槽2 〇中，當 欲轉印物料d押人作用槽2 Q之水轉膜上，該水轉二 即於所頂撐之鏈條横隔板2 : 3處斷裂，使水轉族可 藉由下押及水巾浮力㈣水制服_印於欲轉印物 料d上，如此利用押入之壓力及水轉膜脂溶性塗層〇 活化至最佳的狀態，令水轉膜貼附於欲轉印物料廿之 曲面上即達完成一成品5 (如第八圖所示）；成品5 完成後該押入裝置4 〇即上升與另一押入裝置4〇做 曰換同訏作用槽2 0内之帶動輪組2 1上的導送片 2 1 3繼續將水轉膜導入預定位置處，令噴塗裝置3 〇岫進及進行噴塗介面劑3 1，及另一押入裝置3 1 的押入轉印過程，以如此重複的執行動作達到一 業的製程。 ' 、’、’丁、上所述，我們由本發明一種連續式定點水轉印 製私及其裝置之元件組成，與使用實施說明可知，具 11 200800615 . 有下列幾項優點，詳細說明如下： U·本發明一種連續式定點曲面水轉印製程及其 裝置，藉由一貫化作業製程可達量產製作，無需如習 • \ .知單張作業，且可製作習知無法完成之大型轉印物 V : 件，為極佳解決舊有缺失之發明者。 ·,·、· 裝置，依據本發明之製程利用該連續式定點水轉印於 水轉膜之脂溶性塗層達到最佳、最適當的間歇活化時 Φ 間與欲轉印物料貼黏，達到圖案層有相同游離擴張的 • —' * . . / 面積，使轉印後之成品到具一致性之圖案。 3·本發明一種連續式定點曲面水轉印製程及其 , 裝置，係可依欲轉印物料之大小來調整預定位置、喷 、 塗裝置前進的行程距離，及押入裝置的下押行程等一 貫的作業，為一極具使用性之發明者。 4·本發明一種連續式定點曲面水轉印製程及其 ' 裝置，其係藉由鏈條橫隔板可頂撐水轉膜略為高出作 • ‘ 用槽内所承裝液體之液面高度，使其形成一三角區域 λ- …1. 未浸置液體，其餘受拖拉而行之水轉膜部位均浸置於 作用槽内的液體中，達成進行連續式之間歇性濕潤水 . 轉膜的方法者。 " 5·本發明一種連續式定點曲面水轉印製程及其 裝置，其係藉由縱向隔板可於鏈條橫隔板之數溝槽内 . ' 作位移調整兩縱向隔板相對的寬度，如此可對應限位 水轉膜濕潤後之寬度擴張，達到圖案層有相同游離擴 張的面積，使轉印後之成品到具一致性之圖案。’ 12 200800615 .. 因此，藉由本發明實施例之整體成型結構說明可 知，本發明確實臻可達到令水轉印技術有一貫作業之 自動化製程，且具有可進行製作大型物件的轉印，同 •時本發明連續式定點曲面水轉印製程及其裝置，利用 該連續式定點水轉印於水轉膜之脂溶性塗層達到最 佳、最適當的活化時間與欲轉印物料貼黏，達到圖案 ::層有相同游離擴張的面積，使轉印後之成品到具一致 性之圖案；所以，本發明誠具有極佳之使用效果，實 • 堪稱謂為一極具改良進步性之發明創作。 綜上所述，本發明誠已具有進步性與產業上之利 用性，且本發明之結構特徵尚未曾公開發表，復具有 新穎性，詢已符合發明專利諸要件之規定，爰依法提 出發明專利申請，懇請惠予審查並早曰賜准專利，實 感德便。 惟以上所述者，僅係本發明較佳可行實施例而 已，當不能以此限定本發明實施例之範圍，即大凡依 參； 本發明申請專利範圍及發明說明書内容所作之等效變 : 化與修飾，皆應仍屬本發明專利實施之範圍内。 13 200800615 【圖式簡單說明】 第一圖係本發明之流程示意圖。 第二圖係本發明之立體示意圖。 第三圖係本發明之裝置示意圖。 意_。 第四圖係本發明之裝置局部放大 第五圖係本發明之動作示意圖（乂 之動作示意圖(-)局部放大示意圖 圖係本叙明之動作示意圖（二）。 第八圖係本發明之動作示意圖（二） 图 ，九圖係本發明之縱向隔板調整示意圖 弟十圖係本發明之縱向隔板調整 【主要元件符號說明】 口 ^一^ (a ) (c ) (b ) ⑷ (2) (4) (10) (20) (2 1 1 水溶性薄膜 脂溶性塗層 (I) 濕、潤過程 (3) 活化過程 (5 ) 成品 (II) 動力輸送組 (2 1) 帶動輪組 (212)傳動鏈條 (214)溝槽 (30)喷塗裝置 (40) 押入裝置 圖案層 欲轉印物料 定位過程 物料押入過程 置膜座 作用槽 動力輪 (213)鏈條橫隔板 (22) 縱向隔板 (31) 介面劑 14The fat-soluble coating c in the water transfer film adheres to the material to be transferred d at the optimum and most suitable activation time l, and reaches the pattern layer 1) having the same free expansion area, so that the finished product after transfer is 5 Consistent pattern. Referring to the second figure, the above-mentioned continuous fixed-point water transfer process is provided with a film holder 10, a working tank 20, a driving wheel set 2, a longitudinal partition 2, and a spraying device 3. 〇 and pushing device 40, wherein: 忒 膜 膜 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜 膜The action tank 20 is a liquid holding tank for introducing the wet water-soluble film a into the water supply transfer film; and the driving wheel set 2 1 is disposed inside the working tank 2, which is: the number of power wheels 2 1 1 set drive chain 2 ! 2, and the drive chain is 2 1 2 is equidistant with chain spacer 2 ]_ 3, the chain is separated: plate 2 1 3 can be used for intermittent continuous guide stroke control The water transfer film top guide is guided to a predetermined position, and the chain cross plate 2 1 3 is respectively provided with a plurality of grooves 2 1 4, and the vertical partition plate 2 2 can be correspondingly embedded; 2 2, is disposed inside the action groove 2 ,, which is correspondingly embedded in the groove 2I4 provided on the chain transverse partition 213, so that the longitudinal partition 2 2 and the chain transverse partition 2 ]_ 3 are perpendicular to the square Chinese And the two corresponding longitudinal partitions 2 2 can be adjusted in the width of the relative distances in the plurality of grooves 2 1 4 on the chain diaphragm 2 1 3 , and the female can adjust and limit the expansion width of the water transfer film. The spraying device 3 架 is erected above the working tank 2 ,, and is a machine for spraying the 200800615 coating agent 3 1 to the area of the material to be transferred d by the forward and backward displacement of the pre-twisting stroke; the pushing device 40 The system is erected above the spraying device 3, which is a machine for fixing the material to be transferred d and pushing the material d to be transferred to the working tank 20, and the system can be provided with more than one set of pushing devices 40. It can be used as a continuous replacement operation. Please refer to the third to tenth drawings. In the continuous automation of water transfer printing, the liquid is injected into the tank 2 into the wet liquid, and the height of the liquid is injected. Covering about two-thirds of the chain partitions 2 l 3 , and then placing the water transfer film assembled in the film holder 1 , using the power transmission group of the front end of the film holder 1 The transfer film is introduced into the action groove 20, and is driven by the power wheel 2 1 1 that drives the wheel set 2丄 in the action groove 20 The chain transverse partition 2 1 3 on the chain 2 2 drags the water transfer film top raft into the action groove 2 ,, so that during the dragging and guiding process, the chain traverse partition 2 1 3 sets the water transfer film struts slightly Raise the liquid level of the liquid contained in the action tank 20 to form a triangular area that is not immersed in liquid (as shown in the fourth figure), and the other parts of the water transfer film that are dragged and pulled are immersed in the action. In the tank 2, in the liquid i, the water-soluble film a on the water transfer film is wet-dissolved, and the water-transfer film is guided by the wire (4) Yiguan towel, and the water transfer is difficult to follow two, from the opposite to the 2 2 The visibility is formed (the longitudinal partition 22 can be displaced in the groove 2 1 4 of the guide piece 2 1 3 to adjust the longitudinal direction, the relative width of the plate 2 2 to correspond to the limit water) After the film is wetted, the twist is expanded, and the adjustment of the width is adjusted according to the size of the water transfer film, as shown in the ninth and tenth figures, thereby driving the wheel set 2: 1 The water transfer film is guided to a predetermined position, and when the water is transferred to the predetermined position of 200800615 f, the spraying device 3 on the action groove 20 is pushed into the appropriate stroke distance. The distance of the stroke depends on the size of the material to be transferred d. After the spraying device 3 has reached the predetermined stroke distance, the spraying of the interface agent 3] is started after the water transfer film in the tank 2 On the soluble coating c (as shown in the sixth figure), when the water-soluble film of the water-soluble coating c is sprayed with the interface agent 31 for activation, the longitudinal partition 22 also has a function of limiting the position to prevent water. The fat of the film: the gluten-free layer c is over-expanded during activation, and then, the pushing device 4 above the spraying device 3 is about to be fixed with the material to be transferred, and the lower channel 2 is sent to the person. The guiding device of the arbitrage device 4 Q can be guided into the action tank 2 斜 in an oblique manner or a vertical manner, and when the material to be transferred is transferred to the water transfer film of the tank 2 Q, the water turns into two Breaking at the 2:3 of the chain spacers of the top support, so that the water transfer family can be printed on the material to be transferred d by the buoyancy and water buoyancy (4) water uniforms, so that the pressure and water transfer film can be used. The fat-soluble coating is activated to the optimum state, and the water transfer film is attached to the curved surface of the material to be transferred. The finished product 5 (as shown in the eighth figure); after the finished product 5 is completed, the pushing device 4 is raised and the other pushing device 4 is replaced with the guiding piece on the driving wheel set 2 1 in the working groove 20 2 1 3 Continue to introduce the water transfer film into the predetermined position, so that the spraying device 3 is pushed in and the spraying interface agent 3 1 and the other pushing device 3 1 are pushed into the transfer process, so as to achieve the same operation with such repeated execution. Process. ', ', 'Ding, above, we are composed of a continuous fixed-point water transfer printing and its components, and the implementation instructions show that it has 11 200800615. The following advantages are as follows: U·The present invention relates to a continuous fixed-point curved surface water transfer process and a device thereof, which can be produced by mass production by a consistent operation process, without the need to learn a single operation, and can make a large-scale turn that cannot be completed by conventional knowledge. Printed V: The inventor is an excellent inventor of the old and missing. ·, ··· Device, according to the process of the present invention, the fat-soluble coating transferred to the water transfer film by the continuous fixed-point water is optimally and most suitable for intermittent activation, and Φ is adhered to the material to be transferred. The pattern layer has the same free expansion of the — — * . . / area, so that the finished product after transfer to a consistent pattern. 3. A continuous fixed-point curved surface water transfer process and device thereof, which can adjust the predetermined position, the travel distance of the spray and coating device according to the size of the material to be transferred, and the dipping stroke of the pushing device, etc. Consistent work is an inventor of great use. 4. The invention relates to a continuous fixed-point curved surface water transfer process and a device thereof, which can be slightly elevated by a chain slab which can support the water transfer film. It is formed into a triangular area λ-...1. The liquid is not immersed, and the remaining water transfer film parts are immersed in the liquid in the action tank to achieve continuous intermittent wet water. Method. " 5· The present invention relates to a continuous fixed-point curved surface water transfer process and apparatus thereof, which can be used in the groove of the chain transverse partition by a longitudinal partition. The displacement is adjusted to the relative width of the two longitudinal partitions. In this way, the width of the water after the restriction film is wetted is expanded, and the pattern layer has the same free expansion area, so that the finished product after transfer has a uniform pattern. Therefore, it can be seen from the description of the overall molding structure of the embodiment of the present invention that the present invention can achieve an automated process which enables a continuous operation of the water transfer printing technology, and has a transfer capable of producing a large object, and the like. The continuous fixed-point curved surface water transfer process and device thereof of the present invention utilize the continuous fixed-point water transfer to the fat-soluble coating of the water transfer film to achieve the best and most suitable activation time and adhere to the material to be transferred. Pattern: The layer has the same free expansion area, so that the finished product after transfer has a consistent pattern; therefore, the invention has excellent use effect, and is truly an invention with improved progress. creation. In summary, the present invention has been progressive and industrially usable, and the structural features of the present invention have not been publicly disclosed, and the novelty has been renewed, and the inquiry has met the requirements of the requirements of the invention patents, and the invention patents have been filed according to law. To apply, I would like to ask for a review and give us a patent as soon as possible. However, the above description is only a preferred embodiment of the present invention, and the scope of the embodiments of the present invention is not limited thereto, that is, the equivalent of the present invention; And modifications are still within the scope of the practice of the invention. 13 200800615 [Simplified description of the drawings] The first figure is a schematic diagram of the flow of the present invention. The second drawing is a schematic perspective view of the present invention. The third figure is a schematic view of the apparatus of the present invention. meaning_. The fourth drawing is a partial enlarged view of the apparatus of the present invention. The schematic diagram of the action of the present invention (the schematic diagram of the action of the ( (-) is a schematic view of the action of the present invention (2). The eighth figure is a schematic diagram of the action of the present invention. (2) Fig. 9 is a schematic diagram of the vertical partition adjustment of the present invention. Fig. 10 is a vertical partition adjustment of the present invention. [Main component symbol description] Port ^1 (a) (c) (b) (4) (2) (4) (10) (20) (2 1 1 Water-soluble thin film fat-soluble coating (I) Wet and moist process (3) Activation process (5) Finished product (II) Power transmission group (2 1) Driving wheel set ( 212) Transmission chain (214) Groove (30) Spraying device (40) Pushing device pattern layer to transfer material positioning process Material pushing process Filming seat Function groove Power wheel (213) Chain diaphragm (22) Portrait Partition (31) interface agent 14