!3〇2875 九、發明說明： 【發明所屬之技術領域】 本發明係有關-種轉印裝置，翻是關於—種無版轉印之方法 ，其衣置’其係應用於轉印高解析度關案至筆記型電腦的外 殼，顯示出個人獨特的風格。 【先前技術】 #在過去’產品的外部如電腦外殼，如—手提電腦的外殼，其 =藉由在4電腦本身外殼上形成三度空間的圖案輯來進行裝 飾。這些設計可以是印刷或是染色。在過去，要在塑膠物品上， 絲=稀猜丁一婦—苯乙婦共聚物(ABS)產品外殼，將圖像直接移 Z疋木色疋困難的。用於移轉圖像和染色到此種表面上所需要 莫/皿度其係回到會使得這些外殼本身炼化，因此色澤會有所誤 ，，析度也因為溫度_係無法克服，進而使彩色的圖案無法 娜產品表面外觀。因傳統在不均勻塑谬表面上之印刷， 移印届峨術已成熟，但是應用在不耐高溫的材質上 高變會賴糊，但是溫度只要稍加提 有鐘於此，本發明係針對上述之種種缺失及困擾，提出一種 無轉印之雜及其裝置，可以在低溫獨行，萌決存在於習 知技術中之該些缺失。 【發明内容】 日胜要目的係在提供—種無版轉印之方法及其裝置，其 佑一壯聚氯乙烯(PVC)型恶之基質的物品上，如電腦外蓋，塗 、飾性圖像，並城用該圖像來為—產品、個人、團體或 1302875 機構進行廣告以達成多樣變化之特色。 置， 120 本發明之I目⑽缺供—難版料 其係_-雜顿，如提供b、加顯㈣贱 度的環境進行低溫轉印動作。 又 置 本發明之又-目的係在提供—種無版料之方 其係利用環保型溶劑墨水專用的傭機輸出該 ^… 保墨水作為轉印墨水，使該全細像解晰度更高清晰。伽 本發明之又-目的係在提供—種無版轉印之方法及^裝置，节 :轉貼，必須和雜轉印物的底漆相容，通常為同—原料廠的產 口口效果最好，附著性會更好。 為達成上述之目的，本發明提供一種無版轉印之方法及其裝 置，其發明為-無版轉印紙，在碰轉印紙底層具有—pvc塑膠 =’並在上方設置-圖案層，該圖案層依輕置有—細旨型離型 切抗洛劑透明油墨、一全彩圖像、一白色油墨、一印刷熱轉 貼膠以及一壓轉印機，可以提供真空、加壓與恆溫攝氏75度至12〇 度的環境，該壓轉印機内部具有一專用塑型材料翻模治具，用以 頂住並固定一被轉印物，再將該無版轉印紙設置於被轉印物上 方，覆上一矽膠層，使該矽膠重量均勻並固定表面受力，讓該無 版轉印紙能均勻吸附到垂直角的地方，進行轉印動作，可以轉印 出解析度高，又不損傷筆記型電腦外殼的圖案，並且可以在低溫 下進行轉印。 底下藉由具體實施例配合所附的圖式詳加說明，當更容易瞭 l3〇2875 解本發明之目的、技術内容、特點及其所達成之功效。 【貫施方式】 本發明方法最適合使用在聚氯乙烯（PVC)塑膠片材所製成 的圖像移轉材質上。PVC圖像移轉片材使得該片材可平順地將 一全彩圖像，移轉到一物體的曲面和角度上，例如手提電腦的 外殼。典型地手提電腦外殼是由ABS、聚碳酸酯（PC)和一混合 物或是ABS和PC的合成物所製成，它們與本發明製程所使用 的PVC圖像移轉片材相容。 現在請參閱第1圖為本發明無版轉印之方法及其裝置無 版轉印紙剖視圖與第3圖為本發明無版轉印之方法及其裝 置印刷之筆記型電腦外觀立體圖，如圖所示，使用一無版轉 印紙10來移轉印刷。在該無版轉印紙1〇底層具有一 PVC塑膠紙 12，在該pvc塑膠紙12上方設置一圖案層14，該圖案層μ依序 設置有一樹酯型離型劑16、一抗溶劑透明油墨18、一全彩圖像 2〇、一白色油墨22、一印刷熱轉貼膠24。該PVC塑膠紙12較佳 是由一 PVC網孔塑膠片材所製成，約為250網目。也可以使用 其他具有適當南溶點的塑膠材料，該被轉印物可以為一 筆記型電腦，且圖案層14被轉印在該被轉印物26上。 在本發明的一實施例中，請請參閱第1圖為本發明無版 轉印之方法及其裝置無版轉印紙剖視圖，如圖所示，其使 用無版轉印紙10來達成一圖像移轉。在此方法中所使用的方 式塗層，將一樹酯型離型劑16塗佈到250網目的PVC塑膠紙12 上。再次地，將樹酯型離型劑16塗佈到該PVC塑膠紙12上， 以避免完成的設計後來黏著在PVC塑膠紙12的表面上。在該設 1302875 :十從PVC塑膠紙12移除之前’該樹醋型離型劑16需冷卻到4〇 °c以下。當該圖像為從PVC塑膠紙12上均勻地剝落時塗上保 護金油。 在此方法中，使用一環保型溶劑墨水專用的喷繪機，使用溶 M(OIL DYE)墨水作為轉印墨水。習知技術中已知的鏡射印刷 技術，設計要_PVC瓣紙12上的圖案是以電腦數位圖像或 以喷漆技術工作完成。本發明所使用的油墨是溶劑型染料，在 過去的相關應用中，未冒使用那麼多的溶劑型染料來將全彩圖 # 像20印刷在一 pvc外蓋上。 一抗溶劑透明油墨18塗佈在樹酯型離型劑16之上，該抗 :別透明H 18必須能夠耐得住加熱而不會溶解以及降低品 貝，該加熱係為當將所產生的全彩圖像2〇轉印到該使用物品 上如電腦外蓋。該特定的全彩圖像2〇歧用環保型溶劑墨水專 用的喷緣機來輸出該全彩圖像2〇_抗溶劑透明油墨18上。 然後將白色油墨22塗佈到該全彩圖像2〇上，以增加該圖像顏 色的對比、濃度和明亮度。該白色油墨22典型是使用需要300 鲁、網目網版的油墨。最後將印刷熱轉貼膠24塗佈在該白色油墨 =上。使用該印刷熱轉貼膠24是依據該使用物品之成分來決 定；設計將全彩圖像2〇附著到ABS、PC或是ABS/PC的被轉印 物26上，如該被轉印物26是由ABS/PC混合物所製成，移轉 印刷該圖像較佳溫度是加熱到75〜12(TC。 該無版轉印紙10隨著印刷熱轉貼膠24而附著到該被轉 印物26表面上，以達成與該被轉印物26穩固地黏著。該全彩 圖像20是設計印在一具有不均勻表面和曲線的手提電腦外蓋 上，該圖像將牢固地附著在該外蓋上，使該外蓋可抗酒精和其 1302875 他化學成分。為了達成此一目的，所使用的印刷熱轉貼膠24 ，佳地應加熱到一足夠高的溫度以確實地和油墨本身附著。這 疋個良好的經驗，從提供相同製造商來獲得該印刷熱』 24以^保化學相容性，此為無版轉印紙之印刷。 夕 凊參閱第2圖為本發明無版轉印之方法及其裝置有 印紙f視圖，利用—有版轉印紙28，在此有版轉印 底層汉置有—模版3〇，並在該模版3〇上印刷有一 離型劑32 ’並在該樹s旨型離型劑犯上依序印一 ^型 主要原料34為黃色、—第二主要原料36壯色、—ίΓ 主：原：38為藍色、一第四主要原料4〇為黑色 ： 印刷、烘乾再印刷、棋乾共計四次上色，最，先 白色塗料42與一印刷熱轉貼膠44。 加上— 請參閱第4圖為本發明無版轉法 之屋轉印機立體圖’ 一壓轉印機：u置印刷 壓並且可控制_定溫度在攝氏75度：=;轅可加 46’内部具有-專用塑型材料翻模治具48頂:=:印機 26 ’在該被轉印物26上方包覆有 纸,印物 轉印紙28，在該無版轉印紙 轉卜氏10或疋有版 一石夕膠層50,因為表面上覆上的^版轉印紙28上包覆 勻固定於無版轉印紙10或是有版轉;:5 == 紙能均勻吸附轉印到垂直㈣地方。、、、_表面’讓轉印 在塗佈上樹醋型離型劑32之％ 高，在該樹醋型離型劑32之上^以最少糊網目或更 34。此是因為現今所制的声讀_像的第—主要塗料 刀顧色油墨，不能夠穿透超過 1302875 300〜350網目，且需要使用較高的網目以避免不均勻的顏色印 刷。在第一主要塗料34佈上之後，應可允許乾燥。 弟，一主要塗料36以相似的方式塗佈到該第一主要塗料34 之上，且允許乾燥。第三主要塗料38塗佈在第二主要塗料36 之上，第四主要塗料40塗佈在第三主要塗料38之上，且允許 乾燥，其提供了該圖像的所有三個主要減色。應該要小心讓各 個塗層在喷塗之間冷卻並且使它們保持接近室溫，因為模版 30可能會隨著高熱而縮小或膨脹，使得圖像因此扭曲而弄壞。 Φ 然後將一白色塗料42塗佈在圖像上，以增加該圖像顏色 的對比、濃度和明亮度。白色塗層42典型地是使用需要3〇〇 網目網版的油墨。 將最後的印刷熱轉貼膠44塗佈在白色塗料42之上。使用 該印刷熱轉貼膠44是依據該使用物品之成分來決定，例子 中，該設計將附著到ABS、PC或是ABS/PC混合物上，假如該 物品是由ABS/PC混合物所製成，移轉印刷該圖像較佳是加熱 到75〜120°C。然後對於該指定材料，該印刷熱轉貼膠44必^ • 符合具有一較高的熔點或是能夠耐得住該較佳加熱溫度而不 會降低品質。這些塗層-起構成一圖案45。該圖案45附著到 被轉印物26上，以達成與該使用物體穩固地黏著。該圖案奶移 轉是設計用在-具有不均勻表面和曲線的手提電腦外蓋上，該圖 案45將相地附著在該外蓋上，使該外蓋可抗酒精和 分，此為有版轉印紙之印刷。 、 子成 以上所述储由實施例說明本發明之特點，其目的在使熟習 該技術者能暸解本創作之内容並據以實施，而非限定本發明:專 利範圍，故，凡其他未_本發明所齡之精神所完成之等效修 1302875 飾或修改，仍應包含在以下所述 之 【圖式簡單說明】 申請專利範園中 第1圖為本發明無版轉印之方法及 圖。 置無版轉印紙剖視 第2圖為本發明無版料之方法及其裝 第3圖為本發明無版轉印之方 另版轉印紙剖視圖。 立體圖。 縣騎歡_魏腦外觀 第4圖為本發明無版轉印之方法及其裝置印刷之壓轉印機立體圖。 【主要元件符號說明】 10無版轉印紙 12 PVC塑膠紙 14圖案層 16樹酯型離型劑 18抗溶劑透明油墨 20全彩圖像 22白色油墨 24印刷熱轉貼膠 26被轉印物 28有版轉印紙 30模版 32樹酯型離型劑 34第一主要原料 36第二主要原料 1302875 38第三主要原料 40第四主要原料 42白色塗料 44印刷熱轉貼膠 45圖案 46壓轉印機 48專用塑型材料翻模治具 50矽膠層!3〇2875 IX. Description of the Invention: [Technical Field] The present invention relates to a transfer device, and relates to a method for non-plate transfer, which is applied to a transfer high resolution The case to the notebook's case shows a unique style. [Prior Art] #In the past, the exterior of a product such as a computer case, such as a laptop case, was decorated by forming a three-dimensional pattern on the outer casing of the computer itself. These designs can be printed or dyed. In the past, it was difficult to move the image directly on the plastic article, silk, and the styrene-acrylic copolymer (ABS) product shell. The need to transfer images and dye onto such surfaces requires that the shells are re-refined, so the color of the shells is incorrect, and the resolution is also unavoidable due to temperature. Make the colored pattern unable to look at the surface of the product. Due to the traditional printing on the uneven plastic surface, the printing process has matured, but the application is highly variable on the material that is not resistant to high temperature, but the temperature is only slightly mentioned here, the present invention is directed to In view of the above-mentioned various kinds of defects and troubles, a non-transfer miscellaneous device and a device thereof can be proposed, which can be carried out at a low temperature, and the defects which exist in the prior art are known. SUMMARY OF THE INVENTION The purpose of Risheng is to provide a method and device for non-plate transfer, which is a product of a vinyl chloride (PVC) type of matrix, such as a computer cover, a coating, and a decorative diagram. Like, the city uses this image to advertise for products, individuals, groups, or 1302875 institutions to achieve a variety of changes. 120, I (10) of the present invention lacks supply-difficulty material, which is a low-temperature transfer operation, such as providing b and adding (four) temperature. Further, in order to provide a non-plate material, the utility model outputs the ink as a transfer ink by using a special machine for environmentally-friendly solvent ink, so that the full fine image has higher resolution. Clear. The purpose of the invention is to provide a method and device for the non-printing transfer. The section: the reposting must be compatible with the primer of the miscellaneous transfer material, usually the same as the raw material factory. Ok, the adhesion will be better. In order to achieve the above object, the present invention provides a method and device for non-printing transfer, the invention of which is a non-printing transfer paper having a -pvc plastic = ' and a top layer - a pattern layer on the bottom layer of the touch transfer paper, the pattern The layer is lightly placed - a fine-shaped release type anti-alloy transparent ink, a full-color image, a white ink, a printing thermal transfer adhesive and a pressure transfer machine, which can provide vacuum, pressure and constant temperature of 75 In an environment of up to 12 degrees, the press transfer machine has a special plastic material mold-turning jig for holding and fixing a transferred object, and then placing the plateless transfer paper on the transferred object. Above, a layer of glue is applied to make the weight of the glue uniform and the surface is stressed, so that the plateless transfer paper can be uniformly adsorbed to the vertical angle, and the transfer operation can be performed, and the resolution can be transferred without damage. The pattern of the notebook case and can be transferred at low temperatures. The details of the invention, the technical content, the features and the effects achieved by the present invention are explained by the detailed description of the specific embodiments in conjunction with the accompanying drawings. [Complex application method] The method of the present invention is most suitable for use on an image transfer material made of a polyvinyl chloride (PVC) plastic sheet. The PVC image transfer sheet allows the sheet to smoothly transfer a full color image to the surface and angle of an object, such as the outer casing of a laptop. Typically, the laptop casing is made of ABS, polycarbonate (PC) and a mixture or a combination of ABS and PC which are compatible with the PVC image transfer sheets used in the process of the present invention. Referring now to FIG. 1 is a cross-sectional view of a non-printing transfer method and a device thereof for a non-plate transfer method according to the present invention, and FIG. 3 is a perspective view showing the appearance of a notebook computer without a printing method and a device thereof. It is shown that a plateless transfer paper 10 is used to transfer the printing. A PVC plastic paper 12 is disposed on the bottom layer of the plateless transfer paper, and a pattern layer 14 is disposed on the pvc plastic paper 12, and the pattern layer μ is sequentially provided with a resin release agent 16 and an anti-solvent transparent ink. 18, a full color image 2 〇, a white ink 22, a printing heat transfer adhesive 24 . The PVC plastic paper 12 is preferably made of a PVC mesh plastic sheet of about 250 mesh. Other plastic materials having a suitable south melting point may be used, and the transferred material may be a notebook computer, and the pattern layer 14 is transferred onto the object to be transferred 26. In an embodiment of the present invention, please refer to FIG. 1 is a cross-sectional view of a method for transferring a plateless printing of the present invention and a device without a plate, as shown in the drawing, which uses a plateless transfer paper 10 to achieve an image shift. turn. In the method of coating used in this method, a resin type release agent 16 is applied to a 250 mesh PVC plastic paper 12. Again, a resin release release agent 16 is applied to the PVC plastic paper 12 to prevent the finished design from sticking to the surface of the PVC plastic paper 12. Before the 1302875: ten is removed from the PVC plastic paper 12, the vinegar-type release agent 16 needs to be cooled to below 4 °C. When the image is uniformly peeled off from the PVC plastic paper 12, the protective gold oil is applied. In this method, an inkjet printer dedicated to environmentally friendly solvent inks is used, and M (OIL DYE) ink is used as the transfer ink. The mirror printing technique known in the prior art is designed to be done on a computer digital image or in a painting technique. The inks used in the present invention are solvent based dyes which have not been used in the past related applications to print a full color image #20 on a pvc cover. An anti-solvent clear ink 18 is coated on the resin type release agent 16, which is resistant to heat and does not dissolve and lowers the product, which is produced when The full-color image is transferred to the used item such as the computer cover. The specific full-color image is output on the full-color image 2 〇 _ anti-solvent transparent ink 18 using an environmentally friendly solvent ink-specific blast machine. White ink 22 is then applied to the full color image 2 to increase the contrast, density and brightness of the image. The white ink 22 typically uses an ink that requires a 300 Lu, mesh screen. Finally, a printed thermal transfer adhesive 24 is applied to the white ink =. The use of the printed thermal transfer adhesive 24 is determined according to the composition of the article to be used; the design is to attach the full-color image 2〇 to the ABS, PC or ABS/PC to be transferred 26, such as the transferred object 26 It is made of ABS/PC mixture, and it is preferred to transfer the image to a temperature of 75 to 12 (TC. The plateless transfer paper 10 is attached to the object to be transferred 26 as the thermal transfer adhesive 24 is printed. On the surface, it is firmly adhered to the object to be transferred 26. The full-color image 20 is designed to be printed on a laptop cover having a non-uniform surface and a curve, and the image will be firmly attached to the outside. Covered so that the outer cover is resistant to alcohol and its chemical composition of 1302875. To achieve this, the printed thermal transfer adhesive 24 used should preferably be heated to a temperature high enough to adhere to the ink itself. This is a good experience, from providing the same manufacturer to obtain the printing heat. 24 to ensure chemical compatibility, this is the printing of the plateless transfer paper. 凊 凊 Refer to Figure 2 for the non-printing of the present invention The method and the device have a printing paper f view, using the printing paper 28, there is a version here. The bottom layer of the printing plate is provided with a stencil of 3 〇, and a release agent 32 ′ is printed on the stencil 3 并 and the main raw material 34 is yellow in the order of the singular release agent of the tree s. The main raw material 36 strong color, - Γ Γ Main: Original: 38 is blue, a fourth main raw material 4 〇 black: printing, drying and printing, chess dry a total of four times, the most, first white paint 42 and one Printing thermal transfer adhesive 44. Plus - please refer to Fig. 4 is a perspective view of the transfer machine of the invention without a version of the transfer method] A pressure transfer machine: u set printing pressure and can be controlled _ fixed temperature at 75 degrees Celsius: =辕 可加46' internal with - special plastic material overturning fixture 48 top: =: printing machine 26 'over the transferred material 26 is covered with paper, printed transfer paper 28, in the no-version The printing paper is transferred to the Platinum 10 or the enamel layer 50, because the surface of the printing paper 28 coated on the surface is uniformly fixed on the non-printing paper 10 or has a plate rotation; 5 == the paper can be evenly distributed Adsorption is transferred to the vertical (four) place.,,, _surface 'allows the transfer on the coated tree vinegar-type release agent 32%, above the tree vinegar-type release agent 32 Mesh or 34. This is because the first-class paint knife color ink of the sound-reading image made today cannot penetrate more than 1302875 300~350 mesh, and needs to use a higher mesh to avoid uneven color. Printing. After the first primary coating 34 is clothed, drying should be allowed. Brother, a primary coating 36 is applied to the first primary coating 34 in a similar manner and allowed to dry. The third primary coating 38 is coated. Above the second primary coating 36, a fourth primary coating 40 is applied over the third primary coating 38 and allowed to dry, which provides all three major subtractive colors of the image. Care should be taken to have the individual coatings Cooling between sprays and keeping them close to room temperature, as the stencil 30 may shrink or expand with high heat, causing the image to be distorted and broken. Φ A white paint 42 is then applied to the image to increase the contrast, concentration and brightness of the image. The white coating 42 is typically an ink that requires a 3 〇〇 mesh screen. The final printed thermal transfer adhesive 44 is applied over the white paint 42. The use of the printed thermal transfer adhesive 44 is determined by the composition of the article of use. In the example, the design will be attached to the ABS, PC or ABS/PC mixture, if the article is made of an ABS/PC mixture, It is preferred to transfer the image to a temperature of 75 to 120 ° C. Then, for the specified material, the printed thermal transfer adhesive 44 must conform to a higher melting point or be able to withstand the preferred heating temperature without degrading the quality. These coatings - form a pattern 45. The pattern 45 is attached to the object to be transferred 26 to achieve a firm adhesion to the object to be used. The pattern milk transfer is designed for use on a laptop cover having a non-uniform surface and curve, the pattern 45 will be attached to the outer cover, so that the outer cover is resistant to alcohol and minute, this is a version Printing of transfer paper. The above description of the present invention is described in the following examples, and the purpose of the present invention is to enable those skilled in the art to understand the contents of the present invention and to implement the present invention without limiting the scope of the invention: The equivalent repair 1302875 decoration or modification completed by the spirit of the present invention should still be included in the following [Simplified description of the drawings] The first figure in the patent application garden is the method and diagram of the non-printing of the present invention. . Fig. 2 is a cross-sectional view of a transfer paper of the present invention. Fig. 2 is a cross-sectional view of a transfer paper of the present invention. Stereo picture. County riding joy _ Wei brain appearance The fourth figure is a perspective view of the stamping machine of the invention without the printing method and the printing press of the device. [Main component symbol description] 10 non-printing paper 12 PVC plastic paper 14 pattern layer 16 tree ester type release agent 18 anti-solvent transparent ink 20 full color image 22 white ink 24 printing heat transfer glue 26 transferred material 28 Plate transfer paper 30 template 32 tree ester release agent 34 first main raw material 36 second main raw material 1302875 38 third main raw material 40 fourth main raw material 42 white paint 44 printing thermal transfer adhesive 45 pattern 46 pressure transfer machine 48 dedicated Molded material mold overturning fixture 50 矽 rubber layer