201238775 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種平台式喷墨設備，尤其是，使用一種免 塗層醇溶型喷墨墨水與光固化樹酯溶液’可於噴繪裝置列印圖 像時同步進行上光保護，降低印刷對位問題之影響，並可直接 列印於多種特殊材質，如玻璃、壓克力、PET、鋁板等無孔材 質’同時又具有解析度高、附著性佳、耐溶劑與數位化之彳憂點。 【先前技術】 傳統印刷方式最大的困擾是必須開模製版，漸層色彩的表現 不佳，在現今少量多樣化與對品質要求提升的需求下，已逐漸由 數位喷墨方絲取代。另外傳統_最常蝴的加工問題就是圖 像沒有完全錢成品必料上數小時找進行㈣的加工 作業。於是出現了雜與料細化上光方式。如果要在塑賴、 金屬紙類、PET等材質上印刷，就必須解決被印材料不吸墨和油墨 不易揮發乾料_。紫外細化印刷的方式能達到速乾的效 果，能順利的在非吸墨性的材質上進行印刷動作。若被印 是屬於堅硬性的物體，如玻璃、鈿缸级轰,.^ 诂田m 碑、木板等，傳統印刷 機也…法使用’因此_紫外細化數位平台印儀 解決堅硬材質與材料厚薄的醜，㈤時也可贿 。但使用紫外光固化墨水是目前最常使用的方式，= 多的缺點必須克服：第―、紫外光固化油 質產生變__，而影響了整體的生產品質 墨墨層太料致整體職^’第二、喷 厲尽過同’導致部分需控制膜厚的製程無法 s 201238775 使用例=.觸控面板的生產，因為網版印刷或紫外光固化墨水 的膜厚太肖’會導致ITQ翻導賴有高度落差，造成觸控不靈 導致良率不高的問題。第四、易受顏色影響乾燥速度，由於 愛外光對黑色和自色油墨深層的穿透力較差所以在印製大面積 黑色或白色時會有不易乾燥不關題產生，進而影響整個生產品 率，五、墨水與機台成本過高，由於紫外光油墨式使用 干’、料單體’並加人光起始劑，成本比傳統墨水高出許多。嘴 ^裝^朗平台設計的結構與紫外光設備的裝置，機台成本動則 百至數百萬元台幣，設備使用門檻高。 〜數位式直噴疋近年來發展出的一種無需製版的直接喷印技 %「材的厚度、吸墨塗層配方、油性墨水配方等，都是使用直 ^機的關鍵纟坊間平板直喷最常使用的墨水是介於水性墨水和 洛劑=墨水’該類嘴墨墨水需要配合塗層在物體表面才能成像列 印’牛固度來說是沒有任何問題的，但是使用塗層成本很高，且 使用必須按照對應物體的使用，增加許多生產的成本。前處理塗 佈的缺點有·塗佈不易均勻施卫不便、粉塵易沾黏塗佈面、塗佈 面與物體貼合易贿、溶解塗層㈣溶劑污染環境、對人體不好 等。=此免塗層墨水_發，能解決過去直噴機均要喷上-層塗 佈才犯印知大她，免塗佈可轉決現在好無法列印材質的 問題。免塗層墨水則可以直接印在多種不同表面極性之物質，能 解決現在很多無法列印材f的問題，包含—些鏡面材質，如玻璃、 壓克力、金屬鋼板、1呂片、聚對苯二甲酸二乙__、聚碳_ pc)及烧基苯俩鹽(梅則都可以直接噴印，保留完美無瑕的 201238775 ^像效果。但使用免塗層墨水触產製郷響最大的因素：不耐 冷劑的特性’因為使用醇溶性溶劑與樹醋，目的即是為了達到快 乾性與良好的溶舰，能在各式_上傭且兼魏護喷頭不易 扣壞的優點，但相朗卻失去了耐;贈的特性。在某些製程中會 需要用到、顯來擦拭物品的表面做清雜作，躲下進行之後的 加工作業’也因此成為免塗層墨水使用上最大的瓶頸。 【發明内容】 為解決習知技術上之缺點，本發明之主要目的在提供一種平 «^喷墨②備’其係包含—機台、—平台、—喷繪裝置以及一墨 熱源 ίΞ喊其巾’該銳裝置包対觀及喷墨軌道，該喷墨軌道 了有噴墨座，而_座係透過喷墨軌道綠右㈣以及喷墨座 =以承載噴頭座。此外，喷頭座包含複數個喷頭，用以提供 =作業’且_座之，置有-統裝置，肋提供光源及 本發明之平台式喷墨設備可喷印於多種特殊材質，如玻璃、 壓克力、&對苯二甲酸二乙醋(PET)、聚碳酸醋(pc)、聚苯乙稀 (ps)、銘板等無孔材質，可應用性範圍大，且本發明之平台式喷 墨設備中的墨水u少包含白色顏料墨水及光固化樹g旨溶^，不 具刺激性氣味，乾燥速度快。此外，本發明之平台式噴墨設備更 包含一操控裝置，該操控裝置位於該機台上且具有一操控軟體， 可以控制_觸左右移動錢伽的給墨方式，目此具有數 位化對位準確、解析度高之特性。 … 此外，本發明之平台式噴墨設備中的在噴印過程如下： 首先，將待印材料(例如:玻璃基材壓克力、聚對苯二甲酸二乙酯 201238775 =)置=:PC)、聚苯乙綱、坑物酸鹽一 接著，在待印材料上方前後移動嘴 喷頭噴印墨水於待印材料上形成圖像。接著m碩座之 將噴繪t置回復至事卩前絲的位置料完，卩二成^’ 次圖像列印，例如可再 進行第二 質的待印㈣ 顯色效果(適合透明材 =’且可用操控軟體操控來形成局部喷印 =::歸===噴頭喷印包含細: 的光源裝置，嫩0嫩。 她左側 ” ίΓ墨水麵可為以使用分散性顏料或染料為主之免塗声 喷墨墨水’墨水應用的顏色可以為各式顏色，例如品藍、θ 品紅、黃色、黑色、淡品藍、淡品紅、淡黑、綠色、二藍s 2色的排列方式，可按照喷繪裝置本身的設定或透過操控軟體 ==卜，光源裝置可透過光源控制裝置被關_^ 以先源裝抓喷顧啟_印開始發光，_回復至吸墨座 斷電；光源裝置的光源可直接射至待特料上的墨水上及時加 熱，並對所喷出的光固化樹酯進行聚合反應。 本發明之另—目的在提供-種平台式喷墨設備，其可因應待 印材料的不同’選擇·或_光源裝置，例如：喷印製壓^力 材質時’因壓克力受熱會產生變形，所以可將絲襄置關閉，直 接以墨水喷印；列印至破璃或鋼板等硬材，不會_而產生變形， 即可開啟光源裝置，增快列印速度；可以使用噴綠裝置對透明材 201238775 質或深色材質進行局部上白或全彩上白， 王、衫上白，提升顏色的屉泠咸與鮮201238775 VI. Description of the Invention: [Technical Field] The present invention relates to a platform type inkjet device, in particular, a coating-free alcohol-soluble inkjet ink and a photocurable resin solution can be used in an inkjet device. Simultaneous glazing protection when printing images, reducing the impact of printing alignment problems, and can be directly printed on a variety of special materials, such as glass, acrylic, PET, aluminum and other non-porous materials 'have high resolution, Excellent adhesion, solvent resistance and digitalization. [Prior Art] The biggest problem with the traditional printing method is that it must be opened for molding, and the performance of the gradient color is not good. It has gradually been replaced by digital ink-jet square wire in the current small amount of diversification and demand for improved quality. In addition, the traditional _ the most common processing problem is that the image is not completely finished, and the finished product must be processed for several hours. Then there is a way to refine the glazing of the impurities. If you want to print on plastic, metal paper, PET and other materials, you must solve the problem that the printed material does not absorb ink and the ink is not volatile. The UV-refinement printing method achieves the effect of quick-drying, and can smoothly perform printing operations on non-ink-absorbing materials. If it is printed as a hard object, such as glass, cylinder level bombardment, .^ 诂田m monument, wood board, etc., the traditional printing machine is also used [method] _ UV refinement digital platform printing instrument to solve hard materials and materials Thick and ugly, (5) can also bribe. However, the use of UV-curable ink is currently the most commonly used method. The disadvantages of = many must be overcome: the first, the UV-curable oil quality changes __, and affects the overall production quality, the ink layer is too much to the overall job ^ 'Second, spray the same as the same 'cause part of the process to control the film thickness can not be 201238775 use case =. Touch panel production, because the screen thickness of the screen printing or UV curing ink is too short' will lead to ITQ turn The guide has a high degree of drop, causing the problem of poor yield due to poor touch. Fourth, it is susceptible to color-dependent drying speed. Because of the poor penetration of black and self-colored inks in the outer layer, it will not be easy to dry when printing large areas of black or white, which will affect the whole product. Rate, five, the cost of ink and machine is too high, because the UV ink type uses dry ', monomer alone' and adds a light starter, the cost is much higher than the traditional ink. The structure of the nozzle and the structure of the ultraviolet light device, the cost of the machine is 100 million to several million Taiwan dollars, and the threshold for equipment use is high. ~Digital direct sneeze has developed a direct printing technology that does not require plate making in recent years. "The thickness of the material, the ink-absorbing coating formula, the oil-based ink formula, etc., are all the key to using the direct machine. The inks that are often used are between water-based inks and explosives=inks. This type of nozzle inks need to be coated on the surface of the object to be imaged and printed. There is no problem with the solidity of the cow, but the cost of using the coating is very high. And the use must be in accordance with the use of the corresponding object, increasing the cost of many production. The disadvantages of pre-treatment coating are: coating is not easy to evenly inconvenient, the dust is easy to adhere to the coated surface, the coated surface and the object are easy to bribe, Dissolved coating (4) Solvent pollutes the environment, is not good for the human body, etc. = This coating-free ink _ hair can solve the problem that in the past, the direct spray machine should be sprayed with - layer coating to make the impression of her, and the coating can be transferred. Now it's not a problem to print the material. The non-coating ink can be printed directly on a variety of different surface polarities, which can solve many problems that cannot be printed on the f, including some mirror materials such as glass, acrylic, metal. Steel plate 1 Lu tablets, polyethylene terephthalate diethyl __, poly carbon _ pc) and benzoic acid benzene salt (Mei can be directly printed, retaining the flawless 201238775 ^ image effect. But using the coating-free ink touch The biggest factor in the production system: the characteristics of the cold-resistant agent's use of alcohol-soluble solvents and tree vinegar, the purpose is to achieve fast drying and good solution, can be used in various types of servants and The advantage of deducting the bad, but the loss of the resistance; the characteristics of the gift. In some processes, it will be necessary to use, apparently wipe the surface of the object to do the miscellaneous work, to avoid the processing after the work' In order to solve the shortcomings of the prior art, the main object of the present invention is to provide a flat machine, a platform, a spray, and a spray. The drawing device and an ink heat source Ξ 其 其 ' 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该a nozzle holder. In addition, the nozzle holder includes a plurality of nozzles for lifting For the operation and operation, and the device, the rib provides the light source and the platform type inkjet device of the invention can be printed on a variety of special materials, such as glass, acrylic, & Non-porous materials such as vinegar (PET), polycarbonate (pc), polystyrene (ps), nameplate, etc., have a wide range of applicability, and the ink in the flat-type inkjet device of the present invention contains less white pigment ink. And the light curing tree g is suitable for melting, has no pungent odor, and has a fast drying speed. In addition, the platform type inkjet device of the present invention further comprises a manipulation device, the manipulation device is located on the machine platform and has a manipulation software, which can be controlled _ Touching the left and right movement of the gamma ink, the purpose of this is to have the characteristics of accurate digit alignment and high resolution. In addition, the printing process in the flatbed inkjet apparatus of the present invention is as follows: First, it will be printed Material (for example: glass substrate acrylic, polyethylene terephthalate 201238775 =) = (PC), polystyrene, pit acid salt, then move the nozzle nozzle back and forth over the material to be printed The printing ink forms an image on the material to be printed. Then m will return the inkjet t to the position of the silk before the event, and the second image will be printed. For example, the second color can be printed. (4) Color rendering effect (suitable for transparent material = 'And can be controlled by the control software to form a partial print =:: return === nozzle print contains fine: the light source device, tender and tender. Her left side Γ Γ ink surface can be based on the use of dispersible pigments or dyes The color of the ink-free inkjet ink application can be a variety of colors, such as royal blue, θ magenta, yellow, black, light blue, light magenta, light black, green, two blue s 2 color arrangement According to the setting of the inkjet device itself or through the control software ==Bu, the light source device can be turned off by the light source control device. _^ The first source is loaded with the inkjet, the ink is printed, and the ink is turned off. The light source of the light source device can be directly irradiated onto the ink to be specially heated, and the photocurable resin is polymerized. The other object of the present invention is to provide a platform type inkjet device, which can Depending on the material to be printed, 'option·or _light source device, for example: When printing the pressing force material, 'the acrylic will deform due to the heat, so the wire can be closed and printed directly with ink; printing to hard materials such as broken glass or steel plate will not cause deformation, ie The light source device can be turned on to increase the printing speed; the green material can be used to partially or white-color the transparent material 201238775 or the dark material, the king and the shirt are white, and the color of the drawer is salty and fresh.
，完 —'•…、正—丨興1·貝糌眾程在同一平台式噴墨 設備上完成’不會因為移動物品來作後續製程，產生右無尤進, End — '•..., 正—丨兴1·Beiyu Zhongcheng completed on the same platform-type inkjet device’, it will not be used as a follow-up process for moving items, resulting in no right
見所及’均是採用黑色外框，而全彩多樣化是下—階段的需 求’為何至今仍無法有各式全彩的顏色顧在觸控面板原因就 是傳統生產方式_版印_製程進行，每—相㈣膜厚約15 μιη ’若要生產一個紅&外擁的總_ λ* -w . μιη ’右要生產-個紅色__控面板’第__道必須糾上紅色 油墨’第—道再上-層白色的油墨顯色，最後再上—道黑色遮光， 如此製程下來，彩色外框的膜厚與未上的玻璃有了至少45啤高 度差異’在接下來後段餘科候’即會產生成品職靈敏度的 異常’造成生產良率非常低。改用本發明平台式噴墨設備的優點： 第、疋位準確’完全電腦化以操控軟體來控制，不會有圖像偏 差的問m印出來的墨賴只有3·5ρ1，且採舰點模式， 會自動補點，因此每一層顏色的厚度僅只有2μιη，可重複喷印數 層仍能符合生產的sm印圖像完成，直接以噴墨方式 上光’僅需賴-層即可制耐酒精清潔面板需求，勿需擔心對 位不準與膜厚過高的問題。 由本發明之下述詳細說明及所附之圖式，本發明的前述及其 他目的、特徵、觀點及優點將會更加明瞭。 【實施方式】 以下配合圖式及元件付號對本發明之實施方式做更詳細 201238775 的說明，俾使熟習該項技藝者在研讀本說明書後能據以實施。 請參閱圖1及圖2，本發明平台式喷墨設備示意圖及本發明 平台式喷墨設備示意圖之I區域局部放大示意圖，本發明提供一 種平台式喷墨設備1 ’其包含一機台8、一平台2、一嘴繪·裳置3 以及一墨水匣4，該機台具有一升降機構，該平台2位於該機台 8中，用以置放一待印材料，且該平台2透過該升降機構來調整 該平台之高度，此外’該平台2配置有一吸氣裝置。 該喷繪裝置3係位於平台2之上方，該喷繪裝置3具有一 移動機構，用以前後移動該喷繪裝置3,且該喷繪裝置3包含至 少一喷頭座5及一噴墨執道，該喷墨轨道具有至少一噴墨座 14，其中喷頭座5係透過該喷墨軌道來左右移動，而噴墨座μ 係用以承載喷頭座5。此外，喷頭座5包含複數個喷頭，用以進 行一喷印作業將該等墨水提供於該待印材料上，且噴頭座5之一 侧置有一光源裝置6(圖1中之光源裝置6係置於噴頭座5的左 側），用以熱源將對喷印至該待印材料上的 固化樹轉液進行細化聚合。 該墨水H 4係位噴綠裝置3之一側的上方（圖（中之墨水昆 4係置於嘴繪裝置3的左側）且該墨水E 4包含複數種墨水，該 等墨水至少包含—白色顏料墨水與—光固化細旨溶液。 此外，該平台式平台式喷墨賴1更進—步包含-操控裝置 裝置’該操控裝置位於該機台上且具有-操控軟 體用以控制該至少-噴頭座的左右移動以及該等喷 =織制裝置係置於該機台上，用以控制該光源= 的開啟與關閉。 l 201238775 要注意的是，該等墨水更包含有機顏料、無機顏料及或油 溶性染料免塗層墨水的至少其中之一，且該等墨水可為複數種顏 色墨水’且該等顏色墨水包含品藍、品紅、黃色、黑色、淡品藍、 淡品紅、淡黑、綠色、橘色等，該等顏色之排列無一定順序，可 按照喷繪裝置3原有的設定或使用操控軟體自行設定。 要注意的是，該等墨水可為以分散性顏料或染料為主之免塗 層醇溶型喷墨墨水。 要注意的是，該喷墨作業為將該等墨水透過噴頭座5的複 數個喷頭喷印於-待印材料上，以形成圖像，其中 印出來的墨滴9約為3. 5pl。 、、 請參閱圖3及圖4，本發明第 一 一八叫-今、奴％半一員她例不葸圖及本發明第一實 施例不意圖之II區域局部放大示意圖，該平台式喷墨設備^之 =業如下所描述：首先，將—待印材料·如玻璃基材、壓 克力、聚對苯二甲酸二乙酯_)、聚碳_旨 及鋁板等無孔材料)放置於平台2上。 本烯(PS) =著，在4特料7上转後軸錢 3 二水於待印材料7上形成圖像10,該圖 J p疋成後再進行第二次圖傻 T用二像11増加顯色效果(適合透明材質的待印材料： 然後，白墨圖像η列印完成後，再將喷= 墨二 印前原來的位置，其中 、4回復至列 川嘴印步驟，直至圖像10 2卿，再重複圖像 原點，再透過頭座5 使喷繪裝置3回歸至 之喷頭料包含光固化樹s旨溶㈣墨水， 201238775 201238775 座5左侧的光源 ::=:二在:。印的同時需_ 要注意的是，該平台式噴墨設備i至 的:墨方式與移動方向的操控軟之= 喷Γ 5的左側），依需求可於噴列印的同時開啟_座= 之先源裝置6,㈣提錄轉噴印 加熱’使墨水能加速賴化。 + 水進订 要4狀’該光稀置6之光源麵包含統麵包含 Ϊ之紫外光(Μ光源與發光二極體(LED)光源的其 1 二;=熱源的方式為輕射熱’用以提升墨水揮發速度， ㈣^卜，該平台棘S域1的光源控織置I3，係用來控 光源裝置6的開啟與關閉，該絲控制裝置13可選擇是否 進仃加熱作用，當光源控制裝置13選擇進行加熱侧的情況 下’喷頭座5 -離開吸墨座14時，立刻開啟光源裝置6，當喷 頭座5回至吸墨座14時則自動關閉光源裝置6斷電，以防止 頭因持續加熱而受損。 且該光源控制裝置13可因應待印材料7的不同，選擇開啟或 關閉光源裝置6’例如：料健克力材料，随克力受熱會產 生變形，所以可將光源裝置關閉，直接以墨水噴印；列印至玻璃 或鋼板等硬材’不會因熱而產生變形，即可開啟光源裝置，增快 列印速度；可以使用噴繪裝置對透明材質或深色材質進行局部噴 印上白墨或全部噴印上白墨，提升顏色的層次感與鮮豔度。 當噴印光固化樹酯溶液時’此時光源控制裝置13被設定為 201238775 開啟，於列印的同時進行光固化聚合，其中，細化樹醋溶液 可以使用市售產品或採用f知之方法來自行調配組成物。而光源 裝置6的光源種類’即依照光·細旨溶液中之歧始劑的吸收 波長來決定。 本發明的平台式噴墨設備並不只能細在觸控面板玻璃的製 程中，因墨水具有較低的表面張力，因此可以在多種材料上有好 的濕满效果’舉凡平板列印雜何可时墨塗佈柯 可依此製程使用。 $ 產業上利用可能性·· 本發明平台式喷墨設備，可以將數位喷墨的朗範圍做更廣 大的衍生，如IMD生產、觸控面板、電子書的生產等應用，不再 只侷限於色彩廣告的範4 ’可以使多種工藝的製賴化降低生 產成本’結合適當的機台設計，更可以献工業應用的需求，達 成量產目的，並能節省人力，免除多重加工程序，因數位喷墨完 全電腦化操控’故生錢程容絲控，使良率献巾峨升，且可 >、量多樣化’彈性大’減少庫存品的發生^能將數位噴墨帶至另 一個全新的領域，能並且創造出極大的價值。 以上所述者僅為用以解釋本發明之較佳實施例，並非企圖據以 對本發明做任何形式上之_，是以，凡有在_之發明精神下 所作有關本發明之任何修飾或變更，皆仍應包括在本發明音圖保 護之範疇。 〜 201238775 【圖式簡單說明】 圖1為本發明平台式噴墨設備示意圖。 圖2為本發明平台式喷墨設備示意圖之A區域局部放大示意。 圖3為本發明第一實施例示意圖。 圖4為本發明第一實施例示意圖之B區域局部放大示意圖。 【主要元件符號說明】 1平台式喷墨設備 2平台 3喷繪裝置 4墨水S 5喷頭座 6光源裝置 7待印材料 8機台 9墨滴 10圖像 11白墨圖像 12上光圖像 13光源控制裝置 14噴墨座 A放大區域 B放大區域Seeing that 'all are black frames, and full-color diversification is the next-stage demand'. Why still can't have all kinds of full-color colors. The reason for the touch panel is the traditional production method _ printing _ process, Each phase (four) film thickness is about 15 μιη 'To produce a red & external total _ λ* -w . μιη 'right to produce - a red __ control panel 'the __ road must be corrected with red ink' The first pass and then the white ink will be colored, and finally the black light will be blacked out. After the process, the film thickness of the color frame and the glass on the top have at least 45 beer height difference. Waiting 'will produce an abnormality in the finished product's sensitivity' resulting in very low production yield. The advantages of using the platform type inkjet device of the present invention: First, the position is accurate 'completely computerized to control the software to control, there is no image deviation, the ink printed is only 3·5ρ1, and the ship point The mode will automatically fill in the dots, so the thickness of each layer is only 2μιη, and the repeatable printing of several layers can still be completed in accordance with the production of sm printed images, directly by inkjet glazing 'only need to rely on - layer can be made The need for alcohol-resistant cleaning panels, do not need to worry about the problem of misalignment and excessive film thickness. The foregoing and other objects, features, aspects and advantages of the present invention will become apparent from [Embodiment] Hereinafter, the embodiment of the present invention will be described in more detail with reference to the drawings and component symbols, and can be implemented by those skilled in the art after studying this specification. 1 and FIG. 2, a schematic diagram of a schematic view of a platform type inkjet device of the present invention and a schematic view of a region of the platform inkjet device of the present invention. The present invention provides a platform type inkjet device 1 which includes a machine table 8. a platform 2, a mouthpiece, a skirt 3, and an ink cartridge 4, the machine has a lifting mechanism, the platform 2 is located in the machine 8 for placing a material to be printed, and the platform 2 transmits the The lifting mechanism adjusts the height of the platform, and in addition, the platform 2 is provided with a suction device. The inkjet device 3 is located above the platform 2, the inkjet device 3 has a moving mechanism for moving the inkjet device 3 back and forth, and the inkjet device 3 comprises at least one nozzle holder 5 and an inkjet device. The ink jet track has at least one ink jet holder 14 in which the head holder 5 is moved left and right through the ink jet track, and the ink jet holder μ is used to carry the head holder 5. In addition, the head holder 5 includes a plurality of heads for performing a printing operation to supply the ink to the material to be printed, and a light source device 6 is disposed on one side of the head holder 5 (the light source device in FIG. 1) The 6 series is placed on the left side of the nozzle holder 5 for heat source to refine the solidified tree transfer liquid sprayed onto the material to be printed. The ink H 4 is located above one side of the green spraying device 3 (the ink cartridge 4 is placed on the left side of the mouth drawing device 3) and the ink E 4 contains a plurality of inks including at least white The pigment ink and the photo-curing solution. In addition, the platform-type inkjet ray 1 further includes a control device device, the control device is located on the machine and has a control software for controlling the at least The left and right movement of the nozzle holder and the spray=weaving device are placed on the machine to control the opening and closing of the light source. l 201238775 It should be noted that the inks further contain organic pigments, inorganic pigments and Or at least one of the oil-soluble dye-free coating inks, and the inks may be a plurality of color inks' and the color inks include royal blue, magenta, yellow, black, light blue, light magenta, light Black, green, orange, etc., the arrangement of the colors is not in a certain order, and can be set according to the original settings of the inkjet device 3 or using the control software. It should be noted that the inks may be disperse pigments or dyes. Mainly exempt Layer alcohol-soluble inkjet ink. It is noted that the inkjet operation is to print a plurality of nozzles of the ink through the nozzle holder 5 onto the material to be printed to form an image, wherein the ink is printed. The drop 9 is about 3. 5 pl., Please refer to FIG. 3 and FIG. 4, the first one of the present invention is called the present, and the slave is one and the other is a part of the second embodiment of the present invention. To enlarge the schematic diagram, the platform type inkjet device is as follows: First, the material to be printed, such as glass substrate, acrylic, polyethylene terephthalate _, poly carbon A non-porous material such as an aluminum plate is placed on the platform 2. The ene (PS) =, after the 4 special material 7 is turned, the shaft money 3 dioxin forms an image 10 on the material to be printed 7, and the figure is completed and then the second image is used for the second figure. 11増 plus color effect (suitable for transparent material to be printed: Then, after the white ink image is printed, the original position will be sprayed before the ink is printed, and 4 will be returned to the column nozzle step until the figure Like 10 2 Qing, repeat the image origin, and then return the inkjet device 3 to the sprinkler through the headstock 5. The light-cured tree contains the light (4) ink, 201238775 201238775 Block 5 left light source::=: Second:: At the same time, the need to pay attention to is that the platform type inkjet device i to: the ink mode and the movement direction of the soft control = the left side of the sneeze 5), according to the demand can be printed at the same time Turn on the _ seat = the source device 6, (4) to record the transfer printing heating 'to enable the ink to accelerate the Lai. + Water is ordered in a 4 shape. The light source surface of the light thinning 6 contains the ultraviolet light of the surface (the light source and the light emitting diode (LED) light source; the heat source is light heat] In order to increase the evaporation rate of the ink, (4) ^b, the light source of the platform S-domain 1 is controlled to lie I3, which is used to control the opening and closing of the light source device 6, and the wire control device 13 can select whether to heat the heating device. When the light source control device 13 selects the heating side, when the head holder 5 is separated from the ink receiving seat 14, the light source device 6 is turned on immediately, and when the head holder 5 is returned to the ink receiving seat 14, the light source device 6 is automatically turned off. In order to prevent the head from being damaged due to continuous heating, and the light source control device 13 can select to turn on or off the light source device 6' according to the material to be printed 7, for example, the material of the material, which is deformed by the heat of the gram, Therefore, the light source device can be turned off and directly printed with ink; printing to hard materials such as glass or steel plate will not be deformed by heat, and the light source device can be turned on to increase the printing speed; the transparent material can be used by the inkjet device. Or dark material for partial printing on white Or all of the white ink is printed to enhance the layering and vividness of the color. When printing the photocurable resin solution, the light source control device 13 is set to be turned on 201238775, and photocuring polymerization is performed while printing, wherein The refinement of the vinegar solution can be carried out by using a commercially available product or by a method known in the art. The type of the light source of the light source device 6 is determined according to the absorption wavelength of the dissimilar agent in the solution of the light and the solution. The platform type inkjet device is not only fine in the process of the touch panel glass, because the ink has a low surface tension, so it can have a good wet full effect on a variety of materials. Buco can be used according to this process. $ Industrial use possibility · · The platform type inkjet device of the invention can make a wider range of digital inkjet range, such as IMD production, touch panel, e-book production Such applications, no longer limited to the color advertising model 4 'can make a variety of process manufacturing to reduce production costs' combined with appropriate machine design, but also for industrial applications To achieve the purpose of mass production, and to save manpower, eliminating multiple processing procedures, the factor of inkjet is completely computerized and controlled, so that the money can be increased, and the yield can be increased, and the amount can be diversified. 'Reducing the occurrence of inventory^ can bring digital inkjet to another brand new field, and can create great value. The above is only a preferred embodiment for explaining the present invention, and it is not intended to be The invention is in any form, and any modifications or alterations to the invention made in the spirit of the invention are still included in the scope of the sound image protection of the present invention. ~ 201238775 [Simplified illustration] BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a portion of a platform type ink jet apparatus according to the present invention. Fig. 2 is a partially enlarged schematic view showing a portion A of a schematic view of a flat type ink jet apparatus according to the present invention. 4 is a partially enlarged schematic view showing a region B of the schematic view of the first embodiment of the present invention. [Main component symbol description] 1 platform type inkjet device 2 platform 3 inkjet device 4 ink S 5 nozzle holder 6 light source device 7 to be printed material 8 machine 9 ink drop 10 image 11 white ink image 12 glazing image 13 light source control device 14 ink jet holder A enlargement area B enlargement area
S 12S 12