TWI316470B - Printing method and printing device - Google Patents
Printing method and printing device Download PDFInfo
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- TWI316470B TWI316470B TW095129861A TW95129861A TWI316470B TW I316470 B TWI316470 B TW I316470B TW 095129861 A TW095129861 A TW 095129861A TW 95129861 A TW95129861 A TW 95129861A TW I316470 B TWI316470 B TW I316470B
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- ink
- blanket
- rubber
- coated
- coating
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41M—PRINTING, DUPLICATING, MARKING, OR COPYING PROCESSES; COLOUR PRINTING
- B41M5/00—Duplicating or marking methods; Sheet materials for use therein
- B41M5/025—Duplicating or marking methods; Sheet materials for use therein by transferring ink from the master sheet
- B41M5/03—Duplicating or marking methods; Sheet materials for use therein by transferring ink from the master sheet by pressure
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41M—PRINTING, DUPLICATING, MARKING, OR COPYING PROCESSES; COLOUR PRINTING
- B41M1/00—Inking and printing with a printer's forme
- B41M1/02—Letterpress printing, e.g. book printing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41M—PRINTING, DUPLICATING, MARKING, OR COPYING PROCESSES; COLOUR PRINTING
- B41M1/00—Inking and printing with a printer's forme
- B41M1/10—Intaglio printing ; Gravure printing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41N—PRINTING PLATES OR FOILS; MATERIALS FOR SURFACES USED IN PRINTING MACHINES FOR PRINTING, INKING, DAMPING, OR THE LIKE; PREPARING SUCH SURFACES FOR USE AND CONSERVING THEM
- B41N10/00—Blankets or like coverings; Coverings for wipers for intaglio printing
- B41N10/02—Blanket structure
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- Printing Methods (AREA)
- Printing Plates And Materials Therefor (AREA)
- Optical Filters (AREA)
- Liquid Crystal (AREA)
Description
131647ι〇6ρΐ£ά〇〇 九、發明說明： 【發明所屬之技術領域】 本發明是關於一種印刷方法以及印刷裝置，且特別是 有關於一種利用反轉印刷的平版印刷（〇ffset printing)方 法’以及在此方法中所使用的印刷裝置。 【先前技術】BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a printing method and a printing apparatus, and more particularly to a lithographic printing method using reverse printing. And the printing device used in this method. [Prior Art]
作為利用反轉印刷的平版印刷方法，提出有一種由以 下步驟所形成之圖像形成方法。這些步驟包括：在矽相 (silicon sheet)的整個表面上塗佈墨水而形成塗佈面的塗科 工程；對該塗佈面按壓以設^的形狀所形成的凸版，並右 凸版的凸部上轉印崎去墨水之除去工程；以及將塗佈运 讀殘留的墨水轉印到基盤上之轉印卫程。另外，還提出 ’可消除—。n圖案’並可消除不光滑感’揭 = 可消除重影(例如參照日本專利早期 Α開之特開平11 — 58921號公報）。 上：：It上述的方法中’首先需要在矽板的整個表面 的表面本來潤濕性就 -使斤主佈的墨水在石歸面被彈 表面上難以形成均勻的墨水塗佈面。所在&種石夕板的 面二c法進行連續印刷時，由於魏表 而無法形定面的㈣性發生變化，因 低’則墨水對基盤:轉=:水的乾燥性 積之問題。卩⑨τ㊉也會存在產生墨水的堆 13164m； 6pif.doc 而且，近年來基盤(玻璃基板)的尺寸越來越大型化， 此產生以大於等於G6(l5GGmmx 18GGmm)的尺寸進行印 矣在以大於等於G6的尺寸進行印刷的情況下， ^川#、表面的墨水塗佈開始到塗佈結束為止，需要例如 匕it斤以’當接著在墨水的塗佈面上按壓凸版並將墨 塗佈開始部分的墨水充分乾燥，而塗佈結 凸r脫模良好，但塗佈結束 水的刀斷，其脫模變得不佳。 【發明内容】 blanket)的====種 I切膠橡皮布(SiliC〇ne ^成主佈性穩定的均勻的墨水塗佈面， 刷裝置。 ^及。亥印刷方法中所使用的印 雜的印刷方法的特徵在於，包括：塗佈工程，在 Γ印刷區域，以在前物橡皮布的軸 2向的所有區域上形成墨水的塗佈面之形：= 皮布的表面上塗m絲工程 : 的表面上所塗佈的墨水乾燥；除去酿 橡皮布的表面上所戦的墨水的 述石夕膠 圖案的凹版或凸版上，而將與前 部分的墨水’從前卿橡皮布的表面==接觸的 «砂上’將未除去^存^=印 131doc 到被印刷體上。 的表刷方法，則在乾燥工程中，㈣膠橡皮布 表2上形忐二的墨水進行乾燥’所以可在矽膠橡皮布的 而使石夕塗佈面。因此，即使因連續印刷， #©0、^1^1、面附近的矽橡膠膨潤，並使石夕膠橡皮布 ==發生變化，也可使墨水的塗佈面穩定地固 佈的程中，將娜橡皮布的表面上所塗 在石夕iI錢，則即使被印刷體的尺寸大型化，也可 八，：$ >的表面Λ ’從塗佈開始部分到塗佈結束部 Ρ好祕，所以能财賴被印刷體的 良好的轉印性’防止墨水的堆積 佈:勻地進仃乾燥。因此’無論塗佈開始部分和 的情況如何，都可將與凹版或凸版接 刀的墨水，從矽膠橡皮布上良好地除去。 本發日㈣印刷方法，可在轉橡皮布的 ^面上穩疋柄成均勻的墨水塗佈面，並可使轉印 防止墨水的堆積，料，還可對應被印獅的大型化。 而且，在本發明的印刷方法中，前述乾 =橡皮布的表面上所塗佈之墨水中的溶劑進“為 如對石夕膠橡皮布的表面上所塗佈之墨水中的溶 吸引，則可使墨水的塗佈面均勻地進行乾燥。β仃 而且，在本發明的印刷方法中，前述乾燥工程 石夕膠橡皮布的表面上所塗佈的墨水吹錢體後，再吸引^ 9 13164 Jftpif.d〇c 墨水中的溶劑較為適當。 如對石夕膠橡皮布的表面上所塗佈的墨水吹喷氣 再吸引其墨水中的溶劑’則可使溶劑的吸引效率提高，並 可使墨水的塗佈面更加均勻地進行乾燥。 、 而且，本發明的印刷裝置的特徵在於，包括：石夕 皮布，、墨水塗佈裝置，祕在前述鄉橡皮布的表面的印 刷區域上’以在前述石夕膠橡皮布的轴線方向的所有區域上 形^墨水的塗佈面的形態，將墨水塗佈在前述石夕膠橡皮布 面上，乾縣置，用於使前財膠橡皮布的表面上所 j的墨錢行絲；凹版或凸版，祕碰前述石夕膠橡 的表面上所形成的墨水的塗佈面，將因該按壓而接觸 之β分的墨水從前述石夕膠橡皮布的表面上除去。 如利用.亥印刷裝置，則由乾燥裝置，將石夕膠橡皮布的 二面上所塗佈的墨水進行乾燥，所以可树膠橡皮布的表 上巧成均勻的墨水塗佈面。因此，即使因連續印刷，而 石夕膠橡皮布表_近㈣轉的_，並使鄉橡皮布 朴面的潤jj生發生變化，也可使墨水的塗佈面穩定地固 而且’由於使墨水賴，所以㈣確㈣被印刷體的 良好的轉印性’防止墨水的堆積。 欲另外'’如利用乾燥裝置，將㈣橡皮布的表面上所塗 、墨水進行乾；^，則即使被印刷體的尺寸大型化，也可 ^石夕膠橡皮布的表面上，從塗佈開始部分到塗佈結束部 墨水均勻地進行乾燥。因此，無論塗佈開始部分和 土、、口束口 分的情況如何，都可將與凹版或凸版接觸之部 I3164^6pifdoc 分的墨水，從♦膠橡皮布上良好地除去。 表二置，膠橡皮布的 而防止墨水的_ H 面’並可使轉印性提高 的堆積另外，可對應被印刷體的大型化。 '而且，在本發明的印刷裝置中，前述乾燥 二j述，•橡皮布的表面上所塗佈的墨水巾的溶進及 引之吸引裝置較為適#。 4仃及As a lithography method using reverse printing, there has been proposed an image forming method formed by the following steps. These steps include: applying a coating on the entire surface of the silicon sheet to form a coated surface; applying a relief formed by the shape of the coated surface to the coated surface, and convex portions of the right relief The removal process of the upper transfer and the removal of the ink; and the transfer process of transferring the residual ink of the coating operation to the substrate. In addition, it is also proposed to be 'can be eliminated'. The n pattern 'and the non-smoothness can be eliminated'. The ghost can be eliminated (for example, Japanese Laid-Open Patent Publication No. Hei 11-58921). The above method::It is required in the above method to firstly wet the surface of the entire surface of the seesaw - it is difficult to form a uniform ink coating surface on the surface of the stone backed by the ink of the main cloth. When the surface of the & type of stone plate is continuously printed, the (4) nature of the surface cannot be changed due to the Wei table, and the ink is on the base plate: the following is the problem of the dryness of the water.卩9τ10 There is also a pile 13164m for generating ink; 6pif.doc Moreover, in recent years, the size of the base plate (glass substrate) has become larger and larger, and this has been produced in a size of G6 (l5GGmmx 18GGmm) or more. In the case where the size of G6 is printed, ^川#, the application of the ink on the surface is started until the end of the coating, and it is necessary, for example, to press the relief on the coated surface of the ink and apply the ink to the beginning portion. The ink was sufficiently dried, and the coated knot r was released, but the release of the water at the end of the coating was unsatisfactory. [Summary of the invention] ==== type I rubber blanket (SiliC〇ne^ is a uniform ink-coated surface of the main cloth, brush device. ^ and the printing method used in the printing method The printing method is characterized in that it comprises: a coating process in which a coating surface of ink is formed on all areas of the axis 2 of the precursor blanket in the Γ printing area: = the surface of the cloth is coated with m wire : The applied ink on the surface is dried; the ink on the surface of the squeegee is removed from the intaglio or relief on the enamel ink pattern, and the ink in the front portion is removed from the surface of the front blanket == The contacted «sand on the sand will not be removed ^^=131doc onto the printed object. The method of brushing is in the drying process, (4) the rubber on the rubber blanket table 2 is dried in the shape of the ink 2, so it can be used in the silicone The blanket makes the coating surface of the stone eve. Therefore, even if the 矽 rubber in the vicinity of the surface is swollen by the continuous printing, #©0, ^1^1, and the Shixi rubber blanket == changes, the ink can be made. The coated surface is stably fixed, and the surface of the blanket is coated on the surface of the blanket. Even if the size of the printed object is large, it can be eight, and the surface of the $> Λ 'from the beginning of the coating to the end of the coating is good, so it is good for the printed body. Transferability 'Prevents the accumulation of ink: It is uniformly dried and dried. Therefore, the ink attached to the gravure or letterpress can be well removed from the silicone blanket regardless of the beginning of the coating. The printing method of the day (4) can stabilize the handle on the surface of the rotating blanket to form a uniform ink coating surface, and can prevent the accumulation of ink by the transfer, and can also correspond to the enlargement of the lion. In the printing method of the present invention, the solvent in the ink applied on the surface of the dry = blanket can be "dissolved as in the ink coated on the surface of the diaper blanket". The coated surface of the ink is uniformly dried. β仃 In addition, in the printing method of the present invention, the ink coated on the surface of the dry engineering stone enamel blanket is then attracted to the liquid, and then attracts 9 13164 Jftpif. D〇c The solvent in the ink is more appropriate. The ink coated on the surface of the Shixi gum blanket blows the solvent and then attracts the solvent in the ink, so that the solvent suction efficiency can be improved, and the coated surface of the ink can be more uniformly dried. The printing apparatus of the invention is characterized in that it comprises: a stone coating cloth, an ink coating device, and a secret area on the printing surface of the surface of the aforementioned home textile fabric, in all areas in the axial direction of the aforementioned stone rubber blanket The shape of the coated surface of the ink, the ink is coated on the surface of the above-mentioned Shixi gum blanket, and the county is used for making the ink on the surface of the front rubber blanket; the gravure or the letterpress The coated surface of the ink formed on the surface of the stone rubber is rubbed, and the ink of the β-point contacted by the pressing is removed from the surface of the stone blanket. For example, when the printing device is used, the ink applied on both sides of the Shijiao blanket is dried by the drying device, so that the surface of the gum-coated blanket is a uniform ink-coated surface. Therefore, even if the continuous printing, and the Shixi gum blanket table _ near (four) turn _, and make the town blanket rubber surface jj life change, the coated surface of the ink can be stably fixed and The ink is used, so (4) It is true that (4) the good transferability of the printed matter 'prevents the accumulation of ink. If you want to use the drying device, apply the ink on the surface of the (4) blanket and dry it; if the size of the printed object is large, you can apply it on the surface of the rubber blanket. The ink is uniformly dried from the beginning to the end of the coating. Therefore, the ink of the portion I3164^6pifdoc which is in contact with the intaglio or the relief can be well removed from the ♦ rubber blanket regardless of the application start portion and the soil, and the mouth bundle. In Table 2, the _H surface of the ink is prevented, and the transferability is improved, and the size of the printed body can be increased. Further, in the printing apparatus of the present invention, the above-mentioned drying method is suitable for the dissolution and introduction of the ink towel applied on the surface of the blanket. 4仃
如利用吸引裝置，對秒膠橡皮布的表面 ^中的溶舰行則，射使墨水的塗佈面均勻地 而且， 為〜η在本發明的印刷裝置中，前述乾燥裝置還具有 、=切轉皮布的旋轉方向上被配置於前述糾裝置的 於對前述鄉橡皮布的表面上所塗佈的墨水吹 賀軋體之氣體吹喷裝置較為適當。 如利職射魏置，_轉皮布的表面上所塗佈 添‘土水吹魏體後，再·吸狀置，吸引該墨水中的溶 士則可使溶綱利效率提高，並可使墨水的塗佈面更 加均勾地進行乾燥。 為讓本發明之上述和其他目的、雜和優點能更明顯 重’下文特舉較佳實施例，並配合所附圖式，作詳細說 月如ϊ下。 【實施方式】 圖1為本發明之印刷裝置的一實施形態的概略說明 "以下，參照圖1對本發明的印刷方法的一實施形態進 13164¾^ 行詳細說明。 在本發明之印刷方法中’首先，如圖1(a)所示汾 佈工程中，於石夕膠橡皮布(silicone blanket)1表面的= 域中，利用在矽膠橡皮布1的軸線方向的所有區域上彤 ‘S水2的塗佈面3之形態，在;^膠橡皮布丨的 丄 墨水2。 ·^师 矽膠橡皮布1被捲繞在圓筒形狀的金屬體(未圖示 上，形成可與金屬體一起進行旋轉的圓筒形狀。矽膠橡^ t 布1包括支持薄膜層以及被覆該支持薄膜層 = 矽橡膠(silicone rubber)層。 ° 乂 支持薄膜層利用例如聚酯薄膜等樹脂薄膜。支持薄膜 層的厚度為例如20〜ΙΟΟΟμπι，較佳為50〜5〇〇μηι。表面 矽橡膠層由矽橡膠(硬度20〜70 : JIS Α)構成，其厚^為 例如50〜5000μιη，較佳為100〜2〇〇〇μιη。表面矽層 的表面粗度以10點平均粗度表示’為例如〇.〇〇1〜， 較佳為0.01〜〇.5μιη。 ，另外，在矽膠橡皮布1中，支持薄膜層及表面矽橡膠 層的總厚度為例如1〇〇〜6000μηι，較佳為2〇〇μιη〜 2500μηι。 另外，石夕膠橡皮布1的外徑可根據印刷面積而做適當 選擇。 、 而且，在該矽膠橡皮布1中，將矽膠橡皮布i的表面 的全幅(width)’亦即矽膠橡皮布1的軸線方向的全部區 域，作為印刷區域。 12 13 而且，本發明對在石夕膠橡皮布i的表面 並不特別限定，例如可如圖]裕-Λ_ 作為墨水塗佈Μ。 心，使祕縫式塗佈機4 該狹缝式塗佈機4包括供給墨水2的 與墨水供給部5連通設置的狹縫噴嘴(臟邮供^ 5 對墨水供給部5供給墨水2，被供給到 :ί=娜定’〜 墨水2例如是使用含有樹脂、溶劑及顏料等。墨 的表面張力為2G〜4GmN/m，溶_ _為％〜，黑 =的減為UmPa.s。使表面铺膠層在墨水2中= 二eft:小時後，表面矽橡膠層的膨潤率為5〜100% <墨水2較佳。 墨ΐ2中’樹脂是使用例如：聚®旨—蜜胺甲輕 = 、丙稀樹脂。另外，樹脂的重 可 水2 _度、搖溶性等物性而做適 脂的重量平均分子量例如為麵〜2_，較 佳為5000〜15000。 竽又 溶_ •點較佳為7。〜細。。。溶劑與 ^m的塗侧日摘始級，且在進价 時，墨水2 _度也會上升。因此，在二: 以=況下’溶_蒸發快’墨水2 _度上升也快，所 因〉Γ劑㈣點與墨水2的謎—_成支配塗佈性的^ 從此規點來看，溶劑的彿點設定在上述範圍内較佳。 13 I3164mpifd〇c 上述之沸點為70〜200°c的溶劑可利用例如是· 類(更佳為高級乙醇）、乙二醇類、乙二醇_、垸H醇 脂肪族碳化氫類、脂環式碳化氫類、芳香族碳化 1、 酯酯類等較佳。 1N ^ 而且，顏料在形成彩色濾光片的情況下，可利用你 恩西比系紅色顏料、鹵化酞花青綠色顏料、酞花青系餘色2 料等，另外，黃色顏料和紫色顏料等可作用輔助顏料^吏用'If the suction device is used, the coating surface of the surface of the second rubber blanket is uniform, and the coated surface of the ink is uniformly and, in the printing device of the present invention, the drying device further has, = cut In the rotation direction of the transfer cloth, it is preferable that the gas blowing device that is disposed on the surface of the home textile is disposed on the surface of the home textile. If the profit is on the surface of Wei, the surface of the _ 皮 皮 皮 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The coated surface of the ink is more uniformly dried. The above and other objects, advantages and advantages of the present invention will become more apparent <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; [Embodiment] FIG. 1 is a schematic view showing an embodiment of a printing apparatus according to the present invention. Hereinafter, an embodiment of a printing method of the present invention will be described in detail with reference to FIG. In the printing method of the present invention, first, in the crepe project shown in Fig. 1(a), in the = domain of the surface of the silicone blanket 1, the axial direction of the silicone rubber blanket 1 is used. In all areas, the shape of the coated surface 3 of the 'S water 2' is in the ink of the rubber blanket. The rubber blanket 1 is wound around a cylindrical metal body (not shown, and is formed into a cylindrical shape that can rotate together with the metal body. The silicone rubber sheet 1 includes a support film layer and covers the support. Film layer = silicone rubber layer. The 乂 support film layer is made of a resin film such as a polyester film. The thickness of the support film layer is, for example, 20 to ΙΟΟΟμπι, preferably 50 to 5 〇〇μηι. It is composed of ruthenium rubber (hardness 20 to 70: JIS Α), and its thickness is, for example, 50 to 5000 μm, preferably 100 to 2 〇〇〇 μηη. The surface roughness of the surface ruthenium layer is expressed by an average thickness of 10 points. For example, 〇.〇〇1~, preferably 0.01~〇.5μιη. Further, in the silicone rubber blanket 1, the total thickness of the support film layer and the surface ruthenium rubber layer is, for example, 1 〇〇 to 6000 μηι, preferably 2 〇〇μιη~ 2500μηι. In addition, the outer diameter of the Shixi gum blanket 1 can be appropriately selected according to the printing area. Moreover, in the silicone rubber blanket 1, the full width of the surface of the silicone rubber blanket i is made. That is, the axial direction of the silicone rubber blanket 1 Further, the present invention is not particularly limited to the surface of the Shixi gum blanket i, and for example, it can be coated as an ink as shown in the figure. Dispenser 4 The slit coater 4 includes a slit nozzle that supplies ink 2 in communication with the ink supply unit 5 (dirty mail supply 5 supplies ink 2 to the ink supply unit 5, and is supplied to: ί=Nading '~ Ink 2 is, for example, a resin, a solvent, a pigment, etc., and the surface tension of the ink is 2G to 4GmN/m, the dissolution__ is %~, and the black= is reduced to UmPa.s. The surface layer is applied to the ink 2 Medium = two eft: After the hour, the swelling ratio of the surface ruthenium rubber layer is 5 to 100% <Ink 2 is preferable. In the ink cartridge 2, the resin is used, for example, Poly®-melamine-light = acryl resin. Further, the weight average molecular weight of the resin such as a water-repellent water content of 2 _degrees, a thixotropic property, and the like, is, for example, a surface of 2 to 2, preferably 5,000 to 15,000. The enthalpy is further soluble. The solvent and the coated side of the ^m are picked up at the beginning, and at the purchase price, the ink 2 _ degree will also rise. Therefore, in the second: Faster 'Ink 2 _ degree rises faster, the cause> Tanning agent (four) points and the mystery of the ink 2 - _ to dominate the coating properties ^ From this point of view, the solvent point of the solvent is preferably set within the above range. 13 I3164mpifd〇c The above solvent having a boiling point of 70 to 200 ° C can be, for example, a type (more preferably, higher alcohol), an ethylene glycol, an ethylene glycol, a hydrazine H alcohol aliphatic hydrocarbon, or an alicyclic ring. Hydrocarbons, aromatic carbonizations, ester esters, etc. are preferred. 1N ^ Moreover, in the case of forming a color filter, the pigment can be used with your Enxibi red pigment, halogenated phthalocyanine green pigment, and strontium. The cyanine is a color 2, etc. In addition, yellow pigments and purple pigments can act as auxiliary pigments.
另外，在形成彩色濾光片的遮光層（黑色基體）的情況下， 可利用例如碳黑、氧化鐵(鐵黑）、鈦黑、硫酸鐵和Fe、c〇、Further, in the case of forming a light shielding layer (black matrix) of a color filter, for example, carbon black, iron oxide (iron black), titanium black, iron sulfate, and Fe, c〇,
Mo等的合金等。另外，顏料的平均_次粒子徑較佳為工 〜lOOnm 〇 而且，除了上述的樹脂、溶劑及顏料以外，墨水2也 可含有例如顏料分散劑、體質顏料、硬化觸媒、均化劑(表 面張力調整劑）等。 墨水2的表面張力和粘度，可藉由酌情選擇墨水2的 溶劑種類和混合比例而適當地進行調節。 墨水2的表面張力在上述範圍内，較佳為15〜 25mN/m，更佳為2〇〜25mN/m。若墨水2的表面張力較上 述範圍高，則在對矽膠橡皮布1表面進行塗佈後，有時容 易產生墨水2的凝集。而且，若較上述範圍低，則對矽膠 橡皮布1表面的潤濕性會變得過佳，有時潤濕展開形狀會 變得不穩定。 而且，墨水2的粘度在上述範圍中，較佳為 20mPa s ’更佳為1〜1QmPa.s。在整體上，若墨水2的钻 I3164mP if. doc 度低f可塗佈的墨水2的表面張力範圍受到限制，另一 ί二:墨水2的減高’則可塗佈的墨水2的表面張力 ί二;、大的傾向，但若較上述範圍高，則墨水2在石夕膠 =Α表面上會發生打滑，有時難以對矽膠橡皮布1 二1塗佈。而且’若較上述範圍低’則在對石夕膠橡 又面進行塗佈後’有時會產生墨水2的流滿。 、主94而且1在為了使表面石夕橡膠層在墨水2中於23〇C下浸Alloys such as Mo. Further, the average _ secondary particle diameter of the pigment is preferably 〜100 nm 〇 and the ink 2 may contain, for example, a pigment dispersant, an extender pigment, a hardening catalyst, and a leveling agent in addition to the above-mentioned resins, solvents, and pigments (surface Tension adjuster). The surface tension and viscosity of the ink 2 can be appropriately adjusted by selecting the solvent type and mixing ratio of the ink 2 as appropriate. The surface tension of the ink 2 is in the above range, preferably 15 to 25 mN/m, more preferably 2 to 25 mN/m. When the surface tension of the ink 2 is higher than the above range, the application of the surface of the silicone rubber 1 may cause aggregation of the ink 2 to occur. Further, if it is lower than the above range, the wettability to the surface of the silicone rubber 1 will be excessively excellent, and the wetted unfolded shape may become unstable. Further, the viscosity of the ink 2 is in the above range, preferably 20 mPa s ', more preferably 1 to 1 QmPa.s. On the whole, if the ink I3164mP if. doc degree is low f, the surface tension range of the coatable ink 2 is limited, and the other 2: the decrease of the ink 2 is the surface tension of the coatable ink 2 ί二;, a large tendency, but if it is higher than the above range, the ink 2 will slip on the surface of the stone Α Α = Α, sometimes it is difficult to apply the 橡皮 rubber blanket 1 1-2. Further, if it is lower than the above range, the application of the ink can be caused by the application of the coating of the Shiki rubber. , the main 94 and 1 in order to make the surface of the stone layer of rubber in the ink 2 at 23 ° C
5-100% J ί擇、容^m容綱贿作為標準而酌情地 增=:;==選擇乙醇類，為了5-100% J ί choice, Rong ^m Rong bribe as a standard and discretionary increase =:; == choose ethanol, in order to
ίίr'®J 10^50% J 0/〇右表面矽橡膠層的膨潤率 面彻層急速地吸引墨水2中二=二:表 =布，墨水2的枯度急劇上升:有時 率較上述範圍低，_橡皮布 墨水2的彈性增大，有時 表面之 均勻地進行塗佈。 去對飾橡皮布1的表面 而且’這種墨水2可藉由將例如 枓痒進行調合，並利用蝶 劑、顏 器等授拌器，混人機，'奋土 σ〇 丁生式攪拌器、溶解 進行混合、攪拌^造杨錢、滾子絲機等磨粉機 而狹縫育背6與石夕膠橡皮布1的表面間隔對向配 15 13164¾ 6pif.doc 置。狹縫喷嘴6沿石夕膠橡皮布！的軸線方向呈細長矩形開 口，且鄉橡皮布1沿軸線方向寬度(橫開口寬度 被設定為與石夕膠橡皮布i的轴線方向長度相同的寬度^而 且二夕勝橡皮布1的沿周方向的縫隙間隔(縱開口^*度)被 設定為例如3〜ΙΟΟΟμιη，較佳為3〇〜3〇〇μηι。 又 而且石夕膝橡皮布1表面和狹縫喷嘴6沿梦膠橡皮布 1的控方向的間隔u，被設定為例如10〜15〇μιη，較佳為 30〜ΙΟΟμηι。 、而且，在此印刷方法中，首先，如圖1(a)所示，藉由 在塗佈工程中，從狹縫式塗佈機4的狹縫喷嘴6對石夕膠橡 皮布1的表科續祕給墨水2，而切轉皮布i表面 的全幅(整個軸線方向長度的區域)範圍内，連續地形 水2的塗佈面3。 對石夕膠橡皮布1的塗佈速度(㈣速度)被奴為例如 5〜200mm/s，較佳為 2〇〜i〇0mm/s。 藉此’在矽膠橡皮布1的表面上，形成例如3〜2〇^^， 較佳為5〜1〇μΓη之厚度(墨水2的乾燥前的厚度）的墨 的塗佈面3。 接著，在該印刷方法中，如圖1(a)所示，於乾燥工程 中根據上述而使矽膠橡皮布〗表面上所塗佈的墨水2 乾燥。 丁 、對在矽膠橡皮布1表面上所塗佈的墨水2進行乾燥， 並沒有特別的限制，其可在例如對矽膠橡皮布〗的表面上 所塗佈的墨水2吹噴氣體後’再對墨水2中的溶劑進行吸 16Ίίr'® J 10^50% J 0/〇 The swelling ratio of the rubber layer on the right surface of the 彻 layer is rapidly attracted to the ink 2 in the second = two: table = cloth, the dryness of the ink 2 rises sharply: sometimes the rate is higher than the above The range is low, and the elasticity of the blanket ink 2 is increased, and the surface may be uniformly coated. Going to the surface of the blanket 1 and 'this ink 2 can be blended by, for example, itching, and using a butterfly, a device, etc., mixing the machine, 'Struggling 〇 生 生 生 生Dissolve and mix, stir, make Yang Qian, roller machine and other mills while the slit rearing 6 and Shi Xijiao blanket 1 are placed at a distance of 15 131643⁄4 6pif.doc. Slot nozzle 6 along the Shixi gum blanket! The axial direction is an elongated rectangular opening, and the width of the home blanket 1 along the axial direction (the width of the horizontal opening is set to be the same width as the length of the axial direction of the diaper blanket i) and the circumference of the eve of the blanket 1 The gap interval of the direction (longitudinal opening ^* degree) is set to, for example, 3 to ΙΟΟΟμιη, preferably 3〇~3〇〇μηι. Also, the surface of the Shixi knee blanket 1 and the slit nozzle 6 along the blanket rubber blanket 1 The interval u of the control direction is set to, for example, 10 to 15 μmηη, preferably 30 to ΙΟΟμηι. Moreover, in this printing method, first, as shown in Fig. 1(a), by coating engineering In the middle, the slit nozzle 6 of the slit coater 4 continually supplies the ink 2 to the watch of the dia plastic blanket 1, and cuts the entire width of the surface of the leather i (the area of the entire axial length). The coated surface 3 of the water 2 is continuously formed. The coating speed ((4) speed) of the Shixi gum blanket 1 is, for example, 5 to 200 mm/s, preferably 2 〇 to i 〇 0 mm/s. 'On the surface of the silicone rubber cloth 1, a thickness of, for example, 3 to 2 〇 ^ ^, preferably 5 to 1 〇 μ Γ is formed (before drying of the ink 2) The coated surface 3 of the ink of the thickness. Next, in the printing method, as shown in Fig. 1(a), the ink 2 coated on the surface of the silicone rubber is dried in the drying process as described above. The ink 2 coated on the surface of the silicone rubber 1 is dried, and is not particularly limited. It can be sprayed with the ink 2, for example, on the surface of the silicone rubber blanket. Solvent in 2 for suction 16
沿石夕膠橡皮布1的周 300mm，較佳為50〜 I3164mpiidoc 引。 對在石夕膠橡皮布1的表面上所塗佈的墨水2吹噴氣體 之方式，可例如圖1⑷所示，利用作為乾燥裝置之氣體吹 噴裝置的氣體喷嘴7。 氣體噴嘴7在矽膠橡皮布1的旋轉方向上，被配置在 狹缝式塗佈機4的下流側，並與矽膠橡皮布1的表面間隔 對向配置。 氣體噴嘴7沿石夕膠橡皮布1的軸線方向，呈細長矩形 =開口，且沿矽膠橡皮布1的軸線方向的開口寬度(橫開口 見度）’與#膠橡皮布1的鱗方向長度賊定為相同寬 且㈣膠橡皮布1的周方向之狹賴隔(縱開口寬） 可設定為例如3〜lGGGpm，較佳為3()〜3〇〇μπι。 而且’轉橡皮布丨表面和氣體噴嘴7沿⑪膠橡皮布 1的徑方向之間隔L2,可設定為例 5〜5〇_。 义勹例如〇.1〜ΙΟΟμηι，較佳為 而且，狹縫噴嘴6和氣體噴嘴7 方向之間隔L3，可設定為例如1〇〜 150mm 〇 在軋體喷嘴7上連接有氣體供仏營道8,日/ 供給轉8的料巾裝入有㈣過⑽㈣廠繼 式，在吹噴氣體後對墨水2中的溶劑進行吸引之方 式可例如圖1(a)所示，利用作為乾燥 吸引噴嘴10。 /、裝置之吸引装置的 17 I316474pifdoc 吸引噴嘴10位在矽膠橡皮布1的旋轉方向上，且被配 置在氣體噴嘴7的下流侧’並與矽膠橡皮布1的表面間隔 對向配置。 為了有效地吸引墨水2中的洛劑，最好盡可能地提高 墨水2中的溶劑的吸引度，亦即盡可能地提高矽膠橡皮布 1表面附近的真空度，而為了像這樣提高真空度，重要的 是吸引喷嘴10的形狀及大小（開口部的形狀及大小），和石夕 膠橡皮布1表面與吸引噴嘴10沿矽膠橡皮布丨的徑方向之 間隔L4。 更具體地說，吸引噴嘴10沿矽膠橡皮布丨的軸線方 向，呈細長矩形狀開口，且沿矽膠橡皮布丨的軸線方向的 開口寬度(橫開口寬度），與矽膠橡皮布丨的軸線方向長度 被設定為相同寬度。 、又Along the circumference of the Shixi gum blanket 1 300mm, preferably 50~ I3164mpiidoc. For example, as shown in Fig. 1 (4), a gas nozzle 7 as a gas blowing device of a drying device can be used as a method of blowing a gas onto the ink 2 coated on the surface of the stone rubber blanket 1. The gas nozzles 7 are disposed on the downstream side of the slit coater 4 in the rotational direction of the silicone rubber cloth 1, and are disposed to face the surface of the silicone rubber blanket 1 so as to face each other. The gas nozzle 7 is in the direction of the axis of the Shishijiao blanket 1, and has an elongated rectangular shape = an opening, and an opening width (a horizontal opening visibility) along the axial direction of the silicone rubber blanket 1 and a squama length thief of the #胶胶布1 The narrow width (longitudinal opening width) of the circumferential direction of the (4) rubber blanket 1 can be set to, for example, 3 to 1 GGGpm, preferably 3 () to 3 〇〇 μπι. Further, the distance between the surface of the rubber blanket and the gas nozzle 7 along the radial direction of the 11 rubber blanket 1 can be set to 5 to 5 〇. For example, 〇.1 to ΙΟΟμηι, preferably, the distance L3 between the slit nozzle 6 and the gas nozzle 7 may be set to, for example, 1 〇 to 150 mm. 气体 A gas supply damper channel 8 is connected to the rolling body nozzle 7. The towel of the day/supply turn 8 is loaded with (4) the (10) (four) factory relay, and the solvent in the ink 2 is sucked after the gas is blown, for example, as shown in Fig. 1 (a), which is used as the dry suction nozzle 10 . / I, the suction device of the apparatus 17 I316474pifdoc suction nozzle 10 is placed in the rotation direction of the silicone rubber 1, and is disposed on the downstream side of the gas nozzle 7 and disposed opposite to the surface of the silicone rubber 1 . In order to effectively attract the agent in the ink 2, it is preferable to increase the degree of attraction of the solvent in the ink 2 as much as possible, that is, to increase the degree of vacuum near the surface of the silicone rubber cloth 1 as much as possible, and to increase the degree of vacuum like this, It is important to attract the shape and size of the nozzle 10 (the shape and size of the opening), and the distance L4 between the surface of the diaper rubber blanket 1 and the suction nozzle 10 along the radial direction of the silicone rubber sheet. More specifically, the suction nozzle 10 has an elongated rectangular opening along the axial direction of the silicone rubber band, and the opening width (transverse opening width) along the axial direction of the silicone rubber band, and the axial length of the silicone rubber band. Set to the same width. ,also
而且，若沿郷橡皮布〗的财向之狹缝間隔(縱開口 寬度)增大’則可增大吸引的面積，相反地，吸引度會 從此觀點來看，狹縫間隔(縱開σ寬度)可設定為例如 〜200匪’較佳為5〇卿〜刚酿。若狹缝間 度)較Π)哗窄，則進行吸引的面積非常 效率的降低問題。而且因二會產生印刷 士，目_】、；心—縫積（縱開口寬度)較200麵 、、 阿吸引度，或者為了提高吸引度，需要$置 吸引能力非常高的真线，如此會導致成本增加:要。又置 =^膠橡皮布丨表面和吸㈣嘴⑴ !的徑方向之間隔“，從提高墨水2中的溶劑的二^ 13164¾^ 使吸引效率提南的觀點來看’最好盡可能地窄，但另一方 面，若使間隔4過於狹窄，則吸引度急劇增高，使墨水2 被分斷，有時會被吸引噴嘴10吸引。從這種觀點來看’間 ·. 隔L4可設定為例如3〇μιη〜200mm ’較佳為5〇μιη〜 •‘ 100mm。如間隔L4較30μιη狹窄，則因矽膠橡皮布1的厚 度和表面精度的參差不齊’或者因矽膠橡皮布1的旋轉時 的振動等，而使吸引度的調整變得困難。當吸引度的調整 變得困難時’在石夕膠橡皮布1的表面上，吸引度增高的部 • 分和吸引度降低的部分的差增大，而墨水2在塗佈面3上 的乾燥因這種吸引度的差異而整體變得不均勻，因此，在 後續的除去工程中’有時會產生脫模不良。而且，若間隔 L4較200mm寬，則難以提高吸引度，或者為了提高吸引 度，需要設置吸引能力非常高的真空泵，導致成本增高。 而且，氣體噴嘴7和吸引喷嘴10沿矽膠橡皮布1的周 方向之間隔L5 ’被設定為例如1〇〜300mm，較佳為50〜 150mm。 • 而且，在吸引喷嘴上，通過吸引管道11連接有真 空果(未圖示）。. 而且，在該印刷方法中，如圖1(a)所示，於乾燥工程 中，從氣體喷嘴7對在矽膠橡皮布1的表面上連續被塗佈 之墨水2的塗佈面3，連續地吹喷氣體。 。本發明對從喷嘴7所吹喷的氣體並不特別地限定，其 Ζ利用例如氮氣等。而且，氣體以充分乾燥的為佳，另外， 下述那樣，利用過濾器9的過遽而進行淨化處理。 19 I3I64mPifd〇cMoreover, if the slit spacing (longitudinal opening width) along the fiscal direction of the crepe blanket is increased, the area of attraction can be increased. Conversely, the degree of attraction will be from this point of view, the slit spacing (longitudinal σ width) ) can be set to, for example, ~200匪's preferably 5〇卿~ freshly brewed. If the inter-slit degree is narrower than Π), the area where the suction is performed is extremely effective. Moreover, because of the second, there will be a printing shovel, the __, the heart-sew (the vertical opening width) is more than 200, a degree of attraction, or in order to increase the attraction, it is necessary to set a true line with a very high attraction, so Lead to increased costs: want. In addition, the interval between the diameter of the rubber blanket and the suction (4) mouth (1) is "from the viewpoint of improving the suction efficiency of the solvent in the ink 2". On the other hand, if the interval 4 is too narrow, the degree of attraction increases sharply, and the ink 2 is broken and may be sucked by the suction nozzle 10. From this point of view, the interval L4 can be set to For example, 3〇μηη~200mm 'preferably 5〇μιη~•' 100mm. If the interval L4 is narrower than 30μηη, the thickness and surface precision of the silicone rubber blanket 1 are uneven or the rotation of the silicone rubber blanket 1 is caused. The vibration or the like makes it difficult to adjust the degree of attraction. When the adjustment of the degree of attraction becomes difficult, the difference between the portion where the degree of attraction increases and the portion where the degree of attraction decreases is on the surface of the diaper rubber blanket 1. The increase in the drying of the ink 2 on the coated surface 3 is uneven due to the difference in the degree of attraction. Therefore, in the subsequent removal process, the mold release failure may occur. Moreover, if the interval L4 More than 200mm wide, it is difficult to increase the attractiveness, or At a high degree of attraction, it is necessary to provide a vacuum pump having a very high suction capacity, resulting in an increase in cost. Further, the interval L5' between the gas nozzle 7 and the suction nozzle 10 along the circumferential direction of the silicone rubber 1 is set to, for example, 1 〇 to 300 mm, preferably 50 to 150 mm. Further, a vacuum fruit (not shown) is connected to the suction nozzle 11 through the suction duct 11. Further, in the printing method, as shown in Fig. 1(a), in the drying process, The gas nozzle 7 continuously blows a gas to the coated surface 3 of the ink 2 continuously coated on the surface of the silicone rubber 1. The gas to be sprayed from the nozzle 7 is not particularly limited in the present invention, and For example, nitrogen gas or the like is used, and it is preferable that the gas is sufficiently dried, and the purification treatment is performed by the filter 9 being excessively circulated as follows. 19 I3I64mPifd〇c
而且，上述之氣體可例如是吹噴5〜15t>c的冷風，或 者吹噴30〜150。的溫風。若吹喷冷風，則可從墨水2的塗 佈面3表面附近的a劑中奪取氣化熱，而使溶劑能夠輕鬆 地蒸發。若吹喷溫風，則可提高墨水2的塗佈面3表面附 近的溶劑溫度，而使溶劑能夠輕鬆地蒸發。因此，在後續 利用吸引噴嘴10的吸引中，能夠使吸引效率的提高。另 外，雖然是吹喷溫風，則石夕膠橡皮布i的表面也被加溫， 但在後續利用吸引噴嘴1G所進行的吸引中又被冷卻，所以 可抑制矽膠橡皮布1的表面的溫度上升。 =且’從氣體供給管道8所供給•體，首先由過滤 過濾亚進仃淨化處理’然後從氣體噴嘴7對在石夕 二皮布1的表面上被連續塗佈之墨水2的塗佈面3，連 ΐγ,ιί仃対。氣體的対以風料行管理即可，可設定 則上、f I /〇〇m/S ’較佳為1〇〜5〇m/S。若風速不足2m/s， 小嗦後續利用吸引噴嘴10的吸引中，無法 亂^职梭^水2巾的溶劑。若風速超過1GGm/s，則會擾 面的周圍的氣流’有可能使塵埃分散。 式塗健4 ϋ自乳时嘴7的氣體的対，是在利用狹缝 橡皮布1的表面塗佈墨水2後，於例如 5移以内:較佳為3秒以内實施。 用吸引噴2〇^自1體°*嘴7的氣體的吹喷，可使下面利 接著，在乾=墨二2中的溶劑時的吸引靖 墨水2中的溶劑了利二!引將:氣體嘴嘴7被吹噴氣體之 才j用及弓丨贺嘴10連續地進行吸引。 20 ，6pif.doc =用吸引噴嘴10所進行的吸引，從有效地吸引墨水2 中的/奋劑之觀點來看’最好盡可能地提高墨水2中的溶劑 的引度’亦即’盡可能地提高矽膠橡皮布的表面附近的 真空度’但另—方面，若使真空度過高，财時轉橡皮 布1的表面㈣橡膠層會因該吸引而產生變形。從這種觀 點來看，彻則噴嘴1G騎行的吸！I，贿轉橡皮布 1表面附近的真空度形成例如133〜665〇〇pa，較佳為133Further, the above gas may be, for example, a cold air blown at 5 to 15 t > c, or a blown spray of 30 to 150. Warm wind. When cold air is blown, the heat of vaporization can be taken from the agent a near the surface of the coating surface 3 of the ink 2, and the solvent can be easily evaporated. If the warm air is blown, the temperature of the solvent near the surface of the coated surface 3 of the ink 2 can be raised, and the solvent can be easily evaporated. Therefore, in the subsequent suction by the suction nozzle 10, the suction efficiency can be improved. In addition, although the surface is heated by the blown air, the surface of the diaper rubber blanket i is also heated, but is cooled again in the subsequent suction by the suction nozzle 1G, so that the temperature of the surface of the silicone rubber 1 can be suppressed. rise. = and 'the body supplied from the gas supply pipe 8, firstly filtered and filtered to purify the process', and then the coated surface of the ink 2 continuously coated on the surface of the stone cloth 1 from the gas nozzle 7 3, even ΐ γ, ιί仃対. The gas enthalpy may be managed by a wind material, and it may be set that f I / 〇〇 m / S ' is preferably 1 〇 5 〇 m / S. If the wind speed is less than 2 m/s, the small sputum is subsequently sucked by the suction nozzle 10, and the solvent of the water bath can not be used. If the wind speed exceeds 1 GGm/s, the airflow around the disturbance may cause the dust to disperse. In the case of applying the ink 2 to the surface of the slit blanket 1, the coating of the ink is applied to the surface of the slit blanket 1, for example, within 5 seconds, preferably within 3 seconds. By blowing the gas of the suction nozzle 2 〇 ^ from the body 1 nozzle *, the following solvent can be used to attract the solvent in the ink 2 in the dry = ink 2 2 solvent! The gas nozzle 7 is continuously sucked by the gas to be blown and the bow 10 is continuously sucked. 20,6pif.doc=Attraction by the suction nozzle 10, from the viewpoint of effectively attracting the agent in the ink 2, it is preferable to "improve the degree of the solvent in the ink 2 as much as possible" It is possible to increase the degree of vacuum near the surface of the silicone rubber blanket. However, if the degree of vacuum is too high, the surface (four) rubber layer of the rubber blanket 1 will be deformed by the attraction. From this point of view, it is the suction of the nozzle 1G ride! I, the degree of vacuum near the surface of the bribe to the blanket 1 is, for example, 133 to 665 〇〇pa, preferably 133.
〜133〇〇Pa的形態’而由通過吸引管道(line)ll被連接的真 空泵來進行吸引。 而且’利用吸引噴嘴1〇户斤進行的吸引，是在利用狹縫 ^佈機4於·橡皮布1的表面上塗佈墨水2後，在例 A ❼以内’較佳為5秒以内實施。而且，從氣體喷嘴7 °人1^體後，在例如5秒以内，較佳為2秒以内實施。 估藉此石夕轉皮布1的表面上所塗佈之墨水2的塗The pattern of ~133 〇〇Pa is sucked by a vacuum pump connected by a suction line ll. Further, the suction by the suction nozzle 1 is carried out by applying the ink 2 to the surface of the blanket 1 by the slitter 4, and preferably within 5 seconds of the example A ’. Further, it is carried out within a range of, for example, 5 seconds or less, preferably within 2 seconds, from a gas nozzle of 7 °. It is estimated that the coating of the ink 2 coated on the surface of the stone-turned leather cloth 1 is
面3 ’不官塗佈開始部分和塗佈結束部分的情況如何， 都可均勻地進行乾燥。 2沾另外’在該方法巾，墨水2的錢度至少需要使墨水 的塗佈面3的表面形成乾燥狀態。 然後，在該印刷方法中，如目1(b)所示，在除去工程 ’由例如上述過程被均勻乾燥的,墨水2的塗佈面3，藉 =使在其表面的全職_所形成㈣膠橡皮布丨，於形 =版(gravure)或凸版(flex〇)的凹凸版12上進行旋轉，並 =水2的塗佈面3按壓在凹凸版12的凸部13上，而將 〜凸部13接觸之部分的墨水2轉印到凸部13上，並從 21The surface 3' can be uniformly dried even if the coating start portion and the coating end portion are not used. 2 Dip in addition to the method towel, the degree of money of the ink 2 needs to be at least a dry state of the surface of the coated surface 3 of the ink. Then, in the printing method, as shown in the item 1 (b), in the removal process, the coated surface 3 of the ink 2 is uniformly dried by, for example, the above process, and the full surface _ is formed on the surface thereof (4) The rubber blanket is rotated on the embossed plate 12 of the gravure or the flex ,, and the coated surface 3 of the water 2 is pressed against the convex portion 13 of the embossed plate 12, and the convex portion is pressed. The ink 2 in the portion in contact with the portion 13 is transferred onto the convex portion 13 and from 21
I3l64ZQ6pifd0C 矽膠橡皮布1的表面上除去。 凹凸版12例如是由金屬（殷鋼材料)版構成，並形成與 在作為被印刷體的基板14上印刷墨水2之印刷圖案進行^ 轉的反轉圖案，且設置有凸部13。凸部13的深度為例如3 ，較佳為5〜30μιη，且凹凸版12的表面由例如硬 質鍍鉻處理等而進行防劃傷加工，另外還可依據需要進行 鏡面加工。 _ 而且，在除去工程中，藉由使矽膠橡皮布丨在凹凸版 12上進行轉動，而使該矽膠橡皮布丨的表面上所形成之墨 水2的塗佈面3，被按壓在凹凸版12的凸部13上，並將 與凸部13進行接觸之部分的墨水2轉印到凸部13上，而 從矽膠橡皮布1的表面上除去。藉此，使墨水2的塗佈面 3形成應在基板14上進行印刷的印刷圖案(參照圖丨卜)）。 在除去工程中，石夕膝橡皮布1的轉印速度(旋轉速度) 為例如10〜200mm/s，較佳為30〜l〇〇mm/s。而且，石夕膜 橡皮布1對凹凸版12的按壓量（偏斜量）為例如3〇〜 _ Ι50μηι ’ 較佳為 50〜ΙΟΟμιη。 接著，在該印刷方法中，如圖l(c)所示，於轉印工程 中，將矽膠橡皮布1表面上未被除去而殘留的墨水2，轉 印到基板14上。基板14可由玻璃基板和樹脂基板等透明 基板形成。 然後，在轉印工程中，使在矽膠橡皮布1表面上形成 印刷圖案之墨水2的塗佈面3 ’在基板14上進行轉印，且 在基板14上由印刷圖案而印刷墨水2。 22I3l64ZQ6pifd0C The surface of the silicone rubber blanket 1 was removed. The embossed plate 12 is made of, for example, a metal (Invar) plate, and forms a reverse pattern which is printed on the printed pattern of the ink 2 on the substrate 14 as a substrate to be printed, and is provided with a convex portion 13. The depth of the convex portion 13 is, for example, 3, preferably 5 to 30 μm, and the surface of the embossed plate 12 is subjected to scratch-resistant processing by, for example, hard chrome plating treatment, and mirror processing can be performed as needed. _ Moreover, in the removal process, the coated surface 3 of the ink 2 formed on the surface of the silicone rubber sheet is pressed against the embossed plate 12 by rotating the silicone rubber tape on the embossed plate 12 On the convex portion 13, the ink 2 in a portion in contact with the convex portion 13 is transferred onto the convex portion 13 to be removed from the surface of the silicone rubber blanket 1. Thereby, the coated surface 3 of the ink 2 is formed into a printed pattern to be printed on the substrate 14 (see Fig. 2). In the removal process, the transfer speed (rotation speed) of the Shixi knee blanket 1 is, for example, 10 to 200 mm/s, preferably 30 to 1 mm/s. Further, the amount of pressing (the amount of deflection) of the embossed cloth 12 to the embossed plate 12 is, for example, 3 〇 to _ Ι 50 μηι ′, preferably 50 ΙΟΟ ΙΟΟ μηη. Next, in the printing method, as shown in Fig. 1(c), the ink 2 remaining on the surface of the silicone rubber 1 without being removed is transferred onto the substrate 14 in the transfer process. The substrate 14 can be formed of a transparent substrate such as a glass substrate or a resin substrate. Then, in the transfer process, the coated surface 3' of the ink 2 on which the printing pattern is formed on the surface of the silicone rubber 1 is transferred onto the substrate 14, and the ink 2 is printed on the substrate 14 by the printed pattern. twenty two
I31647Q6pifd0C A在轉印工程中，石夕膠橡皮布1的轉印速度(旋轉速度） 為例如10〜500mm/s ’較佳為30〜2〇〇mm/s。而且，石夕膠 橡皮布1對基板14的按塵量(偏斜量)為例如3 二 較佳為50〜ΙΟΟμιη。 μΠ1 而且，在基板14上進行印刷之墨水2的厚度， ，較佳為1>5〜3卿。而且，在印刷圖案為例 f伽⑽圖案的情況下，其線寬為例如50〜5(%m，_ 為80〜3_m，且其線間隔（間距)為例如 較佳為 240〜900μηι。 ’ ;在上述印職置巾魏上述的印财法，則在塗佈 工程中卿橡皮布1的表面上塗佈墨水2後，再I:: =中將職佈的墨水2蹄絲，糾可切膠橡皮布 2表面上形成均勻的墨水2的塗佈面3。因此，即使因連 =印刷’㈣鄉橡皮布的表岭橡I31647Q6pifd0C A In the transfer process, the transfer speed (rotation speed) of the Shijiao blanket 1 is, for example, 10 to 500 mm/s', preferably 30 to 2 mm/s. Further, the amount of dust (the amount of deflection) of the base rubber 14 of the Shixi gum blanket 1 is, for example, 3 2 and preferably 50 to ΙΟΟ μηη. Further, the thickness of the ink 2 to be printed on the substrate 14 is preferably 1 > 5 to 3 qing. Further, in the case where the printed pattern is a gamma (10) pattern, the line width is, for example, 50 to 5 (%m, _ is 80 to 3 mm, and the line interval (pitch) is, for example, preferably 240 to 900 μm. In the printing method described above, the ink printing method is applied to the surface of the blanket 1 in the coating process, and then I:: = the ink of the middle cloth is 2 A uniform coating surface 3 of the ink 2 is formed on the surface of the rubberized blanket 2. Therefore, even if it is printed = (4) the rubber of the township blanket
，，且謂橡皮布！表面的潤濕性產生變化，也可W 行崎^由於使墨水2 ^ 性，程中’可確保對基板14之良好的轉印 刷。"1水2的堆積。結果，可以低成本實現精密印 冷你^卜^若在乾燥工程中’對石夕膠橡皮布1的表面上所 ^ ^行絲，使基板Μ的尺寸大型化，在 可將面上從塗佈開始部分到塗佈結束部分，也 汾佑却:二地進订乾燥。因此，無論塗佈開始部分和 布、、、°束七刀的情況如何’都可將與凹凸版12接觸之部分 23 Ι316·_ 的墨水2，不產生脫模不良地而從石夕膠橡皮布i上良好地 除去。在例如以大於等於G6(1500mmxl800mm)的尺寸進 行印刷的情況下，於塗佈工程中，即使從對矽膠橡皮布i ··' 表面的墨水2的塗佈開始到塗佈結束為止，花費大約2〇 -- 秒，也可在乾燥工程中對墨水2的塗佈面3均勻地進行乾 燥，所以當在除去工程中，於墨水2的塗佈面3上按壓凹 凸版12並轉印除去墨水2時，也不會產生因乾燥的不均勻 φ ㈣起之墨水2的分崎，能夠實現良好的脫模。 曰口此’這種印刷震置及印刷方法可較佳地用於製造液 1 曰光片⑽。⑽㈣。液晶彩色濾、光片的製造是利用 ^的^刷裝置及印刷方法，在基板14上依次印刷紅色、 顏芦而ΐί的墨水2’亦即將上述印刷方法變更墨水2的 '色的黑水^二3次’然後藉由對在基板14上所印刷之3 硬化 在例如〜25G°C下加熱Μ〜ι小時而進行 • 膠橡】：=述的說明中，是藉由在乾燥工程中，對石夕 而使墨水2的塗佈面均勻得乾燥。 於上述付、、》。触面域城‘％ ’職不限定 噴裝置的氣體Ρ刷條件，也可以不設置作為氣體吹 塗饰墨水3 L而在例如對石夕膠橡皮布1的表面上 k直接吸引所塗佈之墨水2中的溶 心=::r，也可不設置作為吸_的吸 及弓丨所塗佈的墨水2令的溶劑，而在例如對 24 I31647〇6pifdoc 石夕膠橡皮布l的表面上塗佈墨水2後，藉由將所塗佈的黑 水2利用作為乾燥裝置的加熱器等進行加熱， = 放置而進行乾燥。另外，如對墨水2的材料進行選擇/皿則 即使不在常溫下放置，而树膠橡皮布丨的表面上塗黑 水2後，使所塗佈的墨水2在常溫下速幹，也可直接轉^ =轉印工私。另外’在常溫下放置或速乾的實施形態，雖 ，、、、、不包含在本發明的印刷裝置中，但包含於本發明的印刷 方法中。 以下列舉μ把例及比較例，對本發明更加具體地進 行說明。 實施例1 〔矽膠橡皮布〕 準備具有支持薄膜層和表面石夕橡膠層的石夕膠橡皮布 (表面的10點平均粗度01μιη)，並將其在金屬體上進行纏 繞’其中支持薄膜層由厚350μη1的聚對苯二甲酸乙二醋構 成’表面石夕橡膠層由厚600μιη的石夕橡膠(住友橡膠公司製， 常溫硬化型石夕橡谬附加型，JIS 一八40)構成。石夕膠橡皮布的 外徑為500mm，軸線方向長度為1〇〇〇mm。 〔凹凸版〕 準備-塊凸部由線寬100μηι、間距3〇〇陣、深2〇畔 的條狀圖案形成之金屬構成的凹凸版。該凹凸版的表面利 用硬貝鑛鉻處理(厚1 〇μηι)而進行防劃傷加工，另外利用研 磨處理而進行鏡面加工。 〔墨水的調製〕 25 13164¾ if. doc π承回曰笙妝甲酴树脂（10重量份）、丙二醇 酸鹽（50重量份）和丁鋼（33重量份）的混合溶劑^弗畔 11 〇 C)’和有機顏料（為葱酿系紅色顏料（紅色墨水的情 況）、鹵化献花青系綠色顏料(綠色墨水的情況）、献 色顏料色墨水的情況)中的某一個)(5重量份)及分散^ (銅酜化月）(2重量份)進行調合’並以行星式檀掉器進行預 擾拌，然後，由滾珠磨粉機進行分散， ❿ 水、綠色墨水、藍色墨色的這3色的墨色。！色墨 墨水的表面張力為22_/ιη(以vimhemmi型 計(協和界面科學公司製CBVP —A3) 枯腦咖助公司製數字式峨= 而且，將上述的石夕膠橡皮布的表面石夕橡膠 於23°C下浸潰24小時後之表面石夕橡膠層的膨；率: Μ。主另外，膨潤率是從浸潰前的表面雜膠 和次>貝後的表面矽橡膠層的體積B之 掳二 Α)/Αχ100的計算式而算出。 、 根據(B- 〔印刷方法〕 利用狹縫式塗佈機，在矽膠 膠橡皮布的軸線方向的全部區域’以树 態而塗佈墨水。 ’ ^成土水的塗佈面之形 間沿靖皮布的径方向的 為-一。藉：在布的塗佈速度設定 在夕膠橡皮布的表面上，形成例如 26 13164 肌· c 厚（墨水的乾燥前的厚度)的墨水塗佈面。 接著，對在矽膠橡皮布的表面上連續地進行塗佈之黑 水中的溶劑，利用吸引喷嘴連續地進行吸引。吸引噴嘴= 石夕膠橡皮布的軸線方向，呈細長矩形狀開口，且橫開 f與石夕膠橡皮布的全幅設定為相_寬度，寬度設 定為ΙΟΟμηι。而且，矽膠橡皮布的表面和吸引噴 ，= 石夕膠橡皮布的經方向之間隔，設定為1〇〇卿。、 然後’利用狹缝式塗佈機在石夕膠橡皮布的表面上塗佈 墨水後，以在5秒以内使石夕膠橡皮布的表面附近的真^ 形成1330Pa之形態，而將墨水中的溶劑利用吸引喷嘴進^ 吸引。可確認藉由該吸引，在石夕膠橡皮布的表面上所塗佈 2墨水的塗佈面上，從塗佈開始部分到塗佈結束部分都均 勻地進行乾燥。 _ /接者，藉由在乾燥後立即使石夕谬橡皮布在凹凸板上進 行轉動，並將墨水的塗佈面按壓在凸部上，而將與該 接觸之部分的墨水轉印到凸部上，從石夕膠橡皮布的表面上 =去，膠橡皮布的轉印速度設定為編m/s，而碎膠 布對凹凸版的按壓量，設定為5〇μιη。 / 主然後’在玻璃基板(對角3〇英寸)上，將切膠橡皮布 =3=而殘留的墨水進行轉印。靖皮布的 瓜而石夕膠橡皮布對凹凸版的按壓 里έ又疋為50μιη。 :安在玻璃基板上，形成線寬100卿、間距30_ 的t狀圖案，並印刷厚2μιη的墨水。在對印刷後的轉印性 27 I3164m_ ^形狀進行觀祭時，完全未確認有脫模等的印刷不良。 =由將_L述的印刷工程，分別利用紅色墨水、綠色墨 -色墨水依次反覆進行’並在最後將墨水進行硬化， 而传到液晶彩色濾光片。 實施例2 除了在對娜橡皮布的表面進行墨水的塗佈後，利用 财中的溶劑進行吸引前，對墨水的塗佈面從 t體喷錢續地対氮氣以外，_與實補1相同的方 法，在玻璃基板上印刷墨水。 。更具體地說’玻璃噴嘴沿著石夕勝橡皮布的轴線方向， =長矩減開口，且橫開口寬度與轉橡皮布的全幅設 疋為相同的寬度，而縱開口究度設定為ΙΟΟμιη。而且，石夕 膠橡皮布的表面和破璃嘴嘴的，沿石夕膠橡皮布的徑方向之 :隔設定為100_。然後，利用狹縫式塗佈機在⑽ =面上蝴水後，在3秒以内，從氣體噴嘴將預先 的溥膜過義進行過濾之2代的氮氣體，以 10m/s進行吹喷。 轉印則’可確認在石夕膠橡皮布的表面上所塗佈的 的塗佈面上，從㈣開始部分到塗佈結束部分都均勾= 無:而且，在印刷後，當對印刷後的轉印性及轉印形 打觀察時，完全未確認有脫模等的印刷不良。 —在實施例1中，如將對轉橡i布的塗佈速度 权疋為5Gmm/S以上，則在墨水的塗佈面上， 分對塗佈開始部分的線寬增粗10%，但 中口束口 28 I3164274ifd〇〇 使將對矽膠橡皮布的塗佈速度設定在100mm/s以上，也可 在墨水的塗佈面上，將塗佈結束部分對塗佈開始 二 寬，收納在2%以内。 的線 比較例1 +除了在對矽膠橡皮布的表面塗佈墨水後，不利用吸引 喷嘴對墨水中的溶劑進行吸引以外，利用與實施例丨 的方法，在玻璃基板上印刷墨水。 轉印則，可確認在矽膠橡皮布的表面上所塗佈之累水 的塗佈面上’塗佈開始部分和塗佈結束部分的乾燥度所 /、而且在印刷後’當對印刷後的轉印性及轉 不Γ相當於塗佈開始部分的部分未確财脱 脫模等良但相當於塗佈結束部分的部分可確《有 1口f外:上述說明提供了本發明的例示的實施形態，但 鞏者雇=例不’並不是限定性地解釋。該技術領域的從 本㈣__，都包含在後述的巾請專利 限定發明已以較佳實施觸露如上，然其並非用以 和範“，習此技藝者，在不脫離本發明之精神 範圍當視後:之申:;二更:與潤飾’因此本發明之保護 【圖式簡單朗】 _界定者為準。 圖，复本七明之印刷裝置的—實施形態、的概略說明 ，、子圖⑻啦為本發明之印财法的—實施形態的 29, and that is the blanket! The wettability of the surface changes, and it is also possible to ensure a good transfer brush to the substrate 14 because of the ink properties. "1 accumulation of water 2 As a result, it is possible to realize precision printing at a low cost. If you are in the drying process, the wire on the surface of the stone rubber blanket 1 is enlarged, and the size of the substrate is increased. From the beginning of the cloth to the end of the coating, but also the best: two places to order dry. Therefore, regardless of the case where the coating start portion and the cloth, and the beam are seven-knife, the ink 2 of the portion 23 Ι 316·_ which is in contact with the embossed plate 12 can be removed from the dia plastic tape without causing mold release. I was well removed. In the case of printing in a size of, for example, G6 (1500 mm x 800 mm), in the coating process, it takes about 2 from the start of application of the ink 2 on the surface of the silicone rubber i. 〇-- Second, the coated surface 3 of the ink 2 can be uniformly dried in the drying process. Therefore, in the removal process, the embossed plate 12 is pressed on the coated surface 3 of the ink 2, and the ink is transferred and removed. At the same time, the distribution of the ink 2 due to the unevenness of the drying φ (four) is not generated, and good mold release can be achieved. This printing and printing method can be preferably used to manufacture a liquid 1 sheet (10). (10) (4). The liquid crystal color filter and the light sheet are manufactured by sequentially printing red, ruthenium, and ink on the substrate 14 by using a brushing device and a printing method, that is, changing the color of the ink 2 by the printing method. Two or three times' is then carried out by heating the 3 hardened printed on the substrate 14 at, for example, 〜25 G °C for Μ1 to 1 hour. • The rubber is: In the description, it is in the drying process, The coated surface of the ink 2 was uniformly dried on the stone. In the above payment,,". The '%' position of the contact area does not limit the gas brushing condition of the spray device, and may be directly applied to the surface of the stone rubber blanket 1 without being provided as a gas blow coating ink 3 L. The solvent in the ink 2 =::r, or the solvent of the ink applied as the suction and the ink can be omitted, and is coated on the surface of, for example, 24 I31647〇6pifdoc. After the ink 2 is applied, the applied black water 2 is heated by a heater or the like as a drying device, and placed and dried. In addition, if the material of the ink 2 is selected/dish, even if it is not placed at a normal temperature, and the surface of the gum squeegee is coated with black water 2, the applied ink 2 is quickly dried at a normal temperature, and can be directly transferred. ^ = transfer work. Further, the embodiment which is placed at a normal temperature or is fast-dried is not included in the printing apparatus of the present invention, but is included in the printing method of the present invention. The present invention will be more specifically described below by way of examples of μ and comparative examples. Example 1 [Clay rubber blanket] A Shijiao rubber blanket having a supporting film layer and a surface layer of a rubber layer (10-point average roughness of the surface, 01 μm) was prepared and wound on a metal body, in which a film layer was supported. It consists of polyethylene terephthalate having a thickness of 350 μm. The surface of the stone rubber layer is composed of a stone cement layer of 600 μm thick (manufactured by Sumitomo Rubber Co., Ltd., room temperature hardening type Shishi rubber 谬 add-on type, JIS 840). The Shixi rubber blanket has an outer diameter of 500 mm and a length of 1 mm in the axial direction. [Concave-convex plate] A embossed plate made of a metal formed of a stripe pattern having a line width of 100 μm, a pitch of 3 Å, and a depth of 2 Å. The surface of the embossed plate was subjected to anti-scratch processing using a hard-shelled chrome treatment (thickness 1 〇μηι), and mirror-finished by a grinding treatment. [Ink preparation] 25 131643⁄4 if. doc πReturning a mixture of makeup resin (10 parts by weight), propylene glycolate (50 parts by weight) and butadiene steel (33 parts by weight) ^Fun 11 〇C ) and one of the organic pigments (in the case of a red pigment (in the case of red ink), a halogenated green pigment (in the case of green ink), or a pigmented ink) (5 parts by weight) And disperse ^ (copper phlegm) (2 parts by weight) for blending ' and pre-disturbance with a planetary sand blaster, then dispersed by a ball mill, ❿ water, green ink, blue ink 3 colors of ink. ! The surface tension of the color ink is 22_/ιη (in the case of vimhemmi type (CBVP-A3, manufactured by Kyowa Interface Science Co., Ltd.), the digital 峨 of the brain tea company, and the surface of the above-mentioned Shishi gum blanket The swelling of the surface layer of the rubber layer after immersion for 24 hours at 23 ° C; rate: Μ. In addition, the swelling ratio is the surface 杂 rubber layer from the surface of the surface before the impregnation and the second 贝 rubber layer Calculated by the calculation formula of B掳2掳)/Αχ100. According to (B- [Printing method], the ink is applied in a tree state in the entire region of the axial direction of the silicone rubber blanket by the slit coater. ' ^ The shape of the coated surface of the soil-forming water The direction of the diaper cloth is -1. By setting the coating speed of the cloth on the surface of the woven rubber blanket, an ink coating surface of, for example, 26 13164 muscle · c thickness (thickness before drying of the ink) is formed. Next, the solvent in the black water continuously coated on the surface of the silicone rubber blanket is continuously sucked by the suction nozzle. The suction nozzle = the axial direction of the Shixi gum blanket, which has an elongated rectangular opening and a horizontal The full width of the open f and Shi Xijiao blankets is set to phase _ width, and the width is set to ΙΟΟμηι. Moreover, the surface of the silicone rubber blanket and the suction spray, = the interval of the direction of the Shi Xijiao blanket, is set to 1 〇〇 Qing Then, after applying ink on the surface of the Shijiao blanket by a slit coater, the ink was formed in the form of 1330 Pa in the vicinity of the surface of the Shijiao blanket within 5 seconds. Solvent in the use of suction spray It was confirmed that the coating surface on which the two inks were applied on the surface of the Shizhou rubber blanket was uniformly dried from the coating start portion to the coating end portion by the suction. Immediately after drying, the Shi Xichen blanket is rotated on the concave-convex plate, and the coated surface of the ink is pressed against the convex portion, and the ink in contact with the portion is transferred onto the convex portion. From the surface of the Shi Xijiao blanket, the transfer speed of the rubber blanket is set to m/s, and the amount of pressing of the rag to the embossed sheet is set to 5 〇 μιη. / Main then 'on the glass substrate ( On the diagonal 3 〇 inch), the rubber-cut blanket = 3 = and the residual ink is transferred. The pressed quilt of the quilt cloth of the quilt cloth is applied to the embossed version and the crepe is 50 μm. On the glass substrate, a t-shaped pattern having a line width of 100 Å and a pitch of 30 mm was formed, and an ink having a thickness of 2 μm was printed. When the transfer property of the transfer property of 27 I3164 m_^ was observed, no printing failure such as demolding was confirmed at all. = by the printing project described in _L, using red ink, green ink - color The water is repeatedly carried out in turn, and the ink is hardened at the end, and is transferred to the liquid crystal color filter. Example 2 Before the application of the ink on the surface of the nano blanket, the solvent is used for the attraction, The coated surface of the ink is sprayed with money from the t-body, and the ink is printed on the glass substrate in the same manner as in the case of the solid addition. More specifically, the glass nozzle is along the axis of the Shi Xisheng blanket. Direction, = long moment reduces the opening, and the width of the horizontal opening is the same width as the full width of the rotating blanket, and the vertical opening degree is set to ΙΟΟμιη. Moreover, the surface of the Shixi gum blanket and the edge of the broken mouth are along The radial direction of the Shixi rubber blanket is set to 100_. Then, after the water is blown on the (10)= surface by the slit coater, the pre-film is filtered from the gas nozzle within 3 seconds. The second generation nitrogen gas was blown at 10 m/s. The transfer is 'can be confirmed on the coated surface coated on the surface of the Shijiao blanket, from the beginning of the (4) to the end of the coating are checked = no: and, after printing, when printing When the transfer property and the transfer shape were observed, printing defects such as demolding were not confirmed at all. - In the first embodiment, if the coating speed of the transfer rubber sheet is 5 Gmm/s or more, the line width of the coating start portion is increased by 10% on the coated surface of the ink, but The middle mouth beam port 28 I3164274ifd〇〇 sets the coating speed of the silicone rubber blanket to 100 mm/s or more, and the coating end portion can be applied to the second coating width on the coated surface of the ink. Less than %. Line Comparative Example 1 + In addition to the application of the ink to the surface of the silicone blanket, the ink was printed on the glass substrate by the method of Example 以外 without sucking the solvent in the ink by the suction nozzle. In the case of transfer, it can be confirmed that the dryness of the coating start surface and the coating end portion on the coated surface coated with the water on the surface of the silicone rubber blanket, and after printing, when the printing is performed The transferability and the transfer are equivalent to a portion of the uncoated portion of the coating start portion, but the portion corresponding to the end portion of the coating is confirmed to have "one port": the above description provides an exemplification of the present invention. The implementation form, but the employee's employment = the case is not 'definitely explained. The technical field of the present invention is included in the following description. The invention is not limited to the scope of the present invention. After: the application of the second: and the retouching 'Therefore, the protection of the present invention [the drawing is simple] _ defining the one. Figure, the copy of the seven printing device - the implementation, a brief description, sub-picture (8) For the printing of the invention, the implementation of the 29
I31641Q6pifd0C 塗佈工程及乾燥工程，子圖(b)所示為本發明之印刷方法的 一實施形態的除去工程，子圖（c)所示為本發明之印刷方法 的一實施形態的轉印工程。 【主要元件符號說明】 1 :矽膠橡皮布 2 :墨水 3 :塗佈面I31641Q6pifd0C coating engineering and drying engineering, sub-figure (b) shows the removal process of one embodiment of the printing method of the present invention, and sub-figure (c) shows the transfer engineering of one embodiment of the printing method of the present invention. . [Main component symbol description] 1 : Silicone blanket 2 : Ink 3 : Coated surface
4:狹縫式塗佈機 5:墨水供給部 6:狹縫噴嘴 7:氣體喷嘴 8:氣體供給管道 9:薄膜過遽器 10 :吸引喷嘴 11 :吸引管道 12 :凹凸版 13 :凸部 14 :基板 304: slit coater 5: ink supply unit 6: slit nozzle 7: gas nozzle 8: gas supply pipe 9: film filter 10: suction nozzle 11: suction pipe 12: embossed plate 13: convex portion 14 :Substrate 30
Claims (1)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005321187A JP5048235B2 (en) | 2005-11-04 | 2005-11-04 | Printing device |
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| Publication Number | Publication Date |
|---|---|
| TW200718565A TW200718565A (en) | 2007-05-16 |
| TWI316470B true TWI316470B (en) | 2009-11-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW095129861A TWI316470B (en) | 2005-11-04 | 2006-08-15 | Printing method and printing device |
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| Country | Link |
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| JP (1) | JP5048235B2 (en) |
| KR (1) | KR100815716B1 (en) |
| CN (1) | CN1958300A (en) |
| TW (1) | TWI316470B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4616323B2 (en) * | 2007-11-14 | 2011-01-19 | 住友ゴム工業株式会社 | Printing apparatus and printing method |
| JP5452880B2 (en) * | 2008-04-09 | 2014-03-26 | 株式会社金陽社 | Rubber blanket for printing |
| JP5499822B2 (en) * | 2010-03-25 | 2014-05-21 | 凸版印刷株式会社 | Method for producing functional thin film |
| JP2011252072A (en) * | 2010-06-01 | 2011-12-15 | Sumitomo Rubber Ind Ltd | Ink |
| CN102566134A (en) * | 2011-12-02 | 2012-07-11 | 深圳市华星光电技术有限公司 | Method for manufacturing substrate with colored film and manufacturing device |
| US10212820B2 (en) | 2012-05-31 | 2019-02-19 | Lg Chem, Ltd. | Apparatus and method for reverse offset printing |
| JP6117595B2 (en) * | 2013-04-01 | 2017-04-19 | 株式会社秀峰 | Plate printing method |
| JP6384102B2 (en) * | 2014-04-21 | 2018-09-05 | 大日本印刷株式会社 | Functional element manufacturing method and printing apparatus |
| JP6517058B2 (en) * | 2015-03-26 | 2019-05-22 | 国立大学法人山形大学 | Printing device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JPS55100187A (en) | 1979-01-29 | 1980-07-30 | Toyo Shigyo Kk | Preventing method for thickening of rule line in dry offset printing using letterpress block |
| JPS5864446A (en) * | 1981-10-13 | 1983-04-16 | Matsushita Electric Works Ltd | Solar heat hot water supplier |
| JP2861294B2 (en) * | 1990-06-27 | 1999-02-24 | 凸版印刷株式会社 | Blanket dryer |
| JP3689536B2 (en) | 1997-08-12 | 2005-08-31 | 光村印刷株式会社 | Image forming method |
| JP3730002B2 (en) * | 1998-01-07 | 2005-12-21 | 光村印刷株式会社 | Printing machine and printing method |
| JP2004001465A (en) * | 2002-04-15 | 2004-01-08 | Fuji Photo Film Co Ltd | Method and apparatus for manufacturing pattern member |
-
2005
- 2005-11-04 JP JP2005321187A patent/JP5048235B2/en not_active Expired - Fee Related
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2006
- 2006-08-15 TW TW095129861A patent/TWI316470B/en not_active IP Right Cessation
- 2006-09-14 KR KR1020060089089A patent/KR100815716B1/en not_active IP Right Cessation
- 2006-09-19 CN CNA2006101270075A patent/CN1958300A/en active Pending
Also Published As
| Publication number | Publication date |
|---|---|
| TW200718565A (en) | 2007-05-16 |
| KR100815716B1 (en) | 2008-03-20 |
| KR20070048588A (en) | 2007-05-09 |
| JP5048235B2 (en) | 2012-10-17 |
| JP2007125817A (en) | 2007-05-24 |
| CN1958300A (en) | 2007-05-09 |
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