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    • 31. 发明授权
    • Printing apparatus and printing method
    • 印刷装置和印刷方法
    • US09481185B2
    • 2016-11-01
    • US14853209
    • 2015-09-14
    • FUJIFILM Corporation
    • Kenichi Kodama
    • B41J11/00B41J2/01B41M1/10B41F3/36B41F9/06B41F23/04B41J2/005H05K3/12
    • B41J11/002B41F3/36B41F9/002B41F9/003B41F9/06B41F9/061B41F23/04B41F23/0423B41F23/0463B41J2/0057B41J2/01B41M1/10H05K3/1275
    • A printing apparatus includes: a printing plate having a recessed portion formed therein shaped corresponding to a pattern to be formed on a substrate; an inking unit including an inkjet head that performs an inking process of ejecting a liquid into the recessed portion, the liquid having particles as a material of the pattern dispersed therein; a laminating unit that performs a laminating process of laminating the substrate on a surface having the recessed portion formed therein after the inking process; a post-drying unit that performs a drying process on the liquid inside the recessed portion in a state in which the substrate is laminated on the surface having the recessed portion formed therein, thereby to reduce the fluidity of the liquid; and a peeling unit that peels off the substrate from the printing plate after the drying process by the post-drying unit.
    • 印刷装置包括:印刷版,其具有形成在其上的凹部,其形状对应于要形成在基板上的图案; 一个墨水单元,包括一个喷墨头,该喷墨头执行将液体喷射到该凹部中的上墨过程,该液体具有分散在其中的图案的材料的颗粒; 层压单元,其在着墨处理之后执行层压将基板层叠在其上形成有凹部的表面上; 后干燥单元,其在基板层叠在其上形成有凹部的表面的状态下对凹部内的液体进行干燥处理,从而降低液体的流动性; 以及剥离单元,其通过后干燥单元进行干燥处理后从基板剥离基板。
    • 32. 发明授权
    • Method for registering patterns on a web
    • 在网络上注册图案的方法
    • US07650839B2
    • 2010-01-26
    • US11500209
    • 2006-08-07
    • Randolph C. BrostRobert L. Walton
    • Randolph C. BrostRobert L. Walton
    • B41F1/54B41F1/66B41L5/12B41L39/00B41L47/56B41L35/14
    • B41F23/0423B41F13/025B41J11/46B41J15/00B41J15/16H05K1/0393H05K3/12H05K2203/1545
    • A method for registering patterns on a web to provide independent scale control in both the lateral and longitudinal directions is provided. The method includes routing the web over a first roller; routing the web over a second roller and stabilizing the web; applying a pattern to the web using process hardware; measuring registration of the pattern and providing an error signal; controlling lateral position error using the error signal; controlling longitudinal position error using the error signal; controlling lateral scale error using the error signal; and controlling longitudinal scale error using the error signal. The method provides independent scale control in both the lateral and longitudinal directions. Independent scale control avoids non-linear distortions otherwise imposed by attempting to accomplish both corrections by stretching the web in both directions.
    • 提供了一种用于在网上记录图案以在横向和纵向上提供独立的比例控制的方法。 该方法包括将纸幅布置在第一辊上; 将幅材布置在第二辊上并稳定幅材; 使用过程硬件将模式应用于Web; 测量模式的注册并提供错误信号; 使用误差信号控制横向位置误差; 使用误差信号控制纵向位置误差; 使用误差信号控制横向尺度误差; 并使用误差信号控制纵向误差。 该方法在横向和纵向都提供独立的比例控制。 独立的比例控制避免了通过在两个方向上拉伸纤维网来实现两个修正而另外施加的非线性变形。
    • 33. 发明授权
    • Suspension dryer, in particular offset dryer
    • 悬挂式干燥机,特别是胶印干燥机
    • US5752641A
    • 1998-05-19
    • US792154
    • 1997-01-30
    • Ernst KlasBernd WustenhagenUdo Unger
    • Ernst KlasBernd WustenhagenUdo Unger
    • B41F23/04B65H23/24F26B13/20B65H20/00F26B13/00
    • B65H23/24B41F23/0423F26B13/104B65H2406/112
    • A suspension dryer for freshly moisturized webs of swellable paper has a row of lower nozzle beams which extend transversely to a throughgoing direction so as to be spaced from one another along a dryer length with a distance from one another and provided at an upper side with blowing openings, a row of upper nozzle beams extending transversely to the throughgoing direction at a distance from one another along the dryer length so as to be offset relative to the lower nozzle beams and provided on a lower side with blowing openings, a width of the nozzle beams arranged in an initial portion of the dryer length is greater than a width of the nozzle beams arranged in the remaining portion of the dryer length, and a distance between two adjacent ones of the nozzle beams arranged in the initial portion is greater than a distance between two adjacent ones of the nozzle beams arranged in the remaining portion.
    • 用于新鲜保湿的可膨胀纸幅的悬浮干燥器具有一排下喷嘴梁,其横向延伸通过方向延伸,以沿着彼此间隔一定距离的干燥器长度彼此间隔开,并在上侧设置吹风 开口,一排沿着干燥器长度相对于穿过方向横向延伸一定距离的上喷嘴梁,以相对于下喷嘴梁偏移并且设置在下侧具有吹气口,喷嘴的宽度 布置在干燥器长度的初始部分的光束大于布置在干燥器长度的剩余部分中的喷嘴光束的宽度,并且布置在初始部分中的两个相邻的喷嘴光束之间的距离大于距离 在其余部分中布置的两个相邻的喷嘴梁之间。
    • 34. 发明授权
    • Energy conserving heating and cooling system for printing plant
    • 节能加热冷却系统印刷厂
    • US4341167A
    • 1982-07-27
    • US201984
    • 1980-10-29
    • Eric P. St. John
    • Eric P. St. John
    • B09B3/00B41F13/00B41F23/04F23G5/46F24D5/00F24F3/06
    • B09B3/00B41F13/00B41F23/0423F23G5/46F24D5/00F24F3/06
    • A low-cost energy-conserving system for heating and cooling the equipment and environment of a manufacturing installation, and more particularly, a printing plant, including an incinerator for burning waste paper generated as a result of the printing process, a first heat exchanger for utilizing exhaust gases from the incinerator for heating air to be supplied to a heat treating device or apparatus, and more particularly, a web press oven, first ductwork for conducting heated air from the first heat exchanger to the web press oven for heating purposes, second ductwork for conducting solvent-laden air from the web press oven to the incinerator where the solvents are burned to utilize their heating value and to also produce pollution-free gases, a second heat exchanger utilizing exhaust gases from the incinerator for heating air to be provided to the plant for environmental heating purposes, an outside air duct for providing air to be heated by the second heat exchanger, third ductwork for conducting heated air from the second heat exchanger to various areas of the plant for comfort heating purposes, recirculating ductwork associated with the third ductwork for recirculating environmental air to the third ductwork, controls for varying the amount of outside air and recirculated air which is supplied to the third ductwork, a well for providing cooling water to a cooling coil in the third ductwork for dehumidification and cooling purposes, and conduits for returning used cooling water to a recharge well in an uncontaminated state.
    • 一种用于加热和冷却制造设备的设备和环境的低成本节能系统,更具体地,包括用于燃烧由于印刷过程产生的废纸的焚化炉的印刷设备,第一热交换器 利用来自焚化炉的废气加热要供应到热处理装置或设备的空气,更具体地说,是一个卷筒式压力炉,用于将加热的空气从第一热交换器传送到卷筒式压力烘箱用于加热目的的第一管道系统 用于将含溶剂的空气从卷筒式压力烘箱传送到焚烧炉的管道系统,其中溶剂被燃烧以利用其热值并且还产生无污染气体;第二热交换器,利用来自焚化炉的废气用于加热空气 用于环境加热的设备,用于提供由第二热交换器加热的空气的外部空气管道,第三管道系统f 或将加热的空气从第二热交换器引导到设备的各个区域以用于舒适加热目的,与第三管道系统相关联的再循环管道系统用于将环境空气再循环到第三管道系统,控制用于改变供应的外部空气和再循环空气的量 到第三管道系统,用于向第三管道系统中的冷却盘管提供冷却水用于除湿和冷却目的的井,以及用于将未使用冷却水返回到未污染状态的补给井的管道。
    • 36. 发明申请
    • 印刷装置及び印刷方法
    • 印刷装置和印刷方法
    • WO2014156608A1
    • 2014-10-02
    • PCT/JP2014/056288
    • 2014-03-11
    • 富士フイルム株式会社
    • 児玉 憲一
    • B41F9/06B41F3/36B41F23/04B41J2/01B41M1/10B41M1/34H05K3/12
    • B41J11/002B41F3/36B41F9/002B41F9/003B41F9/06B41F9/061B41F23/04B41F23/0423B41F23/0463B41J2/0057B41J2/01B41M1/10H05K3/1275
    •  本発明は、凹版を用いた印刷法によって好ましい微細パターンを形成しうる印刷装置及び印刷方法を提供する。本発明の一の態様に係る印刷装置は、基板(14)に形成されるパターン(31C)に対応する形状の凹部(12A)が形成された印刷版(12)と、パターンの材料の粒子を分散させた液体を印刷版の凹部の内部へ吐出させるインキング処理を行うインクジェットヘッド(30)を具備するインキング処理部(20)と、インキング処理後に印刷版の凹部が形成される面に基板を貼り合わせる貼合処理を行う貼合処理部(24)と、基板を印刷版の凹部が形成される面に貼り合わせた状態で凹部の内部の液体に対して乾燥処理を施して、液体の流動性を低下させる後乾燥処理部(26)と、後乾燥処理部による乾燥処理後に印刷版と基板とを剥離させる剥離処理部(28)と、を備えている。
    • 本发明提供一种能够通过使用凹版印刷的印刷方法形成优选的微图案的印刷装置和印刷方法。 根据本发明的一个实施例的打印设备装备有:形成有与形成在基板(14)上的图案(31C)相对应的形状的凹部(12A)的印版(12)。 具有喷墨头(30)的喷墨单元(20),喷墨头(30)进行将其中分散有图案的材料的颗粒的液体排出到印刷版的凹部内部的油墨; 粘合单元(24),其在着墨之后进行粘附到由印刷板中的凹部形成的表面的粘合; 后处理单元(26),其使基板粘附到由印刷板中的凹部形成的表面上的凹部内的液体,以降低液体的流动性; 以及分离单元(28),其在由所述后处理单元干燥之后分离所述印刷板和所述基板。