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公开(公告)号：CN1094675A
公开(公告)日：1994-11-09
申请号：CN93121691.5
申请日：1993-12-10
Applicant: 美国铝公司
Inventor： K·S·帕佩基 , R·巴库斯克 , S·F·鲍曼 , R·A·卡戈尔 , J·E·卡金 , D·J·克莱门茨 , J·P·帕尔库 , E·P·佩特里克 , S·J·伦内克姆 , P·C·谢布尔 , W·R·夏金斯 , E·P·斯威格 , W·G·特拉克纳 , P·W·甘克 , A·V·帕杰斯基 , R·H·霍夫曼 , L·G·默克尼
CPC classification number: B32B15/016 , B21B2001/383 , B22D11/008 , B22D11/0622 , B23K35/0238 , B23K35/286 , B41N1/083 , B41N3/032 , C22C21/00 , C22C21/08 , C22F1/04 , C22F1/043 , Y10T428/12736 , Y10T428/12764
Abstract: 本发明公开了一种复合冶金产品，它包括轧铸铝合金芯和结合在芯上的填充材料。用填充材料结合的组件的制作是将该产品加热，使填充材料流进接缝，继而使接缝中的填充材料固化而制成。该复合材料产品可以通过几种方法制作，包括在轧铸机辊处层压和在轧铸机的出口侧层压或热喷镀等方法。本发明还提供了一种角度轧制的方法以改变复合材料上包层的百分率和高锰铝合金用作以铝硅钎接合金钎接薄板包层的芯材。
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公开(公告)号：CN106457868A
公开(公告)日：2017-02-22
申请号：CN201580029230.3
申请日：2015-03-02
Applicant: 大日本印刷株式会社
Inventor： 金泽周介
CPC classification number: B41N1/12 , B41C1/1008 , B41C2210/16 , B41F3/34 , B41N1/003 , B41N1/14 , B41N3/003 , B41N3/032 , G03F7/00 , H05K3/12
Abstract: 本发明的主要目的在于提供一种转印性、耐印性及分辨率优异的印刷版、印刷版的制造方法、以及使用印刷版的功能性元件的制造方法及印刷装置。本发明通过提供一种印刷版，而达成所述目的，该印刷版的特征在于具有：基材，含有可于溶剂中溶胀的弹性体；疏水性溶剂渗透防止层，于所述基材上以图案状形成；及亲水部，形成于所述疏水性溶剂渗透防止层的开口部的所述基材表面，且亲水性高于所述疏水性溶剂渗透防止层。
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公开(公告)号：CN105636793A
公开(公告)日：2016-06-01
申请号：CN201480055951.7
申请日：2014-10-03
Applicant: 3M创新有限公司
Inventor： 肖恩·C·多兹 , 约翰·P·巴埃佐尔德 , 莫塞斯·M·大卫 , 米哈伊尔·L·佩库罗夫斯基 , 金·B·索尔斯布里 , 马修·S·斯泰 , 约翰·J·斯特拉丁格尔
Abstract: 本文公开了等离子处理柔性版印刷板的方法以及使用等离子处理的柔性版印刷板将液体转移至可印刷基材的方法。柔性版印刷方法，所述方法包括将液体从网纹辊转移至等离子处理的柔性版印刷板的印刷表面，然后将液体从等离子处理的柔性版印刷板的印刷表面转移至基材表面。等离子处理柔性版印刷板的方法，该方法包括将至少柔性版印刷板的印刷表面暴露于等离子体中。
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公开(公告)号：CN101184870A
公开(公告)日：2008-05-21
申请号：CN200680018346.8
申请日：2006-05-23
Applicant: 株式会社新克
CPC classification number: C25D17/002 , B41N3/032 , C25D5/04 , C25D7/00 , C25D17/008 , C25D17/06 , C25D17/12 , C25D21/06 , C25D21/10 , C25D21/14 , C25D21/18
Abstract: 本发明提供无论凹版滚筒的尺寸大小，都能够在不产生麻点或凹坑等缺陷的情况下，在凹版滚筒的全长上实施均匀的厚度的铜镀敷，能够自动管理铜镀敷液的浓度，并且能够降低添加剂的消耗量，能够在短时间内进行镀敷处理，能够降低电力供给成本，视觉辨认性良好且容易操作的凹版滚筒用铜镀敷方法及装置。在长度方向的两端夹持中空圆筒状凹版滚筒，并将所述凹版滚筒收容在填满铜镀敷液的镀敷槽中，使所述凹版滚筒以规定速度旋转，并按照成为阴极的方式向所述凹版滚筒通电，并且使一对长条箱状阳极室保留规定间隔接近所述凹版滚筒的两侧面，向凹版滚筒的外周表面实施铜镀敷，所述阳极室是在所述镀敷槽内滑动自如地垂设于凹版滚筒的两侧，且内设有被通电为阳极的不溶性阳极。
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Patent Agency Ranking
公开(公告)号：US5853815A
公开(公告)日：1998-12-29
申请号：US922001
申请日：1997-09-02
Applicant: Erich Muehlberger
Inventor： Erich Muehlberger
Abstract: A plasma system forms a dense, uniform coating of metallic oxide or other material on a relatively large substrate of metal foil or other composition located a substantial distance from the plasma gun so that the plasma stream covers the entire width of the substrate. A large pressure differential between the pressure inside the plasma gun and the ambient pressure outside of the plasma gun creates a shock pattern within the exiting plasma stream so as to disperse the plasma stream and maintain a high energy level therein, as well as thoroughly mixing a coating material introduced into the plasma stream within the gun. Mixing of the coating material within the plasma stream is further enhanced by introducing the coating material into the plasma stream either in liquid form or in the form of very small particles. In one arrangement, the plasma stream is delivered in a long, narrow configuration across the width of the substrate by a nozzle with a slit-like opening at the lower end of the plasma gun. In still other arrangements, a plasma stream of elongated configuration is provided by a plasma gun of elongated configuration having an elongated cathode assembly disposed within the hollow interior of an elongated anode having a nozzle-forming slot therein. Arc gas introduced into the space between the cathode and adjacent portions of the anode flows out of the slot to form a broad plume plasma stream, in conjunction with spray material introduced in powder form into the spaces between the cathode and the opposite portions of the anode along the length of the plasma gun. The cathode assembly may be of integral construction along the length of the anode, or it may be divided into plural segments disposed in spaced-apart relation along the length of the anode.
Abstract translation: 等离子体系统在与等离子体枪相距很远的金属箔或其它组合物的相对较大的基底上形成致密均匀的金属氧化物或其它材料的涂层，使得等离子体流覆盖基底的整个宽度。 等离子体枪内部的压力与等离子体枪外部的环境压力之间的大的压力差在离开的等离子体流中产生冲击模式，从而分散等离子体流并在其中保持高的能量水平，以及彻底混合 将涂料引入枪内的等离子体流中。 通过将涂层材料以液体形式或以非常小的颗粒的形式引入等离子体流中，进一步提高了等离子体流中涂层材料的混合。 在一种布置中，等离子体流通过在等离子体枪的下端处具有狭缝状开口的喷嘴沿着基板的宽度以长而窄的结构输送。 在另外的布置中，细长结构的等离子体流由细长结构的等离子体枪提供，其具有设置在其中具有喷嘴形成槽的细长阳极的中空内部的细长阴极组件。 引入阴极和阳极相邻部分之间的空气中的电弧气体流出槽，以形成宽的羽流等离子流，结合以粉末形式引入阴极和阳极相对部分之间的空间的喷雾材料 沿等离子枪的长度。 阴极组件可以沿着阳极的长度为整体结构，或者可以沿着阳极的长度被分成以间隔开的关系设置的多个部分。
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公开(公告)号：US5013399A
公开(公告)日：1991-05-07
申请号：US422312
申请日：1989-10-16
Applicant: Akio Uesugi , Tsutomu Kakei , Shinichiro Minato
Inventor： Akio Uesugi , Tsutomu Kakei , Shinichiro Minato
Abstract: A method of preparing a support for a lithographic printing plate is described, which comprises roughening the support surface by laser irradiation performed under the condition that the support is placed in a liquid or in a gaseous atmosphere, thereby achieving improved stain resistance upon printing and excellent printing press life.
Abstract translation: 描述了制备平版印刷版支撑体的方法，该方法包括通过在将载体置于液体或气氛中的条件下进行的激光照射来粗糙化支撑表面，从而在印刷时获得改善的耐污染性 印刷机的使用寿命。
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公开(公告)号：EP0723490A4
公开(公告)日：1996-06-05
申请号：EP94931828
申请日：1994-10-07
Applicant: ALUMINUM CO OF AMERICA
Inventor： PATRICK EDWARD P , PAJERSKI A VICTOR
CPC classification number: B41N3/032 , B21B2001/383 , B22D11/008 , B41N1/083 , F28F13/18 , F28F2245/02 , F28F2245/04
Abstract: Substantial surface areas can be treated by continuously magnetically moving an electric arc around a general loop direction such as a circle, ellipse or oval and moving the surface so that the arc treats a substantial surface area. The arc treatment can be used to clean or increase surface area, or both, and a reactant or treatment agent can be brought to the arc contact site to alter the surface treated with the arc. Auxiliary treatments for the surface can precede or follow the arc treatment, or both. The invention produces very desirable surface properties including a mild roughness or matte condition suitable even for critical applications such as aluminum lithoplate. Other surface characteristics can include one or more of: capillarity, adhesion, emissivity, stable oxide, paintability, and others. Applications and advantages are believed to include lithoplate, hydrophilic heat exchanger finstock, capacitor foil, can sheet, venetian blind stock, adhesive bonded laminates and other bonded structural materials or structures, welding rod, aluminum brazing sheet, interrogatable strips for optical control instruments, enhanced, high current contacts, improved, controlled or differential friction characteristics for forming and shaping, automotive and other sheet, hot roll bonding, galvanizing and zinc coating of steel, texturing mill rolls, pretreatment for thermal spray treatments, organic coating adhesion, improved paint hiding performance, prosthetics, biohost or catalyst support and others. The process is applicable to aluminum, steel and other metals and other materials capable of carrying current sufficiently to maintain an electric arc.
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公开(公告)号：US20090095633A1
公开(公告)日：2009-04-16
申请号：US11913257
申请日：2006-05-23
Applicant: Manabu Inoue , Noriko Matsumoto
Inventor： Manabu Inoue , Noriko Matsumoto
CPC classification number: C25D17/002 , B41N3/032 , C25D5/04 , C25D7/00 , C25D17/008 , C25D17/06 , C25D17/12 , C25D21/06 , C25D21/10 , C25D21/14 , C25D21/18
Abstract: The present invention provides a copper plating method and apparatus for a gravure cylinder in which copper plating with more uniform thickness can be provided over a full length of a gravure cylinder without causing defects such as rashes and pits irrespective of a size of the gravure cylinder, concentration of a copper plating solution can be managed automatically, a consumption amount of an additive is reduced to make it possible to perform a plating treatment within a short period of time, a power supply cost is reduced, and handling is easy with excellent visibility. A gravure cylinder in a hollow cylindrical shape is held at both ends in a longitudinal direction. The gravure cylinder is accommodated in a plating bath filled with a copper plating solution. The gravure cylinder is energized so that the gravure cylinder functions as a cathode while being rotated at a predetermined speed. A pair of anode chambers in a long box shape, in which insoluble anodes are provided upright slidably to both sides of the gravure cylinder in the plating bath and energized so as to function as an anode, are brought close to both side surfaces of the gravure cylinder at a predetermined interval. Copper plating is provided on an outer peripheral surface of the gravure cylinder.
Abstract translation: 本发明提供了一种用于凹版滚筒的镀铜方法和设备，其中可以在凹版滚筒的全长上提供具有更均匀厚度的镀铜，而不会产生诸如皮疹和凹坑之类的缺陷，而与凹版滚筒的尺寸无关， 可以自动地管理镀铜液的浓度，减少添加剂的消耗量，使得能够在短时间内进行电镀处理，降低电力供应成本，并且处理容易且具有良好的可见性。 中空圆柱形的凹版滚筒在纵向两端保持。 凹版滚筒容纳在填充有镀铜溶液的镀浴中。 凹版滚筒通电，使得凹版滚筒用作阴极，同时以预定速度旋转。 一对长箱形阳极室，其中不溶性阳极可滑动地设置在电镀槽中的凹版滚筒的两侧并且被赋能以用作阳极，靠近凹版的两个侧表面 圆柱体以预定的间隔。 在凹版滚筒的外周面上设置镀铜。
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10.发明授权
公开(公告)号：US5967047A
公开(公告)日：1999-10-19
申请号：US666292
申请日：1996-09-20
Applicant: Heinrich Kuhn , Dieter Jaculi , Engelbert Pliefke , Ulrich Bos , Werner Frass
Inventor： Heinrich Kuhn , Dieter Jaculi , Engelbert Pliefke , Ulrich Bos , Werner Frass
IPC: B41C1/10 , B41N1/00 , B41N1/08 , B41N1/14 , B41N3/03 , C08J7/00 , C23C4/02 , C23C4/06 , C23C4/10 , C23C4/14 , B41N3/04
Abstract: This invention relates to a process for preparing printing plates which are used in offset printing. The process produces a plate which comprises a substrate film in which a thin durable hydrophilic layer has been applied thereto. In the process, the substrate film is first microroughened by pressure blasting so that the surface roughness, R.sub.A, is in the range 0.3 to 1.5 .mu.m. Subsequently, a durable, firmly adhering hydrophilic layer is applied to substrate by plasma-spraying an oxide powder with a particle size of 1 to 40 .mu.m onto the substrate. This process produces a plate whose surface is not greasy or grainy.
Abstract translation: PCT No.PCT / EP94 / 04218 Sec。 371日期：1996年9月20日 102（e）1996年9月20日PCT 1994年12月19日PCT PCT。 公开号WO95 / 18019 日期1995年7月6日本发明涉及一种用于胶版印刷的印刷版的制备方法。 该方法产生包括其中施加有耐久亲水层的基材膜的板。 在此过程中，首先用基底膜进行高压喷砂处理，使表面粗糙度RA在0.3〜1.5μm的范围内。 随后，通过将粒度为1至40μm的氧化物粉末等离子体喷涂到基底上，将耐久且牢固粘附的亲水层施加到基底上。 该方法产生表面不油腻或颗粒状的板。
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