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    • 2. 发明申请
    • Device for satinizing and embossing flat materials
    • 用于缎面和压花平板材料的装置
    • US20040151796A1
    • 2004-08-05
    • US10739410
    • 2003-12-19
    • BOEGLI-GRAVURES SA
    • Charles Boegli
    • B29C043/46
    • B29C59/022B29C59/04B29C2059/023B31F1/07B31F2201/0733B31F2201/0738B31F2201/0743B31F2201/0753B31F2201/0758Y10T428/24479Y10T428/24736
    • The device for satinizing and embossing flat materials comprises an embossing roll and at least one mating roll, said rolls being connected to a driving system and adapted to be driven individually or in common and to be resiliently pressed against one another while the individual teeth are flattened, and the embossing teeth being designed such as to produce in the corresponding locations of said flat material during its passage embossed marks whose appearance varies according to the viewing angle of the observer and/or the kind and/or the position of the lighting source, the embossing teeth which produce said variable marks having a different geometrical shape and/or surface than the satinizing teeth intended for satinizing. To this end, the surfaces of said embossing teeth and/or portions of the tooth space bottom are provided with microstructures. These microstructures allow producing largely forgery-proof marks which may furthermore provide a very decorative effect.
    • 用于缎纹和压花平板材料的装置包括压纹辊和至少一个配合辊,所述辊连接到驱动系统,并且适于单独或共同地驱动,并且在单个齿平坦化的同时被弹性地压靠 并且压花齿被设计成在其通道期间在所述扁平材料的相应位置处产生其外观根据观察者的视角和/或照明源的种类和/或位置而变化的压纹标记, 产生所述可变标记的压花齿具有与用于缎纹的缎纹齿不同的几何形状和/或表面。 为此,所述压花齿的表面和/或齿空间底部的部分设有微结构。 这些微结构允许生产大部分防伪标记,这进一步提供非常装饰的效果。
    • 5. 发明申请
    • Variable thickness sheet extrusion apparatus
    • 可变厚板挤出设备
    • US20040065978A1
    • 2004-04-08
    • US10266215
    • 2002-10-08
    • James Richard Fitzell JR.
    • B29C043/46
    • B29C43/46B29C43/24B29C48/001B29C48/0011B29C48/0017B29C48/0022B29C48/08B29C48/21
    • A sheet extrusion apparatus for producing an extruded sheet with varying thickness including one or more sheet rollers and a strip material affixed to one or more of the rollers. The strip material rotates coextensively with the cylinder it is attached to, such that it engages the plastic passing between the rollers and forms a notch in the plastic sheet at that location. In a preferred embodiment, the strip material is a length of conventional tape, such as Teflon tape, that is capable of adhering to both the cylinder and itself, having sufficient durability to last a required amount of cycles. The present invention is easily retrofitted to an existing sheet extrusion apparatus, as the tape can simply be taken off of a shelf and added to the rollers. The present invention is preferably installed after an analysis to determine which sections of the plastic sheet may structurally withstand a reduced thickness.
    • 一种用于生产具有变化厚度的挤出片材的片材挤出装置,包括一个或多个片材辊和固定到一个或多个辊的条带材料。 带状材料与其附接的圆筒共同旋转,使得其与通过辊之间的塑料接合,并在该位置处在塑料片中形成切口。 在一个优选实施例中,带状材料是能够粘附到圆柱体和本身的具有足够的耐久性以持续所需量的循环的常规带状物(例如特氟龙带)的长度。 本发明容易地改进现有的片材挤出设备,因为带可以简单地从架子上取下并加到辊子上。 本发明优选在分析之后安装以确定塑料片的哪些部分可以在结构上承受减小的厚度。
    • 9. 发明申请
    • Method of fabricating fluid flow field plates
    • 制造流体流场板的方法
    • US20030160357A1
    • 2003-08-28
    • US10082545
    • 2002-02-25
    • Emerson R. Gallagher
    • B29C043/24B29C043/46
    • H01M8/0213H01M8/0258H01M8/026H01M8/0267
    • A method fabricates fluid flow field plates that are suitable for use in an electrochemical fuel cell assembly. Pursuant to the method, a fluid flow field channel region such as, for example, substantially straight, parallel fluid flow field channels, is roller embossed in a sheet of compressible, electrically conductive material such as, for example, expanded graphite sheet material. A fluid distribution region such as, for example, a region containing manifold openings and supply channels, is then reciprocally embossed in the sheet material. A sheet pre-impregnated with a curable polymeric composition, such as pre-impregnated expanded graphite, can be employed, with the curing step being performed after the roller embossing and reciprocal embossing steps.
    • 一种制造适用于电化学燃料电池组件的流体流场板的方法。 根据该方法,流体流场通道区域例如基本上直的平行的流体流场通道是辊压印在可压缩导电材料的片材中,例如膨胀石墨片材料。 然后,流体分配区域例如包含歧管开口和供应通道的区域在片材中往复压印。 可以使用预浸渍有可固化聚合物组合物的片材,例如预浸渍的膨胀石墨,其中固化步骤是在辊压和往复压花步骤之后进行的。
    • 10. 发明申请
    • Oil siphon
    • 油虹吸
    • US20030079849A1
    • 2003-05-01
    • US10270481
    • 2002-10-16
    • Erkki Aho
    • D21F003/08B29C043/46
    • D21F3/0218F16C13/026
    • A shoe roll (1) of a shoe press is disclosed for use in a paper-making machine, the shoe roll comprising a blanket, or an endless belt, which houses a shoe assembly that in cooperation with an external backing roll forms an extended nip proper and the shoe press including an oil circulation piping system (10, 11) performing the removal of oil from the interior of the shoe roll (1) to an oil trap during the running of the machine, whereby the piping system also comprises a suction fan connected thereto. The invention is implemented by way of connecting to the oil circulation piping (10, 11) an oil siphon (9) adapted movable along the blanket in the interior of the shoe roll (1) so that the excess oil can be removed by means of the siphon during the time the roll is stopped from the interior of the blanket by a pressure differential generated by of the suction fan.
    • 公开了一种用于造纸机的靴式压榨机的鞋卷(1),鞋卷包括橡皮布或环形带,其容纳与外部背衬辊协作的鞋组件形成延伸压区 并且所述靴式压榨机包括在所述机器运行期间执行从所述鞋卷(1)的内部去除油到油阱的油循环管道系统(10,11),由此所述管道系统还包括抽吸 风扇连接到其上。 本发明通过连接到油循环管道(10,11)上来实现,所述油虹吸管(9)可以沿着所述鞋卷(1)内部的橡皮布移动,使得可以借助于 在通过吸风扇产生的压力差的情况下,辊从橡皮布的内部停止时的虹吸。