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    • 1. 发明授权
    • Headbox and manifold system for producing a multi-ply paper web
    • 用于生产多层纸幅的流浆箱和歧管系统
    • US5688374A
    • 1997-11-18
    • US540207
    • 1995-10-06
    • Ulrich BegemannHans-Peter Sollinger
    • Ulrich BegemannHans-Peter Sollinger
    • D21F1/02D21F9/00D21F1/06
    • D21F1/022D21F1/02D21F9/006
    • The present invention involves a headbox and manifold system for producing a multi-ply paper which includes a plurality of mixing systems for generation of stock suspension flows of differing concentrations and a distribution manifold for providing a different stock suspension for each of the plies. For at least one of the plies, two conduits or manifolds are used to carry stock suspensions of differing concentrations thereby permitting the adjustment of the concentration of the stock suspension used to form that ply. Each manifold is fixed to the support structure of the paper making machine and runs transverse to the machine direction. Each of the manifolds is in fluid communication with the movable headbox by means of flexible lines of equal length. After discharge from the flexible lines the stock suspensions are routed through turbulence generators before being discharged from the headbox through a slice nozzle to form a multi-ply paper web. The slice nozzle has a width at least as large as the paper web which is formed.
    • 本发明涉及一种用于生产多层纸的流浆箱和歧管系统,其包括用于产生不同浓度的原料悬浮液流的多个混合系统和用于为每个层提供不同的原料悬浮液的分配歧管。 对于层中的至少一个,使用两个导管或歧管来携带不同浓度的储备悬浮液,从而允许调节用于形成该层的原料悬浮液的浓度。 每个歧管固定在造纸机的支撑结构上,横向于机器方向运行。 每个歧管通过相等长度的柔性线与可动流浆箱流体连通。 在从柔性管线排出之后,通过湍流发生器排出料斗悬浮液,然后通过切片喷嘴从流浆箱排出,形成多层纸幅。 切片喷嘴的宽度至少与形成的纸幅一样大。
    • 6. 发明授权
    • Process for setting a uniform characteristic cross-direction profile for a paper web
    • 用于设置纸幅的均匀特征横向轮廓的过程
    • US06203665B1
    • 2001-03-20
    • US09366650
    • 1999-08-04
    • Ulrich Begemann
    • Ulrich Begemann
    • D21F1100
    • D21F1/08D21F1/06Y10S162/10Y10S162/11
    • Process for setting a uniform characteristic cross-direction profile for a paper web with regard to at least formation, basis weight, and fiber orientation in a paper machine. The paper machine can include a headbox with an adjustable die exit opening and within which the consistency is sectionally adjustable. The process includes measuring and setting a desired basis weight cross-direction profile by adjusting the sectional consistency in the headbox, adjusting the formation cross-direction profile by adjusting a sectional, specific pulp slurry flow rate at the die exit opening, and one of enlarging the die exit opening at positions along a width of the paper machine in which a pulp slurry flow rate is higher than in other positions along the width of the paper machine and increasing the pulp slurry flow rate for positions along the width at which the die exit opening is larger than at other positions along the width. In this manner, a desired fiber orientation cross-direction profile is attained.
    • 关于造纸机中至少形成,基重和纤维取向的纸幅的均匀特征横向轮廓的设定方法。 造纸机可以包括具有可调整模具出口的流浆箱,其中一致性是可分段调节的。 该方法包括通过调节流浆箱中的截面一致性来测量和设定所需的基本重量的横向轮廓,通过调节模头出口处的截面特定纸浆流量来调整形成横向轮廓,并且扩大 沿着造纸机宽度的位置处的模具出口开口,其中纸浆流量比沿着造纸机宽度的其它位置高,并且提高纸浆流速,用于沿着模具出口的宽度的位置 开口大于宽度其他位置。 以这种方式,获得期望的纤维取向横向轮廓。
    • 7. 发明授权
    • Wire section and method of dewatering a fiber web in a wire section web
    • 丝网部分纤维网的脱水线段和方法
    • US6027612A
    • 2000-02-22
    • US927876
    • 1997-09-11
    • Ulrich BegemannGerhard KotitschkeHans DahlVolker Schmidt-RohrKarl Josef Bock
    • Ulrich BegemannGerhard KotitschkeHans DahlVolker Schmidt-RohrKarl Josef Bock
    • D21F1/48D21F3/10D21F9/00D21F1/00D21F11/00
    • D21F1/48D21F3/10D21F9/003
    • The invention concerns the wire section of a papermaking machine and a method of removing water from a fiber web in that section. A fiber suspension is discharged from a headbox on at least one and usually between two wires in the forming section. The fiber suspension is dewatered until it eventually reaches the point of immobility at which the fiber orientation is fixed. The rate of removal of water transverse to the direction of travel of the web is controlled at regions across the web. In particular, the rate of water removal is decreased at the edge regions of the wire and the web, as compared with the center region, to improve the transverse formation profile of the web. Various techniques for controlling the rate of water removal are disclosed including using different mesh of the wire at the edge regions and at the center region, a suction forming roll applying different levels of suction at different zones across the wire and the web, and adjustable ledges engaging one of the two wires and being adapted or adjusted to apply different pressure levels to the wire across the web.
    • 本发明涉及一种造纸机的线材部分以及在该部分中从纤维网上除去水分的方法。 纤维悬浮液在形成部分中的至少一个并且通常在两条导线之间从流浆箱排出。 将纤维悬浮液脱水直到其最终达到纤维取向固定的不动点。 横跨纸幅行进方向的水的去除速度被控制在整个幅材的区域。 特别地,与中心区域相比,在线材和网状物的边缘区域的除水速率降低,以改善幅材的横向形成轮廓。 公开了用于控制除水速率的各种技术,包括在边缘区域和中心区域使用不同网格的网,在不同区域跨越网和网的不同吸力水平的抽吸成型辊,以及可调节的凸缘 接合两条电线中的一条,并进行调整或调节,以将不同的压力水平施加到穿过网的导线上。
    • 8. 发明授权
    • Wet part of a paper making machine
    • 湿纸部分造纸机
    • US5958189A
    • 1999-09-28
    • US618748
    • 1996-03-20
    • Ulrich BegemannDirk Thomas
    • Ulrich BegemannDirk Thomas
    • D21F1/08D21F1/66
    • D21F1/66D21F1/08
    • A wet part of a paper making machine includes a distributor to which a main stream of a stock suspension is fed and which has a number of connections. The connections are connected by means of split stream lines to a machine-wide flow box which has a machine-wide slice nozzle (headbox). The split stream lines are connected (directly or indirectly) to the flow box. The slice nozzle is connected to at least one continuous web-forming screen. At least one collection trough is connected to the screen, as well as, optionally, to a backwater tank to accept the backwater trapped by the collection trough. Dilution water lines are provided to introduce backwater into the split stream lines to adjust the stock density of the split streams. The dilution water lines are connected directly to the collection trough.
    • 造纸机的湿部分包括一个分配器,一个原料悬浮液的主流被供给到该分配器,并具有许多连接。 连接通过分流线连接到具有机器范围的切片喷嘴(流浆箱)的机器范围的流动箱。 分流线路(直接或间接)连接到流动箱。 切片喷嘴连接到至少一个连续的卷筒纸形成屏幕。 至少一个收集槽连接到筛网,以及可选地连接到回水罐,以接收由收集槽捕获的回水。 提供稀释水管线以将回水引入分流流水线以调节分流流的储备密度。 稀释水管线直接连接到收集槽。