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    • 8. 发明授权
    • Dryer section
    • 干燥部
    • US06367164B1
    • 2002-04-09
    • US09717158
    • 2000-11-22
    • Markus OechsleGerhard KotitschkeRoland Mayer
    • Markus OechsleGerhard KotitschkeRoland Mayer
    • F26B300
    • D21F2/00D21F5/04D21F5/042F26B13/08
    • Dryer section and process for drying a fibrous web. Dryer section includes a plurality of dryer groups with at least one heated dryer cylinder and at least one belt to press the fibrous web against a surface of the at least one heated dryer cylinder. Transfer elements, i.e., a delivery transfer element and an accepting transfer element, are arranged to form at least one transfer point. Accepting transfer element has a greater speed than the delivering transfer element, and the transfer elements are arranged not to press against each other at the transfer point and to have a distance from one another of less than about 70 mm. Process includes guiding fibrous web to a first dryer group, pressing, with the at least one belt, fibrous web against surfaces of the at least one heated dryer cylinders of each dryer group, and transferring, without pressing, fibrous web between transfer elements.
    • 干燥段和干燥纤维网的方法。 干燥器部分包括具有至少一个加热的干燥器圆筒的多个干燥器组和至少一个带,以将纤维幅材压靠在至少一个加热干燥机筒的表面上。 传送元件,即传送传送元件和接受传递元件,被布置成形成至少一个传送点。 接受转印元件具有比输送转印元件更大的速度,并且转印元件被布置成不在转印点处彼此挤压并且彼此之间的距离小于约70mm。 工艺包括将纤维网引导到第一干燥器组,将至少一个带压紧纤维网,将纤维网压在每个干燥器组的至少一个加热的干燥器圆筒的表面上,并且在压榨传送元件之间的纤维网之间传送。
    • 9. 发明授权
    • Press section
    • 按部分
    • US6090244A
    • 2000-07-18
    • US14971
    • 1998-01-28
    • Gerhard Kotitschke
    • Gerhard Kotitschke
    • D21F2/00D21F3/02D21F3/04
    • D21F3/045D21F2/00D21F3/04
    • Press section of a machine for manufacturing a fibrous pulp web. The press section includes at least one press nip for draining the fibrous pulp web and at least one continuous press felt positioned on each side of the fibrous pulp web. The at least one continuous press felts may be guided through the press nip. The press section also includes a transfer roll that transfers the fibrous pulp web from a belt of a prepositioned unit to one of the at least one continuous press felts and a suctioned guide roll arranged within a loop of the one continuous press felt and between the transfer roll and the press nip. The suctioned guide roll is adjustably positionable so that the at least one continuous press felt positioned opposite the one continuous press felt is at least tangential to the suctioned guide roll, and adjustable positioning of the suctioned guide roll adjusts/an intake angle of the web into the press nip.
    • 用于制造纤维纸浆网的机器的压榨部。 压榨部分包括用于排出纤维纸浆幅材的至少一个压榨压区和位于纤维纸浆网的每一侧上的至少一个连续的压榨毛毯。 至少一个连续的压榨毛毯可以被引导通过压榨压区。 压榨部还包括转印辊,其将纤维纸浆幅从预定位单元的带传送到至少一个连续的压榨毛毯中的一个和布置在一个连续的压榨毛毯的回路内的抽吸的引导辊之间,并且在转印 卷和压榨区。 被抽吸的引导辊可调节地定位,使得与一个连续的压榨毛毯相对的至少一个连续的压榨毛毯至少与被抽吸的引导辊相切,并且被抽吸的引导辊的可调节定位将卷材的进入角度调整/ 压榨压区。
    • 10. 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。