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    • 1. 发明公开
    • CALENDERING ARRANGEMENT FOR A PAPER MACHINE
    • VORRICHTUNG ZUM KALANDERNFÜREINE PAPIERMASCHINE
    • EP1238156A1
    • 2002-09-11
    • EP00972946.8
    • 2000-11-01
    • Metso Paper, Inc.
    • TORVI, TimoLARES, Matti
    • D21G1/00
    • D21G1/00
    • The present invention relates to a calendering arrangement for a paper machine for producing higher-gloss paper grades, in particular paper grades with a Hunter gloss % above 40. In accordance with the invention, the arrangement comprises, as a combination, pairs of calendering units (1, 3) disposed in the machine direction one after the other and apart from one another, which pairs are each formed of separate and different calendering units (1, 3) and in each of which the nip load in the latter calendering unit (3) is higher than the nip load in the preceding calendering unit (1). Advantageously, the calendering unit (1) placed first in the machine direction is an on-line long-nip calendering unit (1) and the calendering unit (3) placed after that in the machine direction is an on-line or off-line supercalender.
    • 具有Hunter光泽%大于40的纸张级别的更高光泽的纸等级以具有成对的沿机器方向一个接一个地彼此分开并且彼此分开的压延单元(1,3)的布置被制造, 各自由不同的和不同的压延单元(1,3)形成,并且每个压延单元(3)中的辊隙负荷均高于前一个压延单元(1)中的辊隙负荷。 有利地,沿机器方向首先放置的压延单元(1)是在线长辊隙压延单元(1)和放置在其上的压延单元(3),其在机器方向上是在线或离线 超级压光机。
    • 8. 发明授权
    • CALENDERING ARRANGEMENT FOR A PAPER MACHINE
    • KALANDRIERUNGSVORRICHTUNGFÜREINE PAPIERMASCHINE
    • EP1238156B1
    • 2004-06-02
    • EP00972946.8
    • 2000-11-01
    • Metso Paper, Inc.
    • TORVI, TimoLARES, Matti
    • D21G1/00
    • D21G1/00
    • The present invention relates to a calendering arrangement for a paper machine for producing higher-gloss paper grades, in particular paper grades with a Hunter gloss % above 40. In accordance with the invention, the arrangement comprises, as a combination, pairs of calendering units (1, 3) disposed in the machine direction one after the other and apart from one another, which pairs are each formed of separate and different calendering units (1, 3) and in each of which the nip load in the latter calendering unit (3) is higher than the nip load in the preceding calendering unit (1). Advantageously, the calendering unit (1) placed first in the machine direction is an on-line long-nip calendering unit (1) and the calendering unit (3) placed after that in the machine direction is an on-line or off-line supercalender.
    • 具有Hunter光泽%大于40的纸张级别的更高光泽的纸等级以具有成对的沿机器方向一个接一个地彼此分开并且彼此分开的压延单元(1,3)的布置被制造, 各自由不同的和不同的压延单元(1,3)形成,并且每个压延单元(3)中的辊隙负荷均高于前一个压延单元(1)中的辊隙负荷。 有利地,沿机器方向首先放置的压延单元(1)是在线长辊隙压延单元(1)和放置在其上的压延单元(3),其在机器方向上是在线或离线 超级压光机。
    • 9. 发明公开
    • METHOD FOR CALENDERING
    • VERFAHREN ZUM KALANDERN
    • EP1244849A1
    • 2002-10-02
    • EP00969587.5
    • 2000-10-12
    • Metso Paper, Inc.
    • LEPPÄKOSKI, HelenaKOIVUKUNNAS, PekkaHASANEN, KariTORVI, TimoVENETJOKI, Petteri
    • D21G1/00D21G9/00
    • D21G9/0045D21G1/00D21G1/0046D21G1/0253
    • The present invention relates to a method for calendering a moving web (1) of paper or board. The web (1) is passed to a calender (2) and calendered therein. At least one quality of the calendered web (1) is measured at a first measurement point (3) adapted at a location downstream from the calender (2). Additionally, at least one quality of the web (1) entering the calender (2) is measured at a second measurement point (4) adapted at a location between the calender (2) and the preceding section of the line. A control variable (6) affecting the calendering effect on the calender (2) is controlled by a feedback control scheme based on the measurement result obtained from said first measurement point (3) and a control variable (9) affecting the processability of the web (1) to be calendered is controlled by a feedback control scheme based on the measurement result obtained from said second measurement point (4).
    • 本发明涉及一种用于压延纸或纸板的移动幅材(1)的方法。 将幅材(1)送入压延机(2)并在其中压延。 在位于压延机(2)下游的位置的第一测量点(3)处测量压延卷材(1)的至少一种质量。 此外,进入砑光机(2)的幅材(1)的至少一个质量在适于在压光机(2)和线的前一部分之间的位置处的第二测量点(4)处被测量。 通过基于从所述第一测量点(3)获得的测量结果和影响幅材的可加工性的控制变量(9)的反馈控制方案来控制影响压延机(2)的压延效果的控制变量(6) (1)由基于从所述第二测量点(4)获得的测量结果的反馈控制方案来控制。