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    • 91. 发明授权
    • System for washing and dewatering pulp
    • 纸浆清洗和脱水系统
    • US09200407B2
    • 2015-12-01
    • US14243152
    • 2014-04-02
    • Valmet Technologies, Inc.
    • Johan BylanderFredrik PonténRickard AnderssonMagnus Danielsson
    • D21C9/02D21C9/06D21C9/18D21D1/40D21F1/66B30B9/20
    • D21C9/18B30B9/20D21C9/02D21C9/06D21D1/40D21F1/66
    • Apparatus for washing and dewatering pulp and a system for controlling this apparatus are provided. The apparatus includes a pair of rotatable press rolls installed in vats and including a press nip therebetween, an inlet for feeding the pulp to the press nip, with one of the press rolls being movable in relation to the other and in which the processing of the pulp is determined by the number of variable operating parameters. The system includes apparatus for utilizing the distance between the press rolls as a variable operating parameter, for setting a desired value for a specific control parameter, for measuring the specific control parameter, and for adjusting at least two of the variable operating parameters during operation to maintain the difference between the desired value and the measured value of the specific control parameter below a predetermined difference.
    • 提供了用于洗涤和脱水纸浆的设备以及用于控制该设备的系统。 该装置包括一对安装在大桶中的可旋转的压榨辊并且包括其间的压榨压区,用于将纸浆输送到压榨压区的入口,其中一个压榨辊相对于另一个可移动,并且其中 纸浆由可变操作参数的数量决定。 该系统包括用于利用压辊之间的距离作为可变操作参数的装置,用于设置用于特定控制参数的期望值,用于测量特定控制参数,以及用于在操作期间将至少两个可变操作参数调整为 将特定控制参数的期望值和测量值之间的差保持在预定差以下。
    • 92. 发明授权
    • Method for calibrating the position of the slitter blades of a slitter-winder
    • 用于校准分切机的分切刀的位置的方法
    • US09138905B2
    • 2015-09-22
    • US13774382
    • 2013-02-22
    • Michael J. Daul
    • Michael J. Daul
    • G01B21/16B26D1/24B26D7/26
    • B26D1/245B26D7/2635
    • The positions of the slitter blades of a slitter-winder are calibrated using a laser to perform measurement and calibration of the fiber web cutting point of each slitter blade pair. Measurement and calibration is preformed on the top slitter blade of each of a multiplicity of slitter blade pairs one after another. The laser measures one slitter blade of each slitter blade pair while they are engaged. The slitter blade pairs between the laser and the slitter blade pair being measured are not engaged. Carriages which support the slitter blades have position sensors which the laser measurements calibrate and the blade pair positions are measured and the carriage positions are read simultaneously. The cutting edges of the slitter blades are sharpened to have straight sides and the laser measurement system is located so the laser beam is directed to the straight side.
    • 使用激光校准分切卷绕机的分切刀片的位置,以对每个分切刀片对的纤维网切割点进行测量和校准。 在多个分切刀片对中的每一个的顶部分切刀上进行测量和校准。 每个分切刀片对的一个分切刀片在接合时测量激光。 正在测量的激光与分切刀片对之间的分切刀片对不接合。 支撑分切刀片的支架具有位置传感器,激光测量校准和刀片对位置被测量并且滑架位置被同时读取。 切割刀片的切削刃被削尖以具有直的侧面,并且激光测量系统被定位成使得激光束被引导到直线侧。
    • 94. 发明授权
    • Refining surface for a refiner
    • 炼油厂精炼表面
    • US09050602B2
    • 2015-06-09
    • US13262116
    • 2010-03-16
    • Ville RuolaChrister Hedlund
    • Ville RuolaChrister Hedlund
    • B02C7/12D21D1/30
    • B02C7/12D21D1/306
    • A refining surface (1, 2) of a refiner for defibrating lignocellulose-containing material has a feed edge (14) and a discharge edge (15) and has a first blade groove (17a) and a second blade groove (17b), with a blade bar (16) therebetween. A distance (D, D17a, D17b) of the bottom (18) of the first blade groove (17a) and the second blade groove (17b) from an upper surface (16a) of the blade bar (16) is arranged, at least in a part, to change substantially continuously in a direction of travel (A) of the blade grooves. The distance of the bottom of the second blade groove from the upper surface of the blade bar deviates from the distance of the bottom of the first blade groove from the upper surface of the blade bar at substantially the same distance (SD) from the feed edge of the refining surface.
    • 用于解纤维木素纤维素材料的精磨机的精炼表面(1,2)具有进料边缘(14)和排出边缘(15),并具有第一叶片槽(17a)和第二叶片槽(17b),其中 其间的刀片杆(16)。 至少在第一叶片槽17a和第二叶片槽17b的下部(18)与叶片杆16的上表面16a之间的距离(D,D17a,D17b) 部分地沿刀片槽的行进方向(A)基本连续地变化。 第二叶片槽的底部与叶片杆的上表面的距离与第一叶片槽的底部距离叶片杆的上表面的距离与进给边缘基本相同的距离(SD)偏离 的精炼表面。
    • 99. 发明授权
    • Arrangement for treating fiber web
    • 处理纤维网的布置
    • US08685208B2
    • 2014-04-01
    • US13773445
    • 2013-02-21
    • Mika ViljanmaaTopi Tynkkynen
    • Mika ViljanmaaTopi Tynkkynen
    • D21F3/02
    • D21F11/00D21H21/16D21H23/56
    • An arrangement for treating a fiber web, in particular for sizing paper and board web (W), using a sizer (10) which has sizing equipment (3, 4) located on both sides of the web (W) and size press rolls (5, 6) located on both sides of the web (W) in between of which a size nip is formed. The web (W) when approaching the sizer (10) is first guided past the size nip of the sizer (10) in a process direction (D) and then is turned into an opposite direction (OD) in relation to the process direction (D) by at least one turning guide roll (15) such that the top side (TS) of the web (W) is sized by sizing equipment (4) located below the web (W).
    • 一种用于处理纤维幅材的装置,特别是使用具有位于幅材(W)的两侧上的施胶设备(3,4)和尺寸压榨辊(W)的分级器(10)来调整纸和纸幅(W) 5,6)位于幅材(W)的两侧,其间形成有大小压区。 接近分级器(10)时的卷筒纸(W)首先沿着处理方向(D)被引导到尺寸调节器(10)的尺寸压区,然后相对于处理方向转动成相反的方向(OD) D)通过至少一个转动导向辊(15),使得所述幅材(W)的顶侧(TS)通过位于所述幅材(W)下方的定径设备(4)来定尺寸。