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    • 1. 发明授权
    • Threading device and method for threading the tail of the web
    • 用于穿线的尾部的穿线装置和方法
    • US06413374B1
    • 2002-07-02
    • US09554353
    • 2000-05-12
    • Mauri LaurikainenPauli KytönenHarri KuosaPekka KoivukunnasMarkku KyytsönenJorma KinnunenVesa Ahvenniemi
    • Mauri LaurikainenPauli KytönenHarri KuosaPekka KoivukunnasMarkku KyytsönenJorma KinnunenVesa Ahvenniemi
    • D21F136
    • D21G9/0072Y10T83/2066Y10T83/2074
    • A threading device and a method for threading a tail of a web, wherein, for guiding the path of a tail separated from a full-width web in a paper machine or a paper finishing device, the threading device comprises a suction channel, placed at least partly in a paper machine portion and provided with a reduced pressure for gripping the tail, and transfer means for transferring the suction channel in the portion of the paper machine and simultaneously for releasing the tail to the portion. In the method for threading of the tail, before threading the full-width web through a portion in a paper machine, the tail is separated from the web, the tail is cut, and the tail is conveyed in the portion of the paper machine, after which the full-width web following the tail in a continuous manner is conveyed to the portion, by providing a reduced pressure in a suction channel, by transferring an inlet opening of the suction channel close to the tail separated from the web, by transferring the tail into the suction channel by means of the reduced pressure prevailing therein, and by releasing the tail to the portion of the paper machine by transferring the suction channel and particularly the inlet opening in the direction of the portion of the paper machine.
    • 一种穿线装置和一种用于穿线的尾部的方法,其中,用于引导在造纸机或纸整理装置中从全宽幅纸分离的尾迹的路径,所述穿线装置包括:吸入通道, 至少部分地在造纸机部分中并具有用于夹紧尾部的减压力以及用于在造纸机的部分中传送吸入通道并同时用于将尾部释放到该部分的转印装置。 在用于穿过尾部的方法中,在将全幅幅材穿过造纸机中的一部分之前,尾部与纸幅分离,尾部被切割,并且尾部在造纸机的部分中被输送, 之后,通过在抽吸通道中提供减压,通过将吸入通道的入口靠近从纸幅分离的尾部传送而将跟随尾部的全幅幅连续地传送到该部分,通过转印 通过其中存在的减小的压力将尾巴进入吸入通道,并且通过沿造纸机部分的方向传送吸入通道,特别是入口,将尾部释放到造纸机的部分。
    • 3. 发明授权
    • System for keeping calender rolls of a paper machine clean
    • 保持造纸机压光辊清洁的系统
    • US07147754B2
    • 2006-12-12
    • US10204529
    • 2001-02-21
    • Pentti RautiainenHarri KuosaMarkku Kyytsönen
    • Pentti RautiainenHarri KuosaMarkku Kyytsönen
    • D21F13/00
    • D21G3/02D21G1/0073D21G9/0009G01N33/34
    • A system for maintaining calender rolls of a paper machine clean when producing high-gloss paper or coated paper, such as LWC or MWC. To prevent a coating agent, such as coating dye, from adhering onto and soiling a smooth surface of a calender roll, with an overheating phenomenon, the system has a second measurement station (10) provided with measuring and indicator means for producing an output indicating soiledness of the web (W) or a humidity profile. When the output of the second measurement station (10) indicates excessive soiledness or an uneven humidity profile, the system performs at least one of: cleaning the surface of the smooth-surfaced calender roll; changing the nip load in the calender (5); making a correction adjustment of the CD-directional humidity profile of the web (W); cutting the web (W) and conducting it into the pulper; and/or changing the running speed of the web (W).
    • 当生产高光纸或涂布纸(例如LWC或MWC)时,用于保持造纸机的压延辊清洁的系统。 为了防止诸如涂料染料之类的涂层剂粘附并污染砑光辊的光滑表面,具有过热现象,系统具有第二测量站(10),其具有用于产生指示的输出的测量和指示装置 卷材(W)的湿度或湿度分布。 当第二测量站(10)的输出指示过度的污染或不均匀的湿度分布时,系统执行以下至少之一:清洁光滑表面的压延辊的表面; 改变压光机(5)中的压区负荷; 对卷筒纸(W)的CD方向湿度分布进行校正调整; 切割网(W)并将其导入碎浆机中; 和/或改变网(W)的运行速度。
    • 4. 发明授权
    • Method for paper web transfer and transfer apparatus for paper web
    • 纸幅纸张传送和传送装置的方法
    • US06235156B1
    • 2001-05-22
    • US09587039
    • 2000-06-02
    • Hannu PullinenHarri KuosaRauno Rantanen
    • Hannu PullinenHarri KuosaRauno Rantanen
    • D21F136
    • D21G9/0063
    • In the method for paper web transfer in a paper machine or finishing apparatus for paper, a paper web (W) is transferred in a first machine portion (A) at a first travelling speed. In a second machine portion (B) following the first one in the travel direction of the web, the tail is transferred at a travelling speed lower than the first travelling speed. In the second machine portion (B) the tail (TB) is transferred independently without a draw connection to the web (W, TA) transferred in the first machine portion (A), the travelling speed of the tail (TA) transferred in the second machine portion (B) is increased, and a draw connection is established between the tail and the web (W, TA) transferred in the first machine portion.
    • 在用于造纸机或纸张整理装置中的纸幅转印方法中,纸幅(W)以第一行进速度被转印到第一机器部分(A)中。 在第一机器部分(B)沿着卷筒纸行进方向的第一机器部分(B)之后,以低于第一行进速度的行进速度传送尾部。 在第二机器部分(B)中,尾部(TB)独立地传送而不需要在第一机器部分(A)中传送的卷筒纸(W,TA)的牵引连接,传送到第一机器部分 第二机器部分(B)增加,并且在尾部和在第一机器部分中传送的卷筒纸(W,TA)之间建立牵引连接。
    • 6. 发明授权
    • Control device for a roll press
    • 辊压机控制装置
    • US4633774A
    • 1987-01-06
    • US731793
    • 1985-05-08
    • Harri KuosaTapani Kultaranta
    • Harri KuosaTapani Kultaranta
    • D21G1/00B30B15/26B30B15/16
    • D21G1/002
    • A control device in particular in a multi-roll press (22 to 24) of a calender intended for the glazing of a continuous thin web, such as a paper web, which said press comprises a compensated upper roll (22), a compensated lower roll (24), and at least one press roll (23) fitted between the rolls. The control device itself comprises a press-load control circuit (B, C, D, 11, 14, 15; A, 29, 30), a compensation circuit (E, 16, 17) for the upper roll (22), as well as a compensation circuit (F, 27, 28) for the lower roll (24). According to the invention, both of the compensated circuits (E, 16, 17 and F, 27, 28) are, via their own feedbacks (12 and 13), connected to the control circuit (B), which is fitted so as to select the most slowly changing one from among the signals of the feedbacks (12 and 13) and to brake down the roll (22 or 24) whose compensation is being varied most rapidly. By means of the invention, the calender will always be loaded in a constant way, whereby a better paper quality and constant running values are obtained.
    • 特别是在用于连续薄腹板(例如纸幅)的玻璃窗的压光机的多辊压机(22至24)中的控制装置,所述压榨机包括补偿的上辊(22),补偿的下辊 辊(24)和安装在辊之间的至少一个压辊(23)。 控制装置本身包括用于上辊(22)的压力负载控制电路(B,C,D,11,14,15; A,29,30),补偿电路(E,16,17),如 以及用于下辊(24)的补偿电路(F,27,28)。 根据本发明,补偿电路(E,16,17和F,27,28)经由其自身的反馈(12和13)连接到控制电路(B),其被安装成 从反馈(12和13)的信号中选择最缓慢变化的信号,并且对其补偿最快变化的卷(22或24)进行制动。 通过本发明,压光机总是以恒定的方式加载,从而获得更好的纸张质量和恒定的运行值。
    • 7. 发明授权
    • Roll construction
    • 卷施工
    • US4470183A
    • 1984-09-11
    • US384071
    • 1982-06-01
    • Harri Kuosa
    • Harri Kuosa
    • D21G1/02F16C13/00B21B13/02
    • F16C13/024D21G1/0213
    • A roll comprises a rotatable mantle portion and a non-rotating shaft portion and, connected to the shaft portion, means for roll deflection adjustment. These means comprise a bushing or the like mounted around the non-rotating shaft portion at one roll end and being, by means of a bearing, in radially force transmitting contact with the roll mantle portion. The bushing is pivotably connected to the shaft portion at a position between the bearing and a second bearing between the shaft portion and the mantle portion at a position more remote from the roll end. The bushing is provided with a device for altering radially the position of the first mentioned bearing with respect to the shaft portion by altering the angle setting of the bushing with respect to the roll shaft portion.
    • 辊包括可旋转的外套部分和非旋转轴部分,并且连接到轴部分用于辊偏转调整的装置。 这些装置包括在一个辊端处安装在非旋转轴部分周围的衬套等,并且通过轴承与径向力传递与辊套部分的接触。 套筒在远离辊端的位置处在轴部和轴套部分之间的轴承和第二轴承之间的位置处可枢转地连接到轴部。 衬套设置有用于通过改变衬套相对于辊轴部分的角度设置而径向地改变第一轴承相对于轴部分的位置的装置。
    • 9. 发明授权
    • Calender
    • 日历
    • US07017479B2
    • 2006-03-28
    • US10486280
    • 2002-08-07
    • Harri Kuosa
    • Harri Kuosa
    • B30B3/04
    • D21G1/00
    • A soft calender has a body structure (10) and at least two roller sets (11; 12). There is at least one calendering nip (N1, N2, N3, N4) formed in between two rollers (13, 14; 14, 15; 16, 17; 17, 18). Of the rollers forming the nip, at least one is a roller with a soft surface (13, 15; 16, 18) and the other is a heating roller (14, 17). The calender body structure (10) is formed with a stepped shape in such a way that the roller sets (11, 12) can be located in an upper and a lower place of location (21) on the same side of the body.
    • 软压光机具有主体结构(10)和至少两个辊组(11; 12)。 在两个辊(13,14; 14,15; 16,17; 17,18)之间形成有至少一个压延辊隙(N 1,N 2,N 3,N 4)。 在形成辊隙的辊中,至少一个是具有软表面(13,15; 16,18)的辊,另一个是加热辊(14,17)。 砑光机体结构(10)形成为阶梯形状,使得辊组(11,12)能够位于主体相同侧的上部和下部位置(21)中。
    • 10. 发明授权
    • Method for manufacturing a paper or board machine and coating composition therefor
    • 制造纸或纸板机的方法及其涂料组合物
    • US06461687B2
    • 2002-10-08
    • US09804315
    • 2001-03-12
    • Juhani VestolaKari NiemiJuha WahlroosPentti LehtonenJorma MajavaJussi TuomelaHarri Kuosa
    • Juhani VestolaKari NiemiJuha WahlroosPentti LehtonenJorma MajavaJussi TuomelaHarri Kuosa
    • C23C410
    • D21F3/08D21G1/0246Y10T428/2933
    • A roll for use in the manufacture of paper and board, a press roll, in particular a center roll in a press, a backup roll for an extended-nip press roll, a hot press roll, or equivalent, which is in direct contact with a wet paper web, or a calender roll, a method for manufacturing the same and a coating composition therefor including an adhesion layer arranged on the frame part of the roll and a ceramic layer arranged on the adhesion layer. The ceramic layer has a thickness of from about 100 &mgr;m to about 2000 &mgr;m and includes from about 50% to about 95% by weight of Cr2O3 and from about 3% to about 50% by weight of TiO2, or from about 50% to about 80% by weight of Al2O3 and from about 20% to about 50% by weight of ZrO2, or exclusively Al2TiO5. The outer face of the ceramic layer is finished until the roughness Ra is from about 0.2 &mgr;m to about 2.0 &mgr;m and/or the porosity of the outer face of the roll is from about 1% to about 20%. In addition to or instead of TiO2, the ceramic layer may contain oxides of aluminum, silicon, zirconium, magnesium, manganese, tin, tungsten and mixtures thereof.
    • 用于制造纸和纸板的辊,压辊,特别是压机中的中心辊,用于延伸压辊压辊的支承辊,热压辊或等效物,其直接与 湿纸幅或压光辊,其制造方法及其涂料组合物,包括布置在辊的框架部分上的粘合层和布置在粘合层上的陶瓷层。 陶瓷层的厚度为约100μm至约2000μm,并且包括约50重量%至约95重量%的Cr 2 O 3和约3重量%至约50重量%的TiO 2,或约50重量%至约50重量% 80重量%的Al 2 O 3和约20重量%至约50重量%的ZrO 2,或仅由Al 2 TiO 5构成。 陶瓷层的外表面完成,直到粗糙度Ra为约0.2μm至约2.0μm,和/或辊的外表面的孔隙率为约1%至约20%。 除了或代替TiO 2,陶瓷层可以含有铝,硅,锆,镁,锰,锡,钨的氧化物及其混合物。