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    • 13. 发明授权
    • Twin wire former
    • 双线成型机
    • US07332060B2
    • 2008-02-19
    • US11033725
    • 2005-01-13
    • Alfred BubikJoachim HensslerJürgen PrösslFranz Stelzhammer
    • Alfred BubikJoachim HensslerJürgen PrösslFranz Stelzhammer
    • D21F1/26D21F11/00
    • D21F9/003
    • Twin-wire former for producing a fibrous web. The former includes two endless wire belts arranged to form a twin-wire zone, a dewatering element, and a headbox positioned at an angle relative to an imaginary first horizontal plane. The twin-wire zone includes a first section in which the two wire belts are arranged to run over the dewatering element. The two wire belts are further positioned to form a wedge-like inlet gap that is structured and arranged to receive a fibrous stock suspension directly from the headbox. Additional dewatering elements are utilized. The twin-wire zone includes a second section in which the two wire belts along with the fibrous web formed between the two wire belts are arranged to run downward over the additional dewatering elements. This Abstract is not intended to define the invention disclosed in the specification, nor intended to limit the scope of the invention in any way.
    • 用于生产纤维网的双线成型机。 前者包括布置成形成双网区域的两个环形丝带,脱水元件和相对于假想的第一水平面以一定角度定位的流浆箱。 双网区域包括第一部分,其中两个丝带布置成在脱水元件上方延伸。 两个丝带进一步定位成形成楔形入口间隙,其构造和布置成直接从流浆箱接收纤维原料悬浮液。 使用额外的脱水元件。 双线区域包括第二部分,其中两条丝带以及形成在两条丝带之间的纤维幅材布置成在附加的脱水元件下方向下延伸。 本摘要不旨在限定说明书中公开的发明,也不旨在以任何方式限制本发明的范围。
    • 14. 发明申请
    • Former and headbox for said former
    • 前者和前箱的前箱
    • US20050051289A1
    • 2005-03-10
    • US10466354
    • 2002-01-17
    • Alfred BubikJoachim HensslerPetra ReschAlexander WassermannWolfang Ruf
    • Alfred BubikJoachim HensslerPetra ReschAlexander WassermannWolfang Ruf
    • D21F1/02D21F1/04D21F9/00D21F11/00D21H11/00
    • D21F9/003D21F1/02D21F1/026D21F1/028D21F1/046
    • A former for a machine for the production of a fibrous web, particularly a paper or cardboard web including a headbox equipped with at least one stock suspension feed, one turbulence block equipped with several channels and/or a tube generator equipped with several channels, and a headbox nozzle whose suspension jet strikes an exposed or open surface of a dewatering belt, specifically a wire. Turbulence generating elements are allocated to at least a section of the channels and/or the headbox nozzle, in order to create turbulent flows in the suspension substreams in the channels, or in the headbox nozzle. The side of the suspension stream facing away from the dewatering belt is covered at least partially by a wall. A danger of the suspension stream bursting open is reduced to a minimum. In addition, swirling motions of considerably higher intensity than occur on conventional Fourdrinier wire formers are now permissible.
    • 用于生产纤维幅材的机器的前者,特别是纸或纸板幅材,其包括配备有至少一种原料悬浮进料的流浆箱,配备有多个通道的一个湍流块和/或配备有多个通道的管发生器,以及 一种流浆箱喷嘴,其悬浮射流撞击脱水带的暴露或敞开的表面,特别是导线。 湍流产生元件被分配给通道和/或流浆箱喷嘴的至少一部分,以便在通道或流浆箱喷嘴中的悬浮液流中产生湍流。 背离脱水带的悬浮液的一侧至少部分被壁覆盖。 悬浮液流破裂的危险降至最低。 此外,现在允许在传统的长网络成形机上发生的强度要大得多的旋转运动。
    • 15. 发明授权
    • Sealing arrangement
    • 密封安排
    • US07510086B2
    • 2009-03-31
    • US11565904
    • 2006-12-01
    • Joachim HensslerChristoph HaaseHerbert BodenHelena Johansson
    • Joachim HensslerChristoph HaaseHerbert BodenHelena Johansson
    • B01D33/04D21F3/04F16J15/16F26B13/00
    • D21F3/0209D21F3/0281D21F5/004D21F5/02D21F5/044D21G1/006D21G1/0066
    • This invention relates to an arrangement for sealing off a fluid-filled, stationary pressurized compartment from an endlessly circulating, impermeable belt of a machine for producing and/or refining a paper, paperboard, tissue or other fibrous web with the help of at least one seal of the pressurized compartment, whose contact pressure toward the belt is variable, wherein the belt is pressed by the pressurized compartment against a co-driven support element and the fibrous web runs alone or jointly with one or more function belts between the belt and the support element. The sealing is improved in this case, while producing as little leakage and wear as possible, in that the contact pressure of the seal is controlled as a factor of the drive power and/or the drive torque channeled into the belt and/or as a factor of the leakage of fluid through the gap between the seal and the belt and/or as a factor of the pressure of the fluid in the pressurized compartment.
    • 本发明涉及一种用于将流体填充的固定加压隔室从机器的环形循环不渗透带密封的装置,用于借助于至少一个用于产生和/或精炼纸,纸板,纸巾或其它纤维网的机器 加压隔室的密封件,其对带的接触压力是可变的,其中带被加压室压靠在共同驱动的支撑元件上,并且纤维网单独地或与带和带之间的一个或多个功能带一起运行 支持元素 在这种情况下,密封得到改善,同时产生尽可能少的泄漏和磨损,因为密封件的接触压力被控制为驱动力和/或引导到带中的驱动扭矩和/或作为 流体通过密封件和带之间的间隙泄漏的因素和/或作为加压室中流体压力的因素。
    • 17. 发明申请
    • SEALING ARRANGEMENT
    • 密封安排
    • US20070125721A1
    • 2007-06-07
    • US11565904
    • 2006-12-01
    • Joachim HensslerChristoph HaaseHerbert BodenHelena Johansson
    • Joachim HensslerChristoph HaaseHerbert BodenHelena Johansson
    • B01D33/04
    • D21F3/0209D21F3/0281D21F5/004D21F5/02D21F5/044D21G1/006D21G1/0066
    • This invention relates to an arrangement for sealing off a fluid-filled, stationary pressurized compartment from an endlessly circulating, impermeable belt of a machine for producing and/or refining a paper, paperboard, tissue or other fibrous web with the help of at least one seal of the pressurized compartment, whose contact pressure toward the belt is variable, wherein the belt is pressed by the pressurized compartment against a co-driven support element and the fibrous web runs alone or jointly with one or more function belts between the belt and the support element. The sealing is improved in this case, while producing as little leakage and wear as possible, in that the contact pressure of the seal is controlled as a factor of the drive power and/or the drive torque channeled into the belt and/or as a factor of the leakage of fluid through the gap between the seal and the belt and/or as a factor of the pressure of the fluid in the pressurized compartment.
    • 本发明涉及一种用于将流体填充的固定加压隔室从机器的环形循环不渗透带密封的装置,用于借助于至少一个用于产生和/或精炼纸,纸板,纸巾或其它纤维网的机器 加压隔室的密封件,其对带的接触压力是可变的,其中带被加压室压靠在共同驱动的支撑元件上,并且纤维网单独地或与带和带之间的一个或多个功能带一起运行 支持元素 在这种情况下,密封得到改善,同时产生尽可能少的泄漏和磨损,因为密封件的接触压力被控制为驱动力和/或引导到带中的驱动扭矩和/或作为 流体通过密封件和带之间的间隙泄漏的因素和/或作为加压室中流体压力的因素。
    • 18. 发明申请
    • Method for producing a fibrous material web and monitoring system
    • 纤维材料纤维网和监测系统的生产方法
    • US20060027350A1
    • 2006-02-09
    • US10530699
    • 2003-10-09
    • Mathias SchwanerJuergen ProesslJoachim Henssler
    • Mathias SchwanerJuergen ProesslJoachim Henssler
    • D21G9/00D21F7/06
    • D21G9/0027D21F7/06
    • The invention relates to a method for producing a fibrous material web (1) from at least one fibrous material suspension (2) having a fibrous material suspension thickness (FSD). The inventive method involves the use of at least one revolving wire (4) on which the fibrous material suspension (2) is placed with a fibrous material suspension height (FSH) by means of at least one headbox (3), and which is guided over a row of draining elements (5, 6, 11, 12, 12.1, 12.2, 14). The inventive method comprises the following steps: the fibrous material suspension height (FSH) or the fibrous material suspension thickness (FSD) is measured by at least one stationary mounted measuring cell (7); the obtained measured value is evaluated in an assigned process control system (20) of the corresponding paper-making or cardboard-making machine, and; based on the result of the evaluation, the process control system (20) correspondingly influences at least one actuator in an automatic manner in order to indicate the exceeding of the limit value or to initiate an appropriate countermeasure. The invention also relates to a monitoring system for carrying out the inventive method.
    • 本发明涉及从至少一种具有纤维材料悬浮液厚度(FSD)的纤维材料悬浮液(2)制备纤维材料纤维网(1)的方法。 本发明的方法包括使用至少一个旋转线(4),纤维材料悬浮物(2)通过至少一个流浆箱(3)以纤维材料悬浮物高度(FSH)放置在其上,并被引导 排列排列的元件(5,6,11,12,12.1,12.2,14)。 本发明的方法包括以下步骤:通过至少一个固定安装的测量池(7)测量纤维材料悬浮物高度(FSH)或纤维材料悬浮液厚度(FSD)。 所获得的测量值在对应的造纸或纸板制造机的指定的过程控制系统(20)中进行评估; 基于评估结果,过程控制系统(20)相应地以自动方式影响至少一个致动器,以便指示超出极限值或者开始适当的对策。 本发明还涉及一种用于实施本发明的方法的监视系统。
    • 19. 发明申请
    • Smoothing device
    • 平滑装置
    • US20050016703A1
    • 2005-01-27
    • US10921724
    • 2004-08-19
    • Karl SteinerAndreas MeschenmoserJoachim HensslerKlaus Esslinger
    • Karl SteinerAndreas MeschenmoserJoachim HensslerKlaus Esslinger
    • D21F3/02D21F3/04
    • D21F3/045D21F3/04
    • A smoothing device of a press arrangement for dewatering a fibrous web in a machine for producing or finishing the fibrous web including a rough belt, a smooth belt and a smoothing element. The rough belt being endless and water-absorbing. The rough belt arranged on a side of the fibrous web. The smooth belt is endless and arranged on an opposite side of the fibrous web. The rough belt, the fibrous web and the smooth belt running through a press nip together and the rough belt is led away from the fibrous web after passing through the press nip. The smoothing element forms a smoothing nip with the smooth belt after the rough belt is led away from the fibrous web, the smoothing element having a smooth pressing surface.
    • 一种用于在用于生产或整理纤维网的机器中对纤维网进行脱水的压榨装置的平滑装置,其包括粗糙带,平滑带和平滑元件。 粗糙的皮带是无尽的和吸水的。 粗糙带布置在纤维网的一侧。 平滑带是环形的,并且布置在纤维网的相对侧上。 粗糙的皮带,纤维织带和平滑皮带通过压榨辊隙一起运行,粗糙的皮带在穿过压榨压区后从纤维网被引出。 平滑元件在粗糙带被从纤维幅材引出之后与平滑带形成平滑辊隙,该平滑元件具有平滑的按压表面。
    • 20. 发明授权
    • Press section and method for pressing with different shoe press lengths
    • 按压部分和方法按压不同的靴子压力长度
    • US06210530B1
    • 2001-04-03
    • US08989916
    • 1997-12-12
    • Hans LoserJoachim HensslerKarl SteinerJosef Müellner
    • Hans LoserJoachim HensslerKarl SteinerJosef Müellner
    • D21F304
    • D21F3/045
    • Press section of a machine for producing a fibrous web and process for pressing a fibrous web. The press section may include at least two shoe press units including at least one press shoe and a revolving flexible press belt, a counterpart face, at least two nips having a length extended in a web travel direction and formed by each at least one press shoe pressing the revolving flexible press belt against the counterpart face. A length of the extended nip may be at least substantially the same as a length of the at least press shoe length, measured in the web travel direction, forming the extended nip and at least one of the shoe press units having press shoe length different from the other shoe press units, whereby various extended nip length are formed. The process may include positioning a first of the at least two nips upstream, with respect to the web travel direction, a last of the at least two nips, wherein one of the first and last nips has a nip length greater than the other and applying different pressing forces in the at least two nips such that the one of the first and last nip having a greater length has a lesser pressing force applied.
    • 用于生产纤维网的机器的压榨部分和用于挤压纤维网的方法。 压榨部可以包括至少两个靴形压榨单元,其包括至少一个压榨靴和旋转柔性压榨带,对应面,至少两个辊隙,其长度在纤网行进方向上延伸并且由每个至少一个压榨靴 将旋转的柔性压榨带压靠在对面。 延伸压区的长度可以至少基本上与在纸幅行进方向上测量的至少压靴长度的长度基本相同,形成延伸压区,并且至少一个压靴单元的压靴长度不同于 形成各种延长的压区长度。 该过程可以包括将至少两个胶印中的第一个相对于纸幅移动方向定位在至少两个胶印中的最后一个上,其中第一和最后一个胶印中的一个具有大于另一个的辊隙长度,并施加 所述至少两个压区中的不同的按压力使得具有较大长度的第一和最后压区中的一个具有较小的施加压力。