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    • 1. 发明授权
    • Twin wire former and method of manufacturing a fibrous material web from a fibrous suspension using same
    • 双线成形机和使用其制造纤维状材料纤维网的方法
    • US06267846B1
    • 2001-07-31
    • US09237842
    • 1999-01-27
    • Günter HalmschlagerVolker Schmidt-RohrHelmut TauselFranz StelzhammerErich BrunnauerAlexander WassermannGünther PrinzJames Ronning
    • Günter HalmschlagerVolker Schmidt-RohrHelmut TauselFranz StelzhammerErich BrunnauerAlexander WassermannGünther PrinzJames Ronning
    • D21F100
    • D21F9/003
    • Twin wire former and method for manufacturing a fibrous material web from a fibrous suspension using same. The twin wire former comprises a movable bottom wire belt and a movable top wire belt converging at a twin wire zone. The twin wire zone has a first section, a second section and an end section. A rotating forming roller is disposed at the first section of the twin wire zone, and the to wire and the bottom wire form a wedge-shaped inlet gap at the first section of the twin wire zone. The inlet gap is adapted to receive the fibrous suspension from a headbox. The bottom wire belt and the top wire belt are adapted to form the fibrous web therebetween at the second section of the twin wire zone, and the second section of the twin wire zone has at least one drainage element. A separating device is disposed at the end of the twin wire zone and is adapted to separate one wire belt from another the wire belt. The twin wire zone has a section disposed in a steep downward direction downstream of the forming roller in relation to the movement of the wires. Also disclosed is a method for manufacturing a fibrous material web from a fibrous suspension using a twin wire former.
    • 双线成形机和使用其的纤维悬浮液制造纤维材料纤维网的方法。 双线成型机包括可动底线带和在双线区域会聚的可动顶线带。 双线区域具有第一部分,第二部分和端部部分。 旋转成型辊设置在双网区域的第一部分处,并且线和底线在双网区域的第一部分处形成楔形入口间隙。 入口间隙适于从流浆箱接收纤维悬浮液。 底部丝带和顶部丝带适于在双网区域的第二部分处形成纤维网,并且双网区域的第二部分具有至少一个排水元件。 分离装置设置在双线区域的端部,并且适于将一个线束与另一个线束分离。 双网区域具有相对于电线的移动而沿成形辊下游的陡峭的下游方向设置的部分。 还公开了一种使用双线成形机从纤维悬浮液制造纤维材料纤维网的方法。
    • 2. 发明授权
    • Twin-wire former and process for separating upper and lower wires of HTE twin-wire former
    • US06214167B1
    • 2001-04-10
    • US09263108
    • 1999-03-05
    • Günter HalmschlagerFranz StelzhammerAlexander WassermannJürgen BanningWerner LeitenbergerThomas Elenz
    • Günter HalmschlagerFranz StelzhammerAlexander WassermannJürgen BanningWerner LeitenbergerThomas Elenz
    • D21F902
    • D21F9/003
    • Twin-wire former for producing a fibrous material web from a fibrous suspension and process for separating upper and lower wires of the twin-wire former. The twin-wire former includes a twin-wire zone composed of a lower wire and an upper wire and a plurality of rolls including an inlet roll and an outlet roll. The upper wire is guidable over the plurality of rolls, the inlet roll guides the upper wire to the twin-wire zone, and the outlet roll guides the upper wire toward the inlet roll. A wedge-shaped inlet zone is formed between the upper wire and the lower wire and has an adjustable inlet wedge angle. An upper wire subassembly includes a drainage box adapted to receive suspension water that flows upwardly through the upper wire, and further includes a pivotable common support device, to which the drainage box and the inlet roll are mounted. A stroke device is coupled to the pivotable common support device to lift the pivotable common support device around a first horizontal axle. In this manner, the inlet wedge angle is varied during former operation. After a maximal inlet wedge angle is formed, continued lifting of the pivotable common support device by the stroke device causes the upper wire subassembly to lift up from the lower wire, thereby separating the upper wire from the lower wire. A second horizontal pivot axle associated with the upper wire subassembly and located in a region of the outlet roll is provided. The separating of the upper and lower wires occurs around the second horizontal pivot axle. The process includes lifting the common support device with the stroke device, such that the common support device is pivotably supported by the first horizontal axle and the inlet wedge angle is increased, and, upon maximally increasing the inlet wedge angle, further lifting the common support device with the stroke device, such that the common support device is pivotably supported by the second horizontal axle and is disengaged from the first horizontal axle. In this manner, the upper wire is lifted up from the lower wire.
    • 3. 发明授权
    • Process for improving the shrinkage cross direction profile and paper having an improved cross
    • 用于改进收缩横截面轮廓的方法和具有改进的交叉的纸
    • US06303001B1
    • 2001-10-16
    • US09401952
    • 1999-09-23
    • Udo GrossmannGuenter HalmschlagerErich BrunnauerAlexander WassermannEduard Bachler
    • Udo GrossmannGuenter HalmschlagerErich BrunnauerAlexander WassermannEduard Bachler
    • D21F1100
    • D21F1/022D21F1/08D21G9/0027Y10S162/11
    • Process for homogenizing the property cross direction profile of a continuous web made of paper or cardboard and a paper machine that is suitable for carrying out the above-mentioned process. The process is characterized in that the shrinkage cross direction profile of the material web is homogenized during its manufacturing process by controlling the local composition of the stock suspension sectionally across the width by changing the proportions of components that have different shrinkage behaviors. The paper machine includes an approach flow system having at least two regions that produce different stock suspensions with fiber mixtures that have different shrinkage behaviors. The stock suspension supplies from the approach flow system to the headbox have at least two branches for the at least two different stock suspensions. Near the headbox, a plurality of sectional mixing points are provided, which combine the stock suspensions that have different shrinkage behaviors. Paper is produced from the process and device.
    • 用于均匀化由纸或纸板制成的连续幅材的特性横向轮廓和适于执行上述过程的造纸机的方法。 该方法的特征在于,通过改变具有不同收缩行为的组分的比例,通过控制坯料悬浮液在局部宽度上的局部组成,在其制造过程中将材料纤维网的收缩交叉方向分布均质化。 造纸机包括具有至少两个区域的进入流系统,该区域产生具有不同收缩行为的纤维混合物的不同浆料悬浮液。 从进场流系统到流浆箱的库存悬浮液供应至少有两个分支用于至少两种不同的库存悬浮液。 在流浆箱附近,提供了多个分段混合点,其组合具有不同收缩行为的坯料悬浮液。 纸是从工艺和设备生产的。
    • 5. 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。