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    • 22. 发明授权
    • Roll magnetically compensated and/or controlled of its deflection
    • 对其挠曲进行磁性补偿和/或控制
    • US4485540A
    • 1984-12-04
    • US361388
    • 1982-03-24
    • Jaakko Riihinen
    • Jaakko Riihinen
    • D21G1/02F16C13/00F16C39/06B21B13/02B21B13/14
    • F16C32/044D21G1/0213F16C13/024
    • A roller used as a press or calender roller in a paper machine is compensated for deflection and end-loaded. The roller has a stationary axle with spaced opposite ends at which the roller is loaded and a cylindrical shell rotatably mounted on the axle. The axle has a magnetic core portion within the shell having pole shoes spaced from the shell by air gaps and magnetizing coils of electrical conductors thereon at corresponding ones of the pole shoes. The coils produce a magnetomotive force and are positioned in a manner whereby magnetic flux passing through the air gaps between the pole shoes and the shell creates a compensating force field between the shell and the magnetic core. The roller has an inner part of the shell consisting of a stack of sheets of magnetically well-conductive material separated from each other by electrical insulation thereby reducing eddy current losses.
    • 在造纸机中用作压机或压光辊的辊被补偿偏转和终止。 辊具有固定轴,其具有间隔开的相对端,辊被装载在该固定轴上,并且可旋转地安装在轴上的圆柱形壳体。 该轴在壳体内具有磁芯部分,其具有通过空气间隙与壳体的极靴和在其上的相应的极靴上的电导体的磁化线圈。 线圈产生磁动势并且以这样的方式定位,使得通过极靴和壳体之间的空气间隙的磁通量在壳体和磁芯之间产生补偿力场。 该辊具有壳体的内部部分,其由通过电绝缘彼此分离的一组磁导电材料组成,从而减少涡流损耗。
    • 24. 发明授权
    • Flexure-resistant calender roll
    • 耐弯曲压延辊
    • US4376330A
    • 1983-03-15
    • US191691
    • 1980-09-29
    • Hans WeidingerWerner EhmJosef Pav
    • Hans WeidingerWerner EhmJosef Pav
    • D21G1/02F16C13/00F16C39/06B21B13/02B21B13/14
    • F16C32/044D21G1/0213F16C13/024Y10S100/917
    • A calender roll has a hollow cylinder which surrounds or is surrounded by a stationary support. That surface of the support which faces the cylinder has circumferential and axially parallel grooves for the coils of electromagnets which are energizable independently of each other or simultaneously and serve to prevent flexing and/or other deformation of the cylinder when the latter rotates and contacts a running web of paper, textile material or metallic or plastic foil. Those sections of the aforementioned surface of the stationary support which are surrounded by the coils constitute portions of circumferentially extending arcuate or annular pole faces and the polarity of each circumferentially extending pole face is constant. However, the polarities of neighboring pole faces the different, i.e., pole faces which constitute south and north poles alternate with each other, as considered in the axial direction of the calender roll. The cylinder can be subjected to controlled heating action by splitting the circumferentially extending pole faces, by connecting some or all of the coils to sources of a-c current, by varying the extent of excitation of the coils and/or by a combination of two or more of these methods.
    • 压延辊具有围绕或被固定支撑件围绕的中空圆柱体。 支撑体面向气缸的表面具有周向和轴向平行的电磁铁线圈槽,它们彼此独立地或同时被激励,并且用于防止当气缸旋转时气缸的挠曲和/或其它变形, 纸幅,纺织材料或金属或塑料箔。 由线圈包围的固定支撑件的上述表面的那些部分构成周向延伸的弧形或环形极面的部分,并且每个周向延伸的极面的极性是恒定的。 然而,考虑到压延辊的轴向方向,相邻极的极性面对构成南极和北极的不同的即极面彼此交替。 通过将一些或全部线圈连接到交流电流源,通过改变线圈的激励程度和/或通过两个或多个组合的组合来使圆柱体受到受控的加热作用 的这些方法。
    • 28. 发明申请
    • Method and apparatus for calendering paper
    • 压延纸的方法和装置
    • US20010017084A1
    • 2001-08-30
    • US09748744
    • 2000-12-21
    • Valmet Corporation
    • Petter HonkalampiNils-Erik SatmanTimo TorviThomas Berglind
    • B30B015/34B30B003/04
    • D21G1/006D21G1/0006D21G1/0013D21G1/002D21G1/02D21G1/0213D21G1/0226
    • The invention relates to a method for operating a calender, comprising a cylindrical heated roll and a flexible belt surrounding a stationary support beam which supports at least one actuator which may urge a concave load shoe against the heated roll by means of said flexible belt to form an extended and heated nip through which a fiber web passes to be calendered and a separating mechanism for having at least one of the rolls movable into and away from the nip characterized in that said flexible belt is a flexible tubular jacket which forms a part of an enclosed shoe roll such that the ends of said jacket have end walls mounted thereto, which end walls are rotatably mounted in relation to said support beam, and in that at least one of said end walls is driven by means of a drive arrangement which drive arrangement may be activated to drive the end walls and thereby also the jacket independently of its position in relation to the fiber web or the heated roll.
    • 本发明涉及一种用于操作压延机的方法,包括圆柱形加热辊和围绕固定支撑梁的柔性带,该固定支撑梁支撑至少一个致动器,致动器可借助于所述柔性带将凹入的负载靴推靠在加热辊上以形成 一个延伸和加热的辊隙,纤维网通过该辊隙被压延,以及分离机构,用于使至少一个辊可移入和移动辊隙,其特征在于,所述柔性带是柔性管状夹套,其形成 封闭的鞋卷,使得所述护套的端部具有安装在其上的端壁,该端壁相对于所述支撑梁可旋转地安装,并且所述端壁中的至少一个由驱动装置驱动,驱动装置 可以被驱动以驱动端壁,从而也可以相对于纤维幅或加热辊的位置驱动外套。
    • 29. 发明授权
    • Process of calendering
    • 压延工艺
    • US06213009B1
    • 2001-04-10
    • US09390011
    • 1999-09-03
    • Nils-Erik SätmanThomas Berglind
    • Nils-Erik SätmanThomas Berglind
    • B30B1534
    • D21G1/006D21G1/0006D21G1/0013D21G1/002D21G1/02D21G1/0213D21G1/0226
    • The invention relates to a method for operating a calender, comprising a cylindrical heated roll and a flexible belt surrounding a stationary support beam which supports at least one actuator which may urge a concave load shoe against the heated roll by means of said flexible belt to form an extended and heated nip through which a fiber web passes to be calendered and a separating mechanism for having at least one of the rolls movable into and away from the nip characterized in that said flexible belt is a flexible tubular jacket which forms a part of an enclosed shoe roll such that the ends of said jacket have end walls mounted thereto, which end walls are rotatably mounted in relation to said support beam, and in that at least one of said end walls is driven by means of a drive arrangement which drive arrangement may be activated to drive the end walls and thereby also the jacket independently of its position in relation to the fiber web or the heated roll.
    • 本发明涉及一种用于操作压延机的方法,包括圆柱形加热辊和围绕固定支撑梁的柔性带,该固定支撑梁支撑至少一个致动器,致动器可借助于所述柔性带将凹入的负载靴推靠在加热辊上,以形成 一个延伸和加热的辊隙,纤维网通过该辊隙被压延,以及分离机构,用于使至少一个辊可移入和移动辊隙,其特征在于,所述柔性带是柔性管状夹套,其形成 封闭的鞋卷,使得所述护套的端部具有安装在其上的端壁,该端壁相对于所述支撑梁可旋转地安装,并且所述端壁中的至少一个由驱动装置驱动,驱动装置 可以被驱动以驱动端壁,从而也可以相对于纤维幅或加热辊的位置驱动外套。
    • 30. 发明授权
    • Apparatus for calendering paper
    • 砑光纸设备
    • US6164198A
    • 2000-12-26
    • US213107
    • 1998-12-18
    • Petter HonkalampiNils-Erik SafmanTimo TorviThomas Berglind
    • Petter HonkalampiNils-Erik SafmanTimo TorviThomas Berglind
    • D21F3/02D21G1/00D21G1/02B30B15/34
    • D21G1/006D21G1/0006D21G1/0013D21G1/002D21G1/02D21G1/0213D21G1/0226
    • The invention relates to a method for operating a calender, comprising a cylindrical heated roll and a flexible belt surrounding a stationary support beam which supports at least one actuator which may urge a concave load shoe against the heated roll by means of said flexible belt to form an extended and heated nip through which a fiber web passes to be calendered and a separating mechanism for having at least one of the rolls movable into and away from the nip characterized in that said flexible belt is a flexible tubular jacket which forms a part of an enclosed shoe roll such that the ends of said jacket have end walls mounted thereto, which end walls are rotatably mounted in relation to said support beam, and in that at least one of said end walls is driven by means of a drive arrangement which drive arrangement may be activated to drive the end walls and thereby also the jacket independently of its position in relation to the fiber web or the heated roll.
    • 本发明涉及一种用于操作压延机的方法,包括圆柱形加热辊和围绕固定支撑梁的柔性带,该固定支撑梁支撑至少一个致动器,致动器可借助于所述柔性带将凹入的负载靴推靠在加热辊上以形成 一个延伸和加热的辊隙,纤维网通过该辊隙被压延,以及分离机构,用于使至少一个辊可移入和移动辊隙,其特征在于,所述柔性带是柔性管状夹套,其形成 封闭的鞋卷,使得所述护套的端部具有安装在其上的端壁,该端壁相对于所述支撑梁可旋转地安装,并且所述端壁中的至少一个由驱动装置驱动,驱动装置 可以被驱动以驱动端壁,从而也可以相对于纤维幅或加热辊的位置驱动外套。