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    • 1. 发明授权
    • Rolling stand roll neck seal
    • 滚动立辊颈密封
    • US09358595B2
    • 2016-06-07
    • US13602590
    • 2012-09-04
    • Raymond P. Dauphinais
    • Raymond P. Dauphinais
    • B21B1/18F16J15/46B21B31/07F16J15/34B21B13/00
    • B21B31/078B21B1/18B21B13/005F16J15/3448F16J15/46
    • A rolling mill roll neck is sealed by interposing a seal between a roll flinger having a first axial surface and an opposing second axial surface of a roll housing retaining plate. The seal is biased into contact against one of the axial surfaces with a pressurized fluid source, such as compressed air. As the seal wears during roll neck operation the pressurized fluid maintains biasing contact between the seal and the axial surface. The remainder of the intact seal is remains pressed into contact with the mating, opposing axial surface, for example that of a roll flinger or a retaining plate. Advantageously the seal is housed in a stationary retaining plate that is in opposed axial relationship with a rotating flinger.
    • 通过在具有辊壳体保持板的第一轴向表面和相对的第二轴向表面的滚动滚子之间插入密封来密封轧机辊颈。 密封件被加压流体源(例如压缩空气)偏置成与轴向表面之一接触。 由于密封件在辊颈操作期间磨损,加压流体保持密封件和轴向表面之间的偏压接触。 完整密封件的其余部分保持压紧与配合的相对的轴向表面接触,例如辊子抛光器或保持板的轴向表面。 有利的是,密封件容纳在与旋转挡板相对的轴向关系的固定保持板中。
    • 4. 发明申请
    • ROLLING STAND ROLL NECK SEAL
    • 滚筒式滚筒密封
    • US20130075973A1
    • 2013-03-28
    • US13602590
    • 2012-09-04
    • Raymond P. Dauphinais
    • Raymond P. Dauphinais
    • B21B31/02F16J15/34
    • B21B31/078B21B1/18B21B13/005F16J15/3448F16J15/46
    • A rolling mill roll neck is sealed by interposing a seal between a roll flinger having a first axial surface and an opposing second axial surface of a roll housing retaining plate. The seal is biased into contact against one of the axial surfaces with a pressurized fluid source, such as compressed air. As the seal wears during roll neck operation the pressurized fluid maintains biasing contact between the seal and the axial surface. The remainder of the intact seal is remains pressed into contact with the mating, opposing axial surface, for example that of a roll flinger or a retaining plate. Advantageously the seal is housed in a stationary retaining plate that is in opposed axial relationship with a rotating flinger.
    • 通过在具有辊壳体保持板的第一轴向表面和相对的第二轴向表面的滚动滚子之间插入密封来密封轧机辊颈。 密封件被加压流体源(例如压缩空气)偏置成与轴向表面之一接触。 由于密封件在辊颈操作期间磨损,加压流体保持密封件和轴向表面之间的偏压接触。 完整密封件的其余部分保持压紧与配合的相对的轴向表面接触,例如辊子抛光器或保持板的轴向表面。 有利的是,密封件容纳在与旋转挡板相对的轴向关系的固定保持板中。
    • 6. 发明申请
    • CLAMP FOR ROLLING MILL ROLL STAND
    • 夹钳铣刀铣刀架
    • US20150082584A1
    • 2015-03-26
    • US14036456
    • 2013-09-25
    • Daryl L. MooreRaymond P. DauphinaisDavid G. Titus
    • Daryl L. MooreRaymond P. DauphinaisDavid G. Titus
    • B21B31/06
    • B21B31/06Y10T24/44068
    • A clamp for releasably securing a rolling mill roll stand on a support structure, comprises a tubular housing adapted to be secured to the support structure. A piston subdivides the interior of the housing into front and rear chambers. A clamping jaw projects forwardly from the piston through an open front end of the housing. The piston is reciprocally movable between a locked position at which the clamping jaw engages the roll stand, and an unlocked position at which the clamping jaw is disengaged from the roll stand. Resilient elements act in the rear chamber to exert a locking force urging the piston into its locked position, and pressurized fluid acts in the front chamber to overcome the resilient locking force when unlocking the clamp.
    • 用于将轧机辊架可释放地固定在支撑结构上的夹具包括适于固定到支撑结构上的管状壳体。 活塞将壳体的内部细分成前腔和后腔。 夹紧爪从活塞向前突出通过外壳的敞开的前端。 活塞在夹紧爪接合辊架之间的锁定位置和夹紧爪与辊架脱离的解锁位置之间往复运动。 弹性元件作用在后室中以施加推动活塞进入其锁定位置的锁定力,并且加压流体作用在前室中以在解锁夹具时克服弹性锁定力。
    • 7. 发明授权
    • Replaceable wear element for rolling mill laying head
    • 轧机铺设头可更换磨损件
    • US08740123B2
    • 2014-06-03
    • US13217404
    • 2011-08-25
    • David G. TitusRaymond P. DauphinaisDaryl L. Moore
    • David G. TitusRaymond P. DauphinaisDaryl L. Moore
    • B21C47/14
    • B21C47/143Y10T29/49739Y10T29/49741
    • Selectively replaceable wear elements for rolling mill laying heads. One replaceable wear element forms the end ring guide surface and is installed within the end ring inner diameter without removing the guide ring from the laying head. A plurality of wear element bodies may be installed about one or more portions of the end ring guide surface inner diameter. Size, configuration and material properties of the end ring guide surface wear element bodies may vary for different sections within the ring guide inner diameter. Another replaceable wear element is a tripper paddle that forms a laying head tripper mechanism guide surface. The tripper paddle and guide surface wear element bodies are replaceable external the end ring without removing the end ring or tripper mechanism from the laying head. Either or both types of wear element may be used in a laying head.
    • 用于轧机铺设头的可选替换磨损元件。 一个可替换的磨损元件形成端环引导表面并且安装在端环内径内,而不从引导头移除引导环。 多个耐磨元件主体可以围绕端环导向表面内径的一个或多个部分安装。 端环导向表面磨损元件体的尺寸,构型和材料特性可能会在环形导轨内径内的不同部分有所不同。 另一种可替换的磨损元件是形成铺设头脱扣器机构引导表面的跳闸桨。 脱扣板和引导表面磨损元件主体是可更换的外环端环,而不会从端头环上移除端环或脱扣机构。 可以在铺设头中使用任一种或两种类型的磨损元件。
    • 9. 发明申请
    • REPLACEABLE WEAR ELEMENT FOR ROLLING MILL LAYING HEAD
    • 可更换磨损元件,用于轧制铣床
    • US20130048773A1
    • 2013-02-28
    • US13217404
    • 2011-08-25
    • David G. TitusRaymond P. DauphinaisDaryl L. Moore
    • David G. TitusRaymond P. DauphinaisDaryl L. Moore
    • B21C47/14B23P17/00B23P6/00
    • B21C47/143Y10T29/49739Y10T29/49741
    • Selectively replaceable wear elements for rolling mill laying heads. One replaceable wear element forms the end ring guide surface and is installed within the end ring inner diameter without removing the guide ring from the laying head. A plurality of wear element bodies may be installed about one or more portions of the end ring guide surface inner diameter. Size, configuration and material properties of the end ring guide surface wear element bodies may vary for different sections within the ring guide inner diameter. Another replaceable wear element is a tripper paddle that forms a laying head tripper mechanism guide surface. The tripper paddle and guide surface wear element bodies are replaceable external the end ring without removing the end ring or tripper mechanism from the laying head. Either or both types of wear element may be used in a laying head.
    • 用于轧机铺设头的可选替换磨损元件。 一个可替换的磨损元件形成端环引导表面并且安装在端环内径内,而不从引导头移除引导环。 多个耐磨元件主体可以围绕端环导向表面内径的一个或多个部分安装。 端环导向表面磨损元件体的尺寸,构型和材料特性可能会在环形导轨内径内的不同部分有所不同。 另一种可替换的磨损元件是形成铺设头脱扣器机构引导表面的跳闸桨。 脱扣板和引导表面磨损元件主体是可更换的外环端环,而不会从端头环上移除端环或脱扣机构。 可以在铺设头中使用任一种或两种类型的磨损元件。