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    • 6. 发明授权
    • Bearing support system for a printing press having cantilevered cylinders
    • 具有悬臂缸的印刷机轴承支撑系统
    • US07146907B2
    • 2006-12-12
    • US10990262
    • 2004-11-16
    • Thaddeus A. NiemiroThomas W. OrzechowskiRadoslaw Kulesza
    • Thaddeus A. NiemiroThomas W. OrzechowskiRadoslaw Kulesza
    • B41F13/00
    • B41F13/14B41F13/20B41P2213/734B41P2217/13B41P2217/15B41P2227/21
    • A bearing assembly for use on a printing press is disclosed. A printing press includes a support frame. A shaft having a first end and a second end fixedly attached to the support frame, the shaft arranged to define a longitudinal axis relative to the support frame. A cylinder, the cylinder having a cylinder bore formed therethrough; and a bearing assembly having an outer circumferemce and an inner bore, the outer circumference sized insertion within the cylinder bore and the inner bore sized to rotatably engage the shaft. The bearing assembling includes an adjustment assembly including a first tapered portion and a second tapered portion, the first and second tapered portions cooperate to permit angular adjustment of the cylinder relative to the longitudinal axis of the shaft, the angular adjustment of the cylinder being about an axis perpendicular to the support shaft longitudinal axis.
    • 公开了一种用于印刷机的轴承组件。 印刷机包括支撑框架。 轴具有固定地附接到支撑框架的第一端和第二端,所述轴被布置成限定相对于支撑框架的纵向轴线。 气缸,缸体具有穿过其形成的气缸孔; 以及具有外周和内孔的轴承组件,所述外圆周尺寸的插入在所述气缸孔内,并且所述内孔的尺寸设计成可旋转地接合所述轴。 轴承组装包括一个包括第一锥形部分和第二锥形部分的调节组件,第一和第二锥形部分配合以允许圆柱体相对于轴的纵向轴线进行角度调整,圆柱体的角度调整大致为 轴垂直于支撑轴的纵轴。
    • 7. 发明授权
    • Liquid level control system
    • 液位控制系统
    • US5969619A
    • 1999-10-19
    • US7511
    • 1998-01-15
    • Thaddeus A. NiemiroThomas W. OrzechowskiFrederick J. WhitingJohn W. Manser
    • Thaddeus A. NiemiroThomas W. OrzechowskiFrederick J. WhitingJohn W. Manser
    • G05D9/12G05D9/00G08B21/00
    • G05D9/00Y10T137/731
    • In order to control the delivery of a liquid to a vessel, a liquid level control system includes a regulated supply of low pressure air delivered to an air supply tube which extends to a liquid vessel for discharging the low pressure air at a preselected level within the liquid vessel. The control system also includes a sensor sensing fluctuations in air pressure at an intermediate point along the air supply tube. In particular, the sensor senses a first air pressure when the liquid is below the preselected level and sensing a second, higher air pressure when the liquid is at or above the preselected level. The sensor is in communication with the liquid supply source to produce a signal upon sensing the second, higher air pressure in the air supply tube. When the higher pressure is sensed, the sensor sends the signal it produced and the liquid supply source is responsive to the signal to stop supplying liquid to the liquid vessel.
    • 为了控制将液体输送到容器,液位控制系统包括输送到空气供应管的经调节的低压空气供应,该空气供应管延伸到液体容器,用于将低压空气以预选的水平排出, 液体容器 控制系统还包括传感器,其感测沿着空气供应管的中间点的空气压力的波动。 特别地,当液体低于预选水平时,传感器感测到第一空气压力,并且当液体处于或高于预选水位时感测到第二较高的空气压力。 传感器与液体供应源连通,以便在检测空气供应管中的第二个更高的空气压力时产生信号。 当检测到较高的压力时,传感器发送其产生的信号,并且液体供应源响应信号以停止向液体容器供应液体。
    • 8. 发明授权
    • Printing press with dampening liquid spray control apparatus and method
    • 印刷机用润版液喷雾控制装置及方法
    • US5622110A
    • 1997-04-22
    • US557243
    • 1995-11-14
    • Thomas W. OrzechowskiThaddeus A. Niemiro
    • Thomas W. OrzechowskiThaddeus A. Niemiro
    • B41F7/30B41F7/26
    • B41F7/30
    • A printing press (10) with a dampener roller (16) and a spray bar assembly (12) for spraying dampening liquid (20) onto the dampener roller is provided with a dampening liquid spray control apparatus (15) including a control member (18) with a diagonal blocking section (40) for blocking dampening liquid (20) from impinging upon selected locations on the dampener roller (16) when there is a relatively narrow web running in the press and a transverse deflecting section (42) for deflecting dampening liquid (20) onto the dispenser roller at preselected locations adjacent the end of the dampener roller (16A) when a relatively wider web is running in the press to reduce scumming and an adjustable mounting apparatus (24, 26, 28, 30, 31, 34 and 37) to mount the control member (18) in different positions to achieve different dampening results.
    • 具有阻尼辊(16)的印刷机(10)和用于将阻尼液(20)喷射到阻尼辊上的喷杆组件(12)设置有润湿液体喷雾控制装置(15),包括控制构件 ),具有对角线阻挡部分(40),用于当在压机中存在相对窄的幅材运动时阻止阻尼液体(20)撞击阻尼器辊(16)上的选定位置,以及横向偏转部分(42),用于偏转阻尼 当相对较宽的幅材在压机中运行以减少浮渣和可调节的安装装置(24,26,28,30,31,...)时,液体(20)到预定位置处于分配辊上, 34和37)以将控制构件(18)安装在不同的位置以实现不同的阻尼结果。
    • 10. 发明授权
    • Flow restrictor for a fluid
    • 流体限流器
    • US5156680A
    • 1992-10-20
    • US738012
    • 1991-07-30
    • Thomas W. Orzechowski
    • Thomas W. Orzechowski
    • F16L55/027
    • F16L55/02736
    • A flow restrictor (12) for a fluid comprising, an elongated conduit (26) having a lumen (28), and a restriction member (32) snugly received in the lumen (28) of the conduit (26), and having a pair of opposed ends (38) and (40), an entry port (33) adjacent one end (38) of the restriction member (32), and an exit port (35) adjacent the other end (40) of the restriction member (32), and a device (42a-j) and (46a-i) defining a tortuous path (48) between the entry port (33) and exit port (35) to restrict passage of fluid therethrough.
    • 一种用于流体的限流器(12),包括:具有内腔(28)的细长导管(26)和紧密地容纳在导管(26)的内腔(28)中的限制构件(32),并且具有一对 相对的端部(38)和(40),邻近限制构件(32)的一端(38)的入口(33)和邻近限制构件的另一端(40)的出口(35) 32),以及在所述入口(33)和出口(35)之间限定弯曲路径(48)的装置(42a-j)和(46a-i),以限制流体通过其中的通道。