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    • 1. 发明授权
    • System and method for testing chemicals in an on-line wet chemical
processor in an imagesetting system
    • 用于在图像设置系统中在线湿化学处理器中测试化学品的系统和方法
    • US6020095A
    • 2000-02-01
    • US240986
    • 1999-01-29
    • James K. CoteArthur R. Newton, Jr.
    • James K. CoteArthur R. Newton, Jr.
    • G03C5/00G03D3/06G03D13/00G03C5/395G03C5/31
    • G03C5/00G03D13/007G03D3/065G03D2203/0633
    • An imagesetting system includes: an imagesetter for photographically recording an image onto media; a wet chemical processor, proximately positioned adjacent to the imagesetter, for receiving and processing the imaged media, and a light-tight control wedge box containing a test strip to be processed by the wet chemical processor, without physically separating the imagesetter and the processor, to indicate whether chemicals in the wet chemical processor are depleted below a level of effectiveness. The imagesetting system operates in a test mode to determine whether chemicals in the processor are depleted below the level of effectiveness. The test mode method includes the steps of: stopping the imagesetter from photographically recording an image onto the media and stopping the imagesetter from transferring media to the processor; installing the control wedge box into the imagesetting system without physically separating the imagesetter and processor; and running a sequence of operations to extract the test strip from the control wedge box and to transfer the test strip through the processor to determine whether chemicals within the processor are depleted below the level of effectiveness.
    • 一种图像系统包括:用于将图像照相地记录到介质上的成像设备; 靠近成像设备的湿化学处理器,用于接收和处理成像的介质;以及光密封控制楔形箱,其包含待湿化学处理器处理的测试条,而不物理地分离成像机和处理器, 以表明湿化学处理剂中的化学物质是否耗尽低于有效性水平。 图像系统在测试模式下运行,以确定处理器中的化学物质是否耗尽低于有效性水平。 测试模式方法包括以下步骤:停止摄影机将图像照相地记录到媒体上并停止摄影机将媒体传送到处理器; 将控制楔形盒安装到图像设置系统中,而不会物理分离图像处理器和处理器; 并运行一系列操作从控制楔形盒中提取测试条,并将测试条转移通过处理器,以确定处理器内的化学物质是否耗尽低于有效性水平。
    • 2. 发明授权
    • Punch assembly having a positive punch retraction mechanism for an internal drum imagesetter
    • 冲头组件具有用于内部鼓成像机的正的冲头退回机构
    • US06264593B1
    • 2001-07-24
    • US09240984
    • 1999-01-29
    • Arthur R. Newton, Jr.Angelo DiramioThomas E. Robinson
    • Arthur R. Newton, Jr.Angelo DiramioThomas E. Robinson
    • B31B188
    • B26D5/16B26F1/02Y10T83/2131Y10T83/2172
    • A punch assembly is provided with a positive retraction mechanism to remove the punch from the media to be punched, thereby preventing binding of the punch in the media. The punch assembly includes a driving mechanism to provide a driving force on the punch and a positive retraction mechanism disposed to provide a retraction force on the punch operative sequentially following operation of the driving mechanism. The punch assembly, which is of a smaller size and more economical to manufacture, is particularly useful with an imagesetter of a prepress printing system. The punch may be mounted in a cantilever manner to punch the opening as close to the edge of the media as possible without interfering with the laser beam of the imaging assembly. In this maimer, the area of media available for imaging may be maximized and media waste minimized. Additionally, a shaft support mechanism is provided for the shaft upon which the retraction mechanism for each punch is mounted. When the punches advance into the media, an oppositely directed force is placed on the shaft. The shaft support mechanism supports the shaft when it is so loaded by the punches, thereby minimizing deflection of the shaft and allowing use of a smaller diameter shaft. Other equipment, such as take-up rollers which are used to transfer the media may also be fixed to the punch assembly. Similarly, a cutter assembly which cuts sheets of the media may also be fixed to the punch assembly.
    • 冲头组件设置有正退缩机构以从待冲压的介质上移除冲头,从而防止冲头在介质中的结合。 所述冲头组件包括用于在所述冲头上提供驱动力的驱动机构以及设置成在所述驱动机构的操作之后按顺序提供所述冲头上的缩回力的正退缩机构。 具有较小尺寸并且制造更经济的冲头组件对于印前打印系统的成像机特别有用。 冲头可以以悬臂方式安装,以尽可能靠近介质的边缘冲压开口,而不会干扰成像组件的激光束。 在这个迷雾中,可用于成像的介质面积可能最大化,并且媒体浪费减至最少。 此外,为轴安装轴支撑机构,每个冲头的退回机构安装在该轴上。 当冲头进入介质时,相反的力被放置在轴上。 轴支撑机构在通过冲头加载时支撑轴,从而最小化轴的偏转并允许使用较小直径的轴。 用于传送介质的诸如卷取辊的其它设备也可以固定到冲头组件。 类似地,切割介质片的切割器组件也可以固定到冲头组件。
    • 3. 发明授权
    • Method and apparatus for buffer transfer of media sheets between components in an imagesetting system
    • 用于在图像设置系统中的组件之间的介质片的缓冲传送的方法和装置
    • US06240260B1
    • 2001-05-29
    • US09240985
    • 1999-01-29
    • Libor KrupicaArthur R. Newton, Jr.
    • Libor KrupicaArthur R. Newton, Jr.
    • B41J1702
    • G03D13/003
    • A system and method for transferring and buffering sheets of media between first and second components of an imagesetting system operates by: rotating a transfer buffer having at least two storage devices, to align a first storage device with the first component while concurrently aligning a second storage device with the second component; transferring a first sheet of said media from the first component to the first storage device; rotating the transfer buffer to align the first storage device with the second component while concurrently aligning the second storage device with the first component; and transferring the first sheet of said media from the first storage device to the second component while simultaneously transferring a second sheet of said media from the first component to the second storage device. The transfer system includes: a transfer buffer; at least two storage devices mounted onto the transfer buffer, each storage device moveable within the transfer buffer and capable of storing one sheet of imaged media; and a controller for automatically controlling operation of the transfer system.
    • 用于在图像设置系统的第一和第二组件之间传送和缓冲介质片的系统和方法通过以下步骤来操作:旋转具有至少两个存储设备的传送缓冲器,以使第一存储设备与第一组件对准,同时使第二存储 装置与第二组件; 将第一片介质从第一组件传送到第一存储装置; 旋转所述传送缓冲器以使所述第一存储装置与所述第二部件对准,同时使所述第二存储装置与所述第一部件对准; 以及将所述介质的所述第一张纸从所述第一存储装置传送到所述第二部件,同时将所述第二纸张从所述第一部件传送到所述第二存储装置。 传送系统包括:传送缓冲器; 安装在转移缓冲器上的至少两个存储设备,每个存储设备可在传送缓冲器内移动并且能够存储一张成像介质; 以及用于自动控制传送系统的操作的控制器。