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    Electron beam circuit pattern generator for tracing microcircuit wire patterns on photoresist overlaid substrates
    1.
    发明授权
    Electron beam circuit pattern generator for tracing microcircuit wire patterns on photoresist overlaid substrates 失效
    电子束电路图形发生器，用于跟踪光电子基片上的微型电路图

    公开(公告)号：US3575588A

    公开(公告)日：1971-04-20

    申请号：US3575588D

    申请日：1968-09-09

    Applicant: IBM

    Inventor： HERMANN KARL ,  WRENNER WARREN R ,  RILEY JOSEPH V

    IPC: G03F7/20 ,  G03B27/42 ,  H05K3/00

    CPC classification number: H05K3/00 ,  H05K3/0082

    Abstract: The tracing of microcircuit wire patterns on photoresist overlaid substrates (circuit boards) by means of an electron beam. Pattern tracing is achieved by controlling the deflection of the beam in conjunction with the oscillatory motion of the substrate mounted on an oscillating stage. A feedback system from a grating on the stage provides synchronized pulses to a clock which in conjunction with the control data derived from a computer, provides control information for a desired circuit pattern.

    Abstract translation: 1,247,453。 电子束照射装置。 国际商业机械有限公司1969年8月26日[1968年9月9日]，第42414/69号。 标题H1D。 在用于在光致抗蚀剂涂覆的电路板上形成布线图案的电子束照射装置中，提供控制装置用于协调光束的电子偏转和电路板的机械运动，使得光束在板上追踪所需的图案。 在图 如图1所示，板2被夹紧到适于通过线性电动机装置（未示出）沿箭头5所示的轴线移动的台架1，并且光栅20与光21和光电池一起产生指示这种运动的脉冲 ，哪些脉冲被馈送到控制该操作的计算机17。 阶段1可以通过由计算机控制的棘爪机构13和14沿着箭头6的方向逐渐移动。 计算机还控制由来自单元20-22的脉冲同步的两个阶梯波发生器40和50的操作以及产生选定的DC电平的街道选择网络60; 来自这些单元的信号在混合器80中组合，并通过放大器90馈送到电子束偏转系统。

    DISK PRINTER INKING MECHANISM
    4.
    发明专利
    DISK PRINTER INKING MECHANISM 未知

    公开(公告)号：CA1116937A

    公开(公告)日：1982-01-26

    申请号：CA292781

    申请日：1977-12-09

    Applicant: IBM

    Inventor： DREJZA JOHN E ,  RILEY JOSEPH V

    IPC: B41J1/30 ,  B41J27/06 ,  B41J27/10 ,  B41F31/16

    Abstract: DISK PRINTER INKING MECHANISM A serial disk printer which includes an ink roll is disclosed. During printing, the print disk is continuously rotated at a constant speed as it moves across the print line. The motion of the carrier across the print line does not begin until rotation of the print disk has been brought up to speed. In order to avoid unnecessary delay, the rotation of the print disk is not immediatley stopped at the end of each line of printing. Instead after each line of printing the carrier is returned to a home position and the disk is rotated for several seconds so that in the event printing of another line is required shortly after the completion of a line of printing the disk is still rotating and there will not be any delay before printing can begin. Ink is applied to the print disk by an ink roll which is in contact with the print disk. mechanism is provided to lift the ink roll from the print disk while the disk is idling in home position. Thus, there is no wear on the ink roll while it is in home position. In a second embodiment of the invention, an added element keeps the ink roll rotating when the carrier is in home position so that there is minimal relative motion between the ink roll and the print disk when they are brought into contact.

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