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    • 2. 发明授权
    • Device for setting the cutting edge of a tool fitted in a tool-holder
externally of a machine tool, or for measuring the setting of said edge
    • 用于设置安装在机床外部的工具架中的工具的切削刃或用于测量所述边缘的设置的装置
    • US4433488A
    • 1984-02-28
    • US355497
    • 1982-03-08
    • Richard Baumgartner
    • Richard Baumgartner
    • G05B19/401G01B5/00B27G23/00
    • G05B19/4015
    • This invention relates to a tool presetting gauge for adjusting the cutting edge of a tool fitted in a tool holder externally of a machine tool, or for measuring the position of the cutting edge. It comprises a gauge body with a support side and a bore parallel thereto for fixing the tool holder in a setting plane. The gauge body is provided with two surfaces which are parallel to each other and perpendicular to the support side. The distance between these two surfaces is equal to the distance between the support side and the axis of the bore and the setting plane, respectively. By setting the gauge body with one of the parallel surfaces on a table plate and applying the feeler of a dial gauge onto the other one of the two parallel surfaces the dial gauge can be set to zero. While the dial gauge is held stationary the gauge body is placed with its support side on the table plate, and by means of the feeler of the dial gauge it can be found out whether the tool is in the setting plane or must be adjusted.
    • 本发明涉及一种用于调整装配在机床外部的工具架中的工具的切削刃或用于测量切削刃的位置的工具预设计。 其包括具有支撑侧的测量体和与其平行的孔,用于将工具夹固定在设定平面中。 仪表本体设置有彼此平行并垂直于支撑侧的两个表面。 这两个表面之间的距离分别等于支撑面与孔的轴线和设定平面之间的距离。 通过将表体上的平行表面之一设置在台板上,并将刻度盘的探针施加到两个平行表面中的另一个上,刻度盘可以设置为零。 当千分表保持静止时,仪表主体的支撑面放置在台板上,并通过千分表的探头,可以发现刀具是否处于设定平面或必须调整。
    • 4. 发明申请
    • Systems and methods for measuring picoampere current levels
    • 测量微微安电流水平的系统和方法
    • US20050077906A1
    • 2005-04-14
    • US10683194
    • 2003-10-10
    • Richard Baumgartner
    • Richard Baumgartner
    • G01R19/00G01R31/28G01R31/08
    • G01R31/2884G01R19/0092
    • In one embodiment, a circuit measures picoampere current levels. The circuit comprises: an operational-amplifier that has differential inputs and differential outputs; a switching structure that switchably couples an input line to one of the differential inputs in response signals from a timing circuit; a first integrating capacitor coupled to one of the differential inputs and to one of the differential outputs; a second integrating capacitor coupled to the other of the differential inputs; and a charge injection compensation structure that selectively injects charge into the input line and removes charge from the input line in response to signals from the timing circuit.
    • 在一个实施例中,电路测量微安电流水平。 该电路包括:具有差分输入和差分输出的运算放大器; 开关结构,其将来自定时电路的响应信号中的输入线可切换地耦合到所述差分输入中的一个; 耦合到所述差分输入之一和所述差分输出之一的第一积分电容器; 耦合到所述差分输入中的另一个的第二积分电容器; 以及电荷注入补偿结构,其选择性地将电荷注入到输入线中并且响应于来自定时电路的信号从输入线去除电荷。