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    • 81. 发明授权
    • Data acquisition and display device
    • 数据采集​​和显示设备
    • US4155037A
    • 1979-05-15
    • US804510
    • 1977-06-08
    • Richard A. Mazur
    • Richard A. Mazur
    • G01D1/00G01R13/34G08C19/00G01R1/00
    • G01R13/345
    • A data acquisition and display device for acquiring and displaying the time history of the variations in an analog value includes digital circuitry which employs a staircase voltage generator operated at a first frequency to quantize a range of analog voltages which correspond to the expected variations in the analog value. When the staircase voltage equals an analog voltage corresponding to the instantaneous value of the analog value, a memory device is conditioned to receive data corresponding to the staircase value. The memory acquires the data at a second frequency selected by the operator to acquire a fixed number of data inputs over a selected time period for which the time history is desired, and the circuitry automatically terminates data acquisition when the fixed number of data inputs is acquired. The data is read out at a third frequency selected by the operator.
    • 用于获取和显示模拟值变化的时间历史的数据采集和显示装置包括数字电路,其采用以第一频率操作的阶梯电压发生器来量化与模拟的期望变化相对应的模拟电压范围 值。 当阶梯电压等于对应于模拟值的瞬时值的模拟电压时,存储器件被调节为接收对应于阶梯值的数据。 存储器以由操作者选择的第二频率获取数据,以在期望时间历史的所选择的时间段内获取固定数量的数据输入,并且当获取固定数量的数据输入时,电路自动终止数据采集 。 以由操作员选择的第三频率读出数据。
    • 82. 发明授权
    • Coil forming apparatus method and galvo-motor product
    • 线圈成型设备方法和GALVO-MOTOR产品
    • US3786353A
    • 1974-01-15
    • US3786353D
    • 1972-03-30
    • PUN J
    • PUN J
    • G01R5/10H01F41/04G01R1/00
    • H01F41/04G01R5/10
    • A contour molded galvo-motor coil together with the forming apparatus and the specific method of manufacture. A low inertia coil is formed which also allows a smaller air gap in the magnetic circuit of the galvo-motor. The associated improvement in galvo-motor efficiency results from the inverse square relationship between flux density and length of air gap. The formed coil is shaped as a section of a thin walled circular cylinder and impregnated with a compound during winding which when cured provides a rigid unitized coil structure. The low mass resulting from the absence of the conventional coil form and the high rigidity afforded by the coil shape and impregnation compound eliminate torsional deformation during operation and provide a galvo-motor having high efficiency and accuracy.
    • 与成型设备和具体的制造方法一起形成轮廓模制的电动机电动机线圈。 形成低惯性线圈,其也允许在电动机电动机的磁路中具有较小的气隙。 电动机效率的相关改善取决于通量密度和气隙长度之间的反方形关系。 形成的线圈成形为薄壁圆柱体的一部分,并且在卷绕期间浸渍有化合物,其在固化时提供刚性的单位化线圈结构。 由于不存在常规线圈形式而产生的低质量以及由线圈形状和浸渍化合物提供的高刚性消除了操作期间的扭转变形,并且提供了高效率和精度的电动机。
    • 83. 发明授权
    • Stored charge detection by charge transfer
    • 通过充电转移进行存储充电检测
    • US3764906A
    • 1973-10-09
    • US3764906D
    • 1971-10-01
    • IBM
    • HELLER L
    • G11C11/413G01R19/155G01R29/24G11C11/401G11C11/404G11C11/4094G11C11/4099G11C19/28G11C29/00G11C29/04G11C29/56G01R1/00H02M3/06
    • G11C19/285G11C11/404G11C11/4094G11C11/4099
    • The amount of charge stored in a charge storage system can be transferred with negligible loss from the storage system to a charge detector without regard to the size of any distributed capacitance present on the line transferring the charge. This is achieved by charging a detector capacitor and the capacitance of the transfer line, to a reference voltage, allowing the stored charge system and the transfer line capacitance to equalize at a voltage level below the reference voltage, and transferring charge from the detector capacitor to the line capacitance and the charge storage system to return the line and the charge storage system to the reference voltage of charge. The voltage remaining on the detector capacitor is then equal to the original state of charge in the storage system. A particular circuit for performing this method in conjunction with semiconductor memory arrays is also disclosed.
    • 存储在电荷存储系统中的电荷量可以以从存储系统到电荷检测器的可忽略的损耗传输,而不考虑传输电荷的线路上存在的任何分布电容的大小。 这是通过将检测器电容器和传输线的电容充电到参考电压来实现的,允许存储的充电系统和传输线电容在低于参考电压的电压电平下均衡,并将电荷从检测器电容器转移到 线路电容和充电存储系统将线路和充电存储系统返回到充电参考电压。 检测电容器上剩余的电压等于存储系统中的原始充电状态。