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    • 6. 发明授权
    • Control circuit for the switching motor of self-stabilizing balances
    • 自稳定平衡开关电机的控制电路
    • US4235296A
    • 1980-11-25
    • US007649
    • 1979-01-29
    • Erich KnotheFranz-Josef MelcherFranz Rossmann
    • Erich KnotheFranz-Josef MelcherFranz Rossmann
    • G01G1/29G01G1/34G01G7/00
    • G01G1/29
    • An automatic circuit is provided for a switching motor of electromechanical, self-stabilizing balance having electromechanical compensation. An analog transducer produces an analog measured value which triggers operation of a switching motor whenever an upper or lower limiting value is exceeded, the analog measured value being applicable to a display device. A computer, which actuates a control circuit for the switching motor and the display is connected to the analog transducer via an analog-digital converter, the converter being operatively arranged to derive fine information which is fed to the computer and high-speed coarse or preliminary information which is likewise supplied to the computer ahead of the fine information, which triggers said switching motor in event one or more limiting values is exceeded.
    • 为具有机电补偿的机电自稳定平衡开关电机提供自动电路。 模拟换能器产生模拟测量值,当超过上限或下限值时,模拟测量值适用于显示设备,触发开关电机的操作。 驱动开关电动机和显示器的控制电路的计算机经由模拟 - 数字转换器连接到模拟换能器,该转换器可操作地布置成导出馈送到计算机的精细信息和高速粗略或初步 在超过精细信息之前同样提供给计算机的信息,其在超过一个或多个限制值的情况下触发所述开关电动机。
    • 7. 发明授权
    • Method and apparatus for actuating a liquid crystal display with
recognition of functional errors
    • 识别功能错误来驱动液晶显示器的方法和装置
    • US4758069A
    • 1988-07-19
    • US860576
    • 1986-05-07
    • Erich KnotheFranz-Josef MelcherChristian Oldendorf
    • Erich KnotheFranz-Josef MelcherChristian Oldendorf
    • G02F1/133G09G3/18G02F1/13G09G3/36
    • G09G3/18
    • The invention is relative to a method of statically (non-multiplexed) actuating a liquid crystal display which comprises several segments and a common back electrode, using a microprocessor which serially outputs the data to be displayed, and using a serial/parallel converter which statically makes the data to be displayed available for each segment of the liquid crystal display. The invention has the task of achieving recognition of functional error as follows: The data to be displayed is outputted approximately every 0.1 second by the microprocessor and the data for the individual segments and for the back electrode is inverted at every second data output. The failure of components then results in a blinking of the particular segment and is conspicuously indicated in this manner. In the case of alternating voltage actuation of the liquid crystal display, it is advantageous if the clock pulse of the alternating voltage actuation is also inverted at every second data output.
    • 本发明是相对于静态(非多路复用)致动液晶显示器的方法,该液晶显示器包括若干段和公共背电极,使用串行输出要显示的数据的微处理器,以及静态地使用串行/并行转换器 使数据显示可用于液晶显示器的每个段。 本发明的任务是实现功能错误的识别如下:由微处理器大约每0.1秒输出要显示的数据,并且每秒数据输出反转各个段和背电极的数据。 组件的故障导致特定段的闪烁,并以这种方式显着地表示。 在液晶显示器的交流电压驱动的情况下,交流电压致动的时钟脉冲在每秒的数据输出也被反转是有利的。
    • 8. 发明授权
    • Electric balance
    • 电气平衡
    • US4625818A
    • 1986-12-02
    • US712763
    • 1985-03-18
    • Erich KnotheFranz-Josef MelcherChristoph Berg
    • Erich KnotheFranz-Josef MelcherChristoph Berg
    • G01G23/48G01G7/02G01G7/04G01G7/00
    • G01G7/04
    • The invention suggests an intermittent mode of operation to reduce the stray power in the coil in a balance based on the principle of the electromagnetic compensation of force. To this end, switching means (21) are provided which can interrupt the current flow through the coil (11) so that when the current flow is interrupted, the movable parts (2-9) of the balance move against one of the stops (24) or (25). These switching means (21) are controlled by the digital signal processing unit (18). In addition storage means (20) are provided within the framework of the digital signal processing unit which store the last-determined weight value for the duration of the interruption of the current flow through the coil.
    • 本发明提出了一种基于力的电磁补偿原理的平衡的减少线圈中的杂散功率的间歇操作模式。 为此,提供了可以中断通过线圈(11)的电流的开关装置(21),使得当电流流动被中断时,天平的可移动部分(2-9)移动到其中一个止动件 24)或(25)。 这些切换装置(21)由数字信号处理单元(18)控制。 此外,存储装置(20)设置在数字信号处理单元的框架内,其存储在通过线圈的电流中断的持续时间中的最后确定的权重值。