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    • 21. 发明授权
    • Method for storing data in an electrically erasable memory for carrying
out this method
    • 用于将数据存储在用于执行该方法的电可擦除存储器中的方法
    • US4811293A
    • 1989-03-07
    • US852726
    • 1986-04-15
    • Erich KnotheFranz-Josef Melcher
    • Erich KnotheFranz-Josef Melcher
    • G11C17/00G06F12/14G06F21/02G11C7/24G11C16/02G11C16/22G11C7/00
    • G11C16/22G11C7/24
    • Method and apparatus of storing data in an electrically erasable memory connected to a microprocessor to effectively protect data stored in the memory from being unintentionally overwritten in cases of defective operation of the microprocessor, an overwrite protection system consisting of a write protect flip-flop (1) whose two logical states signify "with write protection" and "without write protction" and also a gate (3) in the write line which is controlled by the write protect flip-flop and in whose logical "with write protection" state, write errors are prevented from being conducted to the individual memory locations, and, finally a mechanical switch element (5) whereby these components are connected in such a manner that the write protect flip-flop (1) can only be brought into the one logical "with write protection" state by the microprocessor, while it can only be brought into the other logical "without write protection" state, if and when the mechanical switch element (5) is actuated. The overwrite protection can apply depending on the embodiment to the entire electronically erasable memory or only to the subareas thereof.
    • 在连接到微处理器的电可擦除存储器中存储数据以有效保护存储在存储器中的数据的方法和装置在微处理器的故障操作的情况下被无意地重写;由写保护触发器(1) ),其两个逻辑状态表示“具有写保护”和“无写保护”,以及由写保护触发器控制并且在逻辑“具有写保护”状态的写行中的门(3),写 防止误差被传导到各个存储器位置,最后是机械开关元件(5),由此这些部件以这样的方式连接,使得写入保护触发器(1)只能被带入一个逻辑“ 具有写保护“状态,而只有当机械开关元件(5)为 致力于 根据实施例,覆盖保护可以应用于整个电子可擦除存储器或仅对其子区域。
    • 23. 发明授权
    • High-resolution electronic balance
    • 高分辨率电子天平
    • US4487280A
    • 1984-12-11
    • US480721
    • 1983-03-31
    • Erich KnotheFranz-Josef MelcherChristian OldendorfJ/u/ rgen Ober
    • Erich KnotheFranz-Josef MelcherChristian OldendorfJ/u/ rgen Ober
    • G01G7/04G01G23/48G01G7/00G01G3/14
    • G01G23/48
    • A correction of temperature errors of the measured value receiver is generally necessary in high-resolution electronic balances. This can be accomplished in a known manner by directly influencing the measured value receiver with the aid of an analogous temperature sensor or by digitizing the output signal of the temperature sensor in a digitizer on the output side and performing the correction in the digital signal processing part. The invention has the task of indicating a circuit which permits the high-resolution digitizer which is present in the balance in any case to be used for digitizing the temperature signal without diminishing its preciseness. A switch (25 in FIG. 1) is provided to this end which feeds the output signal of a temperature sensor (27) to the input of the digitizer (15) in addition to the signal of the measured value receiver (1 . . . 13) at certain times controlled by the digital signal processing unit (22). The sensitive measuring path of the balance is therefore not reversed as it is in the case of customary selector switches, but the temperature signal is added to the measured signal of the balance at certain times and calculated by the digital electronic elements.
    • 在高分辨率电子天平中,通常需要校正测量值接收器的温度误差。 这可以以已知的方式通过借助于类似温度传感器直接影响测量值接收器或通过在输出侧的数字转换器中数字化温度传感器的输出信号并且在数字信号处理部分中进行校正来实现 。 本发明的任务是指示允许在任何情况下存在于天平中的高分辨率数字转换器用于数字化温度信号而不降低其精确度的电路。 除了测量值接收器(1)的信号之外,还提供了一个开关(图1中的25),用于将温度传感器(27)的输出信号馈送到数字转换器(15)的输入端。 在某些时刻由数字信号处理单元(22)控制。 因此,平衡的灵敏测量路径不会像常规选择开关那样反转,而是在某些时间将温度信号加到天平的测量信号上,并由数字电子元件计算。
    • 24. 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。
    • 27. 发明授权
    • Electronic balance with digital and analog display
    • 数字和模拟显示的电子天平
    • US4650014A
    • 1987-03-17
    • US808485
    • 1985-12-13
    • Christian OldendorfFranz-Josef MelcherErich Knothe
    • Christian OldendorfFranz-Josef MelcherErich Knothe
    • G01G23/32G01G23/37G01G23/30G01D13/22
    • G01G23/3721G01G23/32G01G23/365Y10S116/32Y10S177/03
    • The invention discloses an electronic balance comprising a measured value receiver (23) and an electronic evaluation unit (14) having a digital display (10) and an analog display (6), whereby both displays are controlled by the electronic evaluation unit (14). A digital input keyboard (12) is used for inputting the set weight value of a loading. The electronic evaluation unit (14) contains a memory (15) and an arithmetic unit (16) which permit the values indicated in the digital display (10) and in the analog display (6) to be differentiated against each other by the amount stored in the memory (15) so that during a loading procedure the digital display (10) runs from the negative set weight value to 0g and the analog display (6) from 0% to 100%. The analog display (6) consists of adjacent bars (7) which can be shited in their lightness, whereby the length of the individual bars continuously decreases from 0% to 100% of the set weight value, and continuously increases again over 100% of the set weight value.
    • 本发明公开了一种电子天平,包括测量值接收器(23)和具有数字显示器(10)和模拟显示器(6)的电子评估单元(14),由此两个显示器由电子评估单元(14)控制, 。 数字输入键盘(12)用于输入装载的设定重量值。 电子评估单元(14)包括存储器(15)和运算单元(16),其允许数字显示器(10)和模拟显示器(6)中指示的值彼此相差存储 在存储器(15)中,使得在加载过程期间,数字显示器(10)从负设置权重值到0g,模拟显示器(6)从0%延伸到100%。 模拟显示器(6)由相邻的条(7)组成,它们可以在亮度上被遮住,由此各个条的长度连续地从设定的重量值的0%减小到100%,并且连续地再次超过设定的重量值的100% 设定重量值。