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    • 2. 发明授权
    • Method and device for acquiring data
    • 用于获取数据的方法和设备
    • US06970071B2
    • 2005-11-29
    • US10738974
    • 2003-12-19
    • Hans-Georg Hornung
    • Hans-Georg Hornung
    • G01D1/12G08C13/02G05B1/00
    • G01D1/12
    • A device for acquiring the maximum value (or the minimum value) of a multiplicity of measured values, having a multiplicity of measuring points for acquiring the measured values, an a data line for transmitting data values between the measuring points, at least one of the measuring points having a comparator for comparing a data value received on the data line with its own measured value, and being configured to transmit its own measured value on the data line only if said measured value is not smaller than the data value, wherein the data line is a serial line for transmitting the data value in the form of successive bits of decreasing significance, wherein the comparator is a serial comparator which compares the received bits of the data value with the identically significant bits of its own measured value, and wherein the measuring point is configured to transmit each bit of its own measured value which is detected as being larger than the corresponding received bit, until a comparison reveals that the bit of its own measured value is smaller than that of the received data value, and to then shut down the transmission of its own data value.
    • 一种用于获取多个测量值的最大值(或最小值)的装置,具有用于获取测量值的多个测量点,用于在测量点之间传输数据值的数据线,至少一个 测量点,具有用于将数据线上接收的数据值与其自身测量值进行比较的比较器,并且被配置为仅在所述测量值不小于数据值时在数据线上传送其自己的测量值,其中数据 线是用于以递减重要性的连续位的形式发送数据值的串行线,其中比较器是将数据值的接收位与其自身测量值的相同有效位进行比较的串行比较器,其中, 测量点被配置为传送其自身测量值的每个位,该值被检测为大于相应的接收位,直到比较 儿子显示自己测量值的位小于接收到的数据值,然后关闭自己的数据值的传输。
    • 4. 发明授权
    • Circuit and method for detecting insulation faults
    • 绝缘故障检测电路及方法
    • US06952103B2
    • 2005-10-04
    • US10753070
    • 2004-01-08
    • Ulrich HerbHans-Georg Hornung
    • Ulrich HerbHans-Georg Hornung
    • G01R31/02G01R27/18G01R31/00
    • G01R27/18G01R31/006
    • A circuit for monitoring the resistance between the terminals of a battery and a first reference potential has two inputs which are each to be connected to one of the terminals of the battery, and a voltage divider. The voltage devider has two external connections each of which is connected to one of the inputs, and a central connection which is to be connected to the first reference potential. First and second switches are arranged in series in a connection between one of the external connections of the voltage divider and one of the inputs. A measuring instrument is connected to the external connections of the voltage divider, for supplying a monitoring signal which is representative of the voltage between the external connections.
    • 用于监视电池端子和第一参考电位之间的电阻的电路具有两个输入端,每个输入端连接到电池的一个端子和一个分压器。 电压偏移器具有两个外部连接,每个连接到其中一个输入端,以及连接到第一参考电位的中心连接。 第一和第二开关在分压器的一个外部连接和其中一个输入之间的连接中串联布置。 测量仪器连接到分压器的外部连接,用于提供代表外部连接之间电压的监控信号。
    • 5. 发明授权
    • Electronic monitoring device for a multipart electrical energy storage unit
    • 多部分电能存储单元的电子监控装置
    • US06621247B1
    • 2003-09-16
    • US09743508
    • 2002-02-07
    • Marcus BullingHans-Georg HornungMarkus Walter
    • Marcus BullingHans-Georg HornungMarkus Walter
    • H01M1046
    • G01R19/16542G01R31/3658
    • An electronic monitoring unit for an electrical energy storage system that comprises multiple series connected components, includes a corresponding number of measurement devices. Each measurement device is connected to one such component and measures at least one storage status indicator thereof. In one embodiment, the measurement devices are connected in series, and each successive measuring device evaluates the measurement value for its associated storage device relative to measurement data received from the previous measuring device, based on one of more prespecified evaluation criteria. Alternatively, the measurement devices are connected in parallel to a joint signal connection and transfer their measurement values in parallel through the joint signal connection, in a form suitable for the determination of minimum and maximum values.
    • 一种用于电能存储系统的电子监控单元,包括多个串联连接的部件,包括相应数量的测量装置。 每个测量设备连接到一个这样的组件并且测量其至少一个存储状态指示符。 在一个实施例中,测量装置串联连接,并且每个连续的测量装置基于更多预先指定的评估标准之一来评估其相关联的存储装置相对于从先前测量装置接收的测量数据的测量值。 或者,测量装置与联合信号连接并联连接,并且以适合于确定最小值和最大值的形式通过联合信号连接并行传送它们的测量值。