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    • 1. 发明公开
    • TEMPERATURMESS-MODUL MIT LAGEKOMPENSATION
    • 与公司管理层补偿温度测量模块
    • EP2817597A2
    • 2014-12-31
    • EP13709311.8
    • 2013-02-21
    • Phoenix Contact GmbH & Co. KG
    • LOHRE, HubertusJÖSTINGMEIER, Norbert
    • G01K1/20G01K7/13
    • G01K7/10G01K1/20G01K7/021G01K7/023G01K7/13G01K7/16
    • The invention relates to a temperature measuring module (TCM) having position compensation, wherein the temperature measuring module (TCM) is provided to be connected to a thermocouple (T
      A ) or a plurality of thermocouples (T
      A , T
      B , T
      C ,... T
      N ). A thermocouple has two metallic conductors (L1, L2), wherein the two metallic conductors have a different chemical composition, at least to some extent, wherein the two metallic conductors (L1, L2) are connected in an electrically conductive and a point-like manner at the measurement point (10), wherein an electric thermocouple voltage (U
      thermo ) is formed between the two conductors (L1, L2) at the reference point (R) as a function of the temperature difference (ΔT) between the first temperature (T
      1 ) and the second temperature (T
      2 ). The temperature measuring module (TCM) also has a temperature-dependent resistor (PT) via which the temperature (T1) of the reference point (R) can be registered as a resistance voltage (U
      abs ). The temperature measuring module (TCM) also has an evaluation circuit (A) which permits a first temperature value (T
      mess1 ) of the measurement point (M) to be determined by means of the electric resistance voltage (U
      abs ) and the thermocouple voltage (U
      thermo ). The temperature measuring module (TCM) also has a compensation means (K), which changes the first temperature value (T
      mess1­ )
      as a function of the installation position of the temperature measuring module (TCM), such that it is at least partly possible to compensate for thermal influences of the evaluation circuit (A) that act thermally on the reference point (R) and/or the measurement point (M) as a function of position.
    • 3. 发明公开
    • ANALOGSIGNAL-EINGANGSSCHALTUNG MIT EINER ANZAHL VON ANALOGSIGNAL-ERFASSUNGSKANÄLEN
    • EP2856649A1
    • 2015-04-08
    • EP13724166.7
    • 2013-05-16
    • Phoenix Contact GmbH & Co. KG
    • OSTER, ViktorLOHRE, Hubertus
    • H03M1/10H03M1/12
    • G01R31/02H03M1/1004H03M1/12
    • The invention relates to an analogue signal input circuit comprising a first number of analogue signal detection conduits (100) and at least one diagnostics circuit (130), each analogue signal detection conduit accommodating a respective third number of analogue signal detection circuits (110, 120) and at least one first connection selection device (115, 125), and each analogue signal detection circuit accommodating a first connection device and a second connection device. For each analogue signal detection conduit, in order to detect analogue input signals that are present at analogue signal inputs of a second number of analogue signal inputs and in order to generate output signals in response to the detected analogue input signals, a respective analogue signal detection circuit is selected alternately for a given time period not to be connected by the first connection device thereof to an analogue signal input for detecting an analogue input signal, but instead to be used for testing and/or diagnostics purposes, and all of the accommodated analogue signal detection circuits, except for the aforementioned circuit, are selected to be connected by their first connection devices to determined analogue signal inputs for said time period in order to detect analogue input signals, and to generate the output signals of the analogue signal detection conduit as output signals in response to detected analogue input signals at their second connection devices.
    • 本发明涉及具有第一数量的模拟信号检测通道(100)和至少一个诊断电路(130)的模拟信号输入电路,每个模拟信号检测通道分别包括第三数量的模拟信号检测电路(110, 120)和至少一个第一连接选择装置(115,125),并且每个模拟信号检测电路包括第一连接装置和第二连接装置。 对于每个模拟信号检测通道,用于检测在来自第二数量的模拟信号输入的模拟信号输入处施加的模拟输入信号,并且为了分别发出用于所检测的模拟输入信号的输出信号,分别交替地选择一个模拟信号检测电路 在一段时间内没有连接到其第一连接装置,其包括用于检测模拟输入信号的模拟信号输入,但是用于测试和/或诊断目的,除此之外,所有模拟信号检测电路都被选择用于 该特定时间段,第一连接装置可以连接到某些用于检测模拟输入信号的模拟信号输入,并且根据检测到的模拟输入信号,模拟信号检测通道的输出信号在其第二连接装置 作为输出信号。