利用纸幅张力测定仪与纸机传动系统组成计算机控制系统。
A computer control system was composed by paper web tension measuring device and paper machine drive system.
就目前纸机传动系统方案选择中存在的问题进行了讨论，并从技术角度对如何合理选择纸机传动系统提出了自己的观点。
The problem existing in the nowadays selection of the drive system scheme of a paper machine is discussed, the suggestion on the rational selection of the drive system scheme is put forward.
比较了直流传动和变频传动在纸机上应用的各自特点，对今后我国高速纸机传动方案的选择提出了看法，并就其一次性投入和费用等做了讨论。
The characteristic of DC drive for paper machine is compared with AC drive and how to select the drive scheme for high speed paper machine and the capital investment are discussed.
交流传动的纸机在高速运行时，由于系统建模带来的控制偏差对精度的影响随速度升高逐渐增大，采用模糊控制可以摒弃建模偏差的影响。
The error, which is produced by modeling a paper machine control system driven by induction motor, will get more and more influence on system accuracy with the increasing work speed.
以前低速纸机采用的机械总轴传动方式，由于难以为上述三个方面的要求提供快速的响应，而被分部传动方式所取代。
Because the mechanical line-shaft control mode hardly provides quick response for the three requirements mentioned above, it has been replaced by the section-drive control mode.
介绍三压导纸辊轴装式齿轮减速机直联传动的缺点，并将其改装为三角皮带传动的措施。
The V-belt drive took place of the direct connect drive was the main modification measure.
介绍了八缸纸机变频传动控制系统中变频器的选择方案以及速度链方案的选择，并以一个实际纸机为例，介绍了电动电位器速度链的系统设计及变频器参数设置。
The system design of speed chain based on electric potention meter and parameter setting of inverter are also presented with a actual paper machine as the example.
介绍了八缸纸机变频传动控制系统中变频器的选择方案以及速度链方案的选择，并以一个实际纸机为例，介绍了电动电位器速度链的系统设计及变频器参数设置。
The system design of speed chain based on electric potention meter and parameter setting of inverter are also presented with a actual paper machine as the example.
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