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    • 1. 发明申请
    • Control system for a mill and method for operating a mill
    • 一种磨机的控制系统和一个操作磨机的方法
    • US20110015776A1
    • 2011-01-20
    • US12809651
    • 2008-12-06
    • Dietmar GochtWerner BischoffThomas KrauseAlfred Gwosdz
    • Dietmar GochtWerner BischoffThomas KrauseAlfred Gwosdz
    • G05B13/00G05B19/18
    • B02C15/04B02C15/007B02C25/00
    • The invention related to a control system for a mill, particularly a roller grinding mill, comprising a mill control device (11), which is designed to control at least one mill characteristic on the basis of an associated target variable, and a fuzzy-control device (13), which is connected to the mill control device (11) and designed to adjust the target variable of the at least one mill characteristic to be controlled when at least one operating parameter of the mill deviates from a predefined normal range as a function of fuzzy rules that are based on said at least one operating parameter of the mill until the at least one operating parameter of the mill has reached the predefined normal range again. A solution is to be provided, which enables automated optimized mill operation even with changing operating conditions, particularly a mill operation that prevents the “mill rumbling”. This is achieved in that the at least one operating parameter of the mill encompasses as least the air pressure difference over the mill.
    • 本发明涉及一种用于研磨机,特别是滚磨机的控制系统,该磨机设备包括:磨机控制装置(11),其被设计成基于相关联的目标变量控制至少一个轧机特性;以及模糊控制 装置(13),其连接到所述轧机控制装置(11),并且被设计成当所述轧机的至少一个操作参数偏离预定义的正常范围时调整要被控制的所述至少一个轧机特性的目标变量作为 基于磨机的所述至少一个操作参数的模糊规则的功能,直到磨机的至少一个操作参数再次达到预定义的正常范围。 将提供一种解决方案,即使在不断变化的运行条件下也能实现自动化优化的磨机运行,特别是可以防止“轧机隆隆”的轧机操作。 这是通过磨机的至少一个操作参数包含至少在磨机上的气压差来实现的。
    • 2. 发明授权
    • Control system for a mill and method for operating a mill
    • 一种磨机的控制系统和一个操作磨机的方法
    • US08706287B2
    • 2014-04-22
    • US12809651
    • 2008-12-06
    • Dietmar GochtWerner BischoffThomas KrauseAlfred Gwosdz
    • Dietmar GochtWerner BischoffThomas KrauseAlfred Gwosdz
    • G05B13/00
    • B02C15/04B02C15/007B02C25/00
    • The invention related to a control system for a mill, particularly a roller grinding mill, comprising a mill control device (11), which is designed to control at least one mill characteristic on the basis of an associated target variable, and a fuzzy-control device (13), which is connected to the mill control device (11) and designed to adjust the target variable of the at least one mill characteristic to be controlled when at least one operating parameter of the mill deviates from a predefined normal range as a function of fuzzy rules that are based on said at least one operating parameter of the mill until the at least one operating parameter of the mill has reached the predefined normal range again. A solution is to be provided, which enables automated optimized mill operation even with changing operating conditions, particularly a mill operation that prevents the “mill rumbling”. This is achieved in that the at least one operating parameter of the mill encompasses as least the air pressure difference over the mill.
    • 本发明涉及一种用于研磨机,特别是滚磨机的控制系统,该磨机设备包括:磨机控制装置(11),其被设计成基于相关联的目标变量控制至少一个轧机特性;以及模糊控制 装置(13),其连接到所述轧机控制装置(11),并且被设计成当所述轧机的至少一个操作参数偏离预定义的正常范围时调整要被控制的所述至少一个轧机特性的目标变量作为 基于磨机的所述至少一个操作参数的模糊规则的功能,直到磨机的至少一个操作参数再次达到预定义的正常范围。 将提供一种解决方案,即使在不断变化的运行条件下也能实现自动化优化的磨机运行,特别是可以防止“轧机隆隆”的轧机操作。 这是通过磨机的至少一个操作参数包含至少在磨机上的气压差来实现的。
    • 3. 发明授权
    • Method for optimizing fossil-fueled power stations
    • 优化化石燃料发电站的方法
    • US06230495B1
    • 2001-05-15
    • US09319107
    • 1999-07-29
    • Wolfgang BeneschGeorg H{haeck over (a)}ndelDietmar GochtMatthias Lange
    • Wolfgang BeneschGeorg H{haeck over (a)}ndelDietmar GochtMatthias Lange
    • F01K1302
    • F01K13/02
    • In a method for optimizing operation of fossil fuel based power plants, in which the economical effects of the changes of selected operational parameters are determined under consideration of the required economical expenditure, and, based on these additional operational costs, it is determined if, when, and/or what kind of measures should be taken for minimizing the additional operational costs. According to the method, the improvement measures are initiated as a function of the cause of the additional operational costs according to a hierarchal catalog of measures. The measures are: an immediate intervention into the operational course; a later measure implemented during a short shutdown; a later measure implemented during a service shutdown; and/or an operational downtime for a revision.
    • 在一种优化基于化石燃料的发电厂运行的方法中,其中考虑所需经济支出来确定所选择的运行参数变化的经济效应,并且基于这些额外的运营成本,确定是否在何时 ,和/或采取什么样的措施来尽量减少额外的运营成本。 根据该方法,根据措施的分级目录,改进措施作为附加运营成本的原因的函数被启动。 措施是:立即干预行动过程; 在短暂停机期间实施的后续措施; 在服务关闭期间实施的后续措施; 和/或修订的操作停机时间。