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CN104603062A 调节用于控制流体处理装置的操作的系统 无效 - 撤回

调节用于控制流体处理装置的操作的系统
Abstract:
一种流体处理装置包括：至少一个第一流体路径和至少一个第二流体路径，每个第一流体路径通过一流体处理部件(4；34；96)，所述流体处理部件用于处理流体以至少在一定程度上去除通过所述流体处理部件(4；34；96)的流体中的至少一种组分，每个第二流体路径旁路至少一个所述流体处理部件(4；34；96)，使得相比于穿过第一流体路径的流体，通过所述流体处理部件(4；34；96)可去除的至少一种组分至少在一定的较高的程度上保留在穿过所述第二流体路径的流体中。第一和第二流体路径在混合位置(5；35；97)将穿过所述第一和第二流体路径的流体混合。提供了用于调节混合比值的至少一个设备(3，6；30，31；93)，所述混合比值对应于在所述混合位置(5；35；97)的下游的流体中穿过所述第二流体路径的流体的比例。提供了用于获取测量信号的至少一个传感器(19；42；90)，所述测量信号的值表示所述流体的一个参数，所述参数部分依赖于至少在一定的较高的程度上保留在穿过所述第二流体路径的流体中的至少一种组分的浓度。一种适用于控制流体处理装置的操作的系统(7；26；95)的方法包括：针对用于调节所述混合比值的所述至少一个设备的至少一个参考设置中的每一个，确定并存储用于设置相对于参考设置的至少一个变化中的每一个的校准数据，该校准数据表示用于确定与所考虑的设置的变化有关的实际混合比值相对于与所述参考设置有关的所述混合比值的值的变化的相应值，确定所述校准数据包括产生所述设置的至少一个变化并且获取位于所述混合位置(5；35；97)下游的所述至少一个传感器(19；42；90)中的至少一个变化之前和之后的参数值。
Abstract(English):

A fluid treatment apparatus includes at least one first fluid path and at least one second fluid path, each first fluid path leading through a fluid treatment part (4;34;96) for treating fluid to remove to at least some extent at least one component from fluid led through the fluid treatment part (4;34;96),each second fluid path bypassing at least one of the fluid treatment parts (4;34;96), such that at least one component removable by the fluid treatment part (4;34;96) remains in fluid led through the second fluid path to at least a certain higher extent than in fluid led through a first fluid path. The first and second fluid paths join to mix fluid led through the first and second fluid paths at a mixing location (5;35;97). At least one device (3,6;30,31;93) for adjusting a blending fraction corresponding to a proportion of fluid led through the second fluid path in fluid downstream of the mixing location (5;35;97) is provided. At least one sensor (19;42;90) for obtaining a measurement signal, values of which are representative of a parameter of the fluid depending partially on a concentration of at least one of the components remaining in fluid led through the second fluid path to at least a certain higher extent, is provided. A method of adapting a system (7;26;95)for controlling operation of the fluid treatment apparatus includes, for each of at least one reference setting of the at least one device for adjusting the blending ratio, determining and storing for each of at least one change in setting relative to a reference setting calibration data representative of a respective value for determining a change in actual blending fraction associated with the change in setting concerned relative to a value of the blending fraction associated with the reference setting. Determining the calibration data includes causing at least one change of the setting and obtaining values of the parameter before and after the change from at least one of the at least one sensors (19;42;90) that is located downstream of the mixing location (5;35;97).

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