首页> 外国专利> AUTOMATICALLY CONTROLLING A PLURALITY OF DEVICES OF A SEPARATION AND DETECTION PROCESS FOR QUANTITATIVE SAMPLE ANALYSIS.

AUTOMATICALLY CONTROLLING A PLURALITY OF DEVICES OF A SEPARATION AND DETECTION PROCESS FOR QUANTITATIVE SAMPLE ANALYSIS.

机译:自动控制用于定量样品分析的分离和检测过程中的多个设备。

摘要

A control system (1) for automatically controlling a plurality of devices (2) of a separation and detection process for quantitative sample analysis, comprises a data storage (11), a device modelling unit (12), a sample modelling unit (13), a sequence generating unit (14) and an interface unit (16). Thereby, the data storage (11) is arranged to hold characteristic data of each of the devices (2) and the device modelling unit (12) is arranged to model the devices (2) using the characteristic data of the devices (2) held in the data storage (11). The data storage (11) is arranged to hold data of source samples (3) and the sample modelling unit (13) is arranged to generate a plurality of analytical samples to be analysed in the separation and detection process for quantitative sample analysis using the data of source samples (3) held in the data storage (11). The sequence generating unit (14) is arranged to define an analytical sample sequence of the analytical samples within the separation and detection process for quantitative sample analysis taking into account utilization of the devices (2). Further, the interface unit (16) is arranged to operate the devices (2) of the separation and detection process for quantitative sample analysis in accordance with the analytical sample sequence defined by the sequence generating unit (14). By taking into account utilization of the devices (2) for generating the analytical sample sequence said utilization and also the separation and detection process for quantitative sample analysis can be optimized. It particularly allows for coordinating and synchronizing the devices (2) such that an efficient separation and detection process for quantitative sample analysis results.
机译:用于自动控制分离和检测过程的多个设备(2)进行定量样品分析的控制系统(1)包括数据存储(11),设备建模单元(12),样品建模单元(13)序列生成单元(14)和接口单元(16)。由此,数据存储器(11)被布置为保持每个设备(2)的特征数据,并且设备建模单元(12)被布置为使用所保持的设备(2)的特征数据对设备(2)进行建模。在数据存储器(11)中。数据存储器(11)被设置为保存源样品(3)的数据,并且样品建模单元(13)被设置为生成多个分析样品,以在分离和检测过程中进行分析,以使用该数据进行定量样品分析。在数据存储器(11)中保存的源样本(3)的数量。序列生成单元(14)被布置为在分离和检测过程中限定分析样品的分析样品序列,以考虑到利用装置(2)进行定量样品分析。此外,接口单元(16)被布置为根据由序列产生单元(14)限定的分析样品序列来操作用于定量样品分析的分离和检测过程的装置(2)。通过考虑用于产生分析样品序列的装置(2)的利用率,可以优化所述利用率以及用于定量样品分析的分离和检测过程。它尤其允许协调和同步设备(2),以便进行有效的分离和检测过程,以定量分析样品结果。

著录项

  • 公开/公告号MX2013006743A

    专利类型

  • 公开/公告日2013-07-03

    原文格式PDF

  • 申请/专利权人 F. HOFFMANN-LA ROCHE AG;

    申请/专利号MX20130006743

  • 发明设计人 MARTIN KAPPS;

    申请日2011-11-17

  • 分类号G01N30/24;G01N30/86;G01N35/00;

  • 国家 MX

  • 入库时间 2022-08-21 16:40:40

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