Blast furnace parameter data management system and method

Abstract

The invention discloses a blast furnace parameter data management system and method. The blast furnace parameter data management system comprises a data acquisition module, a data storage module, a thread management module, a data conversion storage module, a statement display module and a remote procedure call module. The method includes the following steps that real-time parameter data of a blast furnace are collected and stored in an enterprise information system through a data acquisition server side to provide data reading support for an OPC data acquisition client side to collect the parameter data of the blast furnace, the data storage module, the thread management module, the data conversion storage module and the statement display module read information from an acquisition system, and the information is processed and then stored in the enterprise information system. According to the system and method, the parameter data of the blast furnace are automatically collected from the OPC client side, running of the system and storage of the parameter data of the blast furnace and operation logs are supported by means of the network and database resources. Manual operation of operators on duty is not needed, blast furnace parameter operating data are reported accurately in time, and work efficiency of central control rooms of iron and steel enterprise iron works is improved.

Description

technical field [0001] The invention belongs to the technical field of computers, and in particular relates to a blast furnace parameter data management system and method. Background technique [0002] At present, the report data of blast furnace parameters in iron and steel enterprises is mainly obtained by manually observing the data on the secondary system by the operators on duty, and then filling in manually to form records. The main disadvantages of this processing method are: the timeliness of the operation cannot be guaranteed, and the operator cannot ensure that the data is filled in in time when the secondary system is already in real-time data collection; the correctness of the data cannot be effectively verified , manual data entry, human input errors will inevitably occur, and there is no verification mechanism for quality data in Excel, so the correctness of the reported data cannot be guaranteed; the data reporting record cannot be saved, and if the reported d...

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Problems solved by technology

The main disadvantages of this processing method are: the timeliness of the operation cannot be guaranteed, and the operator cannot ensure that the data is filled in in time when the secondary system is already in real-time data collection; the correctness of the data cannot be effectively verified , manual data entry, human input errors will inevitably occur, and there is no verification mechanism for quality data in Excel, so the correctness of the reported data cannot be guaranteed; the data reporting record cannot be saved, and if the reported data is wrong, then There is no effective way to record the operation log, which is not convenient for data analysis; there is no system continuity, and because it is a single Excel operation, the subsequent business process can only be operated by manual notification

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