CN-122019839-A - Blast furnace iron management data processing system and method

Abstract

The invention discloses a blast furnace iron-coming management data processing system and method. The system comprises a data display module, a query module, a derivation module and a data operation module, wherein the data display module is provided with a converter molten steel receiving display unit, a molten steel receiving team counting display unit, a blast furnace iron scrap display unit and a blast furnace iron team counting display unit, and the converter molten steel receiving display unit is used for displaying the detailed data received by the converter, including the information of the converter number, the blast furnace number, the time, the ladle number, the molten iron composition and the operation. According to the invention, the blast furnace iron related data are integrated, so that various data are displayed on different pages in a concentrated manner, and unified management of the data is realized. Meanwhile, the convenient data input, modification and deletion operations and the efficient inquiring and exporting functions greatly save the time and labor cost of data management and improve the data management efficiency.

Inventors

• LIU ZILI
• WANG LAIXIN
• ZHANG LIQIANG
• ZHOU YUSHEN
• ZHAO GUIZHOU
• JIN XU
• ZHU BO

Assignees

• 中冶华天南京工程技术有限公司
• 中冶华天南京电气工程技术有限公司
• 安徽工业大学
• 中冶华天工程技术有限公司

Dates

Publication Date

20260512

Application Date

20251225

Claims (10)

1. 1. The blast furnace iron-coming management data processing system is characterized by comprising a data display module, a query module, an export module and a data operation module.
2. 2. The blast furnace iron-coming management data processing system according to claim 1, wherein the data display module is provided with a converter molten steel receiving display unit, a molten steel receiving team statistical display unit, a blast furnace iron-coming scrap steel display unit and a blast furnace iron-coming team statistical display unit.
3. 3. The blast furnace iron-coming management data processing system according to claim 2, wherein the converter molten steel receiving and displaying unit is used for displaying the detailed data received by the converter, including the information of the converter heat, the blast furnace heat, the time, the ladle number, the molten iron composition and the operation.
4. 4. The blast furnace iron management data processing system according to claim 2, wherein the molten steel receiving group statistics display unit is used for displaying data statistics information of three groups of molten steel receiving every day, including time, shift, group and total net weight.
5. 5. The blast furnace iron-coming management data processing system according to claim 2, wherein the blast furnace iron-coming scrap display unit is used for displaying the data details of the blast furnace iron-coming scrap, including time, shift group, blast furnace number, ladle number, net weight, scrap amount, molten iron temperature and molten iron composition.
6. 6. The blast furnace iron management data processing system according to claim 2, wherein the blast furnace iron group statistics display unit is used for displaying data statistics information of three blast furnace iron groups per day, including time, net weight, shift and group contents.
7. 7. The blast furnace iron management data processing system according to claim 1, wherein the query module is configured to query data within the time period according to a selected date range in each display unit, or configured to query data of a selected shift according to the selected shift in each display unit, or configured to query data of the shift according to the selected shift in each display unit.
8. 8. The blast furnace iron management data processing system according to claim 1, wherein the export module is used for exporting all data queried according to a date range in each display unit and storing the data locally, so that a user can conveniently perform data backup, offline analysis and data sharing.
9. 9. The blast furnace iron management data processing system according to claim 1, wherein said data operation module comprises: the converter molten steel receiving unit is used for carrying out modification and deletion operation on single data; and adding, saving or deleting new data records in the scrap iron unit of the blast furnace.
10. 10. The blast furnace iron management data processing method is characterized by comprising the following steps of: a step of data input and update, in which new data information is input according to system prompt and a database is automatically updated; According to the query requirement, retrieving the data meeting the conditions from the database at each module according to the query date range, and displaying; And the data export and backup step is to save or share the queried data and export the data to a local designated path in a specific format, so as to realize the backup and offline analysis of the data and facilitate the further processing and research of the data by users.

Description

Blast furnace iron management data processing system and method Technical Field The invention relates to the technical field of steel production data management, in particular to a blast furnace iron-coming management data processing system and method. Background In the steel production process, the management of the blast furnace iron-coming related data is of great importance. The method can accurately and timely master the data of converter molten steel receiving, molten steel receiving team statistics, blast furnace iron scrap steel, blast furnace iron team statistics and the like, and has important significance for optimizing production flow, improving product quality and reducing production cost. However, the conventional steel production data management method has a number of problems. For example, the data records are scattered, centralized and unified query and analysis are difficult to perform, the data statistics is complex, personal errors are easy to occur, and due to the lack of efficient data input, modification and deletion mechanisms, the data update is not timely, and accurate basis cannot be provided for production decisions. With the continuous expansion of the steel production scale and the increasing complexity of the production process, the problems are more remarkable, and a new technical scheme is urgently needed to solve the difficult problem of the blast furnace iron management data processing. Disclosure of Invention In order to overcome the defects, the invention aims to provide a blast furnace iron-coming management data processing system and method, so that the high-efficiency management, accurate statistics and convenient operation of blast furnace iron-coming related data are realized, and the informatization level and the production efficiency of steel production are improved. In order to achieve the purpose, the blast furnace iron-coming management data processing system comprises a data display module, a query module, a export module and a data operation module. Further, the data display module is provided with a converter molten steel receiving display unit, a molten steel receiving group statistical display unit, a blast furnace iron scrap display unit and a blast furnace iron group statistical display unit. Further, the converter molten steel receiving and displaying unit is used for displaying the detailed data received by the converter, including the information of the converter heat, the blast furnace heat, the time, the ladle number, the molten iron composition and the operation; Further, the molten steel receiving group statistical display unit is used for displaying data statistical information of three groups of molten steel receiving every day, including time, shift, group and total net weight. Further, the blast furnace iron scrap display unit is used for displaying data details of the blast furnace iron scrap, including time, shift group, blast furnace number, ladle number, net weight, scrap amount, molten iron temperature and molten iron composition (C, si, mn, P, S). Further, the blast furnace iron group statistics display unit is used for displaying data statistics information of three-shift blast furnace iron per day, including time, net weight, shift and group contents. Further, the query module is used for querying the data in the time period according to the selected date range in each display unit, or, In each display unit, the display unit is used for inquiring the data of the shift according to the selected shift, or, And in each display unit, the display unit is used for inquiring the data of the group according to the selected group. Further, the export module is used for exporting all the data queried according to the date range in each display unit and storing the data locally, so that the user can conveniently perform data backup, offline analysis and data sharing. Further, the data operation module includes: the converter molten steel receiving unit is used for carrying out modification and deletion operation on single data; and adding, saving or deleting new data records in the scrap iron unit of the blast furnace. In order to achieve the above object, the blast furnace iron-coming management data processing method of the present invention comprises the following steps: a step of data input and update, in which new data information is input according to system prompt and a database is automatically updated; According to the query requirement, retrieving the data meeting the conditions from the database at each module according to the query date range, and displaying; the data export and backup step is to save or share the queried data and export the data to a local appointed path in a specific format (such as Excel, CSV and the like), thereby realizing the backup and offline analysis of the data and facilitating the user to further process and study the data The invention has the following advantages: 1. The invention integrates the blast fur