Digital production management system and method

Abstract

The invention discloses a digital production management system. The digital production management system comprises plan management, actual performance management, defect management, packaging management, warehousing management, report management, log management, system management and interface communication management. The digital production management system further provides a digital production management method, the production efficiency of an industry and trade system is improved, digitalization and automation of enterprise production are achieved, and receiving, verification and storage of an IMC system production plan are achieved; paperless interaction of the production plan and the production actual performance; issuing production plan data and automatically collecting production actual performance; the production state is visualized, tracing of production data is achieved, problem tracking is facilitated, and meanwhile output of report printing is supported.

Description

Technical Field

[0001] The present invention relates to the field of digital management, and more specifically, to a digital production management system and method. Background Art

[0002] In the prior art, the existing industrial and trade system has a clear business model, and can form solidified production management means and methods. Usually, on-site production and management are carried out according to paper plans, and production is scheduled according to the original production plan issued by the IMC system (enterprise software platform network management system). The production schedule is issued to the next-level system respectively. The operator follows the production plan and sorts the production, and issues production instructions to the longitudinal cutting unit. After each longitudinal cutting unit obtains the production instruction, it controls the unit to perform corresponding production and collects corresponding production performance. When issuing the production instruction, the production information is sent to the defect meter. After the finished product rolls are rolled, the defect meter will measure the defect performance information and send the processing information of the corresponding roll to the defect meter. The operator selects the packaging plan and issues packaging instructions to the packaging unit. After the packaging unit obtains the packaging instruction, it performs packaging, weighing and other operations on the finished rolls. However, this production management model is relatively backward.

[0003] With the principles and requirements of digital upgrading of industrial and trade systems, digital production management systems have emerged under the background of the Internet platform, which can help enterprises realize visual production management, strengthen production links, improve production efficiency, equipment efficiency and product quality, and make the inventory, production, quality and other status of equipment under control. Close cooperation between departments and production links, visual management, refined management, and inventory saving. When problems occur, they can be perceived at the first time, and relevant personnel can also take measures at the first time to reduce the response time of the enterprise. Users can operate and view the production plan and production performance of the enterprise through a browser in an environment with network connection to the server. The production management mode of the existing industrial and trade system is relatively backward, with low production efficiency, low labor efficiency, low automation and low degree of digitization. Therefore, it is urgent to design a digital production management system as an intermediate connection bridge between the IMC system and the on-site longitudinal cutting unit, table shortage instrument, and packaging unit. Production is scheduled according to the original production plan, and the optimized production scheduling plan is sent to each terminal of the next-level system. After the production is completed, the production performance of each unit terminal is obtained and uploaded to the IMC system in a unified manner. Summary of the invention

[0004] The purpose of the present invention is to provide a digital production management system and method to solve the technical problems of low production efficiency, low labor efficiency, low automation and digitization in the production management structure and method in the prior art, and to realize the reception, verification and storage of the production plan of the IMC system; paperless interaction between the production plan and the production performance; the issuance of the production plan data and the automatic collection of the production performance; visualization of the production status, the tracing of the production data, which is conducive to problem tracking, and supports the output of report printing.

[0005] In order to achieve the above object, the present invention adopts the following technical solutions:

[0006] As one aspect of the present invention, a digital production management system is provided, comprising:

[0007] Planning management, optimizing the production plan issued by the IMC system, including intelligent scheduling, production order management and steel coil information management; and / or

[0008] Performance management, analysis and management of the performance collected from units and equipment, including unit and equipment operating status, production performance, collection of production performance, production planning and abnormal situation management; and / or

[0009] Defect management, display and store the surface defects of finished coils uploaded from the surface defect meter, make quality judgments based on the parameter data fed back by the thickness gauge and on-site measurement, and seal or package; and / or

[0010] Packaging management: sending the sub-roll packaging parameter information in the production plan to the packaging unit for packaging, and manually packaging or combining packages for those that exceed the specifications; and / or

[0011] Warehouse management supports information modification of processed finished rolls, uploads actual results to the IMC system, supports bundling, and manages the warehouse operation of newly added sub-items.

[0012] As a digital production management system of the above aspect of the present invention, it also includes:

[0013] Report management, perform report statistics query based on production plan, product specifications and other information, and provide export function, provide combination conditions or fuzzy query for various reports, and provide printing; and / or

[0014] Log management, establish communication with each device, collect, record and monitor the operation and status of the equipment in real time, and analyze equipment failure data by tracing back the historical data of related logs.

[0015] As a digital production management system of the above aspect of the present invention, it also includes:

[0016] System management, setting up and maintaining basic system information, including permission management, users, historical access records and basic data management; and / or

[0017] Interface communication management, respectively communicating with the IMC system, the front-end machine of the longitudinal cutting unit, the surface inspection instrument, the packaging machine, and the thickness gauge.

[0018] As another aspect of the present invention, a digital production management method is provided, comprising the following steps:

[0019] S1. Log in to the digital production management system by entering the user name and password, register the user locally, and select the main interface of the digital production management system function;

[0020] S2. Carry out planning management, performance management, defect management, packaging management and warehousing management on the digital production management system, connect with the IMC system, and realize paperless interaction between production planning and production performance;

[0021] S3. Carry out team management, report management, log management, historical record management and system management on the digital production management system to achieve comprehensive monitoring and dynamic management of the unit operation status and personnel within the system.

[0022] As a digital production management method of the above aspect of the present invention, the planning management method in S2 comprises the following steps:

[0023] Request a plan from the industrial and trade system and obtain the plan from the industrial and trade system. If the industrial and trade system has multiple plans, let the customer manually adjust the plan;

[0024] If each plan contains multiple parent volumes, the order of the parent volumes can be adjusted. If each parent volume contains multiple cutter rows, the cutter row order can be adjusted manually based on the plan information.

[0025] If the mother roll is a blank, manually adjust the width of the edge material. If the plan contains a two-cut order, the background will automatically generate a two-cut order number and send it to the unit in the future;

[0026] Manually adjust the position of the finished product on the mother roll according to the product width, and automatically jump to the material management page after the user confirms the sorted production plan.

[0027] As a digital production management method of the above aspect of the present invention, the defect management method in S2 comprises the following steps:

[0028] The meter defect detector uploads defect image information, and the meter inspection instrument itself screens the uploaded defect image information by category and level;

[0029] According to the parameters of the thickness gauge, the finished product weight is estimated and the data measured on site is manually entered;

[0030] The quality is judged based on the input on-site measurement data, and the sealing state or packaging is carried out.

[0031] As a digital production management method of the above aspect of the present invention, the packaging management method in S2 comprises the following steps:

[0032] Manually input the packaging information of the sub-roll, automatically obtain the parameter information of the meter inspection instrument and the slitting unit, select the corresponding sub-roll and send it to the packaging unit for packaging;

[0033] For sub-rolls with width exceeding the specification, they need to go through the manual packaging process, and the packaging task is not sent to the packaging unit. After manual packaging, they are entered into the system;

[0034] Select the corresponding sub-rolls that need to be packaged, request the industrial and trade system, generate the package number, and when the packaging unit returns the corresponding sub-roll information, upload the package number and sub-roll information to the industrial and trade system.

[0035] As a digital production management method of the above aspect of the present invention, the warehousing management method in S2 includes the following steps:

[0036] Select the sub-volume information to be put into storage. If the production plan includes waste and defective products, surplus materials, and returned material bundles, add a new sub-item.

[0037] The sub-volume information of the root storage needs to be filled in manually. Fill in the items according to the actual values. After checking and confirming that they are correct, click Upload to complete the storage.

[0038] As a digital production management method of the above aspect of the present invention, the report management method in S3 includes the following steps:

[0039] The production management system client displays the team report, production report, fault report, quality report and energy report in turn according to the various databases in the production management system server;

[0040] The production management system client feeds back the team report, production report, fault report, quality report and energy report to the IMC system to form a reporting system.

[0041] As a digital production management method of the above aspect of the present invention, the method of historical record management in S3 comprises the following steps:

[0042] Enter the keywords of team, shift, employee name, date, production plan number, contract number, and customer information as the search conditions;

[0043] The background program generates DB2 statements based on the query conditions and sends the DB2 database statements;

[0044] Return the query results and display them on the front-end page.

[0045] By adopting the above technical solution, the present invention has the following advantages:

[0046] The present invention provides a digital production management system and method, which realizes the reception, verification and storage of the production plan of the IMC system, supports the query and sorting of the production plan data, and the intelligent scheduling and manual scheduling of the production plan. The results of the intelligent scheduling can be manually adjusted, and the production performance of each device is stored according to the plan number, equipment name, data type, etc., which is convenient for tracing and querying; the data is counted by team, and the production report is generated. The production performance is finally uploaded to the IMC system, which is conducive to problem tracking, and supports the output of report printing, thereby improving the production efficiency of industrial and trade enterprises and realizing the digitalization and automation level of enterprise production. BRIEF DESCRIPTION OF THE DRAWINGS

[0047] Other features, objectives and advantages of the present invention will become more apparent from a reading of the detailed description of non-limiting embodiments made with reference to the following accompanying drawings.

[0048] Figure 1 It is a framework design diagram of the digital production management system of the present invention;

[0049] Figure 2 is a flow chart of the digital production management method of the present invention;

[0050] Figure 3 It is a functional flow chart of the login of the digital production management system;

[0051] Figure 4 It is a functional flow chart of planning management of digital production management system;

[0052] Figure 5 It is a functional flow chart of performance management of digital production management system;

[0053] Figure 6 It is a functional flow chart of defect management in digital production management system;

[0054] Figure 7 It is a functional flow chart of packaging management in the digital production management system;

[0055] Figure 8 It is a functional flow chart of warehousing management in the digital production management system;

[0056] Fig. 9 It is a functional flow chart of report management of digital production management system;

[0057] Fig.10 It is a functional flow chart of log management in digital production management system;

[0058] Fig.11 It is a functional flow chart of historical record management of digital production management system;

[0059] Fig.12 It is a data flow diagram of a digital production management system. DETAILED DESCRIPTION

[0060] The technical solution of the present invention is specifically described below in conjunction with the drawings in the specification. The detailed features and advantages of the present invention are described in detail in the specific implementation mode. The content is sufficient to enable any technical personnel in the field to understand the technical content of the present invention and implement it accordingly. According to the description, claims and drawings disclosed in this specification, the technical personnel in the field can easily understand the relevant purposes and advantages of the present invention.

[0061] Figure 1 The digital production management system of the present invention is shown in the framework design diagram. The digital production management system uses the IPLAT platform development kit IPLAT 4J V6 under the background of the industrial Internet platform. The system adopts the BS architecture. Users can operate the production plan and production performance through the browser in an environment with a network connection to the server, and view specific information such as Figure 1 shown.

[0062] The digital production management system includes planning management, performance management, defect management, packaging management, warehousing management, report management, log management, system management and interface communication management.

[0063] Among them, planning management is the optimization of the production plan issued by the IMC system, including intelligent scheduling, production order management, and steel coil information management.

[0064] Performance management is the analysis and management of the performance collected from units and equipment, including performance management of unit equipment operation status: equipment failure, startup, shutdown, alarm and other status information; unit equipment production performance management: collection of performance during the production process, such as product width, length, thickness, counterweight, statistics of unit equipment performance and display of results; production plan status management: real-time information tracking of the production plan process. For abnormal situations in the production process, the digital system provides an interface for manual intervention in the plan status; defect management: comprehensive judgment of quality results based on preset defect judgment standards.

[0065] Defect management: Display and store the surface defects of finished coils uploaded from the surface defect meter; estimate the weight of finished products based on the parameters transmitted by the thickness gauge; support manual input of on-site measured data, such as thickness, width, burrs, sickle bend, plate difference, steepness, and wave depth, and support quality data uploaded from the quality inspection instrument of the automatic updating longitudinal cutting unit; make quality judgments based on the parameters to determine whether to seal or pack.

[0066] Packaging management: The production plan will include sub-roll packaging information. When the plan is issued to the unit and the production is completed, the parameters that can be automatically obtained, the parameters measured and uploaded by the meter inspection instrument and the longitudinal cutting unit, including the team, shift, sub-roll specifications, sub-roll length, measured quality data and surface defects, etc., select the corresponding sub-roll and send it to the packaging unit for packaging; for sub-rolls with excessive width (greater than 450CM), the manual packaging process is required, and the packaging task is not sent to the packaging unit. After manual packaging, the gross weight, net weight and other information are entered in the system. For package management, select the corresponding sub-rolls that need to be packaged, request the industrial and trade system, generate the package number, and when the packaging unit returns the corresponding sub-roll information, upload the package number and sub-roll information to the industrial and trade system.

[0067] Warehouse management: Supports information modification for finished product rolls after processing, and uploads the actual results to the IMC system after confirmation. It also supports bundling of waste and defective products, residual materials, returned materials, etc., and adds new sub-items.

[0068] Report management: Perform report statistics query based on production plan, product specifications and other information, and provide export function. Various reports include: production report, fault report (can be distinguished by equipment), quality report, etc. Provide combined condition query or fuzzy query for various reports, and provide printing.

[0069] Log management: By establishing communication with each device, the operation information of the device is collected in real time, and some action states of the device are recorded at the same time, and parameter information related to the device status is recorded to monitor the device status. By tracing back the historical data of related logs and analyzing the equipment failure data, a reference for the advance maintenance of the equipment in future production can be made.

[0070] System management: Set up and maintain the basic information of the system, which consists of functions such as permission management, users, historical access records, and basic data management.

[0071] Interface communication management, respectively communicating with the IMC system, the front-end machine of the slitting unit (S6 / S9 unit), the surface inspection instrument, the packaging machine, and the thickness gauge.

[0072] According to the principles and requirements of the digital production management system, the digital production management system and terminal will realize the following functions: realize docking with the IMC system, paperless interaction between production plans and production performance; realize automatic scheduling and manual scheduling; automatic scheduling will automatically update the production plan sequence according to factors such as delivery date and materials and issue it to each unit; manual scheduling allows operators to sort the plan and then manually issue it; realize automatic inspection and correction of the issued plan parameters, and prompt alarm for abnormal data. Realize the issuance of production plan data and automatic collection of production performance to achieve paperless; realize equipment monitoring, production output, raw material consumption, and equipment status comprehensive statistics and display; realize complete traceability of production data, material data, and plan data; realize the performance data of each unit, report statistics by shift and day, and print manually or automatically; realize the operation status monitoring of equipment, packaging machine status, production line materials, etc. to realize production status visualization; realize system log recording, and accurately and quickly query system and operation logs.

[0073] A digital production management method comprises the following steps:

[0074] S1. Login to the digital production management system Figure 3 As shown, enter the user name and password to log in to the digital production management system, perform local registration management on the user, and select the main interface of the digital production management system function;

[0075] The login of the digital production management system supports local management of users according to needs. User information is stored on the server side of the digital production management system, and the password retrieval function is supported. Employee information includes: regional company code, team information; after login, it is associated with production plan, production task, and unit information.

[0076] S2. Carry out planning management, performance management, defect management, packaging management and warehousing management on the digital production management system, connect with the IMC system, and realize paperless interaction between production planning and production performance;

[0077] Among them, the functional flow chart of the digital production management system for planning management is as follows Figure 4 As shown, the following steps are included:

[0078] Request a plan from the industrial and trade system and obtain the plan from the industrial and trade system. If the industrial and trade system has multiple plans, let the customer manually adjust the plan;

[0079] If each plan contains multiple parent volumes, the order of the parent volumes can be adjusted. If each parent volume contains multiple cutter rows, the cutter row order can be adjusted manually based on the plan information.

[0080] If the mother roll is a blank, manually adjust the width of the edge material. If the plan contains a two-cut order, the background will automatically generate a two-cut order number and send it to the unit in the future;

[0081] Manually adjust the position of the finished product on the mother roll according to the product width, and automatically jump to the material management page after the user confirms the sorted production plan.

[0082] The digital production management system can perform performance management functions such as Figure 5 As shown, the unit equipment operation status performance management: according to the information returned by the unit, obtain the current, voltage, power, motor operation status (real time), historical records (hour, day, month), sensor status (mainly safety-related) information, as well as equipment failure, startup, shutdown, alarm, and other status information; the unit uploads unit data every 2 seconds; collects the actual performance of the production process, such as the width, length, thickness, etc. of the product; statistics on the actual performance of the unit equipment and real-time display of the results; production plan status management: real-time information tracking of the production plan process, for abnormal situations in the production process, the digital production management system provides a human-machine interface for manual intervention in the plan status; records the uploaded status, uploads continuous production time, downtime, etc. (uploaded along with the steel coil information); according to the preset defect judgment standard of the plan, compares the quality goals required by the plan, the production performance returned by the unit, the detection results returned by the meter defect instrument, and the actual performance results of on-site manual measurement to comprehensively judge the quality results.

[0083] The digital production management system has the following functions for defect management: Figure 6 As shown, the following steps are included:

[0084] The meter defect detector uploads defect image information, and the meter inspection instrument itself screens the uploaded defect image information by category and level;

[0085] According to the parameters of the thickness gauge, the finished product weight is estimated and the data measured on site is manually entered;

[0086] The quality is judged based on the input on-site measurement data, and the sealing state or packaging is carried out.

[0087] The functions of digital production management system for packaging management are as follows: Figure 7 As shown, the following steps are included:

[0088] Manually input the packaging information of the sub-roll, automatically obtain the parameter information of the meter inspection instrument and the slitting unit, select the corresponding sub-roll and send it to the packaging unit for packaging;

[0089] For sub-rolls with width exceeding the specification, they need to go through the manual packaging process, and the packaging task is not sent to the packaging unit. After manual packaging, they are entered into the system;

[0090] Select the corresponding sub-rolls that need to be packaged, request the industrial and trade system, generate the package number, and when the packaging unit returns the corresponding sub-roll information, upload the package number and sub-roll information to the industrial and trade system.

[0091] The functions of digital production management system for warehousing management are as follows: Figure 8 As shown, the following steps are included:

[0092] Select the sub-volume information to be put into storage. If the production plan includes waste and defective products, surplus materials, and returned material bundles, add a new sub-item.

[0093] The sub-volume information of the root storage needs to be filled in manually. Fill in the items according to the actual values. After confirming that they are correct, click the Upload System button and the sub-volume information is completed.

[0094] S3. Carry out team management, report management, log management, historical record management and system management on the digital production management system to achieve comprehensive monitoring and dynamic management of the unit operation status and personnel within the system.

[0095] The team management administrator has the authority to adjust the shift, shift change and shift scheduling; set the team working mode, such as 3 shifts 2 operation, 4 shifts 2 operation, etc.; team statistics, each shift's output, energy consumption, failure time, yield rate, quality; the team leader has the administrator authority and can manage team members;

[0096] The functions of digital production management system for report management are as follows: Fig. 9 As shown, the following steps are included:

[0097] The production management system client displays the team report, production report, fault report, quality report and energy report in turn according to the various databases in the production management system server; among them, the team report includes shift report, daily report and monthly report; the energy report includes output and power consumption. The data currently calculated in this table mainly comes from the current, power, speed and running time provided by the unit as the calculation basis.

[0098] The production management system client feeds back the team report, production report, fault report, quality report and energy report to the IMC system to form a report system. At the same time, according to the production plan, product specifications and other information, it conducts report statistics query and provides export function.

[0099] The functions of log management in digital production management system are as follows: Fig.10 As shown, the following steps are included:

[0100] The production management system client collects the operation information of the equipment in real time, records some of the equipment's action status; records parameter information related to the equipment status, forms log records, and realizes the monitoring of the equipment status;

[0101] The production management system server records logs into a log database, and by tracing back the historical data of related logs, it conducts log queries and analyzes equipment failure data to provide a reference for advance maintenance of equipment during production.

[0102] The functions of digital production management system for historical record management are as follows: Fig.11 As shown, the following steps are included:

[0103] Enter the keywords such as team, shift, employee name, date, production plan number, contract number, and customer information as the query conditions; historical record query can only be used by administrators to query completed production plans.

[0104] Display the queried plan details;

[0105] The background program generates DB2 statements based on the query conditions and sends the DB2 database statements;

[0106] Return the query results and display them on the front-end page.

[0107] The digital production management system has the function of historical record management. The historical record management content includes: personnel management, unified management of adding, editing, locking, etc. of system operators; authority management, the administrator sets multi-level management authority according to access, monitoring, level, management and other information;

[0108] like Fig.12 As shown, the IMC system, the unit front-end machine, the surface defect meter, the thickness gauge and the packaging unit respectively aggregate the data to the front end of the digital production management system, and store the log and production performance information of the production management system in the digital production management system database.

[0109] The above system of the present invention has been verified and tested in practice and fully meets the design requirements and performance indicators, and has been used on the internal platform of the enterprise.

[0110] Finally, it should be pointed out that although the present invention has been described with reference to the current specific embodiments, ordinary technicians in this technical field should realize that the above embodiments are only used to illustrate the present invention and are not used as a limitation of the present invention. Various equivalent changes or substitutions can be made without departing from the concept of the present invention. Therefore, as long as the changes and modifications to the above embodiments are within the essential spirit of the present invention, they will fall within the scope of the claims of the present invention.

Claims

1. A digital production management system, characterized in that: include: Planning management: optimizing the production plans issued by the IMC system, including intelligent scheduling, production order management, and steel coil information management; and / or Performance management: analysis and management of performance data collected from units and equipment, including unit and equipment operating status, production performance, production performance collection, production planning, and abnormal situation management; and / or Defect management: display and store surface defects of finished coils uploaded from surface defect meters, make quality judgments based on parameter data from thickness gauges and on-site measurements, and seal or package; and / or Packaging management: Send the sub-roll packaging parameter information in the production plan to the packaging unit for packaging, and manually pack or combine packages for those that exceed the specifications; and / or Warehouse management supports information modification of processed finished product rolls, uploads actual results to the IMC system, supports bundling conditions, and manages the warehouse operations of newly added sub-items.

2. A digital production management system according to claim 1, characterized in that: Also includes: Report management: perform statistical query on reports based on production plans, product specifications and other information, and provide export functions, provide combination conditions or fuzzy query for various reports, and provide printing; and / or Log management establishes communication with each device, collects, records and monitors the operation and status of the device in real time, and analyzes equipment failure data by tracing back historical data of related logs.

3. A digital production management system according to claim 2, characterized in that: Also includes: System management: setting up and maintaining basic system information, including authority management, users, historical access records, and basic data management; and / or Interface communication management, respectively communicating with the IMC system, the front-end machine of the longitudinal cutting unit, the surface inspection instrument, the packaging machine, and the thickness gauge.

4. A digital production management method, characterized in that: The following steps are involved: S1. Log in to the digital production management system by entering your username and password, register and manage users locally, and select the main interface of the digital production management system function; S2. Manage planning, performance, defects, packaging, and warehousing in the digital production management system, and connect it with the IMC system to achieve paperless interaction between production plans and actual performance. S3. Carry out team management, report management, log management, historical record management and system management on the digital production management system to achieve comprehensive monitoring and dynamic management of the unit's operating status and personnel within the system.

5. A digital production management method according to claim 4, characterized in that: The plan management method in S2 comprises the following steps: Request a plan from the industrial and trade system and obtain the plan from the industrial and trade system. If the industrial and trade system has multiple plans, let the customer manually adjust the plan. If each plan contains multiple parent volumes, the order of the parent volumes can be adjusted. If each parent volume contains multiple cutter rows, the cutter row order can be manually adjusted based on the plan information. If the mother roll is a blank, manually adjust the edge width. If the plan contains a two-cut order, the backend will automatically generate a two-cut order number and send it to the unit in the future. According to the product width, the position of the finished product on the mother roll is manually adjusted. After the sorted production plan is confirmed by the user, it will automatically jump to the material management page.

6. A digital production management method according to claim 4, characterized in that: The defect management method in S2 comprises the following steps: The meter defect detector uploads defect image information, and the meter inspection instrument itself screens the uploaded defect image information by category and level; According to the parameters of the thickness gauge, the finished product weight is estimated and the data measured on site is manually entered; The quality is judged based on the input on-site measurement data, and the product is sealed or packaged.

7. A digital production management method according to claim 4, characterized in that: The packaging management method in S2 comprises the following steps: Manually enter the packaging information of the sub-roll, automatically obtain the parameter information of the surface inspection instrument and slitting unit, select the corresponding sub-roll and send it to the packaging unit for packaging; For sub-rolls with widths exceeding the standard, manual packaging is required. The packaging task is not sent to the packaging unit. After manual packaging, the data is recorded in the system. Select the sub-rolls that need to be packaged, request the industrial and trade system, generate a package number, and when the packaging unit returns the corresponding sub-roll information, upload the package number and sub-roll information to the industrial and trade system.

8. A digital production management method according to claim 4, characterized in that: The method for storage management in S2 includes the following steps: Select the sub-volume information to be put into storage. For example, if the production plan includes waste and defective products, leftover materials, or returned material bundles, add a new sub-item. The sub-volume information of the root storage needs to be filled in manually. Fill in the items according to the actual values. After checking and confirming that they are correct, click Upload to complete the storage.

9. A digital production management method according to claim 4, characterized in that: The method for report management in S3 includes the following steps: The production management system client displays the team report, production report, fault report, quality report and performance report in turn according to the various databases in the production management system server; The production management system client feeds back team reports, production reports, fault reports, quality reports and energy reports to the IMC system to form a reporting system.

10. A digital production management method according to claim 4, characterized in that: The method for managing history records in S3 includes the following steps: Enter keywords such as team, shift, employee name, date, production plan number, contract number, and customer information as search criteria; The background program generates DB2 statements based on the query conditions and sends the DB2 database statements; Return the query results and display them on the front-end page.

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