Enterprise resource allocation scheduling system
Through the designing enterprise resource allocation and scheduling system, the problem of low efficiency of traditional resource allocation and production planning management methods has been solved, and the functions of resource deployment, production planning management and data analysis have been realized. force.
Patent Information
- Application Number
- CN202411200584.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-08-29
- Publication Date
- 2025-01-28
AI Technical Summary
The traditional resource allocation and production planning management methods are inefficient, the resource utilization rate is not high, it is difficult to meet the complex and changing production needs of enterprises, and there is a lack of in-depth analysis and optimization suggestions.
Design an enterprise resource allocation scheduling system, including user and system management systems, production planning and resource management systems, task allocation and progress monitoring systems, and data analysis and optimization systems. Through modular design, resource allocation, production plan management, task allocation of task allocation , Survival monitoring and data analysis functions.
By optimizing the distribution and scheduling process, improve production efficiency and resource utilization, enhance the competitiveness and profitability of enterprises, and provide effective production improvement and optimization suggestions.
Smart Images
Figure CN119378838A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to an enterprise resource allocation and scheduling system, in particular to an enterprise resource allocation and scheduling system, belonging to the technical field of enterprise management. Background Art
[0002] With the rapid development of the manufacturing industry and the intensification of market competition, enterprises have an increasingly urgent need for resource allocation and production planning management. Traditional resource allocation and production planning management methods often rely on manual operations and experience judgments, which have problems such as low efficiency, low resource utilization, and slow response speed. Therefore, developing an intelligent resource allocation and production planning management system has become the key to improving the competitiveness of enterprises.
[0003] At present, although there are some software systems for resource allocation and production planning management, most of these systems are single-function and low-integration, and it is difficult to meet the complex and changing production needs of enterprises. At the same time, these systems often lack in-depth analysis and mining of production data, and cannot provide enterprises with effective production improvement and optimization suggestions.
[0004] Therefore, there is an urgent need for an enterprise resource allocation and scheduling system to solve the above-mentioned problems. Summary of the invention
[0005] The purpose of the present invention is to provide an enterprise resource allocation and scheduling system that can help enterprises optimize resource allocation and scheduling processes, improve production efficiency and resource utilization, thereby enhancing the competitiveness and profitability of enterprises, and provide enterprises with effective production improvement and optimization suggestions.
[0006] In order to achieve the above-mentioned purpose, the main technical solutions adopted by the present invention include: an enterprise resource allocation and scheduling system, including a user and system management system, a production plan and resource management system, a task allocation and progress monitoring system, and a data analysis and optimization system, wherein the user and system management system includes a user management module, a system configuration module, a log management module, and an interface management module; the production plan and resource management system includes a production plan management module, a resource allocation module, and a raw material management module; the task allocation and progress monitoring system includes a task allocation module, a progress monitoring module, and an early warning and reminder module; the data analysis and optimization system includes a data analysis module, a report generation module, and an optimization suggestion module.
[0007] Preferably, the system configuration module is responsible for basic settings of the system, such as system parameters, interface layout, etc. The system configuration module includes a system management module and a user interface interaction module.
[0008] Preferably, the user management module is responsible for creating, editing, and deleting user accounts, as well as managing user permissions and roles; the log management module records system operation and user operations for subsequent problem tracking and auditing; and the interface management module is responsible for data exchange and integration with other systems.
[0009] Preferably, the production plan management module is used for users to create, edit, view and delete production plans, and schedule production tasks. The resource allocation module is used to automatically or manually allocate resources according to production plans and task requirements. The raw material management module is responsible for raw material inventory management, procurement planning, etc.
[0010] Preferably, the task assignment module is used to assign production tasks to specific executors or teams and track the progress of tasks. The progress monitoring module is used to track the execution progress and status of tasks in real time, provide progress reports and data analysis, and the early warning and reminder module is used to provide early warning and reminder functions for situations such as task overdue and resource shortage.
[0011] Preferably, the data analysis module is used to collect, organize and analyze data in the production process, such as resource usage, production efficiency, etc. The report generation module is used to generate various reports and charts based on the analysis results to help users intuitively understand the production situation. The optimization suggestion module is responsible for providing optimization suggestions for resource allocation and scheduling based on the data analysis results.
[0012] Preferably, the allocation step of the resource allocation module includes the following steps: S1. Resource library management: 1.1: Establish a comprehensive resource library covering all key resources such as human resources, equipment, raw materials, funds, etc.; 1.2: Update resource information in real time, including the quantity, status, location, etc. of resources; S2. Resource allocation: 2.1: Automatically or manually allocate resources to specific production tasks or projects based on production plans and task requirements; 2.2: You can set resource priorities and allocation rules to ensure that critical or urgent tasks get resources first; S3. Resource monitoring: 3.1: Real-time monitoring of resource usage and status to ensure that resources are used reasonably and effectively; 3.2: When resource usage is abnormal or close to the warning line, timely issue early warning notifications so that relevant personnel can take measures; S4. Resource optimization: 4.1: Based on historical data and current conditions, optimize the allocation and use of resources to improve resource utilization and production efficiency; 4.2: Simulate and predict resource allocation to provide reference for future production planning and resource allocation; S5. Resource warning: 5.1: When a resource is about to be in short supply or exceeds the budget, an early warning notification will be automatically issued to remind relevant personnel to take timely measures; 5.2: The threshold and notification method of the early warning can be set to ensure that relevant personnel can receive the early warning information in time; S6. Resource report generation: 6.1: Generate various resource reports and charts based on resource usage and status, such as resource usage reports, resource allocation reports, etc.; 6.2: These reports can help enterprises understand the overall situation and changing trends of resources, and provide strong support for resource allocation and decision-making.
[0013] 8. Preferably, the travel schedule of the production plan management module includes: S1. Production plan formulation: 1.1: Develop a detailed production plan based on market demand, order status, inventory status and other factors; 1.2: Selectively set key parameters such as production task priority, quantity, completion time, etc.; S2. Production planning and scheduling: 2.1: Automatically or manually schedule the production plan according to production capacity and resource conditions, and determine the start and end time of each task; 2.2: Selectively prioritize and resolve conflicts in production tasks to ensure the smooth execution of the production plan; S3. Production plan adjustment: 3.1: When market demand, order situation or production conditions change, timely adjust the production plan to adapt to the new situation; 3.2: Selectively modify the parameters of production tasks, add or delete tasks, etc.; S4. Production progress monitoring: 4.1: Real-time monitoring of the execution of production tasks, including the progress and completion of tasks; 4.2: When the progress of a task lags behind or is expected to be unable to be completed on time, timely issue early warning notifications; S5. Production report generation: 5.1: Generate various production reports and charts, such as production task report, production progress report, etc., according to the execution of the production plan; S6. Production data analysis: 6.1: Collect, organize and analyze data from the production process, including key indicators such as production efficiency, production cost, equipment utilization, etc.; 6.2: Provide production improvement and optimization suggestions based on data analysis results.
[0014] 9. Preferably, the management steps of the raw material management module include: S1: Raw material demand forecasting and planning; S2: Raw materials procurement management; S3: Raw materials inventory management; S4: Raw materials quality management; S5: Raw material cost management; S6: Raw materials information management.
[0015] Preferably, the S1 includes: 1.1: demand analysis; 1.2: plan making; the S2 includes: 2.1: supplier management; 2.2: purchase order management; 2.3: contract management; the S3 includes: 3.1: real-time inventory monitoring; 3.2: inventory warning; 3.3: inventory optimization; the S4 includes: 4.1: quality acceptance; 4.2: quality traceability; 4.3: quality control; the S5 includes: 5.1: cost analysis; 5.2: cost control; 5.3: cost budgeting and accounting; the S6 includes: 6.1: information entry; 6.2: information query; 6.3: information report.
[0016] The present invention has at least the following beneficial effects: 1. By utilizing the settings of user management module, system configuration module, log management module, interface management module, production plan management module, resource allocation module, raw material management module, task allocation module, progress monitoring module, early warning and reminder module, data analysis module, report generation module and optimization suggestion module, the present invention can help enterprises optimize resource allocation and scheduling process, improve production efficiency and resource utilization, thereby enhancing the competitiveness and profitability of enterprises, and can provide enterprises with effective production improvement and optimization suggestions. BRIEF DESCRIPTION OF THE DRAWINGS
[0017] The drawings described herein are used to provide a further understanding of the present application and constitute a part of the present application. The illustrative embodiments of the present application and their descriptions are used to explain the present application and do not constitute an improper limitation on the present application. In the drawings: Figure 1 It is a system module framework diagram of the present invention; DETAILED DESCRIPTION
[0018] The following will describe the implementation methods of the present application in detail with the help of accompanying drawings and examples, so that the implementation process of how the present application uses technical means to solve technical problems and achieve technical effects can be fully understood and implemented accordingly.
[0019] like Figure 1 As shown, the enterprise resource allocation and scheduling system provided in this embodiment includes a user and system management system, a production plan and resource management system, a task allocation and progress monitoring system, and a data analysis and optimization system; the above system can help enterprises optimize resource allocation and scheduling processes, improve production efficiency and resource utilization, thereby enhancing the competitiveness and profitability of enterprises, and can provide enterprises with effective production improvement and optimization suggestions; The user and system management system includes a user management module, a system configuration module, a log management module, and an interface management module; the user management module is responsible for the creation, editing, and deletion of user accounts, as well as the management of user permissions and roles. The specific functions of the user management module are: User account management: create, edit, and delete user accounts; Permission and role management: define user roles and assign permissions to ensure that users can only access authorized functions and data; User authentication and login: Provides functions such as user login, password reset, and multi-factor authentication; The log management module records the system's operating conditions and user operations for subsequent problem tracking and auditing. The specific functions of the log management module are: Basic settings: set basic parameters such as system name, time zone, language, etc. Interface customization: allows administrators to customize the system interface layout, color theme, etc.
[0020] Data backup and recovery: regularly back up system data and provide data recovery function to prevent unexpected situations The interface management module is responsible for data exchange and integration with other systems. The specific functions of the interface management module are: API interface: providing API interface for other systems to call to achieve data exchange and integration; Data synchronization: ensure that data with other systems are kept up to date; Interface permission management: control which systems or users have the right to access and use the API interface; The system configuration module is responsible for the basic settings of the system, such as system parameters, interface layout, etc. The system configuration module includes the system management module and the user interface interaction module. The specific functions of the system management module are: responsible for system configuration, backup, recovery and update; Provide log management function to record system operation status and user operations; Provide interface management functions to support data exchange and integration with other systems; The specific functions of the user interface interaction module are: providing a friendly user experience, reducing the user's learning and operation costs, and supporting access and operation on multiple devices and platforms; The production plan and resource management system includes a production plan management module, a resource allocation module, and a raw material management module; the production plan management module is used by users to create, edit, view, and delete production plans, as well as schedule production tasks. Specifically, the functional steps of the production plan management module are as follows: Production plan creation: formulate production plans based on market demand, inventory status, etc.; Production planning and scheduling: Automatically or manually schedule production tasks based on production capacity and resource conditions; Production plan adjustment: adjust the production plan according to actual conditions, such as increasing or reducing production tasks; 10. Furthermore, the schedule of the production plan management module includes: S1. Production plan formulation: 1.1: Develop a detailed production plan based on market demand, order status, inventory status and other factors; 1.2: Selectively set key parameters such as production task priority, quantity, completion time, etc.; S2. Production planning and scheduling: 2.1: Automatically or manually schedule the production plan according to production capacity and resource conditions, and determine the start and end time of each task; 2.2: Selectively prioritize and resolve conflicts in production tasks to ensure the smooth execution of the production plan; S3. Production plan adjustment: 3.1: When market demand, order situation or production conditions change, timely adjust the production plan to adapt to the new situation; 3.2: Selectively modify the parameters of production tasks, add or delete tasks, etc.; S4. Production progress monitoring: 4.1: Real-time monitoring of the execution of production tasks, including the progress and completion of tasks; 4.2: When the progress of a task lags behind or is expected to be unable to be completed on time, timely issue early warning notifications; S5. Production report generation: 5.1: Generate various production reports and charts, such as production task report, production progress report, etc., according to the execution of the production plan; S6. Production data analysis: 6.1: Collect, organize and analyze data from the production process, including key indicators such as production efficiency, production cost, equipment utilization, etc.; 6.2: Provide production improvement and optimization suggestions based on data analysis results; The resource allocation module is used to automatically or manually allocate resources according to production plans and task requirements. Specifically, the functional steps of the resource allocation module are as follows: Resource library management: establish a resource library, including human resources, equipment, raw materials, etc.; Resource allocation: Automatically or manually allocate resources according to production plans and task requirements; Resource monitoring: real-time monitoring of resource usage and status to ensure effective use of resources; Furthermore, the allocation step of the resource allocation module includes the following steps: S1. Resource library management: 1.1: Establish a comprehensive resource library covering all key resources such as human resources, equipment, raw materials, funds, etc.; 1.2: Update resource information in real time, including the quantity, status, location, etc. of resources; S2. Resource allocation: 2.1: Automatically or manually allocate resources to specific production tasks or projects based on production plans and task requirements; 2.2: You can set resource priorities and allocation rules to ensure that critical or urgent tasks get resources first; S3. Resource monitoring: 3.1: Real-time monitoring of resource usage and status to ensure that resources are used reasonably and effectively; 3.2: When resource usage is abnormal or close to the warning line, timely issue early warning notifications so that relevant personnel can take measures; S4. Resource optimization: 4.1: Based on historical data and current conditions, optimize the allocation and use of resources to improve resource utilization and production efficiency; 4.2: Simulate and predict resource allocation to provide reference for future production planning and resource allocation; S5. Resource warning: 5.1: When a resource is about to be in short supply or exceeds the budget, an early warning notification will be automatically issued to remind relevant personnel to take timely measures; 5.2: The threshold and notification method of the early warning can be set to ensure that relevant personnel can receive the early warning information in time; S6. Resource report generation: 6.1: Generate various resource reports and charts based on resource usage and status, such as resource usage report, resource allocation report, etc.; 6.2: These reports can help enterprises understand the overall situation and change trend of resources, and provide strong support for resource allocation and decision-making; The raw material management module is responsible for the inventory management and procurement plan of raw materials. The specific functional steps of the raw material management module are as follows: Inventory management: record the inventory quantity, location and other information of raw materials; Procurement plan: formulate raw material procurement plan based on production plan and inventory status; Supplier management: manage the information of raw material suppliers, including supplier qualifications, prices, etc.; Furthermore, the management steps of the raw material management module include: S1: Forecast and plan for raw material demand; S1 includes: 1.1: Demand analysis: Analyze and forecast the demand for raw materials in the future based on production plans, historical sales data, market trends and other information; 1.2: Plan formulation: Based on the results of demand analysis, formulate a detailed raw material procurement plan, including procurement quantity, time, supplier selection, etc.; S2: Raw material procurement management; S2 includes: 2.1: Supplier management: Establish a supplier database, rate and classify suppliers, and ensure the quality and stability of raw materials supply; 2.2: Purchase order management: Generate purchase orders according to the procurement plan, and confirm and track with suppliers to ensure that orders are delivered on time; 2.3: Contract management: Sign a procurement contract with the supplier, clarify the rights and obligations of both parties, and ensure the fulfillment of the contract and the supply of raw materials; S3: Raw material inventory management; S3 includes: 3.1: Real-time inventory monitoring: The system monitors the inventory quantity, location and status of raw materials in real time to ensure the accuracy and timeliness of inventory data; 3.2: Inventory warning: When the inventory quantity is lower than the safety inventory or higher than the maximum inventory, the system automatically issues a warning notification so that timely measures can be taken; 3.3: Inventory optimization: Using advanced algorithms and models, optimize and analyze the inventory and put forward reasonable inventory adjustment suggestions to reduce inventory costs and improve inventory turnover; S4: Raw material quality management; S4 includes: 4.1: Quality acceptance: Quality acceptance of purchased raw materials to ensure that the raw materials meet production requirements and standards; 4.2: Quality traceability: Establish a raw material quality traceability system to record and manage the procurement, warehousing, and use of raw materials so that quality problems can be quickly located and solved; 4.3: Quality control: Regularly inspect and control the quality of raw materials to ensure that the quality of raw materials is stable and reliable; S5: Raw material cost management; S5 includes: 5.1: Cost analysis: Analyze the cost of raw materials, including procurement cost, inventory cost, quality cost, etc., to find out the focus and direction of cost control; 5.2: Cost control: Reduce the cost of raw materials and improve the profitability of the enterprise by optimizing procurement plans, inventory management, quality management and other measures; 5.3: Cost budget and accounting: Develop a cost budget and accounting system for raw materials to ensure the accuracy and completeness of cost data; S6: Raw materials information management; S6 includes: 6.1: Information entry: Enter the basic information, purchase information, inventory information, etc. of raw materials into the system to ensure the accuracy and completeness of the information; 6.2: Information query: Provide multiple query methods to facilitate users to quickly find and obtain relevant information about raw materials; 6.3: Information report: Generate various raw materials reports, such as inventory reports, purchase reports, quality reports, etc., to provide support for the company's decision-making; The task allocation and progress monitoring system includes a task allocation module, a progress monitoring module, and an early warning and reminder module; the task allocation module is used to allocate production tasks to specific executors or teams and track the progress of tasks. Specifically, the functional steps of the task allocation module are as follows: Task creation: Create specific production tasks according to the production plan; Task allocation: assign tasks to appropriate executors or teams and set deadlines for task completion; Task change: change the task content, assign personnel or completion deadline according to actual conditions; The progress monitoring module is used to track the execution progress and status of tasks in real time, and provide progress reports and data analysis. Specifically, the functional steps of the progress monitoring module are as follows: Real-time progress tracking: display the execution progress and status of tasks in real time; Progress Report: Generate task progress reports regularly for management to review and analyze; Progress warning: Provide early warning notification when the task progress lags behind or is expected to be unable to be completed on time; The warning and reminder module is used to provide warning and reminder functions for situations such as task overdue and resource shortage. Specifically, the function steps of the warning and reminder module are as follows: Task overdue warning: When a task is about to be overdue, remind relevant personnel to speed up the progress; Resource shortage warning: When a resource is about to be in short supply, remind relevant personnel to replenish it in time; Other custom warnings: Set other types of warnings and reminders according to actual needs; The data analysis and optimization system includes a data analysis module, a report generation module, and an optimization suggestion module; the data analysis module is used to collect, organize, and analyze data in the production process, such as resource usage, production efficiency, etc.; specifically, the functional steps of the data analysis module are as follows: Data collection: Collect various data in the production process, such as resource usage, production efficiency, etc.; Data processing: pre-processing operations such as cleaning, sorting, and conversion of data; Data analysis: Use statistical analysis, data mining and other methods to analyze and mine data; The report generation module is used to generate various reports and charts based on the analysis results to help users intuitively understand the production situation. Specifically, the report generation module functions are as follows: Report design: design various report templates, such as resource usage reports, production efficiency reports, etc.; Report generation: Generate specific reports and charts based on data analysis results; Report sharing: Allow users to share reports with others or export them as files; The optimization suggestion module is responsible for providing optimization suggestions for resource allocation and scheduling based on data analysis results. Specifically, the optimization suggestion module has the following functions: providing optimization suggestions for resource allocation and scheduling based on data analysis results; Supports customized optimization strategies and makes adjustments and optimizations based on the actual situation of the enterprise; Provides optimization simulation function to simulate the effects of different optimization strategies and help users make more informed decisions.
[0021] For example, certain words are used in the specification and claims to refer to specific components. Those skilled in the art should understand that hardware manufacturers may use different terms to refer to the same component. This specification and claims do not use differences in names as a way to distinguish components, but use differences in the functions of components as the criteria for distinction. For example, "including" mentioned throughout the specification and claims is an open term, so it should be interpreted as "including but not limited to". "Approximately" means that within an acceptable error range, those skilled in the art can solve technical problems within a certain error range and basically achieve technical effects.
[0022] It should be noted that the terms "include", "comprises" or any other variations thereof are intended to cover non-exclusive inclusion, so that a product or system including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such product or system. In the absence of more restrictions, the elements defined by the sentence "comprises a ..." do not exclude the existence of other identical elements in the product or system including the elements.
[0023] The above description shows and describes several preferred embodiments of the present invention, but as mentioned above, it should be understood that the present invention is not limited to the form disclosed herein, and should not be regarded as excluding other embodiments, but can be used in various other combinations, modifications and environments, and can be modified within the scope of the invention concept described herein through the above teachings or the technology or knowledge of the relevant field. Changes and variations made by those skilled in the art do not depart from the spirit and scope of the present invention, and should be within the scope of protection of the claims attached to the present invention.
Claims
1. An enterprise resource allocation and scheduling system, including a user and system management system, a production plan and resource management system, a task allocation and progress monitoring system, and a data analysis and optimization system, characterized in that: The user and system management system includes a user management module, a system configuration module, a log management module and an interface management module; the production plan and resource management system includes a production plan management module, a resource allocation module and a raw material management module; the task allocation and progress monitoring system includes a task allocation module, a progress monitoring module and an early warning and reminder module; the data analysis and optimization system includes a data analysis module, a report generation module and an optimization suggestion module.
2. The enterprise resource allocation and scheduling system according to claim 1, characterized in that: The system configuration module is responsible for the basic settings of the system, such as system parameters, interface layout, etc. The system configuration module includes a system management module and a user interface interaction module.
3. The enterprise resource allocation and scheduling system according to claim 1, characterized in that: The user management module is responsible for creating, editing, and deleting user accounts, as well as managing user permissions and roles. The log management module records the system's operating conditions and user operations for subsequent problem tracking and auditing. The interface management module is responsible for data exchange and integration with other systems.
4. The enterprise resource allocation and scheduling system according to claim 1, characterized in that: The production plan management module is used by users to create, edit, view and delete production plans, as well as schedule production tasks. The resource allocation module is used to automatically or manually allocate resources according to production plans and task requirements. The raw material management module is responsible for raw material inventory management, procurement planning, etc.
5. The enterprise resource allocation and scheduling system according to claim 1, characterized in that: The task assignment module is used to assign production tasks to specific executors or teams and track the progress of tasks. The progress monitoring module is used to track the execution progress and status of tasks in real time, provide progress reports and data analysis. The early warning and reminder module is used to provide early warning and reminder functions for situations such as task overdue and resource shortage.
6. The enterprise resource allocation and scheduling system according to claim 1, characterized in that: The data analysis module is used to collect, organize and analyze data in the production process, such as resource usage, production efficiency, etc. The report generation module is used to generate various reports and charts based on the analysis results to help users intuitively understand the production situation. The optimization suggestion module is responsible for providing optimization suggestions for resource allocation and scheduling based on the data analysis results.
7. The enterprise resource allocation and scheduling system according to claim 1, characterized in that: The resource allocation module comprises the following steps: S1. Resource library management: 1.1: Establish a comprehensive resource library covering all key resources such as human resources, equipment, raw materials, funds, etc.; 1.2: Update resource information in real time, including the quantity, status, location, etc. of resources; S2. Resource allocation: 2.1: Automatically or manually allocate resources to specific production tasks or projects based on production plans and task requirements; 2.2: You can set resource priorities and allocation rules to ensure that critical or urgent tasks get resources first; S3. Resource monitoring: 3.1: Real-time monitoring of resource usage and status to ensure that resources are used reasonably and effectively; 3.2: When resource usage is abnormal or close to the warning line, timely issue early warning notifications so that relevant personnel can take measures; S4. Resource optimization: 4.1: Based on historical data and current conditions, optimize the allocation and use of resources to improve resource utilization and production efficiency; 4.2: Simulate and predict resource allocation to provide reference for future production planning and resource allocation; S5. Resource warning: 5.1: When a resource is about to be in short supply or exceeds the budget, an early warning notification will be automatically issued to remind relevant personnel to take timely measures; 5.2: The threshold and notification method of the early warning can be set to ensure that relevant personnel can receive the early warning information in time; S6. Resource report generation: 6.1: Generate various resource reports and charts based on resource usage and status, such as resource usage reports, resource allocation reports, etc.; 6.2: These reports can help enterprises understand the overall situation and changing trends of resources, and provide strong support for resource allocation and decision-making.
8. An enterprise resource allocation and scheduling system according to claim 1, characterized in that: the travel progress of the production plan management module includes: S1. Production plan formulation: 1.1: Develop a detailed production plan based on market demand, order status, inventory status and other factors; 1.2: Selectively set key parameters such as production task priority, quantity, completion time, etc.; S2. Production planning and scheduling: 2.1: Automatically or manually schedule the production plan according to production capacity and resource conditions, and determine the start and end time of each task; 2.2: Selectively prioritize and resolve conflicts in production tasks to ensure the smooth execution of the production plan; S3. Production plan adjustment: 3.1: When market demand, order situation or production conditions change, timely adjust the production plan to adapt to the new situation; 3.2: Selectively modify the parameters of production tasks, add or delete tasks, etc.; S4. Production progress monitoring: 4.1: Real-time monitoring of the execution of production tasks, including the progress and completion of tasks; 4.2: When the progress of a task lags behind or is expected to be unable to be completed on time, timely issue early warning notifications; S5. Production report generation: 5.1: Generate various production reports and charts, such as production task report, production progress report, etc., according to the execution of the production plan; S6. Production data analysis: 6.1: Collect, organize and analyze data from the production process, including key indicators such as production efficiency, production cost, equipment utilization, etc.; 6.2: Provide production improvement and optimization suggestions based on data analysis results.
9. The enterprise resource allocation and scheduling system according to claim 1, characterized in that: The management steps of the raw material management module include: S1: Raw material demand forecasting and planning; S2: Raw materials procurement management; S3: Raw materials inventory management; S4: Raw materials quality management; S5: Raw material cost management; S6: Raw materials information management.
10. The enterprise resource allocation and scheduling system according to claim 9, characterized in that: The S1 includes: 1.1: demand analysis; 1.2: plan making; the S2 includes: 2.1: supplier management; 2.2: purchase order management; 2.3: contract management; the S3 includes: 3.1: real-time inventory monitoring; 3.2: inventory warning; 3.3: inventory optimization; the S4 includes: 4.1: quality acceptance; 4.2: quality traceability; 4.3: quality control; the S5 includes: 5.1: cost analysis; 5.2: cost control; 5.3: cost budgeting and accounting; the S6 includes: 6.1: information entry; 6.2: information query; 6.3: information report.