Multi-site order pricing management system

Abstract

The invention relates to the field of electronic manufacturing, and discloses a multi-site order pricing management system, the management system comprises a front-end module and a rear-end module, the front-end module comprises a user registration and login module, an order information module, an order management module and a user background editing module, and the rear-end module comprises a user registration and login module, an order information module, an order management module and a user background editing module. The user registration and login module supports registration and login through a user name, a mailbox, a mobile phone and a third-party platform, and the ordering information module comprises user basic information input including but not limited to size, number, product and material types, layer number, copper foil thickness, plate thickness, line and drilling parameters, production cycle, transportation or express information and customer remarks. And the ordering information module also has a price display function. The names and options of most of the process information of the product displayed at the front end of the system can be automatically edited, and the pricing standard and the production cycle can be freely set, so that the application range of the product is greatly expanded.

Description

Technical Field

[0001] The invention relates to the technical field of electronic manufacturing, and in particular to a multi-site order pricing management system. Background Art

[0002] At present, most of the online automatic pricing systems have a relatively simple pricing model, that is: all different customers are based on the base price set uniformly by the system, and as long as the order parameters are the same, the price is the same; if different base prices need to be implemented for orders from different customers with the same parameters, it is necessary to manually modify the order based on the automatic calculation by the system. If the workload is small, the impact on work efficiency is not significant, but if the number of orders that need to be changed is large, the work efficiency and the accuracy of manual price modification will be more strictly challenged; in other words, if sales personnel with different abilities are selling the same product, or if more sales personnel need different personalized system pricing to achieve marketing goals, most of the current pricing systems will be unable to meet the requirements.

[0003] At present, if most of the systems are to be used for multiple entities with the same type of products at the same time, each entity using the online pricing management system needs to configure a server, network technicians, and professional programming engineers. The cost of use and maintenance makes most small and micro enterprises engaged in related businesses, especially entrepreneurs, discouraged. The present invention can create countless independent metering management systems (sites), so that each system user does not need to bear repeated development costs and maintenance costs again.

[0004] In view of the fact that most of the current online pricing systems are based on a single pricing model, the present invention can allocate countless sites with free price setting, independent pricing and ordering, and can accurately and efficiently process order requirements, and can flexibly adapt to market changes and meet personalized system pricing requirements, thereby more effectively improving the order success rate; coupled with the unique design principle of this system, the sites opened by the system are themselves designed to make it more convenient for users to reduce usage costs, and do not require the configuration of professional and technical personnel related to program development and network maintenance. Processes and corresponding pricing rules can be added or subtracted according to the different nature of products, which greatly reduces the system maintenance costs in the actual operation process. Summary of the invention

[0005] In view of the deficiencies of the prior art, the present invention provides a multi-site order pricing management system, which solves the problem that most of the current online pricing systems are single pricing mode.

[0006] To achieve the above objectives, the present invention is implemented through the following technical solutions: a multi-site order pricing management system, the management system includes two parts: a front-end module and a back-end module.

[0007] Preferably, the front-end module includes a user registration and login module, an order information module, an order management module and a user background editing module:

[0008] The user registration and login module supports registration and login via username, email, mobile phone and third-party platform;

[0009] The order information module includes basic user information input, including but not limited to size, quantity, product and material type, number of layers, copper foil thickness, board thickness, circuit and drilling parameters, production cycle, transportation or express information, and customer notes;

[0010] The order information module also includes a price display function, which displays the details and summary of each fee;

[0011] The order information module provides a summary of processing parameter details, showing the details and summary of each process;

[0012] The order information module includes an attachment upload function;

[0013] The order management module records and displays detailed information of all placed orders, including order number, date, cost, payment status and method, order status, attachment query and order screening;

[0014] The user background editing module is used to edit user information, including modifying user passwords.

[0015] Preferably, the backend module includes a site administrator backend and a super administrator backend:

[0016] The site administrator backend includes a system basic information module, an order management module, a financial management module, a user management module and a base price setting module;

[0017] The system basic information module displays the system name, LOGO, version, system development entity and site administrator login password update function;

[0018] The order management module displays the order list and order details, including order number, customer name, order quantity, order time, attachments, order amount and payment status, order status, etc.;

[0019] The financial management module records and displays the site administrator's order amount or business commission application record;

[0020] The user management module displays the front-end user's account and registration information, and can edit the user's main information and remarks;

[0021] The base price setting module includes "customer price" setting and "site price" setting, and produces different pricing effects through different pricing methods.

[0022] Specifically, site administrators can set different pricing rules, such as different discounts for different customer groups, or different price calculation formulas for different product categories. Super administrators can also supervise and review site administrators' settings to ensure that the pricing system is fair and reasonable.

[0023] Preferably, the super administrator backend has the following permissions in addition to the site administrator's permissions:

[0024] Create a new site and set permissions for its site administrator;

[0025] Permission to create site product types and material types;

[0026] Restricted permission to edit process options for material types in site product types;

[0027] Permission to add, remove or edit site crafting options;

[0028] Permission to set the site's online payment platform parameters;

[0029] Review the sales commission permissions of each site administrator.

[0030] Specifically, the super administrator can conduct a comprehensive analysis of the operating data of each site through the background, generate financial statements and business statistics reports, and provide data support for company decision-making.

[0031] Preferably, after each site is created in the management system, the system will automatically create a corresponding price database, which is divided into two modules: "customer price" and "site price".

[0032] Specifically, the creation of the price database is automatically generated through a preset template, and the administrator can modify the template according to actual needs to meet the specific needs of different sites.

[0033] Preferably, for each additional process option in the management system option setting, the front end will add the corresponding option name, and at the same time add a set of pricing data to be filled in the price setting, including surcharge for each item, surcharge per square meter, normal days, expedited days, expedited fee per square meter, expedited fee for each item, and a percentage fee added to the total amount.

[0034] Specifically, administrators can flexibly adjust the pricing standards and production cycles of each process based on market demand and production costs to improve production efficiency and customer satisfaction.

[0035] Preferably, in the "Product Management" of the super administrator background, after creating a product type, multiple material types can be added, and a material pricing module to be filled in will be automatically created. The data to be filled in include surcharges per square meter, surcharges for each item, and additional days for each material.

[0036] Specifically, the system will automatically update the pricing standards of materials based on market price fluctuations of different materials. Administrators can also make manual adjustments to deal with special situations; edit the restricted permissions for process options of material types in site product types: (specific method description) In the "Product Management" of the super administrator background, multiple material types can be added after creating a product type. A process option restriction module is automatically created for each material type. Entering the corresponding option data means that this data cannot be selected or displayed in the front-end process options of the site.

[0037] Preferably, the management system adopts a tiered price setting method for pricing, and the segmented values ​​can be defined by oneself, and the area is calculated in segments from small to large. The setting of each tiered segment includes a minimum billing area, and orders exceeding this area are priced according to the corresponding billing standards.

[0038] Specifically, the tiered pricing setting can effectively motivate customers to increase their order area, thereby improving production efficiency per unit time.

[0039] Preferably, the management system calculates the production cycle by adding the number of days in each process option and the number of days in the material type. Each additional process option can increase a time data, and each additional material type can increase a time data. If it is set to 0, the production cycle will not be increased. The management system supports different sites to adjust and update process information and price standards according to their own needs. The management system provides rich API interfaces and supports integration with third-party systems.

[0040] Specifically, the API interface allows the management system to seamlessly connect with external logistics, financial and customer management systems, thereby improving the efficiency of information flow.

[0041] Preferably, the management system includes security design, including data encryption and permission management. Different roles have different operating permissions. It also supports multi-terminal adaptation. Users can access it through PC, mobile terminal, mini-programs and other methods. The management system provides data visualization to assist managers in making decisions.

[0042] Specifically, the system uses SSL / TLS encryption protocol to ensure data transmission security, user data storage uses AES encryption algorithm, and permission management uses role-based access control RBAC model to ensure that different roles can only access functional modules and data within their authority. Data visualization displays business data in the form of charts, reports, etc., to help managers identify problems and optimize management strategies in a timely manner.

[0043] The present invention provides a multi-site order pricing management system. It has the following beneficial effects:

[0044] 1. The present invention basically realizes that the names and options of most of the process information of the products displayed on the front end of the system can be edited by themselves, and the pricing standards and production cycles can be set freely, which greatly increases the scope of product application. The option data created by the background "option setting" and "product management" are combined with the corresponding pricing module, and the price is set through step-by-step segmentation. Then, the site links created are cleverly used to transform into countless pricing methods.

[0045] 2. The present invention can be applied to a variety of products that use area as the main pricing method, creating countless sites with free price setting, independent pricing and ordering, and can accurately and efficiently process order requirements, flexibly adapt to market changes, and meet personalized system pricing requirements, thereby more effectively improving the order conversion rate.

[0046] 3. Through the unique design principle of the system of the present invention, the sites opened by the system are designed to make it more convenient for users to reduce usage costs. There is no need to configure professional and technical personnel related to program development and network maintenance. The system can increase or decrease processes and corresponding pricing rules according to the different nature of products, which greatly reduces the system maintenance costs in the actual operation process. BRIEF DESCRIPTION OF THE DRAWINGS

[0047] Figure 1 It is a flow chart of the present invention. DETAILED DESCRIPTION

[0048] The following will be combined with the drawings in the specification of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0049] Please see attached Figure 1 ;

[0050] 1. Example 1: Basic multi-site order pricing management system

[0051] step:

[0052] User registration and login:

[0053] Enable users to register and log in through user name, email, mobile phone and third-party platform.

[0054] Provide registration and login forms on the front-end interface, and handle user data storage and verification in the background.

[0055] Order information module:

[0056] Design a form for inputting basic user information, including but not limited to size, quantity, product and material type, number of layers, copper foil thickness, etc.

[0057] Realize the price display function and display the details and summary of each expense in real time.

[0058] Order Management Module:

[0059] Provides order list and detailed information display, including order number, date, cost, payment status, order status, etc.

[0060] Implement order filtering and attachment query functions to facilitate users to manage orders.

[0061] User background editing:

[0062] Provides user information editing function, users can modify personal information and passwords.

[0063] Implement data verification and update logic to ensure data consistency.

[0064] Backend module design:

[0065] Design the site administrator backend, including system basic information, order management, financial management, user management and base price setting modules.

[0066] The super administrator backend can create new sites, set site administrator permissions, create product types and material types, and edit the restricted permissions for process options of material types in site product types;

[0067] Database Design:

[0068] Create database tables for users, orders, products, materials, and prices, and set up relationships between the tables.

[0069] Automatically generate a price database, divided into two modules: "Customer Price" and "Site Price".

[0070] Summarize:

[0071] This embodiment provides a basic multi-site order metering management system, covering core functions such as user registration and login, order management, price display and data security, and is suitable for general multi-site order management needs.

[0072] 2. Example 2: Advanced multi-site order pricing management system

[0073] step:

[0074] Order Tracking Features:

[0075] Realize real-time update and display of order processing status and logistics information.

[0076] Integrate third-party logistics platform interface to obtain and display logistics information.

[0077] Online customer service support:

[0078] The front-end integrates online customer service function, and users can get help through the chat window.

[0079] The backend implements customer service message processing and management to ensure that user issues are resolved in a timely manner.

[0080] Financial Statement Module:

[0081] Implement financial reporting function, administrators can view monthly, quarterly and annual financial reports.

[0082] Automatically generate reports and provide export function.

[0083] Sales Commission Review:

[0084] The super administrator can review the sales commission application of the site administrator.

[0085] Implement commission calculation and review processes to ensure accuracy and transparency.

[0086] Automation function realization:

[0087] The system automatically calculates various fees using a tiered pricing system.

[0088] Realize the production cycle calculation, integrating the number of days for each process option.

[0089] Summarize:

[0090] This embodiment expands on the basic functions, adding advanced functions such as order tracking, online customer service, financial statements, and sales commission review, improving the system's automation and data visualization capabilities, and is suitable for multi-site enterprises that require sophisticated management.

[0091] 3. Example 3: Multi-site order pricing management system with multi-language support

[0092] step:

[0093] Multilingual front-end design:

[0094] Realize multi-language switching for modules such as user registration and login, order information, and order management.

[0095] Provide language selection function on the front-end interface to automatically switch the interface language.

[0096] Multi-language backend support:

[0097] The backend module supports multiple languages, and administrators can select the language based on the country or region where the site is located.

[0098] The database design supports multi-language storage by adding language fields to each table.

[0099] Multilingual data processing:

[0100] Implement the storage and display logic of multilingual data and display the corresponding data according to the language selected by the user.

[0101] The back-end interface supports multi-language data interaction and multi-language data transmission with third-party systems.

[0102] Multi-language API interface:

[0103] Provide API interfaces with multi-language support to ensure that data exchange with external systems supports multiple languages.

[0104] Implement internationalization of API interfaces to ensure data consistency.

[0105] User multi-language support:

[0106] In the user background editing module, users can select and switch the interface language to ensure a good user experience.

[0107] Implement multilingual notification and email functions to ensure that users can receive notifications that are consistent with their language habits.

[0108] Summarize:

[0109] This embodiment focuses on multi-language support, so that the system can be applied to users in different countries and regions, providing a better user experience, and is suitable for multi-site enterprises with transnational operations.

[0110] 4. Example 4: Multi-site order pricing management system with integrated payment function

[0111] step:

[0112] Online Payment Integration:

[0113] The online payment function is integrated into the order information module, and users can choose different payment methods to pay.

[0114] The backend integrates the payment gateway to process payment requests and callbacks to ensure a safe and smooth payment process.

[0115] Payment management module:

[0116] Add a payment management module to the site administrator backend so that the administrator can view and manage the payment status of each order.

[0117] Realize payment status tracking and error processing to ensure the reliability of the payment process.

[0118] Secure payment design:

[0119] Adopt SSL / TLS encryption protocol to ensure the secure transmission of payment data.

[0120] Integrate the security verification mechanism of the third-party payment platform to ensure the security of the payment process.

[0121] Automatic reconciliation function:

[0122] The system reconciles accounts with the payment platform regularly to ensure that the accounts are consistent.

[0123] Provide reconciliation reports so that administrators can view reconciliation results and identify and handle abnormal situations.

[0124] Payment Statement:

[0125] Provides payment reports so administrators can view the usage of each payment method and the payment success rate.

[0126] Supports the export and analysis of payment reports to assist financial management.

[0127] Summarize:

[0128] This embodiment integrates the online payment function, provides multiple payment methods, ensures the security and reliability of payment data, and is suitable for multi-site order management that requires the online payment function.

[0129] 5. Example 5: Highly scalable multi-site order pricing management system

[0130] step:

[0131] Modular Design:

[0132] The system adopts a modular design, and each functional module is independently developed and deployed to facilitate subsequent expansion and maintenance.

[0133] Design interfaces and communication protocols between modules to ensure efficient collaboration between modules.

[0134] Cloud deployment:

[0135] The system is deployed in the cloud, supports elastic scaling, and dynamically adjusts server resources according to business needs.

[0136] Implement a high availability architecture to ensure that the system can still run stably under high load conditions.

[0137] Multi-tenancy support:

[0138] The system supports multi-tenant architecture, and data at different sites are isolated from each other to ensure data security and privacy.

[0139] Implement tenant management function, super administrator can manage the permissions and resources of each tenant.

[0140] Plugin mechanism:

[0141] Provides a plug-in mechanism that allows developers to develop and integrate new functional plug-ins according to needs.

[0142] Design the plug-in interface to ensure that the plug-in can be seamlessly integrated into the system.

[0143] Automated operation and maintenance:

[0144] Realize automated operation and maintenance, and perform regular system backup, log monitoring, and automatic fault recovery.

[0145] Provides operation and maintenance reports, and administrators can view system operation status and fault records.

[0146] Summarize:

[0147] This embodiment focuses on the high scalability and high availability of the system and is suitable for large multi-site enterprises with expanding business scale and requiring flexible adjustment and expansion of functions.

[0148] Summary

[0149] Through the above five embodiments, different multi-site order pricing management systems have demonstrated different features from basic functions to advanced functions, multi-language support, integrated payment, and high scalability. Each embodiment is designed in detail for different needs, suitable for multi-site order management scenarios of different scales and needs, and provides a flexible, efficient, and secure order pricing solution.

[0150] Overall test experiment:

[0151] Objective: To test the key functions and performance indicators of the five implementation examples and verify their usability, stability, and performance.

[0152] Testing process:

[0153] Determine the test environment: Build an appropriate test environment, including servers, databases, and network environments.

[0154] According to the functions and features of each embodiment, corresponding test cases are designed.

[0155] Execute test cases and record test data and test results.

[0156] Analyze the test results and evaluate the functionality and performance of each implementation.

[0157] Write a test report summarizing the test results and evaluation of each embodiment.

[0158] Experimental table example:

[0159]

[0160]

[0161]

[0162] Through a unified test experiment plan and specific numerical data, we verified the performance and correctness of each implementation example in terms of the "order management module" function, ensuring the stable operation and reliability of the system in different usage scenarios.

[0163] Comparative experimental design:

[0164] Experiment 1: Performance comparison experiment

[0165] Objective: To compare the performance of the multi-site order pricing management system of the present invention with that of the prior art.

[0166] Comparison plan:

[0167] Existing technical solution: Using the traditional single-server architecture, order pricing and management functions are centralized on a single server for processing.

[0168] The technical solution of the present invention adopts a distributed architecture to disperse order pricing and management functions to multiple servers for processing, thereby achieving load balancing and high scalability.

[0169] Comparison process design:

[0170] Build a test environment of the same scale, including servers, databases, and network environments.

[0171] Use existing technical solutions to build a multi-site order metering management system and record the system's performance parameters, such as response time, concurrent processing capability, etc.

[0172] A multi-site order metering management system of the same scale is built using the technical solution of the present invention, and the performance parameters of the system are recorded.

[0173] Design a series of load test cases to simulate different user request situations, including the number of concurrent users, number of orders, etc.

[0174] Execute load test cases and record system performance data such as response time, throughput, etc.

[0175] Compare the performance data of the prior art solution and the technical solution of the present invention to evaluate their performance differences.

[0176] Example of experimental data table:

[0177] Test Parameters Existing technical solutions Technical solution of the present invention Response time (average) 100ms 50ms Maximum number of concurrent users 500 1000 Throughput 1000 times / minute 2000 times / minute CPU usage 70％ 40％ Memory usage 1GB 500MB

[0178] Experimental results analysis:

[0179] By comparing the experimental data, it can be seen that the multi-site order metering management system of the present invention has obvious advantages over the existing technical solutions in terms of performance. The technical solution of the present invention has lower response time, higher concurrent processing capability and greater throughput, and can better cope with large-scale order pricing and management needs.

[0180] Experiment 2: Scalability comparison experiment

[0181] Objective: To compare the differences in scalability between the multi-site order pricing management system of the present invention and the prior art.

[0182] Comparison plan:

[0183] Existing technical solution: using a single server architecture with limited scalability.

[0184] The technical solution of the present invention adopts a distributed architecture and modular design to support elastic scaling and functional expansion of the system.

[0185] Comparison process design:

[0186] Build a test environment of the same scale, including servers, databases, and network environments.

[0187] Use existing technical solutions to build a multi-site order metering management system and record the system's scalability parameters, such as the time and resource consumption of adding new sites.

[0188] Use the technical solution of the present invention to build a multi-site order metering management system of the same scale, and record the scalability parameters of the system.

[0189] Design a series of scalability test cases to simulate adding new sites, adding new functional modules, etc.

[0190] Execute scalability test cases and record the system's scalability data, such as the time to add new sites, resource consumption of new functional modules, etc.

[0191] Compare the scalability data of the prior art solution and the technical solution of the present invention to evaluate the difference in scalability.

[0192] Example of experimental data table:

[0193] Test Parameters Existing technical solutions Technical solution of the present invention Time to add new sites 1 hour 10 minutes Resource consumption of new functional modules high Low Maximum number of supported sites 10 100 Maximum supported order quantity 1000 10000 Scaling server costs high Low

[0194] Experimental results analysis:

[0195] By comparing the experimental data, it can be seen that the multi-site order pricing management system of the present invention has obvious advantages over the existing technical solutions in terms of scalability. The technical solution of the present invention can add new sites faster, the resource consumption of the new functional modules is lower, and better system scalability is provided.

[0196] Experiment 3: Safety comparison experiment

[0197] Objective: To compare the security differences between the multi-site order pricing management system of the present invention and the prior art.

[0198] Comparison plan:

[0199] Existing technical solutions: Use basic security measures, such as SSL / TLS encryption protocols and basic authentication mechanisms.

[0200] The technical solution of the present invention: on the basis of the existing technology, stronger security measures are added, such as access control, data encryption and audit log.

[0201] Comparison process design:

[0202] Set up the same security testing environment, including network security equipment and security testing tools.

[0203] Use existing technical solutions to build a multi-site order metering management system and record the system's security parameters, such as data encryption level, identity authentication mechanism, etc.

[0204] A multi-site order metering management system of the same scale is built using the technical solution of the present invention, and the security parameters of the system are recorded.

[0205] Design a series of security test cases to simulate network attacks, data leaks, etc.

[0206] Execute security test cases and record the system's security data, such as attack detection rate, data leakage, etc.

[0207] Compare the safety data of the prior art solutions and the technical solutions of the present invention to evaluate their safety differences.

[0208] Example of experimental data table:

[0209]

[0210]

[0211] Experimental results analysis:

[0212] By comparing the experimental data, it can be seen that the multi-site order metering management system of the present invention has obvious advantages over the existing technical solutions in terms of security. The technical solution of the present invention has a higher attack detection rate and can better prevent network attacks; at the same time, the technical solution of the present invention can completely protect data, avoid the risk of data leakage, and provide higher security guarantees.

[0213] Through the above three comparative experiments, the advantages of the multi-site order pricing management system of the present invention over the prior art can be explained in detail, including performance advantages, scalability advantages and security advantages. By comparing the experimental data and parameters, the superiority of the technical solution of the present invention can be intuitively reflected.

[0214] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A multi-site order pricing management system, characterized in that: The management system includes two parts: a front-end module and a back-end module.

2. A multi-site order pricing management system according to claim 1, characterized in that: The front-end module includes a user registration and login module, an order information module, an order management module and a user background editing module: The user registration and login module supports registration and login via username, email, mobile phone and third-party platform; The order information module includes basic user information input, including but not limited to size, quantity, product and material type, number of layers, copper foil thickness, board thickness, circuit and drilling parameters, production cycle, transportation or express information, and customer notes; The order information module also includes a price display function, which displays the details and summary of each fee; The order information module provides a summary of processing parameter details, showing the details and summary of each process; The order information module includes an attachment upload function; The order management module records and displays detailed information of all placed orders, including order number, date, cost, payment status and method, order status, attachment query and order screening; The user background editing module is used to edit user information, including modifying user passwords.

3. A multi-site order pricing management system according to claim 1, characterized in that: The backend modules include site administrator backend and super administrator backend: The site administrator backend includes a system basic information module, an order management module, a financial management module, a user management module and a base price setting module; The system basic information module displays the system name, LOGO, version, system development entity and site administrator login password update function; The order management module displays the order list and order details, including order number, customer name, order quantity, order time, attachments, order amount and payment status, order status, etc.; The financial management module records and displays the site administrator's order amount or business commission application record; The user management module displays the front-end user's account and registration information, and can edit the user's main information and remarks; The base price setting module includes "customer price" setting and "site price" setting, and produces different pricing effects through different pricing methods.

4. A multi-site order pricing management system according to claim 3, characterized in that: In addition to the site administrator's permissions, the super administrator backend also has the following permissions: Create a new site and set permissions for its site administrator; Permission to create site product types and material types; Restricted permission to edit process options for material types in site product types; Permission to add, remove or edit site crafting options; Permission to set the site's online payment platform parameters; Review the sales commission permissions of each site administrator.

5. A multi-site order pricing management system according to claim 1, characterized in that: After each site is created in the management system, the system will automatically create a corresponding price database, which is divided into two modules: "customer price" and "site price".

6. A multi-site order pricing management system according to claim 5, characterized in that: For each additional process option in the management system option settings, the front end will add the corresponding option name, and at the same time add a set of pricing data to be filled in the price settings, including surcharges for each item, surcharges per square meter, normal days, expedited days, expedited fees per square meter, expedited fees for each item, and a percentage fee added to the total amount.

7. A multi-site order pricing management system according to claim 3, characterized in that: In the "Product Management" of the super administrator background, after creating a product type, multiple material types can be added, and a material pricing module to be filled in will be automatically created. The data to be filled in include surcharges per square meter, surcharges for each item, and additional days for each material.

8. A multi-site order pricing management system according to claim 1, characterized in that: The management system adopts a tiered price setting method for pricing. The segmented values ​​can be defined by oneself, and the area is calculated in segments from small to large. The setting of each tiered segment includes a minimum billing area. Orders exceeding this area are priced according to the corresponding billing standards.

9. A multi-site order pricing management system according to claim 1, characterized in that: The management system calculates the production cycle by adding the number of days in each process option and the number of days in the material type. Each additional process option can increase a time data, and each additional material type can increase a time data. If it is set to 0, the production cycle will not be increased. The management system supports different sites to adjust and update process information and price standards according to their own needs. The management system provides rich API interfaces and supports integration with third-party systems.

10. A multi-site order pricing management system according to claim 1, characterized in that: The management system includes security design, including data encryption and permission management. Different roles have different operating permissions. It also supports multi-terminal adaptation. Users can access it through PC, mobile terminal, mini-programs and other methods. The management system provides data visualization to assist managers in making decisions.

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