Transportation enterprise informatization management system

Abstract

According to the transportation enterprise informatization management system, the operation efficiency of an enterprise is remarkably improved by integrating the functions of vehicle management, financial management, logistics management, risk control, safety guarantee and the like; according to the system, vehicle scheduling and route planning are optimized by using an intelligent tool, the cost is finely controlled, the risk management capability is enhanced, and data-driven decision support is provided; potential risks are monitored in real time, the system assists enterprises in handling in advance, and the accident rate and financial risks are reduced; meanwhile, the system enhances data encryption and security auditing, ensures information security, and complies with the requirements of laws and regulations. The application of the system not only improves the profitability of the enterprise, but also enhances the customer satisfaction and market competitiveness, lays a solid foundation for the sustainable development of the comprehensive transportation enterprise, and generally, the informatization management system is an important tool for improving the management level, optimizing the resource allocation and guaranteeing the safe operation of the modern comprehensive transportation enterprise.

Description

Technical Field

[0001] The present invention relates to the technical field of enterprise information management, and specifically to an information management system for transportation enterprises, which aims to achieve comprehensive management and efficient operation of various businesses of transportation enterprises through integrated information technology means. Background Art

[0002] With the booming global trade and the rapid growth of logistics and transportation demand, transportation companies are facing huge challenges and opportunities. In order to meet this challenge, many transportation companies have begun to increase their efforts in information construction, aiming to improve the efficiency of logistics operations, reduce costs, improve service quality, and enhance the competitiveness of enterprises through the application of information technology.

[0003] At present, the current status of the information management system of transportation enterprises is mainly manifested in the following aspects:

[0004] Logistics information platforms emerge: With the rapid development of Internet technology, logistics information platforms have sprung up like mushrooms after rain. These platforms integrate logistics resources and provide one-stop services such as cargo tracking, transportation scheduling, and order management, providing great convenience for transportation companies.

[0005] Management systems are widely used: In enterprises, management systems such as ERP (Enterprise Resource Planning), WMS (Warehouse Management System), TMS (Transportation Management System) are also widely used. These systems realize the digitization and automation of logistics business processes and improve the operational efficiency of enterprises.

[0006] Intelligent equipment is gradually being used: Automated warehousing equipment, driverless trucks, intelligent sorting robots and other intelligent equipment are gradually being used in the transportation field. These devices not only improve the efficiency and accuracy of logistics operations, but also reduce labor costs and labor intensity.

[0007] Data sharing and exchange promotes collaborative development: The sharing and exchange of logistics data has promoted the collaborative development of the logistics industry to a certain extent. Through data analysis and mining, enterprises can optimize transportation routes, predict market demand, and reasonably allocate inventory, thereby improving overall operational efficiency.

[0008] Although the information management system of transportation enterprises has made remarkable achievements, the most recent existing technology still has the following shortcomings:

[0009] The phenomenon of information islands is serious: Due to differences in data formats and interfaces between different enterprises and systems, data exchange and sharing are difficult. This not only increases the cost of enterprise information construction, but also restricts the overall development of the logistics industry.

[0010] Information security issues are prominent: With the improvement of informatization, information security issues are becoming increasingly prominent. Logistics companies face risks such as data leakage, hacker attacks, and network viruses during data transmission, storage, and processing. Once an information security incident occurs, it will not only cause economic losses to the company, but may also affect the company's reputation and customer trust.

[0011] Insufficient system integration: Although many transportation companies have introduced multiple information management systems, the integration between these systems is still insufficient, which results in companies having to perform multiple data entry and conversions when using these systems, reducing work efficiency.

[0012] Lack of compound talents: The information management system of transportation enterprises requires compound talents who understand both logistics business and information technology to maintain and manage. However, there is a relative shortage of such talents at present. The employees of many logistics enterprises have limited ability to apply information technology and it is difficult to meet the needs of information construction.

[0013] Insufficient capital investment: Information construction requires a large amount of capital for hardware equipment purchase, software system development, personnel training, etc. For some small and medium-sized transportation companies, capital pressure has become an important factor restricting their information construction.

[0014] In summary, although the background technology of the information management system of transportation enterprises has made remarkable achievements, there are still many challenges and problems. In order to promote the further development of information management of transportation enterprises, it is necessary to continuously strengthen technological innovation and talent training, improve the integration and security of the system, reduce the cost of information construction, and promote the formulation and unification of industry standards. Summary of the invention

[0015] The present invention aims to provide a comprehensive, efficient and secure information management system for transportation enterprises. By integrating multiple modules such as vehicle information management, financial management, logistics management, risk control and user interaction, it can realize comprehensive information management of transportation enterprise operations and improve operational efficiency, financial transparency, logistics management capabilities and risk control levels.

[0016] To achieve the above object, the present invention provides the following technical solutions:

[0017] A transportation enterprise information management system, the system comprising:

[0018] a) Front-end user interaction interface, providing intuitive operation interface and data display;

[0019] b) a back-end service layer, connected to the front-end user interaction interface, processing business logic and data interaction, including a vehicle information management module, a financial management module, a logistics management module, and a risk control management module;

[0020] c) a data storage layer, connected to the back-end service layer, storing vehicle information, financial information, logistics information and risk information data required by the front-end user interaction interface and the back-end service layer;

[0021] d) The security monitoring layer is connected to the data storage layer and adopts security protection measures such as data encryption, access control, real-time monitoring and early warning.

[0022] Furthermore, the front-end user interaction interface specifically includes:

[0023] Data display area, showing operational data in the form of charts and tables;

[0024] Operation function area, which provides function buttons and input boxes for users to perform operations;

[0025] User authority management module, which assigns different operation permissions according to user roles and permissions.

[0026] Furthermore, the vehicle information management module of the backend service layer specifically includes:

[0027] The electronic document storage and identification module uses OCR technology to quickly electronically store and automatically identify vehicle documents;

[0028] Insurance information management module, comprehensively manage vehicle insurance information;

[0029] The account management module provides detailed account management functions.

[0030] Furthermore, the financial management module of the backend service layer specifically includes:

[0031] Journal record module, to establish journal records;

[0032] Accounting voucher generation module, automatically generates accounting vouchers;

[0033] The data analysis and report generation module provides data analysis and report generation functions.

[0034] Furthermore, the logistics management module of the backend service layer specifically includes:

[0035] Route planning module, planning the optimal transportation route;

[0036] Vehicle dispatch module, realizing vehicle dispatch function;

[0037] Loading optimization module optimizes loading plan and improves loading rate.

[0038] Furthermore, the financial management module establishes a journal record and automatically generates accounting vouchers, wherein the efficiency of the financial management module is also measured by a financial efficiency index, which is calculated to evaluate the efficiency improvement of the system on the financial processing flow, and the calculation formula is as follows:

[0039]

[0040] The number of automatically processed accounts refers to the number of accounts completed automatically by the system, and the total number of accounts refers to the number of all accounts in the system.

[0041] Furthermore, the logistics management module provides route planning, vehicle scheduling, and loading optimization functions, wherein the efficiency of the logistics management module is also measured by the logistics efficiency index, which is calculated to evaluate the punctuality and reliability of logistics services. The calculation formula is as follows:

[0042]

[0043] Among them, the number of on-time deliveries refers to the number of deliveries completed on time, and the total number of deliveries refers to the number of all delivery tasks in the system.

[0044] Furthermore, the risk control management module integrates data analysis tools to monitor potential risks in real time. The risk control management module also measures risks through risk warning indexes, calculates risk warning indexes based on the number of risks, and is used to assess the overall risk level and trigger warning measures. The calculation formula is as follows:

[0045]

[0046] Among them, the number of risks warned refers to the number of risks automatically warned by the system, and the total number of risks refers to the number of all risks in the system.

[0047] Furthermore, the security monitoring layer specifically includes:

[0048] Data encryption module: encrypts sensitive data in the system to prevent data leakage and illegal access;

[0049] Access control module: strictly controls access to the system based on user roles and permissions to ensure that only legitimate users can access system resources;

[0050] Real-time monitoring module: monitor the system's operating status in real time, and promptly detect and handle abnormal events;

[0051] Early warning module: Based on real-time monitoring results, it warns of potential security risks and reminds users to take corresponding protective measures;

[0052] The security audit module records system operation logs, conducts security audits and troubleshooting, and ensures the security and compliance of the system.

[0053] Beneficial effects of the present invention:

[0054] 1. Significantly improve operational efficiency: Through intelligent and automated management tools, the system can optimize vehicle scheduling, route planning and loading plans, reduce manual operations, shorten transportation time, and thus significantly improve overall operational efficiency;

[0055] 2. Refined cost control and financial management: The system comprehensively records and analyzes financial data, including vehicle maintenance, fuel consumption, insurance costs, etc., to help companies accurately control costs, optimize financial decisions, and improve profitability;

[0056] 3. Enhanced risk management capabilities: Through real-time monitoring and early warning of potential risks, the system helps enterprises take measures in advance to reduce accident rates and financial risks and improve operational safety and stability;

[0057] 4. Data-driven decision-making: The system provides a wealth of data reports and analysis tools, supports multi-dimensional and in-depth business analysis, provides a scientific basis for corporate decision-making, and promotes continuous business improvement and innovation;

[0058] 5. Improve customer satisfaction: By optimizing logistics processes and improving service quality, the system helps to improve customer satisfaction and enhance the company's market competitiveness;

[0059] 6. Security and Compliance: The system strengthens data encryption, access control and security auditing to ensure the security of corporate information, while helping companies comply with relevant laws and regulations and reduce compliance risks.

[0060] To sum up, the application of this comprehensive transportation enterprise information management system has a significant positive effect on improving the overall operation level of the enterprise, enhancing market competitiveness, and ensuring information security. BRIEF DESCRIPTION OF THE DRAWINGS

[0061] Figure 1 This is a system structure diagram of a transportation enterprise information management system of the present invention;

[0062] Figure 2 This is a structural diagram of the front-end user interaction interface;

[0063] Figure 3 This is a diagram of the structure of the backend service layer;

[0064] Figure 4 This is the structural composition diagram of the security monitoring layer. DETAILED DESCRIPTION

[0065] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Generally, the components of the embodiments of the present invention described and shown in the drawings here can be arranged and designed in various different configurations.

[0066] The present invention provides a comprehensive transportation enterprise information management system, which realizes comprehensive, efficient and intelligent management of various businesses of the transportation enterprise by integrating the front-end user interaction interface, the back-end service layer, the data storage layer and the security monitoring layer, and provides a specific calculation formula for evaluating the system performance.

[0067] System composition:

[0068] 1. Front-end user interface

[0069] Implementation method:

[0070] The front-end user interaction interface includes data display area, operation function area and user authority management module;

[0071] The data display area intuitively displays operational data in the form of charts, tables, etc.; the operation function area provides function buttons and input boxes for users to perform operations; the user authority management module assigns different operation permissions based on user roles and permissions.

[0072] Function:

[0073] Provides an intuitive and easy-to-use operation interface and data display, allowing users to quickly obtain required information and perform operations;

[0074] Access control is performed based on user roles and permissions to ensure system security and compliance.

[0075] Technical issues solved:

[0076] In traditional management methods, users need to manually query and organize data, which is cumbersome and error-prone.

[0077] Chaotic user rights management can easily lead to data leakage and system security issues.

[0078] Technical effect:

[0079] Improve user operation efficiency and data accuracy.

[0080] Strengthen system security and user authority management.

[0081] The superiority of the effect:

[0082] Compared with traditional management methods, this solution can significantly improve user operation experience and data security.

[0083] 2. Backend Service Layer

[0084] 1. Vehicle information management module

[0085] Implementation method:

[0086] The vehicle information management module includes the electronic storage and identification module of certificates, the insurance information management module and the account management module;

[0087] The electronic document storage and identification module uses OCR technology to quickly electronically store and automatically identify vehicle documents; the insurance information management module comprehensively manages vehicle insurance information; and the account management module provides detailed account management functions.

[0088] Function:

[0089] Realize rapid electronic storage and automatic identification of vehicle certificates to improve management efficiency;

[0090] Comprehensively manage vehicle insurance information to ensure the accuracy and timeliness of vehicle insurance information;

[0091] Provides detailed account management functions to facilitate financial auditing and cost control for enterprises.

[0092] Technical issues solved:

[0093] Vehicle certificate management is cumbersome and easy to be lost or damaged;

[0094] Failure to update vehicle insurance information in a timely manner may result in insurance invalidation or difficulty in claim settlement;

[0095] Account management is chaotic, making it difficult to conduct accurate financial audits and cost controls.

[0096] Technical effect:

[0097] Simplify the vehicle certificate management process and improve management efficiency.

[0098] Ensure the accuracy and timeliness of vehicle insurance information and reduce insurance risks.

[0099] Standardize and automate account management and improve the accuracy of financial auditing and cost control.

[0100] The superiority of the effect:

[0101] Compared with traditional management methods, this solution can significantly improve vehicle information management efficiency and reduce insurance risks and financial costs.

[0102] 2. Financial management module

[0103] Implementation method:

[0104] The financial management module includes the journal record module, accounting voucher generation module, data analysis and report generation module, and financial efficiency index calculation module;

[0105] The journal record module establishes journal records; the accounting voucher generation module automatically generates accounting vouchers; the data analysis and report generation module provides data analysis and report generation functions; the financial efficiency index calculation module calculates the financial efficiency index based on the proportion of the number of automated account transactions to the total number of account transactions

[0106]

[0107] Through the FEI index, enterprises can intuitively understand the optimization effect of the system on financial processing procedures.

[0108] Function:

[0109] Automate and standardize journal records to ensure that every financial income and expenditure is traceable.

[0110] Automatically generate accounting documents to reduce manual entry errors.

[0111] Provides data analysis and report generation functions to help companies make financial decisions.

[0112] Calculate the financial efficiency index to evaluate the efficiency improvement of the system on financial processing procedures.

[0113] Technical issues solved:

[0114] The journal records are confusing and difficult to trace and audit.

[0115] Manual entry of accounting documents is prone to errors, which affects the accuracy of financial statements.

[0116] The lack of effective data analysis and report generation tools makes it difficult to make accurate financial decisions.

[0117] It is impossible to quantify the efficiency improvement of the financial processing flow by the evaluation system.

[0118] Technical effect:

[0119] Realize the automation and standardization of journal records to improve the efficiency and accuracy of financial audits.

[0120] Reduce the error rate of manual entry of accounting documents and improve the accuracy of financial statements.

[0121] Provides data analysis and report generation functions to provide strong support for corporate financial decision-making.

[0122] By calculating the financial efficiency index, the efficiency improvement of the financial processing flow by the evaluation system can be quantitatively evaluated.

[0123] The superiority of the effect:

[0124] Compared with traditional financial management methods, this solution can significantly improve financial audit efficiency, financial statement accuracy, financial decision support capabilities and financial processing efficiency.

[0125] 3. Logistics management module

[0126] Implementation method:

[0127] The logistics management module includes a route planning module, a vehicle scheduling module, a loading optimization module, and a logistics efficiency index calculation module;

[0128] The route planning module plans the optimal transportation route according to transportation demand and road condition information; the vehicle scheduling module implements the vehicle scheduling function; the loading optimization module optimizes the loading plan and improves the loading rate; the logistics efficiency index calculation module calculates the logistics efficiency index according to the ratio of on-time delivery times to total delivery times

[0129]

[0130] Through the LEI index, companies can evaluate the overall performance of logistics services and optimize logistics processes.

[0131] Function:

[0132] Plan the optimal transportation route based on transportation demand and road condition information to improve transportation efficiency.

[0133] Realize automation and intelligence of vehicle dispatching to ensure rational use of vehicle resources.

[0134] Optimize loading plans, improve loading rates, and reduce transportation costs.

[0135] Calculate the logistics efficiency index to evaluate the punctuality and reliability of logistics services.

[0136] Technical issues solved:

[0137] Unreasonable transportation route planning leads to low transportation efficiency.

[0138] Vehicle scheduling is chaotic and vehicle resource utilization is low.

[0139] The loading plan is unreasonable, the loading rate is low and the transportation cost is high.

[0140] It is impossible to quantitatively assess the punctuality and reliability of logistics services.

[0141] Technical effect:

[0142] Improve transportation efficiency and reduce transportation costs.

[0143] Realize automation and intelligence of vehicle dispatching and improve vehicle resource utilization.

[0144] Optimize loading plans, improve loading rates, and further reduce transportation costs.

[0145] By calculating the logistics efficiency index, the punctuality and reliability of logistics services can be quantitatively evaluated.

[0146] The superiority of the effect:

[0147] Compared with traditional logistics management methods, this solution can significantly improve transportation efficiency, vehicle resource utilization, loading rate and logistics service quality.

[0148] 4. Risk control management module

[0149] Implementation method:

[0150] The risk control management module includes risk identification module, risk assessment module, risk warning module and risk warning index calculation module;

[0151] The risk identification module is responsible for identifying potential risks; the risk assessment module assesses the identified risks; the risk warning module triggers warning measures based on the assessment results; the risk warning index calculation module calculates the risk warning index based on the ratio of the number of risks that have been warned to the total number of risks.

[0152]

[0153] Through the RWI index, companies can understand the effectiveness of the risk warning system and adjust risk control strategies in a timely manner.

[0154] Function:

[0155] Identify potential risks and ensure safe business operations.

[0156] Assess the identified risks and determine the risk level and impact.

[0157] Trigger early warning measures based on the assessment results and respond to risks in a timely manner.

[0158] Calculate the risk warning index and assess the overall risk level.

[0159] Technical issues solved:

[0160] Failure to identify risks in a timely manner leads to frequent risk events.

[0161] Inaccurate risk assessment makes it difficult to formulate effective response measures.

[0162] The lack of an effective risk warning mechanism makes it difficult to respond to risks in a timely manner.

[0163] It is not possible to quantify the overall risk level.

[0164] Technical effect:

[0165] Improve the timeliness and accuracy of risk identification and reduce the probability of risk events occurring.

[0166] Realize the standardization and automation of risk assessment and improve the accuracy of risk assessment.

[0167] Establish an effective risk warning mechanism to respond to risks in a timely manner and reduce risk losses.

[0168] By calculating the risk warning index and quantitatively assessing the overall risk level, we can provide strong support for risk management.

[0169] The superiority of the effect:

[0170] Compared with traditional risk management methods, this solution can significantly improve the timeliness and accuracy of risk identification, the accuracy of risk assessment, the timeliness of risk warning and the overall risk management level.

[0171] 3. Data Storage Layer

[0172] Implementation method:

[0173] The data storage layer uses efficient data storage and access technologies to ensure that all types of data required by the front-end user interaction interface and the back-end service layer can be stored and accessed efficiently and securely.

[0174] Function:

[0175] Stores various data required by the front-end user interaction interface and the back-end service layer.

[0176] Provide efficient and secure data access and query functions.

[0177] Technical issues solved:

[0178] Inefficient data storage and access affects system performance.

[0179] Insufficient data security can easily lead to data leakage and illegal access.

[0180] Technical effect:

[0181] Improve data storage and access efficiency and enhance system performance.

[0182] Strengthen data security to prevent data leakage and illegal access.

[0183] The superiority of the effect:

[0184] Compared with traditional data storage methods, this solution can significantly improve data storage and access efficiency as well as data security.

[0185] 4. Security Monitoring Layer

[0186] Implementation method:

[0187] The security monitoring layer includes data encryption module, access control module, real-time monitoring module, early warning module and security audit module;

[0188] The data encryption module encrypts sensitive data in the system; the access control module strictly controls access to the system based on user roles and permissions; the real-time monitoring module monitors the operating status of the system in real time; the early warning module warns of potential security risks based on real-time monitoring results; the security audit module records system operation logs and conducts security audits and troubleshooting.

[0189] Function:

[0190] Encrypt sensitive data in the system to prevent data leakage and illegal access.

[0191] Access to the system is strictly controlled based on user roles and permissions.

[0192] Monitor the system's operating status in real time to detect and handle abnormal events in a timely manner.

[0193] Issue early warnings for potential security risks based on real-time monitoring results.

[0194] Record system operation logs, conduct security audits and troubleshooting to ensure system security and compliance.

[0195] Technical issues solved:

[0196] Insufficient data security can easily lead to data leakage and illegal access.

[0197] Lax access control can easily lead to illegal access and operation of the system.

[0198] The lack of effective real-time monitoring and early warning mechanisms makes it difficult to detect and deal with security risks in a timely manner.

[0199] The lack of security auditing and troubleshooting mechanisms makes it difficult to ensure the security and compliance of the system.

[0200] Technical effect:

[0201] Strengthen data security to prevent data leakage and illegal access.

[0202] Realize strict and automated access control and improve system security.

[0203] Establish an effective real-time monitoring and early warning mechanism to promptly detect and deal with security risks.

[0204] Conduct security audits and troubleshooting to ensure system security and compliance.

[0205] The superiority of the effect:

[0206] Compared with traditional security monitoring methods, this solution can significantly improve data security, access control strictness, real-time monitoring and early warning capabilities, as well as security auditing and troubleshooting capabilities. Specific embodiment:

[0208] Construction and application of an information management system for transportation enterprises

[0209] 1. System Overview

[0210] This embodiment aims to describe the construction and application process of a transportation enterprise information management system, which integrates multiple modules such as vehicle information management, financial management, logistics management, risk control management, and user interaction interface, and aims to improve the operational efficiency, cost control capabilities, and market competitiveness of transportation enterprises.

[0211] 2. System Architecture

[0212] The system adopts a layered architecture design, including a front-end user interaction interface, a back-end service layer, a data storage layer, and a security monitoring layer. Each layer communicates through a standard interface to ensure the scalability and maintainability of the system.

[0213] Module Implementation

[0214] Front-end user interface

[0215] Function: Provides an intuitive operation interface, including entrances to vehicle information management, financial management, logistics management and risk control management, as well as data display and report generation functions.

[0216] Technical implementation: Use HTML5, CSS3 or JavaScript front-end technology, combined with React or Vue front-end framework to achieve responsive layout and dynamic data update.

[0217] Backend service layer

[0218] Vehicle information management module

[0219] Function: Manage basic vehicle information, certificate information, insurance information and account information.

[0220] Technical implementation: Use the Spring Boot backend framework, combined with MySQL or PostgreSQL relational database, to implement data addition, deletion, modification and query functions, and use OCR technology to realize automatic recognition and entry of document information.

[0221] Financial Management Module

[0222] Function: Realize journal records, automatic generation of accounting documents, data analysis and report generation.

[0223] Technical implementation: Adopt microservice architectures such as Spring Cloud and combine caching technologies such as Redis to improve data processing efficiency. Use libraries such as Apache POI to automatically generate and export reports.

[0224] Logistics Management Module

[0225] Functionality: Provides route planning, vehicle scheduling, loading optimization, and logistics tracking capabilities.

[0226] Technical implementation: Integrate Baidu Map or Amap API to achieve route planning and logistics tracking. Use genetic algorithms or heuristic algorithms for vehicle scheduling and loading optimization.

[0227] Risk control management module

[0228] Function: Realize risk identification, assessment and early warning functions.

[0229] Technical implementation: Use machine learning algorithms, such as logistic regression and decision trees, to mine and analyze operational data and identify potential risks. Set risk thresholds and trigger early warning mechanisms when risks exceed the thresholds.

[0230] Data storage layer

[0231] Function: Various data required by the storage system, including vehicle information, financial information, logistics information, risk information, etc.

[0232] Technical implementation: Use relational databases such as MySQL or PostgreSQL to store structured data, and use non-relational databases such as MongoDB to store semi-structured or unstructured data. Use ORM frameworks such as MyBatis or Hibernate to access the database.

[0233] Security monitoring layer

[0234] Function: Ensure the security and integrity of system data and prevent data leakage and illegal access.

[0235] Technical implementation: Use HTTPS protocol for data transmission encryption, use Spring Security and other security frameworks to implement access control and identity authentication. Use ELK Stack (Elasticsearch, Logstash, Kibana) to achieve log collection, analysis and visualization.

[0236] 4. System Application

[0237] Vehicle information management

[0238] Administrators can enter basic vehicle information through the system, such as license plate number, vehicle model, driver information, etc.

[0239] The system automatically identifies and stores vehicle certificate information, such as vehicle registration certificate, driver's license, etc.

[0240] Administrators can query and compile statistics on vehicle insurance and account information to facilitate cost control and financial analysis.

[0241] Financial Management

[0242] The system automatically records journal information, including income, expenditure and settlement.

[0243] Automatically generate accounting vouchers based on journal information to reduce manual entry errors.

[0244] Provides data analysis and report generation capabilities to help corporate management make financial decisions.

[0245] Logistics Management

[0246] The system automatically plans the optimal transportation route based on transportation demand and road conditions.

[0247] Realize vehicle dispatching function to ensure rational use of vehicle resources.

[0248] Provide loading optimization solutions to improve loading rate and transportation cost-effectiveness.

[0249] Track logistics information in real time to ensure safe delivery of goods.

[0250] Risk Control Management

[0251] The system mines and analyzes operational data to identify potential risks.

[0252] When the risk exceeds the set threshold, the early warning mechanism is triggered to remind the administrator to take timely measures.

[0253] Provide risk reports and solution recommendations to help companies reduce operational risks.

[0254] 5. System Effect

[0255] Improve operational efficiency: Improve the efficiency of vehicle information management, financial management and logistics management through automation and intelligent means.

[0256] Reduce operating costs: Reduce transportation costs and risk costs through loading optimization and risk control functions.

[0257] Improve service quality: track logistics information in real time to ensure safe delivery of goods and improve customer satisfaction.

[0258] Enhance market competitiveness: Through data analysis and report generation functions, provide scientific decision-making support for enterprises, help enterprises optimize operation strategies and improve market competitiveness.

[0259] VI. Conclusion

[0260] The information management system for transportation enterprises provided in this embodiment realizes comprehensive information management of enterprise operations by integrating multiple functional modules. The system not only improves the operational efficiency and management level of the enterprise, but also reduces the operating cost and risk cost, and improves the service quality and market competitiveness. Therefore, the system has significant technical innovation and practical value.

[0261] The present invention and its embodiments are described above, and such description is not restrictive. The drawings show only one embodiment of the present invention, and the actual structure is not limited thereto. In short, if ordinary technicians in the field are inspired by it, without departing from the purpose of the invention, they can design a structure and embodiment similar to the technical solution without creativity, which should belong to the protection scope of the present invention.

Claims

1. A transportation enterprise information management system, characterized in that: The system includes: a) Front-end user interaction interface, providing intuitive operation interface and data display; b) a back-end service layer, connected to the front-end user interaction interface, processing business logic and data interaction, including a vehicle information management module, a financial management module, a logistics management module, and a risk control management module; c) a data storage layer, connected to the back-end service layer, storing vehicle information, financial information, logistics information and risk information data required by the front-end user interaction interface and the back-end service layer; d) The security monitoring layer is connected to the data storage layer and adopts security protection measures such as data encryption, access control, real-time monitoring and early warning.

2. The information management system for transportation enterprises according to claim 1 is characterized by: The front-end user interaction interface specifically includes: Data display area, showing operational data in the form of charts and tables; Operation function area, which provides function buttons and input boxes for users to perform operations; User authority management module, which assigns different operation permissions according to user roles and permissions.

3. The information management system for transportation enterprises according to claim 1 is characterized by: The vehicle information management module of the backend service layer specifically includes: The electronic document storage and identification module uses OCR technology to quickly electronically store and automatically identify vehicle documents; Insurance information management module, comprehensively manage vehicle insurance information; The account management module provides detailed account management functions.

4. The information management system for transportation enterprises according to claim 1 is characterized by: The financial management module of the backend service layer specifically includes: Journal record module, to establish journal records; Accounting voucher generation module, automatically generates accounting vouchers; The data analysis and report generation module provides data analysis and report generation functions.

5. The information management system for transportation enterprises according to claim 1 is characterized by: The logistics management module of the backend service layer specifically includes: Route planning module, planning the optimal transportation route; Vehicle dispatch module, realizing vehicle dispatch function; Loading optimization module optimizes loading plan and improves loading rate.

6. The information management system for transportation enterprises according to claim 4 is characterized by: The financial management module establishes journal records and automatically generates accounting vouchers. The efficiency of the financial management module is also measured by the financial efficiency index. The financial efficiency index is calculated to evaluate the efficiency improvement of the system on the financial processing flow. The calculation formula is as follows: The number of automatically processed accounts refers to the number of accounts completed automatically by the system, and the total number of accounts refers to the number of all accounts in the system.

7. The information management system for transportation enterprises according to claim 5 is characterized by: The logistics management module provides route planning, vehicle scheduling, and loading optimization functions. The efficiency of the logistics management module is also measured by the logistics efficiency index, which is calculated to evaluate the punctuality and reliability of logistics services. The calculation formula is as follows: Among them, the number of on-time deliveries refers to the number of deliveries completed on time, and the total number of deliveries refers to the number of all delivery tasks in the system.

8. The information management system for transportation enterprises according to claim 1 is characterized by: The risk control management module integrates data analysis tools to monitor potential risks in real time. The risk control management module also measures risks through risk warning indexes. The risk warning index is calculated based on the number of risks to assess the overall risk level and trigger warning measures. The calculation formula is as follows: Among them, the number of risks warned refers to the number of risks automatically warned by the system, and the total number of risks refers to the number of all risks in the system.

9. The information management system for transportation enterprises according to claim 1 is characterized by: The security monitoring layer specifically includes: Data encryption module: encrypts sensitive data in the system to prevent data leakage and illegal access; Access control module: strictly controls access to the system based on user roles and permissions to ensure that only legitimate users can access system resources; Real-time monitoring module: monitor the system's operating status in real time, and promptly detect and handle abnormal events; Early warning module: Based on real-time monitoring results, it warns of potential security risks and reminds users to take corresponding protective measures; The security audit module records system operation logs, conducts security audits and troubleshooting, and ensures the security and compliance of the system.

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