Intelligent quarantine processing system

Abstract

The invention discloses an intelligent quarantine processing system, and relates to the technical field of port entry and exit quarantine, the system comprises a quarantine processing end and an information platform end, the quarantine processing end comprises a management query module, a quarantine operation module and a supervision scheduling module, and the information platform end and the quarantine processing end realize docking interaction. The information platform end comprises a service entrusting query module, a data pushing module, a client information verification module and a bill management module; the intelligent quarantine treatment system is technically characterized in that after the intelligent quarantine treatment system is introduced, working efficiency can be improved, personal errors can be reduced, quality safety can be guaranteed, meanwhile, real-time monitoring can be achieved, effective and stable fumigation quarantine work can be guaranteed, fumigation is guaranteed to meet the requirement, and meanwhile, the intelligent quarantine treatment system can be widely applied to the field of intelligent quarantine treatment. And the medicine amount required during fumigation can be accurately controlled.

Description

Technical Field

[0001] The present invention relates to the technical field of port entry and exit quarantine, and in particular to an intelligent quarantine processing system. Background Art

[0002] Smart quarantine processing refers to a method of management and control in which quarantine processing companies use intelligent technology and data analysis methods to implement fumigation treatment of inbound fruit goods under the supervision of customs departments. The smart quarantine processing system can use artificial intelligence, Internet of Things, big data and other technical means to monitor, track and process the process and results during the fumigation process. The system can monitor key parameters such as temperature, humidity, and gas concentration in real time, and use intelligent algorithm analysis to determine whether the goods meet the standard requirements to ensure that the fumigation operation achieves the expected results. In addition, the smart quarantine processing system can also transmit real-time data to the cloud for storage and analysis, provide data reports and statistical analysis, and provide decision-making support and management reference for customs departments. In short, the smart quarantine processing system plays a role in monitoring, early warning, diagnosis and management in port fumigation, helping customs departments to effectively quarantine and control imported and exported goods.

[0003] However, the current fumigation operation at the port relies on manual scheduling and operation, and is affected by the peak and valley cycle of the imported fruit business. During the fruit ripening season, when vehicles enter the country in large numbers, the customs inspection workload is large, and the goods stay at the port for a long time. Users report that the experience is not good. In order to reduce the waiting time of users, coordinate the inspection and fumigation operations at the port, meet the customs' requirements for strengthening the control of port quarantine, and make the entire process of fumigation operations online, intelligent, and digitally managed is an urgent task. In addition, the determination of whether the specific fumigation effect meets the standard, including the amount of drug added, fixed-point and timed concentration monitoring, temperature control, etc., are all manual operations, and the overall degree of intelligence is not high, which leads to low efficiency of the entire fumigation process and the risk of contact with hazardous chemicals. Summary of the invention

[0004] 1. Technical issues to be resolved

[0005] In view of the shortcomings of the prior art, the present invention provides an intelligent quarantine treatment system. After the introduction of the intelligent quarantine treatment system, work efficiency can be improved, human errors can be reduced, and quality and safety can be ensured by optimizing the work flow, reducing manual operations and automating processing. At the same time, real-time monitoring can be achieved to ensure that the quarantine treatment fumigation work is carried out effectively and stably. While ensuring that the operating process meets the standards, the amount and concentration of the drug required for fumigation can be accurately controlled, solving the problems raised in the background technology.

[0006] (II) Technical solution

[0007] To achieve the above objectives, the present invention is implemented through the following technical solutions:

[0008] A smart quarantine processing system, the system includes a quarantine processing end, and the quarantine processing end includes a management query module, a quarantine operation module and a supervision scheduling module;

[0009] Management query module, which includes user management unit, entrustment application unit, scheduling query unit and order query unit, and provides users with functions such as online entrustment application, checking fumigation scheduling status and quarantine treatment result report;

[0010] The quarantine operation module includes a program management unit, an evaluation and analysis unit, and an adjustment and early warning unit. The fumigation program data that has been reviewed and approved is submitted to the system, and a fumigation effect evaluation value Eve is generated based on the fumigation data obtained during the fumigation process. The fumigation effect evaluation value Eve is compared with a preset evaluation index Eol, and corresponding operations are performed according to the comparison results.

[0011] The supervision and dispatching module includes a remote supervision unit and a report dispatching unit. The remote supervision unit is used to remotely supervise the fumigation process of the vehicle, including video monitoring and uploading indicator data. The report dispatching unit is used to query the quarantine treatment result report and trace the fumigation process.

[0012] Furthermore, the user management unit is used to manage user registration, login and authority control; the entrustment application unit is used to provide users with fumigation entrustment applications, including filling in vehicle information and fumigation plan requirements; the scheduling query unit is used for users to view approved fumigation plans and fumigation operation progress; the order query unit is used for users to view the quarantine treatment result report after the fumigation operation is completed on the APP.

[0013] Furthermore, the scheme management unit operates according to the fumigation scheme approved by the customs and submits the fumigation scheme data to the system.

[0014] Furthermore, the evaluation and analysis unit obtains the pre-processed fumigation data, and builds a data analysis model based on the fumigation data to generate a fumigation effect evaluation value Eve. The fumigation data includes the concentration of harmful organisms remaining on the surface of the vehicle after 0.5 hours of fumigation, the effective duration of fumigation, and the fumigation humidity at each moment during the fumigation process.

[0015] Furthermore, the process of preprocessing the fumigation data is as follows: calculating the difference Cz between the concentration of harmful organisms remaining on the surface of the vehicle after 0.5 hours of fumigation and the preset standard concentration, calculating the corresponding fumigation humidity stability coefficient Hsc after the fumigation is completed, and performing dimensionless processing on the concentration of harmful organisms remaining on the surface of the vehicle after 0.5 hours of fumigation, the difference Cz and the fumigation humidity stability coefficient Hsc.

[0016] Furthermore, the formula for calculating the difference Cz between the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation and the preset standard concentration is as follows:

[0017] Cz=Nx-Nbz

[0018] Where Nx represents the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation, and Nbz represents the preset standard concentration;

[0019] The calculation process of the corresponding fumigation humidity stability coefficient Hsc after fumigation is completed is as follows:

[0020] S1001. Obtain the fumigation humidity Hs at each time t within T time. t , t represents the number of the fumigation humidity at different times within time T, t = 1, 2, 3, 4, ..., n;

[0021] S1002. According to the average value of fumigation humidity at different times within T time And fumigation humidity Hs t Calculate the fumigation humidity stability coefficient Hsc, the calculation formula is as follows:

[0022]

[0023] Wherein, n is a positive integer.

[0024] Furthermore, in the evaluation and analysis unit, the formula for generating the fumigation effect evaluation value Eve is as follows:

[0025]

[0026] Where Sc represents the effective duration of fumigation, f1, f2, and f3 are the difference Cz between the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation and the preset standard concentration, the effective duration of fumigation Sc, and the preset proportional coefficient of the fumigation humidity stability coefficient Hsc, respectively, and f1>f2>f3>0, and G is a constant correction coefficient.

[0027] Furthermore, in the adjustment warning unit, after comparing the fumigation effect evaluation value Eve with the preset evaluation index Eol, if the fumigation effect evaluation value Eve exceeds the evaluation index Eol, it means that the fumigation effect meets the requirements and the subsequent strategy is executed; if the fumigation effect evaluation value Eve does not exceed the evaluation index Eol, it means that the fumigation effect does not meet the requirements, a warning signal is issued, and the adjustment strategy is executed until the fumigation effect meets the requirements.

[0028] Furthermore, the subsequent strategy is: start to diffuse the gas for 2 hours after the fumigation is completed, upload the data in real time after the diffusion is completed, and upload the data to the system as fumigation data; after the fumigation effect does not meet the requirements and an early warning signal is issued, the adjustment strategy is to add medicine and re-fumigate, and the formula for the amount of medicine added is as follows:

[0029] Yl=(Eol-Eve)xCyl

[0030] In the formula, Cyl represents the initial dosage at the beginning of fumigation, and Yl represents the dosage.

[0031] Furthermore, the system also includes an information platform end, and the information platform end is connected and interacted with the quarantine processing end. The information platform end includes a business entrustment query module, a data push module, a customer information verification module and a bill management module. The business entrustment query module allows personnel to query the business entrustment in the quarantine processing end. The data push module receives and queries the quarantine processing business information pushed by the quarantine processing end and generates a pending entrustment form. The customer information verification module verifies the customer information of the information platform when pushing. The bill management module provides management functions for pushing bills, including query, withdrawal and deletion operations.

[0032] (III) Beneficial effects

[0033] The present invention provides a smart quarantine processing system, which has the following beneficial effects:

[0034] 1. After the introduction of the intelligent quarantine treatment system, the present invention can improve work efficiency, reduce human errors, ensure quality and safety by optimizing the workflow, reducing manual operations and automating processing, and realize real-time monitoring to ensure that the quarantine treatment fumigation work is carried out effectively and stably. While ensuring that the operating process meets the standards, the amount and concentration of the drug required for fumigation can be accurately controlled;

[0035] 2. During the quarantine process of the present invention, the operation is realized by fumigation. Under the premise of comprehensively considering various factors, a fumigation effect evaluation value Eve that can accurately and effectively reflect the fumigation effect is obtained. After the fumigation effect evaluation value Eve is compared, it can be obtained whether the fumigation result meets the requirements according to the comparison situation. If it does not meet the requirements, the fumigation effect evaluation value Eve is used for a second time to calculate the dosage required for fumigation until the fumigation result meets the requirements, thereby realizing accurate control of the fumigation effect and dosage after the fumigation work, and reflecting the flexibility of the design of the entire processing system;

[0036] 3. The present invention provides a data interface to provide the information platform with information related to the on-site business process of the fumigation business, thereby realizing highly coordinated business and highly unified data on the information platform, achieving a single point of contact and avoiding data islands. The overall process of the fumigation business is efficiently and compliantly circulated under the unified rule framework of the information platform, organically combining the quarantine processing end and the information platform end, and promoting the creation of digital scenes through the integration of on-site business scenes of smart fumigation and informatization, expanding the field of informatization construction, and expanding the achievements of informatization construction. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Figure 1 This is an operation flow chart of an intelligent quarantine processing system in the present invention;

[0038] Figure 2 This is a flow chart of the connection between a smart quarantine processing system and an information platform in the present invention;

[0039] Figure 3 A system architecture diagram of a smart quarantine processing system in the present invention used in Pingxiang Comprehensive Bonded Zone;

[0040] Figure 4 It is a schematic diagram of the modular structure of an intelligent quarantine processing system in the present invention. DETAILED DESCRIPTION

[0041] The following will be combined with the drawings in the embodiments 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.

[0042] Example 1: Please refer to Figure 1 to Figure 4 This embodiment provides a smart quarantine processing system, which includes a quarantine processing end and an information platform end, wherein the quarantine processing end is the core, and the quarantine processing end includes a management query module, a quarantine operation module and a supervision scheduling module, and the information platform end and the quarantine processing end realize docking and interaction;

[0043] The management query module includes a user management unit, a commission application unit, a scheduling query unit and an order query unit. The user management unit is used to manage the registration, login and authority control of freight forwarding enterprise users. The commission application unit is used to provide freight forwarding enterprise users with fumigation commission applications, including filling in vehicle information and fumigation plan requirements. The scheduling query unit is used to provide freight forwarding enterprise users with the ability to view the approved fumigation plan and fumigation operation progress. The order query unit is used to provide freight forwarding enterprise users with the ability to view the quarantine treatment result report after the fumigation operation is completed on the APP;

[0044] Among them, refer to Figure 1 As shown, the management query module provides the smart fumigation APP side function, providing freight forwarding enterprise users with the functions of online entrustment application, viewing fumigation scheduling status and quarantine processing result report. After the user completes the registration and login, the user proposes the entrustment demand for vehicle quarantine. The information provided includes the basic information of the vehicle, such as vehicle model, loading amount and loading type, and the fumigation plan used for quarantine, such as: full fumigation, partial fumigation, etc. After being reviewed and approved by the regulatory department, the user can view the approved fumigation plan and understand the progress of the fumigation operation. If the review fails, the company will reselect the fumigation plan until it passes the review. After the review is passed, the vehicle can enter the fumigation area. After the fumigation is qualified, the user, the regulatory department, and even the comprehensive department can view the quarantine processing result report.

[0045] In addition, refer to Figure 1 When starting fumigation, you need to upload the starting concentration data and call the camera to start recording. Then, when receiving data, you can check the fumigation plan information and view the real-time recording. Figure 2 In the case of cancelling / deleting a business bill, the order on the information platform that has been pushed is canceled and deleted.

[0046] The quarantine operation module includes a program management unit, an evaluation and analysis unit, and an adjustment and early warning unit. The program management unit operates according to the fumigation program approved by the customs and submits the program data to the system. The evaluation and analysis unit obtains the pre-processed fumigation data and builds a data analysis model based on the fumigation data to generate a fumigation effect evaluation value Eve to reflect the fumigation effect. The adjustment and early warning unit compares the fumigation effect evaluation value Eve with a preset evaluation index Eol. If the fumigation effect evaluation value Eve exceeds the evaluation index Eol, it means that the fumigation effect meets the requirements and the subsequent strategy is executed. If the fumigation effect evaluation value Eve does not exceed the evaluation index Eol, it means that the fumigation effect does not meet the requirements, a warning signal is issued, and the adjustment strategy is executed until the fumigation effect meets the requirements, that is, the fumigation effect evaluation value Eve exceeds the evaluation index Eol.

[0047] Among them, refer to Figure 1 As shown, the specific contents of the fumigation plan are set according to actual needs, and will not be elaborated here. The submitted plan data is the fumigation plan that has been reviewed and approved;

[0048] In the evaluation and analysis unit, the fumigation data includes the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation, the effective duration of fumigation, and the fumigation humidity at each moment during the fumigation process; the process of preprocessing the fumigation data is as follows: calculating the difference Cz between the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation and the preset standard concentration, calculating the corresponding fumigation humidity stability coefficient Hsc after the fumigation is completed, and performing dimensionless processing on the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation, the difference Cz, and the fumigation humidity stability coefficient Hsc;

[0049] The formula for calculating the difference Cz between the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation and the preset standard concentration is as follows:

[0050] Cz=Nx-Nbz

[0051] In the formula, Nx represents the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation, Nbz represents the preset standard concentration, and the difference Cz reflects the amount of harmful organisms remaining after 0.5 hours of fumigation. The larger the difference Cz, the greater the amount of harmful organisms remaining, and the lower the probability of meeting the requirements.

[0052] The calculation process of the corresponding fumigation humidity stability coefficient Hsc after fumigation is completed is as follows:

[0053] S1001. Obtain T time, i.e., fumigation humidity Hs at different times within 0.5 hours t , t represents the number of the fumigation humidity at different times within time T, t = 1, 2, 3, 4, ..., n;

[0054] S1002. According to the average value of fumigation humidity at different times within T time And fumigation humidity Hs t Calculate the fumigation humidity stability coefficient Hsc, the calculation formula is as follows:

[0055]

[0056] Where n is a positive integer;

[0057] The formula for generating the fumigation effect evaluation value Eve is as follows:

[0058]

[0059] Wherein, Sc represents the effective duration of fumigation, i.e., 0.5 hours, f1, f2, and f3 are respectively the difference Cz between the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation and the preset standard concentration, the effective duration of fumigation Sc, and the preset proportional coefficient of the fumigation humidity stability coefficient Hsc, and f1>f2>f3>0, 1>f1>0, 1>f2>0, 1>f3>0, G is a constant correction coefficient, the specific value of which can be adjusted and set by the user, or generated by analytical function fitting, and the value range of G is 0-1;

[0060] It should be noted that the larger the difference Cz between the concentration of harmful organisms remaining on the surface of the vehicle after 0.5 hours of fumigation and the preset standard concentration, the higher the concentration of harmful organisms remaining after fumigation and the worse the fumigation effect. Therefore, the difference Cz is inversely proportional to the fumigation effect evaluation value Eve; the longer the effective time Sc of fumigation, the better the fumigation effect. Therefore, the effective time Sc of fumigation is directly proportional to the fumigation effect evaluation value Eve; the larger the fumigation humidity stability coefficient Hsc, the better the fumigation effect. Therefore, the fumigation humidity stability coefficient Hsc is directly proportional to the fumigation effect evaluation value Eve.

[0061] In the adjustment warning unit, the subsequent strategy is: start to diffuse the gas for 2 hours after the fumigation is completed, and upload the relevant data in real time after the diffusion is completed; after the fumigation effect does not meet the requirements and the warning signal is issued, the adjustment strategy is to add medicine and re-fumigate, and the formula for the amount of medicine added is as follows:

[0062] Yl=(Eol-Eve)*Cyl

[0063] In the formula, Cyl represents the initial dosage at the beginning of fumigation, and Yl represents the dosage;

[0064] It should be noted that when the adjustment strategy is executed, fumigation is carried out according to the calculated dosage Yl, and the duration is also 0.5 hours. If the fumigation effect evaluation value Eve obtained after 0.5 hours still does not exceed the evaluation index Eol, the adjustment strategy is continued to be executed in a cycle until the fumigation effect evaluation value Eve exceeds the evaluation index Eol.

[0065] Specifically, during the quarantine process, the operation is carried out through fumigation. Under the premise of comprehensively considering various factors, the fumigation effect evaluation value Eve that can accurately and effectively reflect the fumigation effect is obtained. After comparing the fumigation effect evaluation value Eve, it is possible to determine whether the fumigation result meets the requirements based on the comparison. If it does not meet the requirements, the fumigation effect evaluation value Eve is used for a second time to calculate the amount of medicine required for fumigation until the fumigation result meets the requirements, thereby achieving precise control of the fumigation effect and the amount of medicine after the fumigation work, which reflects the flexibility of the design of the entire treatment system.

[0066] A supervision and dispatching module, which includes a remote supervision unit and an order dispatching unit;

[0067] The remote monitoring unit is used to remotely monitor the fumigation process of the vehicle, including video monitoring and uploading index data, and the index data includes fumigation data, fumigation effect evaluation value Eve and dosage Yl;

[0068] The report dispatch unit is used to query the quarantine treatment result report and trace the fumigation process.

[0069] Specifically, in actual use, it provides customs officers with the dispatching and management functions of the fumigation warehouse, which mainly includes the query of fumigation reservation data submitted by enterprises, the submission of fumigation plans for review, the remote supervision of vehicle fumigation process by customs officers, the query of quarantine processing result reports and the backtracking of fumigation process operations, etc., so as to realize the remote supervision and backtracking of fumigation operations by customs officers, and also meet the daily operation data statistics of customs.

[0070] The information platform end includes a business entrustment query module, a data push module, a customer information verification module and a bill management module. The business entrustment query module allows personnel to query the business entrustment in the quarantine processing end. The data push module receives and queries the quarantine processing business information pushed by the quarantine processing end and generates a pending entrustment form. The customer information verification module verifies the customer information of the information platform when pushing to ensure the accuracy of the customer information. The bill management module provides management functions for pushing bills, including query, withdrawal and deletion operations.

[0071] Specifically, by providing data interfaces, the information platform is provided with interfaces for information related to the on-site business processes of fumigation business, so as to achieve high coordination of business and high data unification of the information platform, achieve single-source data and avoid data silos. The overall process of fumigation business can flow efficiently and in compliance with regulations under the unified rules framework of the information platform, organically combine the smart fumigation system and the information platform, promote the creation of digital scenarios through the integration of on-site business scenarios of smart fumigation and informatization, expand the field of informatization construction, and increase the results of informatization construction.

[0072] In summary, the goal of the entire processing system design is to achieve full-process management and information collaboration of the smart fumigation business, improve efficiency and accuracy, and connect various functional modules through data flow to achieve information sharing and collaborative processing of different roles.

[0073] Example 2: Please refer to Figure 1 to Figure 3Based on Example 1, this embodiment also provides an operation flow of a smart quarantine processing system. In a specific application scenario, after sufficient communication and discussion with freight forwarding companies, fumigation site operators, and on-site customs in the early stage, it is determined that the business process of the Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System is carried out according to the three main links of prior filing of fumigation operations, in-process supervision of fumigation operations, and post-fumigation operation traceability. In addition, the link of docking with the information platform is added during the construction. Taking the fumigation of imported fruits as an example, the entire business process is described as follows:

[0074] S101. In the pre-fumigation preparation phase, vehicles are inspected when entering the port. Enterprises follow the process to make an appointment and queue up on the mobile phone APP. Customs officers conduct inspections based on the inspection platform. If live insects are found during the inspection, the General Affairs Department of Customs will issue an inspection and quarantine notice. Freight forwarding companies can also submit an inspection and quarantine notice based on actual needs. Figure 1 The company initiates a fumigation entrustment application, organizes the fumigation plan according to the needs submitted by the enterprise and submits it to the customs for review. After the customs review is passed, the vehicle can enter the checkpoint of the fumigation operation site and park in the designated fumigation warehouse according to the system scheduling;

[0075] S102, during the fumigation operation, the operators shall carry out the operation according to the fumigation plan approved by the customs. After the fumigation starts, the basic environmental monitoring equipment on site will continuously collect temperature and drug concentration data. The on-site operators shall collect the corresponding index data at the time point according to the fumigation plan and connect them to the smart quarantine processing system. Customs officers can remotely access the on-site video surveillance data and uploaded index data at the supervision end of the smart quarantine processing system. After the fumigation is completed, the operators shall submit the quarantine processing result report sheet, and the freight forwarding companies can check the quarantine processing result report sheet on the smart fumigation APP. Customs officers can check the quarantine processing result report sheet and trace the fumigation process content in the smart quarantine processing system;

[0076] S103, post-fumigation supervision link: After the fumigation is completed, the customs will release the customs declaration in the system, and the vehicle can leave the waiting area and enter the domestic market after leaving the market. Customs officers can check the fumigation plan and quarantine treatment result report at any time in the smart quarantine processing system, and can trace back the video surveillance information of the fumigation process and the basic environmental monitoring index data uploaded during the fumigation operation, meeting the requirements for post-fumigation supervision and traceability;

[0077] S104, information platform docking link, this link will be the second phase of the system content. The smart quarantine processing system provides business processing personnel with a detailed business entrustment query function module, and supports business processing personnel to push one or more quarantine processing business information of the same customer to the information platform by pushing from the smart quarantine processing system to the information platform to generate a pending entrustment order, and at the same time generate a corresponding business bill push record in the smart quarantine processing system. The same quarantine processing business is not allowed to be pushed multiple times; business push needs to verify customer information with the information platform. If the information platform does not have relevant customer information to match, the business personnel will go to the information platform to complete the relevant customer information and then re-operate the data push; the smart quarantine processing system provides a business push bill management function. Business processing personnel can query the business bills that have been pushed to the information platform in this function module, and can push and withdraw the pushed bills and delete the bills. The subsequent operations related to the main business entrustment order, such as business start and completion, financial settlement, income flow matching, etc., are all operated according to the original logic of the information platform.

[0078] Specifically, under the overall framework of the information platform, by upgrading the equipment and facilities of the fumigation warehouse, the fumigation operation will be connected to the smart quarantine processing system, and the port fumigation operation scheduling information will be provided to users through the smart fumigation APP and digital dashboard. The smart quarantine processing system will provide customs with intelligent supervision and fumigation operation process backtracking, reasonably and effectively optimize the on-site operation process, and further improve the customs clearance efficiency of imported fruits in Pingxiang Comprehensive Bonded Zone.

[0079] Reference Figure 3 As shown in the figure, the smart quarantine disposal system is applied to Pingxiang Comprehensive Bonded Zone. This project is an operating system supporting the customs business system. Based on the existing business system architecture currently in operation, it adopts the operating system of Window Server 2016 and above. The system development language adopts the C# development language, and the underlying computing framework uses the .NET Core framework. The system has a cross-platform application development framework that can be applied to operating systems such as Windows and Linux. The data storage uses the Oracle 19c version of the database;

[0080] The technical route of the Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System project will be constructed using the component-oriented technology SOA system in the technical architecture to ensure the advancement of the construction technology. The service-oriented architecture is a component model that connects different functional units of an application (called services) through well-defined interfaces and contracts between these services.

[0081] The interface is defined in a neutral way and should be independent of the hardware platform, operating system and programming language that implements the service. This allows services built in various such systems to interact in a unified and universal way. SOA is a standards-based organization and design method that uses a series of network shared services to enable information systems to serve business processes more closely. By adopting standard interfaces that can hide potential technical complexities, SOA can increase the reuse rate of IT assets, thereby accelerating the development and more reliable delivery of new and enhanced business services. The construction of this project will be designed based on the SOA framework.

[0082] The Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System uses this architecture to achieve the following benefits:

[0083] 1) Easier to integrate with existing customs information systems. SOA provides an abstraction layer through which enterprises can continue to leverage their IT investments by packaging these existing assets into services that provide enterprise functions. Organizations can continue to derive value from existing resources without having to build them from scratch.

[0084] 2) Easier to integrate and manage complexity. In a service-oriented architecture, the integration point is the specification rather than the implementation, which provides implementation transparency and minimizes the impact of changes in infrastructure and implementation. By providing service specifications for existing resources and assets built on completely different systems, integration becomes easier to manage because complexity is isolated. This becomes more important when more companies collaborate to provide value chains.

[0085] 3) Faster response. The ability to compose new services from existing services provides a unique advantage for organizations that need to flexibly respond to demanding customer requirements. By leveraging existing components and services, the time required to complete the software development life cycle (including collecting requirements, designing, developing, and testing) can be reduced;

[0086] 4) Reduce costs and increase reuse. By exposing business services in a loosely coupled manner, enterprises can more easily use and combine services according to business requirements, which means a reduction in resource costs and an increase in the possibility of reuse and cost reduction.

[0087] 5) Lay the foundation for future information construction and expansion. Through SOA, we can plan ahead and make full preparations for future construction. SOA business processes are composed of a series of business services, which can be more easily created, modified and managed to meet the needs of port entity unit construction in different periods. Web services are used to implement SOA. Web services are based on open standards and platform-independent protocols. Web services use SOAP (an XML-based protocol) through HTTP to communicate between service providers and consumers. Services are exposed through interfaces defined by WSDL. The semantics of WSDL are defined in XML. UDDI is a language-independent protocol used to interact with registration centers and find services.

[0088] Specifically, after the introduction of the smart quarantine processing system, work efficiency can be improved, human errors can be reduced, and quality and safety can be ensured by optimizing work processes, reducing manual operations and automating processing. At the same time, real-time monitoring and management of costs, including material costs, labor costs, and operating costs, can be achieved, which is beneficial for precise cost control and avoiding waste and unnecessary expenditures.

[0089] Reference Figure 3 As shown, the system positioning of Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System is a smart quarantine processing system for Pingxiang Comprehensive Bonded Zone freight forwarding companies, on-site fumigation operators, and on-site customs officers. It is conducive to strengthening the fumigation operation capabilities of Pingxiang Comprehensive Bonded Zone and improving the refined management of fumigation operations in Pingxiang Comprehensive Bonded Zone.

[0090] In specific application scenarios, enterprise service functions include:

[0091] Inspection and quarantine processing notification: live insects are found in imported fruit vehicles during the inspection process. Customs officers in the inspection department click on the need for fumigation operation based on the license plate number or customs declaration number in the smart quarantine processing system. The system will automatically push a notification that the vehicle needs inspection and quarantine to the enterprise, and the enterprise user will receive a message notification and reminder on the smart fumigation APP;

[0092] Fumigation entrustment application: freight forwarding enterprise users receive notification messages about inspection and quarantine processing, or according to the actual fumigation needs of the business, they issue an entrustment to the company through the entrustment application on the smart fumigation APP and submit the corresponding entrustor and cargo information;

[0093] Check the fumigation plan. Freight forwarding users can check the fumigation plan of the entrusted goods on the Smart Fumigation APP and receive notifications from the customs on the review of the fumigation plan. Freight forwarding users can notify and coordinate the driver to drive the vehicle into the fumigation operation site based on the approval status of the fumigation plan;

[0094] Check the quarantine treatment result report. After the fumigation operation is completed, the quarantine treatment result report will be submitted to the customs and freight forwarding companies. Freight forwarding company users can go to the company to get a paper quarantine treatment result report, or they can check the detailed information and latest status of the quarantine treatment result report on the smart fumigation APP;

[0095] Historical fumigation operation data query: The intelligent quarantine processing system provides freight forwarding enterprise users with the function of historical fumigation operation data query, which is convenient for freight forwarding enterprises to review historical fumigation entrustment applications, fumigation operation plans and quarantine processing result reports;

[0096] Operation message notification during the fumigation process: When the vehicle is in the fumigation process, the intelligent quarantine processing system will push notifications to corporate users through the time nodes of the fumigation operation plan according to the on-site operation process, and coordinate the driver to arrive at the corresponding location on time to move the vehicle.

[0097] On-site fumigation operations include:

[0098] To-do list: The on-site fumigation operation system provides on-site operators with a to-do list, which lists vehicles waiting for fumigation, vehicles in the process of fumigation, vehicles that have completed fumigation and are in the process of fumigation, vehicles that have completed fumigation and are waiting for quarantine treatment result reports, vehicles that have issued quarantine treatment result reports and are waiting to be moved out of the fumigation operation site, and the corresponding to-do lists. The system automatically updates, so that users can understand the on-site operation status in a timely manner;

[0099] Check the entrustment application. After the enterprise submits the fumigation entrustment application, the on-site fumigation operation system provides the order-taking personnel with a list of entrustment applications to be processed, which is convenient for the order-taking personnel to sort out and submit the fumigation plan in sequence, and the sequential operation itinerary is a virtuous cycle, reducing the waiting time of users;

[0100] Submit the fumigation plan. The order-receiving staff will sort out the fumigation plan according to the fumigation entrustment application submitted by the enterprise, formulate the corresponding fumigation plan according to the content of the goods and the loading and transporting means, and submit the fumigation plan to the customs for review. The order-receiving staff can also check the customs review receipt. If it is a fumigation plan returned by the customs, the staff can adjust the fumigation plan according to the approval receipt and submit the application again;

[0101] Changes to the fumigation plan: During the actual fumigation operation, the system monitors the early warning data on site and needs to adjust the fumigation plan. The operator initiates the change of the fumigation plan and submits the corresponding change data to the customs for review. After the customs approves the change, the fumigation plan will be followed;

[0102] Printing of fumigation work plan: the staff at the order receiving post prints out the fumigation work plan approved by the customs in the form of a standard form, with multiple copies in one form. Enterprise users, fumigation operators, and customs officers can all view the corresponding content;

[0103] Start fumigation operation. On-site fumigation operators will fumigate fruit-carrying vehicles according to the time when the customs approves the fumigation plan. After the vehicle is parked in the fumigation warehouse, on-site operators will clean up the surrounding environment and check that the monitoring instruments are normal. Then, they will submit the instruction to start the fumigation operation through the system. The system will start to collect the initial environmental monitoring time, temperature and fumigation drug concentration of the fumigation. The video surveillance will start to collect the video surveillance of the fumigation warehouse corresponding to this time point. The LED screen will display the warning information during the fumigation operation.

[0104] After the fumigation operation is completed, the gas dispersion begins. According to the fumigation work plan, after the fumigation time meets the requirements, the system monitors the data index review threshold during the fumigation process. The on-site fumigation operator completes the fumigation operation and starts the next gas dispersion link. After the on-site fumigation operator completes the corresponding operation, he submits the instruction to complete the fumigation operation and start gas dispersion. The system collects the on-site environmental monitoring index data;

[0105] After the gas diffusion is completed, the information is submitted. According to the fumigation work plan, after the gas diffusion work is completed, the on-site operators control the gas diffusion completion time node according to the gas diffusion time in the fumigation work plan. After the gas diffusion is completed, the information on the completion of the gas diffusion link is submitted, and the system collects basic environmental monitoring indicator data;

[0106] Check the on-site monitoring data of the fumigation process. On-site operators and operation reviewers can query the corresponding data during the fumigation operation based on key information such as the enterprise entrustment document number, license plate number, customs declaration number, etc., check whether the on-site basic environmental monitoring indicator data during the fumigation process meets the requirements, and fill in the quarantine treatment work record sheet according to the corresponding data indicators;

[0107] Printing of quarantine processing work record sheet: The staff at the order receiving post prints the quarantine processing work record sheet information through the system according to the work completion information submitted by the fumigation site operators and the basic environmental monitoring index data during the fumigation process. The sheet is printed in the form of a standard form with multiple copies in one format. Enterprise users, fumigation operators and customs officers can view the corresponding content.

[0108] Generate a quarantine treatment result report. The system automatically generates a quarantine treatment result report based on the work completion information submitted by the fumigation site operators, combined with the basic environmental monitoring index data during the fumigation process, and compared with the index threshold of the fumigation work plan. The report is presented to the reviewer, who then generates a quarantine treatment result report according to the report template requirements after confirmation;

[0109] Export of quarantine processing result report: the staff at the order receiving post will export and archive the quarantine processing result report data corresponding to the vehicles that have completed fumigation. The system will generate an export data package from the quarantine processing result report according to the set data package format;

[0110] Print quarantine processing result report form. The staff at the order receiving post can print the quarantine processing result report form for the fumigated vehicle. It can be printed out in the form of a standard form with multiple copies. Enterprise users, fumigation operators, and customs officers can all view the corresponding content.

[0111] Smart customs supervision includes:

[0112] Inspection and quarantine notification: Customs officers find that imported fruits are infested with insects during on-site inspection and need to undergo fumigation and quarantine. Customs front desk officers will notify the corresponding enterprises of the inspection and quarantine in the system based on the license plate number and customs declaration number. After receiving the notification, the enterprises will make preparations for fumigation.

[0113] Check the fumigation plan. Customs officers can check the fumigation plan information submitted by operators in the smart quarantine processing system. The system displays the fumigation plan information through multiple tab pages such as cargo information, fumigation operation processing plan, vehicle trajectory information, etc., providing audit data support for customs;

[0114] Fumigation plan review: Customs officers review the fumigation plan submitted by the staff in the smart quarantine processing system. After the review is passed, the enterprise receives a notification message that the fumigation review has been passed and can drive the vehicle from the waiting area to the fumigation operation site gate;

[0115] Fumigation vehicle dispatch list: The system displays the vehicles waiting for fumigation in the operation area of ​​Youyiguan Port, the vehicles being fumigated in the fumigation operation site, the vehicles that have completed the fumigation operation and are releasing the gas, and the vehicles that have completed the fumigation but have not left the area in the form of a fumigation vehicle dispatch list, which is convenient for customs officers to make corresponding dispatches according to the vehicles waiting for fumigation at the fumigation operation site and the vehicles waiting for fumigation in the inspection and release area;

[0116] Vehicle pass records and pass video query: Customs officers can view the pass records of vehicles passing through the gates in the park and the pass videos collected by video surveillance when the vehicles pass through the checkpoints through the smart quarantine processing system, which is convenient for customs officers to remotely monitor vehicles in fumigation operation sites online;

[0117] View the real-time video of the fumigation site. Customs officers can view the video surveillance information of each fumigation warehouse in the fumigation operation site through the smart quarantine processing system, and remotely supervise the fumigation warehouse through real-time video surveillance data to optimize the customs supervision experience;

[0118] Check the data collected by on-site environmental monitoring equipment. Customs officers can use the smart quarantine processing system to check the temperature and environmental drug concentration information collected in real time by on-site basic environmental monitoring equipment in each fumigation warehouse during the fumigation operation, which facilitates customs supervision of the fumigation operation process;

[0119] During the fumigation process, the intelligent quarantine processing system will provide warning messages for the temperature and environmental drug concentration information collected in real time by the on-site basic environmental monitoring equipment. According to the fumigation work plan, the collected data will be warned. When the data exceeds the threshold range, the system will trigger the automatic warning function and present the corresponding warning information to the customs officers through pop-up windows and sound and light reminders, reminding the customs officers to deal with it in time;

[0120] Check the contents of the quarantine treatment result report. After the fumigation operation is completed, the staff will send the contents of the quarantine treatment result report to the smart quarantine treatment system through the online submission plan. Customs officers can check the contents of the quarantine treatment result report, as well as the fumigation plan, quarantine treatment work record sheet and other information in the system;

[0121] The fumigation data of the vehicle is archived after it leaves the zone. After the fumigation operation is completed, the customs releases the vehicle according to the quarantine processing result report. After release, the vehicle can leave the Youyiguan port supervision site. The system triggers the archiving of fumigation data according to the vehicle exit node information. The system archives the fumigation data according to the set data package format to facilitate subsequent retrospective review;

[0122] Retrieve historical fumigation plans. Customs officers need to retrieve the historical fumigation plan contents of vehicles according to the license plate number, customs declaration number and other information during the post-fumigation supervision. The system retrieves the corresponding fumigation plan according to the license plate number, customs declaration number, fumigation plan number, time interval and other screening conditions entered by the customs officers, which facilitates the post-fumigation supervision of customs officers.

[0123] Retrieve historical quarantine processing result reports. Customs officers need to review quarantine processing result report information during the post-fumigation supervision process. The system retrieves the corresponding quarantine processing result report based on the license plate number, customs declaration number, quarantine processing result report number, time interval and other screening conditions entered by the customs officers, facilitating post-supervision by customs officers.

[0124] Review the historical fumigation process video. Customs officers need to review the video surveillance information of the vehicle's historical fumigation process during the post-fumigation supervision. The system retrieves the fumigation video corresponding to the vehicle based on the license plate number, customs declaration number, time interval and other screening conditions entered by the customs officers. Customs officers can choose to view videos from different angles, which is convenient for post-fumigation supervision by customs officers.

[0125] Access the monitoring data of temperature, drug concentration and other indicators during the fumigation process. Customs officers need to access the temperature and drug concentration indicators collected by on-site equipment during the fumigation process based on the license plate number, customs declaration number and other information during the post-fumigation supervision. The system retrieves the corresponding temperature and drug concentration indicator data collected during the fumigation process based on the license plate number, customs declaration number, fumigation plan number, time interval and other screening conditions entered by the customs officers, which facilitates the post-fumigation supervision of the customs officers;

[0126] To effectively supervise fumigated vehicles, customs officers can retrieve the driving trajectory of vehicles in the park according to the license plate number and time interval. The system restores the driving route and stay time of vehicles in the park in the form of a digital sandbox.

[0127] Fumigation operation statistical report query: To facilitate the daily supervision of customs officers, the system compiles fumigation operation statistical reports according to the customs' daily data statistical needs, mainly including the statistics of fumigated vehicles and fumigated items within a time period, which is convenient for customs officers to do further data statistical analysis;

[0128] The fumigation warehouse on-site dispatch dashboard uses graphical reports combined with scene data display requirements to present the fumigation warehouse on-site dispatch situation to customs officers through a big data dashboard, which helps customs officers intuitively understand the vehicle situation and fumigation operation situation at the fumigation warehouse, so as to carry out reasonable and effective dispatch;

[0129] The overall situation dashboard of fumigation operations combines the customs' requirements for the overall situation of fumigation operations and uses graphical and diversified data presentation methods to display the overall business situation of the fumigation operation site. It is used for reporting scenarios of daily visitor reception and research and inspection, and further demonstrates the improvement of the overall customs clearance efficiency by the smart quarantine processing system;

[0130] Data collection and connection include:

[0131] The vehicle passes the checkpoint and the gate release command is connected. When the vehicle enters and leaves the fumigation operation site, the checkpoint gate collects the license plate number information and sends it to the smart quarantine processing system. The smart quarantine processing system releases the vehicle according to the fumigation work plan approved by the customs. The vehicles that pass the review can enter the fumigation operation site. The vehicles that fail the review will not be allowed to lift the barrier, and the LED screen at the checkpoint will guide the prompt information. After the fumigation is completed, when the vehicle leaves the fumigation operation site, the checkpoint gate collects the license plate number. The smart quarantine processing system releases the vehicle according to the quarantine processing result report. For vehicles without a quarantine processing result report, the system will not lift the barrier, and the LED screen at the checkpoint will guide the prompt information;

[0132] The vehicle passes through the checkpoint video surveillance connection. When the vehicle enters or leaves the fumigation operation site, the lifting and lowering action of the vehicle passing through the checkpoint triggers the system to collect the vehicle's video surveillance information. By intercepting the video of the vehicle one minute before entering the checkpoint and one minute after passing the checkpoint, it is saved in the system to facilitate the retrospective review of the customs during the subsequent supervision;

[0133] The vehicle's real-time Beidou positioning data is connected. The system connects to the Beidou positioning device bound to the vehicle, collects the vehicle's form trajectory in the park, and saves it in the system, which is convenient for customs to review it later during supervision;

[0134] The system is connected to the video surveillance equipment during the fumigation warehouse operation. It collects videos from different angles and saves them in the system to provide video evidence data for customs post-supervision operations. The video data is retained for 3 months according to customs supervision requirements. The Pingxiang Comprehensive Bonded Zone Intelligent Quarantine Processing System does not copy or duplicate video data, does not save video data separately, and uses the video stream interface to pull the stream to the video surveillance platform according to user needs and play it to users in real time.

[0135] The data docking interfaces of the information platform include:

[0136] Entrustment application interface: after the enterprise submits the fumigation entrustment application in the Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System, the Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System will synchronize the enterprise's entrustment application data to the information platform through the entrustment application data interface with the information platform or provide the corresponding access API interface to achieve the consistency of fumigation business data;

[0137] Fumigation scheme interface: after receiving the fumigation entrustment application submitted by the enterprise, the on-site operator formulates a fumigation scheme in the Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System according to the import and export type and cargo information. The Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System synchronizes the fumigation scheme data to the information platform through the fumigation scheme data synchronization interface with the information platform or provides a corresponding API interface to achieve consistency of the fumigation scheme data;

[0138] Quarantine processing result report interface: after the on-site fumigation operators carry out fumigation operations according to the fumigation plan approved by the customs, they submit various business data, and the system automatically generates a quarantine processing result report. The Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System synchronizes the report data to the information platform through the quarantine processing result report data interface with the information platform or provides a corresponding access API interface to achieve consistency of the report data;

[0139] Real-time video interface of fumigation site. If business management personnel need to review on-site operation videos, the Pingxiang Comprehensive Bonded Zone Intelligent Quarantine Processing System can provide a real-time video interface to the information platform through the real-time video data interface of the fumigation site of the information platform under the condition of network connectivity permission, which is convenient for business management personnel to manage on-site operations.

[0140] Non-functional requirements include:

[0141] Project information volume indicators: Currently, there are 6 fumigation parking spaces in Pingxiang Comprehensive Bonded Zone. According to the requirements of fumigation operations (each fumigation operation is about 4 to 5 hours), each parking space can carry out 5 batches of operations per day, and 30 containers of fumigation operations can be carried out every day. According to the site conditions, it is planned to expand 7 more fumigation parking spaces in the future. After the expansion, there will be a total of 13 fumigation parking spaces, and a maximum of 65 containers of fumigation operations can be carried out every day. The system software design needs to take into account the expansion of business in the future, so it is calculated based on the maximum operation volume of 65 containers;

[0142] Network bandwidth requirements: This project is deployed in the Pingxiang Comprehensive Bonded Zone Park Network. Data storage, on-site operations and supervision are all used in the Pingxiang Comprehensive Bonded Zone Park. The existing network access equipment and security equipment of the Pingxiang Comprehensive Bonded Zone Park Network can meet the network bandwidth requirements;

[0143] Monitoring storage requirements: This project plans to use 18-channel video surveillance cameras. The operation monitoring video is stored in accordance with the PAL video format, H.265+ encoding method, 2048*1536 resolution, and the bit rate is about 1865kbps. The storage period is 90 days. The total storage space required is: 90 days*18 channels*24 hours*3600 seconds*1865kbps / 8 / 1024 / 1024 / 1024=23.64TB;

[0144] System performance indicators: System performance requires that the page opening time except for statistical analysis should not exceed 2 seconds. The statistical analysis page should be opened within 5 to 10 seconds depending on the amount of data, and the monitoring video loading time should not exceed 3 seconds.

[0145] Security requirements include:

[0146] The Pingxiang Comprehensive Bonded Zone Smart Quarantine and Disposal System project adopts a unified data exchange security mechanism for data transmission and exchange to ensure that information is safe, timely and effective. The network layout is highly secure. At present, a network security method combining three protection systems, namely the basic protection system, the standard protection system and the enhanced protection system, has been built; the computer room where the system is deployed should pass the three-level security assessment. From the perspective of safety, reliability and self-healing, the system focuses on link redundancy, module redundancy, equipment redundancy, routing redundancy and other requirements, and divides each security area according to business applications for further security design. Hardware firewalls and network security intrusion prevention systems are used at the network entrance. Defense detection system, to discover all kinds of attack attempts, attack behaviors or attack results as much as possible, to ensure the confidentiality, integrity and availability of network system resources; the ultimate goal of Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System is to provide business services to users. The security of Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System is closely related to system design and implementation. Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System uses the security services provided by the application platform to ensure basic security, such as communication data content security, authentication of both parties in communication, and auditing methods. For the application system security design of Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System, there are mainly two aspects of security requirements;

[0147] User identification and authentication, Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System realizes unified management of user registration, login, and identity authentication by connecting with Smart Friendship Gate CAS user identity authentication system; Pingxiang Comprehensive Bonded Zone Smart Quarantine Processing System CAS Client is deployed together with the protected client application, and protects the protected resources of the Web application in a Filter manner, filtering each Web request from the client. At the same time, CAS Client will analyze whether the HTTP request contains the request Service Ticket. If not, it means that the user is not authenticated; then CAS Client will redirect the user request to CAS Server (Step 2) and pass the Service (the destination resource address to be accessed); Step 3 is the user authentication process. If the user provides the correct Credentials, CAS Server randomly generates a Service Ticket of considerable length, uniqueness, and non-forgeability, and caches it for future verification, and redirects the user to the address of the Service (with the Service Ticket just generated), and sets a TicketGranted Cookie (TGC) for the client browser; after obtaining the Service and the newly generated Ticket, CAS Client verifies the identity with CAS Server in Step 5 and Step 6 to ensure that the Service The legitimacy of the ticket In this protocol, all interactions with the CAS Server use the SSL protocol to ensure the security of the ST and TGC; there will be two redirections during the protocol, but the ticket verification process between the CAS Client and the CAS Server is transparent to the user and uses HttpsURLConnection;

[0148] User access rights management, Pingxiang Comprehensive Bonded Zone Intelligent Quarantine Processing System has user access rights through the Intelligent Friendship System. The system assigns different security attributes to each object and subject, and these security attributes are not as easily modified as ACL. The system determines the feasibility of the subject's operation on the object by comparing the security attributes of the subject and the object. Mandatory access control often adopts DOD's multi-level security strategy.

[0149] In the application, the several formulas involved are all calculated by removing the dimensions and taking their numerical values. The formula is a formula obtained by collecting a large amount of data and performing software simulation to obtain the most recent real situation. The formula is set by technical personnel in this field according to actual conditions.

[0150] The above embodiments may be implemented in whole or in part by software, hardware, firmware or any other combination thereof. When implemented using software, the above embodiments may be implemented in whole or in part in the form of a computer program product. A person of ordinary skill in the art may appreciate that the units and algorithm steps of each example described in conjunction with the embodiments disclosed herein may be implemented in electronic hardware, or in a combination of computer software and electronic hardware. Whether these functions are performed in hardware or software depends on the specific application and design constraints of the technical solution.

[0151] The units described as separate components may or may not be physically separated, and the components shown as units may or may not be physical units, and may be located in one place or distributed on multiple network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of this embodiment.

[0152] The above description is only a specific implementation manner of the present application, but the protection scope of the present application is not limited thereto. Any technician familiar with the technical field can easily think of changes or substitutions within the technical scope disclosed in the present application, which should be included in the protection scope of the present application.

Claims

1. A smart quarantine processing system, characterized in that: The system includes a quarantine processing end, and the quarantine processing end includes a management query module, a quarantine operation module and a supervision scheduling module; Management query module, which includes user management unit, entrustment application unit, scheduling query unit and order query unit, and provides users with functions such as online entrustment application, checking fumigation scheduling status and quarantine treatment result report; The quarantine operation module includes a program management unit, an evaluation and analysis unit, and an adjustment and early warning unit. The fumigation program data that has been reviewed and approved is submitted to the system, and a fumigation effect evaluation value Eve is generated based on the fumigation data obtained during the fumigation process. The fumigation effect evaluation value Eve is compared with a preset evaluation index Eol, and corresponding operations are performed according to the comparison results. The supervision and dispatching module includes a remote supervision unit and a report dispatching unit. The remote supervision unit is used to remotely supervise the fumigation process of the vehicle, including video monitoring and uploading indicator data. The report dispatching unit is used to query the quarantine treatment result report and trace the fumigation process.

2. The intelligent quarantine processing system according to claim 1, characterized in that: The user management unit is used to manage user registration, login and authority control. The entrustment application unit is used to provide users with fumigation entrustment applications, including filling in vehicle information and fumigation plan requirements. The scheduling query unit is used for users to view the approved fumigation plans and fumigation operation progress. The order query unit is used for users to view the quarantine treatment result report after the fumigation operation is completed on the APP.

3. The intelligent quarantine processing system according to claim 2, characterized in that: The scheme management unit operates according to the fumigation scheme approved by the customs and submits the fumigation scheme data to the system.

4. The intelligent quarantine processing system according to claim 3, characterized in that: The evaluation and analysis unit obtains the pre-processed fumigation data, and builds a data analysis model based on the fumigation data to generate a fumigation effect evaluation value Eve. The fumigation data includes the concentration of harmful organisms remaining on the surface of the vehicle after 0.5 hours of fumigation, the effective duration of fumigation, and the fumigation humidity at each moment during the fumigation process.

5. The intelligent quarantine processing system according to claim 4, characterized in that: The process of preprocessing the fumigation data is as follows: calculate the difference Cz between the concentration of harmful organisms remaining on the surface of the vehicle after 0.5 hours of fumigation and the preset standard concentration, calculate the corresponding fumigation humidity stability coefficient Hsc after the fumigation is completed, and perform dimensionless processing on the concentration of harmful organisms remaining on the surface of the vehicle after 0.5 hours of fumigation, the difference Cz and the fumigation humidity stability coefficient Hsc.

6. The intelligent quarantine processing system according to claim 5, characterized in that: The formula for calculating the difference Cz between the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation and the preset standard concentration is as follows: Cz=Nx-Nbz Where Nx represents the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation, and Nbz represents the preset standard concentration; The calculation process of the corresponding fumigation humidity stability coefficient Hsc after fumigation is completed is as follows: S1001. Obtain the fumigation humidity Hs at each time t within T time. t , t represents the number of the fumigation humidity at different times within time T, t = 1, 2, 3, 4, ..., n; S1002. According to the average value of fumigation humidity at different times within T time And fumigation humidity Hs t Calculate the fumigation humidity stability coefficient Hsc, the calculation formula is as follows: Wherein, n is a positive integer.

7. The intelligent quarantine processing system according to claim 6, characterized in that: In the evaluation and analysis unit, the formula for generating the fumigation effect evaluation value Eve is as follows: Where Sc represents the effective duration of fumigation, f1, f2, and f3 are the difference Cz between the concentration of harmful organisms remaining on the vehicle surface after 0.5 hours of fumigation and the preset standard concentration, the effective duration of fumigation Sc, and the preset proportional coefficient of the fumigation humidity stability coefficient Hsc, respectively, and f1>f2>f3>0, and G is a constant correction coefficient.

8. The intelligent quarantine processing system according to claim 7, characterized in that: In the adjustment warning unit, after comparing the fumigation effect evaluation value Eve with the preset evaluation index Eol, if the fumigation effect evaluation value Eve exceeds the evaluation index Eol, it means that the fumigation effect meets the requirements and the subsequent strategy is executed. If the fumigation effect evaluation value Eve does not exceed the evaluation index Eol, it means that the fumigation effect does not meet the requirements, a warning signal is issued, and the adjustment strategy is executed until the fumigation effect meets the requirements.

9. The intelligent quarantine processing system according to claim 8, characterized in that: The subsequent strategy is: start to diffuse the gas for 2 hours after the fumigation is completed, upload data in real time after the diffusion is completed, and upload the data to the system as fumigation data; after the fumigation effect does not meet the requirements and an early warning signal is issued, the adjustment strategy is to add medicine and re-fumigate, and the formula for the amount of medicine added is as follows: Yl=(Eol-Eve)*Cyl In the formula, Cyl represents the initial dosage at the beginning of fumigation, and Yl represents the dosage.

10. The intelligent quarantine processing system according to claim 9, characterized in that: The system also includes an information platform end, and the information platform end is connected and interacted with the quarantine processing end. The information platform end includes a business entrustment query module, a data push module, a customer information verification module and a bill management module. The business entrustment query module allows personnel to query the business entrustment in the quarantine processing end. The data push module receives and queries the quarantine processing business information pushed by the quarantine processing end and generates a pending entrustment form. The customer information verification module verifies the customer information of the information platform when pushing. The bill management module provides management functions for pushing bills, including query, withdrawal and deletion operations.

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