Soil pollution condition survey report form compiling system for residential land, public management land and public service land

Abstract

The invention discloses a residential land, public management and public service land soil pollution condition survey report form compiling system, which is characterized in that an account registration module generates a unique user account based on user information and land parcel codes, so that the uniqueness and traceability of data attribution are ensured, and data confusion is avoided; the first application module and the second application module respectively provide independent and collaborative operation ports, support single-user and multi-user data entry, management and calling, and significantly improve the working efficiency; the data storage module synchronously operates data in real time through the cloud, the delay risk of paper or offline data transmission is reduced, and human intervention links are reduced through a standardized process and an automatic verification mechanism, so that the data entry error rate is reduced, and the accuracy and reliability of a soil pollution assessment result are ensured; therefore, the technical problem that the accuracy of the evaluation result is affected due to the fact that the existing method not only consumes labor cost and time cost, but also easily causes data entry errors due to human factors is solved.

Description

Technical Field

[0001] This invention relates to the field of public land pollution reporting technology, specifically to a system for compiling a soil pollution status investigation report form for residential land, public management and public service land. Background Technology

[0002] Article 59 of the "Soil Pollution Prevention and Control Law of the People's Republic of China," issued in August 2018, stipulates that "a soil pollution status investigation shall be conducted in accordance with regulations before the land use is changed to residential, public management, or public service land." The "Notice on Strengthening and Optimizing Soil Environmental Management of Key Construction Land" (Qiong Huan Tu Zi

[2024] No. 3), issued in June 2024, clarifies that for the first supply of existing construction land designated for "one residential and two public" purposes, a soil pollution status investigation shall be conducted before supply. A classified management system for soil pollution status investigations of key construction land shall be implemented. For plots designated for "one residential and two public" purposes, the first-stage investigation shall classify the soil pollution status investigation report into two categories: report form and report book, based on the potential risk of soil pollution. Report forms shall be prepared for plots with lower soil pollution risks. Currently, the preparation of investigation report forms mainly relies on manual compilation, resulting in low report writing efficiency and requiring manual input of plot data. This method not only consumes manpower and time costs but is also prone to data entry errors due to human factors, thus affecting the accuracy of the assessment results. Summary of the Invention

[0003] The purpose of this invention is to provide a system for compiling a soil pollution status investigation report form for residential land, public management and public service land, in order to solve the technical problems of existing methods, which not only consume manpower and time costs, but are also prone to data entry errors due to human factors, thereby affecting the accuracy of the assessment results.

[0004] The technical solution of this invention is implemented as follows:

[0005] A system for compiling a soil pollution status investigation report form for residential land, public management and public service land, including an account registration module, a first application module, a second application module and a data storage module;

[0006] The account registration module is used to generate a unique user account based on user information and the land parcel code applied for by the user.

[0007] The first application module is used to provide a first login port and a first operation unit. The first login port accepts the login of the unique user account and performs information entry in the second operation unit.

[0008] The second application module is used to provide a second login port and a second operation unit. The second login port accepts multiple unique user accounts to log in to the second operation unit, and the multiple unique user accounts perform functional operations or management operations through the second operation unit.

[0009] The data storage module is used to provide cloud access to the unique user account, and the cloud access stores the operation data uploaded by the unique user account in the first operation unit and the second operation unit.

[0010] The unique user account can view and access the operation data in real time by logging into the first application module and the second application module.

[0011] A further technical solution is that the account registration module includes:

[0012] The mobile registration module is used to receive a registration request from a user using an enterprise identification code, SMS verification code, key setting number and the land parcel code, and generate the unique user account;

[0013] The fixed-end registration module is used to receive the user's registration request using the enterprise identification code, ID card number, key setting number and land parcel code, and generate the unique user account;

[0014] Based on the unique user account, it is divided into enterprise user accounts and administrator accounts.

[0015] A further technical solution is that the first application module includes:

[0016] The image acquisition module is used to record images during site surveys and personnel interviews using a watermark camera, and generate watermarked photos, wherein the watermark includes project name, time, location, latitude and longitude and azimuth information;

[0017] The interview recording module is used to record the interview content by voice during on-site interviews.

[0018] The speech-to-text module is used to convert the interview content recorded by the interview recording module into text.

[0019] The cloud-based functional module is used to receive data from the image acquisition module and the interview recording module, and store it in the data storage module.

[0020] A further technical solution is that the specific steps for converting the audio into text content include:

[0021] Step S11: Initialize the audio tool population and visualization parameters;

[0022] Step S12: Randomly select a set of tools and calculate the fitness value based on transcription accuracy and visualization fluency;

[0023] Step S13: Select another set of tools, calculate the fitness value and compare them, and keep the combination with the higher score;

[0024] Step S14: Iteratively calculate and output the optimal combination to establish an interactive relationship between the user and the visualization results.

[0025] A further technical solution is that the second application module includes:

[0026] The attachment editing and entry module is used to provide a framework for entering the cover and compilation pages, table of contents, body text and tables of attachment templates. The attachment templates include fixed templates and general templates.

[0027] The calling module is used to call, sort, and input titles for the attachment templates. After the calling operation is completed, a corresponding input recognition window is generated based on the category, quantity, sorting, and title content of the called attachment templates.

[0028] The report generation module is used to integrate the content of the attachment template and output it as an operable report file.

[0029] The internal audit module is used by the personnel who prepare the documents to select internally recognized internal auditors to conduct the first and second reviews of the documents and reports, and to check the progress of the internal audit.

[0030] A further technical solution is that the fixed template includes:

[0031] A template for the coordinates of inflection points of the surveyed land parcels is used to input auxiliary mapping files, which include the inflection points of the red line file of the surveyed land parcels, the inflection point numbers, and the coordinates of the inflection points.

[0032] Historical image templates are used to input historical images, image times, and descriptions of the current status within the plot, while automatically generating image images with time watermarks.

[0033] A further technical solution is that the general template is used to provide a writing pad function, and can simultaneously receive tables, images and text content.

[0034] A further technical solution is that the second application module also includes:

[0035] The first management module is used to adjust the position of the text boxes and tables in the attachment template, as well as the size, font, color, and background color of the text output.

[0036] The second management module is used to grant the internal auditors first- and second-level review permissions.

[0037] A further technical solution is that the data storage module includes:

[0038] The cloud module is used to allow the unique account to view and access the latest operation data of the first and second application modules when logging into them.

[0039] The data correction module is used to compare the historical operation data in the first application module and the second application module with the latest operation data, and remove abnormal content based on the comparison result.

[0040] A further technical solution is that the data correction module specifically performs the following steps:

[0041] Step S21: Organize the historical operation data and the latest operation data into a unified format, align them by time, unique account or operation type, and generate data to be processed;

[0042] Step S22: Mark the differences in the data to be processed, and judge the marks to generate outliers;

[0043] Step S23: Based on the outliers, perform direct deletion, replacement correction, or mark them as pending review and classify them into final draft data;

[0044] Step S24: Re-import the final draft data into the cloud module. If it is found that normal data has been mistakenly deleted and removed, adjust the judgment criteria in step S22, reprocess and verify until the correct result is output.

[0045] The beneficial effects of this invention are as follows:

[0046] 1. The account registration module generates unique user accounts based on user information and land parcel codes, ensuring the uniqueness and traceability of data ownership and avoiding data confusion. The first and second application modules provide independent and collaborative operation ports, respectively, supporting single-user and multi-user data entry, management, and retrieval, significantly improving work efficiency. The data storage module synchronizes operation data in real time through the cloud, reducing the delay risk of paper or offline data transmission. Through standardized processes and automated verification mechanisms, it reduces human intervention, thereby lowering the data entry error rate and ensuring the accuracy and reliability of soil pollution assessment results. This solves the technical problem that existing methods not only consume manpower and time costs but are also prone to data entry errors due to human factors, thus affecting the accuracy of assessment results.

[0047] 2. You can directly call the attachment template, input the relevant data according to the attachment template, and quickly generate the report. This can not only greatly reduce the workload of the report compiler, but also save the report compiler the work of adjusting text format, image size, simple charts, etc. during the report compilation process, thereby shortening the report compilation time and saving labor costs.

[0048] 3. Directly using fixed templates can reduce errors caused by manual report compilation, ensure the consistency of the generated report's framework, content, and format, and improve the overall quality of the investigation report.

[0049] 4. It integrates the enterprise's internal audit process, making the internal audit work visible and traceable, which makes it easier for project managers to follow up on project progress. Attached Figure Description

[0050] Figure 1 A schematic diagram of the system structure for compiling a soil pollution status investigation report form for residential land, public management and public service land according to the present invention;

[0051] Figure 2 This is a flowchart of the first application module's speech-to-text steps in the system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to the present invention;

[0052] Figure 3 This is a flowchart illustrating the execution steps of the data correction module in the system for compiling a soil pollution status investigation report form for residential land, public management and public service land, as described in this invention.

[0053] Figure 4 This is a schematic diagram of land parcel red lines and inflection points in a soil pollution status investigation report compilation system for residential land, public management and public service land, as described in this invention. Detailed Implementation

[0054] To better understand the technical content of this invention, specific embodiments are provided below, and the invention will be further described in conjunction with the accompanying drawings.

[0055] See Figures 1 to 4This invention provides a system for compiling soil pollution status investigation reports for residential land, public management and public service land, including an account registration module, a first application module, a second application module, and a data storage module. The account registration module generates a unique user account based on user information and the land parcel code applied for by the user. The first application module provides a first login port and a first operation unit; the first login port accepts unique user account logins and performs information entry in the second operation unit. The second application module provides a second login port and a second operation unit; the second login port accepts multiple unique user accounts to log in to the second operation unit, and the multiple unique user accounts perform functional or management operations through the second operation unit. The data storage module provides cloud access for unique user accounts, storing the operation data uploaded by the unique user accounts in the first and second operation units. Unique user accounts can view and access operation data in real time by logging into the first and second application modules.

[0056] In this embodiment, the mobile application of the system can be developed based on React Native or Flutter; the PC application can be developed based on React or Vue.js. The land parcel code can be a number assigned after each surveyed land parcel is selected, possessing easily identifiable attributes. The first application module can be the operation module of the mobile application system, and the second application module can be the operation module of the PC application system. The data storage module is based on AWS or Google Cloud storage, database, and API services, and also includes the use of MongoDB or PostgreSQL to store user data, attachment templates, and document reports.

[0057] Specifically, the account registration module generates unique user accounts based on user information and land parcel codes, ensuring the uniqueness and traceability of data ownership and avoiding data confusion. The first and second application modules provide independent and collaborative operation ports, respectively, supporting single-user and multi-user data entry, management, and retrieval, significantly improving work efficiency. The data storage module synchronizes operation data in real time through the cloud, reducing the delay risk of paper or offline data transmission. Through standardized processes and automated verification mechanisms, it reduces human intervention, thereby lowering the data entry error rate and ensuring the accuracy and reliability of soil pollution assessment results. This solves the technical problem that existing methods not only consume manpower and time costs but are also prone to data entry errors due to human factors, thus affecting the accuracy of assessment results.

[0058] Preferably, the account registration module includes: a mobile registration module, used to receive registration requests from users using enterprise identification code, SMS verification code, key setting number and land parcel code, and generate a unique user account; and a fixed-end registration module, used to receive registration requests from users using enterprise identification code, ID card number, key setting number and land parcel code, and generate a unique user account; wherein, based on the unique user account, it is divided into enterprise user account and administrator account.

[0059] In this embodiment, the enterprise identification code can be the enterprise's social credit code, the SMS verification code can be the SMS verification code received by the mobile phone number of the contact person bound to the enterprise, and the key setting number can be the login password set by the enterprise user. The enterprise identification code in the fixed-end registration module is the same as the enterprise identification code in the mobile-end registration module, and the key setting number can be the same as the key setting number in the mobile-end registration module. The fixed-end registration module can also use the ID card number of the contact person bound to the enterprise, which makes it convenient to retrieve the login password using the ID card number or social credit code if the login password is forgotten later.

[0060] Preferably, the first application module includes: an image acquisition module, used to record images during site surveys and personnel interviews using a watermark camera, and generate watermarked photos, wherein the watermark includes the site name, time, location, latitude and longitude, and azimuth information; an interview recording module, used to record the interview content by voice during the on-site interviews; a speech-to-text module, used to convert the interview content recorded by the interview recording module into text; and a cloud function module, used to receive data from the image acquisition module and the interview recording module, and store it in the data storage module.

[0061] In this embodiment, the mobile terminal aims to provide enterprise users with a mobile information entry system. Its functional modules include a watermark camera, interview recording and speech-to-text functionality, and cloud data functionality. The watermark camera allows users to directly generate watermarked photos during site surveys and interviews. The watermark includes information such as project name, time, location, latitude and longitude, and azimuth. The interview recording and speech-to-text functionality allows users to record interviews using the built-in recording function, and then use the speech-to-text function after recording. Specifically, it can use Google Cloud speech recognition service or iFlytek API to complete the speech-to-text function. The cloud data functionality allows photos and audio recordings taken on-site to be uploaded to a cloud service with a unique account.

[0062] Preferably, the specific steps for converting audio into text content include:

[0063] Step S11: Initialize the audio tool population and visualization parameters;

[0064] Step S12: Randomly select a set of tools and calculate the fitness value based on transcription accuracy and visualization fluency;

[0065] Step S13: Select another set of tools, calculate the fitness value and compare them, and keep the combination with the higher score;

[0066] Step S14: Iteratively calculate and output the optimal combination to establish an interactive relationship between the user and the visualization results.

[0067] In this embodiment, based on Google Cloud Speech Recognition Service or iFlytek API, a "tool population" including noise suppression models, equalizer algorithms, and interface layouts is first initialized. A combination of tools is randomly selected to perform the audio transcription task, and its fitness value is calculated by comparing the matching degree between the text and the standard answer, as well as the interface response speed and rendering efficiency. Next, another set of tool combinations is selected for repeated evaluation, eliminating schemes with lower fitness and retaining the better-performing combinations. This process involves multiple rounds of iterative optimization, ultimately outputting a tool combination that achieves the best balance between transcription accuracy and visualization smoothness. This method significantly improves the reduction of transcription errors, accurate recognition of technical terminology in audio processing, reduced interface response time, and real-time updates of dynamic charts for a better user experience.

[0068] Preferably, the second application module includes: an attachment editing and input module, used to provide a framework for inputting the cover and compilation pages, table of contents, main text, and tables of the attachment template, wherein the attachment template includes fixed templates and general templates; a calling module, used to call, sort, and input titles of the attachment templates, and after the calling operation is completed, generate a corresponding input recognition window based on the category, quantity, sorting, and title content of the called attachment templates; a report generation module, used to integrate the content of the attachment templates and output them as an operable document report; and an internal audit module, used by the compiler to select internally recognized internal auditors to conduct a first and second review of the document report and to check the progress of the internal audit.

[0069] In this embodiment, users can log in to the PC using different accounts. A single account for general users can use the survey report template. Functional modules provided for enterprise users include inputting surveyed land information, editing and inputting attachments, identifying document inflection points, inputting historical images, and generating reports. An administrator's single account can use template editing functions and internal auditor-permitted editing functions. Editable files can be PDF or WORD files.

[0070] The unique account functions for general users include: an attachment editing and input module, which includes: cover and compilation page input templates (allowing users to input exploration information into the attachment templates and directly generate cover and compilation page content based on pre-set fonts and layouts); a table of contents template (generating a table of contents according to pre-set chapter and attachment titles, using appropriate formats and fonts); and body text and table input templates (setting corresponding body text and table templates based on the attachment templates required by regulatory guidelines, generating report body text according to appropriate formats and fonts). A calling module allows users to call, sort, and input attachment titles for attachment templates. After the calling operation is completed, the system will generate corresponding input recognition windows based on the type, quantity, sorting, and title content of the called templates. A report generation module is used to integrate and generate investigation reports, integrating the attachment template content from the PC client and outputting it as an operable document. An internal audit module allows users to enter internal audit mode after the attachment templates are completed. Internal audits are divided into first and second reviews, where the compiler selects internally recognized auditors to review the report. Furthermore, compilers can check the internal audit progress through a second application module.

[0071] Preferably, the fixed template includes: a survey plot inflection point coordinate template, used to input auxiliary mapping files, which include the inflection points, inflection point numbers, and inflection point coordinates of the survey plot red line file; and a historical image template, used to input historical images, image time, and descriptions of the current status within the plot, while automatically generating image images with time watermarks.

[0072] In this embodiment, the format of the auxiliary mapping file can be kmz, dwg, or dxf, etc. Among them, dwg or dxf format files can be stored and modified using AutoCAD software, or the KMZ format file can be parsed using the GDAL library to extract the boundary coordinates of the plot.

[0073] The second application module has two built-in fixed templates. The first is the "Survey Plot Turning Point Coordinates" template, which allows the input of auxiliary mapping files. The turning point identification can utilize GIS technology and API services to identify and number the turning points in the survey plot boundary file, finally outputting the turning point coordinates. Figure 4 The template shows the complete land parcel boundary and inflection points. Furthermore, the coordinates of the inflection points are precisely determined based on the National Geodetic 2000 coordinate system. The second template is a "Historical Image" template, which allows users to input historical images (pictures) along with the image time and a description of the current state of the land parcel. The template automatically generates image images with time watermarks and inserts them into the attachment file.

[0074] Preferably, the general template is used to provide a writing pad function, and can receive tables, images and text content to support the second application module in completing the corresponding attachment template creation work.

[0075] Preferably, the second application module further includes: a first management module for adjusting the position of the attachment template text box and table, and the size, font, color and background color of the text output; and a second management module for granting internal auditors first-review and second-review permissions.

[0076] In this embodiment, an administrator logs in using a unique administrator account in administrator mode. Within the second application module, the attachment template can be edited, allowing adjustment of the position of all template text boxes and tables, as well as the size, font, color, and background color of the text output. Internal auditors also have editing permissions and can apply for and be granted first and second review permissions within the second application module. General users can select internal auditors from among those with internal audit permissions to report to.

[0077] Preferably, the data storage module includes: a cloud module, used to allow a unique account to view and access the latest operation data of the first and second application modules when logging in; and a data correction module, used to compare the historical operation data and the latest operation data in the first and second application modules, and remove abnormal content based on the comparison results.

[0078] In this embodiment, the cloud module is used to store data using a unique account provided to general users. These accounts can be accessed on both mobile and PC devices. If there are discrepancies between the historical data and the latest updated data stored in the cloud, a data correction module compares the historical operation data from the first and second application modules with the latest operation data. Based on the comparison results, abnormal content is removed to ensure the accuracy of the file reports in the cloud data.

[0079] Preferably, the data correction module specifically performs the following steps:

[0080] Step S21: Organize historical operation data and the latest operation data into a unified format, align them by time, unique account or operation type, and generate data to be processed;

[0081] Step S22: Mark the differences in the data to be processed, and judge the marks to generate outliers;

[0082] Step S23: Based on the outliers, perform direct deletion, replacement correction, or mark as pending review and classify the data into final draft data;

[0083] Step S24: Re-import the final draft data into the cloud module. If it is found that normal data was mistakenly deleted and incorrectly removed, adjust the judgment criteria in step S22, reprocess and verify until the correct result is output.

[0084] In this embodiment, a learning algorithm is used to quantitatively evaluate the differences between historical and latest operational data, generating outlier labels. Based on the outlier type, such as obvious errors, correctable anomalies, or potential risks, data is either directly deleted, replaced, corrected, or marked for review, forming the final draft data. Verification is performed via cloud import. If normal data is mistakenly deleted, the judgment criteria in step S22 are dynamically adjusted, iteratively optimized until the output meets business requirements. This mechanism effectively improves the accuracy of data cleaning, removes interfering data, retains reasonable records, reduces the risk of accidental deletion during manual review and marking for review, and enhances robustness and adapts to changes in data distribution through a feedback loop. It provides high-quality input for subsequent risk control strategies and user behavior modeling analysis, balancing the efficiency of automated processing with the flexibility of manual intervention.

[0085] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. A system for compiling a soil pollution status investigation report form for residential land, public management and public service land, characterized in that, It includes an account registration module, a first application module, a second application module, and a data storage module; The account registration module is used to generate a unique user account based on user information and the land parcel code applied for by the user. The first application module is used to provide a first login port and a first operation unit. The first login port accepts the login of the unique user account and performs information entry in the second operation unit. The second application module is used to provide a second login port and a second operation unit. The second login port accepts multiple unique user accounts to log in to the second operation unit, and the multiple unique user accounts perform functional operations or management operations through the second operation unit. The data storage module is used to provide cloud access to the unique user account, and the cloud access stores the operation data uploaded by the unique user account in the first operation unit and the second operation unit. The unique user account can view and access the operation data in real time by logging into the first application module and the second application module.

2. The system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 1, characterized in that, The account registration module includes: The mobile registration module is used to receive a registration request from a user using an enterprise identification code, SMS verification code, key setting number and the land parcel code, and generate the unique user account; The fixed-end registration module is used to receive the user's registration request using the enterprise identification code, ID card number, key setting number and land parcel code, and generate the unique user account; Based on the unique user account, it is divided into enterprise user accounts and administrator accounts.

3. The system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 1, characterized in that, The first application module includes: The image acquisition module is used to record images during site surveys and personnel interviews using a watermark camera, and generate watermarked photos, wherein the watermark includes the land parcel name, time, location, latitude and longitude, and azimuth information; The interview recording module is used to record the interview content by voice during on-site interviews. The speech-to-text module is used to convert the interview content recorded by the interview recording module into text. The cloud-based functional module is used to receive data from the image acquisition module and the interview recording module, and store it in the data storage module.

4. The system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 3, characterized in that, The specific steps for converting the audio into text content include: Step S11: Initialize the audio tool population and visualization parameters; Step S12: Randomly select a set of tools and calculate the fitness value based on transcription accuracy and visualization fluency; Step S13: Select another set of tools, calculate the fitness value and compare them, and keep the combination with the higher score; Step S14: Iteratively calculate and output the optimal combination to establish an interactive relationship between the user and the visualization results.

5. The system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 1, characterized in that, The second application module includes: The attachment editing and entry module is used to provide a framework for entering the cover and compilation pages, table of contents, body text and tables of attachment templates. The attachment templates include fixed templates and general templates. The calling module is used to call, sort, and input titles for the attachment templates. After the calling operation is completed, a corresponding input recognition window is generated based on the category, quantity, sorting, and title content of the called attachment templates. The report generation module is used to integrate the content of the attachment template and output it as an operable report file. The internal audit module is used by the personnel who prepare the documents to select internally recognized internal auditors to conduct the first and second reviews of the documents and reports, and to check the progress of the internal audit.

6. The system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 5, characterized in that, The fixed template includes: A template for the coordinates of inflection points of the surveyed land parcels is used to input auxiliary mapping files, which include the inflection points of the red line file of the surveyed land parcels, the inflection point numbers, and the coordinates of the inflection points. Historical image templates are used to input historical images, image times, and descriptions of the current status within the plot, while automatically generating image images with time watermarks.

7. The system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 5, characterized in that, The general template is used to provide a writing pad function, and can receive tables, images and text content.

8. The system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 7, characterized in that, The second application module also includes: The first management module is used to adjust the position of the text boxes and tables in the attachment template, as well as the size, font, color, and background color of the text output. The second management module is used to grant the internal auditors first- and second-level review permissions.

9. The system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 1, characterized in that, The data storage module includes: The cloud module is used to allow the unique account to view and access the latest operation data of the first and second application modules when logging into them. The data correction module is used to compare the historical operation data in the first application module and the second application module with the latest operation data, and remove abnormal content based on the comparison result.

10. A system for compiling a soil pollution status investigation report form for residential land, public management and public service land according to claim 9, characterized in that, The specific steps performed by the data correction module include: Step S21: Organize the historical operation data and the latest operation data into a unified format, align them by time, unique account or operation type, and generate data to be processed; Step S22: Mark the differences in the data to be processed, and judge the marks to generate outliers; Step S23: Based on the outliers, perform direct deletion, replacement correction, or mark them as pending review and classify them into final draft data; Step S24: Re-import the final draft data into the cloud module. If it is found that normal data has been mistakenly deleted and removed, adjust the judgment criteria in step S22, reprocess and verify until the correct result is output.

Images