Automatic updating method and device for county-level overall planning database and medium

Abstract

The invention discloses a county-level overall planning-oriented database automatic updating method and device and a medium. The method comprises the following steps: acquiring basic version data of county-level overall planning; examining the government affair version data, and pre-storing the basic version data and the examined government affair version data into a county-level overall planning database; wherein the government affair version data is obtained by converting the basic version data; and verifying the information consistency of the warehousing data according to the comprehensive data verification report information during pre-warehousing, and obtaining a data warehousing result by reserving the consistent information. According to the automatic updating method and device for the county-level overall planning database and the medium, the data processing amount during formal warehousing is reduced through a pre-warehousing mechanism, so that the warehousing time is shortened, each step from data acquisition, conversion and examination to pre-warehousing and warehousing verification is clarified in the process, data is convenient to track and manage, and the efficiency is improved. The problems of long data storage time and difficult flow tracking can be solved.

Description

Technical Field

[0001] The present invention relates to the field of geographic information systems, and in particular to an automatic updating method, device and medium for a county-level master plan database. Background Art

[0002] The county master plan database is an important part of the county land space planning, which contains data on various planning elements, such as land and sea use, transportation, environment, etc. These data are important bases for planning implementation and management; during the implementation of the plan, due to changes in actual conditions and adjustments to planning goals, the plan needs to be partially modified and optimized, so the planning results database faces many needs for updating and maintenance, and it is urgent to use automated means to efficiently and safely update the county master plan incremental package data to the county master plan database. At present, the database update scheme generally adopts the method of incremental update or full update; among them, the full update is to delete the map blocks involved in the proposed update range on the basic database, and then append the updated map blocks to the basic database to obtain the updated database; the incremental update requires a separate copy to be saved after each local update, while retaining the previous version and the current version of the database.

[0003] However, due to the huge amount of data, high complexity of data processing, high resource consumption and complex update process, the existing full or incremental update solutions will be time-consuming, resource-intensive and difficult to track during the data update process. Summary of the invention

[0004] The present invention provides a method, device and medium for automatically updating a county-level master plan database, so as to solve the problems of long-time data storage and difficult process tracking.

[0005] Obtain the basic version of county master plan data; Performing topological inspection and business review on the government version data, and pre-storing the basic version data and the government version data that have passed the review into the county-level master planning database; wherein the government version data is obtained by performing adaptive transformation of the basic version data to the external network environment; The consistency of the data entering the warehouse is verified according to the comprehensive data verification report information at the time of pre-warehousing, and the data entry result is obtained by retaining consistent information.

[0006] The present invention obtains government version data by adaptively transforming the basic version data to the external network environment, which can improve the security of data in external network environments such as government network and prevent sensitive information leakage. The government version data undergoes topological inspection and business review before storage, which helps to ensure the accuracy, integrity and compliance of the data; wherein, the topological inspection can verify the logical relationship and structural correctness between the data, and the business review can ensure that the data complies with business rules and requirements, thereby improving the data quality. After pre-storage, data consistency verification is performed according to the comprehensive data verification report information to ensure the accuracy and consistency of the stored data, which helps to avoid errors and conflicts caused by inconsistent data and improve the reliability and stability of data use. By pre-storing the basic version data and the government version data that have passed the review, preliminary data integration and verification can be performed before formal storage, reducing the amount of data processing during formal storage, thereby shortening the storage time. In addition, the process clarifies each step from data acquisition, transformation, review to pre-storage and verification storage, so that the entire data update process has rules to follow and is easy to track and manage; in addition, each key step has clear output results, which can serve as an important basis for process tracking.

[0007] Compared with the prior art, the present invention reduces the amount of data processing during formal warehousing through a pre-warehousing mechanism, thereby shortening the warehousing time. The process also clarifies each step from data acquisition, conversion, review to pre-warehousing and verification of warehousing, making data easy to track and manage. This can solve the problems of time-consuming data warehousing and difficult process tracking.

[0008] As a preferred solution, topology check and business review are performed on the government version data, specifically: Controlling the first institution to obtain target government version data related to the current to-do task in the government version data; Check the internal topological relationship and the topological relationship between layers of the target government version data, and conduct a planning business review on the target government version data; wherein the planning business review includes a compliance review and a normative review.

[0009] This preferred solution can ensure the accuracy of the spatial structure of the data by checking the internal topological relationships and topological relationships between layers of the target government version data, which helps to avoid planning decision-making errors due to data errors or inconsistencies; and, by conducting compliance reviews of the data, it can ensure that the planning scheme complies with local laws, regulations, policy requirements and planning standards, and avoid the occurrence of illegal and irregular phenomena.

[0010] As a preferred solution, the basic version data and the approved government version data are pre-stored in the county-level master plan database, specifically: Control the first institution to obtain the government version data that has passed the review and obtain the compliant government version data; Pre-storing the compliant government version data into the county-level master plan database; The second mechanism is controlled to copy the basic version data to the intranet server, and the basic version data is pre-stored into the county-level master plan database through the data storage update tool of the intranet server.

[0011] This preferred solution has passed the review of the first agency to ensure the compliance of the government version data and reduce planning risks caused by data problems. The data entry and update tool of the intranet server is used to realize the automatic pre-entry of data, reduce manual operations and improve work efficiency.

[0012] As a preferred solution, the consistency of the data entering the warehouse is verified according to the comprehensive data verification report information during the pre-warehousing process, and the data entry result is obtained by retaining the consistent information, specifically: Generate government version data verification information based on the map information of the county-level master plan database before and after the compliant government version data is pre-stored; Establishing the comprehensive data verification report information based on the comparison information of the county-level master plan database before and after the basic version data is pre-stored, and the government version data verification information; Control the second mechanism to check whether the image spots involved in the target layer in the input data are consistent according to the comprehensive data verification report information, and check whether the updated layer identification code of the input data is unique; Update the checked data into the basic database to obtain the official data; The first institution is controlled to verify the official data according to the comprehensive data verification report information, and the verified data is archived into the county-level master plan database to obtain the data storage result.

[0013] This preferred solution ensures the spatial consistency of the data by checking whether the patches involved in the preset layers in the incoming data are consistent, avoiding planning conflicts or errors caused by patch mismatches; it ensures that the layer identification code of the updated incoming data is unique, which can avoid data redundancy and confusion. The second agency and the first agency conduct data inspection and verification respectively, forming a double verification mechanism, which effectively improves the quality of the incoming data.

[0014] As a preferred solution, the first institution is controlled to verify the official data according to the comprehensive data verification report information, and the verified data is archived into the county-level master plan database to obtain the data storage result, which is specifically: Based on the official data, the first institution is controlled to check whether the number and attributes of the changed spots in the county layer are consistent, and verify whether the version numbers of the government version data and the basic version data after the data is updated can be correctly associated; The verified data is archived into the county-level master plan database to obtain the data storage result.

[0015] This preferred solution can ensure the accuracy and completeness of the data by checking the consistency of the number and attributes of the changed patches in the updated county layer. This helps to avoid omissions, errors or inconsistencies in the data during the update process. Verify whether the version numbers of the government version data and the basic version data are correctly associated after the data is updated to ensure the consistency and traceability of the data version. This helps to clearly understand the source, modification history and changes of the data during data use or analysis.

[0016] As a preferred solution, after obtaining the basic version data of the county-level master plan, the following is also included: By pre-examining the basic version data, target sensitive information in the basic version data is excluded; Encrypting the basic version data based on a preset encryption algorithm to obtain the encrypted basic version data; The basic version data is pushed to the business approval system through a one-picture system; wherein the one-picture system is a comprehensive information platform in the field of land space planning and land resource management.

[0017] This preferred solution can effectively exclude preset sensitive information, reduce the risk of data leakage, and protect data security by pre-examining the basic version data. The preset encryption algorithm is used to encrypt the reviewed data to further enhance the security of the data and ensure that it is not accessed or tampered with by unauthorized third parties during transmission and storage. As a comprehensive information platform, the one-picture system can achieve centralized management and efficient circulation of data. By pushing the basic version data to the system, the data collation, analysis, and transmission work can be completed automatically, reducing manual intervention and duplication of work, and improving work efficiency.

[0018] As a preferred solution, the government version data is obtained by converting the basic version data to adapt to the external network environment, specifically: Control the second institution to download the basic version data from the business approval system to the local system; The basic version data is converted into government version data through an offline data conversion tool; wherein the basic version data and the government version data refer to data that can be used in an internal network and an external network environment respectively.

[0019] This preferred solution processes data through an offline data conversion tool, which reduces the risk of data exposure in a public network environment and further enhances data security.

[0020] The present invention also provides an automatic updating device for county-level master plan database, including a data module, a review module and a storage module; The data module is used to obtain the basic version data of the county-level master plan; The review module is used to perform topological inspection and business review on the government version data, and pre-store the basic version data and the government version data that have passed the review into the county-level master planning database; wherein the government version data is obtained by performing adaptive transformation of the basic version data to the external network environment; The warehousing module is used to verify the information consistency of the warehousing data according to the comprehensive data verification report information at the time of pre-warehousing, and obtain the data warehousing result by retaining consistent information.

[0021] As a preferred solution, the review module includes a task unit and a topology unit; Wherein, the task unit is used to control the first institution to obtain target government version data related to the current pending task in the government version data; The topology unit is used to check the internal topological relationship and the topological relationship between layers of the target government version data, and perform a planning business review on the target government version data; wherein the planning business review includes a compliance review and a normative review.

[0022] As a preferred solution, the review module includes a compliance unit, a pre-warehousing unit and a copy unit; The compliance unit is used to control the first institution to obtain the government version data that has passed the review and obtain the compliant government version data; The pre-storage unit is used to pre-storage the compliant government version data into the county-level master plan database; The copying unit is used to control the second mechanism to copy the basic version data to the intranet server, and pre-store the basic version data into the county-level master plan database through the data storage update tool of the intranet server.

[0023] As a preferred solution, the storage module includes a verification unit, a comparison unit, an information unit, a formal unit and a filing unit; The verification unit is used to generate government version data verification information based on the spot information of the county-level master plan database before and after the compliant government version data is pre-stored; The comparison unit is used to establish the comprehensive data verification report information based on the comparison information of the county-level master plan database before and after the basic version data is pre-stored, and the government version data verification information; The information unit is used to control the second mechanism to check whether the image spots involved in the target layer in the input data are consistent according to the comprehensive data verification report information, and to check whether the updated layer identification code of the input data is unique; The formal unit is used to update the checked data into the basic library to obtain formal data; The archiving unit is used to control the first institution to verify the official data according to the comprehensive data verification report information, and archive the verified data into the county-level master plan database to obtain the data storage result.

[0024] As a preferred solution, the archiving unit includes an attribute subunit and a verification subunit; The attribute subunit is used to control the first institution to check whether the number and attributes of the changed spots in the county layer are consistent based on the official data, and to verify whether the version numbers of the government version data and the basic version data after the data is updated can be correctly associated; The verification subunit is used to archive the data that has passed the verification into the county-level master plan database to obtain the data storage result.

[0025] As a preferred solution, after the data module, it also includes a review unit, an encryption unit and a push unit; The review unit is used to exclude target sensitive information in the basic version data by pre-reviewing the basic version data; The encryption unit is used to encrypt the basic version data based on a preset encryption algorithm to obtain the encrypted basic version data; The push unit is used to push the basic version data to the business approval system through a one-picture system; wherein the one-picture system is a comprehensive information platform in the field of land space planning and land resource management.

[0026] As a preferred solution, the review module includes a transmission unit and a conversion unit; Wherein, the transmission unit is used to control the second institution to download the basic version data from the business approval system to the local system; The conversion unit is used to convert the basic version data into government version data through an offline data conversion tool; wherein the basic version data and the government version data refer to data that can be used in an internal network and an external network environment respectively.

[0027] The present application also provides a storage medium having a computer program stored thereon. The computer program is called and executed by a computer to implement the above-mentioned method for automatically updating a county-level master plan database. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] FIG1 is a flow chart of a method for automatically updating a county-level master plan database provided in an embodiment of the present application; FIG2 is a flowchart of synchronous updating of geographic spatial data over 25 square kilometers provided by an embodiment of the present application; FIG3 is a flowchart of synchronous updating of geographic spatial data below 25 square kilometers provided in an embodiment of the present application; FIG4 is a business flow diagram provided in an embodiment of the present application; FIG5 is a flowchart of a “combination of increase and storage” database update provided by an embodiment of the present application; FIG6 is a schematic diagram of the structure of an automatic updating device for a county-level master plan database provided in an embodiment of the present application. DETAILED DESCRIPTION

[0029] The following will be combined with the drawings in the embodiments of the present application to clearly and completely describe the technical solutions in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0030] In the description of this application, it should be understood that the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, features defined as "first" and "second" may explicitly or implicitly include one or more of the features. In the description of this application, unless otherwise specified, "several" means two or more.

[0031] An automatic update method for a county-level master plan database provided in an embodiment of the present application is mainly used to solve the problem that in the existing database update, full or incremental update solutions are time-consuming, resource-intensive, difficult to track the process, and difficult to verify the updated data.

[0032] Embodiment 1: Please refer to FIG1 . The embodiment of the present application provides a method for automatically updating a county-level master plan database, including S1 to S3. The specific implementation steps are as follows: S1. Obtain the basic version data of the county-level master plan.

[0033] Step S1 of the embodiment of the present application includes S1.1 to S1.2; wherein S1.1 is the process of obtaining the basic version data, and S1.2 is the process of performing compliance review and encryption on the basic version data, specifically: S1.1. On the basis of the activated version of the planning database, complete the compilation of the land and sea use layers before the planning adjustment, the land and sea use layers after the planning adjustment, and the basic version of the adjustment range layers, organize and package them into basic version incremental data packages, and obtain the basic version data of the county-level master plan; Submit an approval application in the business approval system, fill in the business information and upload the basic version data and related materials to the business approval system.

[0034] S1.2. Use the pre-review function of the One Map System to conduct a compliance review of the basic version data and exclude the target sensitive information in the basic version data; the compliance review includes: judging whether the land and sea use layer before the planning adjustment, the land and sea use layer after the planning adjustment, and the adjustment range layer in the data have a single layer area greater than 25 square kilometers; and the "One Map System" is a comprehensive information platform in the field of land space planning and land resource management; Use pre-review tools such as quality inspection software to select a preset encryption algorithm (such as AES, RSA, etc.), encrypt the basic version data that has passed the pre-review, and obtain the encrypted basic version data; necessary key management information should be retained during the encryption process for subsequent data decryption and verification; The encrypted basic version data is pushed to the business approval system through the One-Graph system, and the information is synchronized to the users of the One-Graph system to ensure information exchange between business systems.

[0035] It should be noted that if the data patch in the basic version data is larger than 25 square kilometers, the basic version data will be submitted in the form of an offline CD instead of being pushed directly to the target system; According to the requirements of government data management and confidentiality, geospatial data below 25 square kilometers must be processed with confidentiality technology to be a government version before it can be run online. Unprocessed basic version data must be run offline in a stand-alone or LAN environment. In the first embodiment of this application, the government version processing includes location offset and sensitive information filtering; and the marked sensitive information is confidentially processed according to the relevant regulations on map disclosure.

[0036] This embodiment S1.2 can effectively exclude preset sensitive information, reduce the risk of data leakage, and protect data security by pre-examining the basic version data. The reviewed data is encrypted using a preset encryption algorithm to further enhance data security and ensure that it is not accessed or tampered with by unauthorized third parties during transmission and storage. As a comprehensive information platform, the one-picture system can achieve centralized management and efficient circulation of data. By pushing the basic version data to the system, the data collation, analysis, and transmission work can be completed automatically, reducing manual intervention and duplication of work and improving work efficiency.

[0037] To apply the embodiments of the present application, please refer to Figures 2 and 3; FIG2 is a flowchart of synchronous updating of geographic spatial data of more than 25 square kilometers provided in an embodiment of the present application, which shows the data processing and circulation process of geographic spatial data of more than 25 square kilometers in the first embodiment; FIG3 is a flowchart of synchronous updating of geographic spatial data below 25 square kilometers provided in an embodiment of the present application, which shows the data processing and circulation process of geographic spatial data below 25 square kilometers in the first embodiment of the present application.

[0038] S2. Perform topological check and business review on the government version data, and pre-store the basic version data and the government version data that have passed the review into the county-level master plan database; among them, the government version data is obtained by adaptively transforming the basic version data to the external network environment.

[0039] Step S2 of the embodiment of the present application includes S2.1 to S2.3; wherein S2.1 is the process of converting the basic version data into the government version data, S2.2 is the process of quality inspection of the target government version data, and S2.3 is the process of pre-storage processing of the compliant government version data and the basic version data, specifically: S2.1. Control the second institution to download the basic version data in the approval business form from the business approval system to the local system; the basic version data in the approval business form includes the land and sea use layer before the planning adjustment, the land and sea use layer after the planning adjustment, and the adjustment scope layer; The basic version data is converted into government version data through offline data conversion tools, and the second agency is controlled to upload the government version data to the business approval system; among them, the basic version data and government version data refer to data that can be used in internal network and external network environments respectively.

[0040] Control the second agency to select the preset encryption algorithm (such as AES, RSA, etc.) in the business approval system to encrypt the land and sea use layer before planning adjustment, the land and sea use layer after planning adjustment, and the adjustment range layer data in the government version data, and push them to a map system to ensure the security of data during transmission and storage; among them, necessary key management information should be retained during the encryption process for subsequent data decryption and verification.

[0041] In this embodiment S2.1, data is processed through an offline data conversion tool, which reduces the risk of data exposure in a public network environment and further enhances data security.

[0042] S2.2, controlling the first institution to obtain target government version data related to the pending tasks of the current account in the government version data through a map system; The first control agency uses the online quality inspection capability in the one-picture system to check the internal topological relationship and the topological relationship between layers of the target government version data, and conducts a planning business review on the target government version data that passes the topological check, and generates a unique code for the government version data that passes the review for subsequent verification; among which, the planning business review includes compliance review and normative review; The contents of topological inspection specifically include: mathematical foundation of spatial data, scope, topological relationship within point layer, topological relationship of line layer, topological relationship of surface layer, topological inspection between layers, broken line inspection, broken surface inspection, multi-component inspection and layer accuracy inspection; The business review includes: ① Compliance review of results: Review whether the planning data complies with the requirements of relevant regional planning policies and laws and regulations to ensure the legality and compliance of the planning content.

[0043] ② Review of the standardization of results: Check whether the format, naming, coding, etc. of the planning data conform to unified standards and specifications to ensure the readability and maintainability of the data.

[0044] ③ Implementation of major regional strategies and higher-level plans, whether the goals, tasks, binding indicators and mandatory contents determined by the regional land space planning and the regional land space master plan are implemented; ④ Review of the overall pattern of land space development and protection, demarcation of spatial control lines, and overall coordination of various land use structures and layouts.

[0045] This embodiment S2.2 can ensure that the spatial structure of the data is accurate by checking the internal topological relationship and the topological relationship between layers of the target government version data, which helps to avoid planning decision-making errors due to data errors or inconsistencies; and, by conducting compliance reviews of the data, it can ensure that the planning scheme complies with relevant local laws, regulations, policy requirements and planning standards, and avoid the occurrence of illegal and irregular phenomena.

[0046] S2.3. Control the first institution to obtain the approved government data through a map system to obtain compliant government data; the compliant government data includes the land and sea use layer before the planning adjustment, the land and sea use layer after the planning adjustment, and the adjustment scope layer data; Control the first institution to use the online storage management function provided by the one-map system to pre-store the compliant government version data into the county-level master plan database; in the pre-storage process, save each updated data record, retain all map information before and after the update, and generate government version data verification information by comparing the information before and after the pre-storage; and push the government version data verification information to the second institution; Control the second organization to copy the basic version data to the intranet server, and pre-store the basic version data into the county-level master plan database through the data storage update tool of the intranet server.

[0047] In this embodiment S2.3, the compliance of the government version data is ensured through the review of the first institution, reducing the planning risks caused by data problems. The data storage update tool of the intranet server is used to realize the automatic pre-storage of data, reduce manual operations, and improve work efficiency.

[0048] S3. Verify the consistency of the data entering the warehouse based on the comprehensive data verification report information during pre-warehousing, and obtain the data entry result by retaining consistent information.

[0049] Step S3 of the embodiment of the present application includes S3.1 to S3.4; wherein S3.1 is a process of checking data according to the comprehensive data verification report information, S3.2 is a process of further verifying the data, S3.3 is a process of final verification and analysis of the data to obtain the data storage result, and S3.4 is a process of sharing institutional information, specifically: S3.1. Based on the comparison information of the county-level master plan database before and after the basic version data is pre-stored, as well as the government version data verification information, establish comprehensive data verification report information; The second control agency shall check whether the image spots involved in the target layer in the stored data are consistent based on the information in the comprehensive data verification report, and check whether the layer identification code after the updated stored data is unique; the target layer includes the land and sea use layer before adjustment, the land and sea use layer after the planning adjustment, and the adjustment scope layer; The data that has passed the inspection will be updated to the basic database to obtain the official data, and the official data will be used as the basis for the next batch of data to be issued.

[0050] This embodiment S3.1 ensures the spatial consistency of the data by checking whether the image patches involved in the preset layers in the incoming data are consistent, thereby avoiding planning conflicts or errors caused by mismatched image patches; it ensures that the layer identification code of the updated incoming data is unique, thereby avoiding data redundancy and confusion.

[0051] S3.2. Based on the official data, the first institution is controlled to further verify the number and attributes of the changed patches in the county layer, the version number of the government version data and the updated version number of the basic version, and obtain a government version-basic version data verification report; Further verification includes: ① Whether the number, attributes and single area of ​​the planned land and sea use before adjustment in the incremental data are consistent with those in the county layer (tolerance should be considered, within 0.5 square meters), and no remaining spots are left after erasing each other; ② Check whether the number, attributes and area of ​​each patch involved in the change in the adjusted planned land and sea use layer in the incremental data and the updated county layer are consistent (tolerance should be considered, within 0.5 square meters), erase each other without any remaining patches, and export the verification results; ③ Whether there are topological problems in the county layer after the update: whether there are gaps, overlaps, self-intersections and multiple components.

[0052] In this embodiment S3.2, the accuracy and completeness of the data can be ensured by performing consistency checks on the number and attributes of the changed spots in the updated county layer, which helps to avoid omissions, errors or inconsistencies in the data during the update process.

[0053] S3.3, control the second institution to upload the government version-basic version data verification report to the one-picture system through the business approval system; Control the first institution to obtain the government version-basic version data verification report through a one-picture system, and verify and analyze the government version-basic version data verification report and the government version data verification information; the types of verification mainly include verification before and after the government version and basic version data are stored, and verification before and after the conversion between the government version and the basic version; The qualified data after verification and analysis are archived into the county-level master plan database through the storage function of the One Map System to obtain the data storage results; at the same time, the data service in the One Map System is updated so that the content displayed in the One Map System is the latest data, ensuring the smooth progress of business work.

[0054] The verification analysis includes the verification of the government version and basic version data before and after storage, as well as the verification of the results after the government version and basic version are updated. Specifically: (1) Verification of government version and basic version data before and after storage: ① Whether the number, attributes and single area of ​​the planned land and sea use before adjustment in the incremental data are consistent with those in the county layer (tolerance should be considered, within 0.5 square meters), and no remaining spots are left after erasing each other; ② Check whether the number, attributes and area of ​​each patch involved in the change in the adjusted planned land and sea use layer in the incremental data and the updated county layer are consistent (tolerance should be considered, within 0.5 square meters), erase each other without any remaining patches, and export the verification results; ③ Whether there are topological problems in the county layer after the update: whether there are gaps, overlaps, self-intersections and multiple components.

[0055] (2) Verification of results after updating the government version and the basic version: ① Whether the number and attributes of the changed spots in the updated county layers of the government version and the basic version are consistent; ② Verify whether the version numbers of the government version data and the basic version data can be correctly associated after the data is updated.

[0056] In this embodiment S3.3, the consistency and traceability of the data version are ensured by verifying whether the version numbers of the government version data and the basic version data after the data update are correctly associated. This helps to clearly understand the source, modification history and changes of the data during the use or analysis of the data.

[0057] S3.4. After the first institution updates the database in the one-map system, it will simultaneously push the data to the intermediate library for data exchange between the first institution's "one-map system" and the second institution's "integrated database"; After receiving the updated data from the intermediate database, the second agency uses the data update tool to update the data to the integrated database, and provides external services as base map data to support the development of other related businesses.

[0058] It should be noted that the first institution may be a planning institute in a different region, and the second institution may be a technical center in a different region.

[0059] Based on this embodiment S3.4, this application explores the methods, processes, and division of responsibilities for updating and maintaining the planning database, laying the foundation for many similar updating and maintenance tasks; by using the solution of this application, the investment in the research on automatic updating of the planning database can be greatly reduced, which has strong practicality. Through this application, the whole process of data achievement modification application submission, receipt, review, approval, and update storage is managed, and the approval process design is optimized, which can enhance the decision-making support capabilities, strengthen the monitoring of all aspects of the county-level master plan database update, and further improve the information level of county-level master plan database management and the efficiency of data achievement review and approval.

[0060] To apply the embodiments of the present application, please refer to Figures 4 and 5; FIG4 is a business flow diagram provided in an embodiment of the present application, showing the general process of data processing in the first embodiment; FIG5 is a flowchart of the “increase and storage combined” database update provided in an embodiment of the present application, which illustrates the update method of the “increase and storage combined” database in the first embodiment of the present application.

[0061] Overall, this embodiment has the following beneficial effects: This application obtains government version data by adaptively converting the basic version data to the external network environment, which can improve the security of data in external network environments such as government networks and prevent the leakage of sensitive information. The government version data undergoes topological inspection and business review before being stored in the database, which helps to ensure the accuracy, completeness and compliance of the data; among them, the topological inspection can verify the logical relationship and structural correctness between the data, and the business review can ensure that the data complies with business rules and requirements, thereby improving data quality. After pre-storage, data consistency verification is performed based on the information in the comprehensive data verification report to ensure the accuracy and consistency of the stored data, which helps to avoid errors and conflicts caused by data inconsistencies and improve the reliability and stability of data use. By pre-storing the basic version data and the government version data that has passed the review, preliminary data integration and verification can be performed before formal storage, reducing the amount of data processing during formal storage, thereby shortening the storage time. In addition, the process clarifies each step from data acquisition, transformation, review to pre-storage and verification of storage, so that the entire data update process has rules to follow and is easy to track and manage; in addition, each key step has clear output results, which can serve as an important basis for process tracking; This application not only explores an advanced maintenance mode for synchronous updating of multiple versions of the database, effectively solving the version conflicts and data inconsistencies that may occur during the data update process, but also innovatively proposes a data update strategy of "combining increase and storage" to achieve seamless connection and dynamic update of data. In addition, this application also systematically sorts out and clarifies the entire process of planning database updates, including the receipt of documents, data review, storage updates, and the activation of results, ensuring the standardization and efficiency of the update work. It also clearly defines the division of responsibilities of different units in the planning database update and maintenance work, and builds a collaborative and responsible work mechanism, which provides a strong guarantee for improving overall work efficiency and data quality.

[0062] Embodiment 2: Please refer to FIG6 , an embodiment of the present application provides an automatic updating device for a county-level master plan database, including a data module 10 , a review module 20 , and a storage module 30 ; Among them, data module 10 is used to obtain the basic version data of the county-level master plan; The review module 20 is used to perform topological inspection and business review on the government version data, and pre-store the basic version data and the government version data that have passed the review into the county-level master planning database; wherein the government version data is obtained by performing adaptive transformation of the basic version data to the external network environment; The warehousing module 30 is used to verify the consistency of the warehousing data according to the comprehensive data verification report information at the time of pre-warehousing, and obtain the data warehousing result by retaining the consistent information.

[0063] In one embodiment, the data module 10 includes an acquisition unit, a review unit, an encryption unit, and a push unit; wherein the acquisition unit is a process of acquiring basic version data, and the review unit, the encryption unit, and the push unit are processes of performing compliance review and encryption on the basic version data, specifically: The acquisition unit is used to complete the compilation of the land and sea use layer before the planning adjustment, the land and sea use layer after the planning adjustment, and the basic version layer of the adjustment range layer on the basis of the activated version planning database, and organize and package them into the basic version incremental data package to obtain the basic version data of the county-level master plan; The acquisition unit is also used to submit an approval application in the business approval system, fill in business information and upload the basic version data and related materials to the business approval system.

[0064] The review unit is used to use the pre-review function of the one-map system to conduct a compliance review on the basic version data and exclude the target sensitive information in the basic version data; the compliance review includes: judging whether the land and sea use layer before the planning adjustment, the land and sea use layer after the planning adjustment, and the adjustment range layer in the data have a single layer area greater than 25 square kilometers; and the "one-map system" is a comprehensive information platform in the field of land space planning and land resource management; The encryption unit is used to select a preset encryption algorithm (such as AES, RSA, etc.) using pre-review tools such as quality inspection software to encrypt the basic version data that has passed the pre-review to obtain the encrypted basic version data; the necessary key management information should be retained during the encryption process for subsequent data decryption and verification; The push unit is used to push the encrypted basic version data to the business approval system through the One Picture System, and synchronize the information to the users of the One Picture System to ensure information exchange between business systems.

[0065] It should be noted that if the data patch in the basic version data is larger than 25 square kilometers, the basic version data will be submitted in the form of an offline CD instead of being pushed directly to the target system; According to the requirements of government data management and confidentiality, geospatial data below 25 square kilometers must be processed with confidentiality technology to be a government version before it can be run online. Unprocessed basic version data needs to be run in an offline stand-alone or LAN environment. In Example 2 of this application, the government version processing includes location offset and sensitive information filtering; and the marked sensitive information is confidentially processed according to the relevant regulations on map disclosure.

[0066] The review unit, encryption unit, and push unit of this embodiment can effectively exclude preset sensitive information, reduce the risk of data leakage, and protect data security by pre-reviewing the basic version data. The preset encryption algorithm is used to encrypt the reviewed data to further enhance the security of the data and ensure that it is not accessed or tampered with by unauthorized third parties during transmission and storage. As a comprehensive information platform, the one-picture system can realize centralized management and efficient circulation of data. By pushing the basic version data to the system, the data collation, analysis, and transmission work can be completed automatically, reducing manual intervention and duplication of work, and improving work efficiency.

[0067] To apply the embodiments of the present application, please refer to Figures 2 and 3; FIG2 is a flowchart of synchronous updating of geographic spatial data of more than 25 square kilometers provided in an embodiment of the present application, which shows the data processing and circulation process of geographic spatial data of more than 25 square kilometers in the second embodiment; FIG3 is a flowchart of synchronous updating of geographic spatial data below 25 square kilometers provided in an embodiment of the present application, which shows the data processing and circulation process of geographic spatial data below 25 square kilometers in the second embodiment of the present application.

[0068] In one embodiment, the review module 20 includes a transmission unit, a conversion unit, a task unit, a topology unit, a compliance unit, a pre-warehouse unit and a copy unit; wherein the transmission unit and the conversion unit are the process of converting the basic version data into the government version data, the task unit and the topology unit are the process of quality inspection of the target government version data, and the compliance unit, the pre-warehouse unit and the copy unit are the process of pre-warehouse processing of the compliant government version data and the basic version data, specifically: The transmission unit is used to control the second institution to download the basic version data in the approval business form from the business approval system to the local system; wherein the basic version data in the approval business form includes the land and sea use layer before the planning adjustment, the land and sea use layer after the planning adjustment, and the relevant data of the adjustment scope layer; The conversion unit is used to convert the basic version data into the government version data through an offline data conversion tool, and control the second agency to upload the government version data to the business approval system; wherein the basic version data and the government version data refer to data that can be used on the internal network and external network environment respectively.

[0069] The conversion unit is also used to control the second agency to select a preset encryption algorithm (such as AES, RSA, etc.) in the business approval system to encrypt the land and sea use layer before planning adjustment, the land and sea use layer after planning adjustment, and the adjustment range layer data in the government version data, and push them to a map system to ensure the security of the data during transmission and storage; among them, necessary key management information should be retained during the encryption process for subsequent data decryption and verification.

[0070] The transmission unit and the conversion unit of this embodiment process data through an offline data conversion tool, thereby reducing the risk of data exposure in a public network environment and further enhancing data security.

[0071] The task unit is used to control the first institution to obtain target government version data related to the to-do task information of the current account in the government version data through a one-picture system; The topology unit is used to control the first institution to use the online quality inspection capability in the one-picture system to check the internal topological relationship and the topological relationship between layers of the target government version data, and to conduct a planning business review on the target government version data that passes the topological check, and to generate a unique code for the government version data that passes the review for subsequent verification; wherein, the planning business review includes compliance review and normative review; The contents of topological inspection specifically include: mathematical foundation of spatial data, scope, topological relationship within point layer, topological relationship of line layer, topological relationship of surface layer, topological inspection between layers, broken line inspection, broken surface inspection, multi-component inspection and layer accuracy inspection; The business review includes: ① Compliance review of results: Review whether the planning data complies with the requirements of relevant regional planning policies and laws and regulations to ensure the legality and compliance of the planning content.

[0072] ② Review of the standardization of results: Check whether the format, naming, coding, etc. of the planning data conform to unified standards and specifications to ensure the readability and maintainability of the data.

[0073] ③ Implementation of major regional strategies and higher-level plans, whether the goals, tasks, binding indicators and mandatory contents determined by the regional land space planning and the regional land space master plan are implemented; ④ Review of the overall pattern of land space development and protection, demarcation of spatial control lines, and overall coordination of various land use structures and layouts.

[0074] The task unit and topology unit of this embodiment can ensure that the spatial structure of the data is accurate by checking the internal topological relationship and the topological relationship between layers of the target government version data, which helps to avoid planning decision-making errors due to data errors or inconsistencies; and, by conducting compliance reviews of the data, it can ensure that the planning scheme complies with relevant local laws, regulations, policy requirements and planning standards, and avoid the occurrence of illegal and irregular phenomena.

[0075] The compliance unit is used to control the first institution to obtain the government version data that has been reviewed and approved through the one-map system to obtain the compliant government version data; wherein the compliant government version data includes the land and sea use layer before the planning adjustment, the land and sea use layer after the planning adjustment, and the adjustment scope layer data; The pre-warehousing unit is used to control the first institution to use the online warehouse management function provided by the one-picture system to pre-warehouse the compliant government version data into the county-level master plan database; wherein, in the pre-warehousing process, each updated data record is saved, and all the map information before and after the update is retained, and the government version data verification information is generated by comparing the information before and after the pre-warehousing; and the government version data verification information is pushed to the second institution; The copying unit is used to control the second organization to copy the basic version data to the intranet server, and pre-store the basic version data into the county-level master plan database through the data storage update tool of the intranet server.

[0076] The compliance unit, pre-warehousing unit and copy unit of this embodiment are reviewed by the first institution to ensure the compliance of the government version data and reduce the planning risks caused by data problems. The data warehouse update tool of the intranet server is used to realize the automatic pre-warehousing of data, reduce manual operations and improve work efficiency.

[0077] In one embodiment, the warehousing module 30 includes a verification unit, a comparison unit, an information unit, a formal unit, an attribute subunit, a final verification unit, a verification subunit and a data sharing unit; wherein the verification unit, the comparison unit, the information unit and the formal unit are processes for checking data according to the comprehensive data verification report information, the attribute subunit is a process for further verifying the data, the final verification unit and the verification subunit are processes for performing a final verification analysis on the data to obtain the data warehousing result, and the data sharing unit is a process for sharing institutional information, specifically: The comparison unit is used to establish comprehensive data verification report information based on the comparison information of the county-level master plan database before and after the basic version data is pre-stored, as well as the government version data verification information; An information unit is used to control the second institution to check whether the image spots involved in the target layer in the input data are consistent according to the comprehensive data verification report information, and to check whether the layer identification code after the input data is updated is unique; wherein the target layer includes the land and sea use layer before adjustment, the land and sea use layer after the planning adjustment, and the adjustment scope layer; The formal unit is used to update the data that has passed the inspection into the basic database to obtain the formal data, and use the formal data as the basis for the next batch of data to be issued.

[0078] The verification unit, comparison unit, information unit and formal unit of this embodiment ensure the spatial consistency of the data by checking whether the image patches involved in the preset layers in the input data are consistent, thereby avoiding planning conflicts or errors caused by mismatched image patches; ensuring that the layer identification code of the updated input data is unique, thereby avoiding data redundancy and confusion.

[0079] The attribute subunit is used to control the first institution to further verify the data such as the number and attributes of the changed spots in the county layer, the version number of the government version data and the updated version number of the basic version based on the official data, and obtain the government version-basic version data verification report; Further verification includes: ① Whether the number, attributes and single area of ​​the planned land and sea use before adjustment in the incremental data are consistent with those in the county layer (tolerance should be considered, within 0.5 square meters), and no remaining spots are left after erasing each other; ② Check whether the number, attributes and area of ​​each patch involved in the change in the adjusted planned land and sea use layer in the incremental data and the updated county layer are consistent (tolerance should be considered, within 0.5 square meters), erase each other without any remaining patches, and export the verification results; ③ Whether there are topological problems in the county layer after the update: whether there are gaps, overlaps, self-intersections and multiple components.

[0080] The attribute subunit of this embodiment can ensure the accuracy and completeness of the data by performing consistency checks on the number and attributes of the changed spots in the updated county layer, which helps to avoid omissions, errors or inconsistencies in the data during the update process.

[0081] The final verification unit is used to control the second institution to upload the government version-basic version data verification report to the one-picture system through the business approval system; The final verification unit is also used to control the first institution to obtain the government version-basic version data verification report through the one-picture system, and to verify and analyze the government version-basic version data verification report and the government version data verification information; among which, the types of verification mainly include verification before and after the government version and basic version data are stored in the database, and verification before and after the conversion between the government version and the basic version; The verification sub-unit is used to archive the qualified data in the verification and analysis into the county-level master plan database through the storage function of the one-picture system to obtain the data storage results; at the same time, it updates the data service in the one-picture system so that the content displayed in the one-picture system is the latest data, ensuring the smooth progress of business work.

[0082] The verification analysis includes the verification of the government version and basic version data before and after storage, as well as the verification of the results after the government version and basic version are updated. Specifically: (1) Verification of government version and basic version data before and after storage: ① Whether the number, attributes and single area of ​​the planned land and sea use before adjustment in the incremental data are consistent with those in the county layer (tolerance should be considered, within 0.5 square meters), and no remaining spots are left after erasing each other; ② Check whether the number, attributes and area of ​​each patch involved in the change in the adjusted planned land and sea use layer in the incremental data and the updated county layer are consistent (tolerance should be considered, within 0.5 square meters), erase each other without any remaining patches, and export the verification results; ③ Whether there are topological problems in the county layer after the update: whether there are gaps, overlaps, self-intersections and multiple components.

[0083] (2) Verification of results after updating the government version and the basic version: ① Whether the number and attributes of the changed spots in the updated county layers of the government version and the basic version are consistent; ② Verify whether the version numbers of the government version data and the basic version data can be correctly associated after the data is updated.

[0084] The final verification unit and the verification sub-unit of this embodiment ensure the consistency and traceability of the data version by verifying whether the version numbers of the government version data and the basic version data after the data update are correctly associated. This helps to clearly understand the source, modification history and changes of the data during data use or analysis.

[0085] The data sharing unit is used to synchronously push data to the intermediate library for data exchange between the first institution's "one map system" and the second institution's "integrated database" after the first institution updates the database in the one map system; The data sharing unit is also used by the second institution to update the data to the integrated database using the data update tool after receiving the updated data from the intermediate database, and provide external services as base map data to support the development of other related businesses.

[0086] It should be noted that the first institution may be a planning institute in a different region, and the second institution may be a technical center in a different region.

[0087] Based on the data sharing unit of this embodiment, this application explores the methods, processes, and division of responsibilities for updating and maintaining the planning database, laying the foundation for many similar updating and maintenance tasks; by using the solution of this application, the investment in the research on automatic updating of the planning database can be greatly reduced, which has strong practicality. Through this application, the whole process of data achievement modification application submission, receipt, review, approval, and update storage is managed, and the approval process design is optimized, which can enhance the decision-making support capabilities, strengthen the monitoring of each link of the county-level master plan database update, and further improve the information level of county-level master plan database management and the efficiency of data achievement review and approval.

[0088] To apply the embodiments of the present application, please refer to Figures 4 and 5; FIG4 is a business flow diagram provided in an embodiment of the present application, showing the general process of data processing in the second embodiment; FIG5 is a flowchart of the “increase and storage combined” database update provided in an embodiment of the present application, which shows the update method of the “increase and storage combined” database in the second embodiment of the present application.

[0089] Overall, this embodiment has the following beneficial effects: This application obtains government version data by adaptively converting the basic version data to the external network environment, which can improve the security of data in external network environments such as government networks and prevent the leakage of sensitive information. The government version data undergoes topological inspection and business review before being stored in the database, which helps to ensure the accuracy, completeness and compliance of the data; among them, the topological inspection can verify the logical relationship and structural correctness between the data, and the business review can ensure that the data complies with business rules and requirements, thereby improving data quality. After pre-storage, data consistency verification is performed based on the information in the comprehensive data verification report to ensure the accuracy and consistency of the stored data, which helps to avoid errors and conflicts caused by data inconsistencies and improve the reliability and stability of data use. By pre-storing the basic version data and the government version data that has passed the review, preliminary data integration and verification can be performed before formal storage, reducing the amount of data processing during formal storage, thereby shortening the storage time. In addition, the process clarifies each step from data acquisition, transformation, review to pre-storage and verification of storage, so that the entire data update process has rules to follow and is easy to track and manage; in addition, each key step has clear output results, which can serve as an important basis for process tracking; This application not only explores an advanced maintenance mode for synchronous updating of multiple versions of the database, effectively solving the version conflicts and data inconsistencies that may occur during the data update process, but also innovatively proposes a data update strategy of "combining increase and storage" to achieve seamless connection and dynamic update of data. In addition, this application also systematically sorts out and clarifies the entire process of planning database updates, including the receipt of documents, data review, storage updates, and the activation of results, ensuring the standardization and efficiency of the update work. It also clearly defines the division of responsibilities of different units in the planning database update and maintenance work, and builds a collaborative and responsible work mechanism, which provides a strong guarantee for improving overall work efficiency and data quality.

[0090] Embodiment three: The embodiment of the present application provides a computer-readable storage medium, the computer-readable storage medium includes a stored computer program, wherein when the computer program is running, the device where the computer-readable storage medium is located is controlled to execute the method for automatically updating a county-level master plan database; Wherein, the method for automatically updating a county-level master plan database, if implemented in the form of a software functional unit and used as an independent product, can be stored in a computer-readable storage medium. Based on such an understanding, the present invention implements all or part of the processes in the above-mentioned embodiment method, and can also be completed by instructing the relevant hardware through a computer program. The computer program can be stored in a computer-readable storage medium, and the computer program can implement the steps of the above-mentioned various method embodiments when executed by the processor. Wherein, the computer program includes computer program code, and the computer program code can be in source code form, object code form, executable file or some intermediate form, etc. The computer-readable medium may include: any entity or device capable of carrying the computer program code, recording medium, U disk, mobile hard disk, disk, optical disk, computer memory, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), electric carrier signal, telecommunication signal and software distribution medium, etc.

[0091] The above are preferred embodiments of the present invention. It should be noted that, for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the principles of the present invention. These improvements and modifications are also considered to be within the scope of protection of the present invention.

Claims

1. A method for automatically updating a county-level master plan database, characterized in that: include: Obtain the basic version of county master plan data; Performing topological inspection and business review on the government version data, and pre-storing the basic version data and the government version data that have passed the review into the county-level master planning database; wherein the government version data is obtained by performing adaptive transformation of the basic version data to the external network environment; The consistency of the data entering the warehouse is verified according to the comprehensive data verification report information at the time of pre-warehousing, and the data entry result is obtained by retaining consistent information.

2. The method for automatically updating a county-level master plan database according to claim 1, characterized in that: Perform topological inspection and business review on government version data, specifically: Controlling the first institution to obtain target government version data related to the current to-do task in the government version data; Check the internal topological relationship and the topological relationship between layers of the target government version data, and conduct a planning business review on the target government version data; wherein the planning business review includes a compliance review and a normative review.

3. The method for automatically updating a county-level master plan database according to claim 1, characterized in that: The basic version data and the approved government version data are pre-stored in the county-level master plan database, specifically: Control the first institution to obtain the government version data that has passed the review and obtain the compliant government version data; Pre-storing the compliant government version data into the county-level master plan database; The second mechanism is controlled to copy the basic version data to the intranet server, and the basic version data is pre-stored into the county-level master plan database through the data storage update tool of the intranet server.

4. The method for automatically updating a county-level master plan database according to claim 1, characterized in that: The consistency of the data entering the warehouse is verified according to the comprehensive data verification report information during the pre-warehousing process, and the data entry result is obtained by retaining the consistent information, which is specifically: Generate government version data verification information based on the map information of the county-level master plan database before and after the compliant government version data is pre-stored; Establishing the comprehensive data verification report information based on the comparison information of the county-level master plan database before and after the basic version data is pre-stored, and the government version data verification information; Control the second mechanism to check whether the image spots involved in the target layer in the input data are consistent according to the comprehensive data verification report information, and check whether the updated layer identification code of the input data is unique; Update the checked data into the basic database to obtain the official data; The first institution is controlled to verify the official data according to the comprehensive data verification report information, and the verified data is archived into the county-level master plan database to obtain the data storage result.

5. The method for automatically updating a county-level master plan database as claimed in claim 4, characterized in that: Control the first institution to verify the official data according to the comprehensive data verification report information, and archive the verified data into the county-level master plan database to obtain the data storage result, which is specifically: Based on the official data, the first institution is controlled to check whether the number and attributes of the changed spots in the county layer are consistent, and verify whether the version numbers of the government version data and the basic version data after the data is updated can be correctly associated; The verified data is archived into the county-level master plan database to obtain the data storage result.

6. The method for automatically updating a county-level master plan database according to claim 1, characterized in that: After obtaining the basic version data of the county-level master plan, it also includes: By pre-examining the basic version data, target sensitive information in the basic version data is excluded; Encrypting the basic version data based on a preset encryption algorithm to obtain the encrypted basic version data; The basic version data is pushed to the business approval system through a one-picture system; wherein the one-picture system is a comprehensive information platform in the field of land space planning and land resource management.

7. The method for automatically updating a county-level master plan database as claimed in claim 6, characterized in that: The government version data is obtained by converting the basic version data to adapt to the external network environment, specifically: Control the second institution to download the basic version data from the business approval system to the local system; The basic version data is converted into government version data through an offline data conversion tool; wherein the basic version data and the government version data refer to data that can be used in an internal network and an external network environment respectively.

8. An automatic updating device for county-level master planning database, characterized in that: Includes data module, review module and storage module; The data module is used to obtain the basic version data of the county-level master plan; The review module is used to perform topological inspection and business review on the government version data, and pre-store the basic version data and the government version data that have passed the review into the county-level master planning database; wherein the government version data is obtained by performing adaptive transformation of the basic version data to the external network environment; The warehousing module is used to verify the information consistency of the warehousing data according to the comprehensive data verification report information at the time of pre-warehousing, and obtain the data warehousing result by retaining consistent information.

9. The automatic updating device for county-level master plan database according to claim 8, characterized in that: The review module includes a task unit and a topology unit; Wherein, the task unit is used to control the first institution to obtain target government version data related to the current pending task in the government version data; The topology unit is used to check the internal topological relationship and the topological relationship between layers of the target government version data, and perform a planning business review on the target government version data; wherein the planning business review includes a compliance review and a normative review.

10. A storage medium, characterized in that: The storage medium stores a computer program, which is called and executed by a computer to implement an automatic updating method for a county-level master plan database as described in any one of claims 1 to 7 above.

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