Emergency plan database data information collection entry management system

Abstract

This invention discloses an emergency response plan database data information collection and management system, comprising: an information entry module for acquiring emergency response plan-related data, performing data verification on the emergency response plan-related data based on preset rules, and processing abnormal data according to the verification results to obtain valid emergency data and corresponding emergency response plans; a data security storage module for providing security protection for the stored valid emergency data and corresponding emergency response plans; an emergency platform management module for generating management logs based on monitoring results; and an emergency command and dispatch module for generating emergency response plans and executing command and dispatch. This invention achieves refined management of emergency data throughout its entire lifecycle, effectively resisting the risks of data leakage, unauthorized access, accidental deletion, and attacks, significantly improving system security and controllability; enhancing emergency response speed, decision-making accuracy, and handling efficiency, while also complementing the role-based guidance and high-concurrency processing capabilities of the operation interaction module.

Description

Technical Field

[0001] This invention relates to the field of emergency event management technology, and specifically to an emergency plan database data information collection and input management system. Background Technology

[0002] With rapid socio-economic development, various emergencies occur frequently, and the types of risks are complex and diverse. Traditional emergency data management models can no longer meet the actual needs of rapid response, accurate decision-making, and standardized control. The main problems are as follows: Existing emergency data collection and entry methods are singular, only supporting manual entry of single data entries, which cannot meet the needs of rapid import of batch data. Key information such as hazardous chemical codes and storage quantities lacks compliance verification, making it difficult to ensure data standardization and integrity. Emergency data has not formed a unified emergency plan database, lacks lifecycle management capabilities, and has ambiguous user permission divisions, which easily leads to risks such as unauthorized operations, data mis-modification, and data leakage. In addition, data storage security is insufficient. When an emergency occurs, it is impossible to quickly retrieve key information such as plans, resources, cases, and experts. There is a lack of intelligent decision-making assistance and rescue route planning, and different roles lack targeted operational guidance, which affects the efficiency of emergency response. Summary of the Invention

[0003] This invention provides an emergency response plan database data information collection and entry management system. This system can realize refined management of emergency data throughout its entire lifecycle, improve system security and controllability, and enhance emergency response speed, decision-making accuracy, and handling efficiency. At the same time, it is equipped with role-based guidance and high-concurrency processing capabilities in the operation interaction module, taking into account both ease of operation and system stability. It fully meets the concurrent use scenarios of multiple enterprises and multiple users, and provides reliable support for the standardization, informatization, and intelligentization of emergency management.

[0004] The emergency response plan database data information collection and input management system of this invention includes: The information entry module is used to acquire emergency plan-related data, perform data verification on the emergency plan-related data based on preset rules, and process abnormal data according to the verification results to obtain valid emergency data and corresponding emergency plans. The data security storage module is used to store valid emergency data and corresponding emergency plans, generate an emergency plan database, and perform data backup and disaster recovery operations based on preset storage strategies. At the same time, it receives the issued permission instructions and provides security protection for the stored valid emergency data and corresponding emergency plans. The emergency platform management module is used to classify and verify user roles based on preset job permissions, assign operation permissions corresponding to user roles based on verification results, monitor the operation process of inputting and storing valid emergency data and corresponding emergency plans, and generate management logs based on monitoring results. The emergency command and dispatch module is used to acquire target emergency events, match them based on the event type, incident scenario and risk level of the target emergency event, retrieve the corresponding valid emergency data and corresponding emergency plans from the emergency platform management module, generate emergency response plans and execute command and dispatch.

[0005] Furthermore, the information entry module includes: The single data entry unit is used to acquire single emergency plan related data input by the user, validate the real-time input fields based on preset field rules, and provide error messages for data that does not conform to the preset field rules based on the validation results. The batch import unit is used to acquire batch emergency plan related data according to a preset standardized template, and to parse the imported data during the import process. The import status is obtained based on the parsing results, and abnormal parsing data is located. The data verification unit is used to verify the acquired emergency plan-related data based on multiple preset verification rules, determine whether the emergency plan-related data is compliant based on the verification results, block non-compliant data based on the judgment results, and output corresponding prompt information.

[0006] Furthermore, the data security storage module includes: The data storage unit is used to classify and store various types of valid emergency data and corresponding emergency plans based on a preset database table structure, forming an emergency plan database. The backup and disaster recovery unit is used to back up the stored data of the emergency plan database, generate database snapshots according to the backup mechanism, and perform data rollback and business recovery based on the database snapshots in the event of data anomalies. The security protection unit is used to obtain the issued permission instructions, encrypt the user login information and the stored data in the emergency plan database based on the preset encryption algorithm, and perform permission verification on the data access interface according to the permission instructions.

[0007] Furthermore, the specific process for encryption by the security protection unit is as follows: Based on the RSA asymmetric encryption mechanism for the login interface password, the backend encryption configuration parameters are extracted, the RSA key pair generation program is started, a unique pair of RSA public and private keys is generated, and the integrity of the generated key pair is verified. After successful verification, the RSA public key is sent to the front-end terminal through a secure interface, while the RSA private key is stored locally in encrypted form. Obtain the RSA public key received by the front-end terminal and perform a matching verification. Based on the verification result, obtain the login account and original login password entered by the user. Perform asymmetric encryption on the original login password to generate an encrypted password string. Validate the encrypted password string and associate it with the user account; The associated user account and encrypted password string are transmitted to the backend server through an encrypted transmission channel; The backend server converts the encrypted password characters to the user account, extracts the locally encrypted RSA private key, performs decryption and unlocking operations on the RSA private key, and performs reverse decryption processing on the encrypted password string to extract the original login password. Determine whether the original login password meets the preset complexity requirements and whether it is consistent with the password bound to the user account management, and extract the original login password of the verified user; The original login password is hashed using a hash encryption algorithm to generate a unique hash value, and the generated hash value is then verified for consistency. The verified hash value is associated with the corresponding user account and stored in the encrypted data table of the emergency plan database.

[0008] Furthermore, the emergency platform management module includes: The information management unit is used to query, update, evaluate, summarize, and archive various emergency information based on the emergency plan database. The emergency plan management unit is used to classify and manage the emergency plans in the emergency plan database according to the plan type, perform addition, editing, deletion and query operations on various emergency plans, and quickly retrieve the corresponding emergency plan in the emergency plan database according to the emergency event type. The access control unit is used to assign user roles and corresponding operation permissions based on the role-based access model. The version management unit is used to store various emergency data and corresponding emergency plan modification history logs in the emergency plan database, and retrieve the corresponding modification history logs according to the query command.

[0009] Furthermore, the emergency command and dispatch module includes: The emergency command unit is used to acquire real-time information on the target emergency event, match the acquired real-time information with the emergency plan database, retrieve the corresponding emergency plan, and issue emergency response instructions based on the operation permissions assigned by the emergency platform management module. The response instructions are dynamically adjusted according to the feedback from the response. The auxiliary decision-making unit is used to retrieve relevant enterprise accident case information and emergency resource information from the emergency plan database based on the event characteristics of the target emergency event. The decision support unit also includes analyzing the development trend of events by combining a preset decision model, generating emergency response alternatives, and marking the advantages, risks and implementation priorities of each emergency response alternative.

[0010] Furthermore, the emergency command and dispatch module also includes: The situation monitoring unit is used to collect real-time dynamic data of emergency events at the target site, and to perform real-time analysis and anomaly warning of the dynamic data. The emergency response debriefing unit is used to acquire data on the emergency response process and, in conjunction with information on corporate accident cases, to conduct a debriefing analysis of the response process.

[0011] Furthermore, it also includes an operation interaction module, which provides operation guidance and function entry points that match the user roles assigned by the emergency platform management module, responds to user operation commands, and performs traffic distribution processing for simultaneous operation requests from multiple users based on a high-concurrency processing strategy.

[0012] The system in this embodiment of the invention enables dual-mode data entry—single entry and batch import—through an information entry module. Coupled with multiple preset verification rules, it performs comprehensive verification across all dimensions, including emergency material codes, required fields, duplicate data, formatting, and abnormal data. It strictly adheres to hazardous chemical coding and storage standards, avoiding cross-enterprise data entry and ensuring the standardization, completeness, and accuracy of emergency plan-related data from the source. This solves the problems of traditional entry methods being simplistic, lacking verification, and data chaos. Furthermore, this invention achieves refined management of emergency data throughout its entire lifecycle through the collaboration of a data security storage module and an emergency platform management module. Based on a role-based access control model, it implements data-level access isolation, and with version tracing, operation logs, RSA asymmetric encryption and hash encryption, and Alibaba Cloud ECS snapshot backup disaster recovery mechanisms, it effectively resists the risks of data leakage, unauthorized access, accidental deletion, and attacks, significantly improving system security and controllability. This invention enables rapid matching of emergency events, intelligent retrieval of contingency plans, multi-departmental coordinated dispatch, real-time situation monitoring, and post-event debriefing and optimization through an emergency command and dispatch module. Combined with case studies, resources, experts, and optimal rescue routes provided by the auxiliary decision-making unit, it significantly improves the speed of emergency response, the accuracy of decision-making, and the efficiency of handling. At the same time, the role-based guidance and high-concurrency processing capabilities of the operation interaction module balance ease of operation and system stability, fully meeting the concurrent use scenarios of multiple enterprises and multiple users, and providing reliable support for the standardization, informatization, and intelligentization of emergency management. Attached Figure Description

[0013] Figure 1 This is an architecture diagram of the emergency response plan database data information collection and input management system of the present invention; Figure 2 This is a module diagram of the emergency response plan database data information collection and input management system of the present invention; Figure 3 This is a flowchart of the data entry process of the present invention; Figure 4 This is a flowchart illustrating the access control and data security process of the present invention. Figure 5 This is a flowchart illustrating the emergency decision support process of the present invention. Detailed Implementation

[0014] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some, not all, of the embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0015] The terms "first," "second," etc., used in the specification and claims of this invention are used to distinguish similar objects and are not used to describe a specific order or sequence. It should be understood that such data can be interchanged where appropriate so that embodiments of the invention can be implemented in orders other than those illustrated or described herein. Furthermore, in the specification and claims, "and / or" indicates at least one of the connected objects, and the character " / " generally indicates that the preceding and following objects are in an "or" relationship.

[0016] like Figures 1 to 5 As shown, the emergency response plan database data information collection and input management system of this invention includes: The information entry module is used to acquire emergency plan-related data, including emergency resource information, emergency event information, emergency plan information, basic enterprise information, hazardous chemical information and enterprise accident case information, etc. It performs data verification on emergency plan-related data based on preset rules, and processes abnormal data according to the verification results to obtain valid emergency data and corresponding emergency plans. The data security storage module is used to store valid emergency data and corresponding emergency plans, generate an emergency plan database, and perform data backup and disaster recovery operations based on preset storage strategies. At the same time, it receives the issued permission instructions and provides security protection for the stored valid emergency data and corresponding emergency plans. The emergency platform management module is used to classify and verify user roles based on preset job permissions, assign operation permissions corresponding to user roles based on verification results, monitor the operation process of inputting and storing valid emergency data and corresponding emergency plans, and generate management logs based on monitoring results. The emergency command and dispatch module is used to acquire target emergency events, match them based on the event type, incident scenario and risk level of the target emergency event, retrieve the corresponding valid emergency data and corresponding emergency plans from the emergency platform management module, generate emergency response plans and execute command and dispatch.

[0017] In some embodiments, emergency resource information includes information on rescue teams, emergency reserve depots, shelters, medical institutions, emergency equipment, and emergency transportation resources. In other embodiments, emergency event information includes at least one of the following: the time of occurrence, location, category, level, handling method, handling result, and handling personnel of the emergency event; In some embodiments of the present invention, the emergency response plan information includes the plan name, drafting unit, release date, scope of application, emergency response measures, etc. In some embodiments, basic enterprise information includes enterprise name, address, legal representative, security officer, etc. In other embodiments, hazardous chemical information includes chemical name, CAS number, hazard class, annual production capacity, storage capacity, etc. In some embodiments, enterprise accident case information includes accident type, time of occurrence, location of occurrence, accident details, emergency response process, lessons learned, etc. In other embodiments of the present invention, referring to Table 1, a system function table provided by the present invention is shown: Table 1 System Function Table Functional Classification Function Description Information entry Single entry and batch import of emergency-related data enable multiple data validation and anomaly handling. Emergency Platform Management Data management, contingency plan management, access control, version control Emergency Command Emergency event display, contingency plan retrieval, coordinated dispatch, and decision support Data storage and security Standardized data storage, scheduled backups, disaster recovery, password encryption, and access control. User operation support Character operation guide, interface interaction, file upload and download In the embodiments of this invention, the information entry module enables dual-mode entry of single entries and batch imports, and is equipped with multiple preset verification rules to complete full-dimensional data verification, ensuring the standardization, integrity, and accuracy of emergency plan-related data from the source. Through the collaborative efforts of the data security storage module and the emergency platform management module, refined management of the entire lifecycle of emergency data is achieved. Relying on role-based access control, version tracing, operation log recording, RSA asymmetric encryption, hash encryption, and Alibaba Cloud ECS snapshot backup disaster recovery mechanism, it effectively resists the risks of data leakage, unauthorized access, accidental deletion, and attacks, significantly improving system security and controllability. The emergency command and dispatch module enables rapid matching of emergency events, intelligent retrieval of plans, multi-departmental joint dispatch, real-time situation monitoring, and post-disposal review and optimization. Combined with the case studies, resources, experts, and optimal rescue routes provided by the decision support module, it significantly improves the speed of emergency response, the accuracy of decision-making, and the efficiency of handling. Simultaneously, the role-based guidance and high-concurrency processing capabilities of the operation interaction module balance operational convenience and system stability, fully meeting the concurrent usage scenarios of multiple enterprises and users, providing reliable support for the standardization, informatization, and intelligentization of emergency management.

[0018] In some embodiments of the invention, the information input module includes: The single data entry unit is used to acquire single emergency plan related data input by the user, validate the real-time input fields based on preset field rules, and provide error messages for data that does not conform to the preset field rules based on the validation results. The batch import unit is used to acquire batch emergency plan related data according to a preset standardized template, and to parse the imported data during the import process. Based on the parsing results, the import status is obtained, and the import progress and import result feedback are displayed in real time. At the same time, abnormal parsing data is located, the cause of failure is determined, and the failed data is downloaded. Users can modify the data according to the cause of failure and then re-import. The data verification unit is used to verify the acquired emergency plan-related data based on multiple preset verification rules, determine whether the emergency plan-related data is compliant based on the verification results, block non-compliant data based on the judgment results, and output corresponding prompt information. In some embodiments, multiple preset verification rules include: emergency material code verification, plan expiration verification, and mandatory field verification. At the same time, duplicate data verification, format verification, and abnormal data verification are implemented. Among them, the hazardous chemical code must be filled in according to the GB / T 29890-2013 coding rules, the hazardous chemical storage quantity does not exceed the threshold specified by the park, and the enterprise data entry personnel can only enter relevant data of their own enterprise to avoid cross-enterprise data entry and ensure the standardization and completeness of the entered data.

[0019] Furthermore, to quantitatively assess the completeness of each data entry in a single data entry or batch import, the system uses a data integrity verification formula to calculate a completeness score: ; Where n is the total number of key fields (such as emergency material codes, hazardous chemical CAS numbers, and storage quantities). For the first Preset weights for each field; This is an indicator function; it returns 1 if the field is not empty and passes format validation, otherwise it returns 0. The system has a preset integrity threshold. ,when The system intercepts the data and alerts the user to missing fields, ensuring data quality from the source.

[0020] In embodiments of the present invention, such as Figure 3As shown, after logging into the system, users can choose between single entry or batch import mode to enter emergency plan-related data. For single entry, users fill in relevant fields such as emergency resources, emergency events, emergency plans, enterprise basics, hazardous chemicals, and accident cases. The system performs real-time data validation based on preset field rules. Successful validation results in data submission; failures are displayed with real-time error messages. For batch import, users download the system's preset standardized template, fill in the data according to the specifications, and upload it. The system automatically parses and performs multiple validations during the import process, displaying import progress and results in real-time. Successful data is entered into the emergency plan database; failed data can be downloaded, modified according to the reason for failure, and re-imported. After data entry is complete, the emergency platform management module archives, queries, updates, and evaluates valid emergency data and corresponding emergency plans.

[0021] In some embodiments, the data security storage module includes: The data storage unit is used to classify and store various types of valid emergency data and corresponding emergency plans based on a preset database table structure to form an emergency plan database. The preset database tables include emergency equipment, emergency experts, emergency plans, hazardous chemicals, etc., and the fields of each table are clearly defined to ensure data storage standardization. The backup and disaster recovery unit is used to back up the stored data of the emergency plan database. It also integrates the Alibaba Cloud ECS snapshot backup mechanism, generates database snapshots according to the backup mechanism, and performs data rollback and business recovery based on the database snapshots when data anomalies such as accidental data deletion, attacks or logical errors occur. The security protection unit is used to obtain the issued permission instructions, encrypt the user login information and the stored data in the emergency plan database based on the preset encryption algorithm, and perform permission verification on the data access interface according to the permission instructions to resist the risk of unauthorized access and data leakage.

[0022] In an embodiment of the present invention, the specific process of encryption processing by the security protection unit is as follows: Based on the RSA asymmetric encryption mechanism for the login interface password, the backend encryption configuration parameters are extracted, the RSA key pair generation program is started, a unique pair of RSA public and private keys is generated, and the integrity of the generated key pair is verified. After verification and confirmation that no key is damaged, the RSA public key is sent to the front-end terminal through a secure interface. At the same time, the RSA private key is encrypted and stored locally, and the transmission of the private key is explicitly prohibited. The initial key configuration is completed. The front-end terminal is a terminal device deployed with the system for users to log in. It has been adapted and connected to the back-end system in advance. Obtain the RSA public key received by the front-end terminal and perform a matching verification. Based on the verification result, obtain the login account and original login password entered by the user. Extract the front-end encryption plugin of the front-end terminal and use the RSA public key to perform asymmetric encryption on the original login password to generate an encrypted password string. The encrypted password string is validated to ensure its validity. Once the encryption is confirmed to be intact, the encrypted password string is associated with and bound to the user account. An encrypted transmission channel is used to ensure the security of data transmission between the front end and the back end. The encryption protocol is configured in advance, and the associated user account and encrypted password string are transmitted to the back end server. The backend server converts the encrypted password characters to the user account, extracts the locally encrypted RSA private key, and performs a decryption and unlocking operation on the RSA private key; using the unlocked RSA private key, it performs reverse decryption on the encrypted password string to extract the original login password. Based on the system's preset password verification rules, the legality of the decrypted original password is verified. Determine whether the original login password meets the preset complexity requirements and whether it is consistent with the password bound to the user account management; when the password verification is successful, extract the verified user's original login password based on the database password one-way hash encryption rules; The original login password is hashed using a hash encryption algorithm to generate a unique hash value. The generated hash value is then checked for consistency to confirm that there are no abnormalities in the hashing process. The verified hash value is associated with the corresponding user account and stored in the encrypted data table of the emergency plan database.

[0023] In some embodiments, logging operations are performed synchronously throughout the entire process of hash value storage to generate encrypted storage logs. Based on the storage results, the encryption status of user login information is updated synchronously to complete the full-process encryption protection of user login information and effectively resist the risk of login information leakage and illegal cracking. In other embodiments, the backend encryption configuration parameters are configured and entered into the security protection unit in advance by the system administrator according to the encryption requirements; In an embodiment of the present invention, the front-end encryption plugin is used to work with the RSA public key to complete data encryption and to complete compatibility testing with the front-end terminal and the back-end encryption mechanism in advance. In this embodiment, the backend server is the core backend processing device of the emergency plan database system, used to receive frontend data, perform decryption and verification operations, and complete the linkage deployment with the frontend terminal and security protection unit in advance.

[0024] In this embodiment, as Figure 4As shown, after logging into the system, the administrator can add enterprise information, classify and verify user roles, and assign operation permissions, achieving data-level access isolation based on the role-based permission model. When a user logs in, the system uses an RSA asymmetric encryption mechanism to transmit the password. The backend uses a private key to decrypt the password and complete the password's legality and consistency verification. After successful verification, the system displays the matching operation interface, function entry points, and data within the user's permission scope according to the user's role. When a user performs data operations, the system automatically performs permission verification to ensure that enterprise data entry personnel can only operate on data related to their own enterprise, while administrators can perform management operations across the entire system. At the same time, the system generates management logs for all operations and performs database backups and disaster recovery regularly based on the Alibaba Cloud ECS snapshot backup mechanism, achieving data security protection through encryption algorithms and interface permission verification.

[0025] In some embodiments, the emergency platform management module includes: The information management unit is used to query, update, evaluate, summarize, and archive various emergency information based on the emergency plan database. The emergency plan management unit is used to classify and manage the emergency plans in the emergency plan database according to the plan type, such as special plans and comprehensive plans. It can add, edit, delete and query various emergency plans, and quickly retrieve the corresponding emergency plan in the emergency plan database according to the type of emergency event. The access control unit is used to assign user roles and corresponding operation permissions based on the role-based access control model. It achieves data-level access isolation based on the assigned user roles, including administrator roles and enterprise data entry clerk roles. Administrators can add enterprise information and assign user permissions, while enterprise data entry clerks can only operate on data related to their own enterprise, ensuring data security isolation. The version management unit is used to store various emergency data and corresponding emergency plan modification history logs in the emergency plan database, including key information such as the modifier, modification time, and modification content. The corresponding modification history logs can be retrieved according to the query command to realize version traceability and recovery.

[0026] In some embodiments, such as Figure 5As shown, when a target emergency occurs, the user enters information such as the event type, incident scenario, and risk level into the system. The emergency command and dispatch module visualizes the real-time situation of the emergency on the command terminal map and retrieves the corresponding emergency plan from the emergency plan database based on event characteristics. The auxiliary decision-making unit simultaneously retrieves target emergency resources, relevant enterprise accident cases, and corresponding expert contact information. Combining the distribution of emergency resources with real-time traffic, it generates the optimal rescue route, analyzes the event trend based on the preset decision model, generates alternative disposal plans, and marks their advantages, risks, and priorities to provide decision support for the user. The user dispatches emergency resources and coordinates with multiple departments to handle the situation based on the decision suggestions. The situation monitoring unit collects on-site data in real time and issues early warnings. After the event is handled, the disposal review unit reviews and analyzes the entire process, updates the plans and case information, archives relevant data, and optimizes the emergency response process.

[0027] In other embodiments, the emergency command and dispatch module includes: The emergency command unit is used to acquire real-time information on target emergency events, including event type, incident scenario, risk level, and real-time situation on site, and display it on the map of the command terminal. Based on the acquired real-time information, it matches it with the emergency plan database, retrieves the corresponding emergency plan, and, in conjunction with the operation permissions assigned by the emergency platform management module, issues emergency response instructions, coordinates the execution of response tasks by various emergency participants, tracks the progress of response in real time, and dynamically adjusts response instructions based on feedback. The auxiliary decision-making unit is used to retrieve relevant enterprise accident case information and emergency resource information from the emergency plan database based on the event characteristics of the target emergency event. Based on the level and category of the target emergency event, it retrieves the contact information of corresponding handling experts from the expert database associated with the emergency plan database. Simultaneously, combining the emergency resource distribution collected by the information entry module, it determines the target rescue team and generates the optimal traffic route based on real-time traffic conditions. This assists users in making emergency response decisions based on the permissions of the emergency platform management module. The rescue road network is modeled as a weighted directed graph G=(V,E), and each road edge e∈E is assigned a dynamic travel time weight. ; in, For road length, To limit speed, Given the current congestion density, For saturated density, This is the congestion penalty coefficient (default value is 1.0).

[0028] The system uses Dijkstra's algorithm to find the minimum time path from the rescue starting point to the event point: ; Simultaneously, a suboptimal route is calculated as a backup and highlighted on the command terminal map; The decision support unit also includes analyzing the development trend of events by combining a preset decision model, generating alternative emergency response plans, and marking the advantages, risks and implementation priorities of each alternative emergency response plan, so as to provide data support and decision reference for the emergency command unit to issue response instructions; Let the generation There are several alternative options, each option There are d evaluation indicators, such as processing time, resource cost, safety risk, and implementation difficulty. First, we will evaluate the original indicators. Perform Min-Max normalization: ; For negative indicators such as safety risks, take ; Calculate the overall score: ; In the formula, As the indicator weight, satisfying ;according to The advantages, risks, and implementation priorities of each alternative plan are marked from high to low, providing quantitative decision support for emergency command.

[0029] In some embodiments, the corresponding emergency plan includes a joint handling scheme of multiple emergency response departments. According to the joint handling scheme, multiple emergency response departments are dispatched to coordinate and handle the target emergency, and the handling progress of each department is collected in real time. The overall handling progress of the emergency is fed back to multiple emergency response departments in a synchronized manner to ensure efficient coordination and information synchronization among departments. The situation monitoring unit is used to collect real-time dynamic data of the target emergency event, including environmental data of the incident area, emergency resource consumption data, and the arrival status of response personnel. It performs real-time analysis and anomaly warning of the dynamic data on site, and synchronizes the warning information and situation analysis results to the emergency command unit to ensure the timeliness and accuracy of command and dispatch. The emergency response debriefing unit is used to acquire data on the emergency response process, including response instructions, execution status, resource allocation, and response results. After the emergency response is completed, the unit conducts a debriefing analysis of the response process in conjunction with the company's accident case information, summarizes the experience and shortcomings, updates the corresponding emergency plans and accident case information in the emergency plan database, optimizes the emergency response process, and improves the efficiency and scientific nature of subsequent emergency command and dispatch.

[0030] In some embodiments, the operation interaction module provides operation guidance and function entry points matching the user roles assigned by the emergency platform management module. Specifically, it provides administrator roles with function entry points and operation guidance for adding enterprise information, allocating user permissions, monitoring the entire system's operation, and querying logs. It provides enterprise data entry personnel roles with function entry points and operation guidance for entering, querying, modifying, and backing up relevant enterprise data, ensuring that users in different roles can quickly get started. Responding to user operation commands, it enables function switching between the information entry module, data security storage module, emergency platform management module, and emergency command and dispatch module. When a user performs a data entry operation, it quickly switches to the information entry module; when a user performs an emergency command operation, it seamlessly switches to the emergency command and dispatch module, ensuring operational continuity. Based on a high-concurrency processing strategy, it distributes multi-user simultaneous operation requests to avoid operation conflicts. Simultaneously, in conjunction with the security protection mechanism of the data security storage module, it ensures data security and system stability during multi-user simultaneous operations, ensuring that the system can still efficiently respond to various operation requests in scenarios involving multiple enterprises and multiple users operating simultaneously, without issues such as lag or data corruption.

[0031] In other embodiments, the system underwent rigorous testing. Test results showed that the platform's functionality met design requirements, the test case pass rate was 100%, there were no fatal or serious bugs, and it met the system deployment standards. The platform supports high-concurrency operations. When 30 enterprise data entry personnel concurrently entered single records and 15 users concurrently imported in batches (100 records / time), the system remained stable without lag, crashes, data loss, or errors. Batch import time for 1000 records was ≤3 minutes, and single record entry response time was ≤1 second. After 72 hours of continuous operation, there were no anomalies, no memory leaks, no error logs, and the entered data was complete and consistent. All defects discovered during testing have been fixed and passed regression testing, ensuring the platform's stable and reliable operation.

[0032] In the above embodiments, the dual modes of single entry and batch import in the information entry module, combined with multiple data verification mechanisms, ensure the standardization and integrity of the entered data; the refined management and access control of the emergency platform management system achieve orderly management and secure isolation of data; the auxiliary decision-making function of the emergency command system provides precise support for emergency response; the backup, disaster recovery, and encryption protection of the data storage and security system ensure data security and reliability; and the guidance and interactive optimization of the user operation support system improve user operation efficiency. This achieves standardized collection, refined management, secure storage, and efficient application of emergency data, providing accurate and reliable data support for provincial emergency management decision-making, improving the standardization and informatization level of provincial emergency management, and is suitable for the construction and management of provincial emergency plan databases, with broad application prospects.

[0033] The embodiments of the present invention have been described above with reference to the accompanying drawings. However, the present invention is not limited to the specific embodiments described above. The specific embodiments described above are merely illustrative and not restrictive. Those skilled in the art can make many other forms under the guidance of the present invention without departing from the spirit and scope of the claims, and all of these forms are within the protection scope of the present invention.

Claims

1. An emergency response plan database data information collection and input management system, characterized in that, include: The information entry module is used to acquire emergency plan-related data, perform data verification on the emergency plan-related data based on preset rules, and process abnormal data according to the verification results to obtain valid emergency data and corresponding emergency plans. The data security storage module is used to store valid emergency data and corresponding emergency plans, generate an emergency plan database, and perform data backup and disaster recovery operations based on preset storage strategies. At the same time, it receives the issued permission instructions and provides security protection for the stored valid emergency data and corresponding emergency plans. The emergency platform management module is used to classify and verify user roles based on preset job permissions, assign operation permissions corresponding to user roles based on verification results, monitor the operation process of inputting and storing valid emergency data and corresponding emergency plans, and generate management logs based on monitoring results. The emergency command and dispatch module is used to acquire target emergency events, match them based on the event type, incident scenario and risk level of the target emergency event, retrieve the corresponding valid emergency data and corresponding emergency plans from the emergency platform management module, generate emergency response plans and execute command and dispatch.

2. The emergency response plan database data information collection and input management system according to claim 1, characterized in that, The information entry module includes: The single data entry unit is used to acquire single emergency plan related data input by the user, validate the real-time input fields based on preset field rules, and provide error messages for data that does not conform to the preset field rules based on the validation results. The batch import unit is used to acquire batch emergency plan related data according to a preset standardized template, and to parse the imported data during the import process. The import status is obtained based on the parsing results, and abnormal parsing data is located. The data verification unit is used to verify the acquired emergency plan-related data based on multiple preset verification rules, determine whether the emergency plan-related data is compliant based on the verification results, block non-compliant data based on the judgment results, and output corresponding prompt information.

3. The emergency response plan database data information collection and input management system according to claim 1, characterized in that, The data security storage module includes: The data storage unit is used to classify and store various types of valid emergency data and corresponding emergency plans based on a preset database table structure, forming an emergency plan database. The backup and disaster recovery unit is used to back up the stored data of the emergency plan database, generate database snapshots according to the backup mechanism, and perform data rollback and business recovery based on the database snapshots in the event of data anomalies. The security protection unit is used to obtain the issued permission instructions, encrypt the user login information and the stored data in the emergency plan database based on the preset encryption algorithm, and perform permission verification on the data access interface according to the permission instructions.

4. The emergency response plan database data information collection and input management system according to claim 3, characterized in that, The specific process for encryption by the security protection unit is as follows: Based on the RSA asymmetric encryption mechanism for the login interface password, the backend encryption configuration parameters are extracted, the RSA key pair generation program is started, a unique pair of RSA public and private keys is generated, and the integrity of the generated key pair is verified. After successful verification, the RSA public key is sent to the front-end terminal through a secure interface, while the RSA private key is stored locally in encrypted form. Obtain the RSA public key received by the front-end terminal and perform a matching verification. Based on the verification result, obtain the login account and original login password entered by the user. Perform asymmetric encryption on the original login password to generate an encrypted password string. Perform validity checks on encrypted password strings and associate them with user accounts; The associated user account and encrypted password string are transmitted to the backend server through an encrypted transmission channel; The backend server converts the encrypted password characters to the user account, extracts the locally encrypted RSA private key, performs decryption and unlocking operations on the RSA private key, reverses the encrypted password string, and extracts the original login password. Determine whether the original login password meets the preset complexity requirements and whether it is consistent with the password bound to the user account management, and extract the original login password of the verified user; The original login password is hashed using a hash encryption algorithm to generate a unique hash value, and the generated hash value is then verified for consistency. The verified hash value is associated with the corresponding user account and stored in the encrypted data table of the emergency plan database.

5. The emergency response plan database data information collection and input management system according to claim 1, characterized in that, The emergency platform management module includes: The information management unit is used to query, update, evaluate, summarize, and archive various emergency information based on the emergency plan database. The emergency plan management unit is used to classify and manage the emergency plans in the emergency plan database according to the plan type, perform addition, editing, deletion and query operations on various emergency plans, and quickly retrieve the corresponding emergency plan in the emergency plan database according to the emergency event type. The access control unit is used to assign user roles and corresponding operation permissions based on the role-based access model. The version management unit is used to store various emergency data and corresponding emergency plan modification history logs in the emergency plan database, and retrieve the corresponding modification history logs according to the query command.

6. The emergency response plan database data information collection and input management system according to claim 1, characterized in that, The emergency command and dispatch module includes: The emergency command unit is used to acquire real-time information on the target emergency event, match the acquired real-time information with the emergency plan database, retrieve the corresponding emergency plan, and issue emergency response instructions based on the operation permissions assigned by the emergency platform management module. The response instructions are dynamically adjusted according to the feedback from the response. The auxiliary decision-making unit is used to retrieve relevant enterprise accident case information and emergency resource information from the emergency plan database based on the event characteristics of the target emergency event. The decision support unit also includes analyzing the development trend of events by combining a preset decision model, generating emergency response alternatives, and marking the advantages, risks and implementation priorities of each emergency response alternative.

7. The emergency response plan database data information collection and input management system according to claim 6, characterized in that, The emergency command and dispatch module also includes: The situation monitoring unit is used to collect real-time dynamic data of emergency events at the target site, and to perform real-time analysis and anomaly warning of the dynamic data. The emergency response debriefing unit is used to acquire data on the emergency response process and, in conjunction with information on corporate accident cases, to conduct a debriefing analysis of the response process.

8. The emergency response plan database data information collection and input management system according to claim 1, characterized in that, It also includes an operation interaction module, which provides operation guidance and function entry points that match the user roles assigned by the emergency platform management module, responds to user operation commands, and performs traffic distribution processing for simultaneous operation requests from multiple users based on a high-concurrency processing strategy.

Images